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    • 41. 发明授权
    • Hydraulic cylinder for braking elements of vehicles
    • 车辆制动元件液压缸
    • US5052277A
    • 1991-10-01
    • US554351
    • 1990-07-19
    • Xaver Wirth
    • Xaver Wirth
    • F16D65/14F16D65/18F16D65/54F16D65/74
    • F16D65/18F16D65/54F16D65/74F16D2121/02
    • In an hydraulic cylinder for vehicle braking elements, a clamping piston (1) moved in a housing (3) by hydraulic pressure acts relative to a brake lining carrier bearing a brake lining, e.g., in the form of a brake shoe which, during braking, is forced against the brake disk. To prevent the clamping piston (1) in rest position from being pushed back into its housing (3) by axial impact forces, the clamping piston (1) can be coupled at its interior to an hydraulic volume, which, in the neutral position of the clamping piston (1), acts as an hydraulic cushion and counteracts the impact forces. The hydraulic cushion is formed by an auxiliary piston (17) which defines an hydraulic volume at the interior of clamping piston (1) and which, with the clamping piston in rest position, sealingly abuts the clamping piston and locks the hydraulic volume relative to the pressure chamber (11) of the clamping piston (1), but when the clamping piston (1) is pressurized, produces an unobstructed connection between the pressure chamber (11) and the hydraulic volume within the auxiliary piston (17).
    • 在用于车辆制动元件的液压缸中,通过液压在壳体(3)内移动的夹紧活塞(1)相对于承载制动衬片的制动衬片载体(例如制动蹄的形式)作用 ,被迫靠在制动盘上。 为了防止夹紧活塞(1)处于静止位置,通过轴向冲击力被推回到其壳体(3)中,夹紧活塞(1)可以在其内部联接到液压体积,液压体积在 夹紧活塞(1)用作液压缓冲垫并抵消冲击力。 液压缓冲垫由辅助活塞(17)形成,辅助活塞(17)在夹紧活塞(1)的内部限定液压容积,并且夹紧活塞与静止位置密封地邻接夹紧活塞并锁定液压体积 夹紧活塞(1)的压力室(11),但是当夹紧活塞(1)被加压时,在压力室(11)和辅助活塞(17)内的液压容积之间产生无障碍的连接。
    • 42. 发明授权
    • Brake cylinder for rail vehicles
    • 轨道车辆制动缸
    • US5038896A
    • 1991-08-13
    • US507789
    • 1990-04-12
    • Xaver Wirth
    • Xaver Wirth
    • B60T17/08B60T17/16B61H5/00F16D55/224
    • B61H5/00B60T17/083B60T17/16F16D55/2245
    • In a brake cylinder (1) for vehicle brake systems a service and a parking brake are provided within a common housing (25). The parking brake (41) acts on a brake actuating member (37) of the brake cylinder (1) against spring force via a parking brake piston (57) which can be loaded preferably by a pressure medium, and can be locked in the parking brake position by a locking mechanism (43) that acts mechanically, i.e., pressure independently, and that is applied automatically subject to spring force when the parking brake is actuated. The locking mechanism (43) is released preferably by loading a locking piston (59) with a pressure medium in such a manner that the parking brake piston can be returned automatically subject to spring force into its release position and is mechanically maintained in this position.
    • 在用于车辆制动系统的制动缸(1)中,在公共壳体(25)内设置有工作和驻车制动器。 停车制动器(41)通过驻车制动器活塞(57)抵抗弹簧力作用在制动液压缸(1)的制动器驱动件(37)上,该停车制动器活塞可以优选地被压力介质加载,并可锁定在停车 通过机械地作用,即独立地进行压力的锁定机构(43)的制动位置,并且当驻车制动器被致动时被自动地施加于弹簧力。 锁定机构(43)优选地通过用压力介质装载锁定活塞(59)来释放,使得驻车制动器活塞可以被弹簧力自动地返回到其释放位置并机械地保持在该位置。
    • 43. 发明授权
    • Working cylinder without piston rod
    • 工作缸无活塞杆
    • US5020421A
    • 1991-06-04
    • US519461
    • 1990-05-07
    • Heinz Podlesak
    • Heinz Podlesak
    • F15B15/08
    • F15B15/084
    • A working cylinder without piston rod in the form of a band cylinder. The band (3) in the cylinder covers (8) penetrates a receiving chamber (10) for a sealing and a guide member. Each sealing member comprises a strip-like sealing element on both sides of the band, made of elastic material and, on the piston side, in the form of a lip seal. The sealing elements (12, 13) are installed in the receiving chamber (10) with elastic pre-stressing relative to the band (3). Each guide member facing the sealing member has on both sides of the band (3) a rib-like guide element (23, 24), which is also elastically forced against the band (3) by pre-stressing the sealing elements (12, 13). The guide elements (23, 24) terminate in stop faces (28) with clearance (29) in front of the wall (15) of the receiving chamber (10). The result is that the band (3) can be deflected elastically from its desired position only by the amount of the clearance ( 29); subsequently the guide elements (23, 24) brace themselves form-lockingly against the cylinder cover (8) and prevent any further deflection of the band.
