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    • 7. 发明授权
    • Pneumatically operated valve
    • 气动阀
    • US4712576A
    • 1987-12-15
    • US824905
    • 1986-01-31
    • Ryozo AriizumiTakashi Ejiri
    • Ryozo AriizumiTakashi Ejiri
    • F16K31/00F16K31/122F16K1/48
    • F16K31/1221F16K31/003F16K31/1225Y10T137/5196
    • An improved pneumatically operated valve for controlling supply of fluid to a certain apparatus adapted to be operated for an intended purpose using the thus supplied fluid. The valve includes a valve portion on the piston rod and a flow passage of fluid is normally kept in the opened state or in the closed state by means of a the valve portion under the effect of force exerted on the piston in a predetermined direction. When any abnormal fluctuation of pressure of fluid is detected, pressurized air is introduced into the interior on the casing so ast to exert its pressure on the pistion against the aforesaid force of the piston, whereby the flow passage is shifted from the opened state to the closed state or from the closed state to the opened state. Both a normally opened type pneumatically operated valve and a normally closed type pneumatically operated valve can be constituted using parts and components having the same shape and dimension, merely by changing the direction of assembling of a certain member.
    • 一种改进的气动阀,用于控制向适合于使用所提供的流体的预定目的而操作的某一设备的流体供应。 该阀包括在活塞杆上的阀部分,并且在预定方向施加在活塞上的力的作用下,流体通道通常通过阀部分保持在打开状态或关闭状态。 当检测到流体的压力异常波动时,加压空气被引入壳体内部,以抵抗活塞的上述力而对活塞施加压力,由此流动通道从打开状态转移到 关闭状态或从关闭状态到打开状态。 常开型气动阀和常闭型气动阀都可以通过仅通过改变某一部件的组装方向,由具有相同形状和尺寸的部件构成。
    • 8. 发明申请
    • Pressurizing device
    • 加压装置
    • US20060180038A1
    • 2006-08-17
    • US10552404
    • 2004-04-09
    • Kazutoshi KonoRyozo Ariizumi
    • Kazutoshi KonoRyozo Ariizumi
    • B41F5/00
    • B41F15/42B41F15/423F15B11/036F15B15/10F15B2211/7055F15B2211/76
    • A reciprocating body 12 is reciprocably housed in a cylinder body 6, and a pressure rod 20 is reciprocably attached to this reciprocating body 12. A pressure end 20a of the pressure rod 20 protrudes from the cylinder body 12 toward the outside. By the reciprocating body 12 and diaphragms 17 to 19, an advance pressure chamber 27 and a weight offset pressure chamber 29 are partitioned and formed in the cylinder body 6. After the pressure end 20a is disposed vertically downwardly, the weight offset pressure chamber 29 is filled with compressed fluid, whereby self weight of the reciprocating body 12 and the pressure rod 20 is offset. Then, the compressed fluid is supplied to the advance pressure chamber 27, and an object to be pressurized W is pressurized through the pressure rod 20.
    • 往复运动体12可往复运动地容纳在缸体6中,并且压杆20可往复运动地安装在该往复运动体12上。 压杆20的压力端部20a从筒体12向外侧突出。 通过往复体12和隔膜17〜19,前进压力室27和重量偏移压力室29被分隔并形成在缸体6中。 在压力端20a垂直向下设置之后,重量偏移压力室29填充有压缩流体,由此往复运动体12和压力杆20的自重偏移。 然后,将压缩流体供给到前进压力室27,通过压力杆20对被加压物W进行加压。
    • 9. 发明授权
    • Pressure device
    • 压力装置
    • US07464544B2
    • 2008-12-16
    • US10552404
    • 2004-04-09
    • Kazutoshi KonoRyozo Ariizumi
    • Kazutoshi KonoRyozo Ariizumi
    • F16D31/02F01B19/02
    • B41F15/42B41F15/423F15B11/036F15B15/10F15B2211/7055F15B2211/76
    • A reciprocating body 12 is reciprocably housed in a cylinder body 6, and a pressure rod 20 is reciprocably attached to this reciprocating body 12. A pressure end 20a of the pressure rod 20 protrudes from the cylinder body 12 toward the outside. By the reciprocating body 12 and diaphragms 17 to 19, an advance pressure chamber 27 and a weight offset pressure chamber 29 are partitioned and formed in the cylinder body 6. After the pressure end 20a is disposed vertically downwardly, the weight offset pressure chamber 29 is filled with compressed fluid, whereby self weight of the reciprocating body 12 and the pressure rod 20 is offset. Then, the compressed fluid is supplied to the advance pressure chamber 27, and an object to be pressurized W is pressurized through the pressure rod 20.
    • 往复运动体12往复运动地容纳在缸体6内,压杆20往复运动地安装在该往复运动体12上。压杆20的压力端部20a从筒体12向外侧突出。 通过往复体12和隔膜17〜19,前进压力室27和重量偏移压力室29在缸体6中分隔并形成。在压力端20a垂直向下设置之后,重量偏移压力室29为 填充有压缩流体,由此往复运动体12和压力杆20的自重偏移。 然后,将压缩流体供给到前进压力室27,通过压力杆20对被加压物W进行加压。