Joseph A Donohoe

age ~41

from Wilmington, DE

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Also known as:

Joe A Donohoe

Connected to:

Joseph Donohoe Phones & Addresses

Wilmington, DE
Elverson, PA
Malvern, PA

Isbn (Books And Publications)

Essays On Quebec Cinema
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Author:

Joseph I. Donohoe
ISBN #:

0870132946

A Fulfulde
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Author:

Joseph I. Donohoe
ISBN #:

0870133268

Essays On Modern Quebec Theater
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Author:

Joseph I. Donohoe
ISBN #:

0870133888

Theater Sans Frontiers: Essays On The Dramatic Universe Of Robert Lapage
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Author:

Joseph I. Donohoe
ISBN #:

0870135686

Name / Title

Company / Classification

Phones & Addresses

Joseph Donohoe

Beiler-Campbell Realtors K Sq

402 Bayard Rd STE 100, Kennett Square, PA 19348
610 444-7600

Resumes

Electrical Designer

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Location:

Elverson, PA

Industry:

Architecture & Planning

Work:

Studiojaed Architects Engineers and Facilities Solutions
Electrical Designer
Dolbey Jamison
Electrical Engineering Intern
Dolbey Jamison May 2013 - Aug 2013
Apprentice Electrician and General Laborer

Education:

Penn State University 2012 - 2016
Bachelors, Electrical Engineering, Physics Owen J Roberts Hs 2008 - 2012

Skills:

Matlab
Labview
Autocad
Ni Multisim
Microsoft Office
Solidworks
C++

Owner

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Location:

2072 Ridge Rd, Elverson, PA 19520

Industry:

Medical Devices

Work:

Dolbey Jamison Optical
Owner

Languages:

English

Asl Instructor

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Work:

Asl Instructor

Salesperson At Beiler-Campbell Realtors

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Location:

Greater Philadelphia Area

Industry:

Real Estate

Us Patents

Apparatus And Method For Estimating The Expired Portion Of The Expected Total Service Life Of A Mercury Vapor Lamp Based Upon The Time The Lamp Is Electrically Energized
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US Patent:

52746119, Dec 28, 1993
Filed:

Apr 22, 1992
Appl. No.:

7/872193
Inventors:

Joseph Donohoe - King of Prussia PA
International Classification:

G04B 3700
G04F 800
US Classification:

368 10
Abstract:

A method and apparatus for estimating the expired portion of the expected total service life of a mercury vapor lamp based upon the time that the lamp is electrically energized. The length of time that the lamp is energized is measured for each time period that the lamp is energized throughout the life of the lamp. A lamp usage value is determined for each time period that the lamp is energized. The lamp usage value for each time period is determined by assigning a first time dependent value for each time unit of a first predetermined time segment of the time period that the lamp is energized. A second time dependent value is assigned for each time unit of a second predetermined time segment of the time period commencing after the expiration of the first time segment that the lamp is energized. A third time dependent value is assigned for each time unit of the time period that the lamp is energized beyond the expiration of the second time segment. The first, second and third time dependent values are combined to form the lamp usage value for each time period.