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    • 1. 发明专利
    • Sheath pipe jacking technique
    • SHEATH PIPE JACKING技术
    • JP2007002970A
    • 2007-01-11
    • JP2005186682
    • 2005-06-27
    • Kurimoto LtdTogawa Rubber Co Ltd株式会社十川ゴム株式会社栗本鐵工所
    • SHIMOYASU TETSUJISAITO MASAHIKOINOUE SHIGENORIMORITA NOBUHIKOKOMURO YASUHIROSUEMATSU YASUNARIKAWAHITO YASUSHIYOSHINO YUJI
    • F16L1/00E21D9/06F16L1/024
    • PROBLEM TO BE SOLVED: To reliably prevent buoyancy material from leaking out even if a joint part of the new pipe swells when a new pipe is given buoyancy and is jacked and inserted in a sheath pipe 1. SOLUTION: A water shut off member 12 on one end of the sheath pipe is formed as one unit of rubber, and consists of a cylindrical part 12a fixed on an inner surface of the sheath pipe 1 by a machine screw, a flap 12b facing an axial center of the sheath pipe on an inner circumference whole surface, and a solid cross section round rubber ring 12c of larger diameter than a tip end thereof on a tip end whole circumference of the flap 12b. The flap has normally flexibility and flexibly correspond to change, fluctuation of size (diameter) of the new pipe sliding in the annular shape part of the flap. Then since a solid cross section circular rubber ring is larger in a diameter than a flap tip edge, the flap is not easily influenced by bent of the flap, sure press contact to the new pipe outer circumference surface is maintained even if the flap is deformed to secure water tightness. COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:为了可靠地防止浮力材料泄漏,即使新管道的接头部分在新的管道被赋予浮力的同时膨胀并被套管并插入护套管1中。解决方案:A 护套管一端的隔水部件12形成为橡胶的一个单位,并且由通过机械螺钉固定在护套管1的内表面上的圆筒部12a,面向轴向中心的翼片12b 内管整体表皮上的护套管,以及在翼片12b的前端全圆周上比其前端大的直径的实心截面的圆形橡胶环12c。 翼片具有通常的灵活性,并且柔性地对应于在翼片的环形部分中滑动的新管的尺寸(直径)的变化。 然后由于固体截面的圆形橡胶环直径大于翼片尖端边缘,所以翼片不容易受到翼片的弯曲的影响,即使翼片变形,也确保与新管外周表面的压力接触 以确保水密。 版权所有(C)2007,JPO&INPIT
    • 2. 发明专利
    • Fluid flow cutoff mechanism
    • 流体流动切割机构
    • JP2007146921A
    • 2007-06-14
    • JP2005340364
    • 2005-11-25
    • Togawa Rubber Co LtdYazaki Corp株式会社十川ゴム矢崎総業株式会社
    • SUGANOBU SATOSHISUZUKI MASAOKAWAHITO YASUSHIKOZUKI ICHIJI
    • F16K17/38
    • PROBLEM TO BE SOLVED: To provide a fluid flow cutoff mechanism capable of improving reliability while restraining pressure loss caused by installation.
      SOLUTION: This fluid flow cutoff mechanism is provided with an annular or cylindrical thermal fuse part 5 arranged along a circumferential direction of an inner surface of a flow passage 3 of fluid, and a filter part 7 arranged on the thermal fuse part 5 on the downstream side with respect to the flow of the fluid. The thermal fuse part 5 is formed by a material expansible by heating, and includes a plurality of closing pieces 9 comprising a member having heat resistance, and is covered by a coating layer 11 having resistance with respect to the fluid flowing through the flow passage 3. The filter part 7 exhibits heat resistance, and is formed by a member having a plurality of holes 7a through which the fluid can flow.
