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    • 1. 发明授权
    • Differential unit
    • 差分单位
    • US5749801A
    • 1998-05-12
    • US623326
    • 1996-03-27
    • Masao TeraokaNobushi Yamazaki
    • Masao TeraokaNobushi Yamazaki
    • F16H48/08F16H48/20F16H48/22F16H48/27F16H48/30F16H48/32F16H48/40F16H1/455B60K17/20
    • F16H48/22F16H48/08F16H48/27F16H48/30F16H48/32F16H2048/204F16H2048/205F16H2200/2071F16H48/40
    • A differential unit is disclosed which has a differential limiting function and which exhibits stable differential limiting characteristic even if the difference in the differential rotations is small. The differential unit has a differential case, pinion gears, side gears, a gear pump disposed between a left side gear and the differential case. The hydraulic actuator, and a multiple disc clutch, wherein the gear pump consists of a plurality of gear pumps each having a pump case formed integrally with the differential case, a first accommodation hole of the pump case, a plurality of second accommodation holes formed at intervals in the circumferential direction of the first accommodation hole, a large-diameter gear rotatively accommodated in the first accommodation hole at a position on the outer surface of a boss portion of the left side gear and arranged to be rotated together with the left side gear, and small-diameter gears rotatively accommodated in the second accommodation holes and engaged to the large-diameter gear.
    • 公开了一种具有差速限制功能的差分单元,即使差速旋转的差异小,也出现稳定的差速限制特性。 差动单元具有差速器壳体,小齿轮,侧齿轮,设置在左侧齿轮和差速器壳体之间的齿轮泵。 液压致动器和多片离合器,其中齿轮泵由多个齿轮泵组成,每个齿轮泵具有与差速器壳体一体形成的泵壳体,泵壳体的第一容纳孔,多个第二容纳孔,形成在 在第一容纳孔的圆周方向上的间隔;大直径齿轮,其旋转地容纳在左侧齿轮的凸台部的外表面上的位置处的第一容纳孔中,并与左侧齿轮 和小直径齿轮旋转地容纳在第二容纳孔中并接合到大直径齿轮。
    • 2. 发明授权
    • Control clutch with interacting viscous control unit and frictional
clutch unit
    • 具有相互作用的粘性控制单元和摩擦离合器单元的控制离合器
    • US4662499A
    • 1987-05-05
    • US753407
    • 1985-09-16
    • Alfons Jordan
    • Alfons Jordan
    • B60K17/34F16D7/02F16D35/00F16D47/06F16D29/00F16D43/25F16H1/455
    • F16D47/06B60K17/34F16D35/00F16D35/005F16D7/027
    • A control clutch mechanism embodying a first aspect of the invention has an inner clutch part and an outer clutch part defining an annular space therebetween, with a viscous control unit and a frictional clutch unit being provided which consist of two sets of plates arranged in the annular space, each set of plates including plates alternately nonrotatively connected with one of the clutch parts, respectively. An axially movable annular piston is slidingly arranged in fluid-tight engagement between the viscous control unit and the frictional clutch unit and a pressure plate is located between the annular piston and the frictional clutch unit. A first stop is provided for the annular piston and a first spring acts between the piston and the pressure plate. The viscous control unit is structured to transmit a negligibly low nominal torque as compared with the frictional clutch unit and, in accordance with a second aspect of the invention, the frictional clutch unit is provided with an annular flange which is moved by operation of an electromagnet against a second spring and against a second stop so as to relieve the pressure on the first spring, thereby bringing the control clutch mechanism into a freewheeling state by energization of the electromagnet.
