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    • 1. 发明授权
    • 축방향 조정 장치
    • 축방향조정장치
    • KR100423015B1
    • 2004-03-12
    • KR1020010018457
    • 2001-04-07
    • 지케이엔 비스코드라이브 게엠베하
    • 마이어니꼴라스
    • F16H25/08
    • F16D13/52F16D23/12F16D27/112F16D2023/123F16H63/3043
    • An axial setting device in a housing, especially for actuating a multi-plate coupling whose friction plates are alternately connected in a rotationally fast and axially displaceable way to the one and the other respectively of two parts rotatable relative to one another, which rest against an axially fixed supporting disc and which can be loaded by an axially displaceable pressure disc, comprising a setting disc which is rotatably supported in the housing, which is mounted so as to be axially fixed in the housing and which is rotatingly drivable, a pressure disc which is held in the housing, which is held in a rotationally fast way by anti-rotation means arranged in the housing and which is axially displaceable in the housing, ball groove configurations in the surfaces of the setting disc and of the pressure disc, which surfaces face one another, which ball groove configurations extend in the circumferential direction, have oppositely directed gradients across the circumference and are associated with one another in pairs, so as to jointly accommodate a ball, and rotary driving means for the setting disc mounted in the housing, wherein the anti-rotation means are designed so as to be releasable from the pressure disc.
    • 在壳体中的轴向调整装置,特别是用于致动多板式联轴器,其多个摩擦板可旋转地且可轴向移位地交替地相对于彼此可旋转的两个部分中的一个和另一个交替地连接, 轴向固定的支撑盘,并且该支撑盘可以通过轴向可移动的压力盘加载,该盘包括可旋转地支撑在外壳中的安置盘,该安装盘被安装成轴向地固定在外壳中并且可旋转地驱动, 被保持在壳体中,该壳体通过布置在壳体中的防旋转装置以可旋转的快速方式保持并且可在壳体中轴向移位,在安置盘和压力盘的表面中的球凹槽构造中, 彼此面对面,所述球凹槽构造在圆周方向上延伸,在圆周上具有相反方向的梯度, 它们成对地相互连接,以便共同容纳球体,以及用于安装在壳体中的安置盘的旋转驱动装置,其中防旋转装置被设计成可从压力盘释放。
    • 2. 发明公开
    • 싱글 액추에이터 로스트 모션 시프트 조립체
    • 用于控制调节离合器和第二速齿轮减速器组件的传动装置中的单个执行器失去运动转换装置
    • KR1020040075684A
    • 2004-08-30
    • KR1020030080109
    • 2003-11-13
    • 보그워너 인코포레이티드
    • 쇼왈터,단조세프
    • B60K17/34
    • B60K17/3467B60K23/0808F16H63/304F16H63/3043F16H2063/3056
    • PURPOSE: A lost motion shift assembly with a single actuator is provided to reduce power consumption and the size of the actuator by sequentially controlling engagement and disengagement of the clutch and selection of the speed range. CONSTITUTION: A twin clutch controller assembly is composed of a first clutch(110) selectively engaging a couple of driving members with a first driven member(122), a second clutch(150) for modulating engagement between the first driven member and the second driven member, a shift rail(204) having a cam follower(234A) and rotating, a driver(202) rotating the shift rail, a shift fork(230) translating the first clutch, cam actuators generating compressive force to the second clutch, and assemblies driven by the shift rail to operate the cam actuator in placing the cam follower at the static region and to release the actuator in placing the cam follower at the helical region.
