Sun Innovations Inc.

Sun City Center, United States

Sun Innovations Inc.

Sun City Center, United States
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Patent
Sun Innovations Inc. | Date: 2017-01-20

An apparatus, system, and/or method that integrates excitable light emitting materials (that are transparent) into any surface to display an image. Light emitting materials may be integrated into uneven, irregular, and/or random surfaces, displays may be formed on objects that are not practical for flat panel displays (e.g. steering wheels). Light emitting materials may be integrated onto or into the surface of a flat panel display that is responsive to excitation light of a laser pointer, thus allowing flat panel displays to be more effectively used in presentation applications. Since the light emitting materials are transparent, application of light emitting materials into objects does not obstruct the view of the objects when the light emitting materials are not being used to display images.


Cheng B.,Sun Innovations Inc. | Sun L.,Sun Innovations Inc. | Yu G.,Sun Innovations Inc. | Sun T.X.,Sun Innovations Inc.
Proceedings of SPIE - The International Society for Optical Engineering | Year: 2017

A new paradigm of digital projection is on the horizon, based on innovative emissive screen that are made fully transparent. It can be readily applied and convert any surface to a high image quality emissive digital display, without affecting the surface appearance. For example, it can convert any glass window or windshield to completely see-through display, with unlimited field of view and viewing angles. It also enables a scalable and economic projection display on a pitch-black emissive screen with black level and image contrast that rivals other emissive displays such as plasma display or OLED. © 2017 SPIE.


Sun T.X.,Sun Innovations Inc.
Digest of Technical Papers - SID International Symposium | Year: 2015

Sun Innovations developed a full-windshield head-up display (FW-HUD). This new display is based on emissive projection display (EPD) technology, to form photo- quality images on fully transparent RGB emissive screen, after selective excitation of the screen by images in multiple UV-Vis. wavebands from projector. With the FW-HUD, information can be graphically displayed anywhere on the windshield without limitation on viewing angles. As a new tool for human-machine interface in future vehicles, FW-HUD will enable advanced augmented reality solutions over entire windshield after integration with various sensors. © 2015 SID.


Sun T.X.,Sun Innovations Inc. | Cheng B.,Sun Innovations Inc.
Information Display | Year: 2013

An innovative emissive-projection-display (EPD) system consisting of a fully transparent fluorescent screen and a blue-light-emitting digital projector can be used for digital signage on the windows of buildings or vehicles. The screen can be applied to any window without obstructing the view through the glass. © SID 2013.


Sun T.X.,Sun Innovations Inc. | Cheng B.,Sun Innovations Inc.
Proceedings of SPIE - The International Society for Optical Engineering | Year: 2011

In this paper, Sun Innovations demonstrates an innovative emissive projection display (EPD) system. It is comprised of a fully transparent fluorescent screen with a UV image projector. The screen can be applied to glass windows or windshield, without affecting visible light transmission. The UV projector can be based on either a DLP (digital light processor) or a laser scanner display engine. For a DLP based projector, a discharge lamp coupled to a set of UV filters can be applied to generate a full color video image on the transparent screen. UV or blue-ray laser diodes of different wavelengths can be combined with scanning mirrors to generate a vector display for full windshield display applications. This display combines the best of both worlds of conventional projection and emissive display technologies. Like a projection display, the screen has no pixel structure and can be manufactured roll to roll; the display is scalable. Like an emissive display (e.g. plasma or CRT), the quality of the image is superior, with very large viewing angles. It also offers some unique features. For example, in addition to a fully transparent display on windows or windshields, it can be applied to a black substrate to create the first front projection display on true "black" screen that has superior image contrast at low projection power. This fundamentally new display platform can enable multiple major commercial applications that can not be addressed by any of the existing display technologies. © 2011 SPIE.


Sun T.,Sun Innovations Inc. | Wu S.,Sun Innovations Inc. | Cheng B.,Sun Innovations Inc.
Digest of Technical Papers - SID International Symposium | Year: 2013

A novel emissive display screen will be introduced, which is water-clear with a haze level under 1%. It can be readily applied to glass windows and windshield without hiding the substrate, and convert the cover area to full-color, fully transparent digital display with unlimited viewing angles. © 2013 Society for Information Display.


Grant
Agency: National Science Foundation | Branch: | Program: SBIR | Phase: Phase II | Award Amount: 500.00K | Year: 2009

This Small Business Innovation Research (SBIR) Phase II project will develop a novel ""fluorescent emissive projection"" (FEP) display system, which will turn a glass window or windshield into a full color, high contrast electronic display panel, without blocking the view through the glass. The team will develop novel display engines as well as quantum dots based display materials while also integrating these key components into a full color 40 inch size FEP display prototype. The reliability and regulatory concerns for commercial applications will be investigated in Phase II. If successful this innovative display-on-glass technology will create a broad spectrum of commercial applications with significant market sizes and economic benefits. Success of this project could enable a mass deployment of the display technology in commercial advertising places and automobiles. The new display technology will be applied broadly for many commercial applications, such as the display on store front glass windows or cabinets to attract consumers into stores. It will present real-time commercials on glass windows, without blocking the view into the store and its displayed merchandises. Given the huge number of glass windows and windshields where the technology can be implemented, it has very significant economic impacts.


Grant
Agency: National Science Foundation | Branch: | Program: SBIR | Phase: Phase II | Award Amount: 491.50K | Year: 2009

This Small Business Innovation Research Phase II project is to develop a fully functional color ""transparent display screen"" prototype, based on a set of outdoor stable nano-phosphors with very high fluorescent quantum efficiency and well-controlled nano-particle sizes. With these advanced nano-phosphors, a color display windshield prototype will be developed. This novel ""transparent display screen"" technology will enable an entire vehicle windshield or building glass windows to act as an electronic display screen, without affecting the optical clarity. This innovative display technology will leverage and create a broad spectrum of commercial applications and fundamentally change the way that people use ""glass"" in many designs.


Grant
Agency: National Science Foundation | Branch: | Program: SBIR | Phase: Phase I | Award Amount: 100.00K | Year: 2009

This Small Business Innovation Research project is to develop and apply a novel nano-crystalline functional material to existing commercial solar cells or modules, to significantly enhance their energy conversion efficiency, without incurring much cost or disruption to existing solar cell production process. By significantly enhancing the efficiency of existing solar cells, this project could impact the commercialization of solar electricity and benefit the Nation's environment as well. The proposed approach is economical and easily-adoptable step to increase output from the current commercial solar modules without changing the existing production process.


Grant
Agency: National Aeronautics and Space Administration | Branch: | Program: SBIR | Phase: Phase II | Award Amount: 599.96K | Year: 2009

Spacecrafts rely on arrays of solar cells to generate electrical power. It is an on-going challenge to maximize electrical power available to spacecraft while reducing overall stowage volume and mass of solar array, which requires developing more efficient solar cells with higher specific power density. The objective of this SBIR project is to develop a generic approach, based on novel functional nano-materials, to significantly increasing the solar cell efficiency (~10%), specific power density, radiation resistance and lifetime, without adding much cost or weight to the existing solar cells. The feasibility to synthesis such nano-materials has been explored and demonstrated in Phase I. Without optimizing, preliminary test on commercial solar cells show an efficiency gain approaching 5% after applying such nano-materials. Such nano-materials will be further improved for energy efficiency and environmental durability in Phase II, to reach the objective of at least 10% gain in energy efficiency on majority of commercial solar cells.

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