Metatroy's Blog

October 30, 2013

Answer to a question: How can a sitting room be converted to a Star Trek deck?

 

Immersive 3D Environments & Augmented Reality (1000+)

The answer was too long to post on the site. I felt it important to share the solution with Daril Atkins and all those who want an immersive/ CAVE/ HIVE / Holodeck playpen.

A Star Trek sitting room —

Daril Atkins Certified Clinical Anaplastologist

After using Second Life, Flight Simulator X, and Orbiter, I was wondering as to how I would go about converting my sitting room into a Star Trek deck. Perhaps I would need as many screens / monitors as the windows on the star trek deck, .and the kind of graphics used in the Orbiter which should be seen in its correct perspective in any of the windows. Would anyone have any ideas on how this can be done?

Answer by Diane Troyer (metatroy)

You ask how this can be done?  Here goes:  Easy– use a MetaZtron video laser projector: Use a big curved screen. Install a dome screen, much like a small IMAX dome screen– from ceiling to floor — as wide and tall as you wish– depends on the room and how many people you wish to play in your holodeck playpen. Assume 8 feet wide and 6 ft. high dome screen (about 4 to 3 ratio). The laser apparatus projector camera is placed behind screen with mirrors. These are laser images so can be placed close to screen (short throw).  Evolved Kinect type camera (s) captures the players and measures the distances for certain games or creating content in the HIVE space  (later you can think full circular screens).

The screen is a Z*Rama: Dimensional Cinerama screen: Any viewer can view the video from any angle in the room– like a big film Cinerama screen. The images have depth — so you do not have to wear glasses for 3D.  If the image is a 3D feed, a SOC (system on chip) – to be modified — in process– works in real time combining into one channel depth focus for 3D w/o glasses.

HIVE platforms demand apps from the users for the many holodeck worlds that you might wish. HIVE:  holographic immersive virtual environments/ engine/ edutainment (cameras capture the worlds for new exciting content). Any image feed in real time –even a live football game or live music concert is transformed to IF IT IS — infinite focus/ instant transfer / innate sharp images— this means images that are always sharp and in focus on the curved screens. IT: The images are transformed to full color spectrum with Z depth in each pixel. No glasses are needed.  I suppose if you want to play and interact in the immersive worlds, you can wear Google type glasses with the right apps.

To understand all this read Troyer HIVE Time on slide share. That will refer you to Troyer Patent Portfolio. MetaZtron Vision laser projector (patented): the missing link– the linchpin (meaning seamless) for the CAVE/ HIVE/ AR/ VR/ Holodeck playpen/ MetaShell/ Z*Rama (dimensional Cinerama); themed dome real time worlds/ auto dimensional (w/o glasses). If you have any questions—let me know.

Daril — you are right. The key is to have the Orbiter correct perspective. The images are sharp and in depth focus in real time and can be seen from any angle.  Even the camera captured image of you playing in the world transferred to the big screen – as an avatar on the screen—in the world. Imagine. So for your man cave—your holodeck playpen– start with the curved dome screen and a MetaZtron Laser projector that provides IF IT IS images.

This is an older slide share– that I will up grade.

http://www.slideshare.net/metatroy/hive-zelf-holograph-immersive-virtual-laser-meta-ztron-troyer

http://www.slideshare.net/metatroy/hive-time-short-913   This is the most recent slide share (power point) and makes things clear about how the invention came about– background of Troyer and technology.

IMAX CEO claims they have the rights to reflective light valve laser projection. That they purchased the rights from Kodak. This is untrue. IMAX CEO is again seeking higher stock prices by misinforming his  stock holders. Kodak does not have these patents.  IMAX CEO stated in Barclay’s speech at stock holder’s meeting that IMAX plans on charging $2 million for high end curved immersive screens for home theaters (CAVE) —suggesting the Emirates as main customers.  So do you want to go that route to have your CAVE?  IMAX/ Kodak/ NEC/ Christies/ Barco/ Sony/ RED do not have the patents.  IMAX corporate is very aware of all this. Our dome demonstration was on an IMAX dome –85 ft. wide. Many are infringing– see my letter to LIPA—    https://metatroy.wordpress.com/2013/03/28/409/

So any questions? Our goal is to get the big dome projectors out for leases for Themed Edutainment, Museums, science labs like NASA, planetariums, municipalities, institutions, all need inexpensive great HIVE platforms. Also at the same time we provide test projectors for home and industry applications. We think the next big app movement will be apps for the HIVE (holodeck playpen) done by gamers and those who long for immersive experiences. I am sure anxious to get feedback on all this— since I have not gotten into a discussion group so far. Maybe the Zuddites will stop their attacks if many stand up and call for the Holy Grail HIVE.  It is so simple— KISS— streamlined. The HIVE theory is 10X10X10X: 10 times better image; 10 times more user friendly; 10 times less expensive.

Why are we not selling the patent portfolio to the highest bidders?  Because none of the infringers are doing it right— they are still struggling on the level we were 10 years ago.  We will see what Christies shows at Paul Allen’s Cinerama in Seattle – You might want to see what was sent to Paul Allen and the Cinerama Theater several times—to no avail – See Three J’s. http://www.slideshare.net/metatroy/diane-troyer-ztv-themed-entertainment-gallary2010

What content is Christies going to show in the Seattle Cinerama? Oh by the way—there is a 4th J that came along– Jean Harlow has asked to be a part of the show.

June 7, 2013

World’s First Laser Video Dome Demonstation by Metatroy

World’s First Laser Digital Dome Demonstration – February 2000.  It is now June 7, 2013 

I have not published a blog for a few months — even though I have been writing them like crazy.  My mother –my Metatron Zone Management LLC partner– my best advocate and supporter passed on April 13, 2013.  I am missing her. I have dreams —-talking with her.

Mother was more excited than I was to see the MetaZtron in dome theaters and Planetariums.  That did not happen when she was living.  She was not at the dome demonstration in San Jose.  She only saw 20 ft. images in the lab. She got old waiting for her MetaZtron 85 ft. dome experience.  So have we all———but now I am in my anger stage– so watch out———— maybe I might kick ass yet.

Note:  Maybe when we enter the dimensional dome space (HIVE) a veil is rent (torn) and we can directly communicate with our loved ones. If that is possible my mother will show me how– and of course all the rest of the supporters who also got too old waiting– or bored or felt they could help us human beings more in dimensional space –Maybe most decide to go into a very deep sleep for a while—- tonight I am feeling that is a very good choice.  Sometimes in life you get into the middle of contentious battles that take way too long and tear your heart out.

Maybe the innovation is really a channel that rents the dimensional veil and allows communication with our loved ones? Maybe being in the immersive dome space allows us to open the channels so we can hear and experience and travel in dimensional time?

XXXXXXX   BLOG written a few years ago– edited for today

IMAX film prints are heavy. IMAX arc lamps need to be changed often and cost $30,000 a year. Arc lamps are dangerous to change so the technologist has to be completely suited for safety. Arc lamps take a lot of electricity and have to be water-cooled. Troyer and team proved in Feb. 2000 in the IMAX dome demonstration in San Jose that lasers could replace arc lamps. Digital images instead of costly film images were projected — opening the world to interactivity. Most important it was shown that laser digital images, if projected correctly will automatically adjust to the dome screen.   Digital laser images can be amplified without pixel artifacts and automatically adjust on an 82 ft. dome.   

http://www.thetech.org/imax/about-imax

Please see this video about IMAX domes that have not changed.

IMAX Dome Video Laser Demonstration: In the spring of 2000 my team and I demonstrated the visuals of the Metatron patent pending laser projector to clients at the IMAX dome at the Hackworth Technology Museum in San Jose. Roy Disney and Paul Holliman had arranged with Technology museum CEO for us to have the dome demonstration. They had spent millions preparing the film Fantasia the be shown on the dome.

Metatron Laser Demonstration: Vivid amplified laser video images of a Las Vegas boxing match automatically adjusted to the dome screen. Red blood appeared to be spattering off the screen—the boxers hovering in space. Showing the images in curved space gave depth to the sharp focused amplified images. The full color spectrum images were smooth—no artifacts or pixels. The Famous Players clients leaped up screaming—awed.

Interactive Laser TV Images: The optics man with Famous Players (Canada) yelled at me—what lens are you using, thinking maybe that was what was creating the miracle. I told him the lens was an off the shelf second-hand lens —which it was—a simple slightly curved amplification lens Brad Nelson had picked up from the San Jose flea market. If the laser projector was positioned at the same place as the IMAX film projector, we would not have had to use the magnifying lens. We were set up in the sound booth above the theater, so needed the images amplified to reach the dome screen. Arc lamp projectors need very expensive lenses to put the image on a big screen.

The Metatron Laser Projector optic path was designed to keep attributes of the laser image to the screen, thus allowing IF IT IS images— infinite focus, instant transfer (full color spectrum and Z depth pixels) and innate sharpness. The image pixels are spatially modulated by the reflective light valve (used by all digital cinema projectors). These processes are part of the patent claims attributes.

Color: The red green and blue colored lasers produced image colors beyond film color spectrums. The optic path was designed to keep attributes of the laser image to the screen, thus allowing IF IT IS images. These processes are covered in my patent claims using a reflective light valve. All digital cinema projectors use reflective light valves.

IMAX Operative Pulls the Plug:  We next showed a DVD of Fifth Element, the girl in red climbing up the building wall – everything in focus and adjusted on the 82 ft. wide dome screen.  Then the screen went blank.  The uninvited IMAX operative had turned the water and power off. He then marched down the IMAX dome theater steps and opened the door to inform the waiting Disney, Technicolor and Lucas tech guys there would not be another showing. The Lucas guy asked if he could see the projector –even if not running–to no avail. The IMAX operative locked the door and took the Famous Player client group out the back door, stating that something had happened to the power and they needed to leave.

Successful Dome Showing: Brad Nelson came down from the sound booth where we had set up the projector, dismayed. In our tests earlier we had been so thrilled when the video image looked as good as the Fantasia film on the screen. The Metatron laser projected image edges were even cleaner on the dome screen than the Fantasia film print.  Brad and I knew we had a great breakthrough that would change displays and the industry —just like sound had changed silent film and color changed black and white.

Laser Projector Customers:  Famous Players of Canada immediately wanted 8 projectors delivered and informed us that their sister Vivendi Company in Europe wanted the next 40 projectors. Griffith Park Planetarium wanted two projectors for their refurbish. Universal City Walk wanted a dome theater. Most important the Williams Air Force Base wanted the Troyer projectors to create immersive simulation—real time. They realized that my patented process was the long sought solution for simulation and the CAVE. Out of window pilot training would never be the same.

http://home.earthlink.net/~metatroy/bio.htm

Dr. Adam Drobot was hired to evaluate the patent and the Laser prototype. He stated that the Troyer patents are strong and that the Metatron Projector produced the best picture (full color, contrast, no ghosting–judder). He was most impressed with the infinite focused images and stated the Troyer innovation paved the way and was the linchpin for  new immersive platforms. MetaZtron Vision (MZTV) provides the platform for the evolved CAVE— an immersive platform for edutainment — HIVE:  holographic immersive virtual engine—environment.

Zuddites Thwart:   Rod Sterling and Dr. Bill Bleha assembled and tested the 10 JVC projector bases for the Metatron clients. Lexel Lasers builds 30 gas lasers (3 for each projector). The projectors were stolen after they left the JVC labs in Carlsbad, California. They were never recovered.   The demonstration model was also taken from the lab in Burbank before it could be moved to the Griffith Park Planetarium for their refurbish. The 30 custom made big PBS (polarizing beam splitter) cubes were also taken that had cost $800 a piece.  The Zuddite operatives were going to make sure that certain stock would not crash. Also it was obvious that the Zuddites were pushing for a take over of the technology.

Background technology: 1992 -2000: Roy Disney had been following the Metatron progress since he had seen the demonstration of the upgraded TRW laser projector demonstration at Schulman Labs in Hollywood in 1992.  I had been the representative for the TRW war room laser projectors to the studio industry in 1990.  My point person was Al Mirabella who was with Disney theme parks and Imagineering.

The TRW projectors were mothballed right before Desert Storm. The projectors were going to be kept in storage in Omaha. I had people write letters to the Air Force to see if they would sell the projectors at auction.  I flew back to Iowa City from LA  for the Christmas holidays.

Auction: Early in January 1991, my mother and I left in a huge blizzard to attend the auction at the SAC air force base in Omaha. With my mother giving me encouragement I purchased the 8 projectors. No planes had come into Omaha because of the blizzard, so there were no other serious bidders.

Air Force Command & Control: These projectors had been designed, assembled, perfected, sold, installed and had constant technology support for 24/7 for 3 years. The projectors had kept according to contract the needed 98% up time, the images always producing the demanded picture specifications. Over $85 million in DARPA grants, etc. had been invested. The contract was for 3 years and TRW had to remove the projectors from the war rooms. There was not enough room at SAC, MAC, and NORAD for battery backup power 6 floors under in case of attack.  There had to be an alternative power in case the regular power grid was destroyed in the impending war. Gas lasers take a lot of power.

Desert Storm:  On January 17, I took my mother’s car to the SAC base in Omaha from Iowa City. The Chrysler Sebring Convertible had a flat tire on the highway in Omaha, but I was on time to meet the semi driver who was to pick up the projectors and take them to Hollywood. Desert Storm was just starting and there were guards at the SAC gates.  They let the semi in and we loaded the 8 projectors and water recyclers (which we never used). My mother loaned me the money to pay for the semi taking the projectors to Hollywood– which cost quite a lot.

I stopped that night in Des Moines Iowa to stay with my Uncle. We watched the beginnings of Desert Storm. He had been  injured and was a metal winner in the Second World War, so it was a profound experience to watch the beginning of Desert Strom with him. He also was very proud that we (his sister and I) were saving the laser projectors that had been developed for the Air Force command & control walls.

Boxes of IP: TRW was supportive and provided the boxes of paper work. Government contracts are very well documented. The TRW group had given their all to the development of these great projectors and did not want the work lost. Greg Axtell who had been hands on at TRW and was responsible for making sure the laser projectors kept the contract with the Air Force 24/7  came to Los Angeles in the summer of 1991 to help set up a projector for demonstration. He was with us for a year at the Schulman Labs in Hollywood.

Roy Disney Demonstration: Roy Disney and Tim Disney were to attend a demonstration. It was real emotional for Greg as he made sure the image was perfect for the demonstration on the Shulman sound stage. Greg was setting up the picture with a Disney video (they did not have DVD’s in 1992). Axtell understood better than most what the implications were. He had set up this projector many times at the SAC base six stories under for the generals and now he was setting up the best projector of the 8 for the Roy Disney demonstration. These projectors were not patented because they were based on a prior laser projector patent from England (Cavendish). But the TRW projectors were the first high definition projectors and had images that far surpassed any other video projector.

