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    • 85. 发明专利
    • PRINTING METHOD AND PRINTING PLATE
    • JPH03287277A
    • 1991-12-17
    • JP8940190
    • 1990-04-03
    • CANON KK
    • FUKUI TETSUROKATAYAMA MASATOKONDO YUJITANAKA HIROMIMORI AKIHIROISAKA KAZUO
    • G03G13/26B41M1/00
    • PURPOSE:To stably obtain many sheets of printed matter by combining a polysilane-contg. layer and a silver halide-contg. photosensitive layer and forming images on the polysilane-contg. layer even by digital exposing. CONSTITUTION:This printed matter has the photosensitive layer 1 contg. an org. silver salt and silver halide, a charge generating layer 3 and the polysilane- contg. layer 2. The printing plate having the photosensitive layer 1 contg. the org. silver salt, the silver halide and a reducing agent, the polysilane-contg. layer 2 and the charge generating layer 3 is subjected to image exposing and heating and is subjected to the 1st uniform exposing from the photosensitive layer 1 side. The polysilane-contg. layer 2 is then electrified. This polysilane- contg. layer 2 is subjected to the 2nd uniform exposing. Further, a developer is applied to the polysilane-contg. layer 2 and thereafter, the developer on the polysilane-contg. layer 2 is transferred to a body to be recorded. The image exposing even with long waves from visible light to IR rays is executed in this way and many sheets of the printed matter are easily obtd.
    • 88. 发明专利
    • PHOTOSENSITIVE BODY AND IMAGE FORMING METHOD
    • JPH0365951A
    • 1991-03-20
    • JP20129089
    • 1989-08-04
    • ORIENTAL PHOTO IND CO LTDCANON KK
    • KAGAMI KENJISUZUKI MASAOKATAYAMA MASATOFUKUI TETSUROMORI AKIHIROISAKA KAZUO
    • G03F7/004G03F7/06
    • PURPOSE:To obtain the photosensitive body which has a good contrast and excellent resolution and is prevented in color fogging by providing a polymerized layer and a photosensitive layer contg. a photopolymn. initiator having the same absorption wavelength region as the absorption wavelength region of the photopolymn. initiator contained in the polymerized layer or the absorption wavelength region approximate thereto. CONSTITUTION:The polymerized layer 2 contg. at least a polymerizable polymer precursor, the photopolymn. initiator and a thermally diffusive material and the photosensitive layer 1 contg. at least a photosensitive silver halide, org. silver salt, a compd. which is a light absorptive compd. to absorb the light of the absorption wavelength region of the photopolymn. initiator in the polymerized layer 2 and is formed or annihilated by way of the process of an image exposing and heatdeveloping, the polymerizable polymer precursor, and the photopolymn. initiator having the same absorption wavelength region as the absorption wavelength region of the photopolymn. initiator contained in the polymerized layer or the absorption wavelength region approximate thereto are provided on a base material 3. The photosensitive body 12 which has the high sensitivity, the high resolution and the good contrast in a dry processing and is free from the color fogging is obtd. in this way.
    • 89. 发明专利
    • SCANNING OPTICAL DEVICE PROVIDED WITH FOCUSING MECHANISM
    • JPH02304515A
    • 1990-12-18
    • JP12623689
    • 1989-05-19
    • CANON KK
    • SUZUKI MASAYUKIFUKUI TETSUROHOSHINO OSAMU
    • G02B26/10G02B7/28
    • PURPOSE:To perform automatic focusing in an arbitrary scanning position and to perform automatic focusing even at the time of turning-off the beam for a prescribed work by making the wavelength different between the light for the prescribed work like recording on an irradiated body and the light used for automatic focusing. CONSTITUTION:An irradiated body 5 is scanned with the luminous flux from a light source 1 to perform the prescribed work like image formation, and an automatic focusing mechanism is provided which uses the light from the irradiated body 5 to control the condensing state of the scanning luminous flux on the irradiated body 5, and a wavelength lambda1 of the scanning luminous flux for the prescribed work and a wavelength lambda2 of the scanning luminous flux for automatic focusing are made different from each other. That is, the irradiated body 5 is so constituted that the prescribed work is performed only with the light having the wavelength lambda1. Thus, automatic focusing is directly performed with the light having the other wavelength lambda2, which is not used for the prescribed work, in an arbitrary position of the effective scanning area on the irradiated body 5, and this function is surely realized with a high precision.