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    • 31. 发明授权
    • Electromotive power steering
    • 电动力转向
    • US5209315A
    • 1993-05-11
    • US684904
    • 1991-05-02
    • Walter SchlagmuellerHelmut RemboldErnst Linder
    • Walter SchlagmuellerHelmut RemboldErnst Linder
    • B62D5/04F16D13/14F16D13/76
    • B62D5/0439
    • It is proposed in the case of an electromotive power steering as a steering aid for motor vehicles and similar, particularly for the speed range during parking (parking power steering), having a reduction gear between the servo-motor and the steering column or the drive leading on to the mechanical wheel displacement, that at least one clutch block be so arranged that it creates a drive connection from the servo-motor drive to the steering gear side of the steering column when, upon a moment being exerted manually at the steering wheel, a pawl connected to the steering wheel side of the steering column produces the requisite clutch pressure by mechanical action on the at least one clutch block, while the gear wheels acted upon by the clutch are formed as ring gears fitted to a carrier flange which is joined firmly to the driven section of the steering column so that it cannot rotate.
    • PCT No.PCT / DE90 / 00698 Sec。 371日期1991年5月2日 102(e)1991年5月2日PCT PCT 1990年9月12日PCT公布。 出版物WO91 / 05692 日期为1991年5月2日。在电动动力转向作为机动车辆等的转向助力的情况下,特别是在停车(停车动力转向)期间的速度范围,建议在伺服电动机和 转向柱或导向机械轮位移的驱动器,至少一个离合器块被布置成使得当一时刻成为从伺服马达驱动器到转向柱的转向齿轮侧的驱动连接时 在方向盘上手动地施加,连接到转向柱的方向盘侧的棘爪通过机械作用在至少一个离合器块上产生必要的离合器压力,而由离合器作用的齿轮形成为安装的齿圈 到与转向柱的被驱动部分牢固连接以使其不能旋转的载体凸缘。
    • 32. 发明授权
    • Apparatus for adjusting a rotational angular relationship between a
camshaft and its drive element
    • 用于调节凸轮轴与其驱动元件之间的旋转角度关系的装置
    • US5056477A
    • 1991-10-15
    • US549034
    • 1990-07-06
    • Ernst LinderHelmut Rembold
    • Ernst LinderHelmut Rembold
    • F01L1/34F01L1/344F16D3/10
    • F16D3/10F01L1/34409F01L1/3442F01L2001/34426F01L2001/34483
    • An apparatus for adjusting an angular rotational relationship of a camshaft, serving in particular to actuate gas exchange valves of an internal combustion engine, with respect to its drive element, which apparatus has two control motors acting counter to one another, the mutually corresponding movable walls of which are coupled to one another, wherein to reduce an expense for furnishing control fluid and generating pressure in this control fluid the work chambers of the control motors are on the one hand both connected via a respective check valve, to a control fluid pressure source and on the other hand can be made to communicate selectively with one another directly via a control valve or can be disconnected from one another via this valve, so that torque fluctuations of the camshaft are exploited for generating pressure in one of the work chambers at a time and the resultant pressure is exploited purposefully at certain times for adjustment with subsequent relocking of the work chambers.
