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    • 1. 发明授权
    • Pressure store
    • 压力店
    • US09133859B2
    • 2015-09-15
    • US13261550
    • 2011-06-17
    • Norbert Weber
    • Norbert Weber
    • F16L55/04F15B1/10F15B1/14
    • F15B1/10F15B1/14F15B2201/205F15B2201/3152F15B2201/3158
    • A pressure store includes a housing (2) having a first sub-chamber (8) arranged between the housing (2) and a flexible separating diaphragm (40), a second sub-chamber (54) arranged between the separating diaphragm (40) and a supporting body (48), and a third sub-chamber (28) encompassed by the supporting body (48). The first sub-chamber (8) can be filled with a first fluid. The second sub-chamber (54) and the third sub-chamber (28) are connected to one another in fluid-conducting fashion and can be filled with a second fluid. The first and the second sub-chambers (8, 54) vary in respective sizes as a result of movements of the separating diaphragm (40) as a function of the respective filling state. The first fluid is a storage medium and the second fluid is working medium. The second sub-chamber (54) is increased in size during the extraction of storage medium from the pressure store and is reduced in size during the filling of the pressure store with storage medium.
    • 压力贮存器包括:壳体(2),其具有布置在壳体(2)和柔性隔离膜(40)之间的第一子室(8);布置在隔离膜(40)之间的第二子室(54) 和支撑体(48),以及由支撑体(48)包围的第三子室(28)。 第一子室(8)可以填充第一流体。 第二子室(54)和第三子室(28)以流体传导方式彼此连接,并且可以填充第二流体。 第一和第二子室(8,54)由于作为各自填充状态的函数的分离膜片(40)的移动而在各自的尺寸上变化。 第一流体是存储介质,第二流体是工作介质。 在从存储介质提取存储介质期间,第二子室(54)的尺寸增加,并且在用存储介质填充压力存储器期间尺寸减小。
    • 3. 发明申请
    • HYDROPNEUMATIC PISTON/CYLINDER ARRANGEMENT
    • 水力活塞/气缸安装
    • US20130341842A1
    • 2013-12-26
    • US13261701
    • 2011-12-08
    • Norbert Weber
    • Norbert Weber
    • F16F9/06
    • F16F9/061F16F9/067
    • The invention relates to a hydropneumatic piston/cylinder arrangement, in particular for use as a spring element and/or shock absorber element, comprising a cylinder (1) and a piston (15) which is axially movable in the cylinder chamber (5) of said cylinder, the cylinder chamber being tilled with hydraulic fluid. The piston (15) is connected to a piston rod (13) which extends outwards in a sealed manner from one end of the cylinder (1), and the base of said piston, which is remote from the piston rod (13), can he operatively connected to a pneumatic spring mechanism (7) in order to convey fluid. Said piston/cylinder arrangement is characterised in that a piston accumulator (7), the accumulator piston (19) of which directly adjoins the hydraulic fluid situated in the cylinder chamber (5), is provided as the spring mechanism.
    • 本发明涉及一种液压气动活塞/气缸装置,特别是用作弹簧元件和/或减震元件,其包括气缸(1)和活塞(15),活塞(15)可在气缸室(5)中轴向移动 所述气缸,缸室用液压流体填充。 活塞(15)连接到从气缸(1)的一端以密封方式向外延伸的活塞杆(13),并且远离活塞杆(13)的所述活塞的底座可以 他操作地连接到气动弹簧机构(7)以便输送流体。 所述活塞/气缸装置的特征在于,设置有活塞蓄能器(7),其蓄能器活塞(19)直接毗邻位于气缸室(5)中的液压流体,作为弹簧机构。
    • 6. 发明申请
    • Device for the pulsed release of an amount of fluid that is stored in a storage housing
    • 用于脉冲释放存储在存储壳体中的一定量流体的装置
    • US20110088548A1
    • 2011-04-21
    • US12654994
    • 2010-01-12
    • Norbert WeberNorbert Lange
    • Norbert WeberNorbert Lange
    • F15B15/26
    • F15B1/04F15B2201/21F15B2201/31F15B2201/40Y02E60/15
    • A device for the pulsed release of an amount (3) of fluid that is stored in a storage housing (2), in particular for implementing a start-stop function in automatic transmissions, with a piston (5) that is supported against a first energy storage device (4) and that, with the capacity to move within the storage housing (2), limits in conjunction with the latter the amount (3) of fluid that can be held and that, when triggered by an actuation means (6) and released by a locking means (7), pushes the amount (3) of fluid out of the storage housing (2) in a pulsed manner, the locking means (7) having individual catch means (8) that in the locked position keep the piston (5) in its pretensioned position, and that, when actuated by the actuation means (6), release the piston (5) in a release position, is characterized in that in any travel position of the piston (5), the catch means (8) are at least partially in contact with the inside wall of the piston (5) facing them, and that for locking of the piston (5), the catch means (8) act in that end region (9) of the piston (5) that is located adjacent to the stored amount (3) of fluid.
