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    • 1. 发明授权
    • Cylinder device
    • 气缸装置
    • US07963113B2
    • 2011-06-21
    • US12203325
    • 2008-09-03
    • Mitsuhiro HanaokaOsamu UenoToshiaki MitaniTakayoshi Shinohara
    • Mitsuhiro HanaokaOsamu UenoToshiaki MitaniTakayoshi Shinohara
    • F16J15/32F15B7/08
    • F16J15/3236F15B7/08F16J15/166
    • A cup seal 21 includes a base portion 21a, an inner circumferential lip 21b slidingly contactable with a plunger 19 and an outer circumferential lip 21c contactable with the bottom surface 26a of the seal groove 26. Further, on the cup seal 21, there are provided elastic projections 21d projecting from the outer circumferential side leading end of the inner circumferential lip 21b toward the cylinder hole bottom portion. The length of the cup seal 21 from the base end face 21e to the leading end portions 21f is set longer than axial length of the seal groove 26. When the cup seal 21 is fitted into the seal groove 26, force is imparted on the inner circumferential lip 21b toward the cylinder hole inner circumferential direction to energize the inner circumferential lip 21b toward the piston all the time.
    • 杯形密封件21包括基部21a,与柱塞19滑动接触的内周唇21b和可与密封槽26的底面26a接触的外周唇21c。此外,在杯密封21上, 弹性突起21d从内周唇21b的外周侧前端朝向气缸孔底部突出。 杯形密封件21从基端面21e到前端部21f的长度被设定为比密封槽26的轴向长度长。当杯形密封件21装配到密封槽26中时,力被施加在内部 周向唇缘21b朝向气缸孔内周方向,从而使内周唇缘21b始终朝向活塞。
    • 2. 发明申请
    • CYLINDER DEVICE
    • 气缸装置
    • US20090071325A1
    • 2009-03-19
    • US12203325
    • 2008-09-03
    • Mitsuhiro HANAOKAOsamu UENOToshiaki MITANITakayoshi SHINOHARA
    • Mitsuhiro HANAOKAOsamu UENOToshiaki MITANITakayoshi SHINOHARA
    • F16J9/12
    • F16J15/3236F15B7/08F16J15/166
    • A cup seal 21 includes a base portion 21a, an inner circumferential lip 21b slidingly contactable with a plunger 19 and an outer circumferential lip 21c contactable with the bottom surface 26a of the seal groove 26. Further, on the cup seal 21, there are provided elastic projections 21d projecting from the outer circumferential side leading end of the inner circumferential lip 21b toward the cylinder hole bottom portion. The length of the cup seal 21 from the base end face 21e to the leading end portions 21f is set longer than axial length of the seal groove 26. When the cup seal 21 is fitted into the seal groove 26, force is imparted on the inner circumferential lip 21b toward the cylinder hole inner circumferential direction to energize the inner circumferential lip 21b toward the piston all the time.
    • 杯形密封件21包括基部21a,与柱塞19滑动接触的内周唇21b和可与密封槽26的底面26a接触的外周唇21c。此外,在杯密封21上, 弹性突起21d从内周唇21b的外周侧前端朝向气缸孔底部突出。 杯形密封件21从基端面21e到前端部21f的长度被设定为比密封槽26的轴向长度长。当杯形密封件21装配到密封槽26中时,力被施加在内部 周向唇缘21b朝向气缸孔内周方向,从而使内周唇缘21b始终朝向活塞。
    • 3. 发明授权
    • Booster shell reinforcing structure in a vacuum booster
    • 在真空助力器中增强外壳加强结构
    • US5537821A
    • 1996-07-23
    • US380537
    • 1995-01-23
    • Hidemitu SunoharaToshiaki Mitani
    • Hidemitu SunoharaToshiaki Mitani
    • B60T13/56B60T13/565B60T13/567B60T13/00F15B9/10
    • B60T13/567B60T13/565
    • In a booster shell reinforcing structure in a vacuum booster which makes a booster shell rigid enough to withstand the load applied thereto during operation and reduces the weight thereof, a reinforcement member includes an outer peripheral portion corresponding to a coupling angular portion between the flat portion and the tapered portion in a front shell half of the booster shell, being laid on an inner surface of the flat portion. The reinforcement member has a plurality of cuts formed in the outer peripheral portion at predetermined angular intervals so that each of the cuts is opened outside the reinforcement member and closed with inner edges of the cuts in the radial direction of the booster shell, and a plurality of main reinforcing portions which are located between the cuts. The front shell half includes a plurality of raised portions corresponding in position to the cuts, each of the raised portions having a sloped plate portion interposing between the cylindrical portion and the flat portion near the respective inner edges of the cuts, being substantially U-shaped in section perpendicular to the radial direction, and opening towards a master cylinder.
    • 在真空助力器中的增压器壳体加强结构中,其使得增强壳体足够刚性足以承受在操作期间施加到其上的载荷并且减小其重量,加强构件包括对应于平坦部分和平坦部分之间的联接角度部分的外周部分 在增压器壳体的前壳半部中的锥形部分被放置在平坦部分的内表面上。 加强构件具有以规定的角度间隔形成在外周部的多个切口,使得每个切口在加强构件的外部开口,并且在增压器壳的径向方向上的切口的内边缘封闭,并且多个 位于切口之间的主要加强部分。 前壳半部包括与切口相对应的多个凸起部分,每个凸起部分具有一个倾斜的板部分,其插入在切口的相应内边缘附近的圆筒部分和平坦部分之间,大致为U形 在垂直于径向方向的截面中,并朝向主缸打开。