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    • 2. 发明授权
    • Fiber optics gas sensor
    • 光纤气体传感器
    • US5436167A
    • 1995-07-25
    • US46977
    • 1993-04-13
    • Jean J. Robillard
    • Jean J. Robillard
    • G01N21/77G01N21/03
    • G01N21/7703
    • The adsorption of gas on a solid surface can produce considerable variation in the optical properties of the solid surface and eventually lead to the identification of the gas adsorbed. An optical waveguide having at least a portion of its length circumferentially coated with a transparent semiconductor material may function as a gas sensor. The sensor functions by exchanging electrons with a detectable gas brought in proximity with the coating material at reactive sites on the material's surface by the process of adsorption, thereby varying the refractive index of the transparent semiconductor material and altering the ellipticity of a light transmission through the optical waveguide. Substantially monochromatic polarized light is transmitted through the optical waveguide and then quantified by a light detector. A meter or other device connected to the light detector is adjusted to register a variation in the signal received by the light detector, indicating the presence of a detectable gas.
    • 气体在固体表面的吸附可以在固体表面的光学性质上产生相当大的变化,并最终导致吸附气体的鉴定。 具有周向涂覆有透明半导体材料的其长度的至少一部分的光波导可用作气体传感器。 该传感器通过与可吸收气体交换电子而起作用,该可检测气体通过吸附过程在材料表面上的反应位置附近与涂层材料接近,从而改变透明半导体材料的折射率并改变通过该透明半导体材料的光透射率的椭圆率 光波导。 基本单色偏振光通过光波导传输,然后用光检测器量化。 连接到光检测器的仪表或其他设备被调整以记录由光检测器接收的信号的变化,指示存在可检测气体。
    • 4. 发明授权
    • Plain paper reproduction process
    • 普通纸复制过程
    • US4395472A
    • 1983-07-26
    • US275207
    • 1981-06-19
    • Jean J. Robillard
    • Jean J. Robillard
    • B41M5/26B41M5/382G03G5/02G03G5/12G03G13/01G03G15/01G03G17/00G03G9/14G03G9/08
    • B41M5/3825G03G17/00G03G5/02G03G5/12
    • Monochromatic or polychromatic photographic images are directly developed on plain paper by a photodielectric selective sublimable dye transfer process.A photosensitive belt containing a photodielectric material and a binder is exposed to a light image and the exposed parts are then passed in contact with a plain paper together with a carrier of sublimable dye under pressure and the application of an electromagnetic field.Multicolor images are formed by exposing the original through three separation filters; for example, red, blue and green on three successive areas of the photosensitive belt and each exposed area passed in contact with a plain paper and three successive carriers of sublimable dyes of color corresponding to the separation filters.
    • 单色或多色照相图像通过光电介质选择性升华染料转移工艺在普通纸上直接显影。 将含有光电介质材料和粘合剂的感光带暴露于光图像,然后暴露部分与普通纸一起在压力下和施加电磁场的同时与升华染料的载体一起接触。 通过三个分离过滤器曝光原稿形成多色图像; 例如在感光带的三个连续区域上的红色,蓝色和绿色,并且每个曝光区域与普通纸接触并且与分离滤光片相对应的三个连续的可升华染料染料的相继载体。
    • 5. 发明授权
    • Bar code scanner using non-coherent light source
    • 条码扫描器采用非相干光源
    • US4335302A
    • 1982-06-15
    • US179754
    • 1980-08-20
    • Jean J. Robillard
    • Jean J. Robillard
    • G06K7/10
    • G06K7/10871
    • A scanner for reading bar codes on labels uses a non-coherent light source 11 below a top window 7 to illuminate a code label passing over the window. A lens system focuses an image of the code label onto a photosensitive diode array 25 and onto a photodetector 37. Signal information from the diode array 25 is provided to a code reading circuit 41 when bars on the code label are aligned substantially perpendicular to the array 25. When the bars are not aligned substantially perpendicular to the array 25, the photodetector 37 provides the code reading circuit 41 with pulse signals, transmitted when successive bars on the label pass into focus over the photodetector 37.The system avoids the use of coherent (laser) light and is suitable for reading UPC labels on packages being passed over the window 7.
