RADIO CONTROLLED WEATHER MONITORING

Brand Owner (click to sort) Address Description
SMART WATER MANAGER HYDROPOINT DATA SYSTEMS, INC. 1720 Corporate Circle Petaluma CA 94954 Radio controlled weather monitoring, analysis and irrigation systems, comprising weather monitors, radio transmitters and receivers for communication of weather data and for controlling irrigation, irrigation controllers, and computer application software to monitor, gather and analyze weather data from various locations, then calculate the optimal irrigation on the basis of such analysis, then control irrigation on the basis of such calculations;Advisory services, namely, agricultural and horticultural advice; advisory services in the field of irrigation;Information services for others in the field of monitoring, gathering and analysis of weather data, and calculation of optimal irrigation on the basis of such analysis; agricultural and horticultural research;
THE PROVEN LEADER IN SMART IRRIGATION HYDROPOINT DATA SYSTEMS, INC. 1720 Corporate Circle Petaluma CA 94954 Radio controlled weather monitoring, analysis and irrigation systems, comprising weather monitors, radio transmitters and receivers for communication of weather data and for controlling irrigation, irrigation controllers, and computer application software to monitor, gather and analyze weather data from various locations, then calculate the optimal irrigation on the basis of such analysis, then control irrigation on the basis of such calculations;
THE PROVEN LEADER IN SMART IRRIGATION HYDROPOINT DATA SYSTEMS, INC. 1720 Corporate Circle Petaluma CA 94954 Radio controlled weather monitoring, analysis and irrigation systems, comprising weather monitors, radio transmitters and receivers for communication of weather data and for controlling irrigation, irrigation controllers, and computer application software to monitor, gather and analyze weather data from various locations, then calculate the optimal irrigation on the basis of such analysis, then control irrigation on the basis of such calculations;Agricultural and horticultural advice; advisory services in the field of irrigation;Information services for others in the field of monitoring, gathering and analysis of weather data, and calculation of optimal irrigation on the basis of such analysis; agricultural and horticultural research;
WATER NOC HYDROPOINT DATA SYSTEMS, INC. 1720 Corporate Circle Petaluma CA 94954 Radio controlled weather monitoring, analysis and irrigation systems, comprising weather monitors, radio transmitters and receivers for communication of weather data and for controlling irrigation, irrigation controllers, and internet-enabled computer application software to monitor, gather and analyze weather data from various locations, then calculate the optimal irrigation on the basis of such analysis, then control irrigation on the basis of such calculations;WATER KNOCK;The term NOC has no meaning other than trademark significance.;Advisory services, namely, agricultural and horticultural advice; advisory services in the fields of agricultural and horticultural irrigation;WATER;Information services for others in the field of monitoring, gathering and analysis of weather data;
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. A weather station for providing weather information to a user, especially weather information related to lightning and severe thunderstorm activity. In accordance with the present invention, the weather station includes one or more antennas for receiving GPS transmissions, weather radio transmissions, and a separate radio band, such as the AM radio band for use in detecting lightning strikes. The GPS signal is used to determine the position of the user. A lightning detector coupled to the antenna for receiving the AM (or other band) signal calculates the proximity of any detected lightning strikes. The national weather radio band antenna receives information from NOAA and similar organizations and presents it to the user in the normal fashion. In accordance with the present invention, the weather station may take storm data from NOAA and compare it to lightning proximity data that it has already obtained at a particular location and present to the user an indication of the relative location of the severe thunderstorm activity and its direction of movement.