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    • 1. 发明授权
    • Directional drilling assembly and method
    • 定向钻组件及方法
    • US06213226B1
    • 2001-04-10
    • US08984846
    • 1997-12-04
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • E21B706
    • E21B7/064E21B7/068E21B17/1014
    • The drilling assembly includes an eccentric adjustable diameter blade stabilizer having a housing with a fixed stabilizer blade and a pair of adjustable stabilizer blades. The adjustable stabilizer blades are housed within openings in the stabilizer housing and have inclined surfaces which engage ramps on the housing for camming the blades radially upon their movement axially. The adjustable blades are operatively connected to an extender piston on one end for extending the blades and a return spring at the other end for contracting the blades. The eccentric stabilizer also includes one or more flow tubes through which drilling fluids pass that apply a differential pressure across the stabilizer housing to actuate the extender pistons to move the adjustable stabilizer blades axially upstream to their extended position. The eccentric stabilizer is mounted on a bi-center bit which has an eccentric reamer section and a pilot bit. In the contracted position, the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the pass through axis of the bi-center bit as the drilling assembly passes through the existing cased borehole. In the extended position, the extended adjustable stabilizer blades shift the contact axis such that the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the axis of the pilot bit so that the eccentric stabilizer stabilizes the pilot bit in the desired direction of drilling as the eccentric reamer section reams the new borehole.
    • 钻孔组件包括具有固定稳定器叶片和一对可调节稳定器叶片的壳体的偏心可调直径叶片稳定器。 可调节的稳定器叶片被容纳在稳定器壳体中的开口内,并且具有倾斜表面,该倾斜表面接合壳体上的斜面,用于在叶片轴向运动时使叶片径向凸轮。 可调节叶片在一端可操作地连接到增量活塞,用于在另一端延伸叶片和复位弹簧以收缩叶片。 偏心稳定器还包括一个或多个流动管,钻井液通过该流动管,其通过稳定器壳体施加压差来致动增量活塞,以将可调稳定器叶片沿轴向上游移动到其伸出位置。 偏心稳定器安装在具有偏心铰刀部分和导向钻头的双中心钻头上。 在收缩位置,当钻孔组件通过现有的套管钻孔时,偏心稳定器和钻孔之间的接触区域形成与双中心钻头的通过轴线重合的接触轴线。 在延伸位置,扩展的可调节稳定器叶片使接触轴线移动,使得偏心稳定器和钻孔之间的接触区域形成与导向钻头的轴线重合的接触轴线,使得偏心稳定器稳定导向钻头 在钻孔的期望方向上,当偏心铰刀部分重新钻孔时,
    • 2. 发明授权
    • Drilling system utilizing eccentric adjustable diameter blade stabilizer and winged reamer
    • 钻孔系统采用偏心可调直径叶片稳定器和翼形铰刀
    • US06494272B1
    • 2002-12-17
    • US09718722
    • 2000-11-22
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • E21B700
    • E21B7/064E21B7/068E21B17/1014
    • The drilling assembly includes an eccentric adjustable diameter blade stabilizer having a housing with a fixed stabilizer blade and a pair of adjustable stabilizer blades. The adjustable stabilizer blades are housed within openings in the stabilizer housing and have inclined surfaces which engage ramps on the housing for camming the blades radially upon their movement axially. The adjustable blades are operatively connected to an extender piston on one end for extending the blades and a return spring at the other end for contracting the blades. The eccentric stabilizer also includes one or more flow tubes through which drilling fluids pass that apply a differential pressure across the stabilizer housing to actuate the extender pistons to move the adjustable stabilizer blades axially upstream to their extended position. The eccentric stabilizer is mounted on a bi-center bit which has an eccentric reamer section and a pilot bit. In the contracted position, the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the pass through axis of the bi-center bit as the drilling assembly passes through the existing cased borehole. In the extended position, the extended adjustable stabilizer blades shift the contact axis such that the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the axis of the pilot bit so that the eccentric stabilizer stabilizes the pilot bit in the desired direction of drilling as the eccentric reamer section reams the new borehole.
