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    • 52. 发明授权
    • Directional control valve and a valve assembly using directional control
valves
    • 方向控制阀和使用方向控制阀的阀门组件
    • US5462087A
    • 1995-10-31
    • US238727
    • 1994-05-05
    • Yoshihiro FukanoShoichi MakadoTakeshi Arakawa
    • Yoshihiro FukanoShoichi MakadoTakeshi Arakawa
    • F15B13/00F15B13/08
    • F15B13/0825F15B13/0828F15B13/0839F15B13/0857Y10T137/86614Y10T137/8671Y10T137/87209Y10T137/87885
    • A directional control valve and a valve assembly for incorporating a plurality of control valves is disclosed, in which use of a manifold base, subplates and the like is unnecessary and wherein durability is excellent. A supply port (P) for a pressurized fluid, output ports (A, B) and exhaust ports (EA, EB) which open into a valve hole are defined in a main valve body constituting the directional control valve. The main valve body has linking surfaces thereon for linking together a plurality of control valves in a valve assembly. The supply port (P) and the exhaust ports (EA, EB) penetrate in a direction in which the main valve bodies are linked together at positions deviated from an opening position of the valve hole. In addition, the output ports (A, B) open through output passages on one side surface of the main valve body perpendicular to the linking surfaces. Connecting grooves are defined on upper and lower surfaces of the main valve body. A plurality of the main valve bodies thus constituted are disposed in a linking manner between a pair of end plates, and tie rods are inserted into the connecting grooves so as to clamp the main valve bodies between the end plates.
    • 公开了一种用于并入多个控制阀的方向控制阀和阀组件,其中不需要使用歧管基座,底板等,并且其中耐用性非常好。 在构成方向控制阀的主阀体中限定了用于加压流体的供给口(P),开口到阀孔的输出口(A,B)和排气口(EA,EB)。 主阀体在其上具有连接表面,用于将阀组件中的多个控制阀连接在一起。 供给口(P)和排气口(EA,EB)在偏离阀孔的开口位置的位置处贯穿主阀体连结在一起的方向。 此外,输出端口(A,B)通过主阀体的与连接表面垂直的一个侧表面上的输出通道打开。 连接槽限定在主阀体的上表面和下表面上。 这样构成的多个主阀体以一对端板之间的连接方式设置,并将拉杆插入连接槽中,以将主阀体夹在端板之间。
    • 54. 发明授权
    • Pinch valve
    • 夹管阀
    • US08622365B2
    • 2014-01-07
    • US13472806
    • 2012-05-16
    • Yoshihiro FukanoShoichi MakadoYasuhiro Ushijima
    • Yoshihiro FukanoShoichi MakadoYasuhiro Ushijima
    • F16K7/04F16K31/02
    • F16K7/045
    • A pinch valve includes a spring disposed between a movable iron core of a solenoid and an end cover thereof, and which urges the movable iron core toward the side of a tube provided in a body. An elastic force of the spring is set to be smaller than a reactive force of the tube that is applied to a valve plug. In a non-excited state of the solenoid, the valve plug is pressed toward the solenoid by the reactive force of the tube, so as to enable a fluid to flow through a flow passage of the tube. Conversely, in an excited state of the solenoid, since an attractive force of the movable iron core toward the tube is added to the elastic force of the spring, the valve plug is pressed in opposition to the reactive force of the tube for thereby blocking the flow passage.
    • 夹紧阀包括设置在螺线管的可动铁芯和其端盖之间的弹簧,并且可动铁芯朝向设置在主体中的管的侧面推动。 弹簧的弹力被设定为小于施加到阀塞的管的反作用力。 在螺线管的非激励状态下,通过管的反作用力将阀塞压向螺线管,以使流体能够流过管的流动通道。 相反,在螺线管的激励状态下,由于可动铁芯朝向管的吸引力增加到弹簧的弹力,所以阀塞与管的反作用力相反地按压,从而阻止 流通道