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    • 1. 发明授权
    • Continously controllable magnetodynamic gear
    • 连续可控的磁动力齿轮
    • US07723886B2
    • 2010-05-25
    • US10579977
    • 2004-11-18
    • Gerhard HuberGünter Bauknecht
    • Gerhard HuberGünter Bauknecht
    • H02K51/00H02K49/10
    • H02K49/02
    • The invention relates to a continuously controllable gear comprising a driving rotor rotatably driven by a power source which is provided with magnets uniformly distributed on the periphery thereof and produces, during the rotation thereof, a magnetic multipolar field in an ambient space rotating therewith. Said driving rotor is surrounded in the radial direction outwards with the primary air gap of a coaxial field concentrator which forms magnetoconductive pole shoes and is separated from a coaxial stator by means of a secondary air gap. The grooves of the stator are provided with sequentially short-circuitable windings.
    • 本发明涉及一种连续可控齿轮,其包括由电源可旋转地驱动的驱动转子,动力源设置有均匀分布在其周边上的磁体,并在其旋转期间产生与其旋转的环境空间中的磁多极场。 所述驱动转子在径向方向上与同轴场致精器的一次气隙一起包围,形成磁导极柱,并通过二次气隙与同轴定子分离。 定子的槽设有顺序短路的绕组。
    • 3. 发明授权
    • Hydraulic circuit for actuation of a hydraulic working cylinder
    • 液压工作缸液压回路
    • US07788918B2
    • 2010-09-07
    • US11798923
    • 2007-05-17
    • Gerhard HuberAndreas LechleiterKlaus Schweiger
    • Gerhard HuberAndreas LechleiterKlaus Schweiger
    • F16D31/02
    • F15B11/08F15B2211/20561F15B2211/3051F15B2211/3052F15B2211/613F15B2211/7053Y10T137/87169
    • A hydraulic circuit for actuation of a hydraulic working cylinder (1) having a one-sided piston rod (1a), comprising a reversible pump (4) whereby both sides of said pump are connected via a supply line (5) and a first two-way valve (6) to the tank (7) containing hydraulic medium and through releasable control check valves (8) to the working cylinder (1). Both sides of the arrangement are further connected respectively to a hydraulic closeable valve (21, 31) through a discharge line (20, 30) and also to the tank (7) through a replenishing suction line (22, 32) having a corresponding suction valve (9). Each of said hydraulic closeable valves (21, 31) is controlled by the pump (4) through a second two-way valve (4).The discharge line (20 or 30) of one side of the working cylinder (1) is connected to the respective discharge line (30 or 20) and/or replenishing suction line (32 or 22) at the opposite side of the working cylinder (1), whereby the connected lines are connected to the tank (7) through an arrangement (13) comprising a check valve (14) blocking in the direction of the tank (7) and well as a pressurizing valve (15) opening in the direction of the tank (7) to ensure through simple means the complete filling of the system with hydraulic medium even during manual operation.
