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    • 1. 发明授权
    • Accumulator
    • 累加器
    • US08371336B2
    • 2013-02-12
    • US12672660
    • 2008-09-16
    • Shinya NakaokaKuniaki MiyakeJunichi NakayamaTaisuke YamadaTakeshi WatanabeTomonari Saito
    • Shinya NakaokaKuniaki MiyakeJunichi NakayamaTaisuke YamadaTakeshi WatanabeTomonari Saito
    • F16L55/04
    • F15B1/103F15B2201/205F15B2201/3153F15B2201/411
    • An outer gas type or inner gas type accumulator has a mechanism for reducing a pressure difference generated when liquid in a liquid chamber and gas expand thermally at a zero-down time, the pressure difference between the inside and outside of a bellows is reduced to suppress abnormal deformation of the bellows, a movable plate supported by a spring is provided at the bellows cap side of an oil port, the movable plate is supported by the spring and away from a seal in normal operation, the movable plate is pushed by the bellows cap and contacts with the seal while elastically deforming the spring, in a zero-down state, and when the liquid and the gas expand thermally in the zero-down state, the bellows cap moves to a position where the liquid pressure and the gas pressure balance, while the movable plate keeps contact with the seal.
    • 外部气体型或内部气体型蓄能器具有用于减少在液体室中的液体和气体在零下降时间热膨胀时产生的压力差的机构,波纹管的内部和外部之间的压力差减小以抑制 波纹管的异常变形,由弹簧支撑的可动板设置在油口的波纹管盖侧,可动板由弹簧支撑,并在正常操作中远离密封,可动板被波纹管推动 盖子并与密封件接触,同时在零下拉状态下使弹簧弹性变形,并且当液体和气体在零下拉状态下热膨胀时,波纹管盖移动到液体压力和气体压力 而可动板与密封件保持接触。
    • 6. 发明申请
    • SEAL STRUCTURE
    • 密封结构
    • US20140252722A1
    • 2014-09-11
    • US14349889
    • 2012-03-13
    • Yuki TakaoKuniaki MiyakeShinya NakaokaNoriyuki Shinbo
    • Yuki TakaoKuniaki MiyakeShinya NakaokaNoriyuki Shinbo
    • F16J15/08
    • F16J15/08F16J15/062F16J15/0818F16J2015/085F16J2015/0856H02G3/088H05K5/061H05K5/069
    • In order to prevent gaps from occurring in corner sections in a section where three surfaces are joined together, comprising the combination of a housing, grommet and cover, or the like, thereby improve sealing, a seal structure, which is provided with a housing in which a notch-shaped grommet-mounting section is disposed, a grommet, a cover and a metal substrate gasket, is provided, wherein the grommet is provided with a seal projection, and the seal projection forms a protruding section due to a portion of the seal projection protruding toward the metal substrate gasket when the seal projection makes intimate contact with the inner surface of the grommet-mounting section. The metal substrate gasket is provided with two seal lines and a groove-shaped recess between the seal lines. When nipped, the protruding section of the seal projection is tightly compressed inside the groove-shaped recess in the metal substrate gasket.
    • 为了防止在三个表面连接在一起的部分中的角部中发生间隙,包括壳体,索环和盖等的组合,从而改善密封,密封结构设置有壳体 设置有凹口形的索环安装部,设置有索环,盖和金属基板垫圈,其中,索环设置有密封突起,并且密封突起形成突出部,由于部分 当所述密封突起与所述垫圈安装部的内表面紧密接触时,所述密封突起朝向所述金属基板垫圈突出。 金属基板垫片在密封线之间设置有两条密封线和一个凹槽形凹槽。 当夹持时,密封突起的突出部分紧密地压在金属基底垫片的槽形凹槽内。
    • 10. 发明授权
    • Metal bellows accumulator
    • 金属波纹管蓄电池
    • US07628175B2
    • 2009-12-08
    • US12223015
    • 2006-12-20
    • Kuniaki MiyakeKenji Sasaki
    • Kuniaki MiyakeKenji Sasaki
    • F16L55/04
    • F16J3/047F15B1/103F15B2201/205F15B2201/3153F16J3/06
    • To prevent breakage by abnormal deformation when seal function of a seal section becomes ineffective to cause pressurized liquid remaining in the liquid chamber to be lost, a metallic bellows-type accumulator having a metal bellows, a bellows cap, an outer gas chamber and an inner liquid chamber, in a shell is structured to have a bellows constructed such that, when pressure in the liquid chamber (12) is further reduced after the bellows cap (31) is brought into contact with an oil port (4), surface contact sections (35) are formed on the metal bellows (3) and a curvature radius of U-shaped sections (3A) of crest portions (32) at the outer diameter side is reduced, and a curvature radius of U-shaped sections (3A) of root portions (33) at the inner diameter side is enlarged.
    • 为了防止密封部的密封功能无法使液体室内剩余的加压液体损失时异常变形的破损,具有金属波纹管,波纹管盖,外部气室和内部的金属波纹管式蓄能器 壳体中的液体室构造成具有波纹管,其构造成使得当波纹管盖(31)与油口(4)接触后,当液体室(12)中的压力进一步降低时,表面接触部分 (35)形成在金属波纹管(3)上,并且在外径侧的波峰部分(32)的U形部分(3A)的曲率半径减小,并且U形部分(3A)的曲率半径 在内径侧的根部部分(33)被扩大。