REGINO V GARZA
Medical Practice at Blanco Rd, San Antonio, TX
License number
Texas 68-10604
Category
Medical Practice
Type
Prosthetics Case Management
Address
Address
16607 Blanco Rd SUITE 303, San Antonio, TX 78232
Phone
(361) 230-0466
(210) 493-9504 (Fax)
(210) 493-9504 (Fax)
Personal information
See more information about REGINO V GARZA at radaris.comName
Address
Phone
111 Eagle Ridge Dr, Floresville, TX 78114
168 Shady Oaks Ct, Floresville, TX 78114
2215 Latexo Dr, Houston, TX 77018
2942 Kerri Elizabeth, San Antonio, TX 78237
6427 Tabitha Cir, Brownsville, TX 78521
Professional information
Regino V Garza, San Antonio TX
Specialties:
Prosthetics
Address:
16607 Blanco Rd SUITE 303, San Antonio 78232
(210) 493-9504 (Fax)
(210) 493-9504 (Fax)
Languages:
English
Large Area Water Redistribution Network
US Patent:
2011029, Dec 1, 2011
Filed:
Jun 1, 2010
Appl. No.:
12/791601
Inventors:
Regino A. GARZA - San Antonio TX, US
Pablo V. BALDERAS - San Antonio TX, US
Pablo V. BALDERAS - San Antonio TX, US
International Classification:
F17D 1/08
US Classification:
137 2, 137597
Abstract:
A system and methods for the redistribution of water as a resource across large geographic distances where water deficits are matched with excess water conditions. The system utilizes a large area network of water conduits that extend between nodes, generally between water reservoirs and water usage areas. The system receives water into the network from geographic areas experiencing excess water and distributes the excess water to areas experiencing water deficits. The system includes terminal nodes having water inlet/outlet systems with metering and pumping components coupled with flow control valves. Each terminal node positioned at an existing reservoir is controlled to permit the inlet of water into the system or the discharge of water from the system. Intermediate nodes incorporate similar flow metering and pumping components as well as flow control valve components. The system is monitored and controlled through wired or wireless communication from a central station. The method provides for the establishment of normal water level ranges and the monitoring of a large number of geographic areas for excess water or water deficit conditions. The system matches excess water areas with deficit regions and coordinates the transfer of water between such regions. Excess water regions may also be coordinated with multiple normal water level regions for the distribution of excess water over a large area. A water deficit region without a direct match to a water excess region may draw from multiple normal regions.