Solid-state image pickup apparatus having a plurality of photoelectric transducers arranged in a matrix

Claim 2

A solid-state image pickup apparatus for outputting a video signal displaying an image on a reproducing screen comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern having pixels the number of which in the vertical direction is equivalent to 1/n (n is an integer) of the number of the pixels of said reproducing screen; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said horizontal transfer means such that said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; and (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen, thereby obtaining said video signal for displaying said image which is 1/n as large as said reproducing screen in horizontal and vertical directions in a specified region of said reproducing screen.

Claim 3

In an image display apparatus having a plurality of solid-state image pickup apparatuses for outputting the respective video signals and displaying the images picked up by the respective solid-state image pickup apparatuses on one reproducing screen, the improvement comprising: each of said solid-state image pickup apparatus including; (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern having pixels the number of which in the vertical direction is equivalent to 1/n (n is an integer) of the number of the pixels of said reproducing screen; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said horizontal transfer means such that said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen; and (F) a composite video signal generating means for compounding said video signals from said plurality of solid-state image pickup apparatuses and displaying said images picked up by said solid-state image pickup apparatuses in the corresponding regions which are obtained by dividing said reproducing screen into n regions; wherein said driving means of said solid-state image pickup apparatuses are operated in accordance with a common synchronizing signal, and said timing control means of said solid-state image pickup apparatuses set the operation timings of the corresponding driving means of the corresponding solid-state image pickup apparatuses at the timings which are different from each other by a multiple of 1/n of the horizontal scanning period and the vertical scanning period.

Claim 4

In an image display apparatus having a plurality of solid-state image pickup apparatuses for outputting the respective video signals and displaying the images picked up by the respective solid-state image pickup apparatuses on one reproducing screen, the improvement comprising: each of said solid-state image pickup apparatus including; (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern having pixels the number of which in the vertical direction is equivalent to 1/n (n is an integer) of the number of the pixels of said reproducing screen; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said horizontal transfer means such that said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen; and (F) a composite video signal generating means for compounding said video signals from said plurality of solid-state image pickup apparatuses and displaying said images picked up by said solid-state image pickup apparatuses in the corresponding regions which are obtained by dividing said reproducing screen into n regions; wherein said driving means of said solid-state image pickup apparatuses are operated in accordance with a common synchronizing signal, and said timing control means of said solid-state image pickup apparatuses set the operation timings of the corresponding driving means of the corresponding solid-state image pickup apparatuses at the timings which are different from each other by a multiple of 1/n of the horizontal scanning period and the vertical scanning period.

Claim 5

An image display apparatus according to claim 2, wherein said plurality of said solid-state image pickup apparatuses are connected in parallel to each other and a common synchronizing signal is supplied to each of the solid-state image pickup apparatuses.

Claim 6

An image display apparatus according to claim 1, wherein said plurality of said solid-state image pickup apparatuses are connected in parallel to each other and a synchronizing signal is supplied to solid-state image pickup apparatuses in series in such a manner that a synchronizing signal supplied to the solid-state image pickup apparatus at a first stage is supplied from the output side of said solid-state image pickup apparatus to the solid-state image pickup apparatus at the next stage, and so forth.

Claim 7

A solid-state image pickup apparatus for outputting a video signal displaying an image on a reproducing screen comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means such that said vertical transfer means transfers said information charges in the vertical direction in the period of 1/n of the vertical scanning period on said reproducing screen and said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; and (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen, thereby obtaining said video signal for displaying said image which is 1/n as large as said reproducing screen in horizontal and vertical directions in a specified region of said reproducing screen.

Claim 8

A solid-state image pickup apparatus for outputting a video signal displaying an image on a reproducing screen comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means such that said vertical transfer means transfers said information charges in the vertical direction in the period of 1/n of the vertical scanning period on said reproducing screen and said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; and (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen, thereby obtaining said video signal for displaying said image which is 1/n as large as said reproducing screen in horizontal and vertical directions in a specified region of said reproducing screen.

