MR. FRANK LEVERN DAY, FAODPSPEX
Social Work at Chene St, Detroit, MI
License number
Michigan 820306
Category
Social Work
Type
Addiction (Substance Use Disorder)
Address
Address
5470 Chene St, Detroit, MI 48211
Phone
(313) 875-5521
(313) 267-0549 (Fax)
(313) 587-5287
(313) 267-0549 (Fax)
(313) 587-5287
Professional information
Case Manager At Nso
Position:
Case manager at NSO
Location:
Greater Detroit Area
Industry:
Consumer Services
Work:
NSO
-
Case manager
Frank L Day, Detroit MI
Specialties:
Substance Abuse Counseling
Address:
5470 Chene St, Detroit 48211
(313) 875-5521 (Phone), (313) 267-0549 (Fax)
(313) 875-5521 (Phone), (313) 267-0549 (Fax)
Languages:
English
Connector For Coaxial Television Cable
US Patent:
4592616, Jun 3, 1986
Filed:
Mar 15, 1984
Appl. No.:
6/591398
Inventors:
Thomas J. Drew - New Baltimore MI
Frank S. Day - Detroit MI
Frank S. Day - Detroit MI
Assignee:
Armex Cable Corporation - Warren MI
International Classification:
H01R 1704
US Classification:
339177R
Abstract:
A connector assembly for coaxial television cable used especially for signal connection between two housing mounts. A conductor rod has a multiple-land dielectric spool molded centrally between the ends leaving exposed conductive ends extending from the spool. A housing for the rod consists of two enclosing elements joined by a threaded collar and having threaded extensions to be received in a housing mount.
Cable Connector
US Patent:
4491685, Jan 1, 1985
Filed:
May 26, 1983
Appl. No.:
6/498401
Inventors:
Thomas J. Drew - New Baltimore MI
Frank S. Day - Detroit MI
Frank S. Day - Detroit MI
Assignee:
Armex Cable Corporation - Warren MI
International Classification:
H02G 1502, H01R 426
US Classification:
174 75C
Abstract:
A cable connector for coaxial conductors which includes an elongate composite housing with independent axially spaced gripping devices for the surface of the respective conductors. The gripping devices are rendered operative by the movement of the housing parts into assembly and sealing relationship. The outer tubular conductor is gripped on the inner and outer surfaces and the inner conductor is gripped in a collapsing collet ring formed as a part of the insertion conductor.