Al Mirabella (Disney theme parks) brought Roy Disney and Tim Disney to the demonstration. Now in retrospect I understand how amazing the images were. Not only were they seeing true high definition for the first time but also more vivid color and images that adjusted to the curved screen.

Discovering Infinite Focus: I talked about Virtual reality a lot and how infinite focus will make it possible. Greg Axtell thought I was a little obsessive and suggested I not mention virtual reality to Roy Disney. In the war rooms they had used flat screens. TRW had felt the ability to be in focus a distracting element. Since my background was in film and TV and I was an editor and had worked hands on with multimedia and special effects, I was quite excited about the always in focus attribute.  When I first saw the projector image in San Jose in 1989 I had placed a piece of cardboard in front of the image and moved it back and forth and tipped it, the images always stayed in focus. I realized immediately what an image always being in focus met and became missioned to use the attribute in more holographic venues.

Tim Disney immediately conceived Virtual Reality: Unfortunately today the industry does not understand that the ability for infinite focus in images is the gateway to true auto dimensional images– the first step in creating holographic images. But Tim Disney immediately understood. He peered at the image and stated — you have the answer to virtual reality.  I went up to Tim Disney and expressed gratitude at his observation. We chatted about the great potential for theme park venues and back sets and staging for performances and arenas. Projecting on balloons and domes and sides of buildings and water screens. It was interesting how some got it and others did not when they saw demonstrations. Greg Axtell did not give me a hard time about talking about virtual reality after that. In 1992 most people had never even conceived of VR– let alone understanding what it was.

How I found the TRW projector: The way I had found the TRW war room projector was I went on a hunt for a projector to be used as a staging backset at the Hollywood Palladium. I had been asked to design an in house TV studio for the Palladium. Every time a Television show was shot in the Palladium, a big truck had to be pulled up in the back.  The union had to set up lights and take them down.   The Hollywood Palladium on Sunset Boulevard was where the first Lawrence Welk TV shows were produced. The Hollywood Palladium was also where young Frank Sinatra sang to screaming girls. More profit could be made if the Palladium doubled as a TV studio with a big backset for staging.  I realized that the best backset would have the most realistic images if it was dimensional and curve.

Iowa Multi-Media Studio Club: I had designed and built a club in Iowa City (Grand Daddy’s).  It also was a TV studio performance club (Rosebud).  Leon Russell and Muddy Waters both said it was the best club they had ever played– worldwide.  I was from Iowa and had not been to other clubs, so I did not comprehend then what they were telling me.  We had a backset of computer controlled lights and a floor with lights underneath. The sound system was phenomenal. The disc jockey was able to pulse the lights with the sound. I will never forget how impressive it was when Buddy Rich played his drums in a world surrounded by blue lights that then changed to undulating colors.  I think Grand Daddy’s Rosebud might have been one of the first TV studio clubs.  We did great TV shows there and some of the first video music clips (pre MTV).

Obligation: Ten years later I felt it a great privilege that the Air Force and TRW main players had given me the support to work with these fabulous projectors that provided images that looked as great as film.  I also felt a responsibility to deliver these images to global audiences. These video images provide inexpensive interactive images, saving a fortune – no film prints.

Greg Axtell went back to Washington DC in 1993 and we set up a lab in Van Nuys. The plan was to upgrade the TRW projectors and create a projector that was easier to set up. Also the projector needed to be brighter for bigger screens. Tom Carulli, a patent attorney from New York, invested money. An engineer was hired and a frame was built to layout the optic train. A bigger laser was purchased for larger images. Tom Carulli brought in the Pink Floyd group to see the projector. They were so excited playing with the infinite focus – that they missed their plane.

Michael Jackson searched for new special effects tools for his video stories and discovered the upgraded TRW laser projection.  His group realized that the infinite focus could make real-time dome imaging possible. Jackson was working with Doug Henning (magician and TM meditator) and Siegfried (of Siegfried and Roy). The group started designing a dome theme park, waiting to see the upgrades that we were creating for a more user-friendly display device. We used as the server an image enhancement and scalability box that the Jackson family funded– the first of its kind (QD Technology). The military had used a custom $150,000 box, which would be too expensive. The generals at SAC, NORAD and MAC needed best images from satellite and planes 6 floors under in case of attack.

TRW Video Laser Projectors and IMAX Film not user friendly:  The TRW laser projector modulation was RF frequency (acoustic optic modulator) which needed many optics to shape the laser beams. It was difficult to set up –like putting a thread through a needle. We went through processes from 1993 on to reduce the optics and create brighter images. TRW had mapped out the stages for laser projectors in 1987 that are listed in the video below. TRW had accomplished the second tier.  The theme park techs kept coming into the lab begging for the projector. The Universal Back to the Future guys told horror stories of what it was like to use the IMAX film projectors for the ride.  IMAX was charging $60,000 a print every two months. Prints got messed up when they were shown a lot. That was before they had the gated feed. Designers would have much more freedom when they can build digital rides that provide interaction between the participants and the worlds.

Our First IMAX Shutdown: In 1994 we were shut down the first time. IMAX had been purchased and going for an IPO (Wasserstein & Perella) ) . The studio theme park clients had decided to work with us.  This would knock out the IMAX IPO. Doug Trumbull and Rich Gilfond (now IMAX CEO) were putting the purchase together and considered strongly going with the Metatron upgraded Laser projector as part of the IPO. We had been given a $50,000 option and were preparing with that money for assembly.  At the last moment we were told they were not interested. A Wasserstein subsidiary. Quarterdeck, sued us to return the $50,000, which was not part of the arrangement. Maybe it was that Trumbull  had not invented the system—maybe it was because he was not successful with Showscan and felt that the Metatron was too immature.  Gilfond and team  have stubbornly kept with the mandate –“Get rid of that woman.” and take the technology.

Long Battle: The contentious battle began then and has been raging ever since. This is when we were first introduced to the Zuddites (modern Luddites) who hired operatives and played dirty.  Maybe this disruption was good because it made me reboot and we moved to Lexel Lasers in Fremont California (Silicon Valley). Our large frame laser ($80,000) had been taken and our Van Nuys lab destroyed.

Captain EO Canceled:  Michael Jackson was arrested about the same time. The deal we were working on with Disneyland was canceled (replacement of Captain EO with Essence of the Wood dome train ride). Michael Jackson was a way shower- a path finder with special effects. His team players were masters for integration of the new technologies into the long story videos. His tech ensemble pretty much dissolved after his arrest, but he did have Siegfried come in to see the projector as it evolved in 1998.  Michael Jackson never gave up on his plan for dome themed entertainment. He used the Earth Song and Bulldozers in This Is It.  See the MetaStation Dome show: Essence of the Wood.  http://www.slideshare.net/metatroy/diane-troyer-ztv-themed-entertainment-gallary2010

Innovation Patented: The optics had to be reduced in the train for a brighter image. Finally when the limit to resolution was hit, I tried to figure out a different way to create modulated images.  I was fortunate because I could read the studies that TRW had made to create their laser projector, so I knew what did not work.  I knew the new way to modulate had to be easier to set up (more user friendly). Also needed was the main attribute with infinite depth of focus and always sharp images.

One way to modulate was using a reflective light valve.  I was assured by the physicist and engineers that the infinite focus could not be retained with a reflective light valve. I had a test set up and proved them wrong.  Even with a spread beam, if the optic train is set up right, always sharp images are retained. The only light valve at that time (1998) with high enough resolution was the JVC ILA light valve. We made arrangements to do a test of the projector (without the optic train and arc lamps and found that it would work).  Important was also getting rid of the red dye laser and using a krypton laser with much deeper red to make a better mix of colors and better black and white. The optic train had been reduced from 46 optics to 8 with KISS-streamlined architecture.  http://www.youtube.com/watch?v=8yCTJQirAv8

Griffin Group: Bob Sofia introduced me to Michael Eyre of the Merv Griffin Group. Eyre is Merv’s nephew. Most do not realize but Merv Griffin was very technically savvy. He had the first special effects post house in LA.  The Griffin Group partnered with my California Company—Metatron Inc. (1992 -2002). The new company was Metatron LLC.  The Griffin Group funded the building of the proof of concept model and the assembly prototype.  They planned on using the Metatron Laser Projector for a Los Angeles event company. Merv Griffin owned the Beverly Hilton and we were going to install a big back set dome screen for performances and conferences.  It was decided that I was to proceed and set up assembly separately. That was not the Griffin Group’s business.

JVC OEM: The team and I negotiated to become the JVC OEM for their digital cinema projector. Lasers would replace the hot expensive big arc lamps. We would use the optic path that had been designed in the prototype stage.

Air Force Client: The Air Force was interested in using the projector as a next step for simplified simulation. I signed a Non-disclosure agreement (NDA) with Raytheon who would handle the project. The Air Force and Raytheon sent the best evaluator to see the prototype. He declared the prototype –innovation the display solution and that because it had open architecture would beat out the Texas Instrument DLP (digital mirror reflective light valve) and the Silicon Light Machine (SLM).

Grated Light Valve: The SLM was the grated light valve for laser projection.  Sony had just paid $30 million dollars for the entertainment rights to the SLM and Evans & Sutherland paid $10 million dollars for the simulation and planetarium rights. Kodak was also experimenting with grated light valves for laser projection and writing patents around the process. The evaluator was right about the grated light valve for laser projection. It limited the brightness on the screen and also broke the coherence and polarization of the laser beam so there was no infinite focus (ability to automatically adjust to a dome, simulation of Cinerama screen).

Metatron Dome Demonstration– 2000: The Metatron proved that a video image can look great on a dome screen and be compared to film. It is very costly to adjust a 2D legacy feature to a dome. Fantasia was the first film transferred for the dome.  Paul Holliman (Disney) was in charge and stated he had spent over 6 million dollars to create the Fantasia screen print for the curved dome screen. That means all parts of the images were in focus.

Works with IMAX Infrastructure: That day we proved that large frame gas lasers could hook right into the IMAX infrastructure.  A great deal of power and water are needed to keep the huge expensive IMAX arc lamps running. The same is also true of large frame gas lasers. IMAX could have changed all their screens to digital Metatron gas lasers using their same infrastructure. They would not have needed the forklifts to lift the heavy prints.

Today IMAX is still using this same infrastructure in their film theaters.  Think of the money that would have been saved if the Metatron Laser Video Projector had been installed in the theaters to replace the film projectors years ago. The museums and science centers –and other IMAX theaters would be sustainable and not having to do fund-raising campaigns every year to keep the dome theaters open. The patrons and ticket sales are paying for the IMAX expensive arc lamps and big film prints.

AEG– Anschutz:  An interesting observation is the AEG and IMAX connection. Anschutz is the owner of AEG that produced “This Is IT” and is being sued by the Michael Jackson’s mother. In the late 90’s and early 2000 Anschutz was purchasing movie theater chains combining them into Regal Cinema, the biggest movie theater chain.  Regal and IMAX are partners. Also Anschutz  purchased global arena rights.  Anschutz and Gilfond gave a press release on May 3, 2003 stating that IMAX would deliver big screen digital projection. The IMAX stock shot way up and the limited partners raked in the money.  This was right after the patented first ten assembled Metatron projectors disappeared on their way to customers– never to be recovered again. Of course digital big screen images did not come to pass as promised in 2003.  My patents protected us from a take over by IMAX, but the Zuddite attacks were so severe that our team split up and went underground, frightened.

IMAX CEO: In 2012 Gilfond again stated to the stock holders that IMAX will be delivering laser digital big screens and dome theaters.  He announced that IMAX had purchased the Kodak patents that cover laser big domes screens.  He announces that the new IMAX model is to build global laser domes and the plans to license the patents for the smaller laser home displays.

In the recent stock holders meetings and press releases Gilfond has changed his tune. This is after it has become clear that Kodak does not have patents for big screen laser domes. See a copy of my letter to LIPA on my Metatroy blog.  IMAX has been informed through the published LIPA letter that they will be infringing the Troyer patents. https://metatroy.wordpress.com/2013/03/

It has been a 13 year whirl wind with IMAX since the 2000 first laser video dome showing at the Tech Museum for Innovation in San Jose.  At some point this story will be a great explanation why patents are so important. It also shows why corruption is repressing technology and hurting the US — all for the greater company’s stock value (and bigger CEO salaries).

Audiences for the last decade could have been experiencing inexpensive great extravaganzas. Dome theaters would be inexpensive and sustainable. Think how wonderful for audiences for the last decade if they were able to experience dimensional images in dome worlds. A new planetarium immersed in space images. Legacy 2D features— Top Gun, Matrix, Lord of the Rings, Space Odyssey 2000, and Finding Nemo, , Rocky Mountain Horror Show, The Woman in Black — in dimensional Cinerama– in real-time– no need for projection mapping (computer manipulation to adjust to the dome screen).  We could have enjoyed the Metropolitan Opera and the Super Bowl in Z*Rama (auto dimensional dome).  Any feed can be projected and amplified on the dome screen. Also interactive games could be played. Who knows what the art would be at the thriving sustainable museums and planetariums and regional and community meta-mash venues?

What if the IMAX CEO (who is still hyping his shareholders) had decided to license when offered the Metatron digital dome laser projector instead of working with collusion Zuddite partners to suppress and then take over the technology? Think how different it would be today– watching the world soccer match on dimensional dome screens–seeing the high resolution images from Mars, experiencing the great music events– world extravaganzas.

Instead the IMAX CEO decides to copy the Troyer patents and call them his own. He states that they have purchased the Kodak laser patents that gives IMAX the right to laser domes. He states in an interview that they will license their rights for the smaller home units but plan on selling the high end home (mansion) laser units for $2 million.

Is it too late for the USA to have inexpensive domes?  The timing is right because the solid state laser vendors are ready to deliver at a reasonable price. Laser projector costs will be comparable to arc lamp digital cinema projection. Our goal is to not spend the next 5 years suing the infringers (triple whammy because they have seen the Troyer patented laser projector and know they are infringing). Our goal is to have available for lease for museums, planetariums, science centers, municipalities, institutions, regional and community meta-mash venues turnkey installations that also include the tools needed for the studio of the future — to congregate, celebrate, collaborate and create.

The Chinese have figured out the HIVE formula.  They will be delivering dome cinema and sports.  They will deliver the best in gaming— A Chinese company has purchased the AMC theaters (Kansas City).  Also one of the best special effects house– Digital Domain that did Titanic.

