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    • 11. 发明授权
    • Angle joint
    • 角接头
    • US4527925A
    • 1985-07-09
    • US281564
    • 1981-07-08
    • Fritz BauerHans-Peter BauerHans J. Bauer
    • Fritz BauerHans-Peter BauerHans J. Bauer
    • F16C11/06
    • F16C11/0647F16C11/069Y10T403/32803Y10T403/32811Y10T403/587Y10T403/604
    • An angle joint, consisting of a ball socket and a ball pivot, is pivotally mounted, by means of the ball, in a ball socket recess which is shaped like a spherical cap and acts as a ball seat. On one side of the ball socket is a rigid locating or contact shoulder, which is integral with the ball socket and partially grips the rear of the ball when the ball has been inserted into the recess.A locking element, which is situated opposite the locating shoulder, also partially grips the rear of the ball when the ball is inserted into the recess. The locking element is slidably located in a guide recess in the ball socket at an acute angle, between 15.degree. to 30.degree., to the direction of insertion. A locking spring presses the locking element in a direction opposite to the direction of insertion. The locking element is loaded by a pretensioned helical spring, acting as a locking spring, which bears both against the locking element and a section in contact with the ball socket. The locking spring may either bear against a locating collar formed out of the ball socket or against a cap which seals the guide recess. A handle or knob, projecting out of the guide recess may be mounted on the locking element. The locking spring may be bow-shaped and attached to the ball socket at a distance spaced from the locking element. The locking element is preferably made of a strong metallic material and may be constructed integrally with the locking spring, which may be constructed in the form of a leaf spring.
    • 由球窝和球枢轴组成的角接头通过球枢转地安装在球窝凹槽中,该球窝凹槽的形状类似于球形盖并用作球座。 在球窝的一侧是刚性的定位或接触的肩部,它与球窝是一体的,并且当球已插入到凹槽中时,部分地夹住球的后部。 位于定位肩部相对的锁定元件当球插入凹槽时也部分地夹住球的后部。 锁定元件滑动地位于球窝的引导凹槽中,与插入方向成锐角,在15°至30°之间。 锁定弹簧沿与插入方向相反的方向按压锁定元件。 锁定元件由作为锁定弹簧的预张紧的螺旋弹簧加载,该弹簧承受锁定元件和与球窝接触的部分。 锁定弹簧可以承载在由球窝形成的定位环上或者抵靠密封引导凹部的盖上。 从引导凹槽突出的手柄或旋钮可以安装在锁定元件上。 锁定弹簧可以是弓形的并且以与锁定元件隔开的距离附接到球窝。 锁定元件优选地由坚固的金属材料制成,并且可以与可以以板簧形式构造的锁定弹簧一体地构造。
    • 12. 发明申请
    • Electric warmer with a current sensor
    • 带电流传感器的电加热器
    • US20050205546A1
    • 2005-09-22
    • US11081795
    • 2005-03-16
    • Hans-Peter Bauer
    • Hans-Peter Bauer
    • A47J36/24F24C7/10
    • A47J36/2438
    • The present invention relates to an electric warmer for heating a container by means of a heat transfer medium. The warmer comprises a jar into which the container can be inserted for heating, and an electric heating device comprising at least one resistance heating element for heating the heat transfer medium. To indicate an improved electric warmer of the above-mentioned type in which power can be supplied in a particularly efficient manner while the control device can be configured at particularly low costs at the same time, the warmer comprises a sensor element for measuring the current flowing through the resistance heating element during operation of the heating device, and a control unit configured in such a manner that it detects a typical change in the current flowing through the resistance heating element due to a change in the state of aggregation of the medium to be heated, and controls power supply to the resistance heating element in dependence upon the state of aggregation of the medium to be heated.
    • 本发明涉及一种用于通过传热介质加热容器的电加热器。 加热器包括容器可插入其中以加热的罐,以及包括用于加热传热介质的至少一个电阻加热元件的电加热装置。 为了表示可以以特别有效的方式提供电力的上述类型的改进的电加热器,同时可以以特别低的成本配置控制装置,加热器包括用于测量电流流动的传感器元件 通过加热装置的运转中的电阻加热元件,以及控制单元,其配置为检测由于介质的聚集状态的变化而流过电阻加热元件的电流的典型变化 加热,并且根据待加热介质的聚集状态控制向电阻加热元件的供电。
    • 16. 发明授权
    • Longitudinally controllable adjustment device
    • 长期可控的调整装置
    • US5096029A
    • 1992-03-17
    • US619823
    • 1990-11-29
    • Hans J. BauerHans-Peter Bauer
    • Hans J. BauerHans-Peter Bauer
    • F16F9/00A47C3/30F16F9/02
    • A47C3/30F16F9/0272Y10T137/5196
    • A longitudinally controllable adjustment device, in particular a gas spring partially filled with a fluid, has a piston disposed on a piston rod and a valve, inside of which a valve body is slidable in its longitudinal direction. It has a tapered section by which a seal, abutting on a sealing face, can be bridged. In order to make possible a long-stroke embodiment and a short-stroke embodiment, the seal has two sealing beads, of which the one sealing bead sealingly abuts in all embodiments against a truncated cone-like sealing face of the valve body, while the other sealing bead, if required, abuts on an optionally provided additional cylindrical sealing face between the truncated cone-like sealing face and the tapered section.
