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    • 104. 发明公开
    • Logging-while-drilling tool
    • GerhtfürBohrlochmessungenwährenddes Bohrens
    • EP0747568A2
    • 1996-12-11
    • EP96304305.4
    • 1996-06-07
    • HALLIBURTON COMPANY
    • Gilbert, Gregory N.Tomek, Martin L.
    • E21B41/00
    • E21B41/0085E21B21/002
    • A logging-while-drilling tool for use in a wellbore (8) in which a well fluid is circulated in the wellbore (8) through a hollow drill string. The tool (100) is positioned in the hollow drill string (2) and sized to form an annular passage (55) between the drill string and the tool body (37), through which passage (55) drilling fluid is circulated. In addition to measurement electronics (14), the tool includes an alternator (38) for providing power to the electronics (14), and a turbine (39) for driving the alternator (38). The turbine blades (53) are driven by the flow (M) of well fluid introduced into the hollow drill string. The tool can also include a deflector (30) to deflect a portion of the well fluid away from the turbine blades (53).
    • 一种用于钻井(8)中的井井钻井工具,其中井液通过中空钻柱在井眼(8)中循环。 工具(100)定位在中空钻柱(2)中并且尺寸设置成在钻柱和工具主体(37)之间形成环形通道(55),钻孔流体通过该环形通道循环。 除了测量电子器件(14)之外,该工具包括用于向电子器件(14)供电的交流发电机(38)和用于驱动交流发电机(38)的涡轮机(39)。 涡轮机叶片(53)由引入中空钻柱的井液的流(M)驱动。 工具还可以包括偏转器(30),以使井流体的一部分偏离涡轮叶片(53)。
    • 106. 发明公开
    • Remotely adjustable valve and method for using same
    • Fernregelbares Ventil sowie Verfahren zu seiner Herstellung
    • EP0732479A2
    • 1996-09-18
    • EP96301752.0
    • 1996-03-14
    • HALLIBURTON COMPANY
    • Schnatzmeyer, Mark AlanPearce, Joseph L.
    • E21B34/10E21B43/12
    • E21B23/006E21B34/102E21B43/123F04F1/20Y10T137/0318Y10T137/2934
    • A remotely-adjustable valve (24) employable in an enhanced-lift recovery system and a method of adjusting the same. The valve includes an elongated valve body (34) having a process fluid inlet and a process fluid outlet. An elongated valve stem (68) is disposed within the valve body (34) for axial displacement relative thereto to adjust a rate of process fluid flow between the fluid inlet and the fluid outlet as a function of a relative axial position of the valve stem with respect to the valve body (34). A cam (104) is disposed within the valve body (34) and couples the valve body (34) and the valve stem (68); the cam (104) provides a plurality of axial displacement positions thereon to place the valve stem (68) at a selected one of a plurality of relative axial positions with respect to the valve body (34). The valve body has a control fluid pressure port (42) for allowing a control fluid pressure to be introduced into and released from the valve (24) to reciprocate the valve stem (68) axially with respect to the valve body (34) between cocked and set positions. The cam (104) is movable from a first axial displacement position to a second axial displacement position as the valve stem (68) is reciprocated. A difference between the first and second axial displacement positions causes an adjustment of the rate of process fluid flow between the fluid inlet and the fluid outlet.
    • 该阀包括具有工艺流体入口和工艺流体出口的细长阀体。 细长的阀杆设置在阀体内用于轴向位移,以相对于阀体相对于阀杆的相对轴向位置的函数来调节流体入口和流体出口之间的过程流体流量的速率。 凸轮设置在联接阀体和阀杆的阀体内。 凸轮提供轴向位移位置以将阀杆设置在相对于阀体的相对轴向位置中的选定的一个位置。 阀体具有用于允许将控制流体压力引入阀和释放阀的控制流体压力端口,以使阀杆在压缩位置和设定位置之间相对于阀体轴向往复运动。