Proxima Corporation

Arthur P Minich

David W Kappel

Lane Thomas Hauck

David E Hargis

Leonid A Shapiro

Kenneth W Baar

Shlomo Assa

Sidney Sitachitt

Graham H Brewis

Paul R Corsaro

Barry K Spicer

Paula M Berg

The laser illuminated image producing system includes in one form of the invention, a single light valve which not only serves to form an image, but also to increase the number of its colors. In another form of the invention, the lasers are sequenced at high input energy for short intervals of time to provide high average output luminosity at lower average energy costs.

Laser illuminated image producing system and method of using same

A projector and a method of using it includes an expandable housing, which includes a display panel assembly, and an illumination and display panel projection optics arrangement. The housing includes housing portions which are movably mounted relative to one another, to increase the overall dimensions of the housing adjustably to accommodate the display panel optics arrangement during use as a projector.

Display panel projector and method of using same

An image projection system includes a bright light source of polarized light, and in one form of the invention, a spatial light modulator, having an alignment layer, to modulate the polarized projection light, wherein the bright polarized light source is aligned with the alignment layer to permit the polarized light to pass therethrough without the need for unwanted light blocking polarizers. The spatial light modulator generates output light representative of the image, which is projected by a projection lens system onto a remote viewing surface to form a bright image thereon. In another form of the invention, three different colored images are each produced by three separate polarized light sources illuminating three individual light valves, and are superimposed to produce a full color image while all three light sources are maintained fully activated to provide a brightly illuminated image.

Image projection system and method of using same

A compact projection illumination system includes a display controller, a condenser lens assembly including a light source, and a pair of finely faceted mirrors angularly disposed relative to one another to spread projection light emitted from the high intensity projection light source in two directions, and direct the reflected light to an image forming display device where an image is formed for projection purposes. The light is spread to illuminate precisely the light impinging surface of the image forming display device. To reduce image distortion caused by the faceted mirrors forming beam segments, the condenser lens assembly and the light source are arranged and constructed to permit the reflected beam segments to converge sufficiently to fill in dark or shadow areas between the beam segments prior to the segments impinging on the image forming display device, so that the resulting image is formed uniformly and substantially distortion free in a narrowly defined, compact space.

Compact projector and method of using same

The present invention relates to a compact display projector and method of using it to project images under the control of image generating equipment, such as computers and television systems. An optical input device is built into the projector to enable optical control signals directed onto the projected image, to be discriminated for causing the image generating equipment to modify the projected image. A positionally adjusted mirror device is disposed in optical alignment with the optical input device to reflect the optical control signals back thereto, whereby the optical input device is readily aligned with the projected image to monitor it for the occurrence of any optical control signals.

Growing community of inventors

San Diego, CA, United States of America

Arthur P Minich