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    • 1. 发明申请
    • BELLOWS PUMP
    • BELLOWS泵
    • US20110318207A1
    • 2011-12-29
    • US13201039
    • 2010-02-02
    • Masayoshi KatsuraAtsushi NakanoTomohiro Adachi
    • Masayoshi KatsuraAtsushi NakanoTomohiro Adachi
    • F04B45/02
    • F04B43/084F04B43/0072F04B43/086F04B45/02F04B45/022
    • A bellows pump which is further improved so that, without causing performance reduction and increases of the installation place and the cost, shock vibration which is generated in the timing of switching between suction and discharge can be suppressed is provided.A bellows pump having: a pump body 1 including a suction path 12 and discharge path 13 for a fluid; a bellows 2 which is placed in a state where a basal end flange 2a is airtightly fixed to the pump body 1 to form a pump chamber 11 with respect to the pump body 1; and an actuation plate 15 which is attached to a head portion 2c of the bellows 2 so as to cause the bellows 2 to expand and contract with respect to the pump body 1 is configured so that an airtight-like space portion 19 is formed with respect to the actuation plate 15 by forming the head portion 2c into a raised bottom shape, and a pressure rise can be absorbed and relaxed by contraction of the space portion 19 caused by elastic film deformation of the thin head portion 2c which faces the space portion 19.
    • 提供一种进一步改进的波纹管泵,从而可以抑制在吸入和排出之间切换的时刻产生的冲击振动,而不会降低性能并增加安装场所和成本,从而可以抑制冲击振动。 一种波纹管泵,具有:泵体1,其包括吸入路径12和用于流体的排出路径13; 放置在基端凸缘2a气密地固定在泵体1上以相对于泵体1形成泵室11的状态的波纹管2; 并且附接到波纹管2的头部2c以致使波纹管2相对于泵体1膨胀和收缩的致动板15被构造成使得形成气密形状的空间部分19, 通过将头部2c形成为凸起的底部形状而将致动板15附接到致动板15,并且通过由与位于空间部分19的薄头部2c的弹性膜变形引起的空间部分19的收缩,可以吸收和松弛压力 。
    • 2. 发明授权
    • Bellows pump
    • 波纹管泵
    • US08613606B2
    • 2013-12-24
    • US13201039
    • 2010-02-02
    • Masayoshi KatsuraAtsushi NakanoTomohiro Adachi
    • Masayoshi KatsuraAtsushi NakanoTomohiro Adachi
    • F04B43/00F01B19/00F16J3/04
    • F04B43/084F04B43/0072F04B43/086F04B45/02F04B45/022
    • A bellows pump having a pump body including a suction path and a discharge path for a fluid and a bellows which is placed in a state where a basal end flange is airtightly fixed to the pump body to form a pump chamber with respect to the pump body. The bellows pump further comprises an actuation plate which is attached to a head portion of the bellows so as to cause the bellows to expand and contract with respect to the pump body. The bellows is further configured so that an airtight space is formed with between the actuation plate and a cup shape section formed in the head portion, such that a pressure rise can be absorbed and relaxed by contraction of the space portion caused by elastic film deformation of the thin head portion which faces the space portion.
    • 一种波纹管泵,其具有包括吸入路径和用于流体和波纹管的排出路径的泵体,所述波纹管被放置在基端凸缘气密地固定到泵体的状态,以形成相对于泵体的泵室 。 波纹管泵还包括致动板,该致动板附接到波纹管的头部,以使波纹管相对于泵体膨胀和收缩。 波纹管进一步构造成使得在致动板和形成在头部部分中的杯形部分之间形成气密空间,使得可以通过弹性膜变形引起的空间部分的收缩而吸收和释放压力上升 薄的头部面向空间部分。
    • 4. 发明申请
    • Connecting structure between fluid device and joint
    • 流体装置与接头之间的连接结构
    • US20090066081A1
    • 2009-03-12
    • US12230820
    • 2008-09-05
    • Masayoshi Katsura
    • Masayoshi Katsura
    • F16L21/00
    • F16L41/10F16L47/04F16L55/24Y10T137/8122
    • The present invention relates to a connecting structure between a fluid device and a joint in which a peripheral portion of a fluid supply/discharge passage in a fluid device, and a fluid joint are fittingly coupled to each other, whereby a functional component which allows a fluid flowing between the fluid device and the joint to pass through the functional component, and which exerts an action on the fluid is interposed between the peripheral portion and the joint in a state where the functional component is sealed both by the peripheral portion and the joint, and an annular groove and annular projection which are fitted to each other to constitute a sealing portion in a state where the fluid device and the joint are fittingly coupled to each other are formed in the fluid device and the joint, respectively.