+++++++++++++++++++++++++++++++++++++

How is the Hackworth-IMAX-dome- Theater doing today — the Tech Museum that is the show capital for the Silicon Valley?  Let’s read some reviews    http://www.yelp.com/biz/the-hackworth-imax-dome-theater-san-jose 

Finale tiers of the evolution of the laser projector– Solid state lasers:  In 2004 – 2006 Troyer was under NDA with Rockwell Collins.  She had moved back to Iowa City/ Cedar Rapids corridor where Rockwell Collins has their corporate offices.  Troyer shared her white papers and drawings. Rockwell wanted to know her vendors. They talked to Dr. Adam Drobot (VP of technology of Telcordia– owned by SAIC at that time. Telcordia was the former Baby Bell Lab.  Dr. Drobot endorsed the Troyer patents as strong. He had attended the demonstrations and declared the Metatron the best digital image (color, contrast, no blurring). He called the ability to always be in focus the long awaited solution for the CAVE (virtual reality, immersion).   Troyer was invited to Telcordia in New Jersey for a review of her upgrades in her designs by their engineers and laser optic physicists.

When moving to Iowa, Troyer had regrouped and purchased two projectors. (The 10 projectors set up for clients in California had not been recovered and the demonstration model was gone.  They were set up for best picture. Troyer had JVC ILA laser cashed

This was accomplished in 2006 when the solid state laser tier was installed:  custom made solid state lasers made in China.  At that time there were not solid state lasers with the color and power needed in the USA or Europe for a cost that was manageable.  The Chinese solid state lasers were energy-efficient, plugging into the wall socket. They were smaller, less expensive and air-cooled.  No more needing huge amounts of water connected to the lasers. Other global companies soon also introduced solid state lasers, thus the ability to present laser projection/ displays with lasers instead of arc lamps.

Conclusion: 

But the iron hand was still on the industry. Again the IMAX CEO attempts to be in charge of the global dome laser layout.   He states that  IMAX has the patents to deliver laser projection to their flat and dome screens because they have purchased Kodak patents that cover laser imaging (including domes). As discussed in earlier blogs, Kodak had been granted  patents based on the grated light valve that limits  brightness and eliminates the ability to adjust to curved screens.

Why aren’t there laser projectors in the IMAX theaters and domes?  Why aren’t Kodak, Sony, Christies, Barco, NEC and RED selling the laser reflective light valve projectors they have built for digital cinema and domes?  Technologists from these companies have attended the Metatron demonstrations. For instance Chris Cookson was at the Burbank demonstration when he was with Warner. Now he is head of digital cinema at Sony.

Again the layout of laser digital cinema is suppressed. Richard Gelfond and the IMAX attorneys are very aware that I am the inventor of the laser reflective light valve projector. My recent laser apparatus projector/ camera Canadian patent granted January 15, 2013 verifies this fact.  Canadians do not grant patents lightly. They search the global patents, papers, speeches, etc. for any prior art.

The IMAX CEO has realized since the Metatron dome theater demonstration in 2000 that they could license the Troyer patents. They evidently felt it was easier to align with other Zuddites to seek and destroy and then take the patented process for themselves.   Seek and Destroy in 2003.  The assembled Metatron projectors were stolen before they reached their clients: Famous Players (8), Griffith Park Planetarium (2), Williams Air Force Base (1). Since there was not payment to the vendors, they had to close their assembly lines.  There were many waiting customers, especially to the theaters in Canada and Europe. The domes would be stuck with film for another 10 years.

Maybe this has to be a revolution of the people? Maybe they have to demand that this innovation is finally presented to the audiences. We might even be enjoying the Holodeck playpen today, if the Zuddites had not swooped in for the kill.  At least we would have real-time changing realistic dimensional sets at the Metropolitan Opera and in the Smithsonian.  And gaming and home cinema? We would not be playing games with the Kinect on a flat screen TV — that is for sure.

My dream was for a studio of the future – the Holodeck Playpen. My first web site was put up in 2003. It was an EarthLink web site and still is on that site. I have kept it up so that I can trace the advancement. I just read the Studio of the Future:  http://home.earthlink.net/~metatroy/studio_of_future.htm

EarthLink can verify that this was written and not changed since 2003)?? I was describing in 2003 the Kinect process—exactly.  I could never understand why no one created that IR sensor camera.  That was why I was so excited when Microsoft came out with the Kinect IR sensor camera. It was obvious that to have a holodeck playpen the participant has to be placed in the world with perspective.

I have a TV series that it would be fun to do in front of a live audience.  The famous artists use the holodeck playpen tool kit to create immersive real time worlds. There is a holodeck playpen stage where augmented reality is playing out in front of a live audience. Anyone looking at immersive patents—beware of this written in 2003. When I got my 2013 Canadian patent they searched every paper and speech globally to make sure that my patents were my invention and that no one had suggested them before.

The ZTV MetaShell playpen is user friendly and streamlined. The big frame computer evolved to the PC. Play Station did magic with image processing. This new model allows the young Spielberg or Laurie Anderson to have access to the tools to create.

These evolving platforms are upgraded in virtual space. A software engineer at Purdue University works on a specific solution for infrared sensor tracking with a computer programmer in India. The assignment: Place the Artist on stage by a mountain stream shown on the large backset. Off the shelf- math and physics software programs are expanded to create computations for the entities movement and interaction with the environment, creating the right perspectives in that space.

Edutainment—- yes — that too would be different because immersive teaching and learning and healing can be done best in HIVE realities— HIVEEE:  holographic immersive virtual environments–edutainment — engine. My favorite example that I have given for the last 10 years.  The University of Washington research found that burn victims heal much faster if they are placed in visual ice burg settings.  Think what could happen with post-traumatic stress (PTS) and fear of heights (phobias).  HIVE,  biofeedback— retraining the brain– healing — reprogramming, blissful fun.

MetaZtron is the linchpin for the Holodeck Playpen (HIVE).

The printing press was the linchpin for publishing.

Place A (art) into STEM to form  STEAM TEAMS (gather together– globally).

STEAM TEAMS will fast track the Holodeck Playpen into existence, evolving with Moore’s law.

Troyer Coinage:  HIVE, Zuddites, Holodeck Playpen, MetaZtron; STEAM TEAMS —

March 28, 2013

Letter to LIPA– Pete Lude and email back

Filed under: Laser Video Projector — Tags: , , , , , , , — metatroy @ 2:48 pm

Steps Forward in Handling Digital Cinema Laser Projector Patent Infringements

By Diane Troyer (Inventor) – MetaZtron (MZT) is used in this document instead of Z*Tron Vision (Z*TV).

One year ago (Feb. 2012) I sent a letter to LIPA Consortium Chairman Peter Lude’. (LIPA: Laser Illuminated Projector Association). I have copied the letter that was buried in my metatroy blog and it is being revived for evaluation. There is the answer back from a LIPA representative included. http://lipainfo.org/

So far Sony, NEC, Christies, and Kodak, IMAX and Barco have each spent millions on R&D to build digital cinema laser projectors at great expense. They are demonstrating their prototypes but have not placed them in the market. Sony was to place their Digital Cinema laser projectors on sale in July 2012, but canceled. RED also has built a projector.

Does IMAX still have a deal with BARCO: http://www.laserfocusworld.com/news/2012/02/10/imax-teams-with-barco-to-co-develop-laser-projection-technology.html

Christies states they are almost ready to start installations. http://www.christiedigital.co.uk/emea/cinema/cinema-solutions-case-studies/christie-videos/Pages/christie-debuts-full-length-laser-projection-video.aspx

LIPA Consortium for Digital Cinema laser projector companies has changed their focus. LIPA is not doing a big production at NAB this year (2013). After the LIPA consortium received the Troyer letter, they have stopped claiming being the first to deliver the new laser innovation.

Email to LIPA Lude Troyer Laser ZTV 412

Filed under: Laser Video Projector — Tags: Laser, LIP, LIPA, Lude’, Metatron, Metatroy, Red, Troyer, Z Tron, Z*Tron Vision, ZTV — metatroy @ 6:42 pm

Note: Lude’ is Chairman at LIPA – Laser Illuminated Projector Association and President at SMPTE and Senior VP at Sony Electronics .

We had a phone conversation about laser projection and how to create more eye safe laser images. I suggested to Pete Lude’ to read slide share: Troyer Laser Patent Portfolio (claims for Feb. 14, 2012 patent). http://www.slideshare.net/metatroy/troyer-patent-portfolio-2012

Also suggested is slide share Troyer 411: http://www.slideshare.net/metatroy/troyer-outline-411

Laser Opportunity power point for John Deere. http://www.slideshare.net/metatroy/laser-projector-opportunity-metaztron-vision

(The below memo has been edited for more clarity).

Pete Lude’ Memo—President/ CEO of LIPA consortium (Feb. 2012)

Thank you for sharing a conversation about laser projection and my patents. Congratulations on pushing the envelope by setting up LIPA laser projector consortium and caring about laser projectors. You suggest that we share with the industry the MetaZtron Vision (MZTV) laser projector process again? Many in the studios including Sony head of entertainment, Chris Cookson when he was at Warner (2002) attended the Metatron Inc. (California 1992 -2002) demonstrations from 1992 – 2003.  From 1992 – 1997 we showed the upgraded TRW laser projectors. From late 1999 to 2003 we demonstrated the Troyer patented new approach. We were OEM to JVC and used their base reflective light valve ILA projector.

It has been verified that the Troyer patented process for laser digital imaging works best, ascertained after much R&D and demonstrating prototypes for expert evaluators. It has also been established by patent experts that the LIPA consortium companies building laser projectors are following the Troyer patented formula for their architecture designs.

What do you as the LIPA chairman feel is a way to fast track this process and so the industry finally is delivered the KISS (keep it simple streamlined) way of presenting the best image? You stated that we should present MetaZtron in what forum?

Review of Our Phone Conversation (Troyer and Pete Lude as Chairman of LIPA):

It was suggested that you read the Troyer Patent Portfolio on Diane Troyer’s slide share. Explained in the paper is that the Troyer 2001 patent claims cover using a liquid crystal light valve. The Troyer US 2006 and 2012 patent and the Troyer Canadian patent claims broaden to reflective light valve, counting DLP, LCoS, MEMS, LED, etc.

The Kodak demonstration laser projector used the Troyer patented approach with the DLP reflective light valves. Troyer Patent Portfolio.

I did not know IMAX had made a deal with BARCO when we talked. I would have liked to discuss that further. We discussed the fact that IMAX has stated through press releases and CEO interviews that they have the rights to laser digital domes through the purchase of the Kodak patents. According to the research done by a hired expert in evaluating the Kodak patents, Kodak does not have patents that cover big screen domes. I was asked by the patent evaluator to also study the Kodak patents and claims. I was unable to locate Kodak patent claims covering their demonstration prototype – lasers addressed to reflective light valve (DLP) producing full color spectrum images (red 635 nm or above) with collimation and polarization in the laser images retained to the screen (great 3D is not possible without polarized images).

Concerning laser projection, Kodak has a patent portfolio based on a grated light valve method. Grated Light Valves have been found not to be a light efficient method, producing dull images on the screen. The Silicon Light Machine (SLM) was also a grated light valve. Sony paid $30 million for entertainment rights to use the SLM. Evans & Sutherland paid $10 million for planetariums, simulation and domes rights. Rockwell Collins purchased the Evans & Sutherland SLM rights for simulation ($71.5 M) also receiving buildings and infrastructure. This purchase was during the time that Rockwell Collins and Metatron Zone Management LLC, an Iowa company had signed NDA and Rockwell Collins was gathering information about Troyer’s patented laser projection. The SLM grated light valve laser projectors has since been mothballed due to the dull images and the corruption of collimation and polarization in the laser images—meaning image artifacts, bad 3D and the images do not have the ability to adjust to curved screens in real time.

Thus Kodak did not use their patented grating light valve approach for their prototype laser projector demonstration. Kodak used design architecture that had been proven to work for best 3D imaging: the Troyer patented approach directing expanded laser beams to a reflective light valve (DLP, LCoS, MEMS, OLED, etc.) producing more eye safe full spectrum colored images and keeping the laser inherent attributes for best 3D polarization in the image to the screen.

Kodak attorneys are quite aware of patent law and lawsuits and licensing. Kodak litigated against Apple and Rim for infringement on their camera and phone patents. It has been shown that the Kodak IP attorneys warned the Kodak representatives that during their Kodak laser projector prototype demonstrations that they were not to claim patent coverage for their prototype nor should they suggest they are licensing the prototype laser projector. They were to promote the licensing/ selling of the Kodak optic path design for lasers addressed to a reflective light valve.

Kodak representative followed this mandate. In the Kodak statements, literature, press releases, interviews and discussion with those who attended the private demonstrations, Kodak did not suggest that they had patents covering their demonstration model, nor did they state they were selling licenses to their demonstration projector. The Kodak literature and web sites stated Kodak was selling their optic designs for the laser projector.

Yes, Kodak has patents on certain adjustments to the basic laser projector optic layouts, such as the optic path that was shown in the Troyer patent description and drawings. Kodak has patents on an optic they add, which they state reduces the speckle in the optic path. It is not known if that optic was part of their optical design in the demonstration model. The fact that Kodak has an optic patent does not in any way reduce the fact that the basic laser projector architecture that LIPA consortium is now suggesting to be used by the industry to assemble laser projectors is the Troyer patented process.

IMAX Press and IMAX CEO Interviews: Claim Patent Solution for Laser projection/ Domes

On October 17, 2011 the IMAX CEO announced that they controlled large screen laser projection with the purchase of certain Kodak patents.  He stated that IMAX would sub-license the patents for smaller models. The CEO suggested that the high end home theater laser projector could be sold for $2 million in a Barclay interview. The IMAX CEO statements and the many press releases about Kodak patents being solution for digital domes and flat screens were impetus for the IMAX stock to go higher. http://video.foxbusiness.com/v/1222364361001/imax-ceo-on-laser-projection-patents-deal-with-kodak/

“IMAX’s licensing of Kodak’s revolutionary laser projection technology and patents will enable IMAX, for the first time ever, to deliver the highest-quality digital content available to IMAX® film-based screens larger than 80 feet and to dome theatres. This technology also will allow IMAX to distribute content with greater efficiency to the company’s global theatre network.” http://newsle.com/article/0/42836538/

IMAX does not have patent coverage for domes from Kodak:  To save great time and expense, some responsible entity should ask the IMAX CEO or Kodak’s  representative, Kim Snyder, what patents IMAX has licensed that cover laser projection with a reflective light valve for big dome or flat screens? For that matter, now that IMAX is partnering with Barco, Barco better have the answers or they are putting themselves in the path of infringement if they use the Troyer patented KISS (streamlined) approach for best image.

