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    • 3. 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。
    • 5. 发明授权
    • Nonsilver x-ray recording process
    • 非消毒X射线记录过程
    • US5364739A
    • 1994-11-15
    • US835747
    • 1992-02-13
    • Jean J. Robillard
    • Jean J. Robillard
    • B29C35/08B29C35/12B29C59/16B29C67/00G03C1/685G03C1/73G03C5/16G03F7/105G03F7/20G03F7/26
    • G03C5/16B29C59/16B29C67/0007G03C1/685G03C1/73G03F7/105G03F7/2039G03F7/26B29C2035/0844B29C35/12Y10S430/165Y10S430/167Y10S430/168
    • An X-Ray sensitive composition including one or several photopolymerizable monomer or photocrosslinkable polymer systems and thermochromic substances which can be used in a dry X-Ray reproduction process. The process is based on the different dielectric constants and dielectric losses exhibited by a monomer and the corresponding polymer or a polymer and the crosslinked polymer and the reaction of certain thermochromic substances which exhibits a specific threshold temperature above which these substances change from a colorless form to a color stable form. The X-Ray sensitive element is exposed according to a pattern of X-Ray with spatial modulation providing an X-Ray image to form a latent image of polymerized or crosslinked zones and unpolymerized or non crosslinked zones. Exposed elements are developed by passing through a high frequency electrical field which raises the temperature of the polymerized or crosslinked zones by dielectric heating to above the color threshold temperature of the thermochromic substance. An Apparatus for carrying out the process is also described.
    • 包含一种或多种可光聚合单体或光可交联聚合物体系和可用于干燥X射线再生过程的热变色物质的X射线敏感组合物。 该方法基于由单体和相应的聚合物或聚合物和交联聚合物表现出的不同的介电常数和介电损耗以及某些特定阈值温度的某些热变色物质的反应,其中这些物质从无色形式变为 颜色稳定的形式。 X射线敏感元件根据具有空间调制的X射线图案曝光,提供X射线图像以形成聚合或交联区域和未聚合或非交联区域的潜像。 通过穿过高频电场来开发暴露的元件,其通过介电加热将聚合或交联区域的温度提高到高于热变色物质的颜色阈值温度。 还描述了用于执行该过程的装置。
    • 6. 发明授权
    • Image-transferring sheet
    • 图像转印纸
    • US4361108A
    • 1982-11-30
    • US234208
    • 1981-02-13
    • Jean J. RobillardJohn D. Angleman
    • Jean J. RobillardJohn D. Angleman
    • B41M5/124B41M5/132B05C11/00B41M5/16
    • B41M5/124B41M5/132Y10S428/914Y10T428/24942Y10T428/24992
    • This invention provides an image-forming and image-transferring sheet comprising a base layer having a first surface and a second surface. The base layer is impregnated with a first image-forming reactant whereas each of the surfaces of the base layer has coated thereon a microporous membrane layer having a gradient in elasticity across the thickness thereof. The more elastic surface of the membrane is in contact with the base layer. The other surface of the membrane is coated with a second image-forming reactant. Upon impact by an image instrument such as a typewriter key, the membrane becomes extended to allow diffusion of the first reactant through the membrane to react with the second image-forming reactant on the surface of an adjacent sheet to form an image on the surface of the adjacent sheet. A method of preparing an image-forming and image-transferring sheet is also provided.
    • 本发明提供了一种图像形成和图像转印片,其包括具有第一表面和第二表面的基底层。 基底层浸渍有第一成像反应物,而基层的每个表面涂覆有在其厚度上具有弹性梯度的微孔膜层。 膜的弹性表面与基层接触。 膜的另一表面涂覆有第二成像反应物。 在诸如打字机键的图像仪器撞击时,膜变得延伸以允许第一反应物通过膜扩散以与相邻片材的表面上的第二成像反应物反应,以在相邻片材的表面上形成图像 相邻的纸张。 还提供了一种制备图像形成和图像转印片材的方法。
    • 9. 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。