Imaging display system having at least one scan driving signal generator and may include a block thinning-out signal and/or an entire image scanning signal

Claim 2

An imaging display system for transmitting picture information acquired by an imaging apparatus to a display apparatus and displaying a picture corresponding to the transmitted picture information on said display apparatus, wherein said imaging apparatus includes: an X-Y addressing type solid-state imaging device; an imaging device driving means for driving said solid-state imaging device so that pixels in a whole image area of said solid-state imaging device are thinned at a thinning ratio of 1/n(where n is a positive integer) in order to scan specific pixels alone, the specific pixels that are an object of a scan are orderly and regularly shifted frame by frame, and information of all pixels in the whole image area is output during one cycle composed of n frames; and a transmitting means for transmitting picture information output from said solid-state imaging device and thinned at a thinning ratio of 1/n to said display apparatus.

Claim 3

An imaging display system according to claim 1 , wherein said imaging apparatus further includes a mode switching means for switching a first mode, in which the pixels in the whole image area of said solid-state imaging device are thinned at a thinning ratio of 1/n in order to scan specific pixels alone, the specific pixels are orderly and regularly shifted frame by frame, and information of all the pixels in the whole image area is output during one cycle composed of n frames, to a second mode, in which the pixels in the whole image area of said solid-state imaging device are thinned at a thinning ratio of 1/n in order to scan specific pixels alone on a fixed basis during one frame or in order to scan the specific pixels and adjoining pixels on a fixed basis during one frame while adding up data items of the specific pixels and adjoining pixels, or vice versa.

Claim 4

An imaging display system according to claim 2 , wherein said display apparatus further includes a mode designating means for use in entering an instruction of selection of either said first mode or said second mode, and a transmitting means for transmitting mode information of a mode designated using said mode designating means to said imaging apparatus; said imaging apparatus further including a receiving means for receiving mode information transmitted from said display apparatus and outputting the mode information to said mode switching means.

Claim 5

An imaging display system according to claim 1 , wherein picture information thinned at the thinning ratio of 1/n is conformable to a standard signaling system or equivalent system.

Claim 6

An imaging display system according to claim 1 , wherein said imaging apparatus transmits index information, which contains at least one of information of a thinning ratio, information of the order of specific pixels to be shifted, information of a frame number within one cycle, and information of a pixel structure of the whole image area of said solid-state imaging device, to said display means.

Claim 7

An imaging display system according to claim 5 , wherein said index information is transmitted while being superposed on picture information.

Claim 8

An imaging display system for transmitting picture information acquired by an imaging apparatus to a display apparatus and displaying a picture corresponding to the transmitted picture information on said display apparatus, wherein said imaging apparatus includes: an X-Y addressing type solid-state imaging device; an imaging device driving means for driving said solid-state imaging device so that pixels in a whole image area of said solid-state imaging device are thinned at a thinning ratio of 1/n (where n is a positive integer) in order to scan specific pixels alone, the specific pixels that are an object of a scan are orderly and regularly shifted frame by frame, and information of all pixels in the whole image area is output during one cycle composed of n frames; and a transmitting means for transmitting picture information, which is transmitted from said solid-state imaging device and thinned at the thinning ratio of 1/n, to said display apparatus, and said display apparatus includes: a receiving means for receiving picture information transmitted from said imaging apparatus and thinned at the thinning ratio of 1/n; a first display means for displaying a picture corresponding to the picture information thinned at the thinning ratio of 1/n; a signal processing means capable of reconstructing high-definition picture information to be transmitted during one frame based on the picture information thinned at the thinning ratio of 1/n during n frames; and a second display means for displaying a high-definition picture corresponding to the high-definition picture information output from said signal processing means.

Claim 9

An imaging display system for transmitting picture information acquired by an imaging apparatus to a display apparatus and displaying a picture corresponding to the transmitted picture information on said display apparatus, wherein said imaging apparatus includes: an X-Y addressing type solid-state imaging device; an imaging device driving means for driving said solid-state imaging device so that pixels in a whole image area of said solid-state imaging device are thinned at a thinning ratio of 1/n (where n is a positive integer) in order to scan specific pixels alone, the specific pixels that are an object of a scan are orderly and regularly shifted frame by frame, and information of all pixels in the whole image area is output during one cycle composed of n frames; and a transmitting means for transmitting picture information, which is transmitted from said solid-state imaging device and thinned at the thinning ratio of 1/n, to said display apparatus, and said display apparatus includes: a receiving means for receiving picture information transmitted from said imaging apparatus and thinned at the thinning ratio of 1/n; a first display means for displaying a picture corresponding to the picture information thinned at the thinning ratio of 1/n; a signal processing means capable of reconstructing high-definition picture information to be transmitted during one frame based on the picture information thinned at the thinning ratio of 1/n during n frames; and a second display means for displaying a high-definition picture corresponding to the high-definition picture information output from said signal processing means.