MICHAEL EUGENE BEARD
Pilots at Spg Crk Oaks Cir, Spring, TX

License number
Texas A5218520
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
18514 Spring Creek Oaks Cir, Spring, TX 77379

Personal information

See more information about MICHAEL EUGENE BEARD at radaris.com
Name
Address
Phone
Michael Beard, age 64
4806 Highgate Ln, Rowlett, TX 75088
(972) 475-9548
Michael Beard
4722 Spellman Rd, Houston, TX 77035
Michael Beard, age 78
4521 Yellowleaf Dr, Fort Worth, TX 76133
(817) 291-0727
Michael Beard, age 61
5530 Kohler St, Beaumont, TX 77706
(409) 899-1740
Michael Beard, age 72
564 Rusk St, New Braunfels, TX 78130

Professional information

See more information about MICHAEL EUGENE BEARD at trustoria.com
Michael Beard Photo 1
Receptacle Assembly And Method For Use On An Offshore Structure

Receptacle Assembly And Method For Use On An Offshore Structure

US Patent:
6835025, Dec 28, 2004
Filed:
Sep 21, 2001
Appl. No.:
09/960083
Inventors:
Michael E. Beard - Spring TX
Carl F. G. Baxter - Virum, DK
Nicholas Cunliffe - Blackburn, GB
Patrick L. Boster - The Woodlands TX
Assignee:
RTI Energy Systems, Inc. - Niles OH
International Classification:
F16L 300
US Classification:
4051844, 405224
Abstract:
A receptacle is removably secured to hull of an offshore structure , and supports an elongate member , which may be a riser string, extending downward to the sea bed or to another structure. The elongate member includes a tapered supporting surface , which may be provided on a tapered stress joint or flex joint. The receptacle includes a mounting bracket secured to the structure , and a basket housing which has a tapered interior surface for mating engagement with the exterior surface. According to the method, the mounting bracket is fixed to the structure, and the receptacle basket positioned about the elongate member and the assembly then positioned for being supported on the bracket. The supporting surface on the basket may be arranged for positioning the elongate member at a selected azimuth and declination relative to the offshore structure.


Michael Beard Photo 2
Receptable Assembly And Method For Use On An Offshore Structure

Receptable Assembly And Method For Use On An Offshore Structure

US Patent:
6908260, Jun 21, 2005
Filed:
Apr 9, 2004
Appl. No.:
10/821744
Inventors:
Michael E. Beard - Spring TX, US
Carl F. G. Baxter - Virum, DK
Nicholas Cunliffe - Lanes, GB
Patrick L. Boster - The Woodlands TX, US
Assignee:
RTI Energy Systems, Inc. - Niles OH
International Classification:
F16L003/00
US Classification:
4051541, 405224
Abstract:
A receptacle is removably secured to hull of an offshore structure , and supports an elongate member , which may be a riser string, extending downward to the sea bed or to another structure. The elongate member includes a tapered supporting surface , which may be provided on a tapered stress joint or flex joint. The receptacle includes a mounting bracket secured to the structure , and a basket housing which has a tapered interior surface for mating engagement with the exterior surface. According to the method, the mounting bracket is fixed to the structure, and the receptacle basket positioned about the elongate member and the assembly then positioned for being supported on the bracket. The supporting surface on the basket may be arranged for positioning the elongate member at a selected azimuth and declination relative to the offshore structure.


Michael Beard Photo 3
Centralizer System For Insulated Pipe

Centralizer System For Insulated Pipe

US Patent:
7096940, Aug 29, 2006
Filed:
Oct 20, 2003
Appl. No.:
10/689479
Inventors:
Carl F. G. Baxter - Viram, DK
Christopher S. Caldwell - The Woodlands TX, US
Brent L. Dyer - Missouri City TX, US
Michael Beard - Spring TX, US
Roy Daniel Avery - Jersey Village TX, US
Assignee:
RTI Energy Systems, Inc. - Spring TX
International Classification:
E21B 17/10
US Classification:
1662416, 1753257, 1662424
Abstract:
A centralizer system is provided for use in a marine riser system with an insulated pipe, which may be a titanium stress joint. The centralizer system utilizes one or more centralizers mounted such that insulation material is provided in an annulus between the one or more centralizers and the stress joint. A clamp is utilized to axially affix either one centralizer or multiple centralizers to the stress joint. The clamp is comprised of a plurality of sections with cylindrical interior surfaces which are tightened together using fasteners. The cylindrical interior surfaces avoid damage to the insulation layer which may be elastomeric. The clamp and each centralizer have radially directed projections thereon which interlock the clamp with each centralizer. Because the clamp is axially affixed, the centralizer is then also axially affixed. In one embodiment, the centralizer is axially moveable to a desired axial position prior to being interlocked to the tightened clamp.


