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    • 4. 发明授权
    • Electrostatic image forming process and particles comprising reactive
sublimable dye, subliming developer and conductive substance
    • 包含反应性升华染料,升华显影剂和导电物质的静电图像形成工艺和颗粒
    • US4230784A
    • 1980-10-28
    • US942500
    • 1978-09-13
    • Hisanori NishiguchiEisuke IshidaYuji Takashima
    • Hisanori NishiguchiEisuke IshidaYuji Takashima
    • G03G15/05G03G9/08G03G9/09G03G15/01G03G15/08G03G15/34
    • G03G15/342G03G9/0823G03G9/0825G03G9/0926
    • Image forming particles for use in electrostatic image formation, which particles have a light transmitting property, said particles comprising an electrically conductive material and subliming substance. The electrically conductive particles exhibit superior translucency which enables a charge preliminarily imparted to a photoconductive support member to be readily erased upon exposure to light image from an original, with consequent reduction of electrostatic attraction between the particles and the support member to minimum for presenting clear and definite images without fogging. Furthermore, the particles are electrically independent due to absence of electrostatic attraction therebetween and because of their electrical conductivity adhere to the support member by electrostatic induction of the charge imparted to the latter without adhesion between the particles, thus being uniformly arranged on the support member in one single layer and as close to each other as possible, thus offering resultant images of superior quality.
    • 用于静电图像形成的成像颗粒,该颗粒具有透光性,所述颗粒包含导电材料和升华物质。 导电颗粒表现出优异的半透明性,这使得预先赋予光电导支持元件的电荷可以在暴露于原始图像的光图像时容易地擦除,从而将颗粒与支撑元件之间的静电吸引减少到最小以呈现透明和 明确的图像没有雾。 此外,由于它们之间不存在静电吸引,颗粒是电独立的,并且由于它们的导电性通过静电诱导赋予后者的电荷而粘附到支撑构件上而不粘附在颗粒之间,因此均匀地布置在支撑构件上 一个单层,尽可能靠近彼此,从而提供出色的图像。
    • 5. 发明授权
    • Electrophotographic color process and electrophotographic
light-sensitive material for use in the electrophotographic color
process
    • 用于电子照相色彩工艺的电子照相色彩工艺和电子照相感光材料
    • US4007045A
    • 1977-02-08
    • US558560
    • 1975-03-14
    • Eisuke IshidaYuji TakashimaHisanori NishiguchiFujio Oda
    • Eisuke IshidaYuji TakashimaHisanori NishiguchiFujio Oda
    • G03G5/09G03G5/12G03G9/09G03G13/01G03G5/04
    • G03G5/09G03G13/01G03G5/12G03G9/0928
    • The present invention relates to an electrophotographic color process comprising the steps of: (a) charging an electrophotographic light-sensitive material by corona discharge, said material having at least two kinds of color-producing photoconductive particles disposed at random on an electroconductive support, said color-producing photoconductive particles consisting essentially of a photoconductive particle, a sensitizer and a leuco dye, (b) exposing said charged material to light, (c) developing said material by toner containing acid substance, and producing color in the leuco dye by the interaction of the leuco dye with the acid substance, and forming a color image by carrying out once the procedure of charging, exposing and developing.An electrophotographic light-sensitive material comprising an electroconductive support and a photoconductive layer consisting of at least two kinds of color-producing photoconductive particles disposed at random on the support, said color-producing photoconductive particles consisting essentially of a photoconductive particle, a sensitizer and a leuco dye.
    • 本发明涉及一种电子照相彩色方法,包括以下步骤:(a)通过电晕放电对电子照相感光材料进行充电,所述材料具有至少两种在导电载体上随机设置的产生色素的光电导颗粒,所述 (b)将所述带电材料曝光,(c)通过含有酸性物质的调色剂显影所述材料,并通过所述无色染料在所述无色染料中产生颜色,所述颜料产生光导电颗粒基本上由光电导性颗粒,敏化剂和无色染料组成 无色染料与酸性物质的相互作用,并通过进行充电,曝光和显影的步骤形成彩色图像。
    • 6. 发明授权
    • Liquid gas burner
    • 液化气燃烧器
    • US4365952A
    • 1982-12-28
    • US131548
    • 1980-03-18
    • Yoshimi OhmukaiToshiro OginoKinichi AdachiHisanori Nishiguchi
    • Yoshimi OhmukaiToshiro OginoKinichi AdachiHisanori Nishiguchi
    • F23D3/40F23D11/44
    • F23D3/40
    • A liquid fuel burner for burning liquid fuel in the form of a gaseous mixture with air. The liquid fuel burner has a porous member provided at least with a fuel receiving section for receiving the liquid fuel supplied to the burner and a fuel evaporation section from which the liquid fuel is evaporated. An air supplying device is provided for forcibly supplying air to the fuel evaporation section. The rate of air supply is varied by means of a damper or like means. Heating means are provided for maintaining the fuel evaporation section at a substantially constant temperature. The rate of burning is varied while maintaining the air-fuel ratio of the mixture substantially constant, because the rate of evaporation of the fuel is almost in proportion to the rate of supply of air to the fuel evaporation section. The heating means facilitates the evaporation of the fuel and permits a rapid rise and stabilization of burning after ignition.
    • 一种液体燃料燃烧器,用于以与空气的气体混合物的形式燃烧液体燃料。 液体燃料燃烧器具有至少设置有用于接收供应到燃烧器的液体燃料的燃料接收部分和液体燃料从其蒸发的燃料蒸发部分的多孔构件。 空气供给装置用于强制地向燃料蒸发部供给空气。 通过阻尼器或类似方式改变供气速率。 提供加热装置用于将燃料蒸发部分保持在基本恒定的温度。 由于燃料的蒸发速率几乎与空气向燃料蒸发部的供给速度成比例,所以燃烧速度变化,同时保持混合物的空燃比基本恒定。 加热装置有助于燃料的蒸发,并且允许在点火之后快速上升和稳定燃烧。