| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 81 | MECHANICALLY EXTENDABLE DRILLING STAND AND METHOD OF USE | US14958499 | 2015-12-03 | US20170159389A1 | 2017-06-08 | Tony E. Cook |
| A mechanically extendable drilling stand configured to be installed on an in-ground drilling casing in conjunction with typical elements of the drilling stack and then extended using a height adjustment assembly to mate with a rotating head or flow nipple line at the drilling sub floor. The mechanically extendable drilling stand having an upper cylindrical conductor section configured to telescopically engage with a lower cylindrical conductor section and a sealing assembly formed between the conductor sections. | ||||||
| 82 | ANTI-ALTERATION WELLHEAD VAULT | US15166154 | 2016-05-26 | US20160326842A1 | 2016-11-10 | PAUL VARNEY |
| A wellhead vault for preventing alteration of the wellhead of a water supply. The vault is a heavy bell-shaped structure, formed of concrete, and having a downwardly facing concavity, and the vault placed over, with the concavity around the wellhead. The vaults too heavy to be removed by human lifting. Lifting elements are provided to allow the vault to be installed and removed by heavy construction equipment. The vault has a vent that communicates between the concavity and the outside, allowing air, but not liquid, liquid or solid contaminants, or animals, to pass through. | ||||||
| 83 | SAFETY MECHANISM FOR INSTALLATION IN SOIL-SAMPLING TOOLING, WITH A SYSTEM FOR BLOCKING THE ESCAPE OF GAS/OIL IN THE STAGE OF RECOVERING THE INTERNAL TUBE CONTAINING THE SPECIMEN | US15100623 | 2013-11-28 | US20160312558A1 | 2016-10-27 | Antonio Sergio CAVALHEIRO; Mario Cesar PEREIRA DOS SANTOS; Leandro Diniz Brandao ROCHA; Hamilton SUSS JUNIOR; Jose Roberto SCALON COTELLO; Ronaldo SOARES EISELE |
| “SECURITY MECHANISM FOR INSTALLATION IN SOIL DRILLING TOOLS, WITH GAS/OIL LEAKAGE LOCKING SYSTEM ON RECOVERY STAGE OF INTERNAL TUBE CONTAINING TOKEN”, where a mechanism for installation on drilling equipment tooling (which uses barrel for the continuous token extraction), be developed with a cable gland assembly (1), connectors (22), (32) and valve (42). With such elements, the mechanism offers a sealing system that prevents, in the recovery step of the inner tube with the token, that there is oil or gas leakages. The mechanism also has an additional safety device (52). Thus, the tooling typically used for ore survey (simpler and cheaper) may be used in wells for gas/oil drilling, bringing remarkable benefits in the segment, both in operationally and commercial level. | ||||||
| 84 | CORRUGATED ENERGIZING RING FOR USE WITH A SPLIT LOCKDOWN RING | US15092200 | 2016-04-06 | US20160298410A1 | 2016-10-13 | Donald James Tamosaitis; Chijie Lin |
| A wellhead assembly includes first and second wellhead members. An annular lock groove is located on an inner or an outer diameter surface of the first wellhead member. An annular lock ring is supported on an annular shoulder of the second wellhead member and is radially moveable between an unset position and a set position where a locking profile of the annular lock ring engages the annular lock groove. The second wellhead member is positioned concentrically with the first wellhead member, defining an annulus between the first and second wellhead members. An energizing ring is positioned in the annulus and axially movable between an unengaged position and an engaged position. The energizing ring has an engaging portion with a corrugated shape in cross section that is interference fit between the annular lock ring and the second wellhead member when the energizing ring is in the engaged position. | ||||||
| 85 | HYDRAULIC TOOL | US14677771 | 2015-04-02 | US20160290094A1 | 2016-10-06 | Dennis P. Nguyen |
| A system including a hydraulic tool configured to energize a lock ring system and a seal assembly with a hydraulic fluid, wherein the hydraulic tool including a hydraulic body configured to couple to a hydraulic fluid source, a first piston configured to move axially with respect to the hydraulic body to energize the seal assembly, and a second piston configured to move axially with respect to the hydraulic body to energize the lock ring system, wherein the first and second pistons are simultaneously exposed to the hydraulic fluid in an opening in the hydraulic body. | ||||||
| 86 | LIFTING DEVICE AND METHOD | US15072115 | 2016-03-16 | US20160273295A1 | 2016-09-22 | Shazam Rahim; Steven Dale Ables |
