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    • 23. 发明授权
    • Electromagnetic pump device
    • 电磁泵装置
    • US09429154B2
    • 2016-08-30
    • US14124467
    • 2012-07-25
    • Kazunori IshikawaMasaya Nakai
    • Kazunori IshikawaMasaya Nakai
    • F04B53/10F04B53/12F04B53/20F04B17/04
    • F04B53/1002F04B17/04F04B17/042F04B17/044F04B53/126F04B53/20
    • An electromagnetic pump including a suction check valve including a tubular portion and a flange portion that extends in a radial direction from an end edge of the tubular portion, the suction check valve being formed with a through hole that penetrates the tubular portion and the flange portion to form a suction port in an end surface of the flange portion. A strainer attached to the suction port and having a pore forming region which is larger than an inside diameter of the through hole at the tubular portion and in which a large number of pores are formed. The suction check valve is formed with a diameter reducing portion formed such that the inside diameter of the through hole is reduced from the flange portion toward the tubular portion with a degree of diameter reduction varied from a large value to a small value.
    • 一种电磁泵,其包括具有管状部的吸入止回阀和从所述筒状部的端部边缘沿径向延伸的凸缘部,所述吸入止回阀形成有贯穿所述筒状部的贯通孔和所述凸缘部 在凸缘部的端面上形成吸入口。 安装在吸入口上并具有孔形成区域的过滤器,其大于管状部分处的通孔的内径,其中形成有大量的孔。 吸入止回阀形成有直径减小部,该直径减小部形成为使得通孔的内径从凸缘部朝向管状部分减小,其直径减小程度从大值变化到小值。
    • 24. 发明授权
    • Electromagnetic pump
    • 电磁泵
    • US09140245B2
    • 2015-09-22
    • US13413204
    • 2012-03-06
    • Masaya NakaiKazuhiko Kato
    • Masaya NakaiKazuhiko Kato
    • F04B17/04
    • F04B17/042F04B17/04F04B17/044F04B17/048
    • An electromagnetic pump includes a cylinder with a stepped inner diameter with first and second inner diameters. A piston inside the cylinder, with a stepped outer diameter including first and second outer diameters slidable on the respective inner diameters, defines first and second fluid chambers. Reciprocal movement of the piston produces a greater change in volume in the first chamber than the second chamber. An electromagnetic portion moves the piston to decrease the volume of the first chamber and increase the volume of the second chamber. A biasing member moves the piston to increase the volume of the first chamber and decrease the volume of the second chamber. A first valve allows fluid to flow to the first chamber and prohibits reverse flow. A second valve embedded in the piston allows fluid to flow from the first chamber to the second chamber and prohibits reverse flow.
    • 电磁泵包括具有第一和第二内径的阶梯形内径的气缸。 气缸内的活塞具有包括可在相应内径上滑动的第一和第二外径的阶梯形外径,限定第一和第二流体室。 活塞的往复运动在第一室中产生比第二室更大的体积变化。 电磁部分移动活塞以减小第一室的体积并增加第二室的体积。 偏置构件移动活塞以增加第一室的体积并减小第二室的体积。 第一阀允许流体流到第一室并且禁止反向流动。 嵌入在活塞中的第二阀允许流体从第一室流到第二室,并且禁止反向流动。
    • 25. 发明授权
    • Electromagnetic pump
    • 电磁泵
    • US09017044B2
    • 2015-04-28
    • US13370048
    • 2012-02-09
    • Masaya NakaiKota FukaoTakahiro Kokubu
    • Masaya NakaiKota FukaoTakahiro Kokubu
    • F04B17/04
    • F04B17/042F04B17/048
    • An electromagnetic pump including a reciprocating piston in a cylinder; an electromagnetic portion that moves the piston forward; a first biasing member that moves the piston backward; a support member that supports the first biasing member and defines a pump chamber together with the cylinder and the piston; an intake valve that is incorporated into the support member, is connected to an intake port and prohibits hydraulic fluid from moving in reverse; and a discharge valve that is connected to a discharge port and prohibits the hydraulic fluid from moving in reverse. The intake valve includes a ball, an opening portion of the intake port, and a second biasing member that presses the ball against the opening portion from a side opposite to a direction in which the hydraulic fluid moves. In the opening member, an inner peripheral surface that receives the ball is formed in a taper shape.