Michael Beard Photo 4
Marine Riser Assembly

Marine Riser Assembly

US Patent:
8100437, Jan 24, 2012
Filed:
Apr 19, 2010
Appl. No.:
12/763032
Inventors:
Michael E. Beard - Spring TX, US
David J. Cole - Katy TX, US
Christopher S. Caldwell - The Woodlands TX, US
Michael B. Foley - Humble TX, US
International Classification:
F16L 17/00
US Classification:
28512313, 285108
Abstract:
A marine riser assembly having a first tubular member having an external surface with a plurality of first axially spaced formations, a second tubular member having an external surface with a plurality of second axially spaced formations thereon, a segmented ring in surrounding relationship to the first and second tubular members, the segmented ring having an inner surface with a plurality of formations engageable with the formations on the first and second tubular members, the engageable formations serving to urge the first and second tubular members toward each other when the segmented ring is subjected to radially inwardly directed compressive forces, a sleeve in surrounding relationship to force the engageable formations together and a seal assembly for sealing against external and internal pressure.


Michael Beard Photo 5
Marine Riser Assembly

Marine Riser Assembly

US Patent:
8424919, Apr 23, 2013
Filed:
Jan 24, 2012
Appl. No.:
13/356953
Inventors:
Michael E. Beard - Spring TX, US
David J. Cole - Katy TX, US
Christopher S. Caldwell - The Woodlands TX, US
Michael B. Foley - Humble TX, US
Assignee:
RTI Energy Systems, Inc. - Spring TX
International Classification:
F16L 17/00
US Classification:
28512313, 285108
Abstract:
A marine riser assembly having a first tubular member having an external surface with a plurality of first axially spaced formations, a second tubular member having an external surface with a plurality of second axially spaced formations thereon, a segmented ring in surrounding relationship to the first and second tubular members, the segmented ring having an inner surface with a plurality of formations engageable with the formations on the first and second tubular members, the engageable formations serving to urge the first and second tubular members toward each other when the segmented ring is subjected to radially inwardly directed compressive forces, a sleeve in surrounding relationship to force the engageable formations together and a seal assembly for sealing against external and internal pressure.


Michael Beard Photo 6
Marine Riser Assembly

Marine Riser Assembly

US Patent:
2013023, Sep 12, 2013
Filed:
Apr 19, 2013
Appl. No.:
13/866123
Inventors:
Michael E. Beard - Spring TX, US
David J. Cole - Katy TX, US
Christopher S. Caldwell - The Woodlands TX, US
Michael G. B. Foley - Humble TX, US
International Classification:
E21B 17/08, F16L 37/138
US Classification:
28512313, 2853827
Abstract:
A marine riser assembly having a first tubular member having an external surface with a plurality of first axially spaced formations, a second tubular member having an external surface with a plurality of second axially spaced formations thereon, a segmented ring in surrounding relationship to the first and second tubular members, the segmented ring having an inner surface with a plurality of formations engageable with the formations on the first and second tubular members, the engageable formations serving to urge the first and second tubular members toward each other when the segmented ring is subjected to radially inwardly directed compressive forces, a sleeve in surrounding relationship to force the engageable formations together and a seal assembly for sealing against external and internal pressure.


Michael Beard Photo 7
Shrink For Centralizer Assembly And Method

Shrink For Centralizer Assembly And Method

US Patent:
7393158, Jul 1, 2008
Filed:
Oct 20, 2003
Appl. No.:
10/689472
Inventors:
Christopher S. Caldwell - The Woodlands TX, US
Carl F. G. Baxter - Virum, DK
Brent L. Dyer - Missouri City TX, US
Michael Beard - Spring TX, US
Assignee:
RTI Energy Systems, Inc. - Spring TX
International Classification:
E21B 7/12, E21B 29/12
US Classification:
4052242, 405216, 166356, 1662416
Abstract:
A centralizer system is provided for use in a marine riser system, the centralizer being preferably heat-shrink fitted to an upset portion of a keel joint, the upset portion having tapered sections on the upper and lower ends that gradually blend into the outer diameter of the pipe used as the keel joint, the centralizer preferably comprising axially extending annular grooves in surrounding relationship to the upset portion, the grooves serving to permit forces acting on the centralizer to be redirected or dissipated to thereby prevent excessive buildup on a selected region of the upset portion adjacent the radial grooves.


Michael Beard Photo 8
Marine Riser Assembly

Marine Riser Assembly

US Patent:
7699354, Apr 20, 2010
Filed:
Apr 28, 2006
Appl. No.:
11/414315
Inventors:
Michael E. Beard - Spring TX, US
David J. Cole - Katy TX, US
Christopher S. Caldwell - The Woodlands TX, US
Michael B. Foley - Humble TX, US
International Classification:
F16L 17/00
US Classification:
28512313, 285108
Abstract:
A marine riser assembly having a first tubular member having an external surface with a plurality of first axially spaced formations, a second tubular member having an external surface with a plurality of second axially spaced formations thereon, a segmented ring in surrounding relationship to the first and second tubular members, the segmented ring having an inner surface with a plurality of formations engageable with the formations on the first and second tubular members, the engageable formations serving to urge the first and second tubular members toward each other when the segmented ring is subjected to radially inwardly directed compressive forces, a sleeve in surrounding relationship to force the engageable formations together and a seal assembly for sealing against external and internal pressure.