| A hydraulic lifting apparatus and a method is described that raises and lowers caps, such as night caps, lift caps, and other similar items, about a cap sub engaged to a wellhead. The apparatus includes a cap sub, vertical support member, a horizontal support member, a base member, and a hydraulic cylinder. The lifting device is attached to a wellhead assembly through a cap sub. The base member is attached to the cap sub through an enlarged ring. The base member also includes an elongated projected portion. The vertical support member is rotatably retained within a bore in the elongated projected portion. The proximal end of horizontal support member is connected to the upper end of the vertical support member. The hydraulic cylinder, which includes a hydraulic head and a hydraulic piston, is connected to the distal end of the horizontal support member. The vertical support member is capable of being rotated about the base member. The hydraulic cylinder is actuated to raise or lower a cap onto a cap sub, which is removably attached to a wellhead assembly. The vertical support member may be locked into place in a cap-engagement position or a non-cap engagement position through use of a spring-loaded locking pin which is inserted into a locking bracket on the vertical support member and into a recess on the base member. | ||||||
| 87 | Emergency well plug apparatus | US13847339 | 2013-03-19 | US09334707B1 | 2016-05-10 | Roy L. Adger, Jr. |
| An emergency well plug apparatus that includes a drill string mating unit connectable endwise to an extant drill string, a top ring releasably attachable to the drill string mating unit, at least one support member attachable to the top ring, and additional support members attachable thereto, wherein sequential inflation of respective inflatable members disposed upon each support member effectively plugs a blowout preventer, wellhead, or well shaft, from gushing fluids and the drill string mating unit may be subseqeuntly retracted with the remainder of the apparatus in place. | ||||||
| 88 | SEAL DELIVERY SYSTEM | US14474498 | 2014-09-02 | US20160060990A1 | 2016-03-03 | David H. Theiss |
| A system including a seal delivery system, including a mandrel, a seal tool coupled to the mandrel, wherein the seal tool is configured to deliver and actuate a bridge seal assembly, and a gear system coupled to the mandrel and to the seal tool, wherein the gear system is configured to rotate the seal tool from a first position to a second position to align the piston assembly. | ||||||
| 89 | REMOVABLE ORIFICE PLATE DEVICE | US14825865 | 2015-08-13 | US20150376969A1 | 2015-12-31 | Douglas D. COLBY |
| The present disclosure relates to a removable orifice plate device which has an orifice plate having a circular portion with an aperture therein, and a graspable end portion extending therefrom. A tee body is included which has oppositely extending first and second tee runs and a tee branch. The tee runs are coupled to gas inflow and outflow pipes. The tee body has internal structure forming a slot which is aligned with an opening formed by the tee branch, and which receives the circular portion of the orifice plate. The orifice plate, when installed in the slot in the tee body, thus allows a flow of fluid only through the aperture. A removable cover encloses the orifice plate within the tee body. | ||||||
| 90 | Offshore drilling method | US13542756 | 2012-07-06 | US09157285B2 | 2015-10-13 | Charles R. Orbell; Christian Leuchtenberg; Craig W. Godfrey |
| An offshore universal riser system may include a valve module which selectively permits and prevents fluid flow through a flow passage extending longitudinally through a riser string. An anchoring device may releasably secure the valve module in the passage. A method of constructing a riser system may include the steps of installing the valve module in the passage, and installing at least one annular seal module in the passage. The annular seal module may prevent fluid flow through an annular space between the riser string and a tubular string positioned in the passage. Drilling methods may include injecting relatively low density fluid compositions into the annular space, and selectively varying a restriction to flow through a subsea choke in a drilling fluid return line. The riser string, including housings for the various modules and external control systems, may be dimensioned for installation through a rotary table. | ||||||
| 91 | Multifunction well plug dual locking elements | US13670098 | 2012-11-06 | US09121243B1 | 2015-09-01 | Ross Headifen |
