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    • 14. 发明授权
    • Piston/cylinder assembly
    • 活塞/气缸组件
    • US06170806B2
    • 2001-01-09
    • US09176400
    • 1998-10-21
    • Rolf MintgenCastor FuhrmannOliver Greb
    • Rolf MintgenCastor FuhrmannOliver Greb
    • F16F500
    • F16F9/3207F15B15/1447
    • A piston/cylinder assembly includes a cylinder and a piston received in the cylinder for axial movement and dividing the cylinder into two working chambers. A first connecting member is affixed to the cylinder and is adapted to connect the cylinder to one of two elements that are movable relative to each other. At least one second connecting member is operatively coupled to the piston, extends through an opening in the cylinder, and is adapted to connect the piston to the other of the two elements. The opening has a length axially of the cylinder that is not less than the length of the stroke of the piston.
    • 一个活塞/缸体组件包括一个缸体和一个容纳在缸体中用于轴向运动的活塞,并将缸体分成两个工作室。 第一连接构件固定到气缸,并且适于将气缸连接到可相对于彼此移动的两个元件中的一个。 至少一个第二连接构件可操作地联接到活塞,延伸穿过气缸中的开口,并且适于将活塞连接到两个元件中的另一个。 开口具有不小于活塞行程长度的气缸的轴向长度。
    • 17. 发明授权
    • Piston-cylinder assembly with braking device
    • 具有制动装置的活塞缸组件
    • US06959797B2
    • 2005-11-01
    • US09961821
    • 2001-09-24
    • Rolf MintgenCastor Fuhrmann
    • Rolf MintgenCastor Fuhrmann
    • F16F9/02F16F9/508F16F9/512F16F9/34
    • F16F9/512F16F9/0218
    • In a piston-cylinder assembly comprising a cylinder in which a piston rod is installed with freedom of axial movement and which is filled with a blocking medium, a braking device becomes active when the piston-cylinder assembly moves faster than a defined speed and thus limits the speed to a desired extent. A valve body divides the cylinder into two working spaces, which are connected to each other by at least one flow-through opening. As soon as the defined speed is exceeded, the dynamic pressure in the working space elastically deforms a disk, which has the effect of at least partially sealing off the flow-through opening(s) in opposition to the forces trying to keep them open. The elastic deformation of the disk represents a closing movement relative to the cross section of the flow-through opening(s). The disk takes the form of a valve ring, which is installed in a valve ring groove with a certain freedom of axial movement. The valve ring moves toward one or the other side wall of the groove depending on the direction of movement and thus at least partially seals off the minimum of one flow-through opening as a result of the dynamic pressure-induced deformation of the valve ring.
    • 在包括气缸的活塞气缸组件中,其中活塞杆安装成具有轴向移动的自由度并且填充有阻塞介质,当活塞 - 气缸组件移动得比限定的速度更快时,制动装置变为活动,因此限制 速度达到所需的程度。 阀体将气缸分成两个工作空间,这两个工作空间通过至少一个流通开口相互连接。 一旦超过限定的速度,工作空间中的动态压力弹性地变形盘,其具有至少部分地密封流过开口的作用,与试图保持其打开的力相反。 盘的弹性变形表示相对于流通开口的横截面的闭合运动。 该盘采用阀环的形式,其安装在具有一定轴向移动自由度的阀环槽中。 阀环根据移动方向朝向凹槽的一侧或另一侧壁移动,因此由于阀环的动态压力引起的变形而至少部分地密封一个流通开口的最小值。
    • 18. 发明授权
    • Detent device between objects that are movable relative to one another
    • 可相对移动的对象之间的定位装置
    • US6112867A
    • 2000-09-05
    • US176401
    • 1998-10-21
    • Rolf MintgenCastor FuhrmannOliver Greb
    • Rolf MintgenCastor FuhrmannOliver Greb
    • B60N2/23F16F9/56G05G5/06F16F9/32
    • B60N2/23F16F9/56G05G5/06
    • A detent device for locking first and second elements that are movable relative to one another includes a first subassembly connected to a first element and a second subassembly connected to the second element. A first locking mechanism of the detent device can be controlled at will by use of an actuating mechanism. The first locking mechanism is subordinated to a second locking mechanism that acts independently of the first locking mechanism as soon as a threshold value of the relative speed of the two subassemblies of the detent device is exceeded. The second locking mechanism includes a first locking element and a second locking element, the first locking element being functionally associated with the first subassembly and the second locking element being functionally associated with the second subassembly. The first and the second locking elements form a clutch. In addition, the locking mechanism can also have two states of locking actuation.
    • 用于锁定可相对于彼此移动的第一和第二元件的制动装置包括连接到第一元件的第一子组件和连接到第二元件的第二子组件。 棘爪装置的第一锁定机构可以通过使用致动机构来随意地被控制。 一旦锁定装置的两个子组件的相对速度的阈值被超过,则第一锁定机构从属于第二锁定机构,其独立于第一锁定机构起作用。 第二锁定机构包括第一锁定元件和第二锁定元件,第一锁定元件在功能上与第一子组件相关联,第二锁定元件在功能上与第二子组件相关联。 第一和第二锁定元件形成离合器。 此外,锁定机构还可以具有锁定致动的两种状态。