Irrigation device for intelligent agriculture

Abstract

The invention relates to the technical field of agricultural fertilization and irrigation, in particular to an intelligent agricultural irrigation device which comprises a fertilization pipe, a water inlet pipe, a main pipeline, a stirrer, a storage box and a control box, a power valve and a pressure valve are arranged between the fertilization pipe and a filtering device, and a water inlet valve is arranged between the water inlet pipe and the main pipeline. A pressure sensing assembly, a temperature sensing assembly and a flow sensing assembly are arranged in front of the stirrer, the storage box is arranged between the stirrer and the control box, the control box comprises a first control cabinet on the upper half portion and a second control cabinet on the lower half portion, and a drainage pipe is arranged at the bottom end of the control box. The control box is connected with the temperature and humidity sensing assembly through a signal cable, an information collecting assembly is arranged between the control box and the signal cable, the main pipeline is provided with a spray head and an irrigation opening, and thin pipelines are arranged between the spray head and the main pipeline and between the irrigation opening and the main pipeline.

Description

Technical field [0001] The present invention relates to the field of agricultural fertilization irrigation technology, specifically to a smart agricultural irrigation device. Background [0002] Agriculture is one of the most important pillar industries of China's modern national economy, China's agriculture is getting rid of the traditional smallholder economic model, to the direction of intensification, refinement and intelligence, this revolutionary transformation will require the support of new information technology, especially based on the support of big data decision optimization system, the Internet of Things fertilization irrigation system can achieve remote access to farmland planting air temperature humidity, soil temperature humidity, soil moisture and other information, but the existing technology of the Internet of Things agricultural fertilization device design is relatively simple, There are often the following drawbacks in use, one of the existing technologies on...

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Problems solved by technology

[0002] Agriculture is one of the most important pillar industries of China's modern national economy. China's agriculture is getting rid of the traditional small-scale peasant economy model and is transforming towards intensification, refinement and intelligence. This revolutionary transformation will require the support of new information technology Support, especially the support of the decision-making optimization system based on big data, the fertilization and irrigation system of the Internet of Things can realize remote acquisition of farmland planting air temperature and humidity, soil temperature and humidity, soil moisture and other information, but the agricultural fertilization device of the Internet of Things in the prior art