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Nicholas Fugal Phones & Addresses

  • 492 Serenity Path, Benton Harbor, MI 49022
  • Woods Cross, UT
  • Saratoga Springs, UT
  • Vernal, UT
  • Cedar Hills, UT
  • Salt Lake City, UT
  • Springfield, MO
  • Virginia Beach, VA

Work

Company: Itt exelis Aug 2011 Position: Manufacturing engineer intern

Education

School / High School: University of Utah- Salt Lake City, UT 2008 Specialities: BS in Mechanical Engineering

Skills

CAD: SolidWorks • Rhinoceros • KeyCreator; CAM: SURFCAM • GibbsCAM; Programming: MATLAB • LabView • C++ • Excel • Ruby • Bash Scripting; Embeded Systems: Arduino... • Maple Development Board • PCB Design • Component Selection

Resumes

Resumes

Nicholas Fugal Photo 1

Nicholas Fugal Woods Cross, UT

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Work:
ITT Exelis

Aug 2011 to 2000
Manufacturing Engineer Intern

Metropolis Design
North Salt Lake, UT
Jan 2011 to Aug 2011
Mechanical Designer

Metropolis Design
North Salt Lake, UT
Jul 2008 to Aug 2011
Prototype Machinist

Education:
University of Utah
Salt Lake City, UT
2008 to 2012
BS in Mechanical Engineering

Utah Valley State College
Orem, UT
2004 to 2005
Mechanical Engineering

Uintah High School
Vernal, UT
2001 to 2004

Skills:
CAD: SolidWorks, Rhinoceros, KeyCreator; CAM: SURFCAM, GibbsCAM; Programming: MATLAB, LabView, C++, Excel, Ruby, Bash Scripting; Embeded Systems: Arduino/AVR, Maple Development Board, PCB Design, Component Selection

Publications

Us Patents

Laundry Treating Appliance With Drive Attachment Mechanism

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US Patent:
20170327989, Nov 16, 2017
Filed:
May 13, 2016
Appl. No.:
15/154172
Inventors:
- Benton Harbor MI, US
STEVEN FRICKE - SAINT JOSEPH MI, US
NICHOLAS C. FUGAL - BENTON HARBOR MI, US
CHRISTINE L. STRAIN - STEVENSVILLE MI, US
PHILIP R. THOMPSON - ALVADA OH, US
ROBERT C. WILLIAMS - BENTON HARBOR MI, US
International Classification:
D06F 37/20
Abstract:
A laundry treating appliance having a tub defining an interior, a basket located within the interior and rotatably mounted within the tub and having an upper and lower basket base portion, a balance ring mounted to the upper edge of the basket peripheral wall, a clothes mover rotatably mounted within the basket, a drive system comprising a motor operably coupled to the basket and the clothes mover and configured to selectively oscillate or rotate the basket or the clothes mover and a first and second drive shaft, and a drive attachment mechanism configured to couple the basket to the second drive shaft, with the drive attachment mechanism comprising a bushing assembly.

Laundry Treating Appliance With Tub Having A Flexible Portion

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US Patent:
20170268147, Sep 21, 2017
Filed:
Mar 17, 2016
Appl. No.:
15/072962
Inventors:
- BENTON HARBOR MI, US
PRAKASH S. AMTE - WAGHOLI, IN
BRENT M. BURGESS - EDWARDSBURG MI, US
MICHAEL K. CLUSKEY - SAINT JOSEPH MI, US
NICHOLAS C. FUGAL - BENTON HARBOR MI, US
CHRISTOPHER A. JONES - SAINT JOSEPH MI, US
DALE MUELLER - HAINES CITY FL, US
MICHELE A. PAUSTIAN - KALAMAZOO MI, US
BRENNER M. SHARP - BRIDGMAN MI, US
International Classification:
D06F 37/26
B29C 65/56
B29C 45/02
D06F 37/12
Abstract:
A vertical axis laundry treating appliance including a chassis defining a chassis interior, a tub disposed within the chassis interior and defining a tub interior, and a perforated wash basket disposed for rotation within the tub interior, wherein the tub includes a lower tub portion, an upper tub portion, and a flexible intermediate portion.

Laundry Treating Appliance And Methods Of Operation

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US Patent:
20170145616, May 25, 2017
Filed:
Nov 19, 2015
Appl. No.:
14/945885
Inventors:
- BENTON HARBOR MI, US
STEPHEN L. KERES - STEVENSVILLE MI, US
EROL D. SUMER - EAST LANSING MI, US
RAN ZHAO - SAINT JOSEPH MI, US
BRADLEY D. MORROW - STEVENSVILLE MI, US
NICHOLAS C. FUGAL - BENTON HARBOR MI, US
International Classification:
D06F 37/20
D06F 33/02
Abstract:
A method of detecting high friction events in a laundry treating appliance includes rotating the drum, determining, during the rotation, a torque of the motor, an acceleration of the drum, a speed of the drum, and/or an angular position of the drum at each of multiple speeds, and repeatedly estimating with a parameter estimator, during the rotation, viscous friction, coulomb friction, and total friction based on the torque, acceleration, speed, and/or angular position of the drum. A high friction even is determined based on the estimated viscous friction, coulomb friction and/or total friction.
Nicholas C Fugal from Benton Harbor, MI, age ~39 Get Report