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    • 5. 发明公开
    • Valve actuating apparatus
    • 阀门驱动装置
    • EP1607664A1
    • 2005-12-21
    • EP05009681.7
    • 2005-05-03
    • Daewoo Electronics Corporation
    • Kang Suk Choi
    • F16K31/52B67D1/00
    • F16K31/524B67D1/1252B67D1/14
    • A valve actuating apparatus for use in a high-pressure gas cylinder (4) includes a casing (40) for being fixedly connected to the high-pressure gas cylinder and housing a valve of the high-pressure gas cylinder; an actuating cam (123) installed inside the casing such that it is linearly movable to press the valve of the high-pressure gas cylinder; a rotating cam (121) rotatably installed inside the casing; and a driving unit (16) connected to the casing, for providing the rotating cam with a rotational force. The rotating cam has a rotating plate (21) and a protrusion (20) formed on a front surface of the rotating plate, and the actuating cam has an actuating plate (23) and a protrusion (20) formed on a front surface of the actuating plate. The rotating cam and the actuating cam contact each other.
    • 一种用于高压气瓶(4)的气门驱动装置,包括:壳体(40),用于固定连接到高压气瓶并容纳高压气瓶的阀; 一个安装在壳体内部的致动凸轮(123),它可以线性移动以压迫高压气瓶的阀; 可旋转地安装在外壳内的旋转凸轮(121) 和连接到壳体的驱动单元(16),用于为旋转凸轮提供旋转力。 旋转凸轮具有旋转板(21)和形成在旋转板的前表面上的突起(20),并且致动凸轮具有致动板(23)和形成在旋转板的前表面上的突起 驱动板。 旋转凸轮和致动凸轮彼此接触。
    • 8. 发明公开
    • VALVE
    • EP3406947A1
    • 2018-11-28
    • EP17741106.3
    • 2017-01-20
    • Shanghai Hongyan Returnable Transit Packagings Co., Ltd.
    • FANG, Zhengwei
    • F16K1/18F16K1/36F16K31/524
    • F16K1/18F16K1/00F16K1/36F16K31/524
    • Provided is a valve, comprising a valve body (10), a valve rod (30), a valve seat (50, 60), and a valve core assembly (20). The valve core assembly (20) is mounted inside the valve body (10) and comprises a valve core (21). The valve core (21) is articulated to the valve body (10), and the valve core assembly (20) further comprises a drive member (22), a positioning member (24), and a flexible member (23). The positioning member (24) is mounted on the valve core (21) such that it may move relative to same. The flexible member (23) is mounted between the positioning member (24) and the valve core (21); thus the drive member (22) has a separable fitting relationship with the positioning member (24), such that the valve has three drive relationships while it is being closed: that is, the drive member (22) fits with the positioning member (24) to form a relatively static first transmission relationship; a second transmission relationship in which the drive member (22) presses the positioning member (24) to cause the positioning member (24) to move relative to valve core; the second transmission relationship between the drive member (22) and the positioning member (24) is switched to a third transmission relationship between the drive member (22) and the valve core (21). The valve has the advantages of few component parts, a simple manufacturing process, a simple structure, and good utilization of space.
    • 10. 发明公开
    • VALVE
    • EP3194193A1
    • 2017-07-26
    • EP15841619.8
    • 2015-09-16
    • Valeo Climate Control Corp
    • SPRYSHAK, Joseph
    • B60H1/00
    • F16K11/052B60H1/00678B60H2001/00707F16K31/521F16K31/524F16K31/52441
    • A valve includes a housing defining a flow path having three ports. A door in the flow path selectably controls a flow through the flow path in response to a rotation of a lever. Three seal flanges, each define one of the three ports. The door has three selectable closed positions including a first port closed position, a second port closed position, and a third port closed position. A resilient seal is compressed between a sealing face of the door and each of the three seal flanges respectively in turn when the door is in each of the closed positions. The door has a first pivot axis and a second pivot axis parallel to and spaced from the first pivot axis. The door is alternatively rotatable about the first pivot axis and the second pivot axis to selectably close, each individually and separately in turn, the three ports.
    • 阀包括限定具有三个端口的流路的壳体。 响应于杠杆的旋转,流动路径中的门选择性地控制通过流动路径的流动。 三个密封法兰分别定义三个端口中的一个。 门具有三个可选闭合位置,包括第一端口闭合位置,第二端口闭合位置和第三端口闭合位置。 当门处于每个关闭位置时,弹性密封件分别依次在门的密封面和三个密封凸缘中的每一个之间被压缩。 门具有第一枢转轴线和与第一枢转轴线平行且间隔开的第二枢转轴线。 门可选择地围绕第一枢转轴线和第二枢转轴线旋转以选择性地关闭,三个端口分别单独且分开地依次关闭。