    • 一种用于致动具有单侧活塞杆(1a)的液压工作缸(1)的液压回路,包括一个可逆泵(4),由此通过供给管线(5)和前两个 (6)连接到包含液压介质的罐(7),并通过可释放的控制止回阀(8)到达工作缸(1)。 布置的两侧还通过排出管线(20,30)分别连接到液压关闭阀(21,31),并且还通过具有相应吸力的补充吸入管线(22,32)连接到罐(7) 阀门(9)。 每个所述液压可关闭阀(21,31)由泵(4)通过第二开关阀(4)控制。 工作缸(1)的一侧的排出管路(20或30)与工作气缸的相对侧的相应的排出管线(30或20)和/或补充吸入管线(32或22) 1),由此连接的管线通过包括止动阀(14)的装置(13)连接到罐(7),该止回阀(14)沿着罐(7)的方向和井口(15)开口的加压阀 方向(7),即使在手动操作过程中,通过简单的手段确保系统完全充满液压介质。
    • 5. 发明授权
    • Hydraulic operating arrangement
    • 液压操作布置
    • US06470678B1
    • 2002-10-29
    • US09690453
    • 2000-10-18
    • Gerhard Huber
    • Gerhard Huber
    • F16D3102
    • F15B7/006B62D25/12E05F15/50E05Y2900/50F15B11/003F15B11/028F15B21/087F15B2211/20561F15B2211/3051F15B2211/3052F15B2211/40507F15B2211/41572F15B2211/428F15B2211/50509F15B2211/513F15B2211/5159F15B2211/526F15B2211/55F15B2211/613F15B2211/6313F15B2211/6336F15B2211/7054
    • In an hydraulic operating arrangement the working chambers (3, 4) of a double-acting working cylinder (1) are connected respectively by way of one reciprocally unlockable check valve (8, 9) with respectively one side of a reversible pressure medium source (11). The respective working chamber (3, 4) under pressure is connected with a joint, controllable proportional pressure regulating valve (15) for pressure control. On its exit side the proportional pressure regulating valve is connected with the pressure medium lines (6, 7) by way of respectively one check valve (18, 19) that opens in the direction of the pressure medium lines (6, 7), in particular between the corresponding unlockable check valves (8, 9) and the respectively belonging working chamber (3, 4) of the working cylinder (1). This way the system pressure is easily controlled by way of the proportional pressure regulating valve, and the pressure medium that is directed away is returned from the exit side of the proportional pressure regulating valve (15) directly to the pressure medium cycle and to the aspirating side of the working cylinder, thus making a simple apparatus and safe operation possible.
    • 在液压操作装置中,双作用工作缸(1)的工作室(3,4)分别通过一个可往复解锁的止回阀(8,9)连接,分别具有可逆压力介质源的一侧( 11)。 在压力下的相应的工作室(3,4)与用于压力控制的接头可控比例压力调节阀(15)连接。 在其出口侧,比例压力调节阀通过分别在压力介质管线(6,7)的方向上打开的止回阀(18,19)与压力介质管线(6,7)连接, 特别地在相应的可解锁止回阀(8,9)和工作缸(1)的分别附属的工作室(3,4)之间。 这样,通过比例压力调节阀容易地控制系统压力,并且被引导的压力介质从比例压力调节阀(15)的出口侧直接返回到压力介质循环和抽吸 从而使得设备简单,安全运行成为可能。
    • 6. 发明授权
    • Actuation arrangement for movable components on vehicles
    • 车辆上活动部件的启动安排
    • US06425467B2
    • 2002-07-30
    • US09797178
    • 2001-03-02
    • Gerhard HuberKlaus Schweiger
    • Gerhard HuberKlaus Schweiger
    • F16F900
    • F16F9/54F15B15/149F16F9/3207
    • An actuation arrangement for movable components on vehicles, particularly for trunk lids or hoods, doors, vehicle tops and top covers, including at least one hydraulic cylinder (1) pivotably coupled to a cylindrical pivot pin (11) on the vehicle and/or on the movable vehicle component, and having at least one line (1) for the pressure medium in at least one working chamber (6, 9) of the hydraulic cylinder. To allow pivoting of the hydraulic cylinder principally at any angle with low space requirements and a low risk of damage to the hydraulic lines, one section (16) of each pressure medium line passes through the pivot pin (11) essentially in an axial direction and at least one passage leads from the pivot pin (11) to at least one working chamber (6, 9) of the hydraulic cylinder (1)