    • 目的:提供具有单个致动器的空转组件,以通过依次控制离合器的接合和分离以及速度范围的选择来降低功率消耗和致动器的尺寸。 构成:双离合器控制器组件由选择性地与一对驱动构件与第一从动构件(122)接合的第一离合器(110),用于调节第一从动构件和第二从动构件之间的接合的第二离合器(150) 构件,具有凸轮从动件(234A)并且旋转的换档轨道(204),使所述换档导轨旋转的驱动器(202);使所述第一离合器平移的换档拨叉(230),向所述第二离合器产生压缩力的凸轮致动器,以及 组件由换档导轨驱动以操作凸轮致动器以将凸轮从动件放置在静止区域,并且在将凸轮从动件放置在螺旋区域时释放致动器。
    • 6. 发明公开
    • 복원 운동의 전기기계적 토크 제어 및 가속 방법
    • 电动机械扭矩控制/加速运动方法
    • KR1020020053731A
    • 2002-07-05
    • KR1020010084627
    • 2001-12-26
    • 지케이엔 오토모티브 게엠베하
    • 네스틀러프랑크
    • F16H48/20B60W10/12
    • F16H48/22F16D27/004F16D27/115F16D28/00F16H48/295F16H48/30F16H48/34F16H63/3043F16H2048/343Y10T74/19288
    • PURPOSE: An electro-mechanical torque control/acceleration method of return motion is provided to considerably save time in comparison with simple manual return motion since spring force is supported by a driving unit affected by an electric motor during accelerating. CONSTITUTION: In a method of controlling an electro-mechanical axial setting device, the axial setting device comprises two setting rings(23, 26) centered on a common axis, one of which is axially held, with the other one being axially displace-ably mounted, and one of which is rotationally fixedly held in a housing, with the other one being rotationally drivable. The two setting rings, on their respective end faces facing one another, each comprise an identical plurality of circumferentially extending grooves. The grooves, in a plan view of the end faces, comprise depths which rise in the same circumferential direction, and form pairs of grooves in the two setting rings each pair accommodating a ball(29). The rotationally drivable setting ring(23) is connected to an electric motor, and the axially displaceable setting ring(26) is loaded by pressure springs towards the axially held setting ring(23). The method comprising applying a positive voltage to the electric motor, to move the axial setting device into an advanced position, for returning purposes, first applying a negative voltage to the electric motor, and when the electric motor has reached an idling speed, and disconnecting the motor from the negative voltage.
    • 目的:与简单的手动返回运动相比,提供了机电转矩控制/返回运动加速方法,以便在加速期间受电动机影响的驱动单元支撑弹簧力。 构成:在一种控制机电轴向调节装置的方法中,轴向调节装置包括两个设在中心于公共轴线的定位环(23,26),其中一个轴向保持,另一个轴向位移 其中一个旋转地固定地保持在壳体中,另一个可旋转地驱动。 两个固定环在其各自的端面彼此面对,每个包括相同的多个周向延伸的凹槽。 凹槽在端面的平面图中包括在同一圆周方向上升起的深度,并且在两个设置环中形成一对凹槽,每对凹槽均容纳球体(29)。 旋转驱动的固定环(23)连接到电动机,并且轴向移动的固定环(26)通过压力弹簧朝向轴向保持的定位环(23)加载。 所述方法包括对电动机施加正电压,将轴向调节装置移动到前进位置,用于返回目的,首先向电动机施加负电压,并且当电动机达到怠速时断开 电机从负电压。
    • 7. 发明公开
    • 전기 기계
    • 电机
    • KR1020010015699A
    • 2001-02-26
    • KR1020007003689
    • 1998-10-07
    • 로베르트 보쉬 게엠베하
    • 터가이바르라스볼쯔마르틴-페터글라운잉위르겐
    • H02K7/116
    • F16H57/10F02N11/04F16H3/54F16H63/304F16H63/3043F16H2063/3056H02K7/116
    • 본발명은, 특히내연기관을시동하며차량에탑재된네트워크에전력을공급하기위한전기기계에관한것이다. 이전기기계는유성기어시스템으로작동하며이 유성기어시스템을통하여내연기관에연결될수 있다. 전기기계는유성기어하우징을마주하여배치된폐쇄링 기어와회전태양기어를마주하여배치된폐쇄링 기어사이에위치된유성기어시스템을전환함으로써변화될수 있다. 추가로, 전기기계는모터작동과제너레이터작동사이에서변화될수 있다. 본발명에따라서, 정지하우징부품과링 기어(9) 사이에배치된기계식전환수단은구동수단을통하여원주방향으로조절될수 있다. 추가로, 링기어(9)는제 1 단부위치 I로폐쇄된다. 또한, 상기링 기어(9)는유성캐리어(18)상에서제 2 단부위치 II로폐쇄된다.
