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    • 2. 发明公开
    • LAMELLENSYNCHRONISIERUNG
    • EP0812398A1
    • 1997-12-17
    • EP96904843.0
    • 1996-02-22
    • ZF FRIEDRICHSHAFEN Aktiengesellschaft
    • BAILLY, GerhardBAASCH, DetlefBIEBER, GeroldGAZYAKAN, Ünal
    • F16H3F16D23
    • F16D23/06F16D2023/0643F16D2023/0656F16D2023/0662Y10T74/19284
    • A synchronising device (2) is disclosed for interconnecting and transmitting a torque between two rotary elements of a shift gear box, in particular for connecting a transmission shaft (4) to a gear wheel (6, 8) mounted to rotate on the transmission shaft (4). A synchroniser sleeve (30) has an outer disk carrier (36) connected to a shift gear element (64) and an inner disk carrier (34). A set of disks (40) is provided between the disk carriers (34, 36). The adjacent disks of the set of disks (40) are alternately connected to the inner disk carrier (34) or to the outer disk carrier (36). When the speed of rotation of the outer disk carrier (36) differs from that of the inner disk carrier (34), the disks allow a synchronisation moment to be achieved. For that purpose, the outer disk carrier (36) has a device (62) for form-fittingly locking the outer disk carrier (36) to a device (60, 76) at the gear wheel (6, 8). After the outer disk carrier (36) moves axially in the direction of the gear wheel (6, 8) to be connected, form locking is achieved before the torque-transmitting coupling teeth (24, 26, 32) between the inner disk carrier (34) and the gear wheel (6, 8) engage each other. The inner disk carrier (34) is permanently secured in rotation to the transmission shaft (4) and a spring element (42) is capable of constantly exerting a force on the set of disks (40) to achieve a synchronisation moment. The friction disks preferably have paper linings. The form locking devices and the coupling teeth may be spring-mounted and have stub ends.
    • 7. 发明授权
    • LAMELLENSYNCHRONISIERUNG
    • EP0812398B1
    • 1998-09-23
    • EP96904843.8
    • 1996-02-22
    • ZF FRIEDRICHSHAFEN Aktiengesellschaft
    • BAILLY, GerhardBAASCH, DetlefBIEBER, GeroldGAZYAKAN, Ünal
    • F16D23/06
    • F16D23/06F16D2023/0643F16D2023/0656F16D2023/0662Y10T74/19284
    • A synchronising device (2) is disclosed for interconnecting and transmitting a torque between two rotary elements of a shift gear box, in particular for connecting a transmission shaft (4) to a gear wheel (6, 8) mounted to rotate on the transmission shaft (4). A synchroniser sleeve (30) has an outer disk carrier (36) connected to a shift gear element (64) and an inner disk carrier (34). A set of disks (40) is provided between the disk carriers (34, 36). The adjacent disks of the set of disks (40) are alternately connected to the inner disk carrier (34) or to the outer disk carrier (36). When the speed of rotation of the outer disk carrier (36) differs from that of the inner disk carrier (34), the disks allow a synchronisation moment to be achieved. For that purpose, the outer disk carrier (36) has a device (62) for form-fittingly locking the outer disk carrier (36) to a device (60, 76) at the gear wheel (6, 8). After the outer disk carrier (36) moves axially in the direction of the gear wheel (6, 8) to be connected, form locking is achieved before the torque-transmitting coupling teeth (24, 26, 32) between the inner disk carrier (34) and the gear wheel (6, 8) engage each other. The inner disk carrier (34) is permanently secured in rotation to the transmission shaft (4) and a spring element (42) is capable of constantly exerting a force on the set of disks (40) to achieve a synchronisation moment. The friction disks preferably have paper linings. The form locking devices and the coupling teeth may be spring-mounted and have stub ends.
    • 公开了一种用于在变速齿轮箱的两个旋转元件之间互连和传递扭矩的同步装置(2),特别是用于将变速器轴(4)连接到安装成在变速器轴上旋转的齿轮(6,8) (4)。 同步器套筒(30)具有连接到换档齿轮元件(64)和内部盘片支架(34)的外部盘片支架(36)。 一组盘(40)设置在盘架(34,36)之间。 该组盘(40)的相邻盘交替地连接到内部盘载体(34)或外部盘载体(36)。 当外部盘片支架(36)的旋转速度不同于内部盘片支架(34)的旋转速度时,盘片允许实现同步时刻。 为此目的,外盘支架(36)具有用于将外盘支架(36)形锁合地锁定在齿轮(6,8)上的装置(60,76)的装置(62)。 在外部盘片支架(36)沿待连接的齿轮(6,8)的方向轴向移动之后,在内部盘片支架(6,8)与扭矩传递耦合齿(24,26,32) 34)和齿轮(6,8)相互啮合。 内盘支架(34)永久地固定在传动轴(4)上,并且弹簧元件(42)能够恒定地在该组盘(40)上施加力以实现同步力矩。 摩擦盘优选具有纸衬。 形状锁定装置和联接齿可以是弹簧安装的并且具有短端。