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    • 1. 发明申请
    • RACK SERVO-STEERING, PARTICULARLY FOR MOTOR VEHICLES
    • 机架伺服转向,特别适用于电机
    • WO1985001924A1
    • 1985-05-09
    • PCT/EP1984000333
    • 1984-10-25
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, ArminKNÖDLER, Helmut
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • B62D05/06
    • B62D5/08B62D5/22
    • In a rack servo-steering, particularly for motor vehicles, an inclined toothed pinion wheel (2) which is axially movable in a steering box (1) is in connection with a rack (4). An axial displacement of the pinion wheel (2) takes a steering device (14) out of its neutral position by opposing the force generated by centering springs (10, 29, 30, 33). The arrangement of said device provides for a median centering without play. The steering device (14) is comprised of two inlet seat valves (15, 16) and of two exhaust seat valves (17, 18) which are parallel to the pinion wheel (2) in the axial projection area of the pinion wheel (2) inside the steering box (1). The seat valves (16, 17, 18) and a centering spring (33) are arranged so as to be outside the rack area. This arrangement enables to provide a short construction of the steering with few hydraulic losses.
    • 在机架伺服转向器中,特别是对于机动车辆,在转向箱(1)中可轴向移动的倾斜齿形小齿轮(2)与齿条(4)连接。 小齿轮(2)的轴向位移通过相对于由定心弹簧(10,29,30,33)产生的力而使转向装置(14)脱离其中立位置。 所述装置的布置提供了无间隙的中心定心。 转向装置(14)包括两个入口座阀(15,16)和两个在小齿轮(2)的轴向投影区域中平行于小齿轮(2)的排气座阀(17,18) )在转向箱(1)内。 座阀(16,17,18)和定心弹簧(33)被布置成在齿条区域的外侧。 这种布置使得能够以少量的液压损失提供简单的转向结构。
    • 2. 发明申请
    • PRESSURE MEDIUM CONTROL UNIT FOR SERVO STEERING
    • 用于伺服转向的压力中间控制单元
    • WO1985000564A1
    • 1985-02-14
    • PCT/EP1984000132
    • 1984-05-04
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, ArminKNÖDLER, Helmut
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • B62D05/08
    • B62D5/08Y10T137/87169
    • A pressure medium control unit for a servo steering, particularly for motor vehicles, has a valve body (1) with two control valves (8, 9) which rotate when the steering wheel rotates about the axis of the valve body (1). Both pistons (6, 7) of the control valves (8, 9) may be displaced by driving pins (4, 5) arranged at the fork end of a steering shaft and engaged with the pistons (6, 7). Due to the force of the springs (22, 23), the pistons (6, 7) are held on one side against the driving pins (4, 5). The contact lines (25, 26) between the driving pins (4, 5) and the valve pistons (6, 7), as well as the rotation axis of the fork end of the steering shaft are in one plane (E).
    • 用于伺服转向的压力介质控制单元,特别是用于机动车辆的压力介质控制单元具有带有两个控制阀(8,9)的阀体(1),当所述方向盘绕所述阀体(1)的轴线旋转时,所述控制阀(8,9)转动。 控制阀(8,9)的两个活塞(6,7)可以通过布置在转向轴的叉端处并与活塞(6,7)相配合的驱动销(4,5)来移位。 由于弹簧(22,23)的力,活塞(6,7)在一侧抵靠驱动销(4,5)保持。 驱动销(4,5)和阀活塞(6,7)之间的接触线(25,26)以及转向轴的叉端的旋转轴线处于一个平面(E)。
    • 3. 发明申请
    • RACK AND PINION SERVO-ASSISTED STEERING SYSTEM, IN PARTICULAR FOR MOTOR VEHICLES
    • 机架和齿轮伺服辅助转向系统,特别适用于电机
    • WO1989000124A1
    • 1989-01-12
    • PCT/EP1988000563
    • 1988-06-25
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, ArminKNÖDLER, Helmut
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • B62D05/04
    • B62D5/0454B62D5/0427B62D5/0436B62D5/0448
    • In an electrically supported rack and pinion servo-assisted steering system, an electric motor (8) is controlled by a signal from a torque meter. To prevent faulty steering, a safety circuit (28) containing two switches (25, 26) actuated by a lever (24) is provided. A ball nut connected to the rack of the rack and pinion steering gear is connected through a ball circulation circuit with a threaded spindle (11). The threaded spindle (11) is connected through spring (17) to an output part (16) of a clutch (12), which can be coupled to and decoupled from the electric motor (8). The threaded spindle (11) slides axially on the output part (16) and rotates with it. The threaded spindle (11) is connected through two elastic intermediate rings (19, 20) and two axial bearings (21, 22) to the stationary housing (13) on which it slides axially and on which it can rotate. If in the event of faulty steering the axial displacement does not correspond to the torque on the steering wheel, one of the two switches (25, 26) opens the clutch (12).
