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    • 1. 发明授权
    • Method for the control and regulation of the oil pressure-gas pressure relationship of diaphragm compressors
    • 控制和调节隔膜压缩机油压气压关系的方法
    • US06767189B2
    • 2004-07-27
    • US10211764
    • 2002-08-02
    • Horst Kleibrink
    • Horst Kleibrink
    • F04B14306
    • F04B45/0733F04B45/0533F04B2205/05F04B2205/06
    • A method for the control and regulation of the oil pressure-gas pressure relationship of diaphragm compressors. The function of a diaphragm compressor is mainly dependent on a given minimum relationship of gas pressure and oil pressure. When this is undershot a large direct damage or long term damage can result. Also there exists operating conditions with very different gas pressures for which the maintenance of a given predetermined relationship between gas pressure and oil pressure is of large advantage. The solution of the invention lies in the capture of the oil pressure-gas pressure relationship with an electronic pressure sensor on the oil side of the diaphragm head and another electronic pressure sensor on the gas outlet side of the diaphragm head, with an associated electronic evaluation circuit for both of the signals for determining from those signals the relationship of the two pressures as well as for producing a signal output upon the undershooting of a given minimum relationship. Further, in the control and regulation of the oil pressure-gas pressure relationship for maintaining a given relationship of oil pressure and a variable gas pressure, which gas pressure is controlled and regulated by the electronic evaluation circuit, an associated relief mechanism of the oil overflow valve is controlled by the electronic evaluation circuit.
    • 一种用于控制和调节隔膜压缩机的油压 - 气体压力关系的方法。隔膜压缩机的功能主要取决于给定的气压和油压的最小关系。 当这种情况下,可能会导致较大的直接损坏或长期的损坏。 另外存在气体压力非常不同的操作条件,对于气体压力和油压之间的给定的预定关系的维持具有很大的优势。本发明的解决方案在于捕获与电子的压力 - 气体压力的关系 在隔膜头的油面上的压力传感器和隔膜头的气体出口侧上的另一个电子压力传感器,以及用于两个信号的相关联的电子评估电路,用于从这些信号确定两个压力的关系以及 用于在给定最小关系的下冲时产生信号输出。 此外,在用于维持给定的油压关系和可变气体压力的油压 - 气体压力关系的控制和调节中,气体压力由电子评估回路控制和调节,相关的溢油机构 阀门由电子评估电路控制。
    • 3. 发明授权
    • Spring-loaded oil overflow valve for diaphragm compressors
    • 用于隔膜压缩机的弹簧式溢流阀
    • US06851449B2
    • 2005-02-08
    • US10431209
    • 2003-05-07
    • Horst Kleibrink
    • Horst Kleibrink
    • F04B43/067F16K15/04F16K17/04
    • F16K17/0406F04B43/067F16K15/044Y10T137/7928
    • A diaphragm head with a high energy content of the oil space (pressure×volume) has a strong negative influence on the corresponding behavior of the oil overflow valve. The reaction of the valve leads to an undesirable increase in the opening time by which more oil is discharged than oil introduced by means of a compensation pump. This has the result that after multiple strokes the diaphragm is not driven to its dead position. With this, all of the compressed gas is not expelled which is accompanied by a rapid decrease of the suction capacity.The solution to this problem according to the present invention is achieved by means of a flow-interrupting edge formed at the junction of the valve seat and a restriction piece at the outlet side by which the operating forces of the valve spindle are sharply reduced. With this the effective closing force of the spring, as the dominant force component, leads to the desired fast closing time to the valve.
    • 具有高能量含油量的隔膜头(pressurexvolume)对油溢流阀的相应行为有很强的负面影响。 与通过补偿泵引入的油相比,阀的反应导致打开时间的不期望的增加,通过该打开时间更多的油被排出。 结果是在多次行程之后,隔膜不被驱动到其死位置。 由此,所有的压缩气体都不会被排出,伴随着吸力的迅速降低。根据本发明的这个问题的解决方案是通过形成在阀的连接处的流动中断边缘 阀座和出口侧的限制件,通过该限制件,阀主轴的操作力急剧减小。 因此,作为主力分量的弹簧的有效闭合力导致对阀的期望的快速关闭时间。