Resumes
Resumes
Vincent Perricone Phones & Addresses
-
350 Cosey Beach Ave, East Haven, CT 06512 (203) 468-6906
-
193 Campbell Ave, West Haven, CT 06516 (203) 934-6184
-
3 April St #2 2, West Haven, CT 06516 (203) 931-7737
-
4251 Atlantic Ave, Port Orange, FL 32127 (386) 322-2019 (904) 322-2019
-
Guilford, CT
-
Rootstown, OH
-
New Port Richey, FL
Business Records
Name / Title
Company / Classification
Phones & Addresses
Owner
King Vincent Storm Photography
Photographic Studios, Portrait
Photographic Studios, Portrait
3 April St, West Haven, CT 06516
(203) 934-8666, (203) 934-6184
(203) 934-8666, (203) 934-6184
PRESIDENT, President
KING, VINCENT, STORM STUDIOS, INC
Commercial Photography
Commercial Photography
3 April St, West Haven, CT 06516
(203) 934-8666
(203) 934-8666
President
King Vincent Storm Studio Inc
Commercial Photography
Commercial Photography
3 April St, New Haven, CT 06516
(203) 934-8666
(203) 934-8666
Partner
Whalley Villa Inc
Coin Operated Laundromat & Dry Cleaners
Coin Operated Laundromat & Dry Cleaners
355 Whalley Ave, New Haven, CT 06511
(203) 776-3803
(203) 776-3803
Publications
Us Patents
Offset Coupling For Electrical Conduit
View pageUS Patent:
49462024, Aug 7, 1990
Filed:
Apr 14, 1989
Appl. No.:
7/339140
Inventors:
Vincent Perricone - East Haven CT
International Classification:
F16L 2704
US Classification:
285166
Abstract:
A coupling is provided for connecting between an electrical conduit and an electrical device for enclosing electrical wires passing therebetween, when the conduit and the device are laterally offset as well as spaced apart from each other. The coupling comprises at least first, second, and third hollow tubular members extending along first, second, and third axes respectively and joined end to end by at least a pair of ball and socket joints to form a unitary structure having relatively smooth interior walls forming a passageway for accommodating passage of electrical wires therethrough. The joints are angularly adjustable in any plane aligned with said second axis to permit alignment of said first, second, and third axes not only in coalignment with each other, but also said first and third axes displaced one from the other by an offset distance corresponding to said lateral offset.