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    • 3. 发明申请
    • Continuously Blockable Locking Device
    • 可连续锁定装置
    • US20090293714A1
    • 2009-12-03
    • US12473991
    • 2009-05-28
    • Frank BornFrank DoffingThomas KlarRolf MintgenGerd MülhöferTimo Schumacher
    • Frank BornFrank DoffingThomas KlarRolf MintgenGerd MülhöferTimo Schumacher
    • F15B15/20
    • F15B15/24E05C17/305
    • A continuously blockable locking device with a cylindrical housing forming a work chamber, a closed first end and a second end located opposite from the closed end, a piston rod which is guided out of the housing in a sealed manner through the second end so as to be arranged coaxial to the center longitudinal axis by means of a guiding and sealing device, a piston which is arranged at the end of the piston rod situated in the housing and which divides the work chamber into a first work space, through which the piston rod extends, and a second work space, and a housing which is connected to, or can be connected to, the housing and which forms a valve chamber, a first valve assembly and a second valve assembly being arranged therein. The work chamber is always completely filled with a liquid medium and the valve chamber is at least partially filled with a liquid medium.
    • 一种连续可阻止的锁定装置,其具有形成工作室的圆柱形壳体,封闭的第一端和与封闭端相对的第二端;活塞杆,其以密封方式通过第二端引导出壳体,从而 通过引导和密封装置与中心纵向轴线同轴布置,活塞布置在位于壳体中的活塞杆的端部,并将工作室分成第一工作空间,活塞杆通过该活塞杆 延伸和第二工作空间,以及壳体,其连接到壳体上或者可以连接到壳体,并且形成阀室,第一阀组件和布置在其中的第二阀组件。 工作室总是完全充满液体介质,并且阀室至少部分地填充有液体介质。
    • 4. 发明申请
    • Gas spring
    • 气泉水
    • US20060290037A1
    • 2006-12-28
    • US11193543
    • 2005-07-29
    • Frank BornRainer MassmannRolf MintgenWilhelm Schwab
    • Frank BornRainer MassmannRolf MintgenWilhelm Schwab
    • F16F5/00
    • F16F9/48F16F9/0218
    • A gas spring is configured with a cylinder divided into first and second chambers by a cylinder piston provided with a rod which is displaceable within the cylinder, and a damping piston dividing the second chamber into a partial chamber and a damping chamber. The cylinder piston and damping pistons are operative to move in opposite axial push-in and push-out direction so that the damping piston is born against the piston in the push-in direction and trails the piston in the push-out direction. The gas spring further has a first choke assembly generating a greater chocking effect when both pistons move in the push-in direction than in the opposite push-out direction; and a second choke assembly generating a smaller choking effect upon displacement of the pistons in the push-in direction than in the push-out direction.
    • 气弹簧构造成具有通过缸体活塞分成第一和第二腔室的气缸,气缸活塞设置有可在气缸内移动的杆,以及阻尼活塞,将第二腔室分成局部室和阻尼室。 气缸活塞和阻尼活塞可操作以在相反的轴向推入和推出方向上移动,使得阻尼活塞沿推入方向抵靠活塞承载,并沿着推出方向径向活塞。 气弹簧还具有第一扼流圈组件,当两个活塞沿推入方向移动时,第一扼流组件产生比在相对的推出方向上更大的阻塞效应; 以及第二阻塞组件,其在推入方向上的移动方向上比在推出方向上产生较小的窒息效应。
    • 7. 发明申请
    • Displacement element
    • 位移元素
    • US20070114103A1
    • 2007-05-24
    • US11602903
    • 2006-11-21
    • Frank BornRainer MassmannRolf MintgenDirk RenneckeWilhelm Schwab
    • Frank BornRainer MassmannRolf MintgenDirk RenneckeWilhelm Schwab
    • F16F5/00
    • F16F9/483F16F9/0218
    • A displacement element includes a first piston, a second piston, a cylindrical housing filled with a fluid under pressure, a piston rod, and a spring. Each of the pistons is adapted to the respective internal diameter of its section and divides the respective section into two pressure chambers. The first piston is arranged at one end of the piston rod, and both pistons each include means for damping the movement of the piston rod respectively in one direction. The second piston is arranged on the side of the first piston facing away from the piston rod and is capable of displacement by means of the first piston in a direction facing away from the open end. The spring is arranged on the side of the second piston facing away from the first piston, and supported by the second piston and the housing.