| A well plug having an elastomeric seal ring between a top and a bottom cap with a shaft disposed in the throughbore. Rotation of the shaft compresses the ring between the caps forming a hermetic seal with the well pipe walls. The shaft contains an axial bore with a transverse aperture proximate its base to allow for sampling and/or instrumentation to be introduced into the pipe. An O-ring seal between the shaft and the top cap receptacle forms a seal preventing the bore contents leaking out or the ambient environment leaking in. The plug has two rotational locks to prevent unauthorized removal. One is a platform with an aperture extending from the upper portion of the shaft receiving a threaded fastener preventing rotation through radially extending vertical top cap structures. The other is a cantilevered platform, with an aperture for a padlock preventing rotation by the shafts side wing members. | ||||||
| 92 | Offshore drilling method | US13542892 | 2012-07-06 | US09051790B2 | 2015-06-09 | Charles R. Orbell; Christian Leuchtenberg; Craig W. Godfrey |
| An offshore universal riser system may include a valve module which selectively permits and prevents fluid flow through a flow passage extending longitudinally through a riser string. An anchoring device may releasably secure the valve module in the passage. A method of constructing a riser system may include the steps of installing the valve module in the passage, and installing at least one annular seal module in the passage. The annular seal module may prevent fluid flow through an annular space between the riser string and a tubular string positioned in the passage. Drilling methods may include injecting relatively low density fluid compositions into the annular space, and selectively varying a restriction to flow through a subsea choke in a drilling fluid return line. The riser string, including housings for the various modules and external control systems, may be dimensioned for installation through a rotary table. | ||||||
| 93 | DEVICE FOR COVERING A PIPELINE FROM A WELLBORE | US14412639 | 2013-07-05 | US20150136382A1 | 2015-05-21 | Romain Marzullo; Bernard Marzullo |
| A device for covering a pipeline from a wellbore comprising a cover comprising at least one lower bearing surface suitable for being mounted on an end of a vertical annular pipeline of a wellbore. The device includes a distribution elbow comprising a lower end, intended to be connected to a pipe of the wellbore, that extends vertically downwards from the cover and an upper end extending horizontally. The cover and the distribution elbow form a monobloc assembly. | ||||||
| 94 | Method and device for emergency killing of an underwater oil/gas well | US13809645 | 2011-05-11 | US09010435B2 | 2015-04-21 | Igor Yurievich Matsur |
| The invention relates to oil-and-gas industry and can be used in emergency killing of wells. The method of emergency killing of a well of underwater head position comprises a cementing composition squeezing, wherein depth of the well section to be cemented is defined basing on the well condition and pressure in it, an injector, fixed on the tank with cementing composition and placed inside a bag made of some flexible material, is bottomed and inserted into the wellhead, the bag being filled with cementing composition which is squeezed into the bag through the injector from the tank, and providing for a firm contact of outer surface of the bag with inner surface of the well, the injector being kept at a target depth by means of the weight of the whole structure filled with the cementing composition, pressure in the bag being maintained till the cementing composition hardening. | ||||||
| 95 | Apparatus & Methods for Sealing Around the Opening to an Underground Borehole | US14497429 | 2014-09-26 | US20150101831A1 | 2015-04-16 | Aaron William Dugas; Kenneth Edward Durio; James Kerwin McDowell; Randy Paul Bordelon; Richard Lamar Edwards, JR. |
| Apparatus useful for providing a liquid-tight seal around an opening formed in the earth's surface of an underground borehole includes a clamp and at least one platform. The clamp is configured to engage a wall extending around the borehole and the platform is configured to extend outwardly from the clamp over the earth's surface adjacent to the borehole. | ||||||
| 96 | Offshore universal riser system | US13542875 | 2012-07-06 | US08881831B2 | 2014-11-11 | Charles R. Orbell; Christian Leuchtenberg; Craig W. Godfrey |