    • 本发明涉及流体装置和流体装置中的流体供给/排放通道的周边部分和流体接头彼此配合地连接的流体装置和连接件之间的连接结构, 在功能部件被周边部和接头密封的状态下,在流体装置和接头之间流动通过功能部件并且对流体施加作用的流体介于周边部分和接头之间 在流体装置和接头中分别形成有在流体装置和接头彼此适配地联接的状态下彼此配合以构成密封部的环形槽和环形突起。
    • 7. 发明申请
    • Structure for Connection Between Integrated Panel and Fluid Device
    • 集成面板和流体设备之间的连接结构
    • US20080000533A1
    • 2008-01-03
    • US11662564
    • 2005-09-16
    • Masayoshi Katsura
    • Masayoshi Katsura
    • F16L9/18
    • F16J15/106F16J15/061F16J15/062F16L39/00F16L41/03F16L41/086Y10T137/87153
    • A connecting structure for an integration panel and a fluid device in which an excellent sealing property can be held even when substantially no further fastening is performed, and the assembling workability is improved is provided. Therefore, an integration panel 1 and a valve 2 are communicatingly connected to each other by using an annular gasket G in a state where circular pipe-like fluid passages 16, 19 are sealed. Annular projections 11, 21 are formed on first and second fluid supply/discharge port portions 1A, 2A. The gasket G is a fluororesin-made gasket having a pair of annular grooves 51, 51 which are formed on an outer diameter-side portion of a fluid path W so as to be fitted with the annular projections 11, 21, respectively. Holding means I for holding a joined state where the integration panel 1 and the valve 2 are attracted to each other, and the annular projections 11, 21 of the first and second fluid supply/discharge port portions 1A, 2A are fitted to the annular grooves 51 of the gasket G, respectively to form a fitting sealing portion 10 is provided.
    • 一种用于集成面板和流体装置的连接结构,其中即使在基本上不进一步紧固的情况下也能够保持优异的密封性,并且提供了组装加工性能。 因此,在圆形管状流体通道16,19被密封的状态下,通过使用环形垫圈G将集成面板1和阀门2彼此连通地连接。 环形突起11,21形成在第一和第二流体供给排出口部分1A,2A上。垫圈G是具有一对环形槽51,51的氟树脂制垫片,该环形槽51,51形成在外径侧 流体路径W的一部分,以分别与环形突起11,21配合。 保持装置I用于保持集成面板1和阀2相互吸引的接合状态,并且第一和第二流体供给/排出口部分1A,2A的环形突起11,21装配到 分别设置有垫圈G的环状槽51以形成配件密封部10。
    • 8. 发明授权
    • Connection structure between integrated panel and fluid device
    • 集成面板和流体设备之间的连接结构
    • US07942165B2
    • 2011-05-17
    • US11988555
    • 2006-06-15
    • Masayoshi Katsura
    • Masayoshi Katsura
    • F16J15/10
    • F16L39/00F16L19/0212F16L23/18F16L41/086F16L41/12Y10T137/87153Y10T137/87885
    • A connecting structure for an integration panel and a fluid device in which an excellent sealing property can be held even when substantially no further fastening is performed, and the assembling workability is improved is provided. When an integration panel 1 and a valve 2 are to be communicatingly connected to each other in a sealed state through single circular pipe-like fluid passages 3, 7 by using an annular gasket G, an annular projection 11 and outer and inner tapered peripheral faces 12a, 13a are formed in first and second fluid supply/discharge port portions 1A, 2A, and the gasket G is configured by a fluororesin having a pair of annular grooves 51, 51 and tapered peripheral faces 52a, 53a. The integration panel 1 and the valve 2 are attracted to each other, thereby configuring a joined state where a sealing portion S1 is formed by fitting the annular projection 11 to the annular groove 51 to press contact the tapered peripheral faces 12a, 13a, 52a, 53a with each other.
