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    • 1. 发明申请
    • ACTUATION SYSTEM
    • 执行系统
    • WO2010035030A3
    • 2010-05-20
    • PCT/GB2009051240
    • 2009-09-23
    • RICARDO UK LTDWHEALS JONATHAN C
    • WHEALS JONATHAN C
    • F16D23/12
    • F16D23/12F16D2023/126
    • The actuation mechanism (100) includes an actuator beam (102), a reaction element (106) or driver intended to act on the actuator beam, and an output member movable to apply or release an actuating force in response to operation of the actuator beam. The actuator beam (102) lis a spring element and the actuation mechanism is configured to provide relative movement between the driver and the spring element, in order to change the flexed shape of the spring element. Changes in the flexed shape of the spring element result in a change in the actuating force to be applied through the output member.
    • 致动机构(100)包括致动器梁(102),旨在作用于致动器梁的反作用元件(106)或驱动器,以及可响应于致动器梁的操作而移动以施加或释放致动力的输出构件 。 致动梁(102)与弹簧元件配合,致动机构构造成在驱动器与弹簧元件之间提供相对运动,以便改变弹簧元件的挠曲形状。 弹簧元件的弯曲形状的变化导致要通过输出构件施加的致动力的变化。
    • 2. 发明申请
    • ACTUATION SYSTEM
    • 执行系统
    • WO2010035030A2
    • 2010-04-01
    • PCT/GB2009051240
    • 2009-09-23
    • RICARDO UK LTDWHEALS JONATHAN C
    • WHEALS JONATHAN C
    • F16D23/12
    • F16D23/12F16D2023/126
    • The actuation mechanism includes an actuator beam, a reaction element or driver intended to act on the actuator beam, and an output member movable to apply or release an actuating force in response to operation of the actuator beam. The actuator beam is a spring element and the actuation mechanism is configured to provide relative movement between the driver and the spring element, in order to change the flexed shape of the spring element. Changes in the flexed shape of the spring element result in a change in the actuating force to be applied through the output member.
    • 致动机构包括致动器梁,旨在作用在致动器梁上的反作用元件或驱动器,以及可响应于致动器梁的操作而施加或释放致动力的输出构件。 致动器梁是弹簧元件,并且致动机构构造成提供驱动器和弹簧元件之间的相对运动,以便改变弹簧元件的弯曲形状。 弹簧元件的弯曲形状的改变导致通过输出构件施加的致动力的变化。
    • 3. 发明申请
    • CLUTCHES
    • 手拿包
    • WO2008044047A2
    • 2008-04-17
    • PCT/GB2007/003894
    • 2007-10-15
    • RICARDO UK LTD.WHEALS, Jonathan, C.SYKES, Lee
    • WHEALS, Jonathan, C.SYKES, Lee
    • F16D13/72F16D21/06
    • F16D13/72F16D21/06F16D2021/0607F16D2021/0615F16D2021/0684
    • A dual clutch transmission has a driving plate defining concentric engagement surfaces, concentric friction plates, concentric pressure plates, and first and second clutch springs for operation of the pressure plates in clamping the friction plates against their respective engagement surface on the driving plate. The driving plate has a top hat type configuration, whereby the engagement surfaces are axially off set from one another. Cooling passages may be provided in the driving plate. The dct is preferably nested, wherein the outer pressure plate is in axial alignment with the radially inner portion of the driving plate, the inner pressure plate is in axial alignment with the radially outer portion of the driving plate, and the friction plates are arranged in axial alignment with one another.
    • 双离合器变速器具有限定同心啮合表面,同心摩擦板,同心压力板的驱动板,以及第一和第二离合器弹簧,用于操作压板以将摩擦板夹在驱动板上的相应接合表面上。 驱动板具有顶帽型构造,由此接合表面彼此轴向地设置。 可以在驱动板中设置冷却通道。 dct优选地嵌套,其中外压板与驱动板的径向内部部分轴向对准,内压板与驱动板的径向外部部分轴向对准,摩擦板布置在 彼此轴向对准。
    • 4. 发明申请
    • CONTROLLED SHOCK ABSORBER FOR VEHICLE BUMPER
    • 车用缓冲器控制式减震器
    • WO2008044059A3
    • 2009-01-08
    • PCT/GB2007003939
    • 2007-10-15
    • RICARDO UK LTDWHEALS JONATHAN CSTOREY LLOYD
    • WHEALS JONATHAN CSTOREY LLOYD
    • B60R19/32B60R19/26B60R19/36
    • B60R19/26B60R19/32B60R19/36B60R2019/262
    • A vehicle bumper arrangement (10) comprises a bumper element (12) and a force absorption device (16) positioned between the bumper element (12) and a structure (14) of the vehicle. The bumper element (12) is movable in the direction of the structure (14) of the vehicle in response to an external force (22, 86) applied thereto. The force absorption device (16) is configurable to provide a differing magnitudes of resistive force to the applied external force (22, 86). In one embodiment the force absorption device (16, 416, 516, 616, 716) is configured so as to be able to provide multiple discrete values of resistive force, one of which values is selected prior to, or shortly after, movement of the bumper element (12) in the direction of the vehicle structure (14). In an alternative embodiment the force absorption device (216', 216'', 216''', 316) is configured so as to be able to provide an infinitely variable range of resistive force magnitudes between defined upper and lower limits, one of which magnitudes is selected prior to, or shortly after, movement of the bumper element (12) in the direction of the vehicle structure (14).
