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    • 2. 发明授权
    • Valveless pump
    • 无阀泵
    • US07101159B2
    • 2006-09-05
    • US10493205
    • 2002-10-21
    • Wilhelm Zackl
    • Wilhelm Zackl
    • F04B19/00
    • F04D33/00F04B43/0027F04B43/09F04F7/00
    • The invention relates to a pump which comprises a tube (4) through which a fluid is delivered, and a device (2) for producing transverse oscillations in the fluid. On the inlet side (5), the tube (4) has a first section (1) with an invariable delivery cross-section and on the outlet side (6) a second section (3) with a variable delivery cross-section. The inventive pump functions according to the following principle: the fluid, when induced to oscillate, performs transverse oscillations in the second section (3) with the variable delivery cross-section and can thereby expand or flow in said oscillating system, while in the first section (1) with the invariable delivery cross-section the fluid oscillates not at all or only to a much lesser extent depending on the compressibility of the medium. The waves caused by the oscillation produced in the fluid therefore substantially expand in the direction of the second section (3) with the variable delivery cross-section so that the fluid inevitably flows from the first section (1) to the second section (3).
    • 本发明涉及一种泵,其包括用于输送流体的管(4)和用于在流体中产生横向振荡的装置(2)。 在入口侧(5)上,管(4)具有具有不变输送横截面的第一部分(1)和出口侧(6)具有可变输送横截面的第二部分(3)。 本发明的泵根据以下原理起作用:当感应振荡时,流体在可变输送横截面中在第二部分(3)中执行横向振荡,并且因此可以在所述摆动系统中膨胀或流动,而在第一部分 具有不变输送横截面的截面(1),根据介质的压缩性,流体不完全振荡或仅在很小程度上振荡。 因此,由于在流体中产生的振荡引起的波浪以可变输送横截面基本上在第二部分(3)的方向上膨胀,使得流体不可避免地从第一部分(1)流到第二部分(3) 。
    • 4. 发明申请
    • Valveless pump
    • 无阀泵
    • US20050031474A1
    • 2005-02-10
    • US10493205
    • 2002-10-21
    • Wilhelm Zackl
    • Wilhelm Zackl
    • F04B43/00F04B43/09F04D33/00F04F7/00F04B19/02F04B27/06
    • F04D33/00F04B43/0027F04B43/09F04F7/00
    • The invention relates to a pump which comprises a tube (4) through which a fluid is delivered, and a device (2) for producing transverse oscillations in the fluid. On the inlet side (5), the tube (4) has a first section (1) with an invariable delivery cross-section and on the outlet side (6) a second section (3) with a variable delivery cross-section. The inventive pump functions according to the following principle: the fluid, when induced to oscillate, performs transverse oscillations in the second section (3) with the variable delivery cross-section and can thereby expand or flow in said oscillating system, while in the first section (1) with the invariable delivery cross-section the fluid oscillates not at all or only to a much lesser extent depending on the compressibility of the medium. The waves caused by the oscillation produced in the fluid therefore substantially expand in the direction of the second section (3) with the variable delivery cross-section so that the fluid inevitably flows from the first section (1) to the second section (3).
    • 本发明涉及一种泵,其包括用于输送流体的管(4)和用于在流体中产生横向振荡的装置(2)。 在入口侧(5)上,管(4)具有具有不变输送横截面的第一部分(1)和出口侧(6)具有可变输送横截面的第二部分(3)。 本发明的泵根据以下原理起作用:当感应振荡时,流体在可变输送横截面中在第二部分(3)中执行横向振荡,并且因此可以在所述摆动系统中膨胀或流动,而在第一部分 具有不变输送横截面的截面(1),根据介质的压缩性,流体不完全振荡或仅在很小程度上振荡。 因此,由于在流体中产生的振荡引起的波浪以可变输送横截面基本上在第二部分(3)的方向上膨胀,使得流体不可避免地从第一部分(1)流到第二部分(3) 。