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    • 2. 发明授权
    • Front and rear wheel load distribution control unit for coupled vehicle
    • 用于联动车辆的前轮和后轮负载分配控制单元
    • US06336069B1
    • 2002-01-01
    • US09572934
    • 2000-05-18
    • Nobuki HasegawaHitoshi Nakanishi
    • Nobuki HasegawaHitoshi Nakanishi
    • B60K1735
    • B60K23/04B60K17/04B60K17/34B60K17/36B60K23/0808B60W10/06B60W10/14B60W30/18B60W2510/104B60W2710/0644B60W2720/403B60Y2200/14
    • A front and rear wheel load distribution control unit which provides excellent driving operability of a coupled vehicle and improves durability of a driving unit. To this end, the control unit is a front and rear wheel load distribution control unit for a coupled vehicle with a front vehicle (1) and a rear vehicle (3) being coupled, including an inter-axle differential lock (71) between a front axle (91) and a rear axle (92) for eliminating a rotational differential between the front axle (91) and the rear axle (92), and includes a crossing angle detecting sensor (33) for detecting a crossing angle of the front vehicle (1) and the rear vehicle (3), a front axle rotation sensor (31) for detecting rotation of the front axle (91), a rear axle rotation sensor (32) for detecting rotation of the rear axle (92), and control means (20, 20a, 20b, 36) for operating the inter-axle differential lock (71) in response to a crossing angle signal from the crossing angle detecting sensor (33), a rotation signal from the front axle rotation sensor (31), and a rotation signal from the rear axle rotation sensor (32).
    • 一种前后轮负载分配控制单元,其提供耦合车辆的良好的驾驶操作性并且提高驱动单元的耐久性。 为此,控制单元是用于联接车辆的前后轮负载分配控制单元,其中前车辆(1)和后车辆(3)联接在一起,包括在车桥间差速锁 前轴(91)和后轴(92),用于消除前轴(91)和后轴(92)之间的旋转差速器,并且包括用于检测前轴(91)和后轴(92)的交叉角度的交叉角检测传感器 车辆(1)和后车辆(3),用于检测前桥(91)的旋转的前桥旋转传感器(31),用于检测后桥(92)的旋转的后桥旋转传感器(32) 以及用于响应于来自交叉角检测传感器(33)的交叉角信号来操作所述车轴间差速锁(71)的控制装置(20,20a,20b,36),来自所述前轴旋转传感器 31)和来自后轴旋转传感器(32)的旋转信号。
    • 4. 发明授权
    • Selectable overspeed secondary drive module
    • 可选超速二次驱动模块
    • US06752233B1
    • 2004-06-22
    • US10364204
    • 2003-02-11
    • Daniel Shakespear
    • Daniel Shakespear
    • B60K1735
    • B60K23/0808B60K17/35
    • A vehicle drive system includes a primary axle driven by torque from a transmission, an output shaft or propeller shaft driven by the primary axle or transmission, a secondary axle, a secondary axle clutch, and a secondary axle drive module. The secondary axle clutch is configured to operatively connect the secondary axle with the output shaft. The secondary axle drive module is operatively connected between the output shaft and secondary axle. The drive module includes an overspeed gear set connected in parallel with a one-way clutch to facilitate application of torque to the secondary axle even when the secondary axle is rotating faster than the primary axle.
    • 车辆驱动系统包括由变速器的扭矩驱动的主轴,由主轴或变速器驱动的输出轴或传动轴,副轴,副轴离合器和副轴驱动模块。 次级轴离合器构造成将次级轴与输出轴可操作地连接。 副轴驱动模块可操作地连接在输出轴和次轴之间。 驱动模块包括与单向离合器并联连接的超速齿轮组,以便即使当次级轴比主轴更快地旋转时,也可以向副轴施加转矩。
    • 6. 发明授权
    • Vehicle driveline system with electronically controlled roller clutch assembly
    • 带电子滚子离合器总成的车辆传动系统
    • US06755763B1
    • 2004-06-29
    • US10374827
    • 2003-02-25
    • Shiro GotoKoichi Okada
    • Shiro GotoKoichi Okada
    • B60K1735
    • F16H48/16F16H48/08F16H48/28F16H48/30F16H48/34F16H2048/204F16H2048/305F16H2048/346F16H2048/382
    • A vehicle driveline assembly for an automotive vehicle includes a differential assembly adapted to transfer torque proportionally between first and second axle half-shafts. An over-running clutch is adapted to selectively lock the differential assembly thereby effectively rotationally locking the axle half shafts to one another. The differential has three modes of operation; an open mode, wherein the differential is kept un-locked; a locked mode, wherein the differential is kept locked; and an automatic mode, wherein the differential is locked or un-locked based upon predetermined operating parameters. A selector switch allows an operator to selectively place the differential in one of the three modes. An electronic control unit receives inputs from the vehicle, compares the inputs to pre-determined operating parameters, and selectively engages or disengages the over-running clutch when the differential is in the automatic mode.
