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    • 1. 发明申请
    • TORQUE LIMITING ASSEMBLY
    • 扭矩限制组件
    • WO2011048186A1
    • 2011-04-28
    • PCT/EP2010/065883
    • 2010-10-21
    • ZERO-MAX HOLDING DK A/SNILSSON, StigJØRGENSEN, Tomas MelanchtonRHIGER, Per Schøler
    • NILSSON, StigJØRGENSEN, Tomas MelanchtonRHIGER, Per Schøler
    • F16D1/09F16D7/02F16D43/21
    • F16D7/025F16D1/09F16D43/215F16D2001/0955
    • A torque limiting assembly comprising a torque input part (12) for coaxially connection to a rotational motion torque supplying shaft (14) and a torque output part (35) for connection to a rotational motion torque receiving appliance and for coaxiaily mounting in relation to the torque input part. The torque input part including four components being: a hub component (20) defining a through-going cylindrical bore (16) defining a tight fit clearance with the torque supplying shaft, a conical locking ring (26) defining an inner conical surface (34) for cooperating with the outer conical surface (32) of the hub component when the conical locking ring is mounted on the hub component, a second annular disc (48) defining a second central aperture (54) having a diameter slightly larger than the diameter of the torque supplying shaft and having opposite second and third (52) radial surfaces, and a combined annular spring washer (58) and fixation ring.
    • 一种扭矩限制组件,包括用于与旋转运动扭矩供应轴(14)同轴连接的扭矩输入部分(12)和用于连接到旋转运动扭矩接收装置的扭矩输出部分(35),并且用于相对于 扭矩输入部分。 所述扭矩输入部分包括四个部件,所述扭矩输入部分包括:毂部件(20),限定与所述扭矩供给轴限定紧密配合间隙的贯穿圆柱形孔(16);锥形锁定环(26),限定内圆锥形表面 ),用于当所述锥形锁定环安装在所述轮毂部件上时与所述轮毂部件的所述外锥形表面(32)配合;限定第二中心孔(54)的第二环形盘(48),所述第二中心孔(54)的直径略大于所述轮毂部件的直径 的扭矩供给轴并具有相对的第二和第三(52)径向表面,以及组合的环形弹簧垫圈(58)和固定环。
    • 7. 发明申请
    • CLAMPING ARRANGEMENT HAVING A TAPERED CLAMPING BOLT
    • 用锥SPAN BOLT芯片配置
    • WO1995023926A1
    • 1995-09-08
    • PCT/DE1995000190
    • 1995-02-15
    • MÜLLENBERG, Ralph
    • F16B03/06
    • F16D1/09F16B2/14F16B3/06F16B13/066F16B37/14F16B2200/403F16B2200/506F16D1/076F16D2001/0903Y10T403/7056
    • The clamping arrangement (100) is used to connect two components (1, 2) without play by means of a radially expandable tapered clamping bolt (10) disposed in aligned bores (5, 6) in the first component (1) and in the second component (2). The clamping arrangement (100) is such that it can be tightened and released when it is inserted in a blind bore (5) in the first component (1). To this end, the outer bolt part (14) of the tapered clamping bolt (10) bears at one end a radial peripheral projection (17) which axially abuts the exterior of the second component (2) whilst the other end of the outer bolt part (14) is continuously cylindrical and has the diameter of the blind bore (5) in the first component (1). A coaxial threaded bore (7) is provided in the base (8) of the bore (5) and has a smaller diameter than a through-bore (12) accommodating the tightening screw (22) in the clamping bolt (10).
    • (10)布置在对齐的孔夹紧装置(100)被用于(1,2)由一个可径向扩张的锥形夹紧螺栓的手段两种组分的无间隙的连接(5,6)的第一部件(1)和第二部件(2)被布置。 夹持组件(100)是当它被插入到所述第一部件(1)的一个Sacklochung(5)被支撑和释放。 为了这个目的,在一个端部的锥形夹紧螺栓(10)的外螺栓部分(14),径向周向突起(17),其轴向地抵靠在所述第二部件(2)的外侧,而外部螺栓部的另一端部(14)连续的圆柱形 具有盲孔的直径训练(5)的孔中的第一部件(1)和在所述基部(8)的孔(5)具有同轴螺纹孔(7)提供一种(一个在锥形夹紧螺栓比更小的直径 有10个)公知的,通孔(12接收所述夹紧螺钉(22))。
    • 8. 发明申请
    • CENTERED/DECENTERED POWER TRANSMISSION WHEEL
    • 中心/分散式动力传动轮
    • WO1988004001A1
    • 1988-06-02
    • PCT/JP1987000906
    • 1987-11-24
    • TOKYO JIDO KIKO KABUSHIKI KAISHAONOGI, Kenkichi
    • TOKYO JIDO KIKO KABUSHIKI KAISHA
    • F16H55/36
    • F16D1/09F16D1/094F16D1/096F16H7/24F16H55/36
    • A centered/decentered power transmission wheel (10), in which a disc wheel (15), which constitutes the transmission wheel (10), is provided so that it can be moved slidingly along a support member (13), which is mounted on a rotary shaft (11), to maintain by removing or re-mounting a bushing (14), which is normally fitted in the transmission wheel (10), from or on the power transmission wheel (10) the center (C) of rotation of the disc wheel (15) and the axis (0) of the rotary shaft (11) in alignment with each other while the transmission wheel (10) is in a normal operation, and out of alignment while the replacement of a belt or the repairing of a part is carried out, whereby the replacement of a belt, the repairing of a part and other kinds of operations can be carried out speedily without moving the rotary shaft (11) itself.
