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    • 1. 发明公开
    • 클러치 제어 장치
    • 离合器控制装置
    • KR1020130057649A
    • 2013-06-03
    • KR1020110123502
    • 2011-11-24
    • 원광이엔텍 주식회사
    • 이동근이성철김성진백병철
    • F16D25/08F16D25/10B60K23/02B60K17/02
    • F16D25/06B60K23/02B60Y2400/301F16D25/088F16D48/04F16D2048/0284F16D2300/18F16D2500/1027F16D2500/3026F16D2500/31413F16D2500/70235F16D2500/70406
    • PURPOSE: A clutch control device is provided to allow an inexperienced driver to easily drive by randomly controlling a strong semi-clutch in a bad condition and to allow the driver to easily drive in various driving conditions with automatic implementation of a semi-clutch state. CONSTITUTION: A clutch control device comprises a first housing(35), a body(44), a cylinder(82), a sensor unit(71), a second housing(31), a piston head unit(41), a piston rod(43), a pressure control unit(20), and a control unit(39). The body moves inside the first housing in a linear direction, and comprises a hydraulic control rod unit(46). The cylinder supplies hydraulic pressure to a hydraulic line(83) connected to a booster cylinder(7). The sensor unit measures linear distances in which the body moves inside the first housing. The piston head unit moves in the linear direction inside a second housing(31) by the pressure difference of a first chamber(32) and a second chamber(33). The piston rod connects the piston head unit to the body. The pressure control unit controls pressure and is formed in the first chamber. The control unit controls the pressure of the pressure control unit according to the distances measured by the sensor unit.
    • 目的:提供一种离合器控制装置,通过随机控制强弱的半离合器在不良状态下,无经验驾驶者容易驾驶,并允许驾驶员在自动执行半离合器状态的情况下容易地在各种行驶条件下行驶。 构成:离合器控制装置包括第一壳体(35),主体(44),气缸(82),传感器单元(71),第二壳体(31),活塞头单元(41) 杆(43),压力控制单元(20)和控制单元(39)。 主体在第一壳体内沿线性方向移动,并且包括液压控制杆单元(46)。 气缸向与增压缸(7)连接的液压管路(83)提供液压。 传感器单元测量身体在第一壳体内移动的线性距离。 活塞头单元通过第一室(32)和第二室(33)的压力差在第二壳体(31)内沿线性方向移动。 活塞杆将活塞头单元连接到主体。 压力控制单元控制压力并形成在第一室中。 控制单元根据由传感器单元测量的距离来控制压力控制单元的压力。
    • 10. 发明公开
    • 듀얼 클러치 변속기들을 위한 오일 관리 시스템
    • 双离合器传动油管理系统
    • KR1020050032012A
    • 2005-04-06
    • KR1020040078058
    • 2004-09-30
    • 보르그워너 인코퍼레이티드
    • 브래포드,토머스이.주니어게르라흐,마틴
    • F16H57/04
    • F16H57/04F16D21/06F16D25/0638F16D25/123F16D48/0206F16D48/04F16D2021/0653F16D2021/0661F16D2048/0224F16D2048/0266F16D2048/0281F16D2500/7041
    • An oil management system is provided to compensate for the undesirable pressure applied by the fluid in a piston chamber induced by fluid actuated pistons and centrifugal forces. An oil management system comprises a plurality of disk bundles(12,14), pressure chambers, and balance chambers(62,70). The disk bundles are disposed to transmit a torque from a torque input to an output shaft. The pressure chambers are associated with the respective disk bundles. Each of the pressure chambers has a pressure piston for reversibly operating the disk bundle so as to transmit a torque from the torque input to the output shaft when the pressure chamber is pressed by the supply of fluid. The balance chambers are associated with the respective pressure pistons, and have a fluid supply. The balance chambers are arranged in such a manner as to apply a compensating hydraulic pressure opposite to the hydraulic pressure of the first pressure chamber, with respect to the pressure piston. The balance chambers fluid-communicate with the fluid supply. The fluid supply is arranged to provide a flow to the balance chambers under the low speed condition which is effective for maintaining the compensating hydraulic pressure in the balance chamber for compensating for the hydraulic pressure in the first chamber induced by a centrifugal force.
    • 提供一种油管理系统来补偿由流体致动的活塞和离心力引起的活塞室中由流体施加的不期望的压力。 油管理系统包括多个盘片(12,14),压力室和平衡室(62,70)。 盘片被设置成将转矩从扭矩输入传递到输出轴。 压力室与相应的盘束相关联。 每个压力室具有用于可逆地操作盘束的压力活塞,以便当通过供应流体压迫压力室时,将转矩从扭矩输入传递到输出轴。 平衡室与相应的压力活塞相关联,并且具有流体供应。 平衡室以相对于压力活塞施加与第一压力室的液压相反的补偿液压的方式配置。 平衡腔与流体供应流体连通。 流体供应设置成在低速条件下向平衡室提供流动,其有效地保持平衡室中的补偿液压,以补偿由离心力引起的第一室中的液压。