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    • 1. 发明授权
    • Padlock-type security seal
    • 挂锁式安全密封
    • US06416091B1
    • 2002-07-09
    • US09794527
    • 2001-02-27
    • Joseph WenkEphraim Natkins
    • Joseph WenkEphraim Natkins
    • B65D3334
    • G09F3/0358Y10T292/48Y10T292/498
    • A padlock-type security seal that generally includes a U-shaped resilient shackle having two legs and a body having two apertures formed in a first end thereof for insertion of the shackle legs. The apertures are positioned in the first end of the body along two separate offset planes to provide a torsional force to the shackle upon insertion. The torsional force acts on locking elements of the legs to engage the body thereby preventing removal of the shackle. The locking elements are reversibly bent tangs formed at the ends of the shackle legs at offset angles with respect to the plane of the shackle. At least one of the shackle legs preferably includes a bent hinge portion for transferring the torsional force to the locking elements. A locking insert contained within the body engages at least one of the locking elements of the shackle legs under the torsional force to prevent removal of the shackle.
    • 一种挂锁式安全密封件,其通常包括具有两个腿部的U形弹性卸扣和在其第一端形成有用于插入卸扣腿的两个孔的主体。 孔沿着两个单独的偏移平面定位在主体的第一端中,以在插入时向钩环提供扭转力。 扭转力作用于腿部的锁定元件以接合身体,从而防止脱钩。 锁定元件是相对于卸扣平面以偏移角度形成在钩环的端部处的可逆弯曲的柄脚。 至少一个钩环优选地包括用于将扭转力传递到锁定元件的弯曲的铰链部分。 容纳在本体内的锁定插入件在扭转力下与钩环的锁定元件中的至少一个接合以防止脱钩。
    • 2. 发明授权
    • Cable lock
    • 电缆锁
    • US6131969A
    • 2000-10-17
    • US237700
    • 1999-01-26
    • Ephraim Natkins
    • Ephraim Natkins
    • B65D63/06F16G11/04F16G11/10G09F3/03B65D27/30
    • G09F3/0352B65D63/06F16G11/02F16G11/106F16G11/14Y10T24/3969Y10T292/48Y10T292/498Y10T292/502
    • A cable lock comprising a housing having two longitudinal channels extending therethrough, a pocket at one end, and a cable having one end permanently locked within one channel. There is a spring disposed within the other channel, a cap disposed in the pocket to retain the spring and a gripping mechanism slidably disposed within the second channel adjacent the spring. The second channel is tapered toward the end nearest the gripping mechanism. The gripping mechanism is a substantially rectangular device having a plurality of gripping teeth arranged in two rows along its top edge to form a plurality of opposing tooth pairs. The gripping mechanism is also tapered to conform to the tapered channel in which it is disposed. There is a longitudinal concave channel for receiving the other end of the cable disposed on the top surface of the gripping mechanism between each pair of teeth and an angled front surface for leading the other end of cable into longitudinal concave channel. The spring exerts a preload on the gripping mechanism and the teeth grip the cable and allow the cable to be inserted into but not removed from the housing. The only way to release the cable from the housing is to cut the cable.
    • 一种电缆锁,其包括具有延伸穿过其中的两个纵向通道的壳体,一端处的凹部和具有一端永久锁定在一个通道内的电缆。 设置在另一通道内的弹簧,设置在口袋中以保持弹簧的帽和可滑动地设置在邻近弹簧的第二通道内的夹紧机构。 第二通道朝向最靠近夹紧机构的端部逐渐变细。 夹持机构是具有沿其顶部边缘布置成两排的多个夹紧齿的大致矩形的装置,以形成多个相对的齿对。 夹持机构也是锥形的,以符合设置在其中的锥形通道。 存在纵向凹槽,用于接收设置在每对齿之间夹持机构的顶表面上的电缆的另一端和用于将电缆的另一端引导到纵向凹槽中的成角度的前表面。 弹簧在夹持机构上施加预载荷,并且齿握住电缆并且允许电缆插入壳体中而不被移除。 从外壳释放电缆的唯一方法是切断电缆。