专利检索_ 井眼或井中管道封隔器堵塞物或钢丝绳的切割或破坏例如切割损坏的管道切割窗口专利检索_ 井眼或井中管道封隔器堵塞物或钢丝绳的切割或破坏例如切割损坏的管道切割窗口专利检索查询_ 井眼或井中管道封隔器堵塞物或钢丝绳的切割或破坏例如切割损坏的管道切割窗口专利检索查询分析平台

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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
181	PROCEDURES AND EQUIPMENT FOR PROFILING AND JOINTING OF PIPES	EP99962300.2	1999-12-21	EP1147287A2	2001-10-24	SIMPSON, Neil, Andrew, Abercrombie
Methods and apparatus for shaping pipes, tubes, liners, or casing at downhole locations in wells. Use is made of rollers bearing radially outwards against the inside wall of the pipe (etc.), the rollers being rolled around the pipe to cause outward plastic deformation which expands and shapes the pipe to a desired profile. Where one pipe is inside another, the two pipes can be joined without separate components (except optional seals). Landing nipples and liner hangers can be formed in situ. Valves can be deployed to a selected downhole location and there sealed to the casing or liner without separate packers. Casing can be deployed downhole in reduced-diameter lengths and then expanded to case a well without requiring larger diameter bores and casing further uphole. The invention enables simplified downhole working, and enables a well to be drilled and produced with the minimum downhole bore throughout its depth, obviating the need for large bores. When expanding lengths of casing, the casing does not need to be anchored or made pressure-tight. The profiling/expansion tools of the invention can be deployed downhole on coiled tubing, and operated without high tensile loads on the coiled tubing.
182	PROFILE FORMATION	EP99962310.1	1999-12-22	EP1144802A2	2001-10-17	METCALFE, Paul D.; SIMPSON, Neil, Andrew, Abercrombie
A method of forming a profile (10) in a section of tubing (12) comprises: providing an expander device (14) having at least one radially extendable expander member (22); positioning the device (14) at a predetermined location in the tubing (12); and extending the member (22) to deform the tubing (12) to create a profile (10).
183	DRILLING METHOD	EP99962308.5	1999-12-22	EP1141517A1	2001-10-10	METCALFE, Paul David; SIMPSON, Neil Andrew Abercrombie
A drilling method comprises: mounting a drill bit on a drill string including a section of expandable tubing; providing a tubing expander in the string; rotating the drill bit and advancing the drill string through a bore; locating the expandable tubing in the bore; passing the expander through the expandable tubing to expand the tubing; and retreiving the drill bit from the bore, through the expanded tubing.
184	WELL PLUGGING APPARATUS AND METHOD	EP94914909	1994-04-26	EP0698175A4	2001-08-01	MATTHEWS BRUCE
An apparatus for plugging a burning or gushing well comprises a hollow tubular plug body (20) sized for insertion into a well casing (112). Provided on the plug body are a retainer module (54) for retaining the plug within the well casing; a sealing sleeve (46) provided for forming a seal between the plug body and the well casing; and a valve assembly (50) for selectively closing a hollow internal passageway of the tubular plug body. The plug body is loaded on a gantry assembly (21), which in turn is carried by a shielded vehicle (24). At the base of the gantry assembly are provided an alignment assembly (37) for aid in approach to the well casing and a cutter assembly (40) for sawing off inordinately protruding casings. In one embodiment, a protective break-away shell (118) circumferentially surrounds at least a portion of the plug body.
185	PIPE BURSTING AND REPLACEMENT APPARATUS AND METHOD	EP91904788.6	1991-02-13	EP0528801B1	2000-09-06	FISK, Allan T.; FREED, David I.; MANN, Thomas A.
Tool (21) for slitting and laterally expanding underground steel gas mains (27) and inserting replacement plastic piping (77) into the spread apart pipeline has a forward end cylindrical portion (45a) mounting a single, rearwardly angled blade (56) to make only one line of cut (80) and a conical pipe spreader portion (50) at its rearward end (21b). The conical spreader portion (50) is eccentrically disposed with respect to the forward end cylindrical portion (45a). A single roller type pipe slitter (60) aligned with the fixed blade (56) may be mounted on a removable extension (45b) of the forward end cylindrical portion (45a), to initially groove and weaken the pipe along the intended line of cut. A pneumatically operated impact ram (22) is attached to the rearward end (21b) of the tool (21), as is the leading end of the replacement piping (77). A wire cable (25) pulls the tool (21) through the underground pipe, thereby grooving, slitting and laterally expanding the pipe (27).
186	Apparatus for completing a subterranean well and method of using same	EP97305216.0	1997-07-14	EP0819828A2	1998-01-21	Gano, John C.; Blizzard, William; Durst, Douglas; Langford, Dale; Carter, Thurman
Apparatus and method for forming an opening from a first wellbore (36f) to a second wellbore (38f). The apparatus includes a milling guide (190) having an axially extending guide profile (196) formed therein, which guide profile is capable of directing a mill (198) toward a liner (28f) extending across the second wellbore (38f). The milling guide (190) is capable of being anchored in the liner (28f) to thereby fix its axial and rotational alignment relative to the liner (28f). The milling guide (190) is anchored by a gripping structure (202) that is capable of radially outwardly engaging the liner (28f).