    • 本发明中,特别是启动内燃机,并涉及一种电气机器用于向安装在车辆上的网络供给电力。 传送机器作为行星齿轮系统运行并且可以通过行星齿轮系统连接到内燃机。 电机可以通过移动所述行星齿轮系统位于闭合环形齿轮布置为面向封闭环齿轮和设置成面对于所述行星齿轮壳体中的转动中心齿轮之间改变。 此外,电机可以在电机运行和发电机运行之间切换。 根据本发明,止动壳体部分和机械开关布置在齿圈(9)之间的装置,可在通过驱动装置沿周向方向进行调整。 另外,齿圈9在第一端部位置I处关闭。 另外,齿圈9在第二端部位置II处在行星架18上闭合。
    • 8. 发明公开
    • 두 가지 유형의 선택적 출력을 위한 회전 결합 장치
    • 用于两种可选输出的旋转耦合装置
    • KR1020170084014A
    • 2017-07-19
    • KR1020177007347
    • 2015-09-29
    • 워너 일렉트릭 테크놀러지 엘엘시
    • 나이퀴스트스티븐에드워드라르손폴에이
    • F16D27/108F16D27/04F16D13/76F16D21/04F16H63/30F16D27/12
    • F16H63/3043F16D13/76F16D21/04F16D27/04F16D27/108F16D27/11F16D27/112F16D27/12F16H2063/3046
    • 회전결합장치(10)는출력부재(14)를두 개의입력부재(22, 24) 중의어느하나와동기식으로구동시킨다. 상기회전결합장치는축(34) 둘레에배치된허브(12)와축(34)에대해서회전하도록허브(12)에지지된출력부재(14)를포함하고있다. 허브(12) 둘레에배치된제1 입력부재(22)와제2 입력부재(24)는각각제1 회전방향과제2 회전방향으로그리고제1 속력과제2 속력으로, 상기방향과속력중의적어도하나가상이한상태로, 회전하도록구성되어있다. 클러치부재(26)는입력부재(22, 24) 사이에축방향으로배치되어있으며출력부재(14)에결합되어있다. 전자석(32)은클러치출력부재(14)에대해제2 입력부재(24)의반대쪽에있다. 전자석(32)에전류의공급을차단하면, 클러치부재(26)가제1 입력부재(22)와결합하고출력부재(14)는제1 입력부재(22)와함께회전한다. 전자석(32)에전류가공급되면, 클러치부재(26)가제2 입력부재(24)와결합하고출력부재(14)는제2 입력부재(24)와함께회전한다.
    • 旋转联接装置10利用两个输入构件22,24中的任一个同步地驱动输出构件14。 旋转地联接的装置包括围绕轴线34设置的毂12和抵靠毂12以围绕轴线34旋转的输出构件14。 布置在轮毂12周围的第一输入构件22和第二输入构件24各自具有第一旋转方向任务2旋转方向和第一速度任务2速度中的方向和速度中的至少一个 并配置为以不同状态旋转。 离合器构件26轴向地设置在输入构件22,24之间并且联接到输出构件14。 电磁体32相对于离合器输出构件14与第二输入构件24相对。 当切断对电磁体32的电流供应时,离合器构件26与陀螺仪1输入构件22接合并且输出构件14与第一输入构件22一起旋转。 当电流施加到电磁体32时,离合器构件26接合纱布2输入构件24并且输出构件14与第二输入构件24一起旋转。