Claim 9

An image display apparatus having a plurality of solid-state image pickup apparatuses for outputting the respective video signals and displaying the images picked up by the respective solid-state image pickup apparatuses on one reproducing screen, the improvement comprising: each of said solid-state image pickup apparatus including: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means such that said vertical transfer means transfers said information charges in the vertical direction in the period of 1/n of the vertical scanning period on said reproducing screen and said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen; and (F) a composite video signal generating means for compounding said video signals from said plurality of solid-state image pickup apparatuses and displaying said images picked up by said solid-state image pickup apparatuses in the corresponding regions which are obtained by dividing said reproducing screen into n regions; wherein said driving means of said solid-state image pickup apparatuses are operated in accordance with a common synchronizing signal, and said timing control means of said solid-state image pickup apparatuses set the operation timings of the corresponding driving means of the corresponding solid-state image pickup apparatuses at the timings which are different from each other by a multiple of 1/n of the horizontal scanning period and the vertical scanning period.

Claim 10

An image display apparatus having a plurality of solid-state image pickup apparatuses for outputting the respective video signals and displaying the images picked up by the respective solid-state image pickup apparatuses on one reproducing screen, the improvement comprising: each of said solid-state image pickup apparatus including: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means such that said vertical transfer means transfers said information charges in the vertical direction in the period of 1/n of the vertical scanning period on said reproducing screen and said horizontal transfer means transfers and outputs said information charges for one line in the period of 1/n of the horizontal scanning period on said reproducing screen; (E) a timing control means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen; and (F) a composite video signal generating means for compounding said video signals from said plurality of solid-state image pickup apparatuses and displaying said images picked up by said solid-state image pickup apparatuses in the corresponding regions which are obtained by dividing said reproducing screen into n regions; wherein said driving means of said solid-state image pickup apparatuses are operated in accordance with a common synchronizing signal, and said timing control means of said solid-state image pickup apparatuses set the operation timings of the corresponding driving means of the corresponding solid-state image pickup apparatuses at the timings which are different from each other by a multiple of 1/n of the horizontal scanning period and the vertical scanning period.

Claim 11

An image display apparatus according to claim 6, wherein said plurality of said solid-state image pickup apparatuses are connected in parallel to each other and a common synchronizing signal is supplied to each of the solid-state image pickup apparatuses.

Claim 12

An image display apparatus according to claim 6, wherein said plurality of said solid-state image pickup apparatuses are connected in parallel to each other and a synchronizing signal is supplied to solid-state image pickup apparatuses in series in such a manner that a synchronizing signal supplied to the solid-state image pickup apparatus at a first stage is supplied from the output side of said solid-state image pickup apparatus to the solid-state image pickup apparatus at the next stage, and so forth.

Claim 13

A solid-state image pickup apparatus for outputting a video signal displaying an image on a reproducing screen comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said horizontal transfer means and said vertical transfer means so as to transfer and output said information charges at intervals of a predetermined period; (E) a detector for detecting a synchronizing signal and communication data on said reproducing screen which are supplied from a communication line; (F) a timing controller for controlling the output timing of said video signal by controlling said driving means in accordance with said synchronizing signal; and (G) a data processor for judging the contents of said communication data and controlling said timing controller in accordance with the contents of said communication data so as to change said output timing of said video signal; setting means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen, thereby supplying a video signal which is synchronous with said synchronizing signal supplied through said communication line to said communication line.

Claim 14

A solid-state image pickup apparatus for outputting a video signal displaying an image on a reproducing screen comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said horizontal transfer means and said vertical transfer means so as to transfer and output said information charges at intervals of a predetermined period; (E) a detector for detecting a synchronizing signal and communication data on said reproducing screen which are supplied from a communication line; (F) a timing controller for controlling the output timing of said video signal by controlling said driving means in accordance with said synchronizing signal; and (G) a data processor for judging the contents of said communication data and controlling said timing controller in accordance with the contents of said communication data so as to change said output timing of said video signal; setting means for setting the operation timing of said driving means in correspondence with a synchronizing signal on said reproducing screen, thereby supplying a video signal which is synchronous with said synchronizing signal supplied through said communication line to said communication line.

Claim 15

A solid-state image pickup apparatus according to claim 9, wherein said communication data is overlapped with said synchronizing signal for a specified period.

Claim 16

A solid-state image pickup apparatus according to claim 9, wherein said solid-state image pickup device has pixels the number of which in the vertical direction is equivalent to 1/n of the number of the pixels of said reproducing screen, and said driving means controls said vertical transfer means and said horizontal transfer means such that said information charges stored in said solid-state image pickup device are output in the period of 1/n of the horizontal and vertical scanning periods on said reproducing screen.

