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    • 5. 发明申请
    • ASSEMBLY OF MALE AND FEMALE MEMBERS
    • 男性和女性会员组装
    • US20100059997A1
    • 2010-03-11
    • US12620858
    • 2009-11-18
    • Hiroyuki Kitagawa
    • Hiroyuki Kitagawa
    • F16L19/00
    • F16L15/008F16J15/061F16J15/062F16L21/035F16L41/10
    • The diameter of a front end opening section (20-1) extending rearward over a predetermined length from a front end opening of a male member reception hole (20) is larger than a diameter of a male member reception section (20-2) of the male member reception hole that follows the front end opening section. The backup ring (18) is allowed to engage an inner wall surface (20-3) of a front end opening section (20-1) as a backup ring (18) is pressed radially outward from an annular groove (24) by a seal ring (16) that is deformed by engagement with the inner wall surface of the male member reception hole (20) when a male coupling member (12) begins to be inserted into the male member reception hole (20), which prevents the backup ring (18) from coming out, in a radially outward manner, from the annular groove (24).
    • 从阳构件接收孔(20)的前端开口向后延伸预定长度的前端开口部(20-1)的直径比男性构件接收部(20-2)的直径大 该阳构件接收孔跟随前端开口部。 当支撑环(18)从环形槽(24)径向向外挤压时,支撑环(18)被允许接合前端开口部分(20-1)的内壁表面(20-3) 密封环(16),当阳连接构件(12)开始插入到阳构件接收孔(20)中时,通过与阳构件接收孔(20)的内壁表面接合而变形,从而防止备用 环(18)从径向向外的方式从环形槽(24)出来。
    • 6. 发明授权
    • Assembly of male and female members
    • 男女会员大会
    • US07641239B2
    • 2010-01-05
    • US11918479
    • 2006-04-11
    • Hiroyuki Kitagawa
    • Hiroyuki Kitagawa
    • F16L21/035F16L17/02
    • F16L15/008F16J15/061F16J15/062F16L21/035F16L41/10
    • The diameter of a front end opening section (20-1) extending rearward over a predetermined length from a front end opening of a male member reception hole (20) is larger than a diameter of a male member reception section (20-2) of the male member reception hole that follows the front end opening section. The backup ring (18) is allowed to engage an inner wall surface (20-3) of a front end opening section (20-1) as a backup ring (18) is pressed radially outward from an annular groove (24) by a seal ring (16) that is deformed by engagement with the inner wall surface of the male member reception hole (20) when a male coupling member (12) begins to be inserted into the male member reception hole (20), which prevents the backup ring (18) from coming out, in a radially outward manner, from the annular groove (24).
    • 从阳构件接收孔(20)的前端开口向后延伸预定长度的前端开口部(20-1)的直径比男性构件接收部(20-2)的直径大 该阳构件接收孔跟随前端开口部。 当支撑环(18)从环形槽(24)径向向外挤压时,支撑环(18)被允许接合前端开口部分(20-1)的内壁表面(20-3) 密封环(16),当阳连接构件(12)开始插入到阳构件接收孔(20)中时,通过与阳构件接收孔(20)的内壁表面接合而变形,从而防止备用 环(18)从径向向外的方式从环形槽(24)出来。
    • 7. 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。
    • 8. 发明申请
    • Hydraulic fitting
    • 液压配件
    • US20070252384A1
    • 2007-11-01
    • US11411340
    • 2006-04-26
    • Steven DickersonSteve Clarke
    • Steven DickersonSteve Clarke
    • F16L19/00
    • F16L41/10F16L41/14Y10S285/918
    • A high pressure hydraulic fitting (300) includes a body (302) having a central passage (322), a channel (304), a threaded section (314), and an extension section (310), wherein the threaded section (314) is disposed between the channel (304) and the extension section (314), and wherein the central passage (322) fluidly connects a first distal end (303) with a second distal end (316) of the body (302). A first o-ring (306) is in the channel (304). A locking nut (324) is engaged to the body (302). The locking nut (324) has an internal threaded section (326) that is arranged to mate with the threaded section (314) on the body (302).
    • 高压液压配件(300)包括具有中心通道(322),通道(304),螺纹部分(314)和延伸部分(310)的主体(302),其中螺纹部分(314) 设置在通道(304)和延伸部分(314)之间,并且其中中心通道(322)将第一远端(303)与主体(302)的第二远端(316)流体连接。 第一O形环(306)在通道(304)中。 锁定螺母(324)接合到主体(302)。 锁定螺母(324)具有内螺纹部分(326),其被布置成与主体(302)上的螺纹部分(314)配合。
    • 10. 发明授权
    • Corrosion resistant hub with elastomeric seal
    • 具有弹性密封的耐腐蚀轮毂
    • US5678866A
    • 1997-10-21
    • US569714
    • 1995-12-08
    • Nabil L. Mina
    • Nabil L. Mina
    • F16L41/10F16L5/02
    • F16L41/10H02G3/0616
    • A corrosion resistant hub with a metal insert and an elastomeric outer shell forms a coupling to join a conduit to an enclosure. The metal insert which serves as a grounding mechanism for the conduit comprises internal threads, located near the conduit receiving end of the insert, to connect the conduit to the hub, and external threads, located at the wire exiting end of the insert to connect the hub to the enclosure. A shell made of semi-rigid elastomeric material is molded onto the outer surface of the metal insert. The shell has an annular flange, a hexagonally shaped torquing section and a collar. The annular radial flange forms a reliable seal of the interface between the insert and the enclosure. The collar has a lip that forms a first seal of the junction between the conduit and the insert and internal threads that engage the conduit to provide a second seal of the junction between the conduit and the insert. The hub also has a bushing which is unitary with the shell via an aperture in the insert. The bushing is molded into the inner surface of the metal insert at the wire exiting end of the insert.
    • 具有金属插入件和弹性体外壳的耐腐蚀轮毂形成将导管连接到外壳的联接器。 用作导管的接地机构的金属插入件包括位于插入件的导管接收端附近的内螺纹,以将导管连接到轮毂,以及外螺纹,位于插入件的出线端,以连接 集线器到外壳。 由半刚性弹性体材料制成的壳体模制在金属插入件的外表面上。 壳体具有环形凸缘,六角形​​扭转部分和套环。 环形径向凸缘形成插入件和外壳之间的界面的可靠密封。 套环具有唇缘,其形成导管和插入件之间的连接处的第一密封件,以及接合导管以提供导管和插入件之间的连接部的第二密封件的内螺纹。 轮毂还具有通过插入件中的孔与壳体整体的衬套。 衬套在插入件的出线端处模制到金属插入件的内表面中。