会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 2. 发明授权
    • Organic thermistor device and method of producing same
    • 有机热敏电阻器件及其制造方法
    • US06300861B1
    • 2001-10-09
    • US09407150
    • 1999-09-28
    • Shinichi OsadaTomozo YamanouchiYuichi TakaokaTakashi Shikama
    • Shinichi OsadaTomozo YamanouchiYuichi TakaokaTakashi Shikama
    • H01C710
    • H01C17/065H01C7/027Y10T29/49082
    • An organic thermistor device has a pair of outer electrodes formed facing each other on end parts of a thermistor body made of an organic thermistor material. Metallic wires extend inside and through the thermistor body transversely to the direction in which the outer electrodes face each other such that the resistance value at normal temperatures of the device can be significantly reduced. Both exposed surfaces of the thermistor body not covered by the outer electrodes and exposed end surfaces of the metallic wires not covered by the thermistor body may be all covered by an electrically insulating layer. To produce such organic thermistor devices, an elongated wire-containing member is prepared by molding an organic thermistor material by covering metallic wires extending longitudinally parallel to one another. It is then entirely covered with an electrically insulating material but portions of it are removed from a pair of longitudinally continuous external peripheral surface areas. Outer electrodes are thereafter formed on this pair of surface areas and the wire-containing member is then cut transversely to the direction of its elongation at specified positions to divide into individual elements. The newly exposed surfaces of these individual elements by cutting may be covered by an electrically insulating material.
    • 有机热敏电阻器件具有在由有机热敏电阻材料制成的热敏电阻体的端部上彼此面对的一对外电极。 金属线在外部电极彼此面对的方向上横向延伸到热敏电阻体的内部并通过该装置的常温下的电阻值。 不被外部电极覆盖的热敏电阻体的两个露出面和未被热敏电阻体覆盖的金属线的露出端面都可以全部被电绝缘层覆盖。 为了制造这种有机热敏电阻器件,通过将纵向平行延伸的金属线覆盖在一起来模制有机热敏电阻材料来制备细长的含线构件。 然后将其完全覆盖有电绝缘材料,但是其一部分从一对纵向连续的外周表面区域中移除。 此后,在该对表面区域上形成外电极,然后横向于其在指定位置的伸长方向切割电线收纳部件,以分成各个元件。 通过切割这些单独元件的新露出的表面可以被电绝缘材料覆盖。
    • 4. 发明授权
    • Degaussing circuit with a PTC thermistor
    • 带PTC热敏电阻的消磁电路
    • US06037716A
    • 2000-03-14
    • US188842
    • 1998-11-09
    • Takashi ShikamaYuichi Takaoka
    • Takashi ShikamaYuichi Takaoka
    • H04N9/29H01J29/56
    • H04N9/29
    • A degaussing circuit is formed as a series connection of a PTC element and a degaussing coil operated such that the operating frequency of the current therethrough is higher than the frequency of the power source line for the device such as a color television set in which this degaussing circuit is incorporated. This frequency conversion may be effected by a circuit which also functions to convert the alternating current from the power source line into a direct current. The degaussing circuit may further include a relay circuit for switching on and off the current through the PTC element and the degaussing coil.
    • 消磁电路形成为PTC元件和消磁线圈的串联连接,其操作使得电流的工作频率高于用于诸如彩色电视机的设备的电源线的频率,其中该消磁 电路被并入。 该频率转换可以通过还用于将来自电源线的交流电转换成直流电的电路来实现。 消磁电路还可以包括用于接通和断开通过PTC元件和消磁线圈的电流的继电器电路。
    • 9. 发明授权
    • Method of manufacturing inductor
    • 制造电感的方法
    • US06311387B1
    • 2001-11-06
    • US09324745
    • 1999-06-03
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • Takashi ShikamaMasami SugitaniHisato Oshima
    • H01F706
    • H01F41/127Y10T29/4902Y10T29/49071Y10T29/49073Y10T29/49076
    • A method of manufacturing a bead inductor prevents deformation of a metal coil or dislocation of the axis position of the metal coil caused by injection pressure at the time of injecting a molten resin material from a gate. A coil is fitted onto a coil supporting pin provided on a first lower mold used for injection molding in a cavity of the mold such that the inner periphery of the coil is in close contact with the coil supporting pin. A molten, resin material is injected into the cavity. Then, the coil supporting pin and the first lower mold are removed from the molded product, and a second lower mold without a coil supporting pin is provided for replacing the first lower mold. A molten resin material is injected into the space which had been occupied by the coil supporting pin. After removing the hardened resin molded product from the mold for injection molding, the end parts of the coil are cut so as to be exposed.
    • 制造胎圈电感器的方法防止了从浇口注入熔融树脂材料时由于注射压力引起的金属线圈的变形或金属线圈的轴位置的错位。 将线圈安装在设置在模具的空腔中用于注射成型的第一下模具上的线圈支撑销上,使得线圈的内周与线圈支撑销紧密接触。 将熔融的树脂材料注入空腔中。 然后,从模制品中取出线圈支撑销和第一下模,并且提供没有线圈支撑销的第二下模用于更换第一下模。 将熔融树脂材料注入已经被线圈支撑销占据的空间中。 从注射成形用模具中取出硬化树脂成形体后,切断线圈的端部以露出。
    • 10. 发明授权
    • PIC thermistor device having heat radiation fins with adjustable
temperature regulating guide plates
    • PIC热敏电阻器件具有带可调温度调节导板的散热片
    • US4931626A
    • 1990-06-05
    • US322909
    • 1989-03-10
    • Takashi ShikamaAsami WakabayashiKiyofumi Torii
    • Takashi ShikamaAsami WakabayashiKiyofumi Torii
    • H01C7/02H05B3/14
    • H05B3/14
    • A PTC thermistor device includes a heat generator containing a PTC thermistor unit, and heat radiators thermally coupled thereto. Each of heat radiators includes a plate, one main surface of which is adhered onto the heat generator, and a number of fins integrally formed on the other main surface of the plate. Since the plates of the heat radiators are thermally coupled to the heat generator, respectively, heat generated by the PTC thermistor unit is radiated from the fins through the plates. Free ends of respective sets of fins form opening portions, and guide plates are disposed above and below the respective opening portions so as to prevent air from escaping through the opening portions. If the guide plates are movable guide plates and are moved, an opening degree of each opening portion covered by each of the movable guide plates is changed such that temperature of warm air blown-out from an air outlet side can be adjusted or controlled.
    • PTC热敏电阻器件包括具有PTC热敏电阻单元的发热体和与其热耦合的散热器。 每个散热器包括板,其一个主表面粘附到发热体上,并且多个翅片一体地形成在板的另一个主表面上。 由于散热器的板分别热耦合到发热体,所以由PTC热敏电阻单元产生的热量通过板从散热片辐射。 各组翅片的自由端部形成开口部,导向板配置在各开口部的上方和下方,以防止空气从开口部逸出。 如果引导板是可移动的导向板并移动,则由每个可移动导向板覆盖的每个开口部分的开度被改变,使得可以调节或控制从空气出口侧吹出的暖空气的温度。