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    • 1. 发明申请
    • Erosion Resistant Flow Nozzle for Downhole Tool
    • 井下工具耐腐蚀流动喷嘴
    • US20130112399A1
    • 2013-05-09
    • US13292965
    • 2011-11-09
    • Rodney S. RoyerHenry Joe Jordan, JR.Jeffrey E. KubiakChristopher Hall
    • Rodney S. RoyerHenry Joe Jordan, JR.Jeffrey E. KubiakChristopher Hall
    • E21B43/00
    • E21B43/08E21B41/0078E21B43/29
    • An erosion resistant nozzle is brazed to the surface of a tubular, such as a shunt tube of a wellscreen apparatus, for use in a wellbore. The nozzle is elongated and defines an aperture for communicating exiting flow from the tubular's port. The lead end of the nozzle disposed downstream of the exiting flow can be lengthened to prevent erosion to the tubular. The lead endwall of the nozzle's aperture can be angled relative to the nozzle's length and can be rounded. The nozzle can be composed of an erosion resistant material or can be composed of a conventional material having an erosion resistant coating or plating thereon. Being elongated with a low height, the nozzle can have a low profile on the tubular, and the aperture's elongating can be increased or decreased to increase or decrease the flow area through the nozzle.
    • 耐腐蚀喷嘴钎焊到管状表面,例如井眼设备的分流管,用于井眼。 喷嘴是细长的并且限定了用于使来自管状端口的离开的流体的孔。 设置在出口流动下游的喷嘴的前端可以被延长以防止对管的侵蚀。 喷嘴孔的前端壁可以相对于喷嘴的长度成角度,并且可以是圆形的。 喷嘴可以由耐侵蚀材料构成,也可以由具有抗侵蚀涂层或镀层的常规材料构成。 细长的低高度,喷嘴可以在管状物上具有低轮廓,并且可以增加或减小孔径的伸长率,以增加或减少通过喷嘴的流动面积。
    • 3. 发明申请
    • Downhole Packer Having Swellable Sleeve
    • 井下封隔器具有可膨胀套管
    • US20120012343A1
    • 2012-01-19
    • US12835687
    • 2010-07-13
    • James F. WilkinHenry Joe Jordan, JR.
    • James F. WilkinHenry Joe Jordan, JR.
    • E21B33/12
    • E21B33/1243E21B23/04E21B23/06E21B33/124E21B33/1285E21B33/134
    • A packer seals a wellbore annulus. The packer has a body defining a bore therethrough and has a swellable element disposed on the body. An expander movably disposed on the body adjacent the swellable element is actuated by fluid pressure communicated through a port in the body's bore. When actuated, the expander fits between the swellable element and the body to expand the swellable element radially outward an initial expansion amount. While downhole, the swellable element swells in the presence of an agent downhole and expands radially outward a subsequent expansion amount to produce a seal with a surrounding surface. With further fluid pressure, the expander can also compress the swellable element to further increase the expansion amount of the swellable element.
    • 封隔器密封井筒环。 封隔器具有限定穿过其中的孔的主体,并且具有设置在主体上的可溶胀元件。 可移动地设置在与膨胀元件相邻的主体上的膨胀器由通过本体孔中的端口连通的流体压力致动。 当致动时,膨胀器配合在可膨胀元件和主体之间,以使可膨胀元件径向向外扩张初始膨胀量。 在井下时,可膨胀元件在井下存在的试剂下膨胀并且径向向外膨胀,随后膨胀量产生与周围表面的密封。 随着进一步的流体压力,膨胀器也可以压缩可膨胀元件,以进一步增加膨胀元件的膨胀量。
    • 4. 发明申请
    • PLUG AND PERFORATE USING CASING PROFILES
    • 使用CASING PROFILES插入和执行
    • US20140262331A1
    • 2014-09-18
    • US13833488
    • 2013-03-15
    • Henry Joe Jordan, JR.
    • Henry Joe Jordan, JR.
    • E21B17/08
    • E21B17/08E21B23/02E21B43/119
    • In order to overcome the need to remove each fracturing plug after a plug and perforate operation it is desirable to utilize a profile latch in conjunction with a coupling profile. By having a profile in each coupling or at least in predetermined couplings a tool such as a perforating assembly including a fracturing plug may be precisely placed. A profile in the couplings also provides a means to latch the perforating assembly or other tool securely to the casing without using slips. Such profiles typically provide for securing the tool or perforating assembly in one direction although a particular profile may secure the assembly in place in two directions. By securing the tool or perforating assembly in one direction only the tool may be easily relocated or removed from the casing.
