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    • 26. 发明授权
    • Image-forming method employing light-sensitive material comprising the
removal of water from the base paper support
    • 使用感光材料的图像形成方法包括从原纸支架中除去水分
    • US4916043A
    • 1990-04-10
    • US241791
    • 1988-09-06
    • Akihiko NagumoKoichi Nakamura
    • Akihiko NagumoKoichi Nakamura
    • G03C1/79G03F7/028
    • G03C1/79G03F7/0285
    • An image-forming method comprises imagewise exposing a light-sensitive material comprising a light-sensitive layer containing silver halide, a reducing agent and a polymerizable compound provided on a paper support; and simultaneously or thereafter heat-developing the light-sensitive material to imagewise polymerize the polymerizable compound. Another image-forming method comprises: imagewise exposing a light-sensitive material comprising a light-sensitive layer containing silver halide and a dye providing substance provided on a paper support; and simultaneously or thereafter heat-developing the light-sensitive material to imagewise form or release a diffusible dye. The paper support comprises a coating layer containing a hydrophobic polymer provided on a base paper sheet, and the light-sensitive layer is provided on the coating layer. The light-sensitive material is heat-developed after removal of water from the base paper sheet.
    • 成像方法包括成像曝光包含含有卤化银,还原剂和设置在纸载体上的可聚合化合物的感光层的感光材料; 同时或之后对感光材料进行热显影,以使可聚合化合物成像聚合。 另一种图像形成方法包括:对包含含有卤化银的感光层和设置在纸支架上的染料提供物质的感光材料进行成像曝光; 同时或之后将感光材料加热显影以成像或释放可扩散染料。 纸支持体包括含有设置在原纸上的疏水性聚合物的涂层,并且感光层设置在涂层上。 感光材料在从原纸上除去水后被热显影。
    • 29. 发明授权
    • Heat development using acids
    • 使用酸的发热
    • US4550071A
    • 1985-10-29
    • US597970
    • 1984-04-09
    • Toshiaki AonoKoichi Nakamura
    • Toshiaki AonoKoichi Nakamura
    • G03C1/498G03C7/00G03C8/40G03C5/54G03C1/40
    • G03C8/402G03C1/49845G03C7/00G03C8/4033G03C8/408
    • An image forming method which comprises (A) exposing to an imagewise pattern of light a light-sensitive material having on a support at least (1) a light-sensitive silver halide, (2) a binder, and (3) a compound which is chemically involved in the reduction of the light-sensitive silver halide to silver under high temperature thereby causing the production or the release of a mobile dye, (B) heating the light-sensitive material in a substantially water-free condition to form the mobile dye with an imagewise distribution subsequently to or simultaneously with the exposure, and (C) transferring the mobile dye into a dye-fixing layer under high temperature and fixing it thereto wherein an acidic component participates chemically in the reaction system for forming the mobile dye after the conclusion of the mobile dye-forming reaction to bring about the desirable effect on lowering the fog density thereof.
    • 一种图像形成方法,其包括(A)将具有至少(1)感光卤化银的载体上的感光材料曝光于成像图案,(2)粘合剂,和(3) 化学参与在高温下将感光卤化银还原成银,从而导致可移动染料的产生或释放,(B)在基本上无水条件下加热感光材料以形成移动 具有随后暴露于或同时曝光的成像分布的染料,和(C)在高温下将移动染料转移到染料固定层中并固定到其上,其中酸性成分在化学上参与形成移动染料的反应体系中,以形成移动染料 移动染料形成反应的结论为降低其雾浓度带来了期望的效果。
    • 30. 发明授权
    • Safety master cylinder for automobiles
    • 汽车安全主缸
    • US3583160A
    • 1971-06-08
    • US3583160D
    • 1969-08-18
    • KOICHI NAKAMURA
    • NAKAMURA KOICHI
    • B60T11/20B60T11/32F15B7/00
    • B60T11/20B60T11/323
    • A safety master cylinder for automobiles, which comprises a master cylinder, a master piston fitted slidably in said master cylinder and operated by a braking lever means, a pushrod coupled with said master piston, and a floating piston interposed between front side and rear side oil outlets provided in front of said master piston within said master cylinder, said pushrod being fitted slidably in said floating piston with a sliding clearance; in which in the case of air extraction from the device said floating piston is made to move due to the oil pressure imparted to the chamber formed between said master piston and floating piston and an oil passage communicating the front and rear spaces of said floating piston is formed separately from said sliding clearance, a first spring is disposed between said master piston and said floating piston, and a second spring is disposed between said floating piston and an end of said master cylinder, said end being opposite to the piston of said master piston. The strengths of said springs are selected in such a manner that the force with which the first spring presses the floating piston at the moment when the master piston has moved for its complete stroke toward the floating piston is equal to the force with which the second spring presses said floating piston at the moment when said floating piston has moved for its complete stroke toward the right hand end of the interior of the master cylinder.