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    • 3. 发明授权
    • Electric plug-in connector
    • 电插头连接器
    • US06419530B1
    • 2002-07-16
    • US09674587
    • 2000-11-02
    • Willy HoldenriedHubert RemmlingerKarlheinz MayrWolfgang Schmid
    • Willy HoldenriedHubert RemmlingerKarlheinz MayrWolfgang Schmid
    • H01R448
    • F15B13/0857H01R11/11H01R13/20H01R24/38H01R2103/00
    • An electric plug-in connector (11) having at least two coaxial round contacts (12, 13) provided on an electric component, e.g. a pressure regulator (10) or the like, wherein one round contact, preferably the inner round contact (12), contains an adjustment mechanism. There is further provided one connector (17) having at least two plug-in contacts for connection with the round contacts (12, 13). The plug-in connector (11) has hooks which are configured in such a way that in a plane which extends, e.g. perpendicular to the longitudinal axis (21) of the round contacts (12, 13), the connector (17) can be inserted onto the round contacts from any direction and can be locked thereon and/or on the pressure regulator (10) and the adjustment mechanisms is freely accessible in the inner round contact (12).
    • 具有至少两个设置在电气部件上的同轴圆形触点(12,13)的电插入式连接器(11),例如, 压力调节器(10)等,其中一个圆形接触件,优选内圆形触头(12)包含调节机构。 还提供一个连接器(17),其具有用于与圆形触点(12,13)连接的至少两个插入触点。 插入式连接器(11)具有钩子,该钩子以这样的方式配置: 垂直于圆形触点(12,13)的纵向轴线(21),连接器(17)可以从任何方向插入到圆形触点上,并且可以在其上和/或压力调节器(10)和/或压力调节器 调节机构可在内圆接触件(12)中自由接近。
    • 4. 发明申请
    • Pressure control valve
    • 压力控制阀
    • US20050061374A1
    • 2005-03-24
    • US10946507
    • 2004-09-21
    • Thies HameisterWalter KillKarlheinz MayrWolfgang Schmid
    • Thies HameisterWalter KillKarlheinz MayrWolfgang Schmid
    • G05D16/20F15B13/044
    • G05D16/2013Y10T137/87217Y10T137/87233
    • The invention concerns a pressure control valve for the control of the value of pressure in a hydraulic circuit, especially in a hydraulic circuit of a vehicle transmission, with a valve housing, with a solenoid coil, with an armature component group comprising an armature rod, an armature and advantageously, a spring, with a yoke and with a push rod, which is interposed between the armature rod and a control element, whereby the section of the valve housing (3) in the zone of the control element (16) consists of a plastic flange (2a), and further, the armature rod (1) possesses a control boring in the longitudinal direction, in which a pin (12, 12′, 12″) is inserted, the material and dimensioning are so selected, that the pin can compensate for a temperature based longitudinal change of the plastic flange (2a).
    • 本发明涉及一种压力控制阀,用于控制液压回路中的压力值,特别是在车辆变速器的液压回路中,具有电磁线圈的阀壳体,电枢元件组包括电枢杆, 电枢和有利的是具有轭和带有推杆的弹簧,其被插入在电枢杆和控制元件之间,由此控制元件(16)的区域中的阀壳体(3)的部分包括 并且另外,电枢杆(1)在纵向方向上具有一个控制钻孔,其中插入一个销(12,12',12“),材料和尺寸如此选择 销可以补偿塑料凸缘(2a)的基于温度的纵向变化。
    • 5. 发明授权
    • Pressure control valve
    • 压力控制阀
    • US07229063B2
    • 2007-06-12
    • US10946507
    • 2004-09-21
    • Thies HameisterWalter KillKarlheinz MayrWolfgang Schmid
    • Thies HameisterWalter KillKarlheinz MayrWolfgang Schmid
    • F16K31/02
    • G05D16/2013Y10T137/87217Y10T137/87233
    • The invention concerns a pressure control valve for the control of the value of pressure in a hydraulic circuit, especially in a hydraulic circuit of a vehicle transmission, with a valve housing, with a solenoid coil, with an armature component group comprising an armature rod, an armature and advantageously, a spring, with a yoke and with a push rod, which is interposed between the armature rod and a control element, whereby the section of the valve housing (3) in the zone of the control element (16) consists of a plastic flange (2a), and further, the armature rod (1) possesses a control boring in the longitudinal direction, in which a pin (12, 12′, 12″) is inserted, the material and dimensioning are so selected, that the pin can compensate for a temperature based longitudinal change of the plastic flange (2a).
