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Keller J Mcgaffey

from Troy, MI
Age ~64

Keller Mcgaffey Phones & Addresses

  • 5623 Caitlin Ct, Troy, MI 48098 (248) 952-5924
  • Fenton, MI
  • Ferndale, MI
  • Genesee, MI
  • 5623 Caitlin Ct, Troy, MI 48098 (248) 459-3553

Work

Company: Reb foundation Jan 2001 to 2016 Position: Board member

Education

Degree: Bachelors, Bachelor of Science School / High School: University of Detroit Mercy 1982 to 1988 Specialities: Business Administration

Skills

Training • Technical Training • Lean Manufacturing • Leadership Development • Manufacturing • Team Building • Continuous Improvement • Instructional Design • Needs Analysis • Automotive • Program Management • Strategic Planning • Public Speaking • Learning Management • Product Development • Manufacturing Engineering • Learning Management Systems • Human Resources • Leadership • Kaizen • E Learning • Workforce Development • Technical Documentation • Distance Learning • Instructor Led Training • Organizational Development • Employee Training • Fundraising • New Business Development • Performance Improvement • Web Design • Graphic Design • Workshop Facilitation • Adult Education • Nonprofits • Industrial Safety • Html • Tqm • Captivate • Safety • Manuals • Cad • Digital Video • Knowledge Management • Staff Development • Value Stream Mapping • Technical Reference Systems • Safety Lockout Tagout • 3D Animation

Industries

E-Learning

Resumes

Resumes

Keller Mcgaffey Photo 1

Chief Executive Officer

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Location:
5623 Caitlin Ct, Troy, MI 48098
Industry:
E-Learning
Work:
Reb Foundation Jan 2001 - 2016
Board Member

Interactive Training Systems, Inc. Jan 2001 - 2016
Chief Executive Officer

Lamb Technicon Mar 1980 - Mar 1992
Director of Engineering

Energy Control and Power Lockout Mar 1980 - Mar 1992
Chief Executive Officer
Education:
University of Detroit Mercy 1982 - 1988
Bachelors, Bachelor of Science, Business Administration
Brandon High School
Skills:
Training
Technical Training
Lean Manufacturing
Leadership Development
Manufacturing
Team Building
Continuous Improvement
Instructional Design
Needs Analysis
Automotive
Program Management
Strategic Planning
Public Speaking
Learning Management
Product Development
Manufacturing Engineering
Learning Management Systems
Human Resources
Leadership
Kaizen
E Learning
Workforce Development
Technical Documentation
Distance Learning
Instructor Led Training
Organizational Development
Employee Training
Fundraising
New Business Development
Performance Improvement
Web Design
Graphic Design
Workshop Facilitation
Adult Education
Nonprofits
Industrial Safety
Html
Tqm
Captivate
Safety
Manuals
Cad
Digital Video
Knowledge Management
Staff Development
Value Stream Mapping
Technical Reference Systems
Safety Lockout Tagout
3D Animation

Publications

Us Patents

Tool Replenishing Apparatus

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US Patent:
7374526, May 20, 2008
Filed:
Aug 29, 2003
Appl. No.:
10/652089
Inventors:
Roy L. Wolschlager - Rochester MI, US
Ali M. Saeedy - Sterling Heights MI, US
Hussein M. Kalaoui - Troy MI, US
Philip S. Szuba - Algonac MI, US
Keller J. McGaffey - Troy MI, US
Floyd P. Crelley - Linden MI, US
International Classification:
B23Q 3/157
US Classification:
483 55, 483 3, 483 54, 483 56, 483 57, 483 59
Abstract:
A tool changing apparatus automatically changes tools mounted on the spindle of a transfer machine module. The apparatus includes a tool gripper magazine that releasably holds at least two tools. A guillotine supports the tool gripper magazine for motion between a raised stand-by position clear of the spindle and a lowered tool change position closer to the spindle so that the tools in the magazine can be exchanged with a tool supported on the spindle. A carriage movably supports the guillotine on a support frame for motion between a forward position adjacent the transfer line and the spindle and a rearward position displaced from the transfer line. When the carriage is in the rearward position, the guillotine can be lowered to a position where it is easily accessible to an operator so that the tools in the magazine can be replenished.

Flexible Fixturing Apparatus

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US Patent:
20040026842, Feb 12, 2004
Filed:
Aug 9, 2002
Appl. No.:
10/216372
Inventors:
Peter Beecherl - Shelby Township MI, US
Philip Szuba - Algonac MI, US
Jairam Manjunathaiah - Warren MI, US
Keller McGaffey - Troy MI, US
Floyd Crelley - Fenton MI, US
Shreyes Melkote - Roswell GA, US
International Classification:
B25B001/24
US Classification:
269/266000
Abstract:
A flexible fixturing apparatus for securely holding and positively locating a workpiece for manufacturing operations. The apparatus includes a two-dimensional pin array comprising parallel pins movably supported on a housing for individual reciprocal axial motion toward contact with a workpiece to be supported. A pin locking mechanism releasably locks the pins of the first pin array against axial motion relative to the housing once the pins have contacted and conformed to the shape of a workpiece. The pin locking mechanism includes a first clamp supported in the housing for reciprocal motion toward and away from the pin array such that panel motion towards the pin array presses the pins of the array against a pin retaining wall of the housing. A second clamp is supported in the housing for reciprocal motion toward and away from the pin array. Motion of the second clamp towards the pin array locks the pins more securely by further crowding the pins. Motion of both the first and second clamps away from the array more fully releases the pins for subsequent axial repositioning than moving only a single clamp.

Hemming Tool Die Assembly

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US Patent:
20060037377, Feb 23, 2006
Filed:
Aug 18, 2005
Appl. No.:
11/206584
Inventors:
Philip Wiens - LaSalle, CA
Keller McGaffey - Fenton MI, US
Darius Gheorghita - Belle River, CA
Kenneth St. Denis - Tecumseh, CA
Gabor Sztvorecz - Windsor, CA
Dominique Baulier - St. Clair Beach, CA
International Classification:
B21D 39/02
US Classification:
072312000
Abstract:
A hemming die tool assembly for use with an anvil supporting a workpiece to be hemmed. A mounting plate is pivotally secured about an axis relative to the anvil while a vertical slide is slidably attached to the mounting plate along a first direction. An elongated channel is attached to the vertical slide so that the axis of the channel is transverse to the first direction. A hemming tool is secured to the vertical slide while a rocker arm is pivotally secured at one end to the mounting plate about the pivotal axis of the mounting plate while a second end of the rocker arm is longitudinally slidably mounted in the channel. A first cam assembly pivots the mounting plate between a retracted position, in which the hemming tool is positioned away from the workpiece, and an extended position in which the hemming tool overlies the workpiece. A second cam assembly pivots the rocker arm about its pivotal axis and, in doing so, vertically displaces the vertical slide relative to the mounting plate to perform the prehemming operation.
Keller J Mcgaffey from Troy, MI, age ~64 Get Report