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    • 3. 发明申请
    • FILL UP AND CIRCULATING TOOL WITH WELL CONTROL FEATURE
    • 充气和循环工具与良好的控制功能
    • WO2012047534A3
    • 2012-06-07
    • PCT/US2011052752
    • 2011-09-22
    • MULLINS ALBERT AUGUSTUS
    • MULLINS ALBERT AUGUSTUS
    • E21B33/12E21B21/08E21B33/05
    • E21B33/14E21B33/1265
    • A high-pressure casing fill-up and circulating assembly and method of use is disclosed. The fill and circulating assembly, when inserted into the uppermost portion of the casing, will allow the casing to be filled while each section of casing is added. In one configuration there can be a cup type seal that seals in the casing simply by inserting the circulator into the casing. In yet another configuration the casing circulator portion can be anchored in the casing by manipulating the setting apparatus of the circulator thus anchoring the circulator to the casing and a settable seal unit will be energized to seal between the casing and the circulator.
    • 公开了一种高压套管填充和循环组件及其使用方法。 填充和循环组件当插入到壳体的最上部时将允许在每个壳体的部分被添加的同时填充套管。 在一种配置中,可以有一种杯型密封件,其仅通过将循环器插入壳体中而密封在壳体中。 在另一种结构中,壳体循环器部分可以通过操纵循环器的调节装置来锚固在壳体中,从而将循环器固定到壳体上,并且可设置的密封单元将被通电以在壳体和循环器之间进行密封。
    • 7. 发明申请
    • FILL UP AND CIRCULATING TOOL WITH WELL CONTROL FEATURE
    • 充满和循环工具,具有良好的控制功能
    • WO2012047534A2
    • 2012-04-12
    • PCT/US2011/052752
    • 2011-09-22
    • MULLINS, Albert, Augustus
    • MULLINS, Albert, Augustus
    • E21B33/12E21B33/05E21B21/08
    • E21B33/14E21B33/1265
    • A high-pressure casing fill-up and circulating assembly and method of use is disclosed. The fill and circulating assembly, when inserted into the uppermost portion of the casing, will allow the casing to be filled while each section of casing is added. In one configuration there can be a cup type seal that seals in the casing simply by inserting the circulator into the casing. In yet another configuration the casing circulator portion can be anchored in the casing by manipulating the setting apparatus of the circulator thus anchoring the circulator to the casing and a settable seal unit will be energized to seal between the casing and the circulator.
    • 公开了一种高压外壳填充和循环组件及其使用方法。 当填充和循环组件插入到壳体的最上部时,将允许在添加壳体的每个部分时填充壳体。 在一种结构中,可以有一个杯型密封件,只需将循环器插入壳体即可密封壳体。 在又一种结构中,可以通过操纵循环器的调节装置将壳体循环器部分固定在壳体中,从而将循环器固定在壳体上,并且可调节的密封单元将被激励以在壳体和循环器之间进行密封。
    • 9. 发明申请
    • A DOWNHOLE TUBULAR CONNECTOR
    • 井下管连接器
    • WO2010089572A1
    • 2010-08-12
    • PCT/GB2010/000229
    • 2010-02-09
    • PILOT DRILLING CONTROL LIMITEDFRANK'S INTERNATIONAL, INC.CLUBB, MatthewBROWN, Dougal, HugoPAYNE, AlanCARD, StuartSWIETLIK, GeorgeLARGE, RobertLATIOLAIS, Burney, J.
    • CLUBB, MatthewBROWN, Dougal, HugoPAYNE, AlanCARD, StuartSWIETLIK, GeorgeLARGE, RobertLATIOLAIS, Burney, J.