It is apparent that Sony (LCoS) and NEC, BARCO, Kodak, IMAX, and Christies (DLP) are all using the same formula: lasers directed to a reflective light valve with full spectrum colored images (red 635 nm or over). Note: RED laser projector also is using the Troyer same patented approach with LCoS light valve.

Purpose for Non-Profit LIPA? Marketing for their Consortium Members ($25,000 fee). Why is the LIPA non-profit consortium stating that they are demonstrating full spectrum color laser images for the first time? Experts from almost all these companies building laser projectors have attended the Troyer laser demonstrations in California in 1999- 2003 (documented). Should we have our representative bring this situation up with LIPA? Is LIPA a forum set up as a front for another phase of suppression of the Troyer patented laser projectors? Will the industry go through another ten years of contentious battling while audiences wait for great 3D dome images with bright filmic colors?

Zuddite (modern Luddite) Attacks: It can be shown through the long history between IMAX and Troyer that IMAX corporate is very aware of the Troyer patents and has attended dome and lab demonstrations of the Troyer prototypes, etc. It is thus assumed that the IMAX CEO is very aware of the Troyer patented laser projector. In fact it can be shown through documented evidence that IMAX corporate with strategic collusion companies has made a calculated effort to thwart Metatron Inc. and Metatron Zone Management and Troyer from delivering the Troyer patented projectors to clients.

Imax Press Conference October 17, 2011 is Reminiscent of the Press Conference May 2003:

The IMAX CEO accompanied by James Cameron and Phillip Anschutz gave a press conference in May 2003 stating that IMAX was ready to deliver and install digital cinema projectors (laser) in IMAX screens (flat screens and domes). The IMAX stock shot up and the Wasserstein Limited Partners sold their preferred stock for over $800 million.

Is it legal to provide misinformation to stock holders? Was it legal in 2003 for the IMAX CEO to represent they had digital projectors for flat screens and domes? Is it legal today to state they have patent coverage for domes, when they know they do not?

Did IMAX corporate represent to Cameron and Anschutz that they had finally gotten control of the Metatron technology? This was soon after the 10 assembled JVC projectors for waiting clients who wanted laser projectors were stolen. Among the clients: Famous Players for 8 Canadian large screen theaters, 40 theaters owned by European sister theater company– Universal Vivendi, Raytheon (Williams Air Force Base—simulation), Griffith Park Planetarium for their refurbish; etc. Lexel Laser had the 30 lasers assembled for the ten projectors. The JVC projector theft ruined Lexel Lasers – no need for lasers without projectors. Lexel was taken over by the collusion group for pennies on the $.

Patents protected Troyer from complete demise. Troyer will preach the importance of patents and the patent developer/ inventor receiving fair return for the years of time and expense. The Troyer patents and the ultimate survival from the Zuddites (modern Luddites) attack on Troyer is an example of how patents can protect a technology and the inventor. It is also an example of how innovation from independent inventors is often suppressed in this country.

Troyer Team Mission: Introduce auto dimensional HIVE platforms globally, through an infrastructure we help support.

We are now transitioning from flat screen 2D imaging to dimensional vistas. MetaZTron (MZT) is the missing platform tool for the transformation.

‘THIS IS THE TIME — SEIZE THE OPPORTUNITY

Respectfully,

Diane Troyer

Troyer Note: Peter Lude’ had asked me to talk to the LIPA group in our phone conversation prior to this letter. After he got this email (letter), I received the email below.

Letter from LIPA

From: Michael Ciesinski <michael.ciesinski@flextech.org>

Date: Mon, Mar 5, 2012 at 5:22 PM

Subject: E-mail and Memo to P. Lude’/LIPA

To: metatronvision@gmail.com

Cc: “Lude’, Peter” Peter.Lude@am.sony.com

Ms. Diane Troyer

Metatron Zone LLC

Dear Ms. Troyer:

Peter Lude’ of Sony forwarded to me your e-mail dated February 14, 2012 concerning the Troyer patent portfolio. We at the Laser Illuminated Projector Association (LIPA) thank you for your interest in our organization.

However, LIPA is a not-for-profit organization which is not authorized to engage in market promotional activities for any single party, nor is it authorized to consider the patent positions of our members or others in the industry. These activities are simply outside of our charter.

If you wish to present your views on your patent portfolio, you can contact LIPA members directly. However, please be advised that LIPA will have no ability to act on any of the issues which concern your patent portfolio.

I regret that we could not be of assistance to you in this matter.

Sincerely,

Michael Ciesinski

LIPA Managing Director

CEO/ FlexTech Alliance

3081 Zanker Road

San Jose, California USA 95134

Tel. 1-408-577-1300

www.flextech.org

This e-mail message is confidential and intended only for the named recipient(s) above. It is not to be forwarded without permission of the sender. If you have received this message in error, or are not the named recipient(s), please immediately notify the sender and delete this e-mail message from your computer or mobile device.

This is a copy of a section from the LIPA Consortium pamphlet 2012

  • Communications: chaired by Rich Reames of Sony – Responsible for LIPA’s communications outreach
  • Regulatory Technology Issues: chaired by Dave Schnuelle of Dolby – Responsible for identifying and resolving technical issues impeding commercialization of laser illuminated projectors
  • Regulatory Business Issues: chaired by Pete Lude’ of Sony – responsible for identifying and resolving business issues and ensuring the overall industry’s path to commercialization of laser illuminated projectors

Troyer Journal Notes at NAB April 2012

It seems that my letter to LIPA had a great effect. I ran into David Schnuelle from Dolby in front of the RED Laser Projector booth. He is now a LIPA board member. (Chaired by Dave Schnuelle of Dolby – Responsible for identifying and resolving technical issues impeding commercialization of laser illuminated projectors).

Schnuelle viewed the MetaZtron projector at the IVC lab (International Video Convergence) in Burbank in 2002. I asked him if he remembered accompanying Ken Holland, owner of IVC, when Holland started screaming at my engineer and me: “You will not get by with this!” – shaking his fist at us.  We were getting the laser projector demonstration set up for the Warner technology group (Chris Cookson a member of the Warner group attending – note: Cookson is now head of digital cinema at Sony).

Schnuelle looked at me shocked, because maybe he had not make the connection – but what other woman has been shouting and proving that the laser video projector is the solution for digital cinema for years? Yes, he was with Ken Holland, owner of IVC, when Holland stood at our lab door at IVC screaming at us.

International Video Convergence was where Star Wars film was transferred to digital and prepared for the digital cinema competition between the JVC Hughes and the DLP (Texas Instrument) arc lamp projectors. Thus it was a natural lab space to demonstrate to the industry a new laser projection technology.

The IVC post house was the Warner lab for transferring Warner film to DVD. One of Ken Holland’s main income producers was the color theater where they pushed digital color so the digital cinema arc lamp presentations would be more like film. When viewers saw the MetaZtron laser projector images, they realized that it was possible for a digital image to have the filmic full color spectrum and good blacks (contrast) –without the need of a color lab to enhance the digital colors.

Howard Lukk was head engineer and also head of technology on the Digital Cinema Initiative (DCI). After seeing the MetaZtron Laser Projector’s images, Howard Lukk placed a DCI mandate for full color spectrum images for digital cinema. Today the DCI mandate is still not met with arc lamp digital projection. Only laser images have full color spectrum as long as the red lasers are 635 nm or above to mix to achieve the best whites and blacks.  This color mixture is one of Troyer’s main claims in her patents.

Ken Holland was participant in the collusion group who made sure that the Troyer patented projector did not make it to the clients. The collusion group evidently felt that it would be too dangerous for the MetaZtron projector to be installed in a venue.  One main focus was to stop the demonstration model from being installed in the Griffith Park Planetarium, closed for refurbish. The MetaZtron images would cause a lot of publicity and crash the competitor’s stocks. MetaZtron would bring on a whole new transformation to the industry. The collusion group would stop the installations of MetaZtron. Planned was to take over the technology, if possible, using “questionable” means.

Some of the waiting customers: Famous Players, Canada: 8 big screens; Sister European Company: 40 (plus) projectors (note: these clients had seen a demonstration on the IMAX dome at the Tech Museum in San Jose—arranged by Roy Disney and Paul Holliman).  William’s Air Force Base (Raytheon) for  “out of window pilot training” and Griffith Park Planetarium for their refurbish.

The demonstration laser projector was to be moved from IVC (Burbank) to be installed in the Hollywood Griffith Park Planetarium. The planned opening show was to be dimensional space images captured by NASA and Jet Propulsion Lab stereo cameras on the shuttles. These images would be synced with the University of Iowa’s space shuttle’s recordings. Dr. Donald Gurnett from the Van Allen physics lab at the University of Iowa built the shuttle recorders (quadraphonic) and captured the sounds.

The MetaZtron Laser Projector was the only vehicle able to show dimensional vivid space images on the Planetarium dome.  The MetaZtron images adjust automatically saving a lot of time and expense. Today with flat screen arc lamp digital projectors, costly time consuming “Projection mapping” is used for domes creating computer images so they will be in focus on curved surfaces.

Right before the move to Griffith Park Planetarium, the MetaZtron Projector was stolen from the secure IVC lab with the lasers, tools and 40 expensive custom made polarizing cubes ($600 each) coded for red, green, and blue. These custom made PBS big cubes were part of the optic train for the 10 JVC projector bases being built for clients. IVC was the old Lockheed Skunk Works- so was probably the most secure building in Burbank so it was obvious that the theft was an inside job.

A Burbank police report was made about the stolen projector and equipment. There was an investigation by the FBI. Because of the theft of the Troyer laser projector, Griffith Park had to take an alternative course, installing the Evans & Sutherland dull and very expensive laser projectors. The planned content was never produced. Audiences still wait for immersive vivid space planetarium images.

The 10 JVC projectors were being assembled and tested at the JVC  lab in Southern, California by Rod Sterling and Dr. Bill Bleha. Eight projectors were to go to Famous Players for their big screens for digital Cinerama.  The projectors had to be set up right for best images. Laser images are sensitive and more vivid so artifacts are more easily seen.  One projector was to go to Wright Patterson Air Force Base to begin working in pilot simulation.

These projectors were picked up by truck and disappeared and have never been recovered. Lexel Lasers had the 30 lasers ready to be installed.  Thus they were compromised and taken over by the collusion partners for pennies.

Attack of the Zuddites (modern Luddites):  This is the story of a suppressed technology and is found under other copy and will be released soon.  In this case the Troyer patented technology had to wait for the perfect storm. The Zuddites are shipwrecked and the technology is finally available for the waiting audiences.  The vendors are ready and off the shelf. The gamers will probably be the first responders. The Air Force still waits for the MetaZtron tool kit for best immersive battle and disaster training.  Home theaters will be Z*Rama— dimensional Cinerama.

Professor Christensen’s definition of disruptive technology: “An innovation that is disruptive allows a whole new population of consumers access to a product or service that was historically only accessible to consumers with a lot of money or a lot of skill.”

Discussion with David Schnuelle at NAB 2012

NAB: Dave Schnuelle was the LIPA person who was the communicator —whether he wanted to be or not. He informed me he had read the letter sent to Lude’. He told me that the LIPA members were not infringing because they are flooding the reflective light valve instead of scanning. I informed Schnuelle that my patent claims cover lasers addressed to the light valve and are not limited to scanning. I did tell him that flooding is not going to work—that there are many problems with flooding—mainly not having control over artifacts and low contrast with light bleeding into the blacks.

Parallel Projection: The laser attributes mean that the expanded polarized coherent collimated beam can be directed. Ambient light like the sun scatters so can be flooded, not directed like lasers. Parallel Projection combines streams of laser beams. Kodak and Barco both have patents based on forms of how to direct laser light to a reflective light valves. The parallel laser lines are combined into a flood. That might work if the image was not constantly static (too hot). It is difficult to provide even light flow without artifacts in the images. Also with such a flood the contrast is reduced.

Barco and Kodak both have leap frog patents for addressing laser light to a reflective light valve. A leap frog patent adds a specific addition to a patent’s broader claim that has already been issued. Parallel projection is a specific way to address lasers to the reflective light valve. The Troyer patent claims are broad in how the laser is addressed to the light valve. I suggested that the LIPA group read my claims and patents (Troyer Patent Portfolio). Also I offered to provide the LIPA members a specific claims chart that compares the Troyer patent claims to the Kodak, IMAX, BARCO, Sony and Christies laser projector reflective light valve prototype configurations.

I informed Dave Schnuelle that I am not planning on suing LIPA, but that my representatives are upset that LIPA is made up of companies whose representatives have attended the MetaZtron (Metatron) demonstrations, received white papers, and are now marketing my patented process through LIPA, stating this is their newly discovered approach. Patents are for the purpose of protecting the inventor who spent the years of R&D and a great deal of money and discovered the innovation. For instance just the Canadian patent granted January 15, 2013 has cost near $50,000—mainly in years of patent fees.

I also shared I had just seen the RED laser projector 3D demonstration and the images had given me a splitting headache. I did not know if I had preprogrammed myself for a headache –but there was an ache right above my eyes behind my forehead. Maybe it was because I had peered so intently at the images to see if there was blurring in the fast movement. I had just discovered that the person who set the Red laser projector was an engineer who had worked for Metatron Inc. for a few weeks. Thus I know he does not have patents for his designed process: lasers addressed to a reflective light valve (LCoS) with the red 635 nm or above.

Snhnuelle is in charge of Dolby’s new technologies. They were showing at NAB 2012 an auto stereo display that they had developed with Phillips. Dolby and Sony are both companies that lost a lot of money last year and are reviving under new management.

CASEY STACK: I had exchanged emails with Casey Stack before NAB 2012. He was the expert on laser FDA mandates. He was to be a speaker on the LIPA forum at NAB. I informed him that we had worked with FDA when the Troyer team was upgrading the TRW laser projectors. One of the main reasons for the KISS (streamlined) Troyer patented process for laser projection was a more eye safe method by expanding the laser beams and reflecting the expanded beam (scanning line) off the reflective light valve. I was sharing so Stack could provide my answers to the LIPA members. Asking and answering questions is a good method to cut through to the chase. Also it is a way of KISS—keep it simple—streamline so there is not any more time wasted delivering this wonderful technology to the audiences.

Another year and NAB 2013:  The LIPA consortium members only communication has been through the LIPA the letter that was received. If they really care about delivering laser projection, it seems as if they would want to solve the obvious problems. We have been told by litigation attorneys and patent trolls and patent brokers that in this kind of situation, sometimes the only method is lawsuits, otherwise the infringing groups do not take the inventor seriously.   If the infringer knows they are infringing the court awards the inventor 3 times more reward.    

