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    • 2. 发明授权
    • Insulated electric wire
    • 绝缘电线
    • US5192834A
    • 1993-03-09
    • US803954
    • 1991-12-09
    • Toru YamanishiTatsuya KakutaAkinori Mori
    • Toru YamanishiTatsuya KakutaAkinori Mori
    • H01B7/02H01B11/18H01B13/06H01B13/14
    • H01B13/142H01B11/1839H01B13/065H01B7/0233
    • A process for producing an insulated electric wire, comprising the steps of coating around a conductor an energy radiation curable resin composition having heat expansible microspheres incorporated therein, and curing the energy radiation curable resin composition thus coating on the conductor by exposure to an energy radiation. The process also comprises the step of heating the energy radiation curable resin composition to expand the heat expansible microspheres in the energy radiation curable resin composition, thereby forming a high-porosity insulation layer on the conductor. An insulated electric wire comprises a conductor; an energy radiation curable resin composition layer having microspheres incorporated therein and surrounding the conductor, the outside diameter of the microspheres in the energy radiation curable resin composition layer being maximum in the vicinity of the conductor and decreasing gradually toward the periphery of the energy radiation curable resin composition layer.
    • 一种绝缘电线的制造方法,其特征在于,包括在导体周围涂敷具有热膨胀性微球的能量射线固化性树脂组合物的工序,使能量辐射固化性树脂组合物固化,由此通过暴露于能量辐射而在导体上涂布。 该方法还包括加热能量辐射固化树脂组合物以膨胀能量辐射固化树脂组合物中的可热膨胀微球的步骤,从而在导体上形成高孔隙率绝缘层。 绝缘电线包括导体; 能量放射线固化树脂组合物层,其中并入并围绕导体的微球,能量辐射固化树脂组合物层中的微球的外径在导体附近最大并且朝向能量辐射固化树脂的周围逐渐减小 组成层。
    • 6. 发明授权
    • Method for coating optical transmission glass fibers
    • 光传输玻璃纤维涂层方法
    • US4512281A
    • 1985-04-23
    • US529779
    • 1983-09-06
    • Toru YamanishiKatsuyuki TsuneishiMasaaki Yoshida
    • Toru YamanishiKatsuyuki TsuneishiMasaaki Yoshida
    • C03C25/10C03C25/14B05B5/02B05C5/02B05D5/06
    • C03C25/106C03C25/143
    • A method and apparatus for coating optical transmission glass fibers with a resinous composition. A vessel is provided through which a glass fiber is drawn. While it is being drawn through the vessel, the fiber is spun, and a resin coating is applied. In order to maintain the air pressure within the vessel fairly constant, an exhaust vent is provided through which excess particles of the resinous composition may escape. Turbulence is thus substantially reduced preventing the fiber from swinging and allowing the particles to be sprayed smoothly. Further, the particles may be electrically charged so that they are both attracted to the optical fiber and repel one another during flight. The invention employs both of these features to produce a uniform coat on an optical transmission glass fiber.
    • 一种用树脂组合物涂覆光学透射玻璃纤维的方法和装置。 提供容器,通过该容器拉出玻璃纤维。 当它被吸收通过容器时,纤维被纺丝,并施加树脂涂层。 为了保持容器内的空气压力相当恒定,提供排气口,通过该排气口,树脂组合物的多余颗粒可以逸出。 因此,湍流显着减少,防止纤维摆动并允许颗粒平滑喷射。 此外,颗粒可以带电,使得它们都被吸引到光纤并在飞行中彼此排斥。 本发明使用这两个特征来在光学透射玻璃纤维上产生均匀的涂层。
    • 8. 发明授权
    • Communication line material
    • 通讯线材
    • US5562985A
    • 1996-10-08
    • US457144
    • 1995-06-01
    • Hiroaki SanoTatsuya KakutaToru Yamanishi
    • Hiroaki SanoTatsuya KakutaToru Yamanishi
    • G02B6/44G02B6/46D07G3/00
    • G02B6/4438Y10T428/2927Y10T428/2933Y10T428/2938Y10T428/296Y10T428/2962
    • The invention relates to coating composition, coated articles of manufacture, and to the formation of the coated articles. The coating is an energy-beam set resin containing fluid containing heat-expandable, fluid-encapsulating hollow spheres in the resin. The coating of a substrate, such as a communication line material, is accomplished by coating the material with a resin mixture containing expandable spheres and then exposing the coated material to an energy-beam source for a period of time to cure the resin and expand the spheres. The coating is applied to at least one filament of a communication line material. Such filaments can be gathered into bundles which are first extrusion coated with a thermoplastic polymer before being coated with the resin mixture. The composition of the resin material can be varied by changing the volume percent of the hollow spheres present in the resin mixture.
    • 本发明涉及涂料组合物,涂覆制品和涂层制品的形成。 该涂层是含有在树脂中含有可热膨胀的,流体封装的中空球体的流体的能量束固定树脂。 诸如通信线材料的基底的涂层通过用包含可膨胀球体的树脂混合物涂覆材料然后将涂覆的材料暴露于能量束源一段时间来固化树脂并使其膨胀 球体。 将涂层施加到通信线材料的至少一根细丝。 这些长丝可以聚集成束,其在用树脂混合物涂覆之前首先用热塑性聚合物挤出涂覆。 可以通过改变树脂混合物中存在的中空球的体积百分比来改变树脂材料的组成。
    • 9. 发明授权
    • Optical fiber connector using adhesive
    • 光纤连接器使用胶粘剂
    • US5422971A
    • 1995-06-06
    • US190351
    • 1994-02-01
    • Makoto HonjoHiroshi KatsuraTomohiko UedaToru Yamanishi
    • Makoto HonjoHiroshi KatsuraTomohiko UedaToru Yamanishi
    • G02B6/38G02B6/26
    • G02B6/3861G02B6/3865G02B6/3885
    • The present invention relates to an adhesive for connecting and fixing an optical fiber to an optical connector and to an optical connector which uses that adhesive. The adhesive prevents deformation of the optical connector ferrule and stressing of the optical fiber due to hardening shrinkage during the hardening of the adhesive and/or a shrinkage during cooling of the adhesive. In accordance with the invention, (1) the value of (the coefficient of linear expansion (.degree.C..sup.-1) of the adhesive).times.(the difference between a hardening temperature of the adhesive and room temperature (.degree.C.)).times.(Young's Modulus (kg/mm.sup.2) of the adhesive) is equal to or less than about 2.5, (2) the value of (the rate of hardening shrinkage (%) of the adhesive).times.(Young's Modulus (kg/mm.sup.2) of the adhesive) is equal to or less than about 1000 and/or (3) the adhesive hardens at room temperature.
    • 本发明涉及一种用于将光纤连接和固定到光学连接器的粘合剂和使用该粘合剂的光学连接器。 粘合剂防止由于粘合剂硬化期间的硬化收缩和/或粘合剂冷却期间的收缩导致的光学连接器套圈的变形和光纤的应力。 根据本发明,(1)(粘合剂的线膨胀系数(℃-I))×(粘合剂的硬化温度与室温(℃))× (粘合剂的杨氏模量(kg / mm 2))等于或小于约2.5,(2)粘合剂的硬化收缩率(%)的值(x)(杨氏模量(kg / mm 2)) 粘合剂)等于或小于约1000和/或(3)粘合剂在室温下硬化。