Donald Robert Davis
Physician at Seton Ctr Pkwy, Austin, TX
License number
Colorado 18623
Issued Date
Apr 9, 1974
Renew Date
May 1, 2013
Expiration Date
Apr 30, 2015
Type
Physician
Address
Address
4700 Seton Center Pkwy SUITE 200, Austin, TX 78759
Personal information
See more information about Donald Robert Davis at radaris.comName
Address
Phone
5012 Nell St, Fort Worth, TX 76119
501 N Cactus Ave, Hubbard, TX 76648
502 Savannah Springs Way, Spring, TX 77373
502 Slide Rd APT 1507, Lubbock, TX 79416
503 S San Jose St, Hearne, TX 77859
Professional information
Dr. Donald R Davis - MD (Doctor of Medicine)
Hospitals:
Texas Orthopedics - Central Austin
911 W 38Th St SUITE 300, Austin 78705
Texas Orthopedics - Cedar Park
1401 Medical Pkwy SUITE 120, Cedar Park 78613
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
Texas Orthopedics - Central Austin
911 W 38Th St SUITE 300, Austin 78705
Texas Orthopedics - Cedar Park
1401 Medical Pkwy SUITE 120, Cedar Park 78613
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
911 W 38Th St SUITE 300, Austin 78705
Texas Orthopedics - Cedar Park
1401 Medical Pkwy SUITE 120, Cedar Park 78613
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
Texas Orthopedics - Central Austin
911 W 38Th St SUITE 300, Austin 78705
Texas Orthopedics - Cedar Park
1401 Medical Pkwy SUITE 120, Cedar Park 78613
Seton Medical Center Austin
1201 West 38Th St, Austin 78705
Education:
Medical Schools
University Of Texas Medical School At San Antonio
Graduated: 1972
University Of Texas Medical School At San Antonio
Graduated: 1972
Chemical Dependence Counselor At Travis County Adult Probation
Position:
Chemical Dependence Counselor at Travis County Adult Probation
Location:
Austin, Texas Area
Industry:
Human Resources
Work:
Travis County Adult Probation
- Del Valle, Texas since May 2011
-
Chemical Dependence Counselor
Saint-Gobain Vetrotex America
- Wichita Falls May 1983 - Sep 2010
-
Mix Tech
Education:
Midwestern State University 1999 - 2005
Donald Davis, Cedar Park TX
Work:
Texas Orthopedics Sports & Rehabilitation Associates
1401 Medical Pkwy, Cedar Park, TX 78613 Texas Orthopedics Sports & Rehabilitation Associates
4700 Seton Center Pkwy, Austin, TX 78759 Texas Orthopedics Sports & Rehabilitation Associates
911 W 38Th St, Austin, TX 78705
1401 Medical Pkwy, Cedar Park, TX 78613 Texas Orthopedics Sports & Rehabilitation Associates
4700 Seton Center Pkwy, Austin, TX 78759 Texas Orthopedics Sports & Rehabilitation Associates
911 W 38Th St, Austin, TX 78705
Donald Robert Davis, Austin TX
Specialties:
Orthopedic Surgeon
Address:
4700 Seton Center Pkwy, Austin, TX 78759
630 W 34Th St, Austin, TX 78705
630 W 34Th St, Austin, TX 78705
Education:
University of Texas (San Antonio), Medical School - Doctor of Medicine
University Health System - Residency - Orthopaedic Surgery
University Health System - Residency - Orthopaedic Surgery
Board certifications:
American Board of Orthopaedic Surgery Certification in Orthopaedic Surgery
Communicating Data In A Mesh Network
US Patent:
2013027, Oct 24, 2013
Filed:
Apr 4, 2013
Appl. No.:
13/856543
Inventors:
Donald J. Davis - Austin TX, US
Thadeus N. Burgess - Austin TX, US
Thadeus N. Burgess - Austin TX, US
Assignee:
Draker, Inc. - Austin TX
International Classification:
H04W 40/02
US Classification:
370328
Abstract:
Establishing a mesh network. A gateway in the mesh network may broadcast a wireless message to neighboring nodes of the gateway in the mesh network. The neighboring nodes may store first hop count information based on the wireless message received from the gateway. The neighboring nodes may each broadcast the wireless message to other neighboring nodes in the wireless mesh network. The other neighboring nodes may store second hop count information based on the received messages from the respective neighboring nodes. The second hop count information may indicate a greater hop count than the first hop count information. The first hop count information and the second hop count information may be used to establish routes from nodes to gateways in subsequent communications in the mesh network.
