Pasture automatic drinking water control system and control method

Abstract

The invention provides a pasture automatic drinking water control system and a control method. The control system comprises at least one electronic tag, a wireless card reader, a temperature sensor, awater depth sensor, a concentrator, a water tank, a water discharge switch and a big data platform. The wireless card reader reads electronic tag data worn by cattle and sheep and uploads the electronic tag data to the concentrator; the temperature sensor monitors the environment temperature of the pasture in real time and uploads temperature data to the concentrator; the water depth sensor monitors the water depth of the water tank and uploads water depth data to the concentrator; and the concentrator reports the received electronic tag data, water depth data and temperature data to the bigdata platform. According to the invention, remote manual control and system automatic control can be realized; remote water injection and drainage can be realized, the water quality is ensured, and residual water can be prevented from freezing; water drinking conditions of cattle and sheep can be counted automatically, and pasture field temperature can be collected automatically. The workload of herdsmen can be reduced, and meanwhile the working efficiency can be improved.

Description

technical field [0001] The invention relates to the field of intelligent pastures, in particular to a pasture automatic drinking water control system and control method. Background technique [0002] Farming in wild pastures, in pastures without open water sources, herdsmen need to go to the pastures to feed water to cattle and sheep every day. The usual practice is to dig a well in the pasture, and the herdsmen go to the pasture to turn on the water switch, fill the water tank, the cattle and sheep come to drink water, and then the herdsmen leave the pasture. If it is winter, you have to wait for the cattle and sheep to drink the water, and drain the water in the sink to prevent the remaining water from freezing. This method of artificially feeding cattle and sheep increases the time for herdsmen to go back and forth to the pasture, reduces the work efficiency of herdsmen, and is not conducive to the increase of breeding scale and the improvement of efficiency. Contents ...

AI Technical Summary

Problems solved by technology

[0003] In view of this, the present invention provides a pasture automatic drinking water control system and control method, which can solve the following three problems: 1. The problem of switching on and off the pump in the pasture; 2. The problem of draining water from the water tank; question

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