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    • 33. 发明公开
    • Safety slip-coupling
    • 安全滑动联接
    • EP0057807A3
    • 1982-09-01
    • EP81850222
    • 1981-11-19
    • FFV Industriprodukter Aktiebolag
    • Olsson, Kjell Evert
    • F16D43/21F16D43/286
    • F16D43/215F16D43/286
    • A safety coupling of slip-coupling type comprising an in-going or drive shaft (1), which in an axially displaceable manner carries a pressure-disc (6), an out-going or driven shaft (2) which in turn carries a counter-pressure disc (11), means eg. springs (12) which force the pressure-disc (6) into friction engagement with the counter pressure disc (11). The drive shaft (1) also carries a fluid-tight coupling case (3) enclosing both coupling discs (6, 11) and which contains a determined amount of pressure medium which forms to a rotating ring or mass of oil (21) as the coupling-case rotates. The pressure-disc (6) and the counter-pressure disc (11) form between them a closed cavity (15) which connects via one or several channels (16) to the rotating oil mass (21) in the coupling case (3). The orifice (18) of the channels can be faced in an opposite direction to the normal direction of rotation of the coupling-case. With the incurrence of relative rotation between in- and out-going shafts, oil is pressed from the rotating mass of oil (21), through the channel or channels (16), to the closed cavity (15) of the coupling-discs where a pressure is built up and releases the coupling discs.
    • 滑动联轴器类型的安全联接器包括沿轴向或驱动轴(1)的轴向移动方式,其承载压力盘(6),外侧或从动轴(2) 反压盘(11),例如。 弹簧(12)迫使压盘(6)与反压盘(11)摩擦接合。 驱动轴(1)还承载封闭两个联接盘(6,11)的流体密封联接箱(3),并且其包含确定量的压力介质,其形成为旋转环或油(21),作为 联轴器旋转。 压力盘(6)和反压盘(11)在它们之间形成一个通过一个或多个通道(16)连接到联接箱(3)中的旋转油质量(21)的闭合腔(15) 。 通道的孔口(18)可以面向与联接壳体的法向旋转方向相反的方向。 随着内外轴之间的相对旋转的发生,油被从旋转油(21)的质量通过通道或通道(16)压到连接盘的闭合腔(15),其中 建立压力并释放联接盘。
    • 34. 发明公开
    • Hydraulisch oder pneumatisch ein- und ausrückbare Reibscheibenkupplung
    • Hydraulisch oder pneumatisch ein- undausrückbareReibscheibenkupplung。
    • EP0024726A1
    • 1981-03-11
    • EP80105098.0
    • 1980-08-27
    • POLITECHNIKA POZNANSKA
    • Michalak, BoleslawMichalak, JadwigaAuguscinski, Andrzej
    • F16D43/286
    • F16D43/286
    • Diese Kupplung besteht aus einer Nabe (1), an welcher Reibscheibenpaare (3a,3b) befestigt sind, und aus einem Gehäuse (2), in welchem die Nabe (1) drehbar gelagert ist. Die Räume zwischen den Scheiben der Reibscheibenpaare (3a, 3b) bilden Druckkammern, die mit dem Zuflußsystem und Ausflußsystem des Druckmediums verbunden sind. Das Ausflußsystem hat einen größeren Strömungswiderstand als das Zuflußsystem.
      Um ein automatisches Ausrücken der Kupplung bei Überlast ohne verschiebbare Steuerglieder zu ermöglichen, weist zumindest eine Reibscheibe (3a) eine Durchflußöffnung (7) auf. Diese Durchflußöffnung (7) und eine Ausflußöffnung (6) im Gehäuse (2) sind so angeordnet, daß sie sich überlappen können. Die Kupplung wirkt als Überlastkupplung und löst bei Überlast im Druckmedium einen Druckimpuls aus, weicher in Regelsystemen ausgenützt werden kann.
    • 该离合器包括一对轮毂(1),一对摩擦盘(3a,3b)被安装在该轮毂(1)上,以及一个壳体(2),轮毂(1)可旋转地支承在其中。 一对摩擦盘(3a,3b)的盘之间的空间形成连接到压力介质的入口系统和出口系统的压力室。 出口系统具有比入口系统更大的流动阻力。 为了在过载而没有任何可移动的最终控制元件的情况下方便离合器的自动分离,至少一个摩擦盘(3a)具有通流开口(7)。 该通流开口(7)和壳体(2)中的出口开口(6)被布置成使得它们可以重叠。 离合器作为过载离合器,并且在过载的情况下,触发可用于控制系统的压力介质中的压力脉冲。
    • 38. 发明授权
    • A CLUTCH DEVICE FOR FAST DECLUTCHING OF TWO ELEMENTS IN A TRANSMISSION
    • DEVICE FOR TWO变速器的元素的快速解耦
    • EP1269034B1
    • 2009-03-18
    • EP01918070.2
    • 2001-03-30
    • Voith Safeset AB
    • FALK, Curt
    • F16D1/08F16D7/02F16D9/00F16D43/286
    • F16D7/02F16D1/0805F16D43/286
    • A clutch arrangement for rapid disengagement of two elements in a transmission system when a chosen torque is exceeded. The one element is a conical shaft-end which carries a corresponding sleeve (1). The sleeve carries externally at its ends two mutually separated ball bearings (5) and a force transmission ring (20) disposed therebetween. An annular force transmission body (7) surrounds and is carried by the ball bearings and includes a pressurisable hydraulic chamber which when pressurised through the medium of a valve on said body causes a reduction in the diameter of the inner surface of the body (7) so that said body will be brought into force transmitting engagement with the outer surface of the ring. The sleeve (1) carries a dogging element (14) which is adapted to act on an element (10) carried by the body (7) for depressurising the hydraulic chamber (8) upon relative rotation between the body (7) and the sleeve (1). The arrangement is such that the ring (20) and the body (7) will pass free from each other in the pressureless state of the hydraulic chamber (8). The ring (20) is operatively connected to the sleeve, so that relative rotation between the clutch components will take place between the ring and the body when the clutch is triggered.