    • 用于脉冲释放存储在存储壳体(2)中的流体量(3)的装置,特别是用于在自动变速器中实现起停功能的装置,活塞(5)被支撑在第一 能量存储装置(4),并且具有在存储壳体(2)内移动的能力的情况下,与后者相关联地限制可以保持的流体的量(3),并且当由致动装置(6 )并通过锁定装置(7)释放,以脉冲的方式将流体的量(3)推出储存壳体(2),锁定装置(7)具有分别锁定装置(8),其处于锁定位置 将活塞(5)保持在其预张紧位置,并且当由致动装置(6)致动时,将活塞(5)释放在释放位置,其特征在于,在活塞(5)的任何行进位置, 捕捉装置(8)至少部分地与面向它们的活塞(5)的内壁和用于锁定的内壁相接触 活塞(5)的止动装置(8)作用在活塞(5)的位于与储存的(3)流体相邻的位置的端部区域(9)中。
    • 7. 发明授权
    • Isolating switch system
    • 隔离开关系统
    • US07915754B2
    • 2011-03-29
    • US11992935
    • 2006-09-14
    • Norbert Weber
    • Norbert Weber
    • H01H27/00H02J13/00
    • H02J7/0031H02J13/0003
    • The invention relates to an isolating switch system. The isolating switch system includes an isolating switch for interrupting a main line running between an electric power source and an electric consumer. The isolation switch is controlled in dependence on an ignition switch. The isolating switch system includes a signal generating unit, a signal detector unit and a signal processing unit. The signal generating device generates an electric signal that can be fed to the electric consumer and conducted to the ignition switch. The electric signal, in dependence on a switching state of the ignition switch can be conducted to the signal detector unit via a conduction path. The signal processing unit, upon detection of the electric signal, causes the isolation switching system to open or close the main circuit line. The electric signal generated by the signal generating unit is a pulsed signal.
    • 本发明涉及隔离开关系统。 隔离开关系统包括用于中断在电源和电消费者之间运行的主线路的隔离开关。 隔离开关根据点火开关进行控制。 隔离开关系统包括信号发生单元,信号检测器单元和信号处理单元。 信号发生装置产生可以被馈送到消费者并传导到点火开关的电信号。 根据点火开关的开关状态的电信号可以经由导通路径传导到信号检测器单元。 信号处理单元在检测到电信号时使隔离开关系统打开或关闭主电路线。 由信号发生单元产生的电信号是脉冲信号。
    • 10. 发明授权
    • Piston-type accumulator
    • 活塞式蓄能器
    • US07395838B2
    • 2008-07-08
    • US10544110
    • 2004-01-22
    • Norbert WeberHerbert Baltes
    • Norbert WeberHerbert Baltes
    • F16L55/04
    • F15B1/24F15B2201/205F15B2201/312
    • A piston-type accumulator includes an accumulator housing provided in the form of a cylinder tube (1). A separating piston (15) separates two working spaces (5) and (6) from one another in the housing and can be displaced in an axial direction within a piston stroke area (19) of the cylinder tube (1). The cylindrical tube is closed at one axial end by a closure part (7). The closure part is defined by deforming a deforming area (9) of the wall of the cylinder tube (1). The deforming area adjoining the piston stroke area (19) is provided in the form of part that exists as a single piece with the housing. A stop body (25), which limits the movement of the separating piston (15) before reaching the deforming area (9), is provided inside the cylinder tube (1) at the location where the piston stroke area (19) transitions into the deforming area (9).
    • 活塞式蓄能器包括以气缸管(1)的形式设置的蓄能器壳体。 分离活塞(15)将壳体中的两个工作空间(5)和(6)彼此分开,并且可以在气缸管(1)的活塞冲程区域(19)内沿轴向移位。 圆柱形管在一个轴向端部处由封闭部件(7)封闭。 闭合部分通过使气缸管(1)的壁的变形区域(9)变形来限定。 与活塞冲程区域(19)相邻的变形区域以与壳体一体式存在的部分的形式提供。 在活塞冲程区域(19)转变为位置的位置,在气缸筒(1)的内部设置限制分离活塞(15)在到达变形区域(9)之前的运动的止挡体(25) 变形区域(9)。