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    • 1. 发明授权
    • Shaft clamping device
    • 轴夹紧装置
    • US5115889A
    • 1992-05-26
    • US581745
    • 1990-09-13
    • Norbert FortmannHelmut GottlingHorst JanetzkoRalf KookHans KruppaGerhard Scharnowski
    • Norbert FortmannHelmut GottlingHorst JanetzkoRalf KookHans KruppaGerhard Scharnowski
    • F15B15/26F16B7/14F16D49/00F16D63/00F16D65/14F16D65/28
    • F16D49/00F15B15/262F16B7/1409F16D2125/66
    • A device is disclosed for the selective clamping of an axially moveable or rotatable cylindrical shaft. The device disclosed may be either of a spring actuated-pressure release or a pressure actuated spring release embodiment. A clamping sleeve is located coaxially surrounding the cylindrical shaft to be immobilized. The clamping sleeve is separated into clamping elements at one end by longitudinal slots in the generally cylindrical sleeve. An actuating element is also arranged coaxially to the cylindrical body and the clamping sleeve and is mounted exterior to the clamping sleeve. The clamping elements are located radially inwardly from the actuating element and are separated therefrom by a series of bearings. The bearings engage the actuating element and the clamping elements through matched sets of inclined ramp elements. Each clamping element is provided with a set of bearings and ramp elements. The ramp elements are positioned such that their inclined faces are parallel to each other and each abutting the bearing. Longitudinal movement of the actuating element urges the inclined faces together, which are restrained by the bearings therebetween. The unyielding actuation element thus urges, through the bearings, the displaceable clamping elements against the surface of the cylindrical shaft.
    • 公开了用于选择性地夹紧可轴向移动或可旋转的圆柱形轴的装置。 所公开的装置可以是弹簧致动的压力释放或压力驱动的弹簧释放实施例。 夹紧套筒同轴地围绕圆筒轴固定。 夹紧套筒在一端通过大致圆柱形套筒中的纵向槽分离成夹紧元件。 致动元件也同轴地布置在圆柱形主体和夹紧套筒上并且被安装在夹紧套筒的外部。 夹紧元件从致动元件径向向内定位,并通过一系列轴承与其分离。 轴承通过匹配的倾斜斜坡元件与致动元件和夹紧元件接合。 每个夹紧元件设置有一组轴承和斜坡元件。 倾斜元件被定位成使得它们的倾斜面彼此平行并且各自邻接轴承。 致动元件的纵向运动将倾斜面一起推动,这些倾斜面由它们之间的轴承约束。 因此,不屈曲的致动元件通过轴承促使可移位的夹紧元件抵靠在圆柱形轴的表面上。
    • 5. 发明授权
    • Working cylinder without piston rod
    • 工作缸无活塞杆
    • US5207146A
    • 1993-05-04
    • US809674
    • 1991-12-18
    • Norbert FortmannHelmut GottlingRudolf MollerGerhard ScharnowskiHans F. Meyer
    • Norbert FortmannHelmut GottlingRudolf MollerGerhard ScharnowskiHans F. Meyer
    • F15B15/08
    • F15B15/082F15B15/084Y10T403/32442Y10T403/7045
    • A working cylinder which operates without a piston rod, comprising a cylinder tube, a piston which is displaceable therein and is provided with a pulling means, and a force transmission element which is connected with the pulling means and guided in axial displacement on the cylinder tube. In order to minimize the mounting work for the external attachment of the pulling means and at the same time increase the dependability of operation, the pulling means (1) is provided on the ends thereof connected to the force transmission element (2) with clamping pieces (3) which are provided with a toothed surface (5) on at least one outer side (4) and the force transmission element (2) is provided with a correspondingly toothed surface (6) against which the side (4) of the corresponding clamping piece (3) having the toothed surface (5) can be pressed via a pressing element (7). The corresponding toothed surface of the force transmission element (2) is longer than the clamping pieces (3) to allow for adjustment. The pressing element (7) and the force transmission element (2) together form an integral structure.
    • 一种工作缸,其在不具有活塞杆的情况下工作,包括缸筒,可在其中移位并具有牵引装置的活塞,以及与牵引装置连接并在缸筒上轴向位移地引导的力传递元件 。 为了最小化拉动装置的外部安装的安装工作,并且同时增加操作的可靠性,牵引装置(1)设置在其连接到力传递元件(2)的端部上,夹紧件 (3),其在至少一个外侧(4)和所述力传递元件(2)上设置有齿形表面(5),设置有相应的齿形表面(6),相应的所述侧面 具有齿形表面(5)的夹紧件(3)可以通过按压元件(7)被按压。 力传递元件(2)的相应的齿形表面比夹紧件(3)长,以允许调节。 按压元件(7)和力传递元件(2)一起形成一体的结构。
    • 7. 发明授权
    • Profiled tube for a working cylinder without a piston rod
    • 用于没有活塞杆的工作缸的配置管
    • US5245912A
    • 1993-09-21
    • US810833
    • 1991-12-20
    • Peter MullerHelmut GottlingRudolf MollerGerhard ScharnowskiRalf Kook
    • Peter MullerHelmut GottlingRudolf MollerGerhard ScharnowskiRalf Kook
    • F15B15/14F15B15/08F16J10/00
    • F15B15/084
    • The invention relates to a profiled tube for working cylinders without a piston rod having a cylinder chamber which extends in longitudinal direction and a piston guided movably therein and connected to pull means, and a carriage connected to the pull means and guided in a slide guide arranged on the profiled tube. In order to increase the torsional rigidity of a profiled tube for working cylinders having rodless pistons of this type, to guide the piston in a manner secured against turning and, at the same time, obtain a compact structural shape, the present invention provides a profiled tube have a closed single-piece cross section, that the cylinder chamber have an ovoid, preferably elliptical cross section arranged within the cross section of the profiled tube, that pressure-fluid guide channels extending in longitudinal direction are arranged within the cross section of the profiled tube, and that the slide guide is arranged along one of the outer longitudinal sides of the profiled tube and unitarily formed as a single piece with the tube.