    • 一种用于调节凸轮轴的角度旋转关系的装置,特别是致动内燃机的气体交换阀相对于其驱动元件,该装置具有彼此相反的两个控制电动机,相互对应的可移动壁 其中,为了减少在该控制流体中提供控制流体和产生压力的费用,控制马达的工作腔一方面通过相应止回阀连接到控制流体压力源 另一方面可以通过控制阀直接选择性地相互通信,或者可以经由该阀彼此断开,从而利用凸轮轴的扭矩波动来在一个工作室中产生压力 时间,合理的压力在某些时候有目的地被利用来调整,随后重新加工工作 mbers。
    • 34. 发明授权
    • Magnetic valve
    • 电磁阀
    • US4832312A
    • 1989-05-23
    • US236965
    • 1988-08-26
    • Ernst LinderHelmut RemboldManfred RuoffWalter Schlagmueller
    • Ernst LinderHelmut RemboldManfred RuoffWalter Schlagmueller
    • F02M51/00F02M59/46F16K31/06
    • F02M59/466
    • For controlling high-pressure phases during the stroke of a pump piston of a fuel injection pump, magnetic valves are also used, which are built into relief lines of the pump work chamber of such fuel injection pumps and which with the instant of closure of the relief line determine the injection onset and with the instant of reopening of the relief line determine the end of injection and hence the injection quantity. Such valves must be capable of switching rapidly, in view of the high rpm of internal combustion engines, yet must be as small as possible and use the least possible energy. By using a piston slide which in the closing state is balanced in pressure on the high-pressure side, and by relieving the chambers defined on the face end by the piston slide, a fast-switching, recoilless magnetic valve is obtained, which is opened by a restoring spring when the electromagnet is in the currentless state. This makes the use of the magentic valve in combination with electrically controlled injection pumps particularly advantageous.
    • 为了在燃料喷射泵的泵活塞的冲程期间控制高压相,还使用电磁阀,其被构建在这种燃料喷射泵的泵工作室的溢流管线中,并且随着 救生线确定注射开始,并且随着救生线重开的时间决定注射的结束,因此决定注射量。 考虑到内燃机的高转速,这种阀门必须能够快速切换,但必须尽可能的小,并且使用尽可能少的能量。 通过使用在关闭状态下在高压侧的压力上平衡的活塞滑块,并且通过由活塞滑块释放限定在面端的腔室,获得快速切换的无后坐力的电磁阀,其被打开 当电磁铁处于无电流状态时通过恢复弹簧。 这使得使用磁力阀与电控注射泵组合特别有利。
    • 36. 发明授权
    • Magnetic valve for fluid control
    • 用于流体控制的磁阀
    • US4690373A
    • 1987-09-01
    • US779723
    • 1985-09-24
    • Ernst LinderHelmut RemboldMax StraubelWalter Teegen
    • Ernst LinderHelmut RemboldMax StraubelWalter Teegen
    • F16K31/06F02M59/36F02M59/46H01F7/16
    • F02M59/466F02M59/366H01F7/1638
    • The magnetic valve for fluid control in a fuel injection nozzle includes a valve housing having a magnetic coil mounted on a core of ferromagnetic material and an armature, which is connected to a valve closing element cooperating with a fixed valve seat. After the excitation of the magnetic coil is interrupted, the valve closing element is moved toward a stop tappet by the force of a restoring spring and by the fluid pressure engaging the valve closing element. The stop tappet is supported such that it is displaceable in the opening direction of the valve closing element, counter to the force of a second spring. As a result, a large flow cross section is available for the fluid between the valve seat and a closing body of the valve closing element and a rapid pressure drop is made possible. If the fluid pressure drops below a predetermined level, then the additional spring displaces the stop tappet and hence the armature and the valve closing element into a position in which the flow cross section and the air gaps provided at the armature are decreased, thereby assuring rapid closure of the magnetic valve when the magnetic coil is excited.
    • 用于燃料喷射喷嘴中用于流体控制的电磁阀包括具有安装在铁磁材料芯上的电磁线圈和衔铁的阀壳体,该电枢连接到与固定阀座配合的阀关闭元件。 在电磁线圈的激励被中断之后,阀关闭元件通过复位弹簧的力而被移动到停止挺杆,并且通过接合阀闭合元件的流体压力移动。 停止挺杆被支撑成使其能够相对于第二弹簧的力而沿阀关闭元件的打开方向移动。 因此,在阀座与阀关闭元件的关闭体之间的流体可以获得大的流动横截面,并且可以实现快速的压降。 如果流体压力下降到预定水平以下,则附加弹簧使止动挺杆移位,从而将电枢和闭阀元件置于其中设置在电枢处的流动横截面和气隙减小的位置,从而确保快速 当电磁线圈被激励时闭合电磁阀。