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Christopher J Scarinzi

from Binghamton, NY
Age ~65
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Also known as:
Christopher Mar Scarinzi, Christopher M Scarinzi, Chris J Scarinzi, Chris M Scarinzi, Christoph J Scarinzi, Chris I, Corinz S Christopher, Scarinzi Chris
Phone and address:
535 Old State Rd, Binghamton, NY 13904
(607) 775-3891
Related to:
Stefan Scarinzi, 31Sharon Russo, 60Corina Paoletti, 33
Connected to:
Marc R Scarioni, 35Anne M Scarlato, 59Jason C Scarlata, 79Lachelle L Scarlato, 53Laura L Scarlato, 63Mahin A Scarlata, 73Mariana Scarlat, 57Paul F Scarlata, 78Sorana A Scarlat, 50Yuval Scarlat, 60

Christopher Scarinzi Phones & Addresses

  • 535 Old State Rd, Binghamton, NY 13904 (607) 775-3891
  • 169 Loughlin Rd, Binghamton, NY 13904 (607) 775-3891
  • Johnson City, NY
  • Vestal, NY
  • Kirkwood, NY

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Christopher Scarinzi

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Location:
United States

Publications

Us Patents

Lead Detection By Variable Pressure Lead-Contacting Optical Interposers

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US Patent:
48146218, Mar 21, 1989
Filed:
Jan 12, 1988
Appl. No.:
7/143059
Inventors:
Henry J. Soth - Brackney PA
Christopher J. Scarinzi - Binghamton NY
Assignee:
Universal Instruments Corporation - Binghamton NY
International Classification:
G01N 2186
US Classification:
250561
Abstract:
Presence, absence, and adequacy of length of component leads are detectable by engaging each lead with a corresponding interposer and monitoring the amount of displacement of each interposer or plunger in response to the lead. Each plunger is provided with an optic fiber for guiding and directing a light beam from a transmitter to a receiver of a sensor when a lead is missing or too short. The lead engaging portion of the plunger is interchangeable to accommodate different lengths of leads and heights of cut and clinch anvils. For DIP components, each half of the inventive device receives all of the leads on one side of the component, with an individual piston for each lead. Thus, mirror image devices may be used for oppositely spaced rows of leads of a DIP, with the spacing between the mirrored halves of the device being adjustable according to the center-to-center (CTC) spacing between leads on opposite sides of the component body. Each plunger of one of the mirror halves is simultaneously engaged by a fluid common to the remaining pistons thereof for extension, as well as retraction, of the lead engaging portions.
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Christopher J Scarinzi from Binghamton, NY, age ~65 Get Report