MR. MICHAEL RAY DILLON, ATC
Athletic Trainer in Athens, GA
License number
Georgia 88
Category
Restorative Service Providers
Type
Athletic Trainer
Address
Address
2
100 Smith St. Coliseum, Athens, GA 30603
1061 Windbrooke Ct, Watkinsville, GA 30677
1061 Windbrooke Ct, Watkinsville, GA 30677
Phone
(706) 542-8984
(706) 542-7707 (Fax)
(706) 769-4028
(706) 542-7707 (Fax)
(706) 769-4028
Professional information
Associate Director Of Sports Medicine
Position:
Associate Director of Sports Medicine at UGA Athletic Department
Location:
Athens, Georgia Area
Industry:
Health, Wellness and Fitness
Work:
UGA Athletic Department
since 1987
-
Associate Director of Sports Medicine
University of Georgia Athletic Association
1987 - Jul 2011
-
Associate Athletic Trainer
Education:
Univeristy of South Carolina
BS, Education University of Alabama
Master's degree, Health Sciences
BS, Education University of Alabama
Master's degree, Health Sciences
Michael R Dillon, Athens GA - ATC
Specialties:
Athletic Training
Address:
100 Smith St, Athens 30602
(706) 542-8984 (Phone), (706) 542-7707 (Fax)
(706) 542-8984 (Phone), (706) 542-7707 (Fax)
Languages:
English
Michael Dillon, Athens GA - Teacher
Specialties:
Spanish
Work:
Piedmont College - Athens GA
Plant Propagating And Shipping Device And Method
US Patent:
4070793, Jan 31, 1978
Filed:
Oct 6, 1976
Appl. No.:
5/729889
Inventors:
Michael Francis Dillon - Athens GA
Assignee:
Flowers, Inc. - Athens GA
International Classification:
A47G 702
US Classification:
47 67
Abstract:
A plant propagating sleeve comprises top, bottom and side walls interconnected along their side edges to form a tubular open ended structure having a plurality of aligned longitudinal apertures formed in each side wall of the sleeve for respectively receiving the stems of plant cuttings to be rooted by means of fluid injected through one or more open ends of the sleeve and which may contain nutrients and insecticides. A plurality of sleeves are stacked into a frame structure having hanger means at the top and bottom thereof whereby vertically disposed stacked sleeves within the frame may be alternately inverted to insure that the cuttings remain substantially horizontal. Sleeves whose cuttings have been rooted may be arranged in stacked relationship and then disposed within a shipping container, the width of which is greater than the width of the stack of sleeves so as to afford space in which the parts of the cuttings outside the sleeve may be retained during shipment of the container and associated stack of sleeves having rooted plants therein. If desired, the sleeves may be turned inside out after roots are established and before placement into a shipping container.