    • 位移元件包括第一活塞,第二活塞,填充有压力流体的圆柱形壳体,活塞杆和弹簧。 每个活塞适应其截面的相应内径,并将相应的部分分成两个压力室。 第一活塞布置在活塞杆的一端,并且两个活塞各自包括用于分别沿一个方向阻尼活塞杆的运动的装置。 所述第二活塞布置在所述第一活塞的背离所述活塞杆的一侧上,并且能够通过所述第一活塞在远离所述开放端的方向上移位。 弹簧布置在第二活塞的背离第一活塞的一侧,由第二活塞和壳体支撑。
    • 8. 发明授权
    • Displacement element
    • 位移元素
    • US07975994B2
    • 2011-07-12
    • US11602903
    • 2006-11-21
    • Frank BornRainer MassmannRolf MintgenDirk RenneckeWilhelm Schwab
    • Frank BornRainer MassmannRolf MintgenDirk RenneckeWilhelm Schwab
    • F16F5/00
    • F16F9/483F16F9/0218
    • A displacement element includes a first piston, a second piston, a cylindrical housing filled with a fluid under pressure, a piston rod, and a spring. Each of the pistons is adapted to the respective internal diameter of its section and divides the respective section into two pressure chambers. The first piston is arranged at one end of the piston rod, and both pistons each include means for damping the movement of the piston rod respectively in one direction. The second piston is arranged on the side of the first piston facing away from the piston rod and is capable of displacement by means of the first piston in a direction facing away from the open end. The spring is arranged on the side of the second piston facing away from the first piston, and supported by the second piston and the housing.
    • 位移元件包括第一活塞,第二活塞,填充有压力流体的圆柱形壳体,活塞杆和弹簧。 每个活塞适应其截面的相应内径,并将相应的部分分成两个压力室。 第一活塞布置在活塞杆的一端,并且两个活塞各自包括用于分别沿一个方向阻尼活塞杆的运动的装置。 所述第二活塞布置在所述第一活塞的背离所述活塞杆的一侧上,并且能够通过所述第一活塞在远离所述开放端的方向上移位。 弹簧布置在第二活塞的背离第一活塞的一侧,由第二活塞和壳体支撑。
    • 10. 发明授权
    • Piston-cylinder unit
    • 活塞缸单元
    • US07066310B2
    • 2006-06-27
    • US10627326
    • 2003-07-25
    • Rolf MintgenWilhelm SchwabPaul MudersFrank BornAndre Stein
    • Rolf MintgenWilhelm SchwabPaul MudersFrank BornAndre Stein
    • F16F9/04
    • E05C17/305F16F9/064F16F9/464F16F2222/06
    • A piston is guided in an axially displaceable manner sealed off from a closed cylinder via an annular seal radially surrounding it, and divides the cylinder interior into a working space near the piston rod and a working space away from the piston rod. The two working spaces are filled with a hydraulic fluid. The piston has a one-sided piston rod which extends through the working space near the piston rod and is guided in a sealed manner to the outside through an end closing wall of the cylinder. A first valve can be opened under high pressure to connect the working space away from the piston rod to the working space near the piston rod. A second valve can be opened under high pressure to connect the working space near the piston rod to the working space away from the piston rod. A volume-equalizing chamber for receiving the amount displaced from the working space away from the piston rod, which is greater than the amount displaced from the working space near the piston rod. The volume-equalizing chamber is arranged in the piston, and the working space away from the piston rod can be connected to the volume-equalizing chamber via the first valve and the working space near the piston rod can be connected to it via the second valve. The volume-equalizing chamber can be connected to the working space away from the piston rod via a first nonreturn valve and can be connected to the working space near the piston rod via a second nonreturn valve.
    • 活塞以可轴向移动的方式引导,通过径向围绕其的环形密封件从封闭的圆柱体中密封,并将气缸内部分成活塞杆附近的工作空间和远离活塞杆的工作空间。 两个工作空间内装有液压油。 活塞具有延伸穿过活塞杆附近的工作空间的单向活塞杆,并通过气缸的封闭壁以密封的方式被引导到外部。 可以在高压下打开第一阀,以将工作空间从活塞杆远离活塞杆附近的工作空间。 第二个阀可以在高压下打开,将活塞杆附近的工作空间连接到远离活塞杆的工作空间。 用于接收从工作空间偏离活塞杆的量的体积均衡室,其大于从活塞杆附近的工作空间移动的量。 体积均衡室设置在活塞中,离开活塞杆的工作空间可以经由第一阀连接到体积均衡室,活塞杆附近的工作空间可以通过第二阀连接到活塞杆 。 容量均衡室可以经由第一止回阀连接到远离活塞杆的工作空间,并且可以经由第二止回阀连接到活塞杆附近的工作空间。