    • 用于车辆上的可移动部件的致动装置,特别是用于行李箱盖或罩,门,车顶和顶盖的可移动部件,包括至少一个液压缸(1),其可枢转地联接到车辆上的圆柱形枢轴销(11)和/ 所述活动车辆部件在所述液压缸的至少一个工作室(6,9)中具有用于所述压力介质的至少一条管线(1)。 为了允许液压缸主要以任何角度枢转,空间要求低,并且损坏液压管路的风险低,每个压力介质管线的一个部分(16)基本上沿轴向方向穿过枢转销(11),并且 至少一个通道从枢轴销(11)引导到液压缸(1)的至少一个工作室(6,9)
    • 8. 发明授权
    • Apparatus for hydraulically moving a vehicle part
    • 用于液压移动车辆部件的装置
    • US6067021A
    • 2000-05-23
    • US316019
    • 1999-05-21
    • Gerhard Huber
    • Gerhard Huber
    • B62D25/12E05F15/49F15B11/08G08B21/00
    • E05F15/49E05Y2400/326E05Y2600/46E05Y2900/50E05Y2900/546F15B2211/20561F15B2211/3051
    • An apparatus for hydraulically operating a rear cover, covering top or the like (1) on a vehicle, with at least one double-acting hydraulic working cylinder (3), which, on the one hand, is connected to the vehicle and, on the other hand, to the covering top, includes working chambers (8, 9) in connection with each one side of a switched pressure source (12) via one check valve (10, 11) each, wherein both of the check valves have an mutually releasing device and each of the working chambers parallel with respect to the check valves is kept via a pre-stress valve (15, 16), which steers into the tank, at a specified pressure level. To realize, in a simple and safe way, a passive wedging protection, in at least one connection line (4, 5) to the working cylinder (3), a line (22) enters the tank (17), in which a proportional pressure valve (23) is inserted which is controlled by the control electronics and is equal to the exact pressure that is necessary for the movement of the covering top (1) or the like.
    • 一种用于液压操作后盖的装置,其覆盖车辆上的顶部或类似物(1),具有至少一个双作用液压工作缸(3),其一方面连接到车辆,并且在 另一方面,覆盖顶部包括通过一个止回阀(10,11)连接到切换的压力源(12)的每一侧的工作室(8,9),其中两个止回阀都具有 相互释放装置和相对于止回阀平行的每个工作室通过在指定压力水平下转向罐中的预应力阀(15,16)保持。 为了以简单和安全的方式实现被动楔入保护,在至少一个到工作缸(3)的连接管线(4,5)中,管线(22)进入罐(17) 插入压力阀(23),其由控制电子装置控制,并且等于盖顶(1)等的运动所必需的确切压力。
    • 10. 发明申请
    • HYDRAULIC SYSTEM
    • 液压系统
    • US20120073282A1
    • 2012-03-29
    • US13289234
    • 2011-11-04
    • Gisela SchleichtPeter SchmiedGerhard RinningerOlaf BiedermannGerhard HuberKlaus Stolle
    • Gisela SchleichtPeter SchmiedGerhard RinningerOlaf BiedermannGerhard HuberKlaus Stolle
    • F16D31/02
    • F15B13/081F15B1/26F15B13/0807F15B13/0817
    • A hydraulic system, especially in a high-pressure application, comprises a pressurized-fluid tank, a pressurized-fluid pump driven by a drive unit, at least one hydraulic load that can be pressurized thereby and a control and/or distribution unit connected fluidically between the pressurized-fluid pump and the load. This unit is provided with a housing and a core received therein and connected rigidly with the housing, which core bears with part of its surface in the region of a common, closed, especially cylindrical joint face with the housing on a corresponding inside face of a housing opening. Surface groove-like flow ducts are provided on the core and/or the housing in the region of the joint face, and the pressurized-fluid pump is directly built onto the control and/or distribution unit in the region of a free end face of the core.
    • 特别是在高压应用中的液压系统包括加压流体箱,由驱动单元驱动的加压流体泵,至少一个能够被加压的液压负载以及流体连接的控制和/或分配单元 在加压流体泵和负载之间。 该单元设置有容纳在其中并与壳体刚性连接的壳体和芯部,该芯部与其外表面的一部分在共同的,封闭的,特别是圆柱形的接合面的区域中承载,壳体在相应的内表面 房屋开放。 在接头表面的区域中的芯部和/或壳体上设置有表面槽状的流动通道,并且加压流体泵直接构建在控制和/或分配单元的自由端面的区域中 核心。