    • 本发明涉及一种用于工作缸的成型管,其不具有活塞杆,该活塞杆具有沿纵向方向延伸的气缸室和可移动地引导并连接到拉动装置的活塞,以及连接到拉动装置的托架, 在异型管上。 为了提高具有这种无杆活塞的工作缸的成型管的扭转刚性,以固定的方式引导活塞,并且同时获得紧凑的结构形状,本发明提供一种异型 管具有封闭的单件横截面,气缸室具有布置在成型管的横截面内的卵形,优选椭圆形横截面,沿纵向方向延伸的压力流体引导通道布置在 成型管,并且滑动引导件沿着成型管的外部纵向侧边布置,并与管一体地形成为单件。
    • 9. 发明授权
    • Valve apparatus and method for controlling fluid flow
    • 阀门装置及控制流体流动的方法
    • US5197508A
    • 1993-03-30
    • US840910
    • 1992-02-21
    • Helmut GottlingRudolf MollerReinhard MauentobbenGerhard ScharnowskiDieter MeisollHuu-Tri Nguyen
    • Helmut GottlingRudolf MollerReinhard MauentobbenGerhard ScharnowskiDieter MeisollHuu-Tri Nguyen
    • F16K11/04F16K37/00
    • F16K37/0033F16K11/04F16K37/0041Y10T137/0318Y10T137/86815
    • A valve device and method for controlling the operation of the valve device, in particular a proportionally acting solenoid valve, consisting of a valve housing in which several pressure fluid chambers provided with pressure fluid connections are present, having two valves which are arranged within the valve housing and are providing with moveable valve members, the valve members being connected to a valve rod which serves for actuation.In order to simplify the construction of the valve, and provide reliable and reproducible detection and control of the valve opening cross section, two valves members (4, 5) and (12, 13) of the two valves are arranged coaxially and are jointly connected to a valve rod (20), actuatable simultaneously with it. A pressure fluid chamber is arranged between the valves. A permanent magnet (9) is arranged on or in the valve rod (20) for detecting the position of the valve rod in such a manner that the range of the displacement path produced by actuation of the valve rod lies within the pressure fluid chamber (10). A field sensor 29 extends through the valve housing wall into the corresponding pressure fluid chamber (10).
    • 一种用于控制阀装置的操作的阀装置和方法,特别是比例作用的电磁阀,其由阀壳体组成,其中存在设置有压力流体连接的多个压力流体室,其具有布置在阀内的两个阀 壳体并且提供可移动的阀构件,阀构件连接到用于致动的阀杆。 为了简化阀的结构,并且提供可靠且可重现的阀开口截面的检测和控制,两个阀的两个阀构件(4,5)和(12,13)同轴地布置并且共同连接 连接到与其同时致动的阀杆(20)。 压力流体室设置在阀之间。 永磁体(9)设置在阀杆(20)上或阀杆(20)中,用于检测阀杆的位置,使得通过致动阀杆产生的排出路径的范围位于压力流体室内 10)。 场传感器29穿过阀壳体壁延伸到相应的压力流体室(10)中。
    • 10. 发明授权
    • Proximity switch in mounting arrangement
    • 靠近开关的安装方式
    • US4680436A
    • 1987-07-14
    • US879688
    • 1986-07-28
    • Walter BrausfeldHelmut GottlingRudolf MollerPeter MullerGerhard Scharnowski
    • Walter BrausfeldHelmut GottlingRudolf MollerPeter MullerGerhard Scharnowski
    • F15B15/28H01H3/16H01H9/02H01H36/00H01H35/38
    • F15B15/2892H01H36/008H01H3/16H01H9/0207
    • A contactless proximity switch and mounting arrangement for determining the position of a movable member within a cylinder which has two end covers secured on the cylinder by means of a plurality of tie rods, includes a switch housing which secures to one of the tie rods. A contact opening formed in the switch housing has disposed therein, a switch having a pair of contacts and a permanent magnet disposed in a fixed manner. One pole of the permanent magnet is connected to a first contact, while the second pole is disposed in a contacting relation to the cylinder. A second contact is electrically coupled to the cylinder at a position a predetermined distance from where the second pole is disposed. As the movable member, which is constructed of a ferromagnetic material, nears the switch housing, the air gap between the second contact and second pole is bridged and the contacts close indicating the proximity of the movable member to the switch element. The entire proximity switch apparatus can be moved along the longitudinal axis of the cylinder.
    • 用于确定可动构件在气缸内的位置的非接触式接近开关和安装装置,其具有通过多个拉杆固定在气缸上的两个端盖,其包括固定到一个拉杆的开关壳体。 形成在开关壳体中的接触开口设置在其中,具有一对触点和以固定的方式设置的永磁体的开关。 永磁体的一极连接到第一触点,而第二极与气缸相接触地设置。 第二触点在距离第二极设置的预定距离的位置处电耦合到气缸。 作为由铁磁材料构成的可动构件靠近开关壳体,第二触点和第二极之间的空气间隙被桥接,触点闭合,指示可移动构件与开关元件的接近。 整个接近开关装置可以沿着气缸的纵向轴线移动。