    • 本发明涉及一种压力控制阀,用于控制液压回路中的压力值,特别是在车辆变速器的液压回路中,具有电磁线圈的阀壳体,电枢元件组包括电枢杆, 电枢和有利的是具有轭和带有推杆的弹簧,其被插入在电枢杆和控制元件之间,由此控制元件(16)的区域中的阀壳体(3)的部分包括 一个塑料凸缘(2a),另外,电枢杆(1)在纵向上具有一个控制钻孔,其中插入一个销(12,12',12“),材料和尺寸是如此 所述销可以补偿塑料凸缘(2a)的基于温度的纵向变化。
    • 6. 发明授权
    • Actuator device for actuating a locking mechanism
    • 用于致动锁定机构的致动器装置
    • US07650978B2
    • 2010-01-26
    • US11630534
    • 2005-06-11
    • Uwe RühringerWolfgang SchmidThilo Schmidt
    • Uwe RühringerWolfgang SchmidThilo Schmidt
    • F16H63/48F16H63/38B60T7/00
    • F16H63/3483F15B15/261F16H63/3433F16H63/3491F16H2061/226
    • An actuating mechanism (1) for operating a parking-lock mechanism of the drive chain of a vehicle with an automatic drive. The actuating mechanism has a piston unit (4), a detent element and an electromagnetic operating device (6) for operating a release element (7), which is intended for deactivating the detent element (5). The piston unit communicates with an emergency unlocking mechanism (14) and is positioned to open the locking mechanism by way of the piston unit. The detent element, the piston unit and the release element interact such that the locking mechanism remains in the currently engaged state when the locking mechanism is open and the operating device is not electrified, as well as when the locking mechanism is closed and a fluid pressure is applied to the piston unit.
    • 一种用于利用自动驱动来操作车辆的驱动链的驻车锁定机构的致动机构(1)。 致动机构具有用于操作释放元件(7)的活塞单元(4),制动元件和用于操作止动元件(5)的释放元件(7)的电磁操作装置(6)。 活塞单元与紧急解锁机构(14)连通并且被定位成通过活塞单元打开锁定机构。 锁定元件,活塞单元和释放元件相互作用,使得当锁定机构打开并且操作装置未通电时,锁定机构保持处于当前接合状态,并且当锁定机构闭合时,流体压力 被施加到活塞单元。
    • 7. 发明申请
    • Actuator Device For Actuating a Locking Mechanism
    • 用于执行锁定机构的执行机构
    • US20080277237A1
    • 2008-11-13
    • US11630534
    • 2005-06-11
    • Uwe RuhringerWolfgang SchmidThilo Schmidt
    • Uwe RuhringerWolfgang SchmidThilo Schmidt
    • B60W10/10
    • F16H63/3483F15B15/261F16H63/3433F16H63/3491F16H2061/226
    • An actuating mechanism (1) for operating a parking-lock mechanism of the drive chain of a vehicle with an automatic drive. The actuating mechanism has a piston unit (4), a detent element and an electromagnetic operating device (6) for operating a release element (7), which is intended for deactivating the detent element (5). The piston unit communicates with an emergency unlocking mechanism (14) and is positioned to open the locking mechanism by way of the piston unit. The detent element, the piston unit and the release element interact such that the locking mechanism remains in the currently engaged state when the locking mechanism is open and the operating device is not electrified, as well as when the locking mechanism is closed and a fluid pressure is applied to the piston unit.
    • 一种用于利用自动驱动来操作车辆的驱动链的驻车锁定机构的致动机构(1)。 致动机构具有用于操作释放元件(7)的活塞单元(4),制动元件和用于操作止动元件(5)的释放元件(7)的电磁操作装置(6)。 活塞单元与紧急解锁机构(14)连通并且被定位成通过活塞单元打开锁定机构。 锁定元件,活塞单元和释放元件相互作用,使得当锁定机构打开并且操作装置未通电时,锁定机构保持处于当前接合状态,并且当锁定机构闭合时,流体压力 被施加到活塞单元。
    • 8. 发明申请
    • Parking Brake System
    • 停车制动系统
    • US20080277236A1
    • 2008-11-13
    • US11629428
    • 2005-06-04
    • Uwe RuhringerWolfgang SchmidThilo Schmidt
    • Uwe RuhringerWolfgang SchmidThilo Schmidt
    • B60W10/18
    • F16H63/3491F16H63/3475
    • A parking lock device for the power train of motor vehicles with automatic transmissions having an actuator and a locking mechanism that is operated by the actuator. A power take-off of the power train locked in a closed condition by the locking mechanism and is free to rotatable in open condition by the locking mechanism. The locking mechanism may be engaged by pressurizing a piston unit of the actuator in a locking direction and may be held in a disengaged condition by a snap-in locking device controlled by an electromagnetic actuator. The snap-in locking device may be deactivated by the electromagnetic actuator. The locking mechanism may be engaged with an emergency locking device and opened with an emergency unlocking device and activated with a common actuator mechanism so that manual activation of the actuator mechanism alternatively disengages or engages the locking mechanism.
    • 一种用于具有自动变速器的机动车辆的动力传动系的停车锁定装置,其具有致动器和由致动器操作的锁定机构。 动力传动系的动力输出由锁定机构锁定在关闭状态,并且在打开状态下通过锁定机构自由旋转。 锁定机构可以通过沿致动方向对致动器的活塞单元进行加压来接合,并且可以通过由电磁致动器控制的卡入式锁定装置保持在脱离状态。 卡扣锁定装置可以被电磁致动器停用。 锁定机构可以与紧急锁定装置接合并且用紧急解锁装置打开并且用一个共同的致动器机构来启动,从而使致动器机构的手动启动交替地脱离或接合锁定机构。