Irrigating system

Abstract

The invention discloses an irrigating system. When the irrigating system is in a working state and when a crop is sensed by a humidity sensor at the root position of the crop to require a lot of water, a signal is sent by the humidity sensor to a central processing unit, a signal is sent by the central processing unit to a first magnetic valve, the first magnetic valve is started, and the crop is irrigated by the water through a spraying head; when the crop is detected by a soil data collector to be lack of water nutrient elements, a second magnetic valve and a third magnetic valve are automatically started by the central processing unit in the irrigating system, and the water and fertilizers are mixed by a water-fertilizer mixer to be sprayed from the spraying head to irrigate the crop. The irrigating system disclosed by the invention has the advantages that the excellent growing environment for the crop is ensured, the yield of the crop is increased, and the large-scale mass production and the application are satisfied.

Description

technical field [0001] The invention relates to an irrigation system, in particular to an irrigation system for crops. Background technique [0002] When the soil cannot provide the nutrients needed for crop growth and development, the behavior of supplementing crops with artificial nutrients is called fertilization. When crops grow, they not only need a lot of water, but also need to add a little bit of nutrients to ensure their normal growth. When the existing crops are growing, artificial irrigation and fertilization are used, and during irrigation, irrigation and fertilization are carried out separately, and water and fertilizer cannot be mixed together for irrigation. When irrigation and fertilization are performed, most workers rely on Personal experience to irrigate and fertilize crops is inefficient, and may not be able to meet the water and nutrient elements in the growth of crops, so that the growth of crops cannot be maximized, and the yield of crops is low, whic...

AI Technical Summary

Problems solved by technology

When the existing crops are growing, artificial irrigation and fertilization are used, and during irrigation, irrigation and fertilization are carried out separately, and water and fertilizer cannot be mixed together for irrigation. When irrigation and fertilization are performed, most workers rely on Personal experience to irrigate and fertilize crops is inefficient, and may not be able to meet the water and nutrient elements in the growth of crops, so that the growth of crops cannot be maximized, and the yield of crops is low, which cannot meet the large-scale market promotion and application of

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