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Alex Jumpeter Phones & Addresses

  • Decatur, GA
  • Emerson, GA
  • Atlanta, GA
  • 307 Leland Ter NE, Atlanta, GA 30317

Work

Company: Apple courier - Marietta, GA Nov 2004 Position: Dispatcher/customer service

Education

School / High School: University of Georgia and Kennesaw State University- Athens, GA 1985 Specialities: 2 BA's in English and English Education

Industries

Transportation/Trucking/Railroad

Resumes

Resumes

Alex Jumpeter Photo 1

Fleet Manager

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Location:
1910 2Nd Ave, Decatur, GA 30030
Industry:
Transportation/Trucking/Railroad
Work:
Apple Courier
Fleet Manager
Education:
The University of Georgia 1985 - 1993
Bachelors, Bachelor of Arts, English
Alex Jumpeter Photo 2

Alex Jumpeter Emerson, GA

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Work:
Apple courier
Marietta, GA
Nov 2004 to Nov 2014
Dispatcher/Customer Service

Education:
University of Georgia and Kennesaw State University
Athens, GA
1985 to 1997
2 BA's in English and English Education

Publications

Us Patents

Automatic Minimum Differential Pressure Control For Dryer Cylinders

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US Patent:
44996683, Feb 19, 1985
Filed:
Nov 25, 1983
Appl. No.:
6/554936
Inventors:
Alex Jumpeter - Lithonia GA
Assignee:
Midland-Ross Corporation - Cleveland OH
International Classification:
F26B 328
US Classification:
34 41
Abstract:
A supply of steam is fed to a drying cylinder (10) from a steam line (20) through a steam pressure control valve (22). Condensate and steam are removed from the drying cylinder to a separator (32). The pressure of the removed steam is controlled by a steam pressure control valve (36) and the rate of condensate removal is monitored by a condensate removal monitor (48). A computer controller (16) adjusts the steam feed and removal pressure control valves to maintain the smallest differential pressure therebetween which will maintain the condensate removal rate substantially constant. The computer controller sets an initial pressure differential during an initializing step (50). In a first pressure differential adjustment step (52), the computer decreases the pressured differential in first increments until the condensate removal rate begins to decrease. In response to the decrease, the first pressure differential adjusting step increases the pressure differential by the first increment. A second pressure differential adjusting step (54) functions like the first pressure differential adjusting step but uses a smaller increment.
Alex M Jumpeter from Decatur, GA, age ~58 Get Report