    • 一种用于集成面板和流体装置的连接结构,其中即使在基本上不进一步紧固的情况下也能够保持优异的密封性,并且提供了组装加工性能。 当通过使用环形垫圈G通过单个圆形管状流体通道3,7以密封状态将集成面板1和阀2连通地连接时,环形突起11和外部和内部锥形周边面 12a,13a形成在第一和第二流体供给/排出口部分1A,2A中,垫圈G由具有一对环形槽51,51和锥形外周面52a,53a的氟树脂构成。 集成面板1和阀2彼此吸引,从而构成通过将环状突起11嵌合于环状槽51而形成密封部S1的接合状态,以与锥形外周面12a,13a,52a, 53a彼此。
    • 9. 发明申请
    • Connection Structure Between Integrated Panel and Fluid Device
    • 集成面板和流体设备之间的连接结构
    • US20090126808A1
    • 2009-05-21
    • US11988555
    • 2006-06-15
    • Masayoshi Katsura
    • Masayoshi Katsura
    • F16L37/56F16J15/10
    • F16L39/00F16L19/0212F16L23/18F16L41/086F16L41/12Y10T137/87153Y10T137/87885
    • A connecting structure for an integration panel and a fluid device in which an excellent sealing property can be held even when substantially no further fastening is performed, and the assembling workability is improved is provided. When an integration panel 1 and a valve 2 are to be communicatingly connected to each other in a sealed state through single circular pipe-like fluid passages 3, 7 by using an annular gasket G, an annular projection 11 and outer and inner tapered peripheral faces 12a, 13a are formed in first and second fluid supply/discharge port portions 1A, 2A, and the gasket G is configured by a fluororesin having a pair of annular grooves 51, 51 and tapered peripheral faces 52a, 53a. The integration panel 1 and the valve 2 are attracted to each other, thereby configuring a joined state where a sealing portion S1 is formed by fitting the annular projection 11 to the annular groove 51 to press contact the tapered peripheral faces 12a, 13a, 52a, 53a with each other.
    • 一种用于集成面板和流体装置的连接结构,其中即使在基本上不进一步紧固的情况下也能够保持优异的密封性,并且提供了组装加工性能。 当通过使用环形垫圈G通过单个圆形管状流体通道3,7以密封状态将集成面板1和阀2连通地连接时,环形突起11和外部和内部锥形周边面 12a,13a形成在第一和第二流体供给/排出口部分1A,2A中,垫圈G由具有一对环形槽51,51和锥形外周面52a,53a的氟树脂构成。 集成面板1和阀2彼此吸引,从而构成通过将环状突起11嵌合于环状槽51而形成密封部S1的接合状态,以与锥形外周面12a,13a,52a, 53a彼此。
    • 10. 发明授权
    • Pump with a pulsation suppression device
    • 泵与脉动抑制装置
    • US06364640B1
    • 2002-04-02
    • US09685092
    • 2000-10-11
    • Kiyoshi NishioRyo ImanishiYoji MinatoMasayoshi KatsuraHitoshi KawamuraMakoto Fujii
    • Kiyoshi NishioRyo ImanishiYoji MinatoMasayoshi KatsuraHitoshi KawamuraMakoto Fujii
    • F04B1100
    • F04B11/0016F04B9/125F04B39/0061F04B43/073
    • The invention provides a pump with a pulsation suppression device which can further enhance the effect of suppressing pulsation. According to the invention, in one side portion of a pump head wall 1 having inflow and outflow passages 2 and 3, a first bellows 7 which is driven so as to extend and contract by an air cylinder portion 14, and check valves 16a and 16b which alternately open and close a pump working chamber 9a formed in the first bellows 7 are disposed to constitute a reciprocal pump portion 4. In the other side portion of the pump head wall 1, a pulsation suppressing portion 5 is configured so as to have a second bellows 18 that is extendable and contractible, and that forms: a liquid chamber 20a which can temporarily store liquid that is to be discharged from the pump portion 4; and an air chamber 20b which is isolated from the liquid chamber 20a. The pulsation suppressing portion absorbs pulsation of the liquid which is discharged from the pump portion 4, by a change in the capacity of the liquid chamber 20a. The extension rate of the second bellows 18 is set to be larger than that of the first bellows 7.
    • 本发明提供一种具有脉动抑制装置的泵,其可以进一步增强抑制脉动的效果。根据本发明,在具有流入通道2和流出通道3的泵头壁1的一侧部分中,第一波纹管7 被驱动以由气缸部分14延伸和收缩,并且设置交替打开和关闭形成在第一波纹管7中的泵工作室9a的止回阀16a和16b,以构成往复泵部分4.另一侧 泵头壁1的一部分,脉动抑制部5被配置为具有可伸缩的第二波纹管18,并且形成:液体室20a,其能够临时储存从泵排出的液体 第4部分; 以及与液体室20a隔离的空气室20b。 脉动抑制部通过液体室20a的容量的变化吸收从泵部4排出的液体的脉动。 第二波纹管18的延伸率被设定为大于第一波纹管7的伸长率。