Diane Troyer

Metatron Zone LLC

Office: 319-512-1009 Cell: 818-795-2407

metatroy@outlook.com
metatronvision@gmail.com

Metatroy Diane’s Twitter

Metatroy slide share (check this out)

MetaZtron Vision holographic Z-depth-factor

MetaZtron Vision Themed Entertainment (see the Sprite)

Troyer Patent Portfolio see new patent claims Feb. 14, 2012 Projector Camera full spectrum dimensional (3D) images

http://www.slideshare.net/metatroy/troyer-outline-411

http://www.slideshare.net/metatroy/hive-zelf-holograph-immersive-virtual-laser-meta-ztron-troyer

Over view of MetaZtron Vision (MZTV) Power point to John Deere

“In order to change something, don’t struggle to change the existing model. Create a new model and make the other one obsolete”.  Buckminster Fuller

February 5, 2013

Troyer patent comments; January before CES

Blog 1032013 Thoughts before CES—January 2013

 

CES will be interesting this year. LG is introducing a laser projector for the home and gaming. They are not stressing IF IT IS (infinite focus) and are using a flat screen as part of the deal. They are still infringing on my patents as any other group using a reflective light valve (DLP, LCoS, MEMS, or any to be invented) and delivering full spectrum color imaging. LG is using the same formula that all have found is the best for laser projection.  

 

They are using lasers addressed to a reflective light valve– spatially modulated (DLP) with 635 nm red or over so that they produce full color spectrum. This is my patent’s basic claim.

Also my claim suggests using cyan or near 488 nm (blue green) — in other words another wavelength besides single wavelength for Red, Green, and Blue to create a better white and black. Sony has found that in order to get rid of the speckle and provide a better color– they have to expand the green wavelengths. Also the other laser projection groups are also doing this — now as a standard. It is interesting that in the DCI mandates, it is suggested that Cyan is added for better full color spectrum. We can thank Howard Lukk for this– when he was head of technology for DCI at the onset and stressed full color spectrum with cyan. He was head engineer at IVC and had seen the demonstrations of the Metatron Z projector at our lab at IVC (International Video Convergence) in Burbank— a Warner post house.

 

At the Troyer Metatron Z demonstrations, the viewers saw laser digital images with full color spectrum for the first time— thus knowing saturated filmic colors were possible with digital projection. Also they viewed the ability to adjust to any irregular surface (curved screen, balloon, etc.). Dr. Adam Drobot from SAIC and Telcordia, the SAIC research lab, was hired by a main company to evaluate the Troyer patents and evaluate the Metatron prototype to see if the problems had been solved (speckle, contrast, resolution, full color, no smearing artifacts, etc.).

 

He reviewed that the Troyer patented process removed the ghosting artifacts seen in fast moving images in arc lamp projection. The images had great blacks (no light spill into the black) and had full colored spectrum saturated images. Troyer had solved the heat mitigation problem. Arc lamps that produce a lot of power are hot and need expensive cooling.  Troyer held her hand under the fast moving expanded laser beams to show that they were not producing great amounts of heat— a greener less expensive projector is provided for dome, cinema, medical, gaming, scientific, simulation, signage, homes, etc.

 

So far today– the Troyer approach with infinite focus is not being shared for large screens, domes, simulations, immersive training, etc. Since the Troyer process keeps the attributes of lasers throughout the system (polarization, collimation, coherence) dimensional 3D images are much more effective. Arc lamps and LED light have to be polarized for 3D. The Kodak laser demonstration kept the polarized image to the screen. It is not known if Barco, Christies, NEC, and RED keep the laser attributes, or re-polarize in their optic system. Having to repolarize is more expensive demanding more optics and a bigger projector. Using fiber to carry laser light often destroys the laser attributes. Microvision is using the IF IT IS formula to a certain extent. Light Blue Optics raised millions of dollars by stating they have the Troyer patented formula.

Of course when the Troyer Z*Tron Vision is finally shared with the waiting hungry audiences, there will be dome theaters and Cinerama since there is the 12X12X12X factor (12 times better images, cheaper and more user friendly). Themed Entertainment will be more immersive and the HIVE will be the next platform. These platforms will advance education and medical imaging and design. Human factors can be explored in augmented realities. The flat sided expensive CAVE is replaced with curved wall HIVE (holographic immersive virtual environment).

 

What will be the main stimulus? The gamers will demand Z*TV for playing games. Groups play in immersive dome space with Kinect type sensors. Immersive medical and disaster training are in realistic settings that KISS—keep it simple—streamlined. They are 12X12X12X. The tool kit for creating content is a part of the packages with automatic green screen backsets and off the shelf software for placing participants in worlds they create. Watch out– You Tube will never be the same. Studio of the future in the home or in the local MetaSite. The HIVE platforms (holodeck playpen) stimulate people to collaborate, celebrate, create and share content.

 

Notes on the RoadMap:

Strategic partner design and implement themed dome entertainment—targeting the MetaStation dome train ride. Since Troyer worked with Disney theme parks and Imagineering before, maybe the Disney group is a good start. The Essence of the Wood is the dome show designed for the MetaStation dome train ride. This was first a design to replace Captain EO) (Approved by Roy Disney and Michael Jackson). Pixar should see the Sprite we designed and the characters to see if they are interested in the animation. Disney merchandising might be interested in the characters. Thus we would be working with Disney to create the dome MetaStation ride.

 

Locate best group to lease the Z*TV with HIVE platforms for the MetaSphere (regional) and MetaSite (local). This includes Z*TV big Cinerama and HIVE platforms and content creation tools. Often these venues are located in buildings that are retrofitted.

 

Gaming theater local MetaZone and WarpZone manger/ partner:  These are portal spaces for gamers to hang out and play group games. Zeon groups are formed to develop group games. These private global gaming portals are located in shopping centers and location based edutainment sites. The local groups create group games and compete for huge prizes. The local MetaSite is part of the action if they win big.  Also this extends so that players at home also can participate. These gaming battles can be as exciting as the world soccer matches for viewers watching the contest. At least as exciting as Dancing with the Stars.

 

The WarpZone is the evolved arcade with Z*Pods covered by translucent domes. The creative Zeons design arcade devices and game play. The MetaZones can have stores for the gamers and others to purchase home gaming Z*TV and Z*Kits. Strategic partners?  Microsoft and X Box–Sony and Play Station? Wi? Dell and Alien ware? Or a consortium of players that we have not met yet. Maybe from SA, Asia or the Middle East? This company could be the first IPO that can be as much fun as social networks. This cannot happen unless you have real time immersive dome interaction for the players— otherwise it is just the same old thing. Who will help with manufacturing? Samsung, LG, Sony, Dell, HP. Who will partner to create dome immersion gaming theaters? Maybe the backset screens will be used as a backdrop for Karaoke contests?

 

Diane Troyer     Metatron Zone LLC office: 319-512-1009       Cell: 818-795-2407

June 8, 2012

Display: cyan reduces speckle; Sony/Laser Light Engine projector

This is a copy of an Insight Display article by Matt Brennesholtz

http://www.display-central.com/lle-provides-details-speckle-new-products/

LLE Provides Details on Speckle & New Products

May 23, 2012 | Filed under: Display Daily, Projection Technology | No Comment

by: Matt Brennesholtz

Sony and Laser Light Engines (LLE) provided the first public demo of a speckle free laser illuminated cinema projector at NAB Technology Symposium on Cinema (TSC) (formerly known as Digital Cinema Summit) last month in Las Vegas, as reported by Chris Chinnock in the May Issue of LDR. This follows the private Barco demo last January, as discussed in Display Daily on February 8th.

I took this as an opportunity to talk to Bill Beck, Founder and EVP of Business Development of LLE about both the demo and upcoming products from LLE. Beck said that the main goal of the demo was to show it was possible to get a despeckled image on a silver screen. This was important because despeckled images are much easier to achieve on low-gain matte screens but the exhibitors need to be shown that low speckle can be achieved in 3D presentations using silver screens. Silver screens are required for 3D technology using passive polarization glasses, such as the ones used by RealD or MasterImage. In theory wavelength selection (Dolby) and active glasses 3D can use matte screens, although high-gain screens are often used even in these installations to increase the 3D brightness.

Beck said the main speckle issue with laser cinema, especially in the LLE/Sony demo, is the green. He says this occurs for several main reasons:

  1. The human eye has      the highest sensitivity in green so the green looks much brighter than the      red or blue.
  2. The human eye has      its highest resolution in the green, so it is easier to perceive the small      features of speckle. It is also easiest to perceive that the speckle      features are hiding small features contained in the displayed image.
  3. The      frequency-doubled green laser normally has a very narrow bandwidth, on the      order of 0.2nm, causing more speckle.

He added that in a 3D demonstration, such as the one at NAB, polarization diversity cannot be used, eliminating one normal tool of despeckleing.

Beck says that the LLE “Secret Sauce” technology for speckle reduction is the ability to spectrally broaden the green light to as much as a 20 – 30nm bandwidth. He declined to say exactly how broad the green bandwidth was in the NAB demo and, not surprisingly, he declined to say exactly what this “Secret Sauce” technology was.

Beck told Insight Media that LLE had recently introduced the RGB100 rack-mounted laser product. This unit is intended as a xenon-replacement system, not for new designs. LLE also offers red, green and blue modules on an OEM basis. The RGB100 is a standalone, despeckled RGB laser light source for 3 chip digital projection systems. It delivers 100+ W of color-controllable RGB light, for a total of over 28,000 white balanced lumens into the projector. Red, green and blue wavelengths are 638nm, 545nm and 445nm respectively. The combined RGB light is transmitted to the projector via a single armored optical fiber cable with a 400 or 440µm diameter core and a 0.22 NA. Delivery of the first units will be in June, 2012. The data sheet on the rack-mounted RGB100 system can be downloaded from the LLE web site, as can the preliminary specifications on the green OEM module. The LLE procedure for measuring speckle is also available for download.

For an expanded version of this story, including more information on laser speckle and how lasers can best be used in 3D presentation of cinema and other content, see upcoming issue Large Display Report.

++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++++

Troyer Note: Yes Matt Brennesholtz, as you might be aware after our phone conference two years ago— I agree with Sony’s secret sauce solution. My first patent claim in 2001 stresses the “secret sauce” (below). Also my US patents 2005, 2006, and 2012 and the allowed Canadian patent 2011 claims. All have claims with lasers addressed to a reflective light valve with red 635 nm or over. Cyan is added that is shorter wave length blue green—(488 nm — 510 nm), which reduces the speckle and produces more saturated colors with better whites and blacks.

We have found that by using deeper red and adding cyan with the RGB, that the speckle is greatly reduced, as explained in my Troyer patent description and in the Troyer patent claims. The classic solid state laser green is 532 nm which is nearer yellow green and therefore has more speckle. Note—In the article Matt states that the laser green that Sony is using is 545 nm. I think this is a mistake—it should be 535 nm. If Sony is using 545 nm – good luck with their color. No wonder they need more green wavelengths.

Read http://www.slideshare.net/fullscreen/metatroy/troyer-patent-portfolio-2012/1

These Facts Can Be Shown: This process of using “cyan” for reduction in speckle and for a more saturated full color with a better white and black is discussed in the Troyer patent description. Those attending the demonstrations were provided white papers on color. Suggested is that they read the explanation in the published Feb 2001 patent.

The Troyer Metatron Laser Projector demonstrations in the early 2000’s were the first time the expert attendees viewed full color spectrum in digital cinema projection. Thus they realized that video could have film like colors also. None of the viewers complained about speckle because the Troyer patented process reduced the speckle in the motion picture images. Some speckle could be seen in still images. Troyer did a lot of R&D by testing different wavelengths. She had the fortune of being able to use dye lasers where she could change the red colors (Read about speckle elimination in the Troyer patent portfolio description).

Among the attendees: Merv Griffin Group (investors and partner); Roy Disney and Imagineering Group; display experts from Dolby, Kodak, Sony, Panavision, Universal theme parks, IMAX, Warner, Carmel Development, Air Force, Raytheon, Griffith Park Planetarium, Runco, Famous Players, many cinema theater groups and Vegas groups, etc. The main interest was for dome themed entertainment venues.

Chris Cookson was with the Warner technology group who saw the demonstration at the most secure post house in Burbank: International Video Conversion (IVC). IVC did the Warner film conversions. Chris Cookson is now head of motion picture technology at Sony (a copy of the white paper distributed to the Warner group is available on request).

Greg Thagard was with Warner and set up the demonstration to check the Troyer claims: full spectrum saturated color images with limited speckle in moving images; twice the contrast than with arc lamps; heat mitigation from fast moving laser expanded beams; and mainly the biggest problem with using the JVC Hughes ILA in digital cinema—the ghosting (blurring) in fast moving images.

The main criticism of using the JVC ILA (Liquid Crystal) instead of the DLP arc lamp projectors was the blurring artifacts in fast motion. Warner tech experts viewed the laser images automatically adjust to a big curved screen and also a balloon and realized that any video feed in “real time” could be transformed to full color and adjust to a curved screen. That in itself would save the studios a fortune in post house fees. Digital Cinema theaters would have interactivity for gaming and live football games and Opera in big screen Cinerama.

Troyer showed the viewers the heat mitigation of that the slotted fast moving lasers by passing her hand through the direct path of the moving expanded laser beams. (Flooding with lasers or arc lams produces burning heat). The blacks (contrast) were much more pronounced because the slots of laser light were not bleeding into the black. There were no ghosting artifacts.

The demonstration proved the problems were solved. The Warner guys said –You did it!!! And were most excited.

Howard Luck was head technology engineer at IVC lab in Burbank. He was delighted with the laser projector and wanted to start doing the classic measurements. Troyer and team were quite happy to give him any information he wanted about the projector. He was head of technology on the DCI committee. He would make suggestions for Digital Cinema Initiative (DCI) standards. Thus adding cyan is a suggested DCI mandate for better color saturation. Also because DCI knew full video filmic color was possible, the DCI made a mandate for full color spectrum images.

Ken Holland who owned IVC at that time was very upset. Warner was his main customer. He rushed into the lab screaming at Troyer and her engineer when they were setting up for the Warner demonstration “You are not going to get by with this!” That proved to be true. Modern Luddites stopped the demonstration projector delivery to Griffith Park Planetarium for their refurbish. The projector, equipment and optics were stolen from the IVC lab right before the move. Also stolen and never recovered were the ten projectors built for waiting clients. Troyer calls the disrupters “Zuddites” (Modern Luddites).

