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    • 3. 发明申请
    • IMPROVED TUBING CENTRALIZER
    • 改进管道中心
    • WO2014008154A1
    • 2014-01-09
    • PCT/US2013/048862
    • 2013-07-01
    • DELAWARE CAPITAL FORMATION, INC.
    • FAYO, JohnnyJACKSON, RickyNEASE, MarkLONG, Scott
    • E21B19/24
    • E21B17/1028
    • The present invention is a tubing centralizer for use within casing within a wellbore. The tubing centralizer has a tubing centralizer cage comprising a top ring, a middle ring, and a bottom ring and a plurality of springs, where each spring connects the top ring to the middle ring and the middle ring to the bottom ring and where each spring has a double arcuate shape such that the springs arc radially outward between the top ring and the middle ring and again between the middle ring and the bottom ring. The springs may be sized such that they exert outward pressure against the inside wall of the casing such that the tubing centralizer resists movement along the casing. The tubing centralizer may further comprise a tubing centralizer mandrel, where the tubing centralizer mandrel is part of the tubing string and extends through the tubing centralizer cage.
    • 本发明是一种在井眼内的壳体内使用的管道对中器。 管道扶正器具有管道定心器笼,其包括顶环,中环和底环以及多个弹簧,其中每个弹簧将顶环连接到中间环,将中间环连接到底环,并且每个弹簧 具有双弓形形状,使得弹簧在顶环和中间环之间径向向外放置,并且再次在中间环和底环之间。 弹簧的尺寸可以使得它们向壳体的内壁施加向外的压力,使得管道中心器抵抗沿壳体的运动。 管道集中器还可以包括管道对中器心轴,其中管道对中器心轴是管柱的一部分并且延伸穿过管道对中器笼。
    • 4. 发明申请
    • TEST PROBE ASSEMBLY AND RELATED METHODS
    • 测试探头组件及相关方法
    • WO2013154738A1
    • 2013-10-17
    • PCT/US2013/031240
    • 2013-03-14
    • DELAWARE CAPITAL FORMATION, INC.TREIBERGS, ValtsMAGNUSON, AaronYAKUSHEV, SergeyHANSON, Scott
    • TREIBERGS, ValtsMAGNUSON, AaronYAKUSHEV, SergeyHANSON, Scott
    • G01R1/067
    • G01R1/0416G01R1/067G01R1/06705G01R1/06722G01R3/00Y10T29/49119
    • A test probe assembly includes a first elongate electrically conductive plunger that extends from a proximal first plunger end to a distal first plunger end, and is defined in part by a central longitudinal axis. The first plunger has a first spring latch at the distal first plunger end. At least a portion of the first plunger has an arc with a first plunger outer contact point opposite the first spring latch relative to the longitudinal axis. The first plunger is disposed in a spring. The first plunger outer contact point in contact with the inner diameter of the spring, and the first spring latch engages at least a portion of the spring. A method includes disposing a first plunger within a spring along a spring longitudinal axis, disposing a second probe within the spring along the spring longitudinal axis, and engaging the spring latch and the second plunger spring latch with the spring, for instance by capturing an end coil of the spring with the spring latch of at least one of the spring latch or the second plunger spring latch.
    • 测试探针组件包括从近端第一柱塞端部延伸到远端第一柱塞端部的第一细长导电柱塞,并且部分地由中心纵向轴线限定。 第一柱塞在远端第一柱塞端具有第一弹簧闩锁。 第一柱塞的至少一部分具有相对于纵向轴线具有与第一弹簧锁扣相对的第一柱塞外接触点的弧。 第一柱塞设置在弹簧中。 与弹簧的内径相接触的第一柱塞外接触点和第一弹簧闩接合弹簧的至少一部分。 一种方法包括沿着弹簧纵向轴线在弹簧内布置第一柱塞,沿着弹簧纵向轴线将第二探针设置在弹簧内,以及使弹簧闩锁和第二柱塞弹簧闩锁与弹簧接合,例如通过捕获端部 弹簧的线圈与弹簧闩锁或第二柱塞弹簧闩锁中的至少一个的弹簧闩锁连接。
    • 7. 发明申请
    • AUTO-RELEASE VENTURI WITH VACUUM SWITCH
    • 自动释放VENTURI与真空开关
    • WO2008134339A1
    • 2008-11-06
    • PCT/US2008/061226
    • 2008-04-23
    • DELAWARE CAPITAL FORMATION, INC.PERLMAN, Maurice
    • PERLMAN, Maurice
    • B25J15/06
    • B25J15/0616B25B11/007B65G47/917
    • A material handling system (10) has a vacuum cup assembly (14) engagable with an object (20) and movable to move the object using a pressurized air source (12), a vacuum cup (16), a venturi device (18) and a vacuum valve (24) and auto-release valve (26). The venturi device (18) is in fluid communication with the vacuum cup (16) and connected to the supply line (28) so that pressurized air can be supplied to and through said venturi device to generate a partial vacuum when the perimeter seal of the vacuum cup is engaged with the object surface. The vacuum valve (24) may open and close the supply line at a location upstream of the venturi device in response to a pressure level at the vacuum cup cavity. The auto-release valve (26) may vent the vacuum cup cavity to atmosphere in response to reduced pressure in the supply line at a location upstream from the vacuum valve (24).
    • 材料处理系统(10)具有可与物体(20)接合并可移动的真空杯组件(14),其可使用加压空气源(12),真空杯(16),文氏管装置(18), 和真空阀(24)和自动释放阀(26)。 文氏管装置(18)与真空杯(16)流体连通并且连接到供应管线(28),使得加压空气可以被供给并通过所述文丘里装置以产生部分真空, 真空杯与物体表面接合。 真空阀(24)可以响应于真空杯腔中的压力水平在文氏管装置的上游位置处打开和关闭供应管线。 自动释放阀(26)可以响应于在真空阀(24)上游的位置处供应管线中的压力减小而将真空杯腔排放到大气中。