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    • 5. 发明专利
    • PHOTOGRAPHING DEVICE
    • JPH08211500A
    • 1996-08-20
    • JP1819695
    • 1995-02-06
    • OLYMPUS OPTICAL CO
    • WATANABE YUICHI
    • G03B33/08A61B1/04G03B27/32
    • PURPOSE: To provide a photographing device which can be miniaturized without requiring that a mechanical light shielding part is provided. CONSTITUTION: The video signals of an external video signal generator 2 are inputted to the exposure switching circuit 7 of a video display device 3, video signals of a color component are outputted to a monochrome CRT 9 with a CRT control circuit 8 by a releasing operation, to successively display video of the color component and a color film 13 is exposed with light after successively passing through color filters provided on a rotary color filter 11 rotated by a motor 18, by an image forming optical system 12. The exposure switching circuit 7 outputs a light shielding signal for inhibiting the light emission of the monochrome CRT 9, while the vicinity of the boundary of two adjacent color filters is interposed in an optical axis and the shielding of light is required. Thus, the photographing device is constituted not to require the mechanical light shielding part.
    • 6. 发明专利
    • NONSILVER PHOTOGRAPHIC SYSTEM
    • JPH0431849A
    • 1992-02-04
    • JP13933690
    • 1990-05-28
    • NIPPON STEEL CORP
    • NAKAKOSHI HIROYUKI
    • G03C7/00G03B33/08G03C5/08
    • PURPOSE:To obtain correct color reproducibility with simple constitution by applying plural photosensitive materials to a photographic medium every color and performing exposure, color developing(the stop of reaction) and fixing, and repeating such stages while changing the hue of the photosensitive material. CONSTITUTION:After winding the photographic medium 9 on a drum 1, the nonsilver photographic photosensitive material of cyan is applied by a color developing mate rial applying device 3a, the exposure is performed by an exposing light source 6a to form an image and the reaction of discoloration is stopped by an ultraviolet ray irradiating device 5a. Thereafter, the nonsilver photographic photosensitive material of magenta is applied by a color developing material applying device 3b, the exposure is performed by an exposing light source 6b and the reaction of discoloration is stopped by an ultraviolet ray irradiating device 5b. Then, the nonsilver photographic photosensi tive material of yellow is applied by a color developing material applying device 3c, the exposure is performed by an exposing light source 6c and the reaction of discoloration is stopped by an ultraviolet irradiating device 5c. Thus, the exposing light of every color is freely set, and an excellent image is obtained by selecting an appropriate exposing condition for the nonsilver photographic photosensitive mate rial of each color.
    • 9. 发明专利
    • HIGH SPEED FRAME PHOTOGRAPHING DEVICE
    • JPH02153341A
    • 1990-06-13
    • JP30852588
    • 1988-12-05
    • SUGAWARA LAB
    • INOUE HIDEKI
    • G03B33/08G03B39/00H04N5/222H04N5/225
    • PURPOSE:To narrow a temporal gap between plural frames by emitting light after successively delaying red, green and blue strobe light, rewriting an image memory with RGB signals obtained by a video camera and supplying the signals to the outside. CONSTITUTION:While photographing an object 2 by the video camera 1, a 1st trigger signal t1 is outputted from a trigger generator 3 and inputted in a 1st stroboscope 41, a delay circuit 51 and the image memory device 6. The circuit 51 outputs a 2nd trigger signal t2 which is later than the signal t1 by a time tau1 and the delay circuit 52 outputs a 3rd trigger signal t3 which is later than the signal t2 by a time tau2, and the signals are given to 2nd and 3rd stroboscopes 42 and 43. The RGB signals from the object 2 irradiated with the red, green and blue light from the stroboscopes 41-43 are inputted in the device 6 through the camera 1 so as to rewrite the 1st-3rd image memories. The respective rewritten signals are successively outputted to a color selection circuit 7, which selects the RGB signals and supplies them to the outside.