Dave Schnelle was with Ken Holland when he screamed at Troyer and the engineer. Schnelle is now with Dolby and the LIPA consortium. At NAB 2012 Troyer asked Schnelle what he thought when he heard Ken Holland yell those words? He just shook his head, remembering and said it was a long time ago.

Ken Holland made his money in the color theater where they pushed the digital cinema arc lamp colors to be more film like. The Metatron Laser Projector would hurt the post house business. After the Warner demonstration Howard Lukk was told he could not have discussion with Troyer or her team. Troyer and team were locked out of the lab and had to have permission to have demonstrations. The lease for the lab had been paid up front so there was no legal basis for the lock out. The equipment was owned by Metatron Inc. — California Corporation.

Troyer hired attorneys and threatened to have a press conference outside the IVC post house. The Troyer team was allowed to get into their lab for a demonstrations for Dr. Adam Drobot from SAIC/ Telcordia and a high end gaming executive. Drobot is considered a high end evaluator of patents and technology. Troyer and guest engineer were actually walked out of IVC when they went in to help set up the demonstration, with the threat of the police being called. Ken Holland evidently was in collusion with the Zuddites who were making sure the “Metatron Laser Projector” was not placed in a venue

After viewing the Metatron images, Dr. Drobot stated that the Troyer patents are strong, that the images could be compared to film and that the laser projector was the long awaited solution for the CAVE (simulation virtual reality, HIVE) because of the infinite focus.

Roy Disney was a great advocate of the Metatron. The great sabotage came when Roy Disney was to see another Metatron demonstration. That never happened. Events were such that the demonstration was canceled and the engineer team freaked. Dean Lyon decided to go work in New Zealand and help Peter Jackson set up his lab. It is dangerous to be involved with disruptive technology in the USA.

The Troyer team was stopped by sabotage of the Zuddites. When nothing else worked to stop Troyer, they just made the projectors disappear. Thus Troyer and team were not able to deliver and install the 10 JVC laser projectors to Famous Players and the Military and Griffith Park Planetarium for their refurbish. h. Much time was wasted. Much interference was wrought by the Zuddites. The FBI was called in but to no avail at that time.

Chris Cookson took the information to his high tech job at Sony. Other Sony technology experts also had seen Metatron demonstrations. Chris Cookson would not accept Troyer’s calls in 2010 about working with Sony (emails sent). It is interesting that Sony thinks they can blatantly infringe. The fact that Troyer and team can prove Sony knows they are infringing is dangerous for a big company, because the charge for infringement is tripled. IMAX and Barco are also infringing. Kodak does not have the patents needed to cover the basic laser process being proclaimed by the LIPA consortium (See email to LIPA and Sony’s Pete Ludi in prior metatroy wordpress blog). The Warner group endorsed the laser projection image as best video image: full spectrum saturated film colors, much higher contrast—good blacks, no ghosting in fast moving images, and heat mitigation. The industry is still attempting to deliver filmic images with good contrast and eliminating blur artifacts.

The Troyer laser projector proves that laser images far surpass arc lamp images. Infinite focus was introduced with the ability to adjust to curves (Microvision, Light Blue Optics, Aaxatech). Z depth is spatially modulated into the pixel to create auto dimension. (See Troyer patent optic drawings). These exciting attributes streamline and lower costs. They make dome theme park venues possible. Finally KISS Cinerama: keep it simple—streamlined and user friendly.

Experiencing “Being there” in space was finally possible. JPL and NASA dimensional images on a big curved Planetarium screens with Dr. Donald Gurnett’s captured space sounds in sync with the images. John Mosley of JPL was the producer and had discovered the Metatron for the Planetarium. There was weeping when the Metatron was stolen out of IVC and not delivered. Griffith Park Planetarium was forced to deliver a sub- standard experience. Maybe finally audiences today can have that great experience— and not have to wait another 10 years.

IMAX could not have us show our projector. Their stock would crash – not only because we were replacing the IMAX film dome experience, but also because the JVC ILA would probably be the choice over the DLP. IMAX was the lead in introducing the Texas Instrument DLP for digital cinema. They had purchased the arc lamp reflective light valve projector from England and paid $10 million dollar licensing fees to Texas Instruments. Barco and Christies also each paid $10 million dollar licensing fees. This still holds true today. IMAX sold their rights to NEC and kept the rights for Digital Projection. IMAX is now working with Barco for the laser projector with the DLP. Sony and RED are using LCoS—liquid crystal. All are reflective light valves.

Troyer Patent US 6183092; February 6, 2001 – Claim One

1. A laser projector comprising: laser apparatus for projecting a picture beam that includes visible laser light of wavelength about six hundred thirty-five (635) nanometers or longer; a reflective liquid-crystal light valve for modulating the beam with a desired image; further laser apparatus for projecting one or more picture beams that include green and blue laser light; and wherein the laser light of wavelength about 635 nanometers or longer mixes with the green and blue laser light to provide substantially pure neutral colors including pure white and pure black; wherein the further laser apparatus projects substantially cyan light with the blue and green light;

wherein the laser light of wavelength about 635 nanometers or longer sometimes generates visible speckle when used to form a picture on a projection medium; and further comprising means for at least partly suppressing visible speckle when present in such a picture; said suppressing means comprising the combination of:
means for displacing the beam substantially as a unit, during its projection; said light of wavelength about 635 nanometers or longer; and said cyan light.

Troyer Notes: Full color spectrum is created with lasers that are addressed to a reflective light valve (RLV). The claims were broadened to all RLV in US 2006 and US 2012 and the Canadian patent (allowance notice Feb. 2011). The liquid crystal light valve is now a secondary claim. All reflective light valves are covered. All digital cinema projectors use reflective light valve (RLV) at this time: DLP, LCoS, LED, MEMS, or any to be invented.

Full Color Spectrum with Deeper Red: All laser projectors need to provide full color spectrum for best image. In order to have full color spectrum with deep magenta and purple and mustards, the red needs to be 635 nm or over. Adding cyan has proven to provide better color spectrum and is stated in the DCI—digital cinema initiative for best color balance. Cyan also reduces the speckle caused by green lasers in the 532 nm range. Also using a deeper red supports eliminating speckle and a more saturated image.

This claim covers full spectrum color (using deeper red—635 nm red). The art before stated that orange red (610 nm) had to be used for more image brightness and to match the NTSC (TV) analog color chart. This orange red caused more speckle because of the shimmer. The claim with 635 nm red or above thus covers full spectrum filmic color with speckle repression with a reflective light valve (RLV).

“Secret Sauce” Solution for Sony and Laser Light Engine: Did Sony and LLE techs read the recipe for the secret sauce in the Troyer patents, when they could not get rid of their speckle. Adding Cyan, however, is now pretty standard since it is one of the DCI mandates for better saturated color. Deeper red and cyan also create a secondary color plateau for yellow, magenta, and cyan.

Leap Frog Patent by Kodak and Barco: The LIPA Consortium including Kodak, IMAX, Barco and Sony think that they are “leap frogging”—writing around the Troyer patents by combining the lasers into what they call parallel projection, which is a form of merging expanded parallel lines of laser beams to become more of a flood process. Read the first claim of the first patent 2001. The claim is broad (does not specify) how the lasers are addressed to the reflective light valve. Troyer’s preferred method is discussed. This is an expanded beam scanning in sync with the video information when possible (film or slide image information not delivered in raster format).

Note: Kodak has a leapfrog patent that stresses adding cyan to RGB in the description, but it is not in the claims.

Read http://www.slideshare.net/fullscreen/metatroy/troyer-patent-portfolio-2012/1

April 27, 2012

Email to LIPA Lude Troyer Laser ZTV 412

Filed under: Laser Video Projector — Tags: , , , , , , , , , , — metatroy @ 6:42 pm

Z*Tron Vision

PETE LUDE Memo – President/CEO of LIPA Consortium  (Feb. 2012)

Note: Lude is Chairman at LIPA – Laser Illuminated Projector Association

Lude: President at SMPTE and Senior VP at Sony Electronics

Pete,

Thank you so very much for the conversation about laser projection and my patents. Congratulations on setting up LIPA laser projector consortium. Thank you for caring about laser projectors and attempting to push the envelope.

Where and how do you suggest we share with the industry the Meta Z*tron Vision (MZTV) laser projector process? Also explaining why the Troyer patented process works best, ascertained after much research and demonstrating prototypes for expert evaluators, many in the studios including your Sony head of entertainment, Chris Cookson when he was at Warner (2002). What do you as the LIPA chairman feel is a way to fast track this process and so the industry finally has been delivered the KISS (keep it simple streamlined) way of presenting the best image (dimensional)? Where did you suggest I present MZTV —what forum?  Are there any other suggestions that you have for introducing Meta Z*tron Vision again?

I did not know that IMAX had made a deal with BARCO when I talked to you– or we would have discussed that further. I did share with you that according to research done by a hired expert in evaluating the Kodak patents (I was asked to provide support by reading the Kodak patents and claims). Kodak does not have patents on big screen domes.  The patents for laser projectors that produce full spectrum colored images that adjust automatically to curved space surfaces are the Troyer patents.

As I explained the Kodak IP attorneys warned their representatives during their Kodak laser projector prototype demonstrations that they should not state that they had patent coverage for their prototype nor should they suggest they are licensing the model they were demonstrating (prototype design). Kodak attorneys are quite aware of patent law and lawsuits and licensing. Kodak litigated against Apple and Rim for infringement on their camera and phone patents. Concerning laser projection, Kodak has a patent portfolio on a grated light valve method. Grated Light Valves have been found not to be an effective way of delivering laser light to the screen.

The Troyer patents are on a reflective light valve that is much more efficient. The Troyer 2001 patent claims liquid crystal light valve. The US 2006 and 2012 patent and the Canadian patent broadened to reflective light valve, counting DLP, LCoS, MEMS, etc. The Kodak demonstration laser projector used the Troyer patented approach with reflective light valves. The Kodak demonstration model used a DLP reflective light valve that is covered by the Troyer patents. This is explained in the Troyer Patent Portfolio  Troyer Patent Portfolio see new patent claims Feb. 14, 2012 Projector Camera full spectrum dimensional (3D) images

In research of statements, literature, press releases, interviews and talking to those who attended the private demonstrations, Kodak representative followed this mandate. Kodak did not suggest that they had patents covering their demonstration model, nor did they state they were selling licenses to their demonstration projector.  They said they were selling their optic designs for the laser projector.  Yes, Kodak has patents on certain adjustments to the basic laser projector optic layouts, such as explained in the Troyer patent description and drawings. Kodak has patents on an optic they add, which they state reduces the speckle in the optic path. It is not known if that optic was part of their optical design in the demonstration model. That optic patent does not in any way reduce the fact that the basic laser projector architecture that LIPA consortium is now suggesting to be used by the industry to assemble laser projectors is the Troyer patented process.

In early 2012 IMAX stated in press releases and interviews that they are finally going to deliver big dome and flat screen laser images. IMAX states they are licensing the Kodak patents that cover big dome and flat screen theaters.   IMAX CEO evidently is attempting to control the laser projector industry and he also wants to obtain higher stock prices.

To save great time and expense, some responsible entity should ask the IMAX CEO or Kodak IP representative what patents IMAX has licensed that cover big dome or flat screens? For that matter, now that IMAX is partnering with Barco, Barco better have the answers or they are putting themselves in the path of infringement if they use the KISS approach for best image. Should LIPA non-profit consortium have this responsibility for the industry? Should we have our representative bring this situation up with LIPA? It would be wonderful if the industry does not have to go through another ten years waiting for great 3D images with bright filmic colors.

It can be shown through the long history between IMAX and Troyer that IMAX corporate is very aware of the Troyer patents and has attended demonstrations of prototypes on domes, etc. It is thus assumed that the IMAX CEO is very aware of the Troyer patented laser projector. In fact it can be shown through documented evidence that IMAX corporate with strategic collusion companies has made a calculated effort to thwart Metatron Inc., Metatron Zone Management and Troyer from delivering the Troyer patented projectors to clients. It is assumed that IMAX and collusion companies have stopped Troyer in introducing her patented laser projection technology in order to keep the IMAX stock from crashing. .

Imax Press Conference Jan. 2012 is reminiscent of press conference May 2003: The IMAX CEO, James Cameron and Phillip Anschutz gave a press conference in May 2003 stating that IMAX was ready to deliver and install video cinema projectors (laser) in IMAX screens (flat screens and domes).  The IMAX stock shot up and the Wasserstein Limited Partners sold their preferred stock for over $800 million.

Is it legal to provide misinformation to stock holders?  Was it legal in 2003 for the IMAX CEO to represent they had digital projectors for flat screens and domes? Is it legal today to state they have patent coverage for domes, when they know they do not?

Did IMAX corporate represent to Cameron and Anschutz that they had finally gotten control of the Metatron technology? This was soon after the 10 assembled JVC projectors for waiting clients who wanted laser projectors were stolen. Among the clients: Famous Players for 8 Canadian large screen theaters, 40 theaters owned by European  sister theater company– Universal Vivendi, Raytheon (Williams Air Force Base—simulation), Griffith Park Planetarium for their refurbish; etc. Lexel Laser had the 30 lasers assembled for the ten projectors. The theft of the JVC projector bases ruined Lexel Lasers. They were taken over for pennies on the dollar.

Patents protected Troyer from complete demise. Troyer will preach the importance of patents and the patent developer/ inventor receiving fair return for the years of time and expense.  The Troyer patents and the ultimate survival from the Zuddites (modern Luddites) attack on Troyer is an example of how patents can protect a technology and the inventor.

Respectfully,

Diane Troyer

Troyer Note:

Peter Lude had asked me to talk to the LIPA group in our phone conversation prior to this letter. After he got this email (letter), I received the email below.

This is a copy of a section from the LIPA Consortium pamphlet.

  • Communications: chaired by Rich Reames of Sony – Responsible for LIPA’s internals and external communications and outreach
  • Regulatory Technology Issues: chaired by Dave Schnuelle of Dolby – Responsible for identifying and resolving technical issues impeding commercialization of laser illuminated projectors
  • Regulatory Business Issues: chaired by Pete Lude of Sony – responsible for identifying and resolving business issues and ensuring the overall industry’s path to commercialization of laser illuminated projectors

———- Forwarded message ———-

From: Michael Ciesinski <michael.ciesinski@flextech.org>

Date: Mon, Mar 5, 2012 at 5:22 PM

Subject: E-mail and Memo to P. Lude/LIPA

To: metatronvision@gmail.com

Cc: “Lude, Peter” <Peter.Lude@am.sony.com>

Ms. Diane Troyer

Metatron Zone LLC

Dear Ms. Troyer:

Peter Lude of Sony forwarded to me your e-mail dated February 14, 2012 concerning the Troyer patent portfolio.  We at the Laser Illuminated Projector Association (LIPA) thank you for your interest in our organization.