187	Apparatus for completing a subterranean well and method of using same	EP97305189.9	1997-07-14	EP0819825A2	1998-01-21	Gano, John C.; Longbottom, James R.; Halford, Gene; Durst, Douglas; Blizzard, William
Apparatus and method of forming an opening between a first wellbore (36g) and a second wellbore (38g). The apparatus includes a milling guide (248) having a guide profile (250) formed thereon which is operative to guide a cutting tool (252) to contact a liner (28g). An anchor portion (202g) of the milling guide (248) grippingly engages the liner (28g) to axially and rotationally align the milling guide (248) with the liner (28g).
188	Apparatus for completing a subterranean well and method of using same	EP97305184.0	1997-07-14	EP0819823A2	1998-01-21	Longbottom, James R.; Blizzard, William; Pleasants, Charles; Wilson, Tom P.; Halford, Gene; Durst, Douglas
Apparatus and method for forming an opening from a first wellbore (36d) to a second wellbore (38d). The apparatus includes a milling guide (136) having a guide profile (142) formed thereon for directing a cutting tool (138) to contact the liner (28d) extending across the second wellbore (38d). The milling guide is cooperatively engageable with an anchor (140) to axially and radially align the guide profile (142) with a portion of the liner (28d).
189	ANTI-ROTATION DEVICES FOR USE WITH WELL TOOLS	EP94902684.0	1993-12-03	EP0676002A1	1995-10-11	BUDDE, Peter
An anti-rotation device (7; 107) for use in a well tool, for example a top plug (1) or a bottom plug (101), has a tapered male member (7; 107) having a corrugated outer surface (8; 108) which can enter a corresponding recess (114; 214) in another well tool to inhibit relative rotation therebetween.
190	PIPE BURSTING AND REPLACEMENT APPARATUS AND METHOD	EP91904788	1991-02-13	EP0528801A4	1993-10-06	FISK, ALLAN T.; FREED, DAVID I.; MANN, THOMAS A.
Tool (21) for slitting and laterally expanding underground steel gas mains (27) and inserting replacement plastic piping (77) into the spread apart pipeline has a forward end cylindrical portion (45a) mounting a single, rearwardly angled blade (56) to make only one line of cut (80) and a conical pipe spreader portion (50) at its rearward end (21b). The conical spreader portion (50) is eccentrically disposed with respect to the forward end cylindrical portion (45a). A single roller type pipe slitter (60) aligned with the fixed blade (56) may be mounted on a removable extension (45b) of the forward end cylindrical portion (45a), to initially groove and weaken the pipe along the intended line of cut. A pneumatically operated impact ram (22) is attached to the rearward end (21b) of the tool (21), as is the leading end of the replacement piping (77). A wire cable (25) pulls the tool (21) through the underground pipe, thereby grooving, slitting and laterally expanding the pipe (27).
191	PIPE BURSTING AND REPLACEMENT APPARATUS AND METHOD	EP91904788.0	1991-02-13	EP0528801A1	1993-03-03	FISK, Allan T.; FREED, David I.; MANN, Thomas A.
Outil (21) permettant de fendre et d'élargir latéralement une conduite principale de gaz souterraine (27) et d'introduire une tuyauterie de remplacement (177) en plastique dans la canalisation ouverte. L'outil comprend une partie cylindrique (45a) au niveau de son extrémité avant, qui supporte une lame unique (56) dont l'angle (56), orienté vers l'arrière, sert à faire une seule ligne de coupe (80), et une partie conique (50) élargisseuse de tuyau située à son extrémité arrière (21b). La partie élargisseuse conique (50) est placée de manière excentrée par rapport à la partie cylindrique (45a) de l'extrémité avant. On peut monter sur un prolongement séparable (45b) de la partie cylindrique (45a), une découpeuse de tuyau (60) à un seul rouleau alignée avec la lame fixe (56), pour commencer à entailler et à affaiblir le tuyau le long de la ligne de coupe prévue. Un marteau à impact pneumatique (22) est fixé à l'extrémité arrière (21b) de l'outil (21), ainsi que l'extrémité d'attaque de la tuyauterie de remplacement (77). Un câble métallique (25) tire l'outil (21) dans la conduite souterraine, effectuant ainsi les opérations de rainurage, de découpage et d'élargissement latéral de la conduite (27).
192	Plug for use in wellbores	EP87307810.9	1987-09-04	EP0259170B1	1992-03-04	Schneider, David E.

193	Drillable well bore packing apparatus	EP91303763.6	1991-04-25	EP0454466A2	1991-10-30	Streich, Steven G.; Hushbeck, Donald F.
