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William Phillip Macnutt

from Winston Salem, NC
Age ~65

William Macnutt Phones & Addresses

  • Winston Salem, NC
  • 311 Lantz Ave, Salisbury, NC 28144
  • Broomfield, CO
  • Ranchos de Taos, NM
  • 810 Columbus St, Austin, TX 78704 (512) 448-4608
  • 4206 Avenue H, Austin, TX 78751 (512) 374-0011
  • 4286 Avenue H, Austin, TX 78751 (512) 374-0011
  • 2600 Lake Austin Blvd, Austin, TX 78703 (512) 320-8959
  • Bee Cave, TX
  • Mc Gregor, TX
  • Painted Post, NY

Professional Records

License Records

William Phillip Macnutt

Address:
311 Lantz Ave, Salisbury, NC 28144
License #:
A2483157
Category:
Airmen

Business Records

Name / Title
Company / Classification
Phones & Addresses
William Macnutt
President
KB AND CD INC
4107 Rd 68   , Ranchos de Taos, NM 87557
William Phillip Macnutt
Director, Vice President
J.P. Consultants, Inc
8617 New Windsor Pkwy, Mc Gregor, TX 76657
810 Columbus St, Austin, TX 78704
William Phillip Macnutt
Director
CENTRAL TEXAS BALLOONING ASSOCIATION
PO Box 49487, Austin, TX 78765
225 Congress Ave, Austin, TX 78701

Publications

Us Patents

Final Assembly Visual Inspection System For Packaged Heart Valves

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US Patent:
6453062, Sep 17, 2002
Filed:
Apr 28, 1999
Appl. No.:
09/301467
Inventors:
William MacNutt - Austin TX
Douglas Michalsky - Austin TX
Assignee:
Sulzer Carbomedics Inc. - Austin TX
International Classification:
G06K 900
US Classification:
382141, 382174, 382128
Abstract:
A method and apparatus for inspecting heart valves. The method comprises projecting an actual image of a heart valve onto an image receiver, providing target data corresponding to a desired heart valve, comparing the actual image to the target data using a microprocessor, and determining whether the actual image matches the target data. The apparatus comprises a light source, a image receiver, a holder adapted to support a heart valve between said light source and the image receiver such that an actual image of the heart valve is received at the image receiver, a microprocessor in electronic communication with the image receiver. The microprocessor has access to target values for the regions of interest and compares the actual values in each region of interest to the target values to produce an output pass/fail signal.

Method Of Matching Harnesses Of Conductors With Apertures In Connectors

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US Patent:
7647695, Jan 19, 2010
Filed:
Jun 10, 2005
Appl. No.:
11/149836
Inventors:
William Phillip MacNutt - Austin TX, US
Richard A. Malleck - Fort Worth TX, US
Assignee:
Lockheed Martin Corporation - Bethesda MD
International Classification:
H05K 3/30
H01R 43/00
US Classification:
29837, 29748, 29842, 29845
Abstract:
An OCR system for matching wire harnesses and connectors facilitates precise registration of wire number strings, uses geometric modeling for character recognition, and restricts searches by region and character to ensure speed and accuracy. A string location algorithm is used to search for and identify the location of the beginning of a wire number string. The horizontal edges of the wire in the image are located, a diameter of the wire is determined, light intensity is confirmed, and the first character is found. The resulting coordinate is used by the algorithm for character definition. Geometric shapes are used for identification in order to overcome twisted wires, poorly printed markings, ink color variations, and contacting characters.

Spherical Shoe Proof Test

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US Patent:
61960691, Mar 6, 2001
Filed:
Sep 17, 1998
Appl. No.:
9/154811
Inventors:
Martin Wiedenmeier - Austin TX
William P. MacNutt - Austin TX
Peter Strzepa - Austin TX
Assignee:
Sulzer Carbomedics Inc. - Austin TX
International Classification:
G01N 302
US Classification:
73856
Abstract:
An apparatus and method of proof testing a planar, brittle materials such as those used for valve leaflets in the manufacture of mechanical heart valve prostheses, in which the material to be tested is placed between two interfitting, spherically-shaped shoes, one convex and one concave, and the shoes are compressed together, causing a biaxial stress force to be applied across the surface of the material. The use of a biaxial force created by the spherical shoe surfaces simplifies the testing procedure over the prior art, allowing a single application of force to test the material for flexure in any direction. The magnitude of the stress which is applied to the material is determined by the radii of the interfitting test shoes relative to the thickness of the material sample being tested. Sufficient force is applied to conform the material to the shoes such that any flaws of a predetermined minimum critical size will be revealed by acoustical monitoring during the test or visual inspection thereafter.
William Phillip Macnutt from Winston Salem, NC, age ~65 Get Report