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    • 2. 发明授权
    • Throttle sensor for an internal combustion engine
    • 用于内燃机的油门传感器
    • US4933661A
    • 1990-06-12
    • US102707
    • 1987-09-30
    • Yukihisa OdaKeiji YasudaTakayoshi Tsuzuki
    • Yukihisa OdaKeiji YasudaTakayoshi Tsuzuki
    • G01B7/30H01C10/30H01C10/34
    • H01C10/34
    • A throttle sensor for an internal combustion engine includes a circuit board and a rotatable body disposed adjacent the circuit board which is connected to the throttle valve and having a pair of brushes disposed in sliding contact with the circuit board. A resistance body, including a basic resistance layer and a protective resistance layer covering a basic resistance layer are formed on the circuit board for engagement by one of the brushes, and a collecting body, including an electric conductive layer and an additional protective resistance layer covering the electric conductive layer is formed on the circuit board for engagement by the other brush. The protective resistance layers protect the basic resistance layers against undue wear and atmospheric conditions.
    • 内燃机的油门传感器包括电路板和邻近电路板设置的旋转体,该电路板连接到节流阀并具有与电路板滑动接触的一对电刷。 在电路板上形成包括基本电阻层和覆盖基本电阻层的保护电阻层的电阻体,用于与电刷接合,以及集电体,其包括导电层和附加的保护电阻层覆盖层 导电层形成在电路板上,用于由另一个电刷接合。 保护电阻层保护基本电阻层免受过度磨损和大气条件的影响。
    • 4. 发明授权
    • Connection construction of turning angle detector
    • 转向角检测器的连接结构
    • US4790795A
    • 1988-12-13
    • US124441
    • 1987-11-23
    • Yukihisa OdaKeiji YasudaShigemitsu Hamajima
    • Yukihisa OdaKeiji YasudaShigemitsu Hamajima
    • F16D3/04G01B5/24G01B7/00G01B7/30G01B21/22G01D5/02G01D5/04
    • G01B7/30F16D3/04G01D5/04
    • A connection construction of a turning angle detector which comprises a lever in the form of a large-diameter member secured to a shaft to be detected and extending in the radial direction of the shaft to be detected, a pin secured at right angles to the lever, a connection shaft projecting outward from a boss portion of the turning angle detector and having a large-diameter portion larger than the diameter of the boss portion, and a pinching portion for pinching the pin in the large-diameter portion of the connection shaft so that the pin is movable in the radial direction and axial direction within its pinched range, but its movement in the circumferential direction is restricted, wherein the rotation of the shaft to be detected is transmitted to the connection shaft of the turning angle detector, whereby an error arising at the time of assembly can be absorbed by the space between the pinching portion and the pin to make easy the process of assembly, and it is possible to configure mutually tightly the connection shaft and the boss portion for supporting rotatably the connection shaft; thus, infiltration of water and the like can be prevented.
    • 一种转向角检测器的连接结构,其包括固定到要检测的轴并且沿待检测轴的径向方向延伸的大直径构件形式的杆,与杠杆成直角固定的销 ,从转向角检测器的凸台部向外突出并具有大于凸台部的直径的大直径部的连接轴,以及用于将销夹在连接轴的大直径部中的夹持部, 销可以在其夹紧范围内沿径向和轴向移动,但是其沿圆周方向的运动受到限制,其中被检测轴的旋转传递到转向角检测器的连接轴,由此 在组装时产生的误差可以通过夹持部和销之间的空间来吸收,从而容易组装的过程,并且可以配置 相互紧密连接的轴和用于可旋转地连接连接轴的凸台部; 因此,可以防止水等渗透。
    • 9. 发明申请
    • Holding structure for electronic part
    • 电子部件保持结构
    • US20070091580A1
    • 2007-04-26
    • US10580342
    • 2004-11-19
    • Hisayoshi OkuyaKeiji Yasuda
    • Hisayoshi OkuyaKeiji Yasuda
    • H05K5/00
    • G01D11/245B29C45/14065B29C45/14639B29C45/14836B29C45/1671B29L2031/3061
    • A holding structure for an electronic part includes a first resin mold which has a positioning shape portion for the electronic part, and a second resin mold which is insert-molded to cover the first resin mold and the electronic part positioned with the first resin mold. Through holes for passing an insert resin material adapted to form the second resin mold is formed in the positioning shape portion of the first resin mold. The holding structure for the electronic part improves the positioning accuracy of the electronic part by virtue of the positioning shape portion for accommodating the electronic part, and prevents occurrence of deformations and cracks in the positioning shape portion due to insert-molding.
    • 电子部件保持结构包括具有用于电子部件的定位形状部分的第一树脂模具和嵌入成型以覆盖第一树脂模具和位于第一树脂模具的电子部件的第二树脂模具。 在第一树脂模具的定位形状部分中形成有用于使适于形成第二树脂模具的插入树脂材料通过的通孔。 用于电子部件的保持结构由于用于容纳电子部件的定位形状部分而提高了电子部件的定位精度,并且防止由于插入成型而导致定位形状部分中的变形和裂纹的发生。