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    • 2. 发明申请
    • PRE-TENSIONING MECHANISM
    • 预紧机构
    • US20140224915A1
    • 2014-08-14
    • US14173135
    • 2014-02-05
    • Kabushiki Kaisha Tokai-Rika-Denki-Seisakusho
    • Wataru YANAGAWAMasaru UKITA
    • B60R22/46
    • B60R22/46B60R22/4633B60R2022/468
    • In a webbing take-up device, due to actuation of a pre-tensioning mechanism when a vehicle collision, a piston is moved, rack teeth of the piston mesh with pinion teeth of a pinion, causing the pinion rotate and a spool to be rotated in the take-up direction. In a state where a large rotational force in the pull-out direction is acting from an occupant on the pinion, through a webbing and the spool, a rack tooth is broken by a pinion tooth when the rack teeth initially mesh with the pinion teeth, especially by a tip end of the rack tooth meshing with the pinion tooth. Therefore, sticking-in of the pinion teeth rack teeth and the pinion teeth can be suppressed, or easily eliminated, enabling loss in force transmitted from the piston to the pinion to be reduced.
    • 在织带卷取装置中,由于在车辆碰撞时致动预张紧机构,活塞被移动,活塞的齿条齿与小齿轮的小齿轮啮合,导致小齿轮旋转并且卷筒旋转 在迎接方向。 在拉出方向上的大的旋转力作用于小齿轮上的乘员,通过织带和线轴的状态下,齿条齿最初与小齿轮齿啮合时齿条齿被小齿轮齿折断, 特别是齿条齿的齿尖齿与齿轮齿啮合。 因此,可以抑制或容易地消除小齿轮齿齿条齿和小齿轮齿的粘附,从而减少从活塞传递到小齿轮的力的损失。
    • 5. 发明申请
    • WEBBING TAKE-UP DEVICE
    • US20130256442A1
    • 2013-10-03
    • US13796288
    • 2013-03-12
    • KABUSHIKI KAISHA TOKAI-RIKA-DENKI-SEISAKUSHO
    • Wataru YANAGAWAMasaru UKITAHitoshi TAKAMATSU
    • B60R22/415
    • B60R22/415
    • A restriction rotating body is provided at a carrier plate, on the opposite side of a sun gear to a planet gear. When an internal-toothed gear is displaced together with a sensor gear in the rotation radial direction thereof, the internal-toothed gear presses a shaft portion of the restriction rotating body, and further, a gear portion of the restriction rotating body presses the sun gear. Due thereto, the amount of relative displacement of the internal-toothed gear with respect to the sun gear can accordingly be reduced. Moreover, since the restriction rotating body does not mesh with the internal-toothed gear, the restriction rotating body can be easily assembled after assembly of the planet gear. The planet gear can accordingly be easily assembled prior to assembly of the restriction rotating body.
    • 限位旋转体设置在承载板上,在太阳齿轮对行星齿轮的相对侧。 当内齿齿轮与传感器齿轮一起沿其旋转径向位移时,内齿轮按压限制旋转体的轴部,并且限制旋转体的齿轮部按压太阳齿轮 。 由此,可以减少内齿轮相对于太阳齿轮的相对位移量。 此外,由于限制旋转体不与内齿轮啮合,因此在行星齿轮组装之后可以容易地组装限位旋转体。 因此,行星齿轮可以在组装限制旋转体之前容易地组装。
    • 9. 发明申请
    • WEBBING RETRACTOR
    • US20130233958A1
    • 2013-09-12
    • US13784904
    • 2013-03-05
    • KABUSHIKI KAISHA TOKAI-RIKA-DENKI-SEISAKUSHO
    • Wataru YANAGAWAMasaru UKITAYoshiaki MAEKUBO
    • B60R22/34
    • B60R22/3413B60R2022/287
    • In a webbing retractor, in a state where a second anchored portion of a sub torsion shaft is connected to a frame via a rotation impeding mechanism, when a spool is pulled by excessive tension that is applied to a webbing, there is a tendency for the spool to tilt with respect to a sleeve that is supported at the frame via the rotation impeding mechanism. In this case, a distance between a second energy absorbing portion of the sub torsion shaft and an inner peripheral surface of an insert-through hole changes. A change in the distance becomes large at an opening side of the insert-through hole, but an inner diameter of the insert-through hole is enlarged at the opening side. Due thereto, it can be made such that the second energy absorbing portion does not interfere with the inner peripheral surface of the insert-through hole.
    • 在一种带卷牵拉器中,在副扭转轴的第二锚定部分经由旋转阻止机构连接到框架的状态下,当线轴被施加到织带上的过大张力拉动时,存在倾向于 卷轴相对于经由旋转阻止机构在框架处被支撑的套筒倾斜。 在这种情况下,副扭转轴的第二能量吸收部与插通孔的内周面之间的距离发生变化。 在插入孔的开口侧,距离的变化变大,但插入孔的内径在开口侧扩大。 由此,能够使第二能量吸收部不与插入通孔的内周面相干扰。