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Jesse W Loden

from Prescott, AZ
Age ~81
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Also known as:
Jessie W Loden
Related to:
Elizabeth A Talley, 66Christopher John Talley, 60Eugene W Talley, 89Michelle Talley, 30Sara B Duenas, 42David P Talley, 31E R LodenErna Rita LodenJennifer Hulett, 44
Connected to:
Barry A Loden, 32Candace Loden, 36Cody Loden, 32Jo G Loden, 97Joye M Loden, 96Kathryn V Loden, 66Paul T Loden, 101Alexandra LoderCathy J Loder, 69Colton H Loder, 41

Jesse Loden Phones & Addresses

  • Prescott, AZ
  • 39194 Calle Chopos, Indio, CA 92203
  • 80644 Camino San Gregorio, Indio, CA 92203
  • 80381 Avenida Santa Belinda, Indio, CA 92203 (760) 360-5180 (760) 360-4909
  • 13436 Pantera Rd, San Diego, CA 92130 (858) 259-6507 (858) 793-1750
  • Riverside, CA

Work

Company: Burroughs corp 1985 to 1990 Position: Engineer

Education

School / High School: El Cajon Valley High School

Industries

E-Learning

Resumes

Resumes

Jesse Loden Photo 1

El Cajon Valley High School

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Location:
80644 Camino San Gregorio, Indio, CA 92203
Industry:
E-Learning
Work:
Burroughs Corp 1985 - 1990
Engineer
Datagraphix 1974 - 1990
Engineer
1974 - 1990
El Cajon Valley High School
Education:
El Cajon Valley High School

Publications

Us Patents

Irrigation Method And Control System

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US Patent:
50978616, Mar 24, 1992
Filed:
Sep 8, 1988
Appl. No.:
7/241930
Inventors:
Larry K. Hopkins - Escondido CA
Jesse W. Loden - San Diego CA
Paul M. Hunter - Encinitas CA
Assignee:
Hunter Industries - San Marcos CA
International Classification:
F16K 1736
US Classification:
137 783
Abstract:
A plurality of selectively actuable watering stations are spaced about a selected location such as a lawn and/or garden and are connected to a source of pressurized water. A set of data is stored representing environmental conditions of the selected location, said conditions being selected from the group consisting of evapotranspiration rates for predetermined intervals throughout a given time period, and temperature precipitation rates for predetermined intervals throughout a given time period. Another set of data is provided from at least one input device at the selected location, the input device being selected from the group consisting of a temperature sensor, a rain gauge, a hummidity sensor, and a flow meter. Each watering station is actuated for predetermined durations at predetermined intervals based upon the data representing environmental conditions and the input device data to thereby ensure optimum growth of the plants situated in the selected location. A non-watering period may be designated for each of the watering stations to thereby determine an available watering period for each of the watering stations.
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Jesse W Loden from Prescott, AZ, age ~81 Get Report