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Jim E Walls, 90285 450, Kanab, UT 84741

Known as:
Jim K Walls Jim E Wells James E Walls
Related to:
Craig P Dugan 64

Jim Walls Phones & Addresses

285 450, Kanab, UT 84741    435-6443774   

Columbus, OH   

7654 White Chapel Rd, Heath, OH 43056    740-3233681   

Newark, OH   

Phoenix, AZ   

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Mentions for Jim E Walls

Resumes & CV records

Resumes

Jim Walls Photo 44

V.p Sales And Customer Service

Industry:
Automotive
Work:
Monaco Corporation Sep 1996 - Aug 2009
Technical Support Manager Source Engineering Sep 1996 - Aug 2009
V.p Sales and Customer Service
Skills:
Chassis, Sales Operations, Customer Focused Service, Supplier Negotiation, Technical Analysis, Inventory Valuation, Motorhomes, New Business Development, Business Strategy, Vehicles, Warranty, Customer Satisfaction, Continuous Improvement, Forecasting, Manufacturing, Parts, Purchasing, Operations Management, Product Development, Automotive, B2B, Competitive Analysis, Selling, Sales, Team Building, Sales Management, Negotiation
Jim Walls Photo 45

Jim Walls

Jim Walls Photo 46

Jim Walls

Work:
New York State Ogs
Retired
Jim Walls Photo 47

Jim Walls

Jim Walls Photo 48

Jim Walls

Jim Walls Photo 49

Jim Marlana Walls

Jim Walls Photo 50

Owner At Gates Of Terror Haunted Attraction

Position:
Owner at Gates of Terror
Location:
Columbus, Ohio Area
Industry:
Entertainment
Work:
Gates of Terror
Owner
Interests:
Entertainment, Haunted Attractions, Festivals
Jim Walls Photo 51

Jim Walls

Location:
United States

Publications & IP owners

Us Patents

Frequency Signaling Method And Apparatus With Dynamic Compensation For Frequency Errors

US Patent:
4401860, Aug 30, 1983
Filed:
Jan 29, 1982
Appl. No.:
6/344225
Inventors:
Jim E. Walls - Bexley OH
Assignee:
Bell Telephone Laboratories, Incorporated - Murray Hill NJ
International Classification:
H04M 324
US Classification:
1791752C
Abstract:
Frequency encoded signaling method and structure to correct for frequency error introduced in the generation of encoded signals. A sequence of frequency encoded signals are recorded on rotating magnetic recording devices in telephone offices in conjunction with recorded announcements. The signals identify the types of announcements. Speed variations in the different recording devices introduce frequency errors in the reproduction of the signals, hindering their automatic decoding. This problem is solved by recording a reference frequency signal with the encoded signals on the recording devices. A receiver detects the signals and measures the difference between the expected reference signal frequency and the received reference signal frequency. The measured frequencies of the encoded signals are then adjusted in accordance with the difference before final examination and classification of the signal sequence is perfor.

Possible Relatives

Cynthia E Walls  David M Walls  Dawn M Walls  Deanne Walls  Debbie A Walls  Dallas C Walls  Damon J Walls  Jim H Johnson  Jim W White  Jim A Jones 

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