MICHAEL MILLER, PHD, HSPP
Social Work in Adams, IN
License number
Indiana 39001698A
Category
Mental Health
Type
Mental Health
License number
Indiana 20042717A
Category
Social Work
Type
Clinical
Address
Address
2
1530 N Commerce Dr WEST, Adams, IN 47240
645 S Rogers St, Blmgtn, IN 47403
645 S Rogers St, Blmgtn, IN 47403
Phone
(812) 663-7057
(812) 663-6735 (Fax)
(812) 339-1691
(812) 337-2438 (Fax)
(812) 663-6735 (Fax)
(812) 339-1691
(812) 337-2438 (Fax)
Professional information
Michael Miller, Bloomington IN
Specialties:
Psychologist
Address:
645 S Rogers St, Bloomington, IN 47403
720 N Marr Rd, Columbus, IN 47201
1530 N Commerce West Dr, Greensburg, IN 47240
720 N Marr Rd, Columbus, IN 47201
1530 N Commerce West Dr, Greensburg, IN 47240
Connecting Structure
US Patent:
4504168, Mar 12, 1985
Filed:
Mar 27, 1981
Appl. No.:
6/248645
Inventors:
Michael C. Miller - Bloomington IN
International Classification:
F16B 507
US Classification:
403353
Abstract:
Structure for connecting two members together, each including parallel, spaced apart, oppositely disposed, opposed surfaces having a cross section including a short straight portion adjacent one edge thereof, a longer obliquely extending portion extending from the other edge thereof and merging with an arcuate connecting portion which intersects the shorter straight portion, which surfaces are complementary and arranged to be in engagement with the members assembled. In one modification of the invention, the oblique portion of the surface cross section starts prior to the plane of the short straight line portion of the cross section and crosses it prior to merging with the connecting portion of the cross section. In another modification, the cross section of the surfaces of one member is formed with short straight portions at both edges of the surfaces with obliquely extending portions extending both ways from the center of the surface terminating in separate arcuate portions intersecting the short straight portions of the cross section. The connecting structure may be utilized to implement fasteners similar to nuts and bolts, may be utilized to secure a plurality of annular or polygonal members in a single plane, and to connect a plurality of separate members serially.