However, LIPA is a not-for-profit organization which is not authorized to engage in market promotional activities for any single party, nor is it authorized to consider the patent positions of our members or others in the industry. These activities are simply outside of our charter.

If you wish to present your views on your patent portfolio, you can contact LIPA members directly. However, please be advised that LIPA will have no ability to act on any of the issues which concern your patent portfolio.

I regret that we could not be of assistance to you in this matter.

Sincerely,

Michael Ciesinski

LIPA Managing Director

CEO/ FlexTech Alliance

3081 Zanker Road

San Jose, California USA 95134

Tel. 1-408-577-1300

www.flextech.org

This e-mail message is confidential and intended only for the named recipient(s) above. It is not to be forwarded without permission of the sender. If you have received this message in error, or are not the named recipient(s), please immediately notify the sender and delete this e-mail message from your computer or mobile device.

Troyer Journal Notes at NAB:   

It seems that my letter to LIPA had a great effect. I ran into David Schnuelle from Dolby in front of the RED Laser Projector booth. He is now a LIPA board member; He saw the MetaZtron projector at IVC lab (International Video Convergence) in Burbank in 2002. I asked him if he remembered?  He looked at me shocked, because maybe he did not make the connection – but what other woman has been shouting laser video projector for years?  Yes, he was with Ken Holland, owner of IVC, when Holland stood at our lab door at IVC screaming at me and my engineer — “You will not get by with this!”  We were getting the laser projector demonstration set up for Warner group (Chris Cookson a member of the Warner group attending).

The IVC post house was the Warner lab for transferring Warner film to DVD.  Ken Holland’s main income was the color lab, where they pushed digital color so the digital cinema arc lamp presentations would be more like film. For the first time, the viewers realized that it was possible for a digital image to have the filmic full color spectrum and good blacks (contrast) –without the need of a color lab to enhance the digital colors.

Ken Holland was a part of the collusion group who made sure that the Troyer patented projector did not make it to the clients, including the Griffith Park Planetarium for their refurbish.  The demonstration laser projector disappeared from the IVC lab with the lasers, tools and 40 expensive custom made polarizing cubes ($600 each) coded for red, green, and blue that were to go into the 10 JVC projector bases being built for clients. IVC was the old Lockheed Skunk Works- so was probably the most secure building in Burbank so all knew it was an inside job. A Burbank police report was made about the stolen projector.

Carmel Development  CEO, Alan Williams, had offered to pay for the lease at IVC. Carmel Development paid for a year in advance. Clint Eastwood was working with Warner then. Carmel Development and Clint Eastwood did not have any ownership in the equipment or patents (documents on request).

NAB: Dave Schnuelle was the LIPA person who was the communicator —whether he wanted to be or not.  He informed me he had read the letter sent to Lude.  He told me that they had decided that they are not infringing because they are flooding the reflective light valve instead of scanning.  I told him that my patent claims cover lasers addressed to the light valve and are not limited to scanning.  I did tell him that flooding is not going to work—that there are many problems with flooding.

Parallel Projection:  The laser attributes mean that the beam can be directed coherent, collimated. Ambient light like the sun can be flooded, not directed.  Parallel Projection combines  streams of laser beams. Kodak and Barco have patents based on forms of how to direct laser light to a reflective light valve. The parallel laser lines are combined into a flood.  That might work if the image was not constantly static (too hot).  It is difficult to provide even light flow without artifacts in the images. Also with such a flood the contrast is reduced.

The reflective light valve does not have much surface for high power laser light for a big screen. We have found that the laser light can be directed to a front surface, then redirected to the  reflective light valve.

Barco and Kodak both have leap frog patents for addressing laser light to a Reflective light valve. A leap frog patent adds a specific addition to a patent’s broader claim that has already been issued. Parallel projection is a specific way to address lasers to the reflective light valve. The Troyer patent claims are broad in how the laser is addressed to the light valve.  I suggested that the LIPA group read my claims and patents (Troyer Patent Portfolio). Also I offered to provide the LIPA members a specific claims chart that compare the Troyer patent claims to the Kodak, IMAX, BARCO, Sony and Christies laser projector reflective light valve configurations in their prototypes.

I informed Dave Schnuelle that I am not planning on suing LIPA, but that my representatives are upset that LIPA is made up of companies whose representatives have attended the Z*Tron Vision (Metatron)demonstrations, received white papers, and are now marketing my patented process, stating this is a new approach.  Patents are for the purpose of protecting the inventor who spent the years of R&D and a great deal of money and discovered the innovation.  For instance just the Canadian patent has cost near $40,000—mainly in years of patent fees.

I also shared I had just seen the RED laser projector 3D demonstration and the images had given me a splitting headache. I did not know if I had preprogrammed myself for a headache –but there was an ache right above my eyes behind my forehead.  Maybe it was because I had peered at the images to see if there was blurring in the fast movement. I had just discovered that the person who set the Red laser projector was my former engineer. Thus I know he does not have patents for his designed process:  lasers addressed to a reflective light valve (LCoS) with the red 635 nm. or above.

Snhnuelle is in charge of Dolby’s new technologies. They were showing an auto stereo display that they had developed with Phillips.  Dolby and Sony are both companies that lost a lot of money last year and are reviving under new management.

CONCLUSION: I wrote my blog the next morning at McDonalds and published it.  I figured it was important to let the LIPA group know I was going to be a spokesperson about this.

CASEY STACK: I had exchanged emails with Casey Stack who was to be on the committee for  LIPA and talked at NAB—I realized that he was asking questions to which the LIPA members wanted answers. The asking question and being able to answer was a good method to cut through. Stack was sharing the answers-(I hope) – emails under other cover

IMAX does not have patent coverage for domes from Kodak.

 Troyer Patent Portfolio see new patent claims Feb. 14, 2012 Projector Camera full spectrum dimensional (3D) images

MetaZtron Vision (MZTV): Patented dome (HIVE) — IMAX does not have patent rights

http://www.slideshare.net/metatroy/hive-zelf-holograph-immersive-virtual-laser-meta-ztron-troyer

H the Holographic Z depth factor works with MZTV laser projectorow

Over view of MetaZtron Vision (MZTV) Power point to John Deere

Diane Troyer

Metatron Zone LLC

office: 319-512-1009 Cell: 818-795-2407

metatroy@hotmail.com
metatronvision@gmail.com

Metatroy Diane’s Twitter

Metatroy slide share (check this out)

MetaZtron Vision holographic Z-depth-factor

MetaZtron Vision applicaitonsMZTV arena music tour (Iron Maiden)

MetaZtron Vision Themed Entertainment (see the Sprite)

In order to change something, don’t struggle to change the existing model. Create a new model and make the other one obsolete”. Buckminster Fuller

http://www.laserfocusworld.com/news/2012/02/10/imax-teams-with-barco-to-co-develop-laser-projection-technology.html

Will Laser TV be the new Smart TV? 

Troyer Note: RED Laser Demonstration – 3D at NAB—

It seems that the prototypes being shown (Sony, Kodak, Barco) all need specialized screens.

The RED demonstration made me realize how important it is to share our approach to auto dimension. Z*TV can  be viewed on a basic white screen material like used in motion picture theaters. It is best if the screen is curved for viewing of the real time dimensional images without glasses.   The current infrastructure can be used to deliver the images. No changes need to be made. The reason this auto dimension no glasses approach works compared to other attempts is becauseof the wide viewing angle.  The viewer can see the images from any place in the room. The  images  can be seen from any angle, any seat in the home theater or in the crowed large auditorium.

Laser TV is the new kid on the block— for big domes, digital cinema, and Smart/ Internet/ Google Apple TV.  We call these attributes: IF IT IS.  Infinite Focus; Instant Transformation, and Innate sharpness – the long sought Holy Grail:  any feed transformed to  film like color with  auto dimensional images that can be seen from any place in the room.

NAB 2012: Red Laser Projector & Player

By Scott Wilkinson • Posted: Apr 20, 2012

The most important consumer-related product introduction at NAB was a new projector and source device from Red Digital Cinema, which is best known for its digital-cinema cameras. As its name implies, the REDray Laser Projector uses lasers as its illumination source, and the red, green, and blue lasers are housed in a separate module (the larger box seen directly above the projector in the photo) that connects to the projector itself via fiber optics. Even more interesting, multiple laser modules can be ganged together to produce more light for larger screens, and the lasers are rated to last more than 25,000 hours with virtually no change in color or light output.

What type of imager does it use? Red would not say, but I have it on relatively good authority that it’s LCOS. I did confirm that it’s a dual-imager, polarized-3D engine with 4K resolution, allowing each eye to see 4K simultaneously using passive-polarized glasses. And it can accept frames rates up to 120fps in 2D or 60fps for each eye in 3D—in fact, it’s native refresh rate is 360fps per eye.

Also introduced was the REDray Player (seen on top of and next to the laser module in the photo), a hard-disk-based source device capable of playing 4K 3D material at up to 120fps as well as 7.1 audio from its four HDMI 1.4 outputs. Content is loaded onto the hard disk via gigabit Ethernet, USB, or SD card, and more storage can be added via eSATA.

I was amazed to learn that Red has developed a new codec called RED code RGB that reduces the bandwidth required for 4K delivery to around 20 megabits per second—that’s right, 4K at a data rate lower than Blu-ray! Red claims it is visually indistinguishable from its REDcode Raw codec, which is used for its camera output at more than 400Mbps, but I’ll reserve judgment on that until I can see a direct comparison between the two. The player includes two independent codecs—REDcode RGB and H.264—for backward compatibility. It will also upconvert lower resolutions to 4K.

The player will be available as a standalone unit for—get this—around $1000! The modular projector package will include a version of the player with an HDMI input and additional video processing, and the cost will depend on how many laser modules you want. Most home theaters will need only one, which is said to be sufficient for screens up to 12 feet wide. And the cost of such a system? Hold on to your hat—around $10,000! That’s less than half the price of the Sony VPL-VW1000ES with 4K 3D per eye, and it includes a 4K 3D player!

Of course, the distribution of such content is still a big question mark. At 20Mbps, a 4K movie encoded in REDcode RGB can be effectively delivered online or on a thumb drive, removing the last technological hurdle to 4K distribution. But will the studios actually start releasing such high-res content? Only time will tell, though Red’s proprietary REDpass DRM (digital rights management) might help persuade them it’s safe to do so.

The line to see the REDray demo was easily the longest at the show. Produced by Ridley Scott among others and written and directed by his son Luke Scott, the demo consisted of a short 3D movie entitled Loom, which was shot on Red Epic cameras at 24fps. It’s a dystopian vision of a totalitarian future reminiscent of THX 1138, complete with a computerized counselor. But whereas much of THX 1138 looks very bright with lots of light and white walls, many of the scenes in Loom are very dark with low contrast, making it less than ideal as demo material.

Also, the system was not completely dialed in—we were seeing 2K in each eye, and there was some obvious ghosting because there had been a last-minute switch to a Stewart 5D screen, which required some tweaking—so the demo didn’t look as good as it could have. Still, I hope to visit Red in the near future to learn more about the projector and player, which seem to be game changers in the world of home and commercial cinema.

From an Italian Technology Paper: Reviews on RED laser

“Beyond the ghosting, the thing that struck me immediately is the native contrast ratio, very, very low. The black level is just too high. Also higher than a lower-priced DLP projector. ”

“All in all there’s the projector. It exists and works, but still need significant improvements, not just for the stereo separation that will be resolved with better management of the polarization of the laser beams. The biggest trouble I think about the native contrast ratio that is simply timeless. ”

__________________

But I hope soon to resolve the problems of this RED and maybe reconsider a 3D system alternative to the polarized passive but always, at least save on the glasses

I know nothing …  These are just personal observations. If the world is turning its business primarily on technologies LampLess, it is clear that not all stakeholders will be watching blow of seeing major share of the sector more profitable than our niche. Therefore, it is assumed that we will see some beautiful, beginning with dall’ Infocommm

Not at all, is a problem of polarization of light in systems of RED Sony technology adopted and probably can not use normal screens for 3D … there is only one type of laser projection … but here I leave the floor to experts in optical physics!

Not that it’s a problem of single implementation: if you adopt a 3D system with linear polarization or circular – as did Sony and RED – serves the silver screen regardless of the light source, you can not escape.

Can be used matte screens with 3D systems active, if the arrays are able to work at a sufficient speed (ie, over 144hz): for example Barco demonstrate Wednesday to CinemaCon a DLP projector 4K laser with XpanD, for more projecting material HFR (Native least 48fps for each eye).

Or interference with systems, but it seems that regulate the wavelengths of RGB laser is actually quite complicated (source: Omega Optical, developers of the 3D Panavision).

Commento # 85 di: SydneyBlue120d pubblicato il 20 Aprile 2012, 22:40 Comment # 85 by: SydneyBlue120d published April 20, 2012, 22:40

In reality as we know it was also announced for the Sony compatibility with Panavision 3D system that works with a white screen, but I do not think has been very successful (to put it mildly …)

Commento # 86 di: Rosario pubblicato il 20 Aprile 2012, 23:11 Comment # 86 by: Rosario published April 20, 2012, 23:11

E’ un peccato dover usare la polarizzazione , è come fare un passo in avanti ed uno indietro. It ‘a shame to have to use the polarization, is like taking a step forward and one step back.

http://translate.google.com/translate?hl=fr&sl=it&tl=en&u=http%3A%2F%2Fwww.avmagazine.it%2Farticoli%2Fvideoproiettori%2F623%2Fanteprima-redray-laser-4k_index.html

 

November 21, 2011

Reply to Comment by Dr. Steven L Smith: Why Troyer Patents Strong; Discuss “Hologram”

Filed under: Laser Video Projector, Uncategorized — metatroy @ 11:50 pm

Filed under: #5DReality, #IFITIS5D, #MetatronZ, #HIVE5D,  Laser Video Projector,—

Note: The original answer to Dr. Smith has been upgraded (dates), etc.

This message was sent to my HIVE ZELF Holographic Immersive slide share document. It is from Dr. Steven L Smith; Optical Engineer and 3D Imaging Specialist and a Senior Research Fellow of Modern Holography at De Montfort University (Boston). Smith has been a purist about using the word “hologram”.

