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    • 5. 发明申请
    • POSITIONING CONTROL MECHANISM FOR SINGLE-ACTING AIR CYLINDER
    • 单行程气缸定位控制机构
    • US20080236383A1
    • 2008-10-02
    • US12047692
    • 2008-03-13
    • Takumi MatsumotoKazuhiro Noguchi
    • Takumi MatsumotoKazuhiro Noguchi
    • F15B15/00
    • F15B11/126F15B2211/7656
    • An electromagnetic operation-type automatic pressure-adjusting valve outputting an air pressure corresponding to an amount of electric power is connected in an air flow path connecting a pressure chamber of a single-acting main cylinder and an air source. A controller is configured to obtain a relationship between a position of a piston and an air pressure from a relationship between the position of the piston of the main cylinder and a spring force of a return spring, and a relationship between the air pressure supplied to the pressure chamber and an acting force applied to the piston by the air pressure. When a target position of a movement of the piston is inputted to the controller, the controller is operated to move the piston toward the target position and to stop the piston at the position by means of controlling the amount of electric power for the automatic pressure-adjusting valve so that an air pressure corresponding to the target position is outputted.
    • 在连接单作用主缸的压力室和空气源的空气流路中连接输出对应于电力量的空气压力的电磁操作型自动调压阀。 控制器被配置为从主缸的活塞的位置与复位弹簧的弹簧力之间的关系获得活塞的位置和空气压力之间的关系,以及提供给主缸的空气压力之间的关系 压力室和通过空气压力施加到活塞的作用力。 当活塞的运动的目标位置被输入到控制器时,控制器被操作以使活塞朝向目标位置移动并且通过控制自动压力传感器的电力量将活塞停止在该位置, 调节阀,使得与目标位置相对应的气压被输出。
    • 7. 发明授权
    • Positioning control mechanism for single-acting air cylinder
    • 单作用气缸定位控制机构
    • US07886652B2
    • 2011-02-15
    • US12047692
    • 2008-03-13
    • Takumi MatsumotoKazuhiro Noguchi
    • Takumi MatsumotoKazuhiro Noguchi
    • F15B9/09F15B13/04
    • F15B11/126F15B2211/7656
    • An electromagnetic operation-type automatic pressure-adjusting valve outputting an air pressure corresponding to an amount of electric power is connected in an air flow path connecting a pressure chamber of a single-acting main cylinder and an air source. A controller is configured to obtain a relationship between a position of a piston and an air pressure from a relationship between the position of the piston of the main cylinder and a spring force of a return spring, and a relationship between the air pressure supplied to the pressure chamber and an acting force applied to the piston by the air pressure. When a target position of a movement of the piston is inputted to the controller, the controller is operated to move the piston toward the target position and to stop the piston at the position by means of controlling the amount of electric power for the automatic pressure-adjusting valve so that an air pressure corresponding to the target position is outputted.
    • 在连接单作用主缸的压力室和空气源的空气流路中连接输出对应于电力量的空气压力的电磁操作型自动调压阀。 控制器被配置为从主缸的活塞的位置与复位弹簧的弹簧力之间的关系获得活塞的位置和空气压力之间的关系,以及提供给主缸的空气压力之间的关系 压力室和通过空气压力施加到活塞的作用力。 当活塞的运动的目标位置被输入到控制器时,控制器被操作以使活塞朝向目标位置移动并且通过控制自动压力传感器的电力量将活塞停止在该位置, 调节阀,使得与目标位置相对应的气压被输出。