| An offshore universal riser system may include a valve module which selectively permits and prevents fluid flow through a flow passage extending longitudinally through a riser string. An anchoring device may releasably secure the valve module in the passage. A method of constructing a riser system may include the steps of installing the valve module in the passage, and installing at least one annular seal module in the passage. The annular seal module may prevent fluid flow through an annular space between the riser string and a tubular string positioned in the passage. Drilling methods may include injecting relatively low density fluid compositions into the annular space, and selectively varying a restriction to flow through a subsea choke in a drilling fluid return line. The riser string, including housings for the various modules and external control systems, may be dimensioned for installation through a rotary table. | ||||||
| 97 | Cap valve | US13225378 | 2011-09-02 | US08833393B2 | 2014-09-16 | Charles J. Adams |
| A hydraulic connector (14) attaches a valve chamber (16) to a flow pipe (P) using a hydraulic clamp (20) to grab the pipe (P) or a flange (F). The valve chamber (16) contains a primary hydraulic ram (26) to telescopically extend a primary seal (28) on the ram (26) to close or open the outlet ports (22) by moving the primary seal (28) to permit flow through valve up flow tubes (34) to a riser (R). Outlet ports (22) in the cap valve (12), or an intermittent pipe (18), permit unrestricted flow while the connector (14) is being installed. | ||||||
| 98 | Offshore universal riser system | US13542781 | 2012-07-06 | US08776894B2 | 2014-07-15 | Charles R. Orbell; Christian Leuchtenberg; Craig W. Godfrey |
| An offshore universal riser system may include a valve module which selectively permits and prevents fluid flow through a flow passage extending longitudinally through a riser string. An anchoring device may releasably secure the valve module in the passage. A method of constructing a riser system may include the steps of installing the valve module in the passage, and installing at least one annular seal module in the passage. The annular seal module may prevent fluid flow through an annular space between the riser string and a tubular string positioned in the passage. Drilling methods may include injecting relatively low density fluid compositions into the annular space, and selectively varying a restriction to flow through a subsea choke in a drilling fluid return line. The riser string, including housings for the various modules and external control systems, may be dimensioned for installation through a rotary table. | ||||||
| 99 | PROCESS, DEVICE, AND SYSTEM TO CAP AND SEAL OIL AND GAS IN A RISER PIPE | US14201725 | 2014-03-07 | US20140182859A1 | 2014-07-03 | John Mayn Deslierres; Maria R. Cabedo-Deslierres |
| A containment valve assembly using the upcoming pressures to control the flow of oil/gas through a riser pipe with a stop flow plug positioned within the valve housing that has an outer surface shaped to fit within and against the riser pipe, and an inner socket cavity having a conical nose receiver portion with a relief vent allowing the oil/gas to escape through the valve assembly, when desired. The stop flow plug is shaped to fit within the inner socket cavity and moves between an open position and a closed position, wherein the stop flow plug fits securely against the conical nose receiver portion, sealing the relief vent. At the top of the valve, a nut will lock the stop flow plug to the close out plate for additional stoppage. A second embodiment adds a heavy duty insert to supplement the sealing pressure, when needed. Electronic monitors convey data remotely. | ||||||
| 100 | UNDERWATER DEVICE AND METHOD FOR BLOCKING OUTFLOW OF A FLUID LIKE OIL OR GAS BY AN UNDERWATER WELL | US13806147 | 2011-06-21 | US20140158365A1 | 2014-06-12 | Stefano Favilli; Matteo Bertolini; Giacomo Iarrusso |
| The present invention relates to a device and to a method for blocking the outflow of a pressurized fluid from an underwater well, in particular, for blocking the outflow of crude oil and/or of natural gas, for carrying out an operation of closure of the well. In particular, the invention relates to a device and to a method for quickly stopping the flow and closing the well in case of incident and/or in case of fault of emergency shut-off devices of the underwater well, such as “blowout preventer” (“BOP”) systems, in order to reduce harm to the environment and economic losses due to fluid outflow from the well. | ||||||
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