DR. AARON TODD OVERMAN, PH.D.
Social Work at 82 Dr, Gladstone, OR
License number
Oregon 1582
Category
Social Work
Type
Clinical
License number
Oregon 1582
Category
Social Work
Type
Clinical Child & Adolescent
Address
Address
2
880 82Nd Dr, Gladstone, OR 97027
14760 SW Jenshire Ln, Portland, OR 97223
14760 SW Jenshire Ln, Portland, OR 97223
Phone
(503) 659-5515
(509) 659-1994 (Fax)
(503) 349-9982
(503) 659-1994 (Fax)
(509) 659-1994 (Fax)
(503) 349-9982
(503) 659-1994 (Fax)
Personal information
See more information about AARON TODD OVERMAN at radaris.comName
Address
Phone
14760 SW Jenshire Ln, Tigard, OR 97223
18150 Rosa Rd, Beaverton, OR 97007
1511 Park Ave, Portland, OR 97201
14760 Jenshire Ln, Portland, OR 97223
Professional information
Dr. Aaron T Overman, Gladstone OR - PHD
Specialties:
Clinical Psychology, Clinical Child & Adolescent Psychology
Address:
Western Psych/Counseling Svs
880 82Nd Dr, Gladstone 97027
(503) 659-5515 (Phone)
880 82Nd Dr, Gladstone 97027
(503) 659-5515 (Phone)
Languages:
English
Hospitals:
Western Psych/Counseling Svs
880 82Nd Dr, Gladstone 97027
Providence Willamette Falls Medical Center
1500 Division St, Oregon City 97045
880 82Nd Dr, Gladstone 97027
Providence Willamette Falls Medical Center
1500 Division St, Oregon City 97045
Aaron Todd Overman, Gladstone OR
Specialties:
Psychotherapist
Address:
880 82Nd Dr, Gladstone, OR 97027
Wave Actuated Devices
US Patent:
2013006, Mar 21, 2013
Filed:
Sep 16, 2011
Appl. No.:
13/235198
Inventors:
Aaron Todd Overman - Portland OR, US
International Classification:
F03B 13/18
US Classification:
60497
Abstract:
The present disclosure is directed to wave actuated devices for converting wave energy from waves passing through water into mechanical work, the wave actuated devices including primary buoys floating in the water and configured to rise and fall with the waves as they pass through the water between lower position and upper positions, carriages coupled to the primary buoy by a linkage and moving between first and second positions, carriage magnetically interactive materials mounted to the carriages, a support structure extending from a support surface and including a pivot spaced from the support surface, and an arm pivotally supported on the pivot and extending from the pivot to a first end proximate the carriage magnetically interactive material. Some examples of wave actuated devices implement buoy force to return the system to a state of potential energy as a wave triggers the device.