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    • 2. 发明授权
    • SUCTION CHECK VALVE USED IN FIELD OF WATERWAY
    • 水路用吸入式止回阀
    • EP2570558B1
    • 2017-09-13
    • EP11780179.5
    • 2011-05-09
    • Xiamen Solex High-Tech Industries Co., Ltd.Zhou, Huasong
    • ZHOU, HuasongJIANG, LiCHEN, JianminCAO, Bin
    • E03C1/084F16K15/18B05B7/00
    • E03C1/084B05B7/0425B05B15/654F16K15/141F16K15/148
    • Provided is a suction check valve used in the field of waterway, which comprises a main body and an elastic seal sleeve (100). A waterway and at least one air inlet aperture are provided in the main body. The waterway is provided with a water inlet aperture (340) and a mutation cavity (350) communicated with the water inlet aperture (340). The section area of the mutation cavity (350) is larger than that of the water inlet aperture (340). The air inlet aperture has an air inlet located outside the main body and an air outlet located in the mutation cavity (350). The elastic seal sleeve (100) is installed in the main body and adapted to the air inlet aperture of the main body. When the water in waterway flows forward, negative pressure is generated in the mutation cavity (350) and the elastic seal sleeve (100) are absorbed so that the air inlet aperture is opened so as to suck air. When the water in waterway flows backward, hydraulic pressure in the waterway acts on an inner surface of the elastic seal sleeve (100) such that the elastic seal sleeve (100) seals the air inlet aperture.
    • 提供了一种用于水路领域的吸入式止回阀,包括主体和弹性密封套(100)。 主体内设有水路和至少一个进气口。 水路设置有与进水口(340)连通的进水口(340)和突变腔(350)。 突变腔(350)的截面积大于进水口(340)的截面积。 进气孔具有位于主体外部的进气口和位于突变腔体(350)中的出气口。 弹性密封套(100)安装在主体内并与主体的进气口相适配。 当水路中的水向前流动时,突变腔(350)中产生负压并且弹性密封套(100)被吸收,使得进气孔打开以吸入空气。 当水路中的水回流时,水路中的液压作用在弹性密封套(100)的内表面上,使得弹性密封套(100)密封进气孔。
    • 6. 发明公开
    • DEAERATION VALVE FOR COMPRESSION BAG AND COMPRESSION BAG WITH DEAERATION VALVE
    • ENTLÜFTUNGSVENTILFUCR DRUCKBEUTEL UND DRUCKBEUTEL MITENTLÜFTUNGSVENTIL
    • EP1942062A1
    • 2008-07-09
    • EP06783000.0
    • 2006-08-24
    • Compac Japan Ltd.Kawai, Osamu
    • TANAKA, Kazuya
    • B65D30/24B65D33/01B65D85/16
    • F16K15/141B65D77/225B65D81/2023F16K15/20Y10T137/7839
    • A deaeration valve for a compression bag comprising a base (2), a cover (3), and a valve element body (4). A deaeration port (22) allowing the inside of the compression bag to communicate with the outside is formed in the base (2). A cover side through hole (32) led to the inside of the cover (3) are formed in the upper surface of the cover (3). The valve body (4) is sucked toward the deaeration port (22) by a negative pressure in the compression bag to close the deaeration port (22). A pressing portion (33) protruding to press the valve body (4) is formed on the lower surface of the cover (3). A valve body housing chamber (S) is defined by the sidewall (24) and the diaphragm (21) of the base (2) and the lower end of the pressing portion (33) of the cover (3). At least part of the valve body (4) is disposed in the valve body housing chamber (S) in such a free state that it is not fixed to the base (2) or the cover (3) nor is not forced by an elastic member so that the valve body is vertically movable in the valve body housing chamber (S).
    • 一种用于压缩袋的除气阀,包括基座(2),盖(3)和阀体(4)。 在基座(2)上形成有允许压缩袋内部与外部连通的脱气口(22)。 在盖(3)的上表面上形成有导向盖(3)内部的盖侧通孔(32)。 阀体(4)通过压缩袋中的负压被吸向脱气口(22)以关闭脱气口(22)。 在盖(3)的下表面上形成有突出来按压阀体(4)的按压部(33)。 阀体容纳室(S)由底座(2)的侧壁(24)和隔膜(21)和盖(3)的按压部分(33)的下端限定。 阀体(4)的至少一部分以这样的自由状态设置在阀体容纳室(S)中,使得其不固定到基座(2)或盖(3),也不会被弹性 构件,使得阀体在阀体容纳室(S)中可上下移动。