Agricultural greenhouse based on Internet of things

Abstract

The invention discloses an agricultural greenhouse based on the Internet of things. The greenhouse includes a greenhouse body and a remote customer side. Through cooperation among planting plates, planting grooves and planting baskets, different crops can be planted by class. A rainwater collecting box is matched with a filtering screen, liquid outlet pipes and nozzles to achieve irrigation of thecrops in the greenhouse body; a temperature sensor is matched with a warm air machine and a rotating air spray pipe, the internal temperature of the greenhouse body can be adjusted, hot wind is supplied uniformly, and the adjustment effect on the internal temperature of the greenhouse body is great. The remote customer side is matched with a wireless emitter for use, and linkage with the Internetof things is achieved.

Description

technical field [0001] The invention relates to an agricultural greenhouse, in particular to an agricultural greenhouse based on the Internet of Things. Background technique [0002] With the rapid economic growth and the continuous improvement of people's living standards, the contradictions between resource shortage, environmental deterioration and population growth are becoming more and more prominent. In this environment, my country's technical research on agricultural greenhouses is also continuously increasing investment. In the production process of traditional agricultural greenhouses, it mainly relies on manpower, animal power, various hand tools and some simple mechanical operations. Combined with the environmental parameters collected manually such as temperature, humidity, light, carbon dioxide concentration, soil pH, etc., to complete the field management work such as adjusting light, ventilation, irrigation, fertilization, etc., plus a series of greenhouse crops...

AI Technical Summary

Problems solved by technology

In this environment, my country's technical research on agricultural greenhouses is also continuously increasing investment. In the production process of traditional agricultural greenhouses, it mainly relies on manpower, animal power, various hand tools and some simple mechanical operations. Combined with the environmental parameters collected manually such as temperature, humidity, light, carbon dioxide concentration, soil pH, etc., to complete the field management work such as adjusting light, ventilation, irrigation, fertilization, etc., plus a series of greenhouse crops in different The environmental requirements and nutrient requirements of the growth cycle are ignored to varying degrees, making the production of agricultural greenhouses require a lot of manpower, consume a lot of time, and there are unavoidable manual errors. The environmental control lacks scientificity and accuracy, resulting in low agricultural productivity. Production growth is slow and greenhouse technology is not well developed

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