    • 一种电磁泵,包括在气缸中的往复活塞; 向前移动活塞的电磁部分; 向后移动活塞的第一偏置构件; 支撑构件,其支撑第一偏压构件并与气缸和活塞一起限定泵室; 并入到支撑构件中的进气阀连接到进气口,并且禁止液压油反向运动; 以及排出阀,其连接到排出口并且禁止液压流体反向移动。 进气阀包括球,进气口的开口部分和第二偏压构件,其从与液压流体移动方向相反的一侧将球压靠在开口部分上。 在打开构件中,容纳球的内周面形成为锥形。
    • 26. 发明申请
    • ELECTROMAGNETIC PUMP DEVICE
    • 电磁泵装置
    • US20140119964A1
    • 2014-05-01
    • US14124467
    • 2012-07-25
    • Kazunori IshikawaMasaya Nakai
    • Kazunori IshikawaMasaya Nakai
    • F04B53/10F04B53/20F04B17/04
    • F04B53/1002F04B17/04F04B17/042F04B17/044F04B53/126F04B53/20
    • An electromagnetic pump including a suction check valve including a tubular portion and a flange portion that extends in a radial direction from an end edge of the tubular portion, the suction check valve being formed with a through hole that penetrates the tubular portion and the flange portion to form a suction port in an end surface of the flange portion. A strainer attached to the suction port and having a pore forming region which is larger than an inside diameter of the through hole at the tubular portion and in which a large number of pores are formed. The suction check valve is formed with a diameter reducing portion formed such that the inside diameter of the through hole is reduced from the flange portion toward the tubular portion with a degree of diameter reduction varied from a large value to a small value.
    • 一种电磁泵,其包括具有管状部的吸入止回阀和从所述筒状部的端部边缘沿径向延伸的凸缘部,所述吸入止回阀形成有贯穿所述筒状部的贯通孔和所述凸缘部 在凸缘部的端面上形成吸入口。 安装在吸入口上并具有孔形成区域的过滤器,其大于管状部分处的通孔的内径,其中形成有大量的孔。 吸入止回阀形成有直径减小部,该直径减小部形成为使得通孔的内径从凸缘部朝向管状部分减小,其直径减小程度从大值变化到小值。
    • 27. 发明申请
    • ELECTROMAGNETIC PUMP
    • 电磁泵
    • US20140099219A1
    • 2014-04-10
    • US14124060
    • 2012-07-23
    • Takahiro KokubuMasaya NakaiKota FukaoNoriomi Fujii
    • Takahiro KokubuMasaya NakaiKota FukaoNoriomi Fujii
    • F04B53/12F04B17/04
    • F04B53/126F04B17/04F04B17/042F04B17/044F04B17/046F04B39/0016F04B53/1002F04B53/12
    • An electromagnetic pump including a piston, an electromagnetic portion that moves the piston forward, and a spring that moves the piston backward. The piston including a discharge check valve built in the piston. The piston is formed with a hollow portion that opens in an inner peripheral portion of an end surface of the piston, and a spring receiving surface formed on an outer peripheral portion of the end surface to receive the spring. The discharge check valve is fixed through plastic deformation of the piston by inserting the discharge check valve into the hollow portion from an opening of the piston, and partially pressing a portion of the spring receiving surface of the piston on an inner peripheral side after the insertion to recess the spring receiving surface and elevate an inner peripheral surface of the piston surrounding the hollow portion.
    • 包括活塞,向前移动活塞的电磁部分的电磁泵和向后移动活塞的弹簧。 活塞包括内置在活塞中的排放止回阀。 活塞形成有在活塞的端面的内周部分开口的中空部分,以及形成在端表面的外周部分上以接收弹簧的弹簧接收表面。 排气止回阀通过活塞的塑性变形固定,将排气止回阀从活塞的开口插入中空部分,并且在插入后的内周侧部分地按压活塞的弹簧接收表面的一部分 以使弹簧接收表面凹陷并提升围绕中空部分的活塞的内周表面。
    • 29. 发明授权
    • Linear solenoid device and electromagnetic valve
    • 线性电磁阀和电磁阀
    • US08109487B2
    • 2012-02-07
    • US12292249
    • 2008-11-14
    • Takahiro KokubuMasaya Nakai
    • Takahiro KokubuMasaya Nakai
    • F16K31/02
    • F16K31/0613H01F7/081H01F7/1607H01F2007/085H01F2007/163
    • A linear solenoid device comprising an energizable coil; a movable core; a first fixed core as a magnetic member having a recess capable of accommodating one end of the movable core; a second fixed core as a magnetic member having an inner peripheral surface slidably supporting the movable core; and an annular non-magnetic member coaxially connecting the first fixed core and the second fixed core to each other, wherein the linear solenoid device is capable of being driven by an attraction force applied to the movable core towards the first fixed core upon energization of the coil, and the non-magnetic member is formed so that an inner peripheral surface of the non-magnetic member functions together with the inner peripheral surface of the second fixed core as a sliding surface along which the movable core is slidable.
    • 一种包括可激励线圈的线性螺线管装置; 可动核心; 作为磁性构件的第一固定芯,具有能够容纳可动芯的一端的凹部; 作为磁性构件的第二固定芯,具有可滑动地支撑所述可动芯的内周面; 以及将所述第一固定铁心和所述第二固定铁心彼此同轴连接的环形非磁性部件,其中所述线性电磁铁装置能够通过在所述线性电磁铁装置通电时被施加到所述可动铁芯的吸引力而朝向所述第一固定铁芯驱动 线圈,并且非磁性构件形成为使得非磁性构件的内周表面与第二固定芯的内周表面一起作为可移动芯可滑动的滑动表面。