    • 车辆保险杠装置(10)包括位于缓冲器元件(12)和车辆结构(14)之间的保险杠元件(12)和力吸收装置(16)。 保险杠元件(12)可响应于施加到车辆的外力(22,86)而在车辆的结构(14)的方向上移动。 力吸收装置(16)可配置成对所施加的外力(22,86)提供不同的阻力大小。 在一个实施例中,力吸收装置(16,416,516,616,716)被构造成能够提供多个离散值的阻力,其中一个值在之前或之后不久被选择 保险杠元件(12)沿车辆结构(14)的方向。 在另一个实施例中,力吸收装置(216',216“,216”',316)构造成能够在限定的上限和下限之间提供无限可变的阻力范围,其中之一 保险杠元件(12)沿着车辆结构(14)的方向移动之前或不久之后选择大小。
    • 8. 发明申请
    • ASSIST MECHANISM FOR A CLUTCH CONTROL SYSTEM
    • 用于离合器控制系统的辅助机构
    • WO2010035029A1
    • 2010-04-01
    • PCT/GB2009/051239
    • 2009-09-23
    • RICARDO UK LIMITEDWHEALS, Jonathan, C.MCMICKING, James
    • WHEALS, Jonathan, C.MCMICKING, James
    • F16D23/12
    • F16D23/12
    • A clutch control assembly includes an actuator arranged for operating a clutch. An assist mechanism (108) communicates with the actuator for maintaining a clamp load at the clutch. The assist mechanism includes a spring element (110) and a reaction element (112) configured such that relative movement between the spring element and reaction element brings about a change in the flexed shape of the spring element, in order to change the output force from the assist mechanism to the actuator. The spring element may be coupled for movement with the output of the actuator, with the reaction element fixedly mounted on a grounded element separate from the output. The spring element is substantially bell-shaped and arranged coaxially with the thrust axis of the output.
    • 离合器控制组件包括用于操作离合器的致动器。 辅助机构(108)与致动器连通以保持离合器处的夹紧负载。 辅助机构包括弹簧元件(110)和反作用元件(112),其构造成使得弹簧元件和反作用元件之间的相对运动导致弹簧元件的弯曲形状的变化,以便改变弹簧元件的输出力 辅助机构到致动器。 弹簧元件可以被联接以与致动器的输出一起移动,其中反作用元件固定地安装在与输出分离的接地元件上。 弹簧元件基本上是钟形的并且与输出的推力轴线同轴布置。
    • 10. 发明申请
    • IMPROVEMENTS IN OR RELATING TO VEHICLE BUMPERS
    • 改善或相关车辆的改进
    • WO2008044059A2
    • 2008-04-17
    • PCT/GB2007/003939
    • 2007-10-15
    • RICARDO UK LTD.WHEALS, Jonathan, C.STOREY, Lloyd
    • WHEALS, Jonathan, C.STOREY, Lloyd
    • B60R19/32B60R19/26B60R19/36
    • B60R19/26B60R19/32B60R19/36B60R2019/262
    • A vehicle bumper arrangement (10) comprises a bumper element (12) and a force absorption device (16) positioned between the bumper element (12) and a structure (14) of the vehicle. The bumper element (12) is movable in the direction of the structure (14) of the vehicle in response to an external force (22, 86) applied thereto. The force absorption device (16) is configurable to provide a differing magnitudes of resistive force to the applied external force (22, 86). In one embodiment the force absorption device (16, 416, 516, 616, 716) is configured so as to be able to provide multiple discrete values of resistive force, one of which values is selected prior to, or shortly after, movement of the bumper element (12) in the direction of the vehicle structure (14). In an alternative embodiment the force absorption device (216', 216'', 216''', 316) is configured so as to be able to provide an infinitely variable range of resistive force magnitudes between defined upper and lower limits, one of which magnitudes is selected prior to, or shortly after, movement of the bumper element (12) in the direction of the vehicle structure (14).
    • 车辆保险杠装置(10)包括位于缓冲器元件(12)和车辆结构(14)之间的保险杠元件(12)和力吸收装置(16)。 保险杠元件(12)可响应于施加到车辆的外力(22,86)而在车辆的结构(14)的方向上移动。 力吸收装置(16)可配置成对所施加的外力(22,86)提供不同的阻力大小。 在一个实施例中,力吸收装置(16,416,516,616,716)被配置为能够提供多个离散值的阻力,其中一个值在之前或之后不久被选择 保险杠元件(12)沿车辆结构(14)的方向。 在另一个实施例中,力吸收装置(216',216“,216”',316)构造成能够在限定的上限和下限之间提供无限可变的阻力范围,其中之一 保险杠元件(12)沿着车辆结构(14)的方向移动之前或不久之后选择大小。