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    • 1. 发明申请
    • Apparatus and method for severing pipe utilizing a multi-point initiation explosive device
    • 使用多点起爆装置切断管道的装置和方法
    • US20050126783A1
    • 2005-06-16
    • US10736123
    • 2003-12-15
    • Antony GrattanMichael PattersonJames BarkerThomas Wuensche
    • Antony GrattanMichael PattersonJames BarkerThomas Wuensche
    • E21B29/02
    • E21B29/02
    • The present invention is concerned with severing tubing, pipe or casing in an oil or gas well, and more particularly with a system and method for making and using a multi-point initiation explosive device that produces an enhanced pressure wave for severing tubing, pipe or casing in an oil or gas well. One embodiment uses at least two opposed initiators to initiate a column of explosive material from opposite ends, thereby generating opposing pressure waves propagating toward a midpoint between the initial initiators and a shaped-charge assembly with a liner located at the midpoint that initiates immediately prior to the arrival of the opposing pressure waves and that is intended to form an initial, fast moving jet to pre-score the target pipe prior to the arrival of the pressure pulse propagating from the initial detonations.
    • 本发明涉及在油井或气井中切断管道,管道或套管,更具体地涉及制造和使用多点起爆爆炸装置的系统和方法,其产生增强的压力波,用于切断管道,管道或 套在油或气井中。 一个实施方案使用至少两个相对的引发剂从相对端引发爆炸性材料列,从而产生相对的压力波,朝着初始引发剂和成形电荷组件之间的中点传播,其中衬垫位于中间点, 相反的压力波的到达,并且旨在形成初始的快速移动的射流,以在从初始爆震传播的压力脉冲到达之前对目标管道进行预分选。
    • 2. 发明申请
    • Apparatus and method for packaging and shipping of high explosive content components
    • 用于包装和运输高爆炸性成分的装置和方法
    • US20050150781A1
    • 2005-07-14
    • US10755728
    • 2004-01-12
    • John BartonAntony GrattanThomas Wuensche
    • John BartonAntony GrattanThomas Wuensche
    • F42B39/00
    • F42B39/00F42B39/20F42B39/22F42B39/24
    • A system and method for a packaging system for the shipment of high explosive components is described. One or more explosive devices are positioned in a tubing assembly having opposed ends and a thick wall of relatively low-density fibrous material, e.g. rolled paper tube. An impact absorbing element is positioned at each end of the tube. The impact absorbing element may include an end cap positioned within each end of the tube, and a cushion formed of partial tubes and an end cap. The complete assembly is sized to fit and be held in position by a standard shipping container. Multiple perforating charges in a tubing assembly may face opposite sides of a charge divider. Shaped charges may have their concave openings filled with a jet interrupter, e.g. sand. Circular charges may include heat releasable fasteners, e.g. nylon screws, which allow the charges to separate in case of fire.
    • 描述了用于运输高爆炸组件的包装系统的系统和方法。 一个或多个爆炸装置定位在具有相对端部的管组件中,并且具有相对低密度纤维材料的厚壁,例如, 卷纸管。 冲击吸收元件位于管的每个端部。 冲击吸收元件可以包括定位在管的每个端部内的端帽以及由部分管和端盖形成的衬垫。 整个组件的尺寸设计成通过标准的运输容器适合和保持在适当的位置。 管组件中的多个穿孔电荷可能面向电荷分配器的相对侧。 成形电荷可以具有填充有喷射断路器的凹形开口,例如。 砂。 圆形电荷可以包括热释放紧固件,例如 尼龙螺丝,允许电荷在发生火灾时分开。