Small mechanical optical shutter with non-imaging concentrating optics
OwnerMark Milesinventor
Life of this patent
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Abstract
In one embodiment, there is provided a method comprising positioning a light concentrating component, having a body comprising a near end and a far end, an exit pupil at the far end, and an internal reflective surface shaped and dimensioned to concentrate light entering the body at the near end to exit the body at the far end via the exit pupil, to a position relative to an modulating component in which position light exiting the body through the exit pupil impinges on an active area of the modulating component; and securing the light concentrating component relative to the modulating component in said position.
Claims20
A method, comprising:
- positioning a light concentrating component, having a body comprising a near end and a far end, an exit pupil at the far end, and an internal reflective surface shaped and dimensioned to concentrate light entering the body at the near end to exit the body at the far end via the exit pupil, to a position relative to a modulating component in which position, light exiting the body through the exit pupil impinges on an active area of the modulating component;
- and
- securing the light concentrating component relative to the modulating component in said position
A subpixel, comprising:
- an active area including at least one optical component to produce an optical response;
- an inactive area adjacent the active area, the inactive area including non-optical components;
- and
- a light concentrating component having a near end and a far end, and an internal reflective surface between the two ends so that light entering the light concentrating component via an opening at the near end exits the light concentrating component via an exit pupil at the far end, the light concentrating component being positioned relative to the active area so that light exiting the light concentrating component impinges on the active area.
A display device, comprising:
- an array of pixels, each including at least one optical component and a non-optical component adjacent the at least one optical component;
- and
- a plurality of light concentrating components, each of which is mounted adjacent an associated pixel and is shaped and dimensioned to concentrate light to impinge on the at least one optical component.
Dependencies are inferred from the claim text.