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    • 22. 发明授权
    • Steering wheel
    • 方向盘
    • US4738157A
    • 1988-04-19
    • US914526
    • 1986-10-03
    • Kazuyoshi NishijimaTatsuro Doi
    • Kazuyoshi NishijimaTatsuro Doi
    • B62D1/04G05G1/10
    • B62D1/04Y10T29/49488Y10T74/20834
    • A steering wheel has a rim section, a hub section and a pair of spokes connecting the hub section to the rim section. The hub section includes a hub member of a metal including a cylindrical portion defining therein an axial bore for a steering shaft and an integral flange. The spokes include spoke cores made of a length of metal rod including a central arcuate bend extending along the junction between the cylindrical portion and the flange of the hub member, a pair of radially extending arms or opposite end portions and rising portions interconnecting the end portions and the central arcuate bend. The flange is formed therein with a pair of generally diametrically opposed notches with which the rising portions of the metal rod are engaged to form torque-transmitting connections. The hub member and the metal rod are rigidly secured together by a molded plastic layer surrounding the outer periphery of the hub member and the central arcuate bend and the rising portions of the metal rod.
    • 方向盘具有轮辋部分,轮毂部分和将轮毂部分连接到轮辋部分的一对辐条。 轮毂部分包括一个金属的轮毂件,它包括一个在其中限定转向轴的轴向孔和整体法兰的圆柱形部分。 轮辐包括由一定长度的金属棒制成的轮辐芯,包括沿圆柱形部分和轮毂部件的凸缘之间的接合部延伸的中心弓形弯曲部,一对径向延伸的臂或相对的端部,以及将端部 和中央弧形弯曲。 法兰在其中形成有一对大致直径相对的凹口,金属杆的上升部分通过该凹槽接合以形成扭矩传递连接。 轮毂构件和金属杆通过围绕轮毂构件的外周边的模制塑料层和中心弓形弯曲部以及金属杆的上升部分刚性地固定在一起。
    • 23. 发明授权
    • Steering wheel assembly
    • 方向盘总成
    • US4625578A
    • 1986-12-02
    • US691107
    • 1985-01-14
    • Kazuyoshi Nishijima
    • Kazuyoshi Nishijima
    • B60R16/02B60R16/00B60R16/027B60R21/05B62D1/04B62D1/10F16H1/36G05G11/00
    • F16H1/36B62D1/04B62D1/105Y10T74/20256Y10T74/20834
    • An automotive steering wheel assembly has a hub pad kept stationary during rotation of a steering wheel. The hub pad is attached to an upper annular member rotatable about a hub and coaxial to a non-rotatable lower annular member axially spaced from the upper member. A carrier is fixed to the hub and supports a planet gear for rotation about its own axis and for revolution about the axis of the hub in meshing engagement with internal gear teeth formed on the upper and lower members so that rotation of the hub causes the planet gear to revolve about the hub axis to keep the upper member and thus the hub pad apparently stationary. The planet gear is formed thereon with an annular flange having opposite end faces in slidable engagement with opposed faces of the upper and lower members to prevent the upper member from being distorted by the force exerted by a driver to the hub pad.
    • 汽车方向盘组件具有在方向盘旋转期间保持静止的轮毂垫。 轮毂垫连接到可围绕轮毂旋转的上环形构件,并且与上部构件轴向间隔开的不可转动的下环形构件同轴。 载体固定在轮毂上并支撑行星齿轮,以绕其自身的轴线旋转,并围绕轮毂的轴线转动,与毂和下部构件上形成的内部齿轮啮合,从而轮毂的旋转使行星 齿轮围绕轮毂轴线旋转以保持上部构件,并且因此轮毂衬垫显然静止。 行星齿轮在其上形成有环形凸缘,其具有相对的端面,可与上部和下部构件的相对面滑动接合,以防止上部构件被驱动器施加到轮毂衬垫的力而变形。
    • 30. 发明授权
    • Air bag device
    • 气囊装置
    • US06471239B1
    • 2002-10-29
    • US09667099
    • 2000-09-21
    • Kazuyoshi NishijimaKazuhiro KanekoTsuyoshi Watanabe
    • Kazuyoshi NishijimaKazuhiro KanekoTsuyoshi Watanabe
    • B60R2124
    • B60R21/233B60R21/203B60R21/2346B60R21/239
    • An air bag device mounted on a steering wheel comprises a holding unit connected to a boss portion of the steering wheel. An inflater is held by the holding unit. The inflater includes a gas ejection portion. First and second fabrics have peripheral portions sewed together to constitute a bag structure. A gas inlet opening is formed in the first fabric. The gas inlet opening has the gas ejection portion of the inflater passed therethrough, so that the gas inlet opening is exposed to the interior of the bag structure. A third fabric is smaller in size than the first and second fabrics. The third fabric is installed in the bag structure in a manner to cover over the gas ejection portion of the inflater. A plurality of sewed points are provided by which the first and third fabrics are sewed together. A plurality of gas flow passages are provided between the first and third fabrics. Each gas flow passage is defined between neighboring two of the sewed points. A vent opening extends through one of the sewed points to provide a communication between a major portion of the interior of the bag structure and the outside of the same.
    • 安装在方向盘上的安全气囊装置包括与方向盘的凸台部连接的保持单元。 充气器由保持单元保持。 充气机包括气体喷射部。 第一和第二织物具有缝合在一起以构成袋结构的周边部分。 在第一织物中形成气体入口。 气体入口开口具有穿过其中的充气器的气体喷射部分,使得气体入口开口暴露于袋结构的内部。 第三种织物的尺寸小于第一和第二织物。 第三织物以覆盖充气器的气体喷射部分的方式安装在袋结构中。 提供多个缝合点,通过该缝合点将第一和第三织物缝合在一起。 多个气流通道设置在第一和第三织物之间。 每个气流通道被定义在相邻的两个缝合点之间。 排气口延伸穿过其中一个缝合点以提供袋结构内部的主要部分与其外部之间的连通。