    • 在电支撑的齿条和齿轮伺服辅助转向系统中,电动机(8)由来自扭矩计的信号控制。 为了防止转向错误,提供了包括由杠杆(24)致动的两个开关(25,26)的安全电路(28)。 连接到齿条齿轮转向齿轮的齿条的滚珠螺母通过滚珠循环回路与螺纹主轴(11)连接。 螺纹主轴(11)通过弹簧(17)连接到离合器(12)的输出部分(16),该离合器可以与电动机(8)耦合并与电动机(8)分离。 螺纹主轴(11)在输出部分(16)上轴向滑动并与其一起旋转。 螺纹主轴(11)通过两个弹性中间环(19,20)和两个轴向轴承(21,22)连接到固定壳体(13)上,在该壳体上轴向滑动并在其上旋转。 如果在转向错误的情况下,轴向位移不对应于方向盘上的转矩,则两个开关(25,26)中的一个打开离合器(12)。
    • 4. 发明申请
    • DEVICE FOR STEERING THE REAR WHEELS OF VEHICLES WITH STEERABLE FRONT AND REAR WHEELS
    • 用于转向具有可转向前轮和后轮的车辆后轮的装置
    • WO1990003910A1
    • 1990-04-19
    • PCT/EP1989001152
    • 1989-09-30
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, ArminKNÖDLER, HelmutBRENNER, Peter
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • B62D07/14
    • B62D7/1581
    • A device for steering the rear wheels (6) of vehicles with steerable front and rear wheels has a rotating field motor (2) for supporting the rear-wheel steering system. Said rotating field motor (2) is controlled by a central electronic control unit (15) in function of the position of the front wheels. The control of the rotating field motor (2) is therefore effected in very small steps which are immediately notified back to the central control unit (15). Only when the signals sent back about the small steering steps completed coincide with the command signals emitted by the control unit (15) for the small steering steps is an enabling signal emitted for further operation of the rotating field motor (2). If the signals sent back deviate several times in a row from the command signals for the small steering steps, the rotating field motor (2) is switched off and a locking device (20) is set on its blocking position.
    • 用于转向具有可转向前轮和后轮的车辆的后轮(6)的装置具有用于支撑后轮转向系统的旋转励磁电动机(2)。 所述旋转励磁电动机(2)由前轮的位置的功能由中​​央电子控制单元(15)控制。 因此,旋转励磁电动机(2)的控制以非常小的步骤进行,并立即通知给中央控制单元(15)。 只有当完成的小转向步骤发回的信号与用于小转向步骤的控制单元(15)发出的指令信号一致时,才能发射用于旋转励磁电动机(2)的进一步操作的使能信号。 如果发回的信号与小转向步骤的指令信号连续多次偏离,则旋转励磁电动机(2)被关闭,并且锁定装置(20)被设置在其阻挡位置。
    • 9. 发明申请
    • CURRENT-REGULATING CIRCUIT FOR AN ELECTROMAGNETIC PROPORTIONAL CONTROL ELEMENT
    • 电磁比例控制元件的电流调节电路
    • WO1991011859A1
    • 1991-08-08
    • PCT/EP1991000118
    • 1991-01-22
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, Armin
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • H03K17/64
    • H03K17/0826H03K17/18H03K17/64
    • A current-regulating circuit controls the supply current of a magnetic coil in function of a pulsed voltage which is modulated by a modulator in function of a reference voltage and an actual voltage. A measuring device determines the feed voltage by means of a first measurement resistance on the positive potential side of the magnetic coil and the freewheeling current by means of a second measurement resistance parallel to the magnetic coil, and adds the voltage signals, which are proportional to the current. It then feeds the signals to the modulator, which regulates the current. A redundant second power transistor ensures that the current-regulating circuit itself functions even if the first power transistor fails. An additional short-circuit protective circuit protects the current-regulating circuit from accidental faulty connections and from short circuits in the conductors.
    • 电流调节电路根据由参考电压和实际电压起调制功能的脉冲电压来控制电磁线圈的供电电流。 测量装置借助于平行于磁线圈的第二测量电阻,通过电磁线圈的正电位侧的第一测量电阻和续流电流来确定馈电电压,并将与 当前。 然后将信号馈送到调节器,调节器调节电流。 冗余的第二功率晶体管确保电流调节电路本身即使在第一功率晶体管失效时也起作用。 一个额外的短路保护电路保护电流调节电路免受意外的故障连接和导体短路。
    • 10. 发明申请
    • STEERING DEVICE FOR STEERABLE FRONT AND REAR WHEELS OF VEHICLES
    • 可转向车辆前后方向转向装置
    • WO1989004269A1
    • 1989-05-18
    • PCT/EP1988000991
    • 1988-11-02
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AGLANG, Armin
    • ZAHNRADFABRIK FRIEDRICHSHAFEN AG
    • B62D07/14
    • B62D7/1572
    • A steering device for steerable front wheel (3) and rear wheels (10) of vehicles has a front wheel steering system (1) and a hydraulically assisted rear wheel steering system (6). A electric signals from a front wheel steering angle sensor (11), rear wheel steering angle sensor (12) and a road speed sensor (14) are processed in an electronic control unit (15) in order to permit an electrical actuation of a control valve (16) of the rear wheel steering system (6). The reduction ratio of the steering lock of the front wheels (3) and rear wheels (10) is modified in function of vehicle speed. In addition to the electric control signals, a control valve (16) receives hydraulic control signals from a master-cylinder (17) in kinematic connection with the front wheel steering system (1), for the control of the steering motor (7) of the rear wheel steering system (6).
    • 用于可转向前轮(3)和后轮(10)的转向装置具有前轮转向系统(1)和液压辅助后轮转向系统(6)。 在电子控制单元(15)中处理来自前轮转向角传感器(11),后轮转向角传感器(12)和道路速度传感器(14)的电信号,以便允许电控制 后轮转向系统(6)的阀(16)。 前轮(3)和后轮(10)的转向锁的减速比根据车速而变化。 除了电气控制信号之外,控制阀(16)还接收来自与前轮转向系统(1)的运动学连接的主缸(17)的液压控制信号,以控制转向马达(7)的转向马达 后轮转向系统(6)。