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    • 1. 发明授权
    • Tubing shoe
    • 管道鞋
    • US08657036B2
    • 2014-02-25
    • US13143362
    • 2010-01-14
    • William BarronIan Kirk
    • William BarronIan Kirk
    • E21B17/14
    • E21B17/14
    • A tubing shoe is disclosed with a body adapted to be connected to a section of tubing to be emplaced in a wellbore and a nose provided on the body, wherein the nose includes a failure guide structure for controlling break-up of the nose upon being drilled out from inside the nose. The failure guide structure typically controls break up by limiting the maximum size of pieces of the nose broken off upon drill out, for example, by defining weakened areas of the nose which are prone to failure upon drilling. The failure guide structure can include discontinuities such as slots or bores formed or drilled into the outer surface of the nose. The failure guide structure controls the break up of the nose in a consistent and predictable manner, and typically at a predictable stage during the drill-out process.
    • 公开了一种管道靴,其适于连接到要放置在井筒中的管道部分和设置在主体上的鼻部,其中鼻部包括用于在钻孔时控制鼻子分解的故障引导结构 从鼻子里面出来。 故障引导结构通常通过限制在钻出时破坏的鼻部碎片的最大尺寸来控制破裂,例如通过限定在钻孔时容易失效的鼻部的弱化区域。 故障引导结构可以包括不连续性,例如形成或钻入鼻子外表面的槽或孔。 故障指导结构以一致和可预测的方式控制鼻子的分解,并且通常在钻孔过程中处于可预测的阶段。
    • 2. 发明申请
    • TUBING SHOE
    • US20110308813A1
    • 2011-12-22
    • US13143362
    • 2010-01-14
    • William BarronIan Kirk
    • William BarronIan Kirk
    • E21B29/00E21B17/14
    • E21B17/14
    • A tubing shoe is disclosed with a body adapted to be connected to a section of tubing to be emplaced in a wellbore and a nose provided on the body, wherein the nose includes a failure guide structure for controlling break-up of the nose upon being drilled out from inside the nose. The failure guide structure typically controls break up by limiting the maximum size of pieces of the nose broken off upon drill out, for example, by defining weakened areas of the nose which are prone to failure upon drilling. The failure guide structure can include discontinuities such as slots or bores formed or drilled into the outer surface of the nose. The failure guide structure controls the break up of the nose in a consistent and predictable manner, and typically at a predictable stage during the drill-out process.
    • 公开了一种管道靴,其适于连接到要放置在井筒中的管道部分和设置在主体上的鼻部,其中鼻部包括用于在钻孔时控制鼻子分解的故障引导结构 从鼻子里面出来。 故障引导结构通常通过限制在钻出时破坏的鼻部碎片的最大尺寸来控制破裂,例如通过限定在钻孔时容易失效的鼻部的弱化区域。 故障引导结构可以包括不连续性,例如形成或钻入鼻子外表面的槽或孔。 故障指导结构以一致和可预测的方式控制鼻子的分解,并且通常在钻孔过程中处于可预测的阶段。
    • 5. 发明授权
    • Centraliser
    • 集中器
    • US09470047B2
    • 2016-10-18
    • US13989684
    • 2012-01-13
    • Andrew KirkIan Kirk
    • Andrew KirkIan Kirk
    • E21B17/10B23P17/00
    • E21B17/1078B23P17/00E21B17/1014E21B17/1028Y10T29/49
    • A centralizer includes a body having a bore with an axis, the bore being configured to receive a tubular to be centralized, the body having at least one resilient device configured to extend radially from the axis of the bore, wherein the body has at least one collar member extending radially inwards from the centralizer body adjacent to an end of the body. The collars are fixed co-axially in the bore to be resistant to axial movement of the collar member, and can be retained in the body by radially extending a lip formed by forcing material radially inwards into the bore to retain the collar. The body is adapted to receive within the bore an anchoring device for connection to the tubular. The anchoring device is configured to engage the collar member within the bore so that relative movement of the centralizer and the tubular is restricted.
    • 一种扶正器包括具有轴的孔体,所述孔构造成容纳要被集中的管状体,所述主体具有至少一个弹性装置,该弹性装置构造成从所述孔的轴线径向延伸,其中所述主体具有至少一个 轴环构件从靠近主体的端部的对中器主体径向向内延伸。 轴环在孔中同轴地固定以抵抗轴环构件的轴向运动,并且可以通过径向延伸通过将材料径向向内推入孔中而形成的唇部以保持套环而保持在主体中。 本体适于在孔内容纳用于连接到管的锚定装置。 锚固装置被配置成使孔内的套环构件接合,从而限制了扶正器和管状体的相对移动。
    • 10. 发明申请
    • CENTRALISER
    • 中心
    • US20130248207A1
    • 2013-09-26
    • US13989684
    • 2012-01-13
    • Andrew KirkIan Kirk
    • Andrew KirkIan Kirk
    • E21B17/10B23P17/00
    • E21B17/1078B23P17/00E21B17/1014E21B17/1028Y10T29/49
    • A centraliser is disclosed for an oil, gas or water well, the centraliser having a body, and the body having a bore with an axis, the bore being configured to receive a tubular to be centraliser, the body having at least one resilient device configured to extend radially from the axis of the bore, wherein the body has at least one collar member extending radially inwards from the centraliser body adjacent to an end of the body. The collar can be formed separately from the body and attached subsequently, so that the body and the resilient device can optionally be formed in a single stamping or forming step from a single sheet of resilient material. The collars (typically at each end) are typically fixed co-axially in the bore so as to be resistant to axial movement of the collar member within the bore relative to the body of the centraliser, and can be retained in the body by radially extending a lip formed by forcing material at the ends of the body radially inwards into the bore to retain the collar. The body is typically adapted to receive within the bore at least one anchoring device for connection to the tubular, and the anchoring device is configured to engage the collar member within the bore of the body so that relative movement of the centraliser and the tubular is restricted once the anchoring device is fixed to the tubular and the anchoring device engages the collar member. A method of centralising a tubular in a borehole for an oil, gas or water well, and a method of making a centraliser for centralising a tubular in an oil, gas or water well are also disclosed.
    • 公开了一种用于油,气或水井的扶正器,所述中心器具有主体,并且所述主体具有带轴的孔,所述孔被配置为容纳作为中心器的管状物,所述主体具有至少一个弹性装置, 从所述孔的轴线径向延伸,其中所述主体具有至少一个从所述中心体径向向内延伸的邻近所述主体的端部的套环构件。 套环可以与主体分开形成并随后安装,使得主体和弹性装置可以可选地由单一的弹性材料片形成为单一的冲压或成形步骤。 轴环(通常在每个端部)通常在孔中同轴地固定,以便抵抗轴环部件相对于中心器的主体的轴向运动,并且可以通过径向延伸 通过将身体的端部的材料径向向内压入孔中而形成的唇缘以保持套环。 主体通常适于在孔内容纳至少一个用于连接到管状物的锚定装置,并且锚固装置构造成使该套环构件接合在主体的孔内,使得中心器和管的相对运动受到限制 一旦锚定装置固定到管状物上,并且锚定装置接合套环构件。 还公开了一种将管状物集中在用于油,气体或水的井眼中的方法,以及制造用于将管状物集中在油,气体或水中的中心器的方法。