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    • 4. 发明授权
    • Internal release connector and method
    • 内部释放连接器和方法
    • US08091935B2
    • 2012-01-10
    • US12648727
    • 2009-12-29
    • Peter Barnes Moyes
    • Peter Barnes Moyes
    • E21B31/00
    • E21B17/06E21B31/20
    • A tubing connection release system. The system includes, a male connector having a profile at one end thereof and receptive to a tubular at the other end thereof, a female connector receptive to a tubular at one end thereof and receptive to the male connector at the other end thereof. The system further includes, a sleeve disposed radially inwardly of the female connector, and a collet having at least one deflectable collet finger disposed radially inwardly of the sleeve. The collet is biased to a position within the female connector whereat the at least one collet finger is supported against radially outward deflection. The collet is further movable by the push-in connector against the bias to a position where the at least one collet finger is radially outwardly unsupported such that the profiled end of the male connector is movable into engagement with the at least one collet finger.
    • 油管连接释放系统。 该系统包括:阳连接器,其一端具有轮廓并且在其另一端处接收管状;阴连接器,其在其一端处接收于管状体并且在其另一端处接收阳连接器。 该系统还包括:设置在阴连接器的径向内侧的套筒,以及具有至少一个可偏转夹头的夹头,夹头径向向内设置。 夹头被偏压到阴连接器内的位置,其中至少一个夹头指状物被支撑以径向向外偏转。 夹头还可以通过推入式连接器抵抗偏压移动到至少一个夹头指状件径向向外不支撑的位置,使得阳连接器的异型端可移动地与至少一个夹头相接合。
    • 8. 发明授权
    • Internal release connector and method
    • 内部释放连接器和方法
    • US07661726B2
    • 2010-02-16
    • US11491671
    • 2006-07-24
    • Peter Barnes Moyes
    • Peter Barnes Moyes
    • F16L21/06
    • E21B17/06E21B31/20
    • A tubing connection release system. The system includes, a male connector having a profile at one end thereof and receptive to a tubular at the other end thereof, a female connector receptive to a tubular at one end thereof and receptive to the male connector at the other end thereof. The system further includes, a sleeve disposed radially inwardly of the female connector, and a collet having at least one deflectable collet finger disposed radially inwardly of the sleeve. The collet is biased to a position within the female connector whereat the at least one collet finger is supported against radially outward deflection. The collet is further movable by the push-in connector against the bias to a position where the at least one collet finger is radially outwardly unsupported such that the profiled end of the male connector is movable into engagement with the at least one collet finger.
    • 油管连接释放系统。 该系统包括:阳连接器,其一端具有轮廓并且在其另一端处接收管状;阴连接器,其在其一端处接收于管状体并且在其另一端处接收阳连接器。 该系统还包括:设置在阴连接器的径向内侧的套筒,以及具有至少一个可偏转夹头的夹头,夹头径向向内设置。 夹头被偏压到阴连接器内的位置,其中至少一个夹头指状物被支撑以径向向外偏转。 夹头还可以通过推入式连接器抵抗偏压移动到至少一个夹头指状件径向向外不支撑的位置,使得阳连接器的异型端可移动地与至少一个夹头相接合。
    • 10. 发明授权
    • Apparatus and methods for drilling
    • 钻孔设备和方法
    • US06719071B1
    • 2004-04-13
    • US09914338
    • 2002-01-08
    • Peter Barnes Moyes
    • Peter Barnes Moyes
    • E21B4400
    • E21B4/02E21B21/00E21B21/08E21B2021/006
    • A drilling method in which a rotary drill bit is mounted on a tubular drillstring extending through a bore comprises: drilling through a formation containing fluid at a predetermined pressure; circulating drilling fluid down through the drill string to exit the string at or adjacent the bit, and then upwards through an annulus between the string and bore wall; and adding energy to the drilling fluid in the annulus location above the formation. The addition of energy to the fluid in the annulus has the effect that the pressure of the drilling fluid above the formation may be higher than the pressure of the drilling fluid in communication with the formation and that predetermined differential may be created between the pressure of the formation fluid and the pressure of the drilling fluid in communication with the formation.
    • 旋转钻头安装在延伸穿过孔的管状钻柱上的钻孔方法包括:在预定压力下穿过含有流体的地层; 将钻井液向下循环穿过钻柱以在钻头处或相邻处离开钻柱,然后向上穿过钻柱和钻孔壁之间的环空; 并向地层上方的环空位置的钻井液添加能量。 向环形空间中的流体添加能量具有这样的效果,即地层上方的钻井液的压力可能高于与地层连通的钻井液的压力,并且可能产生预定的差异 地层流体和钻井液与地层相通的压力。