Agricultural irrigation device for internet of things

Abstract

The invention discloses an irrigation device for agricultural internet of things, comprising a mobile base, a water storage frame is installed on the mobile base, and a water injection cylinder is arranged in the water storage frame, and an outlet is opened at the bottom of the water injection cylinder. And the outlet is connected with one end of the connecting water pipe, the other end of the connecting water pipe moves through the water storage frame and extends to the outside, the mobile base is provided with a pillar, and the pillar is vertically welded on the surface of the mobile base, the pillar A fixed seat is provided on the side away from the mobile base, and two sets of sprinkler heads are connected to the fixed seat. The outer wall of the water injection tube is connected with the inner wall of the water storage frame through an elastic support device. The bottom of the water injection tube is welded with two Group support boards. In the present invention, by setting the pressure sensor, the water volume in the water injection cylinder can be effectively monitored, and the water injection cylinder can be replenished in time, without manual observation to judge. If the judgment is wrong, the irrigation situation will be affected.

Description

technical field [0001] The invention relates to the technical field of agricultural irrigation, in particular to an irrigation device for the agricultural internet of things. Background technique [0002] Traditional agricultural production is an empirical production method, which relies on the weather environment and farmers' planting experience to irrigate and fertilize crops. Therefore, there is a saying in traditional agricultural planting that "depends on the sky for food". The results of this are: The efficiency of agricultural production is low, the growth of agricultural output is slow, and the entire agricultural planting cannot be developed in a good and orderly manner. The Agricultural Internet of Things is a new type of agricultural information technology conceived to break the bottleneck of traditional agriculture. It aims to pass a large number of The Internet of Things nodes constitute a monitoring network to monitor the atmosphere and soil environment where t...

AI Technical Summary

Problems solved by technology

[0002] Traditional agricultural production is an empirical production method, which relies on the weather environment and farmers' planting experience to irrigate and fertilize crops. Therefore, there is a saying in traditional agricultural planting that "depends on the sky for food". The results of this are: The efficiency of agricultural production is low, the growth of agricultural output is slow, and the entire agricultural planting cannot be developed in a good and orderly manner. The Agricultural Internet of Things is a new type of agricultural information technology conceived to break the bottleneck of traditional agriculture. It aims to pass a large number of The Internet of Things nodes constitute a monitoring network to monitor the atmosphere and soil environment where the crops are located, helping farmers quickly discover problems and locate the location of the problem, so as to carry out agricultural planting scientifically and effectively. Agricultural planting through the Agricultural Internet of Things can bring Advantages such as increasing production, improving crop quality, adjusting production cycle and improving economic benefits

[0003] Internet of Things control can also be used in agricultural irrigation, but even if Internet of Things control is used, on-site irrigation is indispensable, but traditional irrigation devices cannot detect the amount of water in the water tank, and usually rely on manual observation of the water tank through the water inlet pipe The amount of water, but this judgment method is not accurate, so we urgently need to design an irrigation device for the agricultural Internet of Things to solve the above problems

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