    • 钻孔组件包括具有固定稳定器叶片和一对可调节稳定器叶片的壳体的偏心可调直径叶片稳定器。 可调节的稳定器叶片被容纳在稳定器壳体中的开口内,并且具有倾斜表面,该倾斜表面接合壳体上的斜面,用于在叶片轴向运动时使叶片径向凸轮。 可调节叶片在一端可操作地连接到增量活塞,用于在另一端延伸叶片和复位弹簧以收缩叶片。 偏心稳定器还包括一个或多个流动管,钻井液通过该流动管,其通过稳定器壳体施加压差来致动增量活塞,以将可调稳定器叶片沿轴向上游移动到其伸出位置。 偏心稳定器安装在具有偏心铰刀部分和导向钻头的双中心钻头上。 在收缩位置,当钻孔组件通过现有的套管钻孔时,偏心稳定器和钻孔之间的接触区域形成与双中心钻头的通过轴线重合的接触轴线。 在延伸位置,扩展的可调节稳定器叶片使接触轴线移动,使得偏心稳定器和钻孔之间的接触区域形成与导向钻头的轴线重合的接触轴线,使得偏心稳定器稳定导向钻头 在钻孔的期望方向上,当偏心铰刀部分重新钻孔时,
    • 3. 发明授权
    • Directional drilling assembly and method
    • 定向钻组件及方法
    • US06488104B1
    • 2002-12-03
    • US09603706
    • 2000-06-27
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • E21B706
    • E21B7/064E21B7/068E21B17/1014
    • The drilling assembly includes an eccentric adjustable diameter blade stabilizer having a housing with a fixed stabilizer blade and a pair of adjustable stabilizer blades. The adjustable stabilizer blades are housed within openings in the stabilizer housing and have inclined surfaces which engage ramps on the housing for camming the blades radially upon their movement axially. The adjustable blades are operatively connected to an extender piston on one end for extending the blades and a return spring at the other end for contracting the blades. The eccentric stabilizer also includes one or more flow tubes through which drilling fluids pass that apply a differential pressure across the stabilizer housing to actuate the extender pistons to move the adjustable stabilizer blades axially upstream to their extended position. The eccentric stabilizer is mounted on a bi-center bit which has an eccentric reamer section and a pilot bit. In the contracted position, the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the pass through axis of the bi-center bit as the drilling assembly passes through the existing cased borehole. In the extended position, the extended adjustable stabilizer blades shift the contact axis such that the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the axis of the pilot bit so that the eccentric stabilizer stabilizes the pilot bit in the desired direction of drilling as the eccentric reamer section reams the new borehole. The eccentric adjustable blade stabilizer mounted above the motor would be a multi-positional blade stabilizer.
    • 钻孔组件包括具有固定稳定器叶片和一对可调节稳定器叶片的壳体的偏心可调直径叶片稳定器。 可调节的稳定器叶片被容纳在稳定器壳体中的开口内,并且具有倾斜表面,该倾斜表面接合壳体上的斜面,用于在叶片轴向运动时使叶片径向凸轮。 可调节叶片在一端可操作地连接到增量活塞,用于在另一端延伸叶片和复位弹簧以收缩叶片。 偏心稳定器还包括一个或多个流动管,钻井液通过该流动管,其通过稳定器壳体施加压差来致动增量活塞,以将可调稳定器叶片沿轴向上游移动到其伸出位置。 偏心稳定器安装在具有偏心铰刀部分和导向钻头的双中心钻头上。 在收缩位置,当钻孔组件通过现有的套管钻孔时,偏心稳定器和钻孔之间的接触区域形成与双中心钻头的通过轴线重合的接触轴线。 在延伸位置,扩展的可调节稳定器叶片使接触轴线移动,使得偏心稳定器和钻孔之间的接触区域形成与导向钻头的轴线重合的接触轴线,使得偏心稳定器稳定导向钻头 在所需的钻孔方向上,因为偏心铰刀部分重新安装新的钻孔。安装在马达上方的偏心可调叶片稳定器将是多位置的叶片稳定器。
    • 4. 发明授权
    • Tubing elongation correction system & methods
    • 管道伸长率校正系统及方法
    • US06450259B1
    • 2002-09-17
    • US10071279
    • 2002-02-08
    • Haoshi SongDavid E. Rios-Aleman
    • Haoshi SongDavid E. Rios-Aleman
    • E21B4709
    • G01B5/0011E21B47/022E21B47/04
    • A surface processor uses an environmental profile to determine the sub-surface length of tubing disposed in a well bore. Information relating to tubing properties is stored in a memory module of the surface processor. The environmental profile includes data relating to well bore ambient conditions and the operating parameters of well equipment. Surface processor calculates the tubing elongation or length reduction corresponding to the environmental profile. Surface processor may repeat this process to develop a measured depth chart for a well. Logging operations performed in conjunction with the sub-surface length calculations allows formation data to be associated with the measured depth chart.
