Unattended water conservation irrigation device based on online control of Internet of Things

Abstract

The invention discloses an unattended water conservation irrigation device based on online control of the Internet of Things. The unattended water conservation irrigation device structurally includesa solar panel, a supporting column, a see-through window, an irrigation control terminal, a heat dissipation port, a supporting foot, a connecting cable, a base, a motor, a pump head, a water inlet, apressure meter, a soil moisture sensor, a pressure tank, a pressure tank connection port, a water outlet, a water pump, a pump house, a sand filter, a filter chamber, a fertilizing tank, a strainer filter, a water outlet pipe, a management room and a distribution room. The unattended water conservation irrigation device causes crops to undergo beneficial depletion exercises, improves the quality,controls the growth of upper parts, achieves dwarf close planting and achieves the purpose of saving water and increasing yield, and information on actual crop growth in an agricultural area is obtained in real time; through information processing and analysis and an on-demand technology for water supply to crops, the utilization of water resources and the industrial rate of the land can be maximized, and under the long-term operation of the Internet of Things, the online control and unattended irrigation system can be achieved.

Description

technical field [0001] The invention is an unattended water irrigation device based on the Internet of Things online control, belonging to the field of water irrigation devices. Background technique [0002] The water conservancy irrigation device performs agricultural irrigation through the internal irrigation system. The irrigation system is the general term for ditches or pipelines at all levels such as water diversion, water delivery, water distribution, water storage, and water withdrawal in the irrigation area, as well as corresponding buildings and facilities. Water is drawn from the water source and passed through Canals, pipelines and ancillary buildings are used to transport and distribute water to farmland for irrigation, which can be divided into two types: canal irrigation systems and pipeline irrigation systems; canal irrigation systems: irrigation canal head projects, water delivery, water distribution projects and field irrigation projects ①Irrigation canal h...

AI Technical Summary

Problems solved by technology

[0004] Aiming at the deficiencies of the existing technology, the purpose of the present invention is to provide an unattended water irrigation device based on the Internet of Things online control, so as to solve the serious waste of water resources in the irrigation process of the prior art and the relatively low effectiveness. Poor, the crops that need to be irrigated cannot obtain the information of the actual growth demand in real time, resulting in the inability to effectively apply water to the irrigated crops as needed, the use of water resources and the industrial rate of the irrigated site are seriously wasted, and the process of irrigation requires The manual labor is relatively large, and someone needs to be on duty from time to time, and the environmental protection performance is extremely poor.

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