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Scott C Hay, 47Portland, OR

Scott Hay Phones & Addresses

Portland, OR   

11345 San Pablo Ave, El Cerrito, CA 94530    510-2156224    510-2354771    510-6580926   

Alameda, CA   

Berkeley, CA   

Davis, CA   

Oakland, CA   

Work

Company: Whp Jun 2014 Position: Electrical engineer

Education

School / High School: University of Kansas- Lawrence, KS Dec 2014 Specialities: BS

Mentions for Scott C Hay

Scott Hay resumes & CV records

Resumes

Scott Hay Photo 49

Pipe Superintendent Cb&I.

Position:
Piping Superintendent at CB&I (Chicago Bridge & Iron Company N.V.)
Location:
Tomball, Texas
Industry:
Construction
Work:
CB&I (Chicago Bridge & Iron Company N.V.) - Proctor WV since Jan 2012
Piping Superintendent
Skills:
EPC, Petrochemical
Scott Hay Photo 50

Scott Hay

Location:
Portland, Oregon Area
Industry:
Computer Software
Languages:
German
Scott Hay Photo 51

Scott Hay

Position:
Owner at One Inch Round Inc.
Location:
Portland, Oregon Area
Industry:
Marketing and Advertising
Work:
One Inch Round Inc. - Portland, Oregon since Apr 2000
Owner
Skills:
Creative Direction, Advertising, Art Direction, Graphic Design
Honor & Awards:
Recycle Award - City of Portland Office of Sustainability
Scott Hay Photo 52

Scott Hay - Oklahoma City, OK

Work:
WHP Jun 2014 to 2000
Electrical Engineer
ON Semiconductor - Portland, OR Jun 2013 to Aug 2013
Applications Engineer Intern
US Navy - Groton, CT Aug 2005 to Oct 2010
Machinist Mate / Weapons Expert
Education:
University of Kansas - Lawrence, KS Dec 2014
BS

Publications & IP owners

Us Patents

Method, Device, And System For Assembling Rare-Earth Magnets In A Novelty Button

US Patent:
2015007, Mar 19, 2015
Filed:
Sep 17, 2014
Appl. No.:
14/488950
Inventors:
Scott Hay - Portland OR, US
International Classification:
A44B 1/06
B21D 53/48
A44B 1/04
US Classification:
79 4
Abstract:
A system for assembling a novelty button having a magnet inserted between the back cover and the front plate includes a first rotary table of a non-ferrous material having one or more receiving cups. Each receiving cup is sized to receive one magnet from a vertical stack of magnets. A stationary, non-ferrous shearing removes a bottommost magnet from the stack when the first table rotates. A second rotary table made from a non-ferrous material having at least one non-ferrous lower die fixture receives a subassembly consisting of a back cover and a magnet arranged on interior face of the back cover. A modified button press having a non-ferrous upper die set crimps a front plate to the back cover.

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