    • 表面处理器使用环境分布来确定设置在井眼中的管道的子表面长度。 与管道特性相关的信息存储在表面处理器的存储器模块中。 环境概况包括与井眼环境条件和井设备的运行参数有关的数据。 表面处理器计算对应于环境分布的管道伸长率或长度减小量。 表面处理器可以重复此过程以开发井的测量深度图。 结合子表面长度计算执行的记录操作可以将形成数据与测量的深度图相关联。
    • 6. 发明授权
    • Drilling system and method
    • 钻井系统及方法
    • US06227312B1
    • 2001-05-08
    • US09427905
    • 1999-10-27
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • Jay M. EppinkDavid E. Rios-AlemanAlbert C. Odell
    • E21B706
    • E21B7/064E21B7/068E21B17/1014
    • The drilling assembly includes an eccentric adjustable diameter blade stabilizer having a housing with a fixed stabilizer blade and a pair of adjustable stabilizer blades. The adjustable stabilizer blades are housed within openings in the stabilizer housing and have inclined surfaces which engage ramps on the housing for camming the blades radially upon their movement axially. The adjustable blades are operatively connected to an extender piston on one end for extending the blades and a return spring at the other end for contracting the blades. The eccentric stabilizer also includes one or more flow tubes through which drilling fluids pass that apply a differential pressure across the stabilizer housing to actuate the extender pistons to move the adjustable stabilizer blades axially upstream to their extended position. The eccentric stabilizer is mounted on a bi-center bit which has an eccentric reamer section and a pilot bit. In the contracted position, the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the pass through axis of the bi-center bit as the drilling assembly passes through the existing cased borehole. In the extended position, the extended adjustable stabilizer blades shift the contact axis such that the areas of contact between the eccentric stabilizer and the borehole form a contact axis which is coincident with the axis of the pilot bit so that the eccentric stabilizer stabilizes the pilot bit in the desired direction of drilling as the eccentric reamer section reams the new borehole.
    • 钻孔组件包括具有固定稳定器叶片和一对可调节稳定器叶片的壳体的偏心可调直径叶片稳定器。 可调节的稳定器叶片被容纳在稳定器壳体中的开口内,并且具有倾斜表面,该倾斜表面接合壳体上的斜面,用于在叶片轴向运动时使叶片径向凸轮。 可调节叶片在一端可操作地连接到增量活塞,用于在另一端延伸叶片和复位弹簧以收缩叶片。 偏心稳定器还包括一个或多个流动管,钻井液通过该流动管,其通过稳定器壳体施加压差来致动增量活塞,以将可调稳定器叶片沿轴向上游移动到其伸出位置。 偏心稳定器安装在具有偏心铰刀部分和导向钻头的双中心钻头上。 在收缩位置,当钻孔组件通过现有的套管钻孔时,偏心稳定器和钻孔之间的接触区域形成与双中心钻头的通过轴线重合的接触轴线。 在延伸位置,扩展的可调节稳定器叶片使接触轴线移动,使得偏心稳定器和钻孔之间的接触区域形成与导向钻头的轴线重合的接触轴线,使得偏心稳定器稳定导向钻头 在钻孔的期望方向上,当偏心铰刀部分重新钻孔时,