Diane, I reposted here so that you know who posted this comment, I cannot comment) on your patent issues that seem to be many from this presentation. Importantly though I want to caution you on using the work ’holographic’. This term is not a catch all phrase for any ’potentially 3D’ media, but specifically designates a type of 3D image that is Phasebased in the reconstruction of spatial information through the generation or playback of fringe gratings that reconstruct an objects wavefront, a subset if you will of the wider 3D imaging process. your process is not a phase based 3D imaging process. In fact that very point that you make that your image is in focus everywhere goes to prove that it is not a 3D wavefront that has been created but a 2D image projection. 3D wave fronts focus at the point of an objects location and diverge again from that point. All other issues that you are making in this presentation related to your prior art probably will inevitably have to be sorted out in a court just due to the very long history of laser scanning and projection. best of luck

This is the Troyer reply (updated).

Hi Steven, Thanks for the comments and wishing me luck. May I respond?  The first section is about the patents. The second is about the MetatronZ patented process and the label holographic.

Troyer laser projector patents.  You probably have not had a chance to read my patents or claims. Or to compare my patents to the Kodak laser projector patents or others.  Having the Canadian patent granted in 2013 establishes a great strength to my Troyer Patent Portfolio. The Canadian patent is based on my 2001 US and combined patent claims of 2001, 2005 and 2006.

The Canadian patent office is very good with their research. Also the data bases are much more up to date in 2012 than they were in 2001 when my USA patent was issued. The Canadian patent office did a global search for any prior art, including all previous work including papers, speeches as well as patents. They found no prior art for my claims: full spectrum color over 635 nm red and lasers addressed to a reflective light valve (scanning as one of the approaches). The claims broaden to all RLV including DLP, LCoS, MEMS, LED or any to be invented. It is recommended for best images that have dimensional depth that the spatially modulated laser keeps the attributes of the laser to the screen (polarization, coherence and collimation).

The Troyer patent portfolio and claims are explained at this site http://www.slideshare.net/fullscreen/metatroy/troyer-patent-portfolio-2012/2

Also this explains the Claim Chart and infringements

Troyer patent charts 101413 from Diane Troyer

IF IT ISInnate Focus; Instant Transfer; Infinite Sharpness  #IFITIS5D

The image information is transformed with light-field depth (Z factor) when spatially modulated into the collimated laser beam. The Z factor is inherent in the image to the screen, the screen being any form or volume (could be fog, plasma, Cinerama, dome, etc.).

Brightness: We find that expanded laser beams that are scanned down the reflective light valve (RLV) provide the best approach for brightness, heat mitigation, and contrast. Fast scanning expanded laser beams do not cause heat. Also it is the most efficient use of the laser light. Unlike with other methods, almost all the laser power is used on the screen. The entire laser light is in the expanded laser beam ribbon. The laser brightness is evenly distributed on the screen. All the laser brightness is in the ribbon that scans in bands at 60 cycles per second or faster.  More than one scanning laser beam can be used. Full flood of combined expanded laser beams does not work as well because it is difficult to control the artifacts and the even distribution of brightness. Also static laser flood causes great heat that has to be mitigated. This would limit using LCoS that does not tolerate direct heat. The most efficient approach is to have scanning (moving) expanded laser reading beams that modulate the writing image.

Laser Scanning: The Canadian patent office has sorted out the “long history of laser scanning” projection and has granted Troyer patent claims as original art, thus confirming the US patents as “strong”.  Doubt is caused because IMAX is claiming they have the laser projector patents from Kodak for digital cinema.

http://video.foxbusiness.com/v/1222364361001/imax-ceo-on-laser-projection-patents-deal-with-kodak/

It will not take a court battle to figure out that Kodak patents do not cover my patented process which is the simplest way to create the best laser images.  Even though probably members of the LIPA Laser Projection consortium are hoping their representations are not questioned.  LIPA companies state they have invented laser imaging and present digital laser projectors for the first time. IMAX, Kodak, Disney, Sony, BARCO, Dolby, JVC, etc. experts have all attended MetatronZ demonstrations at the Troyer lab and received paper work– white papers long before the LIPA consortium was formed. The California Company, Metatron Inc. was started in 1992 to develop and commercialize laser projection. The first patent was granted in 1994 for solid state laser projection. Troyer (me) and my team have been working on this invention for a long time. The Griffin Group backed the building of the prototype. Metatron Inc. was OEM to JVC using the Hughes/ JVC ILA digital projector as our base.

Kodak Patent: Soon after the Kodak representative saw the MetatronZ Laser demonstration at Lexel Laser in Fremont, California (Silicon Valley), they published a patent in Europe. This is the Kodak patent closest to Troyer’s approach with expanded laser beam addressed to a spatial light valve. The Kodak claims cover an added optic to get rid of speckle.  Troyer’s patent also covers the elimination of speckle in great detail. The Kodak patent that adds an optic to the Troyer process does not provide IMAX and the other companies the right to infringe on the Troyer patents.

Another Kodak patent written after the Troyer 2001 patent states that additional colors can be added with RGB, but no specific wave lengths are mentioned in the claims.  Troyer claims cover fuller spectrum red and also using near 488 nm. for added cyan (blue – green). The Troyer claims also allow more colors to be added (assuming other nanometers of red and blue and green and/or magenta and yellow). The Kodak patent also states that “blue-green” is the best color to add and that it provides more brightness. The Kodak claims, however, suggest a different way to modulate the four or more colors, since full spectrum RGB, plus added colors has already been claimed in the Troyer patents. Canada would not have granted Troyer the claims if they had found that Kodak had prior art.

Claims: Looking at claims and patents is a job in itself, but you might enjoy reading Troyer’s 2001 patent on lasers addressed to a reflective light valve.  Also with a quick look at the Kodak patents, you will realize that many are based on a grating light valve approach which reduces the brightness and breaks the coherence, collimation and polarization in the laser beam.

Thus Kodak used the Troyer patented KISS (keep it simple streamline) approach to design their laser projector demonstration model. If Kodak had used their grated light valve approach, they would not have been able to present 3D unless they used many extra optics to re-polarize the laser beam. It is a necessity to keep the polarization and coherence to produce decent 3D. In writing my Troyer patent, I was very aware of the importance of retaining the laser beam’s coherent and polarization for the automatic adjustment to any irregular screen (Domes, Cinerama, simulation, water screen, etc.) and for dimensional imaging (3D) without glasses.

The Troyer patent teaches best method for keeping the natural polarization of the laser beam throughout the optic train to the lens and out to the screen. The patent claims do not limit how many laser beams can be used on the light valve. The Troyer published white papers discussed the two channels with different polarizations in 2001 and 2003. The white papers were provided to those attending the demonstrations.  I realize, however, the best use of the patented process is with the one channel dimensional approach that can be discussed later.

Previous Art: As stated, the Troyer patent claims stress directing a laser to a reflective light valve. Troyer stressed keeping the laser attributes in the modulated laser beam image.  Before the art was to use an AOM, which also kept the laser attributes. This was not eye safe in the fact that the laser beam was scanned directly out of the lens. Laser beams are dangerous to the eyes. The Troyer patent expands the laser beam into a ribbon that is directed to the full width of the light valve and then reflected off the light valve and out of the lens, which makes a more eye safe method for FDA approval. The claims cover using full colored images (red 635 nm or over). The former art was to use an orange red at that time (610 nm.) for more brightness and to match the NTSC color images. No one made these claims before for the most streamlined and eye safe method.

HOLOGAPHIC

Now to Holographic: Your point is well taken. I was calling the process “auto dimensional”. But now I feel by definition we are doing a new form of “holography”—or at least it will be considered so as the art evolves.  By taking the infinite focus (IF IT IS) attribute into consideration, we can create the simile of holographic colored images in real time.

Please see my Z factor power point to understand the depth factor with the spatially modulated laser beam. MetaZtron holographic Z depth factor.pdf

One Aspect Covered by Troyer Patent Claims:   Laser Diode Approach: Small near infra-red modulated diodes, 3 phase image scan (X Y and Z) captured by camera sensor.  This can be one module, several or many. Different slices of the image can be merged. More than one reflective light valve (RLV) can be used to capture the laser diode 3D images. The near infrared sensor captures the 3D images in real time (this is considered the writing phase of the RLV). Bright colored expanded laser beam light is applied to the reflective light valve (reading stage of the RLV) and the captured 3D image is spatially modulated into the expanded laser ribbons. This creates full colored dimensional imaging. Many XYZ images or for that matter different splices can be captured and combined. The images can also be optically combined after the light valve reading beam captures the Z depth images.  We know through tests that the spatially modulated images then become holographic. The screen can be plasma or another volume screen.  Also with the Z factor the images hoover on a curved simulation, Cinerama screen or a dome or irregular screen. Specialty designed chips increase the effect. Several Metatron projectors can be used for different image sides in 360 degree surround space.

Use Infrastructure and COTS: The industry needs a process now that uses the infrastructure that exists.  Today the military, medical, industry need high resolution 4K images for simulation, immersive training, security devices, etc.  For this purpose, we use COTS—and the infrastructure that is in place. A 4K LCoS or other HD device (DLP) can be directly addressed. Variations:  Use a 4K LCoS that has been provided depth images that have been real time translated into more depth. Light Blue Optics described a “holographic” program that is a great description of the Troyer patented process.   http://www.youtube.com/watch?v=7JnWKPqR6uM

Big Dome Screens: Using the LCoS, DLP, OLED or other high resolution device to write the image (sensor captured). The reflective light valve larger surface provides more space for the wattage power of the addressed high colored laser power.

Applications: Software — chip (algorithm) can be designed with IF IT IS attributes taking into consideration the spatially modulated Z depth images. The #IFITIS5D attributes streamline the classic 2D to 3D chips. Also software can be designed for real time merging of 3D two channel images into one channel that has infinite sharpness and depth of focus. This is not as effective as capturing in one channel that has light field in focus depth. The images adjust to the volume or curved screen. The imager is chosen (LCoS, DLP, OLED, or any to be invented). The imager can be near infrared and share the gray scales or can be captured with real colors. The reading sensor is designed to capture with depth the near infra-red or color images.

Slice Views: The LCoS or OLED or other best imager displays the different views. There is ongoing research to get “holographic like” best image.  The spatial image views with Z depth can be projected with the MetatronZ from different angles. Great auto dimensional images are formed that can be seen from any angle, including the rear when creating the 360 degree surround images. Three MetatronZ projectors can display curved surround images.  This might seem complicated, but is really simple with #MetatronZ ability to project in curved space. Lasers do not decay or fade in color and brightness. Laser produce straight edges that are easy to merge.

CAVE/ HIVE: Iowa State University used 24 Sony 4K LCoS arc lamp Sony projectors for their stereo immersive 10 ft. by 10 ft. by 10 ft. flat walled CAVE (merging colors and brightness and edges difficult with arc lamps). The CAVE has been researched and assembled in many global Universities, science centers and labs. At least with the MetatronZ (HIVE) dimensional images can be created (without glasses). Curved walls can replace flat walls. Double projectors do not have to be used for stereo.  The HIVE can be much larger than the CAVE and provide realistic vivid dimensional images, without glasses. The HIVE is less costly. Fewer bright MetatronZ 4K projectors are needed. #HIVE5D

Holodeck Playpen: Smaller MetatronZ projectors can be set up in surround position to create a more holodeck process for immersive training. We call the HIVE (Holographic immersive virtual environment) a Holodeck Playpen. #HIVE5D

Cameras with in focus Phase Foreground/Background: Maybe with IF IT IS attributes as part of the formula, the camera sensors can be modified to capture always in focus one channel images to go beyond the two channel process?  #IFITIS5D. Several groups are working on such sensors.

Great Application Potential Stimulates Crowd Sourcing: The MetatronZ Invention is the linchpin for many apps created for the MetatronZ HIVE platform (#HIVE5D). This most streamlined approach is a good base platform that can evolve.   At least now curved space instead of flat walls can be used for real time auto dimensional imaging. The images have a large field of view, always in focus wherever the person stands. The proscenium approach is used, meaning there is a frame of the view. The audience does not view the back of the image. Live theater such as Opera has almost always had this approach (proscenium is looking through an open door). Troyer calls this the MetaShell platform. The dimensional images are designed for the participant or audience viewing from the front or sides or above. This is a great first step and can be done with the infrastructure that exists now.

Real Time: This description is of a patented platform base for real time colored holographic type images.  Maybe this is not the classic hologram as we know it, but still takes into account the basic holographic principles. It is suggested since the IMAX domes are built and available and closing because of no film content being provided, that the MetatronZ process of delivering any streaming video be used, the feed instantly transformed (IT) to auto dimensional images that automatically adjust to the curved screen. Then all else can follow.

Camera and Projector: Troyer received a new patent on Valentine Day. Feb. 14, 2012. Thus a laser apparatus with a projector and camera that produces full spectrum color and high contrast dimensional imaging. The camera capture in real time is transformed into vivid film like spatial images.  Multiple images can be captured with sensors (writing).Then transformed in real time to full color high contrast (real blacks) dimensional images.  If the sensor has built in space allocation to capture multiple images and has sliced capture of all sides then another aspect can be explored. The camera sensors have evolved according to the Moore’s law.

Images are modulated into spatially modulated Z depth expanded laser beams. The MetatronZ acts as an amplifier that enlarges the images retaining the inherent resolution. The process automatically replicates, enhances, and amplifies any feed. The amplified image does not have artifacts. It does not have huge pixel squares in the image. This is not the classic film two laser split wave front hologram, but a different process. So maybe a new word instead of Holographic should be coined for what we do?  Have any suggestions?

You state: “This term is not a catch all phrase for any ’potentially 3D’ media, but specifically designates a type of 3D image that is Phase based in the reconstruction of spatial information through the generation or playback of fringe gratings that reconstruct an objects wavefront, a subset if you will of the wider 3D imaging process. your process is not a phase based 3D imaging process. 

Why the MetatronZ Process Could Be “Holographic”?

Are you stating that our images are not phase based? Are you stating that our images are not reconstructed?  Yes, this approach removes the “film” process and replaces that process with real time sensor captured spatial images.  A sensor camera captures the image and it is transformed to a phase based reconstructed images in real time.

The MetatronZ process is phase based and is a real time reconstruction with spatially modulated information. No we do not use the splitting into two lasers, one as a scanner of the object and one for creating and image of the object.

MetatronZ works with #IFITIS5D, which is keeping the collimation, polarization, and coherence in each pixel (the inherent laser attributes).  This is hard to comprehend for someone who has not worked with laser modulated images.

Hologram Definition:  A three-dimensional image formed by the interference of light beams from a laser or other coherent light source.

As far as the word “Holographic” it is used here: http://www.musion.co.uk/

This is the Peppers Ghost technology which is definitely a bastardization of the hologram.

 “An industry dedicated to financing inventors and monetizing their creations could transform the world.”

 

 

Also this explains the Claim Chart and infringements

IF IT ISInnate Focus; Instant Transfer; Infinite Sharpness.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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