JOHN D BARTON, JR
Engineering in Providence, RI
License number
Massachusetts 12485
Issued Date
Sep 22, 1989
Type
Engineer in Training
Address
Address
Providence, RI 02906
Personal information
See more information about JOHN D BARTON at radaris.comName
Address
Phone
17 Wilshire Way, Coventry, RI 02816
25 Amity St, Providence, RI 02908
Professional information
See more information about JOHN D BARTON at trustoria.com
John J. Barton, Providence RI - Lawyer
John J. Barton, Providence RI - Lawyer
Address:
Barton Gilman LLP
10 Dorrance St STE 800, Providence 02903
(401) 273-7171
10 Dorrance St STE 800, Providence 02903
(401) 273-7171
Licenses:
Massachusetts - Active 1981
Education:
Cornell Law SchoolDegree JD
Specialties:
Health Care - 34%
Medical Malpractice - 33%
Personal Injury - 33%
Medical Malpractice - 33%
Personal Injury - 33%
Partner At Taylor Duane Barton And Gilman
Partner At Taylor Duane Barton And Gilman
Position:
partner at taylor duane barton and gilman
Location:
Providence, Rhode Island Area
Industry:
Law Practice
Work:
taylor duane barton and gilman
-
partner
John J Barton, Providence RI - Lawyer
John J Barton, Providence RI - Lawyer
Address:
Taylor, Duane, Barton & Gilman
10 Dorrance St STE 800, Providence 02903
(401) 273-7171
10 Dorrance St STE 800, Providence 02903
(401) 273-7171
Licenses:
Rhode Island - Authorized to practice law 1989
Hand-Held Fluid Dispenser System And Method Of Operating Hand-Held Fluid Dispenser Systems
Hand-Held Fluid Dispenser System And Method Of Operating Hand-Held Fluid Dispenser Systems
US Patent:
2005010, May 26, 2005
Filed:
Jul 8, 2004
Appl. No.:
10/887001
Inventors:
John Barton - Providence RI, US
Jeffrey Mendoza - Pascoag RI, US
Jeffrey Mendoza - Pascoag RI, US
International Classification:
B67D005/08
US Classification:
222001000, 222063000
Abstract:
A hand-held fluid dispenser having an enclosure for supporting a container holding a fluid to be dispensed, and a method of operating such hand-held fluid dispensers. A first proximity sensor is located inside the enclosure immediately adjacent one side of the enclosure, and a second proximity sensor is located inside the enclosure immediately adjacent an opposite side of the enclosure. An actuation circuit is supported inside the enclosure and is electrically connected to the first and second proximity sensors. The actuation circuit produces an actuation signal in response to detecting opposed digits of an operator being simultaneously in close proximity to the first and second proximity sensors.