A downhole well bore packing apparatus (eg. a packer or bridge plug) includes a component which bears compressive loading and is made of plastics material. Such components can be lock ring housings (24), slips (28,54), slip wedges (32,46) or slip supports (24,58) for example. After use of the packing apparatus downhole, it can be relatively easily drilled out.
194	Well completion method	EP90311868.5	1990-10-30	EP0426427A2	1991-05-08	Fitzpatrick, Harvey J.; Weaver, Jimmie D.; Wilson, Michael J.
A method of completing a well includes injecting a consolidatable resin coated particulate slurry through production casing set in the production zone of a producing formation such that said slurry flows into an annulus formed between the casing and the wellbore to form a zone of high conductivity communicating with said casing and said formation and concurrently with such injection creating at least one fracture in said formation with said slurry; permitting said consolidatable resin to harden; and perforating the casing and consolidated zone. Prior to injection of the particulate slurry, a first fluid may be introduced through the casing into the annulus at such a rate that the first fluid removes undesired debris and mudcake from the wall of the wellbore.
195	Annular port-closing tool and method for well cementing	EP89304765.4	1989-05-10	EP0376431A1	1990-07-04	Porter, Gary Lee; Cade, William Bancker
In a downhole staging apparatus for delivering fluidized cement sequentially into two levels of substrate which enclose a wellbore casing. Said apparatus comprises a primary cement discharge port, and one or more secondary or lateral cement discharge ports (27). A sleeve (29) is operably carried in the apparatus, being adjustable to close the secondary lateral port when a cementing operation is completed. A sleeve actuating tool (56) is cooperative with said cementing apparatus, being remotely operable to close the lateral cement discharge port (27) to assure that no communication exists between the cementing apparatus and the wellbore after the cementing operation is completed.
196	Verfahren und Vorrichtung für die Vorbehandlung einer erdverlegten alten Rohrleitung zum Ersetzen durch eine neue Rohrleitung	EP86107561.2	1986-06-04	EP0209686B1	1990-01-24	Masznyik, László

197	SYSTEM FOR NUCLEAR WASTE STORAGE AND MONITORING	US16103269	2018-08-14	US20180350479A1	2018-12-06	Marlan Downey
A system for storing and monitoring nuclear waste. The system includes a storage borehole having an end segment configured to store nuclear waste in a subterranean storage site location having a shale rock layer. The layer has a measured fluid overpressure in a range corresponding to greater than hydrostatic pressure to less than a lithostatic pressure from overlying rock layers. The system also includes a monitoring borehole configured to reside in the layer with an end segment of the monitoring borehole in a vicinity of the end segment of the storage borehole. The measured fluid pressure at the end of the monitoring borehole is in the fluid overpressure range.
198	Methods of removing a wellbore isolation device using a eutectic composition	US13523095	2012-06-14	US10145194B2	2018-12-04	Pete Dagenais; Michael Fripp; Syed Hamid
A wellbore isolation device comprises: a first composition, wherein the first composition comprises: (A) a first substance; and (B) a second substance, wherein the first composition has a solid-liquid phase transformation temperature less than the solid-liquid phase transformation temperatures of at least the first substance or the second substance at a specific pressure. A method of removing a wellbore isolation device comprises: increasing the temperature surrounding the wellbore isolation device; and allowing at least a portion of the first composition to undergo a phase transformation from a solid to a liquid. A method of inhibiting or preventing fluid flow in a wellbore comprises: decreasing the temperature of at least a portion of the wellbore; positioning the wellbore isolation device in the at least a portion of the wellbore; and increasing the temperature of the at least a portion of the wellbore.
199	WELL TOOL DEVICE WITH A FRANGIBLE GLASS BODY	US15777758	2017-01-02	US20180334878A1	2018-11-22	Espen Hiorth
A well tool device may include a housing having an inner surface defining a through bore, a frangible glass body with upper and lower chamfered supporting surfaces and a seat for supporting the frangible glass body in relation to the housing. Additionally, a sealing device is provided between the frangible disc and the seat. Further, the frangible glass body is provided as one glass body with a barrier portion supported by the seat and a neck portion protruding in the direction of the through bore, where the diameter of the neck portion is smaller than the diameter of the barrier portion.
200	OILFIELD LASER OPERATIONS USING HIGH POWER LONG DISTANCE LASER TRANSMISSION SYSTEMS	US16048238	2018-07-28	US20180328150A1	2018-11-15	Daryl L. Grubb; Mark S. Zediker; Brian O. Faircloth; Ronald A. DeWitt; Ryan P. McKay; William C. Gray; Joel F. Moxley; Charles C. Rinzler; Lance D. Underwood; Paul D. Deutch
There is provided a mobile high power laser system and conveyance structure for delivering high power laser energy to and for performing high power laser operations in remote and difficult to access locations. There is further provide such systems with high power laser, handling equipment and conveyance equipment that are configured to avoid exceeding the maximum bending radius of high power optical fibers used with the conveyance structures. There are also provided embodiments of the conveyance structures having channels, lines and passages for delivering materials such as fluids.

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