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    • 1. 发明授权
    • Transmission having a coaxial lubricant pump
    • 具有同轴润滑泵的变速器
    • US07757816B2
    • 2010-07-20
    • US11801425
    • 2007-05-09
    • Andreas BarAugust KrieberneggGünter Weber
    • Andreas BarAugust KrieberneggGünter Weber
    • F16D31/02F16H41/24
    • F16H57/0434
    • A transmission has a lubricant pump which is arranged in the interior of a transmission housing and which includes a rotor rotationally fixedly connected to a transmission shaft in a pump housing, with the pump housing being rotationally fixedly connected to the transmission housing and being sealed with respect to a cylindrical sealing surface of the transmission housing, and with the lubricant pump pumping into a pressure chamber which surrounds the transmission shaft and which is sealed with respect to the transmission shaft. To achieve a good seal and centration of the pump housing, the pump housing is sealed by means of a resilient ring with respect to the cylindrical sealing surface of the transmission housing, with the ring being received by an outer peripheral groove of the pump housing with radial clearance so that the pump housing can adjust itself in the radial direction.
    • 变速器具有布置在变速器壳体内部的润滑剂泵,其包括转子固定地连接到泵壳体中的传动轴的转子,其中泵壳体可旋转地固定地连接到变速器壳体并且相对于 到变速器壳体的圆柱形密封表面,并且润滑泵泵送到围绕传动轴并且相对于传动轴被密封的压力室中。 为了实现泵壳的良好的密封和中心,泵壳体通过相对于变速器壳体的圆柱形密封表面的弹性环被密封,其中环由泵壳体的外周槽容纳, 径向间隙,使得泵壳体可以在径向方向上自身调节。
    • 2. 发明授权
    • Control method for guiding the movement of materials to be transported
    • 引导待运输材料运动的控制方法
    • US07134584B2
    • 2006-11-14
    • US10941557
    • 2004-09-15
    • Hakan KocRaimund KramRichard SchneiderGünter Weber
    • Hakan KocRaimund KramRichard SchneiderGünter Weber
    • B65H26/00B65H20/24
    • B65G43/08
    • The invention relates to an open-loop control process for the motional guidance of conveyed material (32) in a conveying device (30) and to a corresponding conveying device (30). The conveying device (30) has a movable means (36) for realizing the conveyance and a first motion detector (42) for measuring a first actual position value (x1act) for the movable means (36) and a second motion detector (40) for measuring a second actual position value (x2act) for the conveyed material (32). The control is herein realized with a position control having a position control clock (Tpc) and with a speed control (GR) having a relatively faster speed control clock (Tsc), in which, in the position control clock (Tpc), desired position values (xcmd) are preset as the command variable and, in the speed control clock (Tsc), registered first actual position values (x1act) are fed back to the position control, in which the position control is provided, at least in part, in an open-loop control part (NC) and the speed control (GR) is provided in a drive part (A), and in which a control variable (R) is fed back into the position control, which control variable is dependent on second actual position values (x2act) registered in the position control clock (Tpc). A high accuracy and dynamic can thereby be obtained.
    • 本发明涉及一种用于在输送装置(30)和对应的输送装置(30)中运送的材料(32)的运动引导的开环控制过程。 输送装置(30)具有用于实现输送的可移动装置(36)和用于测量可移动装置(36)的第一实际位置值(x 1&lt;&lt;&lt;&gt;)的第一运动检测器 )和第二运动检测器(40),用于测量所输送的材料(32)的第二实际位置值(x 2&lt;&lt;&gt;)。 这里的控制通过具有位置控制时钟(T >PCS)的位置控制以及速度控制(GR)具有相对较快的速度控制时钟(T < ),其中在位置控制时钟(T )中,期望的位置值(x> cmd)被预设为命令变量,并且在速度控制时钟 注册的第一实际位置值(x 1&lt;&lt;&gt;)被反馈到其中提供位置控制的位置控制,至少部分地在 在驱动部(A)中设置有开环控制部(NC)和速度控制(GR),其中控制变量(R)反馈到位置控制中,该控制变量取决于第二 注册在位置控制时钟(TPCPC)中的实际位置值(x 2 <动作)。 由此可以获得高精度和动态。
    • 3. 发明授权
    • Transmission comprising a displaceable shift fork and an actuator
    • 变速器包括可移动的换档拨叉和致动器
    • US07717010B2
    • 2010-05-18
    • US10587690
    • 2005-01-31
    • Andreas BärGünter Weber
    • Andreas BärGünter Weber
    • B60K20/00F16H63/32F16H59/04F16H61/00F16H63/00F16H59/00
    • F16H63/18F16H63/304F16H63/32F16H2063/3056F16H2063/3089F16H2063/321Y10T74/19251Y10T74/20177Y10T74/20183
    • The invention relates to a gearbox comprising a shift fork (4) that is displaced by an actuator using a shaft (2), whereby a rotational displacement of said shaft is translated into a displacement of the shift fork. To achieve an accurate displacement with minimum installation space, the gate (14) is configured on a sleeve (13) that is connected to the shift fork unit (4) in a rotationally fixed manner, said sleeve acting on the shift fork unit (4) in the direction of the displacement by means of a spring (24) and the shaft (2) runs through the sleeve (13), said shaft comprising a finger (11) that protrudes radially and co-operates with the gate. The shift fork unit (4) forms a housing (8) that surrounds the sleeve (13) and the spring accumulator (24) and that comprises bearing surfaces (34), by means of which the shift fork unit (4) is guided on the shaft (2) in the direction of the displacement.
    • 本发明涉及一种齿轮箱,其包括由使用轴(2)的致动器移位的换档拨叉(4),由此所述轴的旋转位移被转换成换档拨叉的位移。 为了以最小的安装空间实现准确的位移,闸门(14)构造在以可旋转地固定的方式连接到换档拨叉单元(4)的套筒(13)上,所述套筒作用在换档叉单元(4)上 )通过弹簧(24)在所述位移方向上移动,并且所述轴(2)穿过所述套筒(13),所述轴包括径向突出并与所述闸门协作的手指(11)。 换档拨叉单元(4)形成围绕套筒(13)和弹簧储存器(24)的壳体(8),并且包括轴承表面(34),借助于此,换挡叉单元(4)被引导 轴(2)在位移方向。