    • 设置有构成传动轮(10)的盘轮(15)的中心/偏心动力传动轮(10),使得其能够沿安装在其上的支撑构件(13)滑动地移动 旋转轴(11),通过将传动轮(10)中正常安装的衬套(14)从动力传动轮(10)上或其上的旋转中心(C)移除或重新安装来保持 在传动轮(10)处于正常操作时彼此对准的盘轮(15)的轴线(0)和旋转轴(11)的轴线(0),并且在更换带或 进行零件的修理,由此可以快速地进行带的更换,零件的修理和其他操作,而不会使旋转轴(11)本身移动。
    • 9. 发明申请
    • SCHRUMPFSCHEIBE
    • 收缩盘
    • WO2015022412A1
    • 2015-02-19
    • PCT/EP2014/067455
    • 2014-08-14
    • ANDO, Mahito
    • ANDO, Mahito
    • F16D1/08F16D1/09
    • F16D1/0805F16D1/09
    • Schrumpfscheibe zur kraftschlüssigen Drehmomentübertragung bei einer Welle-Nabe-Verbindung. Im Unterschied zu der aus dem Stand der Technik in Verbindung mit mechanischen Schrumpfscheiben bekannten axialen Krafteinleitung, die mittels eines mechanischen Wandlers in einen radialen Anpressdruck zur Erzeugung eines Kraftschlusses hergestellt wird, wird im Rahmen der erfindungsgemäßen Lösung mittels eines hydraulischen Aktors ein direkter radialer Kraftaufbau bewirkt und mittels einer beidseitigen metallischen Einfassung des hydraulischen Aktors ein Kraftschluss im Bereich der Welle-Nabe-Verbindung hergestellt.
    • 收缩盘用于与轴毂连接的摩擦扭矩传递。 与此相反,从现有技术中的具有机械缩紧盘轴向的力导入,其由换能器在径向接触压力根据本发明由一个液压致动器的装置,以产生摩擦连接,在解决方案的上下文产生结合的公知的,直接径向力积聚被实现,并 由液压致动器的力装配在轴 - 轮毂连接的双面金属外壳来产生。
    • 10. 发明申请
    • OUTER RACE CONNECTION
    • 外连接
    • WO2011046538A1
    • 2011-04-21
    • PCT/US2009/060363
    • 2009-10-12
    • GKN DRIVELINE NORTH AMERICA, INC.HAHN, Steven, C.LITTLEWOOD, John
    • HAHN, Steven, C.LITTLEWOOD, John
    • F16D3/02F16D3/00
    • F16D3/223F16D1/087F16D1/09F16D2001/0955F16D2003/22326Y10T403/32975
    • An outer joint portion (42) for an articulating joint (26) is provided, the outer joint portion (42 including a first outer joint diameter section (DO1), a second outer joint diameter section (DO2), a main portion (86), and an inner bore (76). The first outer joint diameter section (DO1) is defined by a first portion of an outer surface (88) of the outer joint portion (42). The second outer joint diameter section (D02) is defined by a second portion of the outer surface (88) of the outer joint portion (42). The main portion (86) is configured for housing inner components (44, 46) of an articulating joint (26). The inner bore (76) is located at the second portion of the outer surface (88). The outer joint portion (42) is selectively compressible at the second portion of the outer surface (88), and the inner bore (76) configured for selectively receiving and securing to a shaft (30) when the outer joint portion (42) is compressed.
    • 外接头部分(42)包括第一外接头直径部分(DO1),第二外接头直径部分(DO2),主部分(86)和外接头部分 和内孔(76),第一外侧接头直径部(DO1)由外侧接头部(42)的外表面(88)的第一部分限定,第二外侧接头直径部(D02) 由外接头部分(42)的外表面(88)的第二部分限定,主部分(86)构造成用于容纳铰接接头(26)的内部部件(44,46) 76)位于外表面(88)的第二部分处,外接头部分(42)在外表面(88)的第二部分处可选择性地压缩,并且内孔(76)构造成用于选择性地接收和 当外接头部分(42)被压缩时固定到轴(30)。