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Su T Tran

from New Port Richey, FL
Age ~70
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Also known as:
Su The Tran, Su P Tran, Su Cran, Su T Trav, Tran Su
Phone and address:
4045 Cranbrook Pl, New Port Richey, FL 34652
(727) 815-9424
Related to:
Ngoc A Tran
Connected to:
Adelina Tran, 49Adrienne H Tran, 53Aimie Tran, 41Alana A Tran, 29Alanna Tran, 41Alicia Tran, 60Alison Tran, 45Alissa K Tran, 56Allan Tran, 49Alvin Q Tran, 48

Su Tran Phones & Addresses

  • 4045 Cranbrook Pl, New Port Richey, FL 34652 (727) 815-9424
  • New Prt Rchy, FL
  • Port Richey, FL
  • 1310 Susan Ave, Croydon, PA 19021 (215) 826-1589
  • Philadelphia, PA
  • Palm Beach Gardens, FL
  • Westminster, CA

Work

Company: American matrix corps. - Tarpon Springs, FL Oct 2006 Position: Mechanical / manufacturing engineer

Education

School / High School: St. Petesburg College- Largo, FL 2010 Specialities: Certification in Lean Six sigma black belt

Resumes

Resumes

Su Tran Photo 1

Tampa And St Petersburg, Florida Area

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Location:
New Port Richey, FL
Industry:
Mechanical Or Industrial Engineering
Work:
American Matrix Oct 2006 - Nov 2010
Mechanical and Manufacturing Engineer
Aries Electronics Mar 2000 - May 2006
Mechanical and Manufaturing Engineer
Mar 2000 - May 2006
Tampa and St Petersburg, Florida Area
Education:
St Petesburg College 2010 - 2012
Temple University 1995 - 1998
Bachelors, Mechanical Engineering
Skills:
Manufacturing
Cnc
Product Design
Solidwork
Featurecam
Cnc Cam
Process Engineering
Process Improvement
Finite Element Analysis
Solidworks
Cad
Lean Manufacturing
Autocad
Machining
Materials
Manufacturing Engineering
Design For Manufacturing
Ptc Creo
Engineering
Mechanical Engineering
Interests:
Education
Design and Build New Mechanisms
Languages:
Vietnamese
French
Su Tran Photo 2

Su Tran

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Su Tran Photo 3

Su Tran

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Su Tran

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Location:
United States
Su Tran Photo 5

Su Tran New Port Richey, FL

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Work:
American Matrix Corps.
Tarpon Springs, FL
Oct 2006 to Nov 2010
Mechanical / Manufacturing Engineer
Aries Electronics, Inc

Mar 2000 to May 2006
Mechanical Engineer
Akron Labs. Inc

Oct 1998 to Mar 2000
Lead Mechanical Engineer
Manix Manufacturing Inc

Feb 1998 to Oct 1998
Tools & Dies Design Engineer
Everite Machines & Products

Aug 1988 to Feb 1993
Testing Technician
JMT Machine
Philadelphia, PA
Jul 1987 to Aug 1988
Set up person
Everite Machines & Products

Apr 1985 to Jul 1987
All around machinist
Schlosser Steel

May 1984 to Mar 1985
Machines operator
Education:
St. Petesburg College
Largo, FL
2010 to 2012
Certification in Lean Six sigma black belt
Prism engineering
Easton, PA
2004 to 2004
Certification in Finite element analysis
Temple University Philadelphia
May 1998
BS in Mechanical Engineering Technology
Su Tran Photo 6

Su The Tran

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Su Tran
Mortgage Broker
Versatile Capital
Loan Brokers
3333 S. Brea Canyon Rd. #213, Pomona, CA 91765
Su Tran
Mortgage Broker
Versatile Capital
Loan Brokers
3333 S. Brea Canyon Rd. #213, Pomona, CA 91765

Publications

Us Patents

Gravity-Assisted Elevator Brake/Clutch

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US Patent:
6425462, Jul 30, 2002
Filed:
Mar 23, 2001
Appl. No.:
09/814670
Inventors:
Su The Tran - Croydon PA, 19021
Musoke Henry Sendaula - Helotes TX, 78023
International Classification:
B66B 512
US Classification:
187367, 187376
Abstract:
An elevator brake that utilizes the elevator platform weight to generate the necessary clamping force for stopping the elevator is disclosed. Electromagnetically released safety systems that have been considered for ropeless linear motor elevator systems rely on resilient or spring members to generate the clamping force. As the weight of the platform increases, the clamping forces and the size of the springs have to be appropriately increased. In the gravity-assisted elevator brake, the clamping force is generated by the total cargo and elevator platform weight, while small springs are used to activate the brake. It is unlikely that a ropeless elevator platform will tethered to a large power cable, so supplying large amounts of power to the safety systems could be a problem. The force needed to release and set the gravity-assisted elevator brake under normal operations would be minimal so the brake can be operated from a low power source.
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Su T Tran from New Port Richey, FL, age ~70 Get Report