Claim 17

A solid-state image pickup apparatus for supplying video signals for displaying images in the odd field and the even field to a reproducing screen, said solid-state image pickup apparatus comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means so as to transfer said information charges to each horizontal line in the vertical direction at intervals of two horizontal scanning periods on said reproducing screen and driving said horizontal transfer means so as to transfer and output said information charges to every horizontal line; (E) a timing controller for setting the timings for the vertical transfer of said information charges to the odd field and the even field by said vertical transfer means are set at timings which are different from each other by one horizontal scanning period; and (F) a signal processor for setting one vertical scanning period of a signal output from said horizontal transfer means at a period an integral number of times as large as one horizontal scanning period, thereby producing an image with said video signal having horizontal lines uniformly arranged in both odd and even fields on said reproducing screen.

Claim 18

A solid-state image pickup apparatus for supplying video signals for displaying images in the odd field and the even field to a reproducing screen, said solid-state image pickup apparatus comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means so as to transfer said information charges to each horizontal line in the vertical direction at intervals of two horizontal scanning periods on said reproducing screen and driving said horizontal transfer means so as to transfer and output said information charges to every horizontal line; (E) a timing controller for setting the timings for the vertical transfer of said information charges to the odd field and the even field by said vertical transfer means are set at timings which are different from each other by one horizontal scanning period; and (F) a signal processor for setting one vertical scanning period of a signal output from said horizontal transfer means at a period an integral number of times as large as one horizontal scanning period, thereby producing an image with said video signal having horizontal lines uniformly arranged in both odd and even fields on said reproducing screen.

Claim 19

A solid-state image pickup apparatus for supplying video signals for displaying images in the odd field and the even field to a reproducing screen, said solid-state image pickup apparatus comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means; (E) a timing controller for setting the timings for the vertical transfer and the horizontal transfer of said information charges by said vertical transfer means and said horizontal transfer means; and (F) a mode selecting means for changing the value set by said timing controller so as to switch the operation mode of said solid-sate image pickup device; said mode selecting means selecting the mode from at least the following two modes: (a) a first mode in which said information charges are transferred to each horizontal line in every horizontal scanning period in the period of 1/2 of one vertical scanning period so as to display an image 1/2 as large as said reproducing screen in the vertical and horizontal directions in a specified region of said reproducing screen; and (b) a second mode in which said information charges are transferred in the vertical direction to each horizontal line in every horizontal scanning period and setting the timings for the vertical transfer of said information charges in the odd and even fields at timings different from each other by one horizontal scanning period so as to display an image at the substantially entire part of said reproducing screen.

Claim 20

A solid-state image pickup apparatus for supplying video signals for displaying images in the odd field and the even field to a reproducing screen, said solid-state image pickup apparatus comprising: (A) a solid-state image pickup device having a plurality of photoelectric transducers which are arranged in a matrix in the horizontal and vertical directions and generating information charges which correspond to an image pattern; (B) a vertical transfer means for transferring said information charges in the vertical direction; (C) a horizontal transfer means for transferring and outputting to each horizontal line said information charges transferred in the vertical direction; (D) a driving means for driving said vertical transfer means and said horizontal transfer means; (E) a timing controller for setting the timings for the vertical transfer and the horizontal transfer of said information charges by said vertical transfer means and said horizontal transfer means; and (F) a mode selecting means for changing the value set by said timing controller so as to switch the operation mode of said solid-sate image pickup device; said mode selecting means selecting the mode from at least the following two modes: (a) a first mode in which said information charges are transferred to each horizontal line in every horizontal scanning period in the period of 1/2 of one vertical scanning period so as to display an image 1/2 as large as said reproducing screen in the vertical and horizontal directions in a specified region of said reproducing screen; and (b) a second mode in which said information charges are transferred in the vertical direction to each horizontal line in every horizontal scanning period and setting the timings for the vertical transfer of said information charges in the odd and even fields at timings different from each other by one horizontal scanning period so as to display an image at the substantially entire part of said reproducing screen.

Claim 21

A solid-state image pickup apparatus according to claim 13, further comprising a detector for detecting communication data which is supplied from a communication line, and which contains a mode selection signal, said mode selecting means switching said modes in accordance with the contents of said mode selection signal.

Claim 22

A solid-state image pickup apparatus according to claim 14, wherein said detector also detects a synchronizing signal which is supplied from said communication line, and said timing controller sets said timings in accordance with said synchronizing signal, thereby supplying a video signal which is synchronous with said synchronizing signal supplied from said communication line to said communication line.