    • 一个没有活塞杆的工作缸,形式为带筒。 气缸盖(8)中的带(3)穿过用于密封的接收室(10)和引导构件。 每个密封构件在带的两侧上包括由弹性材料制成的带状密封元件,并且在活塞侧上为唇形密封件的形式。 密封元件(12,13)相对于带(3)以弹性预应力安装在接收室(10)中。 面向密封构件的每个引导构件在带(3)的两侧具有肋状引导元件(23,24),其也通过预先施加密封元件(12,24)来弹性地抵靠带(3) 13)。 引导元件(23,24)在接收室(10)的壁(15)的前方具有间隙(29)终止在止动面(28)中。 结果是,带(3)可以仅通过间隙(29)的量从其期望位置弹性地偏转; 随后引导元件(23,24)以自身形式锁定在气缸盖(8)上并且防止带的任何进一步的偏转。
    • 44. 发明授权
    • Combined service and spring-loaded brake cylinder
    • 组合服务和弹簧制动缸
    • US4795005A
    • 1989-01-03
    • US61610
    • 1987-06-15
    • Xaver Wirth
    • Xaver Wirth
    • B60T13/22B60T17/08B61H15/00F16D65/56B60T11/10
    • B61H15/00B60T13/22B60T17/083F16D65/56
    • The combined service and spring-loaded brake cylinder has a service brake piston (11) and a tension piston (16) assigned to a storage spring (17). Between the tension piston, a wear stroke readjusting device with non-self-locking threading (44) is arranged. The threaded spindle (29) of the wear stroke adjusting device can be moved axially and held stationary via a conical coupling (40), which is also spring loaded in the closed direction and closes in the direction of the braking force output. There is also an annular piston (22), which can be moved into the release position by means of a second release pressure cycle at the tension piston (16) in order to move the piston. On an end section (25), which projects into free space, the tension piston (16) carries a nut (27) which can be pulled into its release position by screwing.
    • 组合式服务和弹簧制动液压缸具有行车制动活塞(11)和分配给储能弹簧(17)的张力活塞(16)。 在张紧活塞之间布置有具有非自锁螺纹(44)的磨损行程重新调节装置。 磨损行程调节装置的螺纹主轴(29)可以通过锥形联接器(40)轴向移动并保持静止,该锥形联接器(40)也在关闭方向上弹簧加载并沿制动力输出方向闭合。 还有一个环形活塞(22),其可以通过在张紧活塞(16)处的第二释放压力循环而移动到释放位置中,以便移动活塞。 在突出到自由空间的端部(25)上,张紧活塞(16)承载螺母(27),螺母可通过旋拧而被拉入其释放位置。
    • 45. 发明授权
    • Brake linkage for vehicle brakes
    • 车辆制动器的制动联动装置
    • US4706786A
    • 1987-11-17
    • US822566
    • 1986-01-27
    • Julius Nadas
    • Julius Nadas
    • B61H15/00F16D55/224F16D65/56F16D55/02F16D65/38F16D65/52
    • F16D55/2245B61H15/00F16D65/56
    • The pull- or push rod of a brake linkage, preferably in the form of a brake clamp, features a double spindle (21) whose oppositely directed threaded ends (20) are screwed into nuts (14) which have a self-locking thread and are hinged to brake levers (4). A flat spiral spring (23) continuously loads the double spindle (21) in the direction of rotation for brake clearance adjustment, while a rotary lock keeps the double spindle (21) in place when the brakes are released. Upon achievement of an application stroke or pressure, for the brakes, the rotary lock is released, and by turning the double spindle (21), excessive play of the brakes at the beginning of the braking process is compensated immediately and completely.
