Career records & work history
License Records
Galen Marion Cotton
Address:
21B Vick Spg Rd, Huntsville, TX 77340
Licenses:
License #: A2418239
Category: Airmen
Category: Airmen
Galen M Cotton, 7521B Vick Spring Rd, Huntsville, TX 77340
Galen Cotton Phones & Addresses
21B Vick Spring Rd, Huntsville, TX 77340 713-4643794
Tijeras, NM
New Waverly, TX
2226 Bauer Dr, Houston, TX 77080 713-4643053 713-4643794 713-7228318
Bernalillo, NM
Boston, MA
Peabody, MA
2226 Bauer Dr, Houston, TX 77080 713-4643794
Work
Position:
Craftsman/Blue Collar
Education
Degree:
Associate degree or higher
Emails
Mentions for Galen M Cotton
Galen Cotton resumes & CV records
Resumes
Managing Partner
Location:
2226 Bauer Dr, Houston, TX 77080
Industry:
Oil & Energy
Work:
Applied Metrology
Managing Partner
Managing Partner
Skills:
Microsoft Office, Management, Microsoft Excel, Microsoft Word, Research, Powerpoint, Sales, Leadership, Training, Photoshop, Visio, Helicopter Pilot, Airplane Multiengine Land
Owner
Location:
2226 Bauer Dr, Houston, TX 77080
Industry:
Oil & Energy
Work:
Applied Metrology Services L.p
Owner
Owner
Education:
Georgia State University
Publications & IP owners
Us Patents
Flowmeter/Prover System And Method
US Patent:
7373798, May 20, 2008
Filed:
Jan 26, 2006
Appl. No.:
11/340374
Inventors:
Galen Cotton - Houston TX, US
International Classification:
G01F 25/00
US Classification:
73 134
Abstract:
A pulse production interval measurement module (or temporal reconciliation module) for preferred use with a computational flowmeter to thereby temporally reconcile or time shift flowmeter output produced by a volume of fluid flow through the computational flowmeter with the start and stop times of the flow of a calibrated fluid volume through a prover. The pulse production interval measurement module may be implemented with software and/or hardware and operate on stored data or real time or near real time measurements. Timing signals are sampled or collected with respect to one or more measurement elements within the computational flowmeter from which the measurement time interval for the flowmeter is determined.
Flowmeter/Prover System And Method
US Patent:
7395690, Jul 8, 2008
Filed:
Sep 19, 2006
Appl. No.:
11/533012
Inventors:
Galen Cotton - Houston TX, US
International Classification:
G01P 21/00
US Classification:
73 119
Abstract:
A pulse production interval measurement module (or temporal reconciliation module) for preferred use with a computational flowmeter and/or non-computational flowmeters to thereby temporally reconcile or time shift flowmeter output produced by a volume of fluid flow through the computational flowmeter with the start and stop times of the flow of a calibrated fluid volume through a prover. The pulse production interval measurement module may be implemented with software and/or hardware and operate on stored data or real time or near real time measurements.
Positive Displacement Flowmeter
US Patent:
5275043, Jan 4, 1994
Filed:
Nov 19, 1992
Appl. No.:
7/984176
Inventors:
Galen M. Cotton - Houston TX
International Classification:
G01F 310
US Classification:
73261
Abstract:
A positive displacement flowmeter is provided having a body structure defining a flowmeter measurement chamber within which is rotatably supported a large primary gear rotor and a small secondary gear rotor that have rotor teeth intermeshing with one another and also establishing a limited dynamic flow path with respect to internal wall surface segments of the flowmeter measurement chamber. The flowmeter body defines inlet and outlet passages defining a common center-line that is off-center with respect to the flowmeter chamber and which is located between the axis of rotation of the primary rotor and the limited dynamic flow path that is defined within the housing. The essence of this flowmeter construction rests with the rugged, machined gear pair rotating against a limited dynamic seal path coupled with introducing the fluid stream at an off-center position in relation to the flowmeter body and rotor system. These features result in a flowmeter having extremely efficient dynamic responses to changes in flow rate thus permitting the flowmeter construction to take advantage of the fluid stream dynamic pressures. The body structure, particularly at least one end wall thereof, is provided with aligned elongate grooves which provide the flowmeter construction with hydraulic relief which eliminates hydraulic shock that might otherwise cause pressure loss.
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