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    • 5. 发明申请
    • SCREW PUMP AND SCREW GEAR
    • 螺丝泵和螺旋齿轮
    • US20090016920A1
    • 2009-01-15
    • US11629642
    • 2005-06-14
    • Shinya YamamotoSatoru KuramotoRyosuke KoshizakaHideyuki Ito
    • Shinya YamamotoSatoru KuramotoRyosuke KoshizakaHideyuki Ito
    • F04C18/16F04C29/00
    • F04C18/16F04C18/084Y10T74/1987
    • A screw pump is provided with a pair of screw rotors serving as fluid transfer bodies. With respect to a rotation angle (x) around an axis of each of the screw rotors, a change of a lead angle (θ) from a winding start angle (0), which is the rotation angle (x) corresponding to a leading end of a spiral groove, to a winding end angle (E), which is the rotation angle (x) corresponding to a trailing end of the spiral groove, can be expressed by a lead angle change function θ(x). The lead angle change function θ(x) is structured by a combination of a plurality of change functions θ1(x) and θ2(x) having different manners of changing. It is possible to arbitrarily set a manner in which the lead angle (θ) changes in accordance with a combination of a plurality of change functions θ1(x) and θ2(x). Therefore, it is possible to arbitrarily set a fluid compression characteristic of the pump in a relation with an axial length (L) of the screw rotor.
    • 螺杆泵设有一对用作流体传递体的螺杆转子。 对于围绕每个螺杆转子的轴线的旋转角度(x),与作为与前端的旋转角度(x)对应的卷绕起始角度(0)的导角(θ)的变化, 螺旋槽的螺旋槽的旋转角度(X)与螺旋槽的后端相对应的旋转角度(X)可以由引导角变化函数θ(x)来表示。 引导角变化函数theta(x)由具有不同变化方式的多个变化函数theta1(x)和theta2(x)的组合构成。 可以根据多个变化函数θ1(x)和theta2(x)的组合来任意设定引导角(θ)变化的方式。 因此,可以将泵的流体压缩特性与螺杆转子的轴向长度(L)成一定关系。
    • 8. 发明申请
    • Diaphragm pump
    • 隔膜泵
    • US20050118041A1
    • 2005-06-02
    • US10996578
    • 2004-11-24
    • Shinya YamamotoRyosuke KoshizakaOsamu Uchiyama
    • Shinya YamamotoRyosuke KoshizakaOsamu Uchiyama
    • F04B45/04F04B43/00F04B43/02F04B19/00
    • F04B43/02F04B43/0054
    • A diaphragm pump includes a diaphragm, a diaphragm case and a driver. The diaphragm has a center point and an outer peripheral portion. The diaphragm case supports the diaphragm at the outer peripheral portion thereof, thereby defining a pump chamber in the diaphragm case. The driver holds the diaphragm at the center point thereof. The diaphragm is deformed as the driver is reciprocated, thereby accomplishing a fluid to flow into and to be discharged out of the pump chamber. The driver includes a fitting member and a flange. The fitting member fits the diaphragm and has a first surface for contacting the diaphragm. The flange is formed outside the fitting member. The flange has a second surface for contacting the diaphragm when the diaphragm is deformed toward the pump chamber. The second surface has a first convex surface region which is formed continuously with the first surface.
    • 隔膜泵包括隔膜,隔膜壳和驱动器。 隔膜具有中心点和外周部。 隔膜壳体在其外周部分处支撑隔膜,从而在隔膜壳体中限定泵室。 驱动器将隔膜保持在其中心点。 当驱动器往复运动时,隔膜变形,从而使流体流入并排出泵室。 驱动器包括配件和法兰。 配合构件适合隔膜并且具有用于接触隔膜的第一表面。 凸缘形成在配件部件的外侧。 当隔膜向泵室变形时,凸缘具有用于接触隔膜的第二表面。 第二表面具有与第一表面连续形成的第一凸表面区域。