    • 体现本发明第一方面的控制离合器机构具有内部离合器部分和外部离合器部分,其间限定了它们之间的环形空间,其中设置有粘性控制单元和摩擦离合器单元,所述摩擦离合器单元由布置在环形 空间,每组板包括分别与其中一个离合器部件交替地非旋转地连接的板。 一个可轴向移动的环形活塞在粘性控制单元和摩擦离合器单元之间以流体密封的方式被滑动地布置,压板位于环形活塞和摩擦离合器单元之间。 为环形活塞设置第一止动件,第一弹簧作用在活塞和压力板之间。 粘性控制单元被构造成与摩擦离合器单元相比传递可忽略的低标称扭矩,并且根据本发明的第二方面,摩擦离合器单元设置有环形凸缘,其通过电磁体的操作而移动 抵靠第二弹簧并抵靠第二挡块,以便减轻第一弹簧的压力,从而通过电磁铁的通电使控制离合器机构进入续流状态。
    • 5. 发明专利
    • SE9202200L
    • 1994-01-21
    • SE9202200
    • 1992-07-20
    • IPUMATIC AB
    • SEVERINSSON L M
    • B60K17/35F16D43/284F16D48/02F16H1/455
    • A device for transmitting torque between two rotatable shaft members (2, 3) in a stationary housing (1) contains a number of alternate clutch discs (10, 11) engageable to counteract differential rotational speed between the two shaft members, to which they are connected, a hydraulic clutch piston (12) to engage the clutch discs and a hydraulic pump arrangement (15-24) driven by the speed differential between the two shaft members. An annular control piston (15) is axially movably arranged in the housing and is in contact with control pins (17), which are rotatable together with one of the shaft members (3) and cooperate with a cam curve (20) in the other shaft member (2) in such a way that the control pins and thus the control piston are imparted an oscillating movement with a frequency directly proportional to the rotational speed differential between the two shaft members.
    • 8. 发明专利
    • CENTRALIZED WET-BRAKE AND OTHER IMPROVEMENTS FOR RUNNING GEARS WITH ADJUSTABLE WHEEL
    • CA1302306C
    • 1992-06-02
    • CA562443
    • 1988-03-25
    • SZALAI GABOR
    • SZALAI GABOR
    • B60K17/16B60T1/06F16H48/08F16H48/10F16H48/22F16H48/30F16H48/32F16H48/38F16H48/42F16H1/455
    • The invention relates to a drive axle for vehicles, in particular for power machines with adjustable wheel track, which can be characterized in that it has a combined head assembly containing a central wet-brake construction and e differential mechanism completed with mechanically engagable bundle of lamellae for limiting the differential mechanism spin out, which rotary brake discs (24) are connected with the external spline of the half-part (3b) of a differential case with one dividing plane and said half-pert is arranged opposite to the crown-gear (2), in the inner space of the half-part (3b) of said differential case, on the outer surface of the bottom plate supporting the . side gear (45) compression-springs (39) are seated, furtheron a pressure disc (37), a bundle of lamellae, supporting disc (38), a snap ring (40), a spacer (41) and a taper roller bearing (23) are also here arranged, whereas the externally splined lamellae (42) of the bundle of lamellae are engaged with the internal spline of the half-part (3b) of said differential case, while the lamellae (43) with the internal spline engage with the splined hub (44), while the face dogs of the latter one engage with the face; dogs of the sliding coupling sleeve (47) extending through the bore of the carrier (22) of the taper roller bearing (23) with the intervention of centralizing ring (46) the sliding coupling sleeve (47) can be moved on the spline of the inner half-shaft (4) by means of the coupling fork (50) which is rotating on the pin (49) which is supported in the carrier (48) having been fixed to the lateral face of the center housing (10), furtheron, stationary discs (25) of said central brake construction are connected torque-proof but loosely to the brake-house (26) having been fixed to the lateral face of the center housing (10), and in the annular inner space of the brake-house (26) the brake piston (27) and in the bearing bracket-extension the cylindrical roller bearing (29) of the pinion bevel gear (1) are arranged, furtheron, between the carriers (6a, 6b) of the planetary mechanismes having been arranged next to the combined head assembly and the outputshaft (14) a splined sleeve (13) is inserted, while the external spline thereof are engaged with the carrier (6a, 6b) of the planetary mechanism and the internal spline thereof engage with the output-shaft (14).