Lee S Kobylinski

6545221, Apr 8, 2003

Nov 23, 1999

09/447383

Pinke Halpert - Lawrence KS
Lee S. Kobylinski - Bartlesville OK
Marcus D. McHugh - Lawrence KS
Howard A. Oswald - Lawrence KS
John C. Pursell - Bartlesville OK

Camco International, Inc. - Houston TX

H01R 400

174 84R, 174 47, 166 651

A system for splicing coiled tubing used in deploying downhole equipment and having an internal power cable. The system includes first and second segments of coiled tubing each having power cable disposed therein. Additionally, mounting fixtures are attached to the ends of the coiled tubing segments that are to be joined. The system further includes a movable canister that may be slid over the spliced segments of power cable and selectively engaged with the mounting fixtures. The canister provides structural integrity to the overall deployment tubing while protecting the internal power cable splice.

6651740, Nov 25, 2003

Jan 22, 2001

09/766739

Lee S. Kobylinski - Bartlesville OK
Woon Y. Lee - Sugar Land TX

Schlumberger Technology Corporation - Sugar Land TX

E21B 4338

166265, 1661055

A system for separating gas from a produced fluid. The system comprises a bottom intake completion utilized in a subterranean location. The system utilizes a gas handling system that separates a gaseous component from a fluid. The gas is vented to a separate flow path, while the fluid having a lower gas content is produced to a desired location.

6695052, Feb 24, 2004

Jan 8, 2002

10/041514

Todd M. Branstetter - Nowata OK
Kevin T. Scarsdale - Bartlesville OK
Lee S. Kobylinski - Bartlesville OK
Nolan D. Wanner - Pecatonica IL
John Pursell - Houston TX

Schlumberger Technology Corporation - Sugar Land TX

E21B 4706

16625015, 166 664, 166105, 16625007

An electric submersible pumping system having a downhole gauge section. The electric submersible pumping system comprises a submersible motor powered by a submersible pump. The submersible pump may be located below the submersible motor when in operation, while the downhole gauge section is disposed above the submersible motor. A power cable is coupled to the submersible motor through the downhole gauge section.

6881079, Apr 19, 2005

Feb 6, 2002

10/068076

Marcus D. McHugh - Paris, FR
Lee S. Kobylinski - Bartlesville OK, US
Des D'Arcy - Thornton Dale, GB

Schlumberger Technology Corporation - Sugar Land TX

H01R013/44

439136, 166207, 439156

A splicing system that accommodates the splicing of tubing having internal power cable. The splice system is amenable to use in subterranean environments where sections of continuous tubing are spliced along with the splicing of internal power cable. The splice technique comprises utilization of an expandable connector that permits lineal movement of the internal segments of power cable.

62989219, Oct 9, 2001

Nov 23, 1999

9/447382

Lee S. Kobylinski - Bartlesville OK

Camco International, Inc. - Houston TX

E21B 1702
E21B 4712

166380

A modular system for deploying and powering a device, such as an electric submergible pumping system, in a well. The modular system includes a plurality of interconnectable segments that each include an outer section of tubing and an internal power cable. Each section includes a tubing connector and a power cable connector that permits ready connection of sequential segments when deploying a device or system downhole.

62989170, Oct 9, 2001

Aug 3, 1998

9/128531

Lee S. Kobylinski - Bartlesville OK
Kevin T. Scarsdale - Bartlesville OK

Camco International, Inc. - Houston TX

E21B 2300
E21B 1922
E21B 4300

166369

A coiled tubing system deploys an electric submergible pump system within a wellbore. The coiled tubing system includes an internal power cable for providing power to a submergible motor. Additionally, a control line, such as a hydraulic line, is disposed within the hollow interior of the coiled tubing to provide an input to the submergible pumping system. The control line is preferably routed through an interior space of a connector unit disposed between the coiled tubing and the submergible motor.

61455970, Nov 14, 2000

Feb 17, 1999

9/251829

Lee S. Kobylinski - Bartlesville OK

Camco International, Inc. - Houston TX

E21B 1900

166384

A technique is provided for retaining a cable assembly in a length of conduit, such as coiled tubing. The retaining assembly is secured to an end of the coiled tubing and to tensile members of the cable assembly. A retainer element may be secured directly to conductors of the cable assembly for holding the cable assembly adjacent to the retaining structure. The retainer may include a flat plate-like structure which abuts against a surface of the assembly, such as against an upper surface of a connector to prevent re-entry of the cable into the coiled tubing. Following attachment of the cable and coiled tubing, the submersible equipment coupled to the coiled tubing may be retracted or withdrawn from the well. Certain of the conductors may be coupled to monitoring circuitry for continuously monitoring well parameters during such repositioning. The technique may be used during initial installation of coiled tubing deployed systems, or during subsequent removal or servicing of the equipment.

61792691, Jan 30, 2001

Aug 21, 1998

9/137428

Lee S. Kobylinski - Bartlesville OK

Camco International, Inc. - Houston TX

H02G 108

2541343

A technique for installing a length of cable assembly and coiled tubing includes application of both compressive and tensile forces on the cable assembly. The compressive forces are applied to the cable assembly in a compression station at an entry end of the coiled tubing. Tensile forces are applied to the cable assembly by a wire line or a similar structure situated at an exit end of the coiled tubing. Following installation of the cable assembly in the coiled tubing, the coiled tubing may be transported to an application site, and coupled to equipment, such as a submersible pumping system. The submersible pumping system may then be deployed by extension of the coiled tubing and cable assembly. Additional lengths may be obtained by joining subassemblies formed by the tensile and compressive force technique. The technique reduces residual elongation or strain in the cable assembly as compared to conventional methods.