    • 用于机动车辆的车辆传动系组件包括适于在第一和第二轴半轴之间成比例地传递扭矩的差速器组件。 超跑离合器适于选择性地锁定差速器组件,从而有效地将轴半轴旋转地彼此锁定。 差分有三种操作模式; 打开模式,其中差动保持不锁定; 锁定模式,其中差分保持锁定; 以及自动模式,其中基于预定的操作参数将差分锁定或解除锁定。 选择器开关允许操作者选择性地将差分放置在三种模式之一中。 电子控制单元从车辆接收输入,将输入与预定的操作参数进行比较,并且当差速器处于自动模式时,选择性地接合或脱离超行驶离合器。
    • 8. 发明授权
    • Driving force control device for four-wheel drive vehicle
    • 四轮驱动车辆的驱动力控制装置
    • US06330928B1
    • 2001-12-18
    • US09584738
    • 2000-06-01
    • Shigenobu SekiyaHiroyuki MatsuoKeiichi TakahashiYasunori Arai
    • Shigenobu SekiyaHiroyuki MatsuoKeiichi TakahashiYasunori Arai
    • B60K1735
    • B60K23/0808B60K17/3505
    • A driving force control device for a four-wheel drive vehicle including one pair of front or rear driven wheels which are driven directly by a prime mover and another pair of front or rear driven wheels which are driven via a hydraulic clutch, a first hydraulic pump which is driven by being operatively connected to the one pair of driven wheels, and a second hydraulic pump which is driven by being operatively connected to the other pair of driven wheels. The engagement force of the hydraulic clutch is controllable based on the difference in rotation of the first and second hydraulic pumps. The torque transmission to the other pair of the front or rear driven wheels can thus be controlled according to the driving conditions of the vehicle. The engagement force of the hydraulic clutch is controlled by an engagement force control unit by selecting from multiple engagement characteristics, in which the responsiveness of the torque transmitted by the hydraulic clutch is varied, according to the driving conditions of the vehicle.
    • 一种用于四轮驱动车辆的驱动力控制装置,包括由原动机直接驱动的一对前或后从动轮以及经由液压离合器驱动的另一对前驱动轮或后驱动轮,第一液压泵 其通过可操作地连接到一对从动轮驱动;以及第二液压泵,其通过可操作地连接到另一对从动轮而被驱动。 基于第一和第二液压泵的旋转差,可以控制液压离合器的接合力。 因此,能够根据车辆的行驶状况来控制向另一对前后轮驱动的转矩传递。 液压离合器的接合力由接合力控制单元通过根据车辆的行驶条件从多个接合特性中选择,其中由液压离合器传递的扭矩的响应性改变。
    • 9. 发明授权
    • Differential locking control system
    • 差速锁定控制系统
    • US06820712B2
    • 2004-11-23
    • US10013583
    • 2001-12-07
    • Kazuo Nakamura
    • Kazuo Nakamura
    • B60K1735
    • B60K23/04B60K17/34B60K17/35B60K23/08B60W2520/10B60Y2200/12B60Y2200/20
    • A vehicle has a lockable differential. The lockable differential generally comprises an actuator and a locking mechanism. The vehicle also has a motor. The actuator, the motor or both are controlled according to a control routine that reduces wear on the components by reducing the likelihood that a locked differential will be requested when locking is not very practical. In one arrangement, actuation only occurs below a preset threshold speed and can occur through a specified range defined between the preset threshold and a second threshold. In another arrangement, the motor speed is controlled when actuation is desired such that motor speed is reduced to a lockable speed range.
    • 车辆具有可锁定的差速器。 可锁定差速器通常包括致动器和锁定机构。 车辆也有电机。 致动器,电动机或两者均根据控制程序进行控制,该控制程序通过降低当锁定不是很实际时将要求锁定差速器的可能性来减少部件上的磨损。 在一种布置中,致动仅发生在预设阈值速度以下,并且可以在预设阈值和第二阈值之间限定的指定范围内发生。 在另一种布置中,当需要启动时控制电动机速度,使得电动机速度降低到可锁定的速度范围。
    • 10. 发明授权
    • Torque transfer device having an electric motor/brake actuator and friction clutch
    • 具有电动马达/制动促动器和摩擦离合器的扭矩传递装置
    • US06808053B2
    • 2004-10-26
    • US10371415
    • 2003-02-21
    • Malcolm E. KirkwoodThomas C. Bowen
    • Malcolm E. KirkwoodThomas C. Bowen
    • B60K1735
    • B60K23/0808B60K17/344B60K17/35F16D48/064F16D2500/1025F16D2500/10425F16D2500/10431F16D2500/1045F16D2500/501F16D2500/70402Y10T74/1864
    • A torque transfer mechanism is provided for controlling the magnitude of a clutch engagement force exerted on a multi-plate clutch assembly that is operably disposed between a first rotary and a second rotary member. The torque transfer mechanism includes a clutch actuator assembly for generating and applying a clutch engagement force on the clutch assembly. The clutch actuator assembly includes an electric motor/brake unit, a torque/force conversion mechanism, and a force amplification mechanism. The motor/brake unit can be operated in either of a motor mode or a brake mode to cause bi-directional linear movement of an output member of the torque/force conversion mechanism. The thrust force generated by the torque/force conversion mechanism is increased by the force amplification mechanism with the resultant clutch engagement force applied to the clutch assembly. The dual mode feature of the electric motor/brake unit significantly reduces the power requirements.
    • 提供了一种扭矩传递机构,用于控制施加在可操作地设置在第一旋转部件和第二旋转部件之间的多板式离合器组件上的离合器接合力的大小。 扭矩传递机构包括用于在离合器组件上产生和施加离合器接合力的离合器致动器组件。 离合器致动器组件包括电动机/制动单元,转矩/力转换机构和力放大机构。 马达/制动单元可以在马达模式或制动模式中进行操作,以使扭矩/力转换机构的输出构件双向线性移动。 通过施加到离合器组件的合成离合器接合力,由力放大机构增加由转矩/力转换机构产生的推力。 电动机/制动单元的双重模式特性显着降低了电力需求。