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    • 1. 发明授权
    • Screw drive design
    • 螺丝刀设计
    • US08549962B2
    • 2013-10-08
    • US13056364
    • 2009-07-28
    • Patrick WernerGerhard MoellerDirk Doellner
    • Patrick WernerGerhard MoellerDirk Doellner
    • B25B15/00F16B41/00F16B23/00
    • B25B15/005F16B23/0007F16B23/0061F16B23/0076F16B41/005
    • A drive design for a fastening element in-stalled using screws, in particular, a screw or a nut, comprises drive surfaces (13) disposed at least approximately in radial planes and transition surfaces (15) disposed between said drive surfaces. In one embodiment of the outside of the surfaces, the surfaces form a saw shape, In this way, when rotation is in one direction in which a tool en-gages with the drive surfaces (13), torque-application results, whereas in the opposite rotational direction a force component is produced that acts on the tool without engaging with the screw drive design. A tool is designed to be complementary to the screw drive design. The screw drive design can be an inner shaping as well an outer shaping. The same applies for a nut. This drive design is intended for designing a screw connector in such a way that it can be tightened once, but cannot be loosened any longer.
    • 用于使用螺钉,特别是螺钉或螺母堵塞的紧固元件的驱动设计包括至少大致设置在设置在所述驱动表面之间的径向平面和过渡表面(15)中的驱动表面(13)。 在表面外侧的一个实施例中,表面形成锯齿形。这样,当旋转在工具与驱动表面(13)配合的一个方向上旋转时,产生扭矩施加,而在 相反的旋转方向产生作用在工具上的力分量,而不与螺旋驱动设计接合。 一个工具被设计成与螺丝刀设计互补。 螺杆驱动设计可以是内部成形以及外部成形。 同样适用于坚果。 该驱动器设计用于设计螺钉连接器,使其可以被拧紧一次,但不能再松开。
    • 7. 发明申请
    • Screw Drive Design
    • 螺丝驱动设计
    • US20110283843A1
    • 2011-11-24
    • US13056364
    • 2009-07-28
    • Patrick WernerGerhard MoellerDirk Doellner
    • Patrick WernerGerhard MoellerDirk Doellner
    • B25B15/00F16B41/00F16B23/00
    • B25B15/005F16B23/0007F16B23/0061F16B23/0076F16B41/005
    • A drive design for a fastening element in-stalled using screws, in particular, a screw or a nut, comprises drive surfaces (13) disposed at least approximately in radial planes and transition surfaces (15) disposed between said drive surfaces. In one embodiment of the outside of the surfaces, the surfaces form a saw shape, In this way, when rotation is in one direction in which a tool en-gages with the drive surfaces (13), torque-application results, whereas in the opposite rotational direction a force component is produced that acts on the tool without engaging with the screw drive design. A tool is designed to be complementary to the screw drive design. The screw drive design can be an inner shaping as well an outer shaping. The same applies for a nut. This drive design is intended for designing a screw connector in such a way that it can be tightened once, but cannot be loosened any longer.
    • 用于使用螺钉,特别是螺钉或螺母堵塞的紧固元件的驱动设计包括至少大致设置在设置在所述驱动表面之间的径向平面和过渡表面(15)中的驱动表面(13)。 在表面外侧的一个实施例中,表面形成锯齿形。这样,当旋转在工具与驱动表面(13)配合的一个方向上旋转时,产生扭矩施加,而在 相反的旋转方向产生作用在工具上的力分量,而不与螺旋驱动设计接合。 一个工具被设计成与螺丝刀设计互补。 螺杆驱动设计可以是内部成形以及外部成形。 同样适用于坚果。 该驱动器设计用于设计螺钉连接器,使其可以被拧紧一次,但不能再松开。