Richard Alan Schmidt
Electrician in Appleton, WI

License number
Utah 6609578-5505
Issued Date
May 14, 2007
Expiration Date
Nov 30, 2010
Category
Electrician
Type
Apprentice Electrician
Address
Address
Appleton, WI

Professional information

Richard Schmidt Photo 1

Senior Detailer/Drafter At Utc Aerospace Systems

Position:
Senior Detailer/Drafter - Product Definition, Engine & Control Systems at UTC Aerospace Systems
Location:
Rockford, Illinois
Industry:
Aviation & Aerospace
Work:
UTC Aerospace Systems - Rockford, Illinois Area since Jan 2012 - Senior Detailer/Drafter - Product Definition, Engine & Control Systems Thermach, Inc. - Hortonville, WI Oct 2001 - Jan 2012 - Designer QComp Technologies - Greenville, WI Mar 2000 - Sep 2001 - Mechanical Designer Praxair Thermal Spray Products - Appleton, WI Jan 1997 - Mar 2000 - Draftsman
Education:
University of Wisconsin-Stout 2008 - 2013
Bachelor of Science in Management, Industrial Management
Herzing College of Technology 1995 - 1997
Associate, Electronic and Mechanical CAD Drafting
University of Wisconsin - Fox Valley 1992 - 1995
Associate, Arts and Science
Skills:
AutoCAD, Alibre, MS Office Suite, Peachtree, Maple Systems - EazyBuilder 5000, CADAM, Detailing with NX 7.5, Systems, Thermal Spray, Teamcenter, Cpr Certified
Certifications:
CPR - adult and infant, American Red Cross - Appleton, WI


Richard Schmidt Photo 2

Richard Schmidt - Appleton, WI

Work:
Thermach, Inc
Designer
QComp Technologies - Flexible Automation Division - Greenville, WI
Mechanical Designer
Praxair Thermal Spray Products - Appleton, WI
Draftsman
Education:
University of Wisconsin - Stout - Menomonie, WI
Bachelor of Science in Industrial Management
Herzing College of Technology - Madison, WI
Associate of Science in Electronic & Mechanical CAD Drafting
University of Wisconsin - Fox Valley - Menasha, WI
Associate of Science


Richard Schmidt Photo 3

Method And Apparatus For Forming Soft, Bulky Absorbent Webs And Resulting Product

US Patent:
4488928, Dec 18, 1984
Filed:
May 16, 1983
Appl. No.:
6/495225
Inventors:
Mir I. Ali Khan - Appleton WI
Richard J. Schmidt - Appleton WI
Assignee:
Kimberly-Clark Corporation - Neenah WI
International Classification:
B32B 3100
US Classification:
156495
Abstract:
Improved method and apparatus for forming soft, bulky absorbent webs including thermoplastic fibers. The web is bonded under conditions that heat the thermoplastic fibers to produce web bonding while avoiding direct contact with the heat source. The apparatus includes a pair of foraminous belts or wires between which the web or webs to be bonded are enclosed. The construction of the foraminous wires and belts is selected to produce the desired degree of bonding and yet maintain separation between the subsequently applied heat source and the web or webs. The combination of the web and belts or wires is then directed under tension to a heat source which may be, for example, a series of heated cans, and the opposite sides of the combination are alternately contacted by the surfaces. After heating, the web is allowed to cool and retains its bonded configuration determined by the structure of the wires or belts and the content of the web. Examples of webs which may be so bonded include pulp fluff having mixed therein thermoplastic bonding fibers such as polypropylene/polyethylene biconstituents, for example, Chisso ES.


Richard Schmidt Photo 4

Method For Forming Soft, Bulky Absorbent Webs And Resulting Product

US Patent:
4548856, Oct 22, 1985
Filed:
Aug 22, 1984
Appl. No.:
6/643582
Inventors:
Mir I. Ali Khan - Appleton WI
Richard J. Schmidt - Appleton WI
Assignee:
Kimberly-Clark Corporation - Neenah WI
International Classification:
B32B 514
US Classification:
428171
Abstract:
Improved method and apparatus for forming soft, bulky absorbent webs including thermoplastic fibers. The web is bonded under conditions that heat the thermoplastic fibers to produce web bonding while avoiding direct contact with the heat source. The apparatus includes a pair of foraminous belts or wires between which the web or webs to be bonded are enclosed. The construction of the foraminous wires and belts is selected to produce the desired degree of bonding and yet maintain separation between the subsequently applied heat source and the web or webs. The combination of the web and belts or wires is then directed under tension to a heat source which may be, for example, a series of heated cans, and the opposite sides of the combination are alternately contacted by the surfaces. After heating, the web is allowed to cool and retains its bonded configuration determined by the structure of the wires or belts and the content of the web. Examples of webs which may be so bonded include pulp fluff having mixed therein thermoplastic bonding fibers such as polypropylene/polyethylene biconstituents, for example, Chisso ES.