Image pickup device including means for adjusting sensitivity of image pickup elements

Claim 2

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup elements, light-receiving portions of which are arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane, so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup elements, and synthesizing the object image; and a correction circuit for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup elements, and adjusting sensitivity levels of said image pickup elements.

Claim 3

A device according to claim 1, wherein said image pickup elements are controlled by a timing signal from a single clock generation circuit.

Claim 4

An image pickup device according to claim 1, wherein non-reflection members are arranged on portions of the image formation plane where no image pickup elements are arranged.

Claim 5

A device according to claim 3, wherein said image pickup elements are controlled by a timing signal from a single clock generation circuit.

Claim 6

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup elements each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane, each of the light-receiving portions on an image formation plane partially overlapping a light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup elements, and synthesizing the object image; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup elements, and adjusting sensitivity levels of said image pickup elements.

Claim 7

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup elements each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane, each of the light-receiving portions on an image formation plane partially overlapping a light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup elements, and synthesizing the object image; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup elements, and adjusting sensitivity levels of said image pickup elements.

Claim 8

A device according to claim 5, wherein said image pickup elements are controlled by a timing signal from a single clock generation circuit.

Claim 9

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup elements, light-receiving portions of which are arranged at positions which are not adjacent to each other on each image formation when the object image is split into the plurality of image portions on each image formation plane, so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup elements, and synthesizing the object image; adjusting means for setting a photographing condition by utilizing an output from one of said plurality of image pickup elements; and correction means for comparing inputs from the overlapped portions of the light-receiving portions of said image pickup elements, and adjusting sensitivity said image pickup elements.

Claim 10

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup elements, light-receiving portions of which are arranged at positions which are not adjacent to each other on each image formation when the object image is split into the plurality of image portions on each image formation plane, so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup elements, and synthesizing the object image; adjusting means for setting a photographing condition by utilizing an output from one of said plurality of image pickup elements; and correction means for comparing inputs from the overlapped portions of the light-receiving portions of said image pickup elements, and adjusting sensitivity said image pickup elements.

Claim 11

A device according to claim 7, wherein said image pickup elements are controlled by a timing signal from a single clock generation circuit.

Claim 12

A device according to claim 7 or 8, wherein said adjusting means performs automatic exposure adjustment.

Claim 13

A device according to claim 7 or 8, wherein said adjusting means performs automatic focus adjustment.

Claim 14

A device according to claim 7 or 8, wherein said adjusting means performs automatic white balance adjustment.

Claim 15

A device according to claim 9, wherein said adjusting means performs automatic focus adjustment.

Claim 16

A device according to claim 9, wherein said adjusting means performs automatic white balance adjustment.

Claim 17

A device according to claim 10, wherein said adjusting means performs automatic white balance adjustment.

Claim 18

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup element chips each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane, so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup element chips, and synthesizing the object image, wherein a peripheral portion of a corresponding image pickup element is formed between the split light-receiving portions of each of said image pickup element chips; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup element chips, and adjusting sensitivity levels of said image pickup element chips.

Claim 19

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup element chips each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane, so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position of another image formation plane; an image synthesizing circuit for receiving information from said image pickup element chips, and synthesizing the object image, wherein a peripheral portion of a corresponding image pickup element is formed between the split light-receiving portions of each of said image pickup element chips; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup element chips, and adjusting sensitivity levels of said image pickup element chips.

Claim 20

A device according to claim 15, wherein driving circuits for driving said image pickup element chips are arranged in correspondence with the light-receiving portions, and are controlled by a timing signal from a single clock generation circuit.

Claim 21

A device according to claim 15 or 16, wherein each of said image pickup element chips multiplexes information from the light-receiving portions, and outputs the multiplexed information.

Claim 22

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup element chips each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position on another image formation plane; an image synthesizing circuit for receiving information from said image pickup element chips, and synthesizing the object image, wherein a wiring pattern to be connected to a connection portion arranged at a side edge of each of said image pickup element chips is formed between the split light-receiving portions of each of said image pickup element chips; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup element chips, and adjusting sensitivity levels of said image pickup element chips.

Claim 23

An image pickup device comprising: split means for splitting image pickup light from an object into a plurality of beams in equal light amounts, and forming an object image which is split into a plurality of image portions on a plurality of image formation planes; a plurality of image pickup element chips each having a plurality of light-receiving portions, which are split on a plane, the light-receiving portions being arranged at positions which are not adjacent to each other on each image formation plane when the object image is split into the plurality of image portions on each image formation plane so that each of the light-receiving portions on an image formation plane partially overlaps the light-receiving portion of at least a neighboring position on another image formation plane; an image synthesizing circuit for receiving information from said image pickup element chips, and synthesizing the object image, wherein a wiring pattern to be connected to a connection portion arranged at a side edge of each of said image pickup element chips is formed between the split light-receiving portions of each of said image pickup element chips; and correction means for comparing outputs from the overlapped portions of the light-receiving portions of said image pickup element chips, and adjusting sensitivity levels of said image pickup element chips.

Claim 24

A device according to claim 18, wherein driving circuits for driving said image pickup element chips are arranged in correspondence with the light-receiving portions, and are controlled by a timing signal from a single clock generation circuit.