    • E21B3/02E21B19/16E21B21/10E21B33/126
    • E21B33/1265E21B19/16E21B21/106
    • A hydraulic connector (100) to provide a fluidic connection between a fluid supply (2) and a downhole tubular (4), the connector comprising: a body (115, 142); an engagement assembly comprising an extendable portion (120) selectively extendable from the body, the engagement assembly being configured to extend and retract a seal assembly (160) disposed at a distal end (132) of the extendable portion into and from a proximal end of the downhole tubular; and a valve assembly operable between an open position and a closed position, the valve assembly being configured to: allow a fluid to communicate between the fluid supply and the downhole tubular through the seal assembly when in the open position; and prevent fluid communication between the fluid supply and the downhole tubular when in the closed position. The extendable portion may comprise a first abutment surface (158) disposed to limit the extension of the engagement assembly by contact of the first abutment surface with a corresponding abutment surface (159) of the body. The engagement assembly may comprise a piston (150) disposed about the extendable portion (120) and configured to divide a cylinder (115) defined by the body portion into a first chamber (180) and a second chamber (170). The first chamber (180) may be configured to contain pressurised fluid to retract the extendable portion (120) and the first chamber may be sealed such that it defines a substantially closed system.
    • 一种液压连接器(100),用于在流体供应(2)和井下管(4)之间提供流体连接,所述连接器包括:主体(115,142); 接合组件包括可从主体选择性地延伸的可延伸部分(120),所述接合组件构造成将设置在所述可延伸部分的远端(132)处的密封组件(160)伸出和缩回 井下管; 以及阀组件,其可在打开位置和关闭位置之间操作,所述阀组件构造成:当处于所述打开位置时,允许流体通过所述密封组件在所述流体供应和所述井下管之间连通; 并且当处于关闭位置时防止流体供应和井下管之间的流体连通。 所述可延伸部分可包括第一邻接表面(158),所述第一邻接表面(158)设置成通过所述第一邻接表面与所述主体的对应邻接表面(159)的接触来限制所述接合组件的延伸。 接合组件可以包括设置在可延伸部分(120)周围并被构造成将由主体部分限定的气缸(115)分成第一室(180)和第二室(170)的活塞(150)。 第一腔室180可构造成包含加压流体以缩回可延伸部分120,并且第一腔室可被密封,使得其限定基本封闭的系统。
    • 10. 发明申请
    • METHOD AND APPARATUS TO ISOLATE A FORMATION ZONE
    • 分离形成区的方法和装置
    • WO1998019042A2
    • 1998-05-07
    • PCT/US1997019303
    • 1997-10-24
    • BAKER HUGHES INCORPORATED
    • BAKER HUGHES INCORPORATEDWILLAUER, Darrin, L.MODY, Rustom, K.BADKE, GregPLANTE, Mark
    • E21B33/134
    • E21B33/1208E21B23/06E21B23/08E21B33/124E21B33/1265E21B33/1295E21B33/134E21B43/26
    • A method and apparatus are disclosed which allow isolation of a plurality of zones for treatment, particularly sand fracturing. The lowermost barrier can be pumped through tubing (12) and anchored in cased or open holes. In the preferred embodiment, the pumped plug (20) has a visco-elastic member (74) which contains a particulate aggregate mixture (87), such as described in U.S. Patent 5,417,285. The visco-elastic material is subjected to a force which changes its shape so that the material obstructs the wellbore. The shape change also accomplishes dehydration of the material within the visco-elastic enclosure by virtue of fluid displacement, resulting from a volume reduction, hardening it so that a plug using the visco-elastic material is formed. Thereafter, a packer (14) on the tubing string (12) is set to isolate the zone for sand fracturing. The process can be repeated without tripping out of the hole as additional plugs are pumped through tubing and the process is repeated. At the conclusion of the fracturing, the various plugs, which are of simple and economical construction, can be readily milled out.
    • 公开了一种方法和装置,其允许分离多个用于处理的区域,特别是压裂砂。 最下面的障碍物可以通过管道(12)泵送并锚定在套管或敞开的孔中。 在优选实施例中,抽吸塞子(20)具有包含颗粒聚集体混合物(87)的粘弹性构件(74),如美国专利5,417,285中所述。 粘弹性材料受到改变其形状的力,使得材料阻碍井眼。 形状变化还通过流体移动来实现粘弹性外壳内的材料的脱水,由体积减小导致其硬化,从而形成使用粘弹性材料的塞子。 此后,设置管柱(12)上的封隔器(14)以隔离用于砂压的区域。 当额外的塞子被泵送通过管道并且重复该过程时,可以重复该过程而不脱离孔。 在断裂结束时,可以容易地研磨出简单经济的各种塞子。