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    • 4. 发明授权
    • Wireless perforating gun
    • 无线穿孔枪
    • US07762172B2
    • 2010-07-27
    • US11466505
    • 2006-08-23
    • Haoming LiZheng Rong XuChantal SmithemanCesar GamaAlfredo Fayard
    • Haoming LiZheng Rong XuChantal SmithemanCesar GamaAlfredo Fayard
    • E21B43/116E21B43/117
    • E21B43/1185F42D1/05
    • A loading tube for installation in the body of a perforating gun is disclosed. The loading tube holds a plurality of shaped charges whose detonation is electrically initiated, and the loading tube, when installed in the body, comprises at least a portion of the electrical circuit used to initiate detonation the shaped charge. In one embodiment, the loading tube comprises the hot portion of the electrical circuit, the body comprises the ground portion of the electrical circuit and the loading tube and the body are insulated from one another. Alternatively, the loading tube may comprise two distinct portions of conductive material which are electrically isolated from one another where the two portions of conductive material comprise the hot and ground portions of the electrical circuit. Additionally, a loading tube according to the present invention may comprise a conductor which is disposed in the loading tube near the outer surface of the loading tube and which is insulated from the loading tube. A system is disclosed comprising a loading tube having the aforesaid characteristics and a method is provided which utilizes the loading tube as a portion of the electrical circuit to initiate detonation of the charges.
    • 公开了一种用于安装在射孔枪体内的加载管。 加载管保持多个成形的电荷,其起爆被引发,并且当安装在主体中时,装载管包括用于引发成形电荷的引爆的电路的至少一部分。 在一个实施例中,加载管包括电路的热部分,主体包括电路的接地部分和加载管,并且主体彼此绝缘。 或者,加载管可以包括彼此电隔离的导电材料的两个不同部分,其中导电材料的两部分包括电路的热和接地部分。 此外,根据本发明的加载管可以包括布置在加载管中的导管,靠近加载管的外表面并且与加载管绝缘。 公开了一种包括具有上述特征的加载管的系统,并且提供了利用加载管作为电路的一部分来引发电荷的爆炸的方法。
    • 6. 发明申请
    • Wireless Perforating Gun
    • 无线穿孔枪
    • US20080047456A1
    • 2008-02-28
    • US11466505
    • 2006-08-23
    • Haoming LiZheng Rong XuChantal SmithemanCesar GamaAlfredo Fayard
    • Haoming LiZheng Rong XuChantal SmithemanCesar GamaAlfredo Fayard
    • F42D1/05
    • E21B43/1185F42D1/05
    • A loading tube for installation in the body of a perforating gun is disclosed. The loading tube holds a plurality of shaped charges whose detonation is electrically initiated, and the loading tube, when installed in the body, comprises at least a portion of the electrical circuit used to initiate detonation the shaped charge. In one embodiment, the loading tube comprises the hot portion of the electrical circuit, the body comprises the ground portion of the electrical circuit and the loading tube and the body are insulated from one another. Alternatively, the loading tube may comprise two distinct portions of conductive material which are electrically isolated from one another where the two portions of conductive material comprise the hot and ground portions of the electrical circuit. Additionally, a loading tube according to the present invention may comprise a conductor which is disposed in the loading tube near the outer surface of the loading tube and which is insulated from the loading tube. A system is disclosed comprising a loading tube having the aforesaid characteristics and a method is provided which utilizes the loading tube as a portion of the electrical circuit to initiate detonation of the charges.
    • 公开了一种用于安装在射孔枪体内的加载管。 加载管保持多个成形的电荷,其起爆被引发,并且当安装在主体中时,装载管包括用于引发成形电荷的引爆的电路的至少一部分。 在一个实施例中,加载管包括电路的热部分,主体包括电路的接地部分和加载管,并且主体彼此绝缘。 或者,加载管可以包括彼此电隔离的导电材料的两个不同部分,其中导电材料的两部分包括电路的热和接地部分。 此外,根据本发明的加载管可以包括布置在加载管中的导管,靠近加载管的外表面并且与加载管绝缘。 公开了一种包括具有上述特征的加载管的系统,并且提供了利用加载管作为电路的一部分来引发电荷爆震的方法。
    • 8. 发明申请
    • Body to frame energy transfer brackets
    • 身体框架能量转移支架
    • US20060087107A1
    • 2006-04-27
    • US10970787
    • 2004-10-21
    • Haoming LiBryan Gilpin
    • Haoming LiBryan Gilpin
    • B62D21/15
    • B62D21/157B62D25/025
    • An automotive vehicle comprises a frame having a pair of side rails interconnected by a plurality of cross members. A rocker panel substantially parallel to and spaced from each side rail creates a gap. An energy transfer member seats within the gap for transferring energy between the rocker panel and the side rail in a side impact event. The energy transfer member is sufficiently stronger than the side rail such that impact energy deforms the rocker panel and travels through the energy transfer member to deform the side rail prior to any deformation of the energy transfer member, thereby maintaining the gap to reduce side structure intrusion into an occupant compartment. An accelerometer mounted within the vehicle inboard of the side rails senses vehicle frame acceleration, and activates a vehicle airbag system as necessary.
    • 机动车辆包括具有通过多个横向构件互连的一对侧轨的框架。 基本上平行于每个侧轨并与之隔开的摇臂板产生间隙。 能量传递构件位于间隙内,用于在侧面碰撞事件中在摇臂板和侧轨之间传递能量。 能量传递构件比侧轨强得多,使得冲击能使摇臂面板变形并且在能量传递构件的任何变形之前通过能量传递构件变形以使侧轨变形,由此保持间隙以减少侧面结构的侵入 进入乘客舱。 安装在侧轨内侧的车辆内的加速度计感测车架加速度,并根据需要启动车辆安全气囊系统。