The present invention provides a multi-projection system including a plurality of projection surfaces, on which images are projected, which are arranged to surround an auditorium, and the plurality of projection surfaces comprise different types of projection surfaces. According to the present invention, it is possible to provide an audience with an image with high three-dimensional effect and immersion and provide images of multiple viewpoints such that the audience can feel as if they are in a space created by the images.

The present invention provides a multi-projection system including a plurality of projection surfaces, on which images are projected, which are arranged to surround an auditorium, and the plurality of projection surfaces comprise different types of projection surfaces. According to the present invention, it is possible to provide an audience with an image with high three-dimensional effect and immersion and provide images of multiple viewpoints such that the audience can feel as if they are in a space created by the images.

An integrated ophthalmic illumination system comprising: (1) a circumferential ring, having a tangential cross-section, (2) at least one light source comprised of a light beam of multiple wavelengths, (3) a mediating mixing element, the mediating mixing element placed in proximity to the at least one light source to receive and to transform the light beam into a mixed beam, (4) a plurality of light guiding elements, the plurality of light guiding elements placed in close proximity to the output of the mediating mixing element to receive and to convey the mixed beam to the circumferential ring, and (5) a controller connected to the at least one light source for controlling light intensity, light distribution, and restricted light of predetermined wavelengths.

A projector of the present disclosure includes a light source outputting a light, one liquid crystal panel modulating the light output from the light source based on an image signal, a polarizer reflecting a first light as a first polarization component generating an image light of the light output from the liquid crystal panel, and transmitting a second light as a second polarization component different from the first polarization component of the light output from the liquid crystal panel, and a first solar cell entered by the second light as the second polarization component transmitted through the polarizer, wherein the first solar cell generates electricity from the second light as the second polarization component entering from the polarizer.

A projector of the present disclosure includes a light source outputting a light, one liquid crystal panel modulating the light output from the light source based on an image signal, a polarizer reflecting a first light as a first polarization component generating an image light of the light output from the liquid crystal panel, and transmitting a second light as a second polarization component different from the first polarization component of the light output from the liquid crystal panel, and a first solar cell entered by the second light as the second polarization component transmitted through the polarizer, wherein the first solar cell generates electricity from the second light as the second polarization component entering from the polarizer.

The invention relates to a field of capturing images requiring a long exposure, e.g., when photographing faint objects. The device comprises an image formation unit, an image capture unit, a primary shutter and a secondary shutter connected to at least one disturbance detector via a control unit.

An imaging device comprises an image data acquisition circuit that determines a plurality of focus positions by repeatedly shifting focus position by a given amount, forms subject images at respective focus positions, and acquires, from the subject images that have been formed, a plurality of image data of a first resolution, or a plurality of image data of a second resolution that is different to the first resolution, and an image combination circuit that generates first image data by combining the plurality of image data of the first resolution, or generates second image data by combining the plurality of image data of the second resolution.

An imaging device comprises an image data acquisition circuit that determines a plurality of focus positions by repeatedly shifting focus position by a given amount, forms subject images at respective focus positions, and acquires, from the subject images that have been formed, a plurality of image data of a first resolution, or a plurality of image data of a second resolution that is different to the first resolution, and an image combination circuit that generates first image data by combining the plurality of image data of the first resolution, or generates second image data by combining the plurality of image data of the second resolution.

The present invention provides a performance system with a multi-projection environment including a stage installed for a performance and a plurality of projection surfaces arranged around the stage and arranged so as not to be parallel to each other, in which synchronized images are projected on the plurality of projection surfaces.

The present invention provides a performance system with a multi-projection environment including a stage installed for a performance and a plurality of projection surfaces arranged around the stage and arranged so as not to be parallel to each other, in which synchronized images are projected on the plurality of projection surfaces.