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    • 2. 发明授权
    • Electric power supply apparatus for solenoid valve manifold
    • 电磁阀歧管电源装置
    • US06213153B1
    • 2001-04-10
    • US09594553
    • 2000-06-15
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • F16K1110
    • F15B13/0839F15B13/0817F15B13/0821F15B13/0828F15B13/0853F15B13/0857F15B13/0875F16K27/003H05K1/18Y10T137/8376Y10T137/87885
    • Simple adaptation to change in the number of terminals in a serial unit or the like is made possible in controlling a plurality of solenoid valves by a solenoid valve manifold. An electric circuit section of a connected manifold block 2 having solenoid valves 1 mounted thereon is constructed by electrically connecting, with a wiring on a printed wiring board 34, a multiple-pole male connector 35 disposed on one connecting surface of the manifold block, a multiple-pole female connector 36 disposed on the other connecting surface, and an electric power supplying connector 37 connected to an electric power receiving connector 14 of the solenoid valves. The wiring on the printed wiring board 34 is constructed in such a manner that terminals of the multiple-pole male connector 35 that send driving signals to respective solenoid valves are connected to terminals of the female connector 36 by shifting the driving signals thereof sequentially to terminals on the electric power supplying connector 37 side; the terminal on the utmost end of the shifted side is connected to the electric power supplying connector 37; and a common terminal 57 is disposed at the end of the aforesaid electric power supplying connector side.
    • 通过电磁阀歧管控制多个电磁阀,能够简单地适应串联单元等中的端子数量的变化。 通过与印刷线路板34上的布线电连接设置在歧管块的一个连接表面上的多极公连接器35,构成安装有电磁阀1的连接歧管块2的电路部分, 设置在另一连接面上的多极母连接器36以及与电磁阀的电力接收连接器14连接的供电连接器37。 印刷布线板34上的布线被构造成使得将驱动信号发送到各个电磁阀的多极公连接器35的端子通过将驱动信号顺序地移动到端子而连接到阴连接器36的端子 在供电连接器37侧; 移位侧的最末端的端子与电力供给连接器37连接; 并且公共端子57设置在上述电力供应连接器侧的端部。
    • 6. 发明授权
    • Pilot-type two-port valve
    • 先导式双口阀
    • US07434780B2
    • 2008-10-14
    • US11478731
    • 2006-07-03
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • F16K31/12
    • F16K31/124F16K31/1221F16K47/023
    • A pilot-type two-port valve is disclosed having a water hammer preventing mechanism, operative to prevent a water hammer during valve-closing operation, which includes a valve member operative to open or close a valve and a piston driven by pilot fluid for operating the valve member for opening and closing movements. The water hammer preventing mechanism comprises a piston drive chamber, from which fluid is discharged during valve-closing operation, which has an orifice for restricting the flow rate of discharge fluid whereby when the piston moves to a position to allow the valve member to be close to a valve seat, a portion of an discharge flow passage of the piston drive chamber is blocked to restrict the flow rate of the discharge fluid to the flow rate of fluid flowing through the orifice.
    • 公开了一种先导型双口阀,其具有防水机构,用于防止在关阀操作期间的水锤,其包括用于打开或关闭阀的阀构件和由先导流体驱动的用于操作的活塞的活塞 用于打开和关闭运动的阀构件。 水锤防止机构包括活塞驱动室,在关闭操作期间流体被排出,该活塞驱动室具有用于限制排出流体的流量的孔,由此当活塞移动到允许阀构件关闭的位置时 对于阀座,活塞驱动室的排出流路的一部分被阻止,以将排出流体的流量限制在流过孔口的流体的流量。
    • 7. 发明申请
    • Pilot-type two-port valve
    • 先导式双口阀
    • US20070007474A1
    • 2007-01-11
    • US11478731
    • 2006-07-03
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • Bunya HayashiShinji MiyazoeShinichi Yoshimura
    • F16K31/12
    • F16K31/124F16K31/1221F16K47/023
    • A pilot-type two-port valve is disclosed having a water hammer preventing mechanism, operative to prevent a water hammer during valve-closing operation, which includes a valve member operative to open or close a valve and a piston driven by pilot fluid for operating the valve member for opening and closing movements. The water hammer preventing mechanism comprises a piston drive chamber, from which fluid is discharged during valve-closing operation, which has an orifice for restricting the flow rate of discharge fluid whereby when the piston moves to a position to allow the valve member to be close to a valve seat, a portion of an discharge flow passage of the piston drive chamber is blocked to restrict the flow rate of the discharge fluid to the flow rate of fluid flowing through the orifice.
    • 公开了一种先导型双口阀,其具有防水机构,用于防止在关阀操作期间的水锤,其包括用于打开或关闭阀的阀构件和由先导流体驱动的用于操作的活塞的活塞 用于打开和关闭运动的阀构件。 水锤防止机构包括活塞驱动室,在关闭操作期间流体被排出,该活塞驱动室具有用于限制排出流体的流量的孔,由此当活塞移动到允许阀构件关闭的位置时 对于阀座,活塞驱动室的排出流路的一部分被阻止,以将排出流体的流量限制在流过孔的流体的流量。
    • 10. 发明授权
    • Pipe joint for fluid pressure apparatus
    • 流体压力设备管接头
    • US5944056A
    • 1999-08-31
    • US116341
    • 1998-07-16
    • Shinji MiyazoeBunya HayashiMakoto Ishikawa
    • Shinji MiyazoeBunya HayashiMakoto Ishikawa
    • F16L37/12F16L37/00F16L37/14F16L39/00
    • F16L37/56F16K27/003Y10T137/86614Y10T137/87885Y10T137/9029
    • A pipe joint is provided wherein quick joints assembly are installable in two ports and in a fluid pressure apparatus such as a solenoid transfer valve as in the prior art, while joints with a female thread are interchangeable with the guide joints so as not to rotate even when male screw members for piping are screwed in. The quick joints and the joints with a female thread are interchangeably installed in a fluid pressure apparatus in which two ports are switched and supplied with a pressurized fluid. Although the quick joints and the joints with a female thread can be installed as in the prior art, the joints with a female thread are integrally connected and fixed between the quick joints and the joints with a female thread via a connection member so as not to rotate even when male screw members for piping are screwed in.
    • 提供了一种管接头,其中快速接头组件可安装在两个端口中并且在诸如现有技术的电磁转换阀的流体压力装置中,而具有内螺纹的接头可与引导接头互换,以便不会旋转甚至 用于管道的阳螺纹构件被拧入。快速接头和具有内螺纹的接头可互换地安装在其中两个端口被切换并且被供应加压流体的流体压力设备中。 虽然可以如现有技术那样安装快速接头和内螺纹的接头,但是具有内螺纹的接头通过连接构件一体地连接并固定在快速接头和接头之间,并具有内螺纹,以便不 即使拧入用于管道的外螺纹构件,也会旋转。