Telemetry System And Method
US Patent:
2002003, Mar 14, 2002
Filed:
Jun 29, 2001
Appl. No.:
09/897701
Inventors:
Randall Chance - Round Rock TX, US
David Young - Austin TX, US
Donald Davis - Austin TX, US
Thomas Garner - Austin TX, US
Michael Young - Pflugerville TX, US
Michael Devine - Austin TX, US
Spencer Nimberger - Houston TX, US
Kevin Cessac - Houston TX, US
Richard Smalling - Austin TX, US
Kejun Chen - Austin TX, US
David Young - Austin TX, US
Donald Davis - Austin TX, US
Thomas Garner - Austin TX, US
Michael Young - Pflugerville TX, US
Michael Devine - Austin TX, US
Spencer Nimberger - Houston TX, US
Kevin Cessac - Houston TX, US
Richard Smalling - Austin TX, US
Kejun Chen - Austin TX, US
International Classification:
G08C019/10
US Classification:
340/870090, 340/870110
Abstract:
A system comprising a remote telemetry device to monitor at least one sensor input, a central station, responsive to the remote telemetry device, a central database to store and organize information communicated by the telemetry device, and a computer network user interface that provides a user with remote access to the information stored at the central database. The telemetry device may be programmable to communicate with a central station upon at least one of an alarm condition and a regular time interval. The central station may include a central station computer server and software embedded therein to provide connection with a wide area network communications module, a database hosting module hosting a central database, and a notification module to issue alarm notification messages.
System And Method For Remote Monitoring Of Cathodic Protection Systems
US Patent:
2002003, Apr 4, 2002
Filed:
Jun 29, 2001
Appl. No.:
09/897700
Inventors:
Randall Chance - Round Rock TX, US
David Young - Austin TX, US
Donald Davis - Austin TX, US
Thomas Garner - Austin TX, US
Michael Young - Pflugerville TX, US
Michael Devine - Austin TX, US
Spencer Nimberger - Houston TX, US
Kevin Cessac - Houston TX, US
Richard Smalling - Austin TX, US
Kejun Chen - Austin TX, US
David Young - Austin TX, US
Donald Davis - Austin TX, US
Thomas Garner - Austin TX, US
Michael Young - Pflugerville TX, US
Michael Devine - Austin TX, US
Spencer Nimberger - Houston TX, US
Kevin Cessac - Houston TX, US
Richard Smalling - Austin TX, US
Kejun Chen - Austin TX, US
International Classification:
G08C019/10
US Classification:
340/870090, 340/870110
Abstract:
A system and method for remote monitoring of a cathodic protection system are disclosed. In one embodiment of a system incorporating teachings of the present disclosure, a remote telemetry device may be communicatively coupled to at least one cathodic protection device operable to provide direct current to a metallic object, the telemetry device may be programmable to communicate with a central station, and the telemetry device may incorporate a transmitter and a processor. The processor may include memory and programming code to control operation of the telemetry device, and the transmitter may be operable to communicate information to a central station.
Establishing A Mesh Network
US Patent:
2013027, Oct 24, 2013
Filed:
Apr 4, 2013
Appl. No.:
13/856533
Inventors:
Donald J. Davis - Austin TX, US
Thadeus N. Burgess - Austin TX, US
Thadeus N. Burgess - Austin TX, US
Assignee:
Draker, Inc. - Austin TX
International Classification:
H04W 40/02
US Classification:
370328
Abstract:
Establishing a mesh network. A gateway in the mesh network may broadcast a wireless message to neighboring nodes of the gateway in the mesh network. The neighboring nodes may store first hop count information based on the wireless message received from the gateway. The neighboring nodes may each broadcast the wireless message to other neighboring nodes in the wireless mesh network. The other neighboring nodes may store second hop count information based on the received messages from the respective neighboring nodes. The second hop count information may indicate a greater hop count than the first hop count information. The first hop count information and the second hop count information may be used to establish routes from nodes to gateways in subsequent communications in the mesh network.