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    • 17. 发明申请
    • RETRACTABLE PIPE STRUCTURE
    • 可收缩管道结构
    • US20150308590A1
    • 2015-10-29
    • US14263716
    • 2014-04-28
    • Tsang-Fu Liang
    • Tsang-Fu Liang
    • F16L11/20F16L39/02F16L39/04F16L11/04
    • F16L11/20F16L11/12F16L33/003F16L33/224
    • A retractable pipe structure may include an inner tube, an outer tube, two connectors and two locking rings. In one embodiment, the inner tube is cover by the outer tube and the connectors are disposed at both ends of the inner tube and connecting portions are inserted into both ends of the inner tube and the tightening unit is used to tighten and secure each end. When the inner tube along with the outer tube are connecting with the connecting portion of the connector and the tightening unit is disposed outside the outer tube, the restricting ring is disposed outside the outer tube and used to cover the connecting portion along with the locking ring. When a restricting ring is squeezed by the locking ring, an engaging unit is disposed outside the restricting ring to prevent the inner tube and outer tube from directly contacting with the engaging unit.
    • 可伸缩的管道结构可以包括内管,外管,两个连接器和两个锁定环。 在一个实施例中,内管由外管覆盖,并且连接器设置在内管的两端,并且连接部分插入内管的两端,并且紧固单元用于紧固并固定每个端部。 当内管与外管一起与连接器的连接部分连接并且紧固单元设置在外管的外侧时,限制环设置在外管的外侧并用于与锁定环一起覆盖连接部分 。 当限制环被锁定环挤压时,接合单元设置在限制环的外侧,以防止内管和外管与接合单元直接接触。
    • 18. 发明申请
    • Flexible Pipe Having Integrated End Fittings
    • 具有集成末端接头的柔性管
    • US20090309356A1
    • 2009-12-17
    • US12226098
    • 2006-06-14
    • Jean-Louis Saltel
    • Jean-Louis Saltel
    • F16L33/00
    • F16L11/081F16L33/003
    • A flexible pipe comprising a flexible cylindrical tubular pipe body connected at each of its ends to a rigid connector end fitting in the form of a sleeve. The wall of the pipe body is mechanically reinforced by at least one traction layer of filaments of small thickness, presenting high traction strength, that are wound helically about the longitudinal axis of the pipe. The traction layer is composed of an array of uninterrupted filaments interconnecting the two end fittings alternately in one direction and then in the other direction, while being fastened on the end fittings.
    • 柔性管,其包括柔性圆柱形管状管体,每个端部连接到以套筒形式的刚性连接器端部配件。 管体的壁由至少一个厚度小的牵引层机械地增强,其具有高的牵引强度,其围绕管的纵向轴线螺旋形缠绕。 牵引层由一系列不间断的细丝构成,这些不连续的细丝在紧固在端部配件上的同时在一个方向上然后在另一个方向上交替地连接两个端部配件。
    • 19. 发明申请
    • Coupling of tubular members
    • 管状构件的联接
    • US20050253386A1
    • 2005-11-17
    • US10518574
    • 2003-06-19
    • Alan GlazeSteven Webb
    • Alan GlazeSteven Webb
    • B25B7/02F16L33/00F16L33/01F16L33/24F16L17/00
    • B25B7/02F16L33/003F16L33/01F16L33/24
    • A device (20) or restricting removal from the end of a tubular member (2) of a collar (4) or the like located on the tubular member (2) and a method using the device (20), the device (20) comprising an axially extending portion (22) for engagement in the end of the tubular member (2) and a radially outwardly extending portion (28) which in use is located outside the end of the tubular member (2) and which extends radially outwardly to a greater diameter than the internal diameter of the collar (4), thereby to restrict removal of the collar (4) from the end of the tubular member (2). In addition there is provided (20) for sealing the axially facing end of a tubular member (2), the device (20) comprising an axially extending portion (22) for engagement in the tubular member (2), a radially outwardly extending portion (28) which in use is located outside the tubular member (2) and a sealing means (48) for sealing between the radially outwardly extending portion (28) and the axially facing end (54) of the tubular member (2).
    • 装置(20)或限制从位于管状构件(2)上的套环(4)等的管状构件(2)的端部移除和使用装置(20)的方法,装置(20) 包括用于接合在管状构件(2)的端部中的轴向延伸部分(22)和径向向外延伸的部分(28),其在使用中位于管状构件(2)的端部外侧,并且径向向外延伸到 直径大于套环(4)的内径,从而限制套环(4)从管状构件(2)的端部的移除。 另外,设置有用于密封管状构件(2)的轴向面向端的(20),所述装置(20)包括用于接合在管状构件(2)中的轴向延伸部分(22),径向向外延伸的部分 (28),其在使用中位于管状构件(2)的外部,以及密封装置(48),用于密封径向向外延伸部分(28)和管状构件(2)的轴向面向端部(54)之间。
    • 20. 发明授权
    • Heavy duty hose coupling and method for manufacture of hose-coupling
combination
    • 重型软管接头及软管接头组合的制造方法
    • US4569541A
    • 1986-02-11
    • US530282
    • 1983-09-08
    • George W. Eisenzimmer
    • George W. Eisenzimmer
    • F16L33/00F16L33/01F16L39/02
    • F16L33/01F16L33/003
    • The coupling has a stem and a ferrule. The stem is placed against an uncured hand-built steel cable reinforced hose. The steel reinforcement cable is spiraled onto a smaller diameter portion of the stem. The ferrule is then slid over the stem and over the reinforcing cable layers. Epoxy resin is injected through ports in the ferrule to embed the reinforcing cables and securely fix the hose structure to the stem and ferrule of the coupling. A cover is applied over the ferrule. The hose-coupling assembly is subjected to heat and pressure to cure the elastomeric portions of the hose and securely bond them to the surfaces of the coupling. The hose-coupling assembly is useful in very heavy duty applications where the assembly must withstand large end load strains when the hose is not under internal pressure, such as hose for use on a jetting sled.
    • 联轴器具有杆和套圈。 将杆放置在未固化的手工钢缆加固软管上。 钢筋电缆螺旋到杆的较小直径部分。 然后,套圈在杆上滑动并且在增强电缆层上方滑动。 环氧树脂通过套管中的端口注入,以嵌入增强电缆,并将软管结构牢固地固定在联轴器的杆和套管上。 一个盖子套在套圈上。 软管联接组件经受热和压力以固化软管的弹性体部分并将其牢固地结合到联接器的表面。 软管联接组件可用于非常重的应用场合,其中当软管不在内部压力下时,组件必须承受大的端部负载应变,例如用于喷射滑轨的软管。