RUSSELL EMMETT DAVIS, OTR/L
Restorative Service Providers at Medical Park Dr, Melbourne, FL
License number
Florida OT7148
Category
Restorative Service Providers
Type
Hand
Address
Address
2
1341 Medical Park Dr, Melbourne, FL 32901
108 Tequesta Harbor Dr, Merritt Island, FL 32952
108 Tequesta Harbor Dr, Merritt Island, FL 32952
Phone
(321) 728-7418
(321) 728-7403 (Fax)
(321) 449-0894
(321) 728-7403 (Fax)
(321) 449-0894
Personal information
See more information about RUSSELL EMMETT DAVIS at radaris.comName
Address
Phone
508 44Th Ave E LOT E37, Bradenton, FL 34203
5223 Ponce De Leon Blvd, Sebring, FL 33872
5205 Hogan Pl, Cocoa, FL 32927
4715 Thomas Dr UNIT 401, P C Beach, FL 32408
4950 Burlington Ave N, Saint Petersburg, FL 33710
Professional information
See more information about RUSSELL EMMETT DAVIS at trustoria.com
Magnetic Bearing System And Method Of Controlling Magnetic Bearing System
Magnetic Bearing System And Method Of Controlling Magnetic Bearing System
US Patent:
6429561, Aug 6, 2002
Filed:
Jun 7, 2000
Appl. No.:
09/588474
Inventors:
Russell W. Davis - Melbourne FL
Dwight D. Back - Palm City FL
Gregory S. Cole - Ormond Beach FL
John Hung - Auburn AL
Dwight D. Back - Palm City FL
Gregory S. Cole - Ormond Beach FL
John Hung - Auburn AL
Assignee:
Mainstream Engineering Corporation - Rockledge FL
International Classification:
H02K 709
US Classification:
310 905, 310 68 B
Abstract:
A method for controlling magnetic bearings is disclosed. More specifically, this method moves the rotor position setpoint away from the center point between two opposing bearings and closer to one of the bearings. Assuming the force on the rotor is unidirectional, the bearings will be more stable and will be able to exert more force on the rotor. The bearings require less current, thereby allowing for the reduction of the winding size, and the power consumption of the bearing is decreased. The movement of the shaft in one direction or the other necessitates adaptive control, or the alteration of the dynamic control algorithm to maintain optimal performance by accounting for different system stability requirements.
Nanotube/Metal Substrate Composites And Methods For Producing Such Composites
Nanotube/Metal Substrate Composites And Methods For Producing Such Composites
US Patent:
2006023, Oct 19, 2006
Filed:
Oct 27, 2005
Appl. No.:
11/258918
Inventors:
Robert Scaringe - Rockledge FL, US
Dwight Back - Pembroke Pines FL, US
John Meyer - Palm Bay FL, US
Russell Davis - Melbourne FL, US
Gregory Cole - Melbourne FL, US
Dwight Back - Pembroke Pines FL, US
John Meyer - Palm Bay FL, US
Russell Davis - Melbourne FL, US
Gregory Cole - Melbourne FL, US
Assignee:
Mainstream Engineering Corp. - Rockledge FL
International Classification:
D01F 9/12, C23C 16/00, B05D 3/00, B05D 7/00
US Classification:
423335000, 423447300, 423561100, 427248100, 427402000, 427299000, 427331000
Abstract:
Carbon nanotubes are grown directly on metal substrates using chemical vapor deposition. Metal substrates are comprised of catalysts which facilitate or promote the growth of carbon nanotubes. The nanotube coated metal substrates have applications including, but not limited to, heat transfer and thermal control, hydrogen storage, fuel cell catalytic reformers, electronics and semiconductors, implantable medical devices or prostheses, and tribological wear and protective coatings.
Nanotube/Metal Substrate Composites And Methods For Producing Such Composites
Nanotube/Metal Substrate Composites And Methods For Producing Such Composites
US Patent:
2005023, Oct 27, 2005
Filed:
Apr 26, 2004
Appl. No.:
10/831157
Inventors:
Robert Scaringe - Rockledge FL, US
Dwight Back - Pembroke Pines FL, US
John Meyer - Palm Bay FL, US
Russell Davis - Melbourne FL, US
Gregory Cole - Melbourne FL, US
Dwight Back - Pembroke Pines FL, US
John Meyer - Palm Bay FL, US
Russell Davis - Melbourne FL, US
Gregory Cole - Melbourne FL, US
Assignee:
Mainstream Engineering Corp. - Rockledge FL
International Classification:
D01F009/12
US Classification:
427249100, 423447300, 148537000
Abstract:
Carbon nanotubes are grown directly on metal substrates using chemical vapor deposition. Metal substrates are comprised of catalysts which facilitate or promote the growth of carbon nanotubes. The nanotube coated metal substrates have applications including, but not limited to, heat transfer and thermal control, hydrogen storage, fuel cell catalytic reformers, electronics and semiconductors, implantable medical devices or prostheses, and tribological wear and protective coatings.
Lightweight Portable Electric Generator
Lightweight Portable Electric Generator
US Patent:
2005004, Mar 3, 2005
Filed:
Aug 28, 2003
Appl. No.:
10/649793
Inventors:
Gregory Cole - Melbourne FL, US
Brian Tews - Melbourne FL, US
Robert Scaringe - Rockledge FL, US
Russell Davis - Melbourne FL, US
Brian Tews - Melbourne FL, US
Robert Scaringe - Rockledge FL, US
Russell Davis - Melbourne FL, US
International Classification:
H02K009/04
US Classification:
29000100A, 123041310
Abstract:
A compact and lightweight electric generator for portable power applications employs a new engine design and integration approach for reducing engine and generator weight. A unique flywheel alternator generates electrical power and provides inertia for the engine, pressurized air for cooling, and inertia for the alternator. An engine cowling provides rotating component protection, a fan shroud mechanism, cooling air ducts, and a cooling mechanism for handling large quantities of heat produced by rectified power conversion.