Matthew Vernon
Plumbers at Splendid Cir, Colorado Springs, CO

License number
Colorado 37649
Issued Date
Jul 15, 2016
Renew Date
Jul 15, 2016
Type
Plumbing Apprentice
Address
Address
4655 S Splendid Cir, Colorado Springs, CO 80917

Professional information

Matthew Vernon Photo 1

Apprentice At Macklin Co.

Position:
apprentice at macklin co.
Location:
Colorado Springs, Colorado Area
Industry:
Warehousing
Work:
macklin co. - apprentice
Education:
Pikes Peak Community College


Matthew Vernon Photo 2

Method To Prevent Wear Of Pant Cuffs On The Ground

US Patent:
2009031, Dec 24, 2009
Filed:
Jul 30, 2007
Appl. No.:
11/881713
Inventors:
Matthew J. Vernon - Colorado Springs CO, US
Audrey J. Vernon - Rio Rancho NM, US
International Classification:
A41D 27/14, A41D 27/12, A43B 23/00
US Classification:
36 70 R
Abstract:
A method of preventing a lower portion of a cuff of a trouser leg extended over a heel on a shoe from dragging on the ground comprising the following steps: a) providing a fastener; b) attaching one side portion of the fastener to an upright rear peripheral side portion of the shoe; and, c) configuring an adjacent rear side portion of the cuff to releasably attach to the one side portion of the fastener. When the shoe is seated on the ground and the fastener is releasably attached to the adjacent trouser leg, a rear lower edge portion of the cuff is thereby releasably attached to the shoe and held above the ground. In a preferred aspect of this invention the fastener comprises a releasable coupling having mating side portions. The one side is portion of the coupling is attached to a heel of the shoe, and wherein the other side of the coupling, adjacent to the rear side portion of the cuff, is attached thereto. Most preferably the releasable coupling comprises a head side and a cap side, said head side having a head having an outer sloped peripheral sidewall and said cap side having a cap having an interior spring ring so that when the cap is pushed over the head the spring ring therein first expands and then reduces on the sloped peripheral sidewall thereby retaining the cap on the head.