    • 制动联动器的拉杆或推杆优选地为制动夹具的形式,具有双轴(21),该双轴(21)的相对方向的螺纹端(20)旋入螺母(14)中,该螺母具有自锁螺纹,并且 铰接到制动杆(4)上。 扁平螺旋弹簧(23)在制动器间隙调整的旋转方向上连续地装载双主轴(21),而当制动器被释放时,旋转锁将双主轴(21)保持在适当的位置。 在达到施加行程或压力时,对于制动器,释放旋转锁,并且通过转动双主轴(21),马达和完全地补偿在制动过程开始时制动器的过度游隙。
    • 47. 发明授权
    • Link joint between a brake cylinder and a brake linkage
    • 制动液压缸与制动联动装置之间的连接
    • US4638892A
    • 1987-01-27
    • US810485
    • 1985-12-19
    • Xaver Wirth
    • Xaver Wirth
    • B60T17/08B61H5/00F16D55/224F16D65/28
    • F16D55/2245B60T17/081B61H5/00
    • The link joint between a brake cylinder (1) and a brake linkage has a bearing lug (4) attached to a brake cylinder part (2,3). For a pivoting connection between the two, an annular turning surface bearing (14,18) is provided for. The bearing lug (4) is pierced by screw bolts (23) with lateral play, which are screwed to the brake cylinder part (2,3) and the head portions (26) of which are supported by disc springs (28) against the contact point (27) on the bearing lug (4). The rotational center or axis of the turning surface bearing (14,18) is located on the brake cylinder axis (10) in the plane of the contact point (27). With a spherical turning surface bearing (14,18) it is possible to achieve, by an adjusting spring (29), rotatability of the bearing lugs (4) only about a straight line through the ball center (15) of the spherical turning surface bearing (14,18), perpendicular to the brake cylinder axis (10) and the longitudinal axis of the adjusting spring (29).
    • 制动液压缸(1)和制动联动装置之间的连杆接头具有安装在制动缸部分(2,3)上的轴承凸耳(4)。 为了在两者之间枢转连接,提供了一个环形转动表面轴承(14,18)。 轴承凸耳(4)由具有侧向游隙的螺栓(23)穿过,该螺栓拧入制动缸部分(2,3),并且其头部(26)由盘形弹簧(28)支承在其上 轴承座(4)上的接触点(27)。 转动面轴承(14,18)的旋转中心或轴线位于接触点(27)的平面内的制动缸轴线(10)上。 通过球面转向表面轴承(14,18),可以通过调节弹簧(29)实现轴承凸耳(4)的可转动性,仅通过球面转动表面的球形中心(15)的直线 垂直于制动缸轴线(10)的轴承(14,18)和调节弹簧(29)的纵向轴线。
    • 48. 发明授权
    • Shaft braking disc for rail vehicle disc brake
    • 轨道车辆盘式制动器的制动盘
    • US4638891A
    • 1987-01-27
    • US771924
    • 1985-09-03
    • Xaver Wirth
    • Xaver Wirth
    • F16D65/12B61H13/00B21H5/00F16D65/847
    • F16D65/128
    • Shaft braking disc with a unitary, ventilated friction ring (3), provided with ventilation ribs (4) some of which have radially inwardly extending support spokes (2) terminating in a hub (1) and having a cross section area which gradually diminishes in the radially inward direction. Attached to both sides of these spokes in the circumferential direction are reinforcement ribs (7) whose cross sectional areas gradually increase in the radially inward direction, in such manner that the sum of the cross sections of a support spoke (2) and its reinforcement ribs on both sides is at least substantially constant over the entire radial length of the spoke.
    • 具有整体通风的摩擦环(3)的轴制动盘带有通风肋(4),其中一些具有径向向内延伸的支撑辐条(2),其终止于轮毂(1)中,并且具有逐渐减小的横截面积 径向向内的方向。 在这些轮辐的周向两侧附着有加强肋(7),其横截面积沿径向向内方向逐渐增加,使得支撑轮辐(2)的横截面和其加强肋之和 两侧在轮辐的整个径向长度上至少基本上恒定。