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Beth Ann Maddix, 583165 Estates Pl N, Saint Joe, MI 49085

Known as:
Beth A Maddix Beth A Mailley Eddiy M Beth

Beth Maddix Phones & Addresses

3165 Estates Pl N, Saint Joseph, MI 49085    269-4295118   

1434 Catherine Cir, Saint Joseph, MI 49085   

9 Celestial Way, Pepperell, MA 01463    978-4336954   

Acton, MA   

Nashua, NH   

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Beth Ann Maddix

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Work

Position: Self employed

Skills

Usability Testing • Heuristic Evaluation • Interaction Design • Rapid Prototyping • User Centered Design • User Interface Design • User Experience • User Scenarios • Design Strategy • Usability Engineering • Human Factors • Information Design • User Research • Usability • Human Computer Interaction • Persona • Product Design • Product Development

Emails

b***[email protected]

Industries

Management Consulting
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Beth Maddix resumes & CV records

Resumes

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Beth Maddix

Location:
3265 Estates Pl, Saint Joseph, MI 49085
Industry:
Management Consulting
Skills:
Usability Testing, Heuristic Evaluation, Interaction Design, Rapid Prototyping, User Centered Design, User Interface Design, User Experience, User Scenarios, Design Strategy, Usability Engineering, Human Factors, Information Design, User Research, Usability, Human Computer Interaction, Persona, Product Design, Product Development

Publications & IP owners

Us Patents

Fuzzy Logic Control For An Electric Clothes Dryer

US Patent:
6446357, Sep 10, 2002
Filed:
Jun 21, 2001
Appl. No.:
09/886717
Inventors:
Christopher J. Woerdehoff - Sawyer MI
Patrick J. Glotzbach - St. Joseph MI
Andrew C. Reck - Watervliet MI
Joseph M. Szynal - Laporte IN
Beth A. Maddix - Pepperell MA
Assignee:
Whirlpool Corporation - Benton Harbor MI
International Classification:
F26B 300
US Classification:
34491, 34495, 34474, 34562, 34499
Abstract:
A method and apparatus for controlling the drying cycle of a dryer by utilizing fuzzy logic control. Control is accomplished by first monitoring the moisture level of a clothes load in the dryer. From the monitored moisture information, variables such as the elapsed time from the start of the drying cycle to a point when no significant moisture is detected for a specified time period and the number of times higher moisture registrations occur during another specified time period are determined. Based on the determined variables, fuzzy logic is used to determine characteristics particular to the clothes load being dried, such as size of the load. Using the determined characteristics in conjunction with user settings more accurate control of the time of drying heat application, reduced drying heat application and cool down time can be accomplished.

Possible Relatives

Darrell Maddix  Donna J Maddix  Gary L Maddix  Michael R Maddix  Randi E Maddix  Robert M Maddix  Roger J Maddix  Beth Johnson  Beth B Standley  Beth L Stanek 

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