    • 为了克服在插塞和穿孔操作之后去除每个压裂塞的需要,期望使用与联接轮廓一起的轮廓闩锁。 通过在每个联接器中具有轮廓或至少在预定的联接中,可以精确地放置诸如包括压裂塞的穿孔组件的工具。 联轴器中的轮廓还提供了一种用于将穿孔组件或其他工具牢固地锁定到壳体而不使用滑块的装置。 这种轮廓通常提供用于将工具或穿孔组件固定在一个方向上,尽管特定的轮廓可以将组件固定在两个方向上的适当位置。 通过在一个方向上固定工具或穿孔组件,只有工具可以容易地从壳体重新定位或移除。
    • 5. 发明申请
    • CASING MOUNTED METERING DEVICE
    • 安装测量装置
    • US20140284060A1
    • 2014-09-25
    • US14219658
    • 2014-03-19
    • Ryan WardHenry Joe Jordan, JR.Khai Tran
    • Ryan WardHenry Joe Jordan, JR.Khai Tran
    • E21B34/06
    • E21B34/063E21B34/10E21B43/12
    • The present invention relates to an inflow control device for controlling the flow of fluid into a tubular deployed in a wellbore comprising coupling between joints of tubulars. The inflow control device is mounted transversely through the coupling in any inflow can control devices the initial condition fluid flow between the exterior and interior of the tubular is prevented. As sufficient pressure is exerted upon the inflow control device from the interior of the tubular the inflow control device is actuated to allow fluid flow between the interior and exterior the tubular. A nozzle in the inflow control device allows fluid to pass at a preset rate. The present invention furthermore relates to a method of assembling an inflow control device according to the invention and to a completion system comprising an inflow control device according to the invention
    • 本发明涉及一种流入控制装置,其用于控制​​流体进入管状部件中的流体流动,该管道包括管状接头之间的联接。 流入控制装置通过联接器横向安装在任何流入罐控制装置中,防止了管状物的外部和内部之间的初始状态流体流动。 当从管状物的内部向流入控制装置施加足够的压力时,流入控制装置被致动以允许流体在管状物的内部和外部之间流动。 流入控制装置中的喷嘴允许流体以预设速率通过。 本发明还涉及组装根据本发明的流入控制装置的方法和包括根据本发明的流入控制装置的完井系统
    • 6. 发明申请
    • Downhole Packer Having Tandem Packer Elements for Isolating Frac Zones
    • 具有用于隔离压裂区的串联封隔器元件的井下封隔器
    • US20120012342A1
    • 2012-01-19
    • US12835684
    • 2010-07-13
    • James F. WilkinHenry Joe Jordan, JR.
    • James F. WilkinHenry Joe Jordan, JR.
    • E21B33/12
    • E21B33/1285E21B23/06E21B33/1208E21B33/124E21B33/1243
    • A tandem packer seals a wellbore annulus with first and second seals. The packer has a body defining a bore therethrough and has a shoulder disposed on the body. A compressible element is disposed on the body adjacent the shoulder. A piston is movably disposed on the body adjacent the compressible element and is activated by fluid pressure communicated through a port in the packer's bore. When actuated, the piston fits between the compressible element and the body to initially expand it outward. With further fluid pressure, the piston compresses the compressible element against the shoulder to expand the element radially outward and produce a first seal with a surrounding surface. A swellable element also disposed on the body is swellable in the presence of an agent and expands radially outward to produce a second seal with the surrounding surface.
    • 串联封隔器用第一和第二密封件密封井筒环。 封隔器具有限定穿过其中的孔的主体,并且具有设置在主体上的肩部。 可压缩元件设置在与肩部相邻的身体上。 活塞可移动地设置在邻近可压缩元件的主体上,并且通过在封隔器的孔中的端口连通的流体压力来启动。 当被致动时,活塞装配在可压缩元件和主体之间,以便将其向外扩展。 随着进一步的流体压力,活塞将可压缩元件压靠在肩部上以将元件径向向外膨胀,并产生具有周围表面的第一密封。 还设置在身体上的可溶胀元件在药剂存在下是可膨胀的并且径向向外膨胀以产生与周围表面的第二密封。