    • 一个可纵向控制的调节装置,特别是部分填充有流体的气弹簧,具有设置在活塞杆和阀门上的活塞,阀体内部可以沿其纵向方向滑动。 它具有锥形部分,通过该锥形部分可以桥接邻接在密封面上的密封件。 为了使长行程实施例和短行程实施例成为可能,密封件具有两个密封珠,其一个密封珠在所有实施例中密封地邻接于阀体的截头圆锥形密封面,而 如果需要,其它密封珠邻接在截锥形密封面和锥形部分之间的任选提供的另外的圆柱形密封面上。
    • 18. 发明授权
    • Frictional vibrator damper
    • 摩擦式振动阻尼器
    • US5080204A
    • 1992-01-14
    • US653394
    • 1991-02-11
    • Hans J. BauerHans-Peter BauerDieter MayerLudwig Stadelmann
    • Hans J. BauerHans-Peter BauerDieter MayerLudwig Stadelmann
    • D06F37/20F16F7/09
    • D06F37/20F16F7/09
    • A frictional vibration damper, in particular for washing machines with an oscillatory support of a washer unit has an approximately tube-shaped housing and a tappet displaceable in it. An articulation element is provided at the outer end of each the housing and the tappet. Further, a friction piston bearing with a friction coating on the internal wall of the housing is formed on the tappet, which friction piston is extendable by means of a linearly operating servomotor. In order to achieve high safety in operation at little expenditure, the servomotor is arranged in the tappet. It is formed by an electrically heatable thermoactuator element having a housing with a piston which changes its position relative to the housing upon heating. The piston of the servomotor directly bears against an expansion member serving to expand the friction piston.
    • 特别是用于具有垫圈单元的振荡支撑件的洗衣机的摩擦振动阻尼器具有大致管状的外壳和可在其中移动的挺杆。 在每个壳体和挺杆的外端处提供铰接元件。 此外,在挺杆上形成有在壳体内壁上具有摩擦涂层的摩擦活塞轴承,该摩擦活塞通过线性操作的伺服电动机可延伸。 为了在少量支出下实现高安全性,伺服电机布置在挺杆上。 它由电加热的热致动器元件形成,其具有带有活塞的壳体,该活塞在加热时相对于壳体改变其位置。 伺服电动机的活塞直接支承用于膨胀摩擦活塞的膨胀构件。
    • 19. 发明授权
    • Pressure sensor
    • 压力传感器
    • US4932266A
    • 1990-06-12
    • US271752
    • 1988-09-14
    • Hans-Peter BauerWolf Wessel
    • Hans-Peter BauerWolf Wessel
    • G01L23/08G01L9/00G01L9/04G01L9/06G01L9/08G01L23/10
    • G01L9/0052G01L9/006G01L9/008
    • A compartment in a housing has a wall serving as a pressure diaphragm in communication with the contained fluid to be measured. A measuring element with a spherical cap is arranged in the compartment for the uniform transmission of pressure to electrically responsive pressure sensitive means on the measuring element. The measuring element contacts the pressure diaphragm at virtually only a single point. The diameter of the measuring element and, accordingly, of the compartment which includes the measuring element, can be considerably reduced, so that the mechanical strength of the pressure sensor is increased.
    • PCT No.PCT / DE87 / 00096 Sec。 371日期:1988年9月14日 102(e)1988年9月14日PCT PCT。 公开号WO87 / 05998 日期为1987年10月8日。壳体中的隔室具有用作与要测量的所含流体连通的压力隔膜的壁。 具有球形帽的测量元件设置在隔室中,用于将均匀的压力传递到测量元件上的电响应压敏装置。 测量元件在几乎只有一个点处接触压力隔膜。 测量元件的直径以及包括测量元件的隔间的直径可以大大减小,从而增加了压力传感器的机械强度。