ROBERT LEE WILLIAMS, JR
Pilots at Kensington Dr, Marietta, GA

License number
Georgia A2296966
Issued Date
May 2015
Expiration Date
May 2017
Category
Airmen
Type
Authorized Aircraft Instructor
Address
Address
3730 Kensington Dr, Marietta, GA 30066

Professional information

Robert Williams Photo 1

Robert Williams - Marietta, GA

Work:
Expert Solutions Temp Services Florida Diversified Industries - Clearwater, FL
Warehouse Associate/ Assembler
Lords Greenhouse Landscaping - Sanford, FL
Foreman / supervisor/laborer
Education:
Kaplan University
AA in Business Manager


Robert Williams Photo 2

Robert Williams - Marietta, GA

Work:
Verizon Wireless Vendor
Customer Service Representative
Trilegent - Miami, FL
Customer Service Representative
Education:
Syracuse State University
Bachelor of Arts in Mass Communications
Skills:
SKILLS AND COMPETENCIES


Robert Williams Photo 3

Robert Williams

Specialties:
Property Management
Work:
615 Roswell St, Marietta 30060


Robert Williams Photo 4

Self-Propelled Toy Duck

US Patent:
2007005, Mar 8, 2007
Filed:
Aug 24, 2005
Appl. No.:
11/210776
Inventors:
Robert Williams - Marietta GA, US
Susan Adkison - Marietta GA, US
International Classification:
A63H 23/00
US Classification:
446156000
Abstract:
A self-propelled aquatic apparatus having a duck shaped body, wherein the body is partially filled with floatation material, a base, a waterproof battery container, a battery, a battery compartment, an electro-mechanical propulsion mechanism having a pair of webbed feet, which alternately articulate from a forward down position to a rearward raised position, and a power switch. The webbed feet are slightly cupped to enhance paddling efficiency when moving from the forward down position to the rearward raised position, and are made of a relatively flexible material, such that the webbed feet will distort rather than break if they encounter a hard surface or are bent, and will not scratch the skin. The webbed feet have a coupling extension, where said coupling extension has an end that is longer in the front and shorter in the back, where the shorter end enables each of the webbed feet, while in the rearward raised position, to rotate closer to the body as the apparatus is propelled through water, thereby lowering the hydrodynamic resistance of the raised webbed foot.