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Joni Lynn Orum

from Solon, IA
Age ~64

Joni Orum Phones & Addresses

  • Solon, IA
  • Hudson, IA
  • 7361 30Th Ave, Atkins, IA 52206 (319) 446-6088
  • 7316 30Th Ave, Atkins, IA 52206
  • 7361 30Th Ave, Atkins, IA 52206

Work

Company: Schneider electric Jun 2018 Position: Packaging engineer

Education

Degree: Bachelors School / High School: Mount Mercy University 2003 to 2005 Specialities: Business Administration, Management, Business Administration and Management

Skills

Leadership • Project Management • Manufacturing • Cross Cultural Teams • Process Management • Organization Skills • Business Process Improvement • Business Process • Management • Cross Functional Team Leadership • Six Sigma • Continuous Improvement • Project Planning • Lean Manufacturing • Supply Chain Management • Change Management • Microsoft Office

Emails

j***m@bellsouth.com

Industries

Electrical/Electronic Manufacturing

Resumes

Resumes

Joni Orum Photo 1

Packaging Engineer

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Location:
Cedar Rapids, IA
Industry:
Electrical/Electronic Manufacturing
Work:
Schneider Electric
Packaging Engineer

Schneider Electric
Business Process Leader
Education:
Mount Mercy University 2003 - 2005
Bachelors, Business Administration, Management, Business Administration and Management
Hawkeye Community College 1993 - 1995
Associates, Design
Skills:
Leadership
Project Management
Manufacturing
Cross Cultural Teams
Process Management
Organization Skills
Business Process Improvement
Business Process
Management
Cross Functional Team Leadership
Six Sigma
Continuous Improvement
Project Planning
Lean Manufacturing
Supply Chain Management
Change Management
Microsoft Office

Publications

Us Patents

Circuit Breaker Terminal Connector

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US Patent:
20020100671, Aug 1, 2002
Filed:
Jan 31, 2001
Appl. No.:
09/773814
Inventors:
Ronald Etscheidt - Anamosa IA, US
Donald Nohavec - Fort Collins CO, US
Joni Orum - Atkins IA, US
Douglas Thomas - Milford NE, US
International Classification:
H01H001/00
US Classification:
200/305000
Abstract:
The present invention provides an improved connector on a terminal of an overload responsive circuit breaker. The connector is inexpensive, readily manufactured and installed and firmly secures a wire connector and wire connector shoe to a circuit breaker terminal, which is electrically coupled to the circuit breaker circuitry. The improved connector of this invention comprises a circuit breaker terminal having a cold formed, countersink aperture on a top surface of the breaker terminal and an extruded raised ring on the bottom surface of the breaker terminal. The wire connector is a square-shaped element having a plurality of openings for receipt of at least one wire, the circuit breaker terminal and the wire connector shoe. In assembly of the three piece connector, the circuit breaker terminal is inserted into an opening in the wire connector. The wire connector shoe is then inserted into at least one opening in the wire connector and surrounds a portion of the circuit breaker terminal within the wire connector. The wire connector shoe has a protrusion, which is cold formed by displacing shoe material into the countersink aperture on the top surface of the circuit breaker terminal. The protrusion mechanically adheres to the top surface material defining the countersink aperture and the extruded raised ring mechanically adheres to an interior surface of the wire connector which defines a bottom surface aperture thereby securely attaching the wire connector shoe, wire connector and circuit breaker terminal.

Circuit Breaker With Improved Lock-Off Accessory

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US Patent:
20080277249, Nov 13, 2008
Filed:
May 10, 2007
Appl. No.:
11/801673
Inventors:
Antonio Zubieta - Monterrey, MX
John Winter - Cedar Rapids IA, US
Fernanda Pineda - San Nicolas de los Garza, MX
Joni L. Orum - Atkins IA, US
International Classification:
H01H 9/28
US Classification:
200 4311
Abstract:
A circuit breaker comprises a housing containing a trip mechanism, a handle coupled to the trip mechanism and movable between on and off positions, and a lock-off mechanism capable of holding the handle in its off position. The lock-off mechanism includes a base member adapted to be mounted on the circuit breaker housing adjacent the movable handle. A slide is mounted on the base member for movement to an advanced position in which a portion of the slide projects into the path of movement of the breaker handle for engaging the handle and blocks movement of the handle from the “off” position to the “on” position. In the retracted position of the slide, the path of movement of the handle is unobstructed by the slide. A key-operated lock is also mounted on the base, and a lock shaft is coupled to the lock and mounted for movement to a locked position in which the shaft engages the slide when the slide is in its advanced position to block retracting movement of the slide, thereby locking the breaker handle in its “off” position. In the unlocked position of the lock shaft, movement of the slide is unobstructed by the shaft, but the slide interferes with advancing movement of the lock shaft, thereby preventing the lock shaft from moving to its advanced position.
Joni Lynn Orum from Solon, IA, age ~64 Get Report