    • 用于读取标签上的条形码的扫描器使用顶部窗口7下方的非相干光源11来照亮通过窗口的代码标签。 透镜系统将代码标签的图像聚焦到感光二极管阵列25上并到光电检测器37上。当代码标签上的条形基本上垂直于阵列排列时,来自二极管阵列25的信号信息被提供给代码读取电路41 当条不基本上垂直于阵列25对齐时,光电检测器37向代码读取电路41提供脉冲信号,当标签上的连续条在光电检测器37上聚焦时,发送该信号。该系统避免使用相干 (激光)灯,适用于在通过窗口7的包装上读取UPC标签。
    • 7. 发明授权
    • Method of photographic trichromatic printing
    • 照相三色印刷方法
    • US4220701A
    • 1980-09-02
    • US35082
    • 1979-05-01
    • Jean J. Robillard
    • Jean J. Robillard
    • G03C1/61G03C1/705G03C1/76G03C5/56G03C7/46G03C1/58G03C1/52
    • G03C5/56G03C1/705G03C1/7642G03C7/46
    • A method of photographic trichromatic printing comprises the steps ofA. applying to the substrate a photosensitive emulsion comprising(a) a binder;(b) three types of grains of semiconductor oxides dispersed in the binder, each adapted to desorb OH.sup.- ions under the action of a primary color radiation; and either(c) a diazo system comprising a diazonium salt and three couplers each being adsorbed onto, or dispersed in the immediate vicinity of, one of said three types of grain; or(d) a diazo system comprising a coupler and three diazonium salts each being adsorbed onto, or dispersed in the immediate vicinity of, one of said three types of grain;B. exposure,C. development by heating; andD. decomposition of unreacted diazonium salts by exposure to UV light, to fix the image.An emulsion so produced and substrates carrying such an emulsion are also produced.
    • 一种照相三色印刷方法包括以下步骤:A.向基材施加感光乳剂,其包含(a)粘合剂; (b)分散在粘合剂中的三种类型的半导体氧化物晶粒,各自适于在原色辐射的作用下解吸OH-离子; 和(c)重氮系统,其包含重氮盐和三个成色剂,其各自被吸附到或分散在所述三种类型的颗粒中的一种上; 或(d)包含偶联剂和三种重氮盐的重氮体系,其各自吸附在所述三种类型的颗粒之一上或分散在所述三种类型的颗粒中的一种上; B.暴露,C.加热发展; 和D.通过暴露于UV光分解未反应的重氮盐,以固定图像。 如此生产的乳液和携带这种乳液的基材也被制备。
    • 9. 发明授权
    • Electrographic recording process, means and apparatus
    • 电子记录过程,装置和装置
    • US4206017A
    • 1980-06-03
    • US926942
    • 1978-07-21
    • Jean J. Robillard
    • Jean J. Robillard
    • B41M5/20G01D15/34
    • B41M5/20
    • The invention relates to electrographic recording.It relates to an electrographic recording process characterized by forming at least one permanent trace or mark by local injection of electrons by means of at least one marking electrode brought to negative potential in an electrosensitive layer containing grains of a color center-generating substance dispersed in an appropriate binder, said electrosensitive layer being supported by a layer which is a good conductor of electricity brought to a positive potential and containing a substance which is able to supply to the electrosensitive layer the same number of positive charges as electrons injected by the marking electrode.The invention can be used in various recording implements.
    • 本发明涉及电记录。 它涉及一种电摄影记录方法,其特征在于通过在包含分散在其中的产生中心色物质的颗粒的电感层中的至少一个带有负电位的标记电极局部注入电子而形成至少一个永久痕迹或标记 所述电感层由良好的电导体所覆盖的层所支撑,并且含有能够向电感层供给与由标记电极注入的电子相同数目的正电荷的物质。 本发明可用于各种记录工具。