      COPYRIGHT: (C)2007,JPO&INPIT
    • 要解决的问题:提供一种能够在抑制由安装引起的压力损失的同时提高可靠性的流体流动切断机构。 解决方案:该流体切断机构设置有沿着流体的流路3的内表面的周向布置的环形或圆柱形的热熔体部分5,以及设置在热熔丝部5上的过滤部7 相对于流体的流动在下游侧。 热熔丝部5由可通过加热而膨胀的材料形成,并且包括多个封闭件9,该封闭件9包括具有耐热性的部件,并且被相对于流过流动通道3的流体具有阻力的涂层11覆盖 过滤器部件7具有耐热性,并且由具有多个孔7a的构件形成,流体可以通过该孔7a流动。 版权所有(C)2007,JPO&INPIT
    • 4. 发明专利
    • Object detection sensor
    • 对象检测传感器
    • JP2008190902A
    • 2008-08-21
    • JP2007023278
    • 2007-02-01
    • Osaka UnivTogawa Rubber Co Ltd国立大学法人大阪大学株式会社十川ゴム
    • SUGANUMA KATSUAKITADA YASUTOKUISHIGURO HIROSHIINOUE MASAHIROKAWASAKI TOSHIMIKAWAHITO YASUSHI
    • G01V3/08
    • PROBLEM TO BE SOLVED: To provide a sensor whose power source and circuit for driving the sensor can be made compact.
      SOLUTION: This object detection sensor 1 for detecting that the sensor touches an object 20 by using electrostatic induction action, is equipped with a detecting portion 3 which is made of a dielectric substance having a charging trend different from the charging trend of the object 20, and has on one surface a contact surface 5 for coming into contact with the object 20, a detecting electrode portion 6 which is formed on a part of a conductor provided so as to come into contact with the other surface of the detecting portion 3, and detects as an electric signal a charging phenomenon by the electrostatic induction action according to a state change from the state of contact between the object 20 and the detecting portion 3, and an output portion 7 which is formed on another part of the conductor, and outputs an electric signal as a sensor signal with respect to a predetermined reference potential.
      COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种传感器,其传感器的电源和驱动电路可以制造得紧凑。 解决方案:用于通过使用静电感应来检测传感器与物体20进行检测的物体检测传感器1配备有检测部3,该检测部3由具有与充电趋势不同的充电趋势的电介质 物体20,并且在一个表面上具有用于与物体20接触的接触表面5;检测电极部分6,其形成在设置成与检测部分的另一个表面接触的导体的一部分上 并且根据从物体20和检测部分3之间的接触状态的状态变化,以及形成在导体的另一部分上的输出部分7,通过静电感应动作来检测充电现象 ,并且相对于预定的参考电位输出作为传感器信号的电信号。 版权所有(C)2008,JPO&INPIT
    • 6. 发明专利
    • PRODUCTION OF ADDITION REACTION TYPE SILICONE RUBBER
    • JP2000086895A
    • 2000-03-28
    • JP25729598
    • 1998-09-10
    • SANYO ELECTRIC COTOGAWA RUBBER CO LTD
    • KAZUMA YASUOSAGAWA EMIKOBANDO YUZURUKAWAHITO YASUSHI
    • C08L83/05C08L83/07
    • PROBLEM TO BE SOLVED: To obtain an addition reaction type silicone rubber which does not lose its function as a rubber even when used for a long time in a high- temperature environment and exhibits improved non-stickiness to a metal by forming an addition reaction type silicone composition by the primary crosslinking of an organopolysiloxane having unsaturated groups and heating it in an atmosphere at a specified temperature. SOLUTION: An organohydrogenpolysiloxane having at least two ≡SiH groups and represented by formula I or the like, a platinum catalyst containing 1-100 ppm of a platinum element, a reaction controller such as maleic acid monoallyl ether, etc., are added to an organopolysiloxane having 0.0002-0.1 mol/100 g of unsaturated groups, and the obtained mixture is kneaded and subjected to primary crosslinking at about 350 deg.C to form an addition reaction type silicone rubber. Next this rubber is heated in an atmosphere at 140-200 deg.C to obtain a highly heat-resistant rubber. The organopolysiloxane has an average compositional formula represented by formula II and is exemplified by a vinyl- terminated compound represented by formula III. In the formulae, R and R' are each a monovalent hydrocarbon group; n is a positive number and a is 1.9-2.1.