THOMAS T TAYLOR
Engineering in Cleveland, OH

License number
Massachusetts 47868
Issued Date
Jan 7, 2009
Expiration Date
Jun 30, 2018
Type
Civil Engineer
Address
Address
Cleveland, OH 44145

Professional information

Thomas Taylor Photo 1

Thomas Taylor - Rocky River, OH

Work:
Container Port Group - Cleveland, OH
Load planner
American Granite and Marble - Oakwood Village, OH
Installer / Field Supervisor
American Environmental Group - Richfield, OH
Ground man / Pipeline crew
D.R. Taylor Plumbing - Fairview Park, OH
Plumber
EGZ Hydronics - North Royalton, OH
Plumber
USMC B. Co 1st Recon Bn. LA - Camp Pendleton, CA
Field Radio Operator
Education:
College of the Desert - 29 Palms, CA
Field Radio Operator Course
Polaris Vocational - Middleburg Heights, OH
Diploma in Graphic Design / Printing
Fairview High school - Fairview Park, OH
Diploma in General Studies
Skills:
Basic Computer Skills, call center type work, dispatch, trucking and rail terminal operations, all types of pipe work and construction


Thomas Taylor Photo 2

Hvac/ Facilities Supervisor At Alpine Construction &Amp; Management

Position:
HVAC/ FACILITIES SUPERVISOR at ALPINE CONSTRUCTION & MANAGEMENT
Location:
Cleveland/Akron, Ohio Area
Industry:
Mechanical or Industrial Engineering
Work:
ALPINE CONSTRUCTION & MANAGEMENT since Jun 1993 - HVAC/ FACILITIES SUPERVISOR


Thomas Taylor Photo 3

Cross-Correlation Method And Apparatus For Suppressing The Effects Of Multiple Scattering

US Patent:
5956139, Sep 21, 1999
Filed:
Aug 4, 1997
Appl. No.:
8/905536
Inventors:
William V. Meyer - Lakewood OH
David S. Cannell - Santa Barbara CA
Padetha Tin - Strongsville OH
H. Michael Cheung - Hudson OH
J. Adin Mann - Cleveland Heights OH
Thomas W. Taylor - Cleveland OH
James A. Lock - Cleveland Heights OH
Jixiang Zhu - Bridgewater NJ
Anthony E. Smart - Costa Mesa CA
Assignee:
Ohio Aerospace Institute - Brook Park OH
International Classification:
G01N 2100
US Classification:
356338
Abstract:
A method and apparatus for analyzing a fluid containing light scattering components. The apparatus includes a laser adapted to direct abeam of light into the fluid such as a liquid containing particles, and at least two detectors to receive light scattered by the fluid, which received light is used to calculate a physical property of the fluid. A focusing lens may be used to focus the light beam to a focal waist in the fluid to enhance the degree of spatial coherence of the scattered light. The two detectors are aligned onto the focal waist and are adapted to send a signal to a data processor which correlates the signal received from said two detectors. The two detectors are spaced a substantially equal distance from the focal waist and are oriented at substantially the same angle with respect to the direction of propagation of the incident beam. The data processor is adapted to cross-correlate the signals received from the two detectors. A polarizer can be positioned between the focal waist and the two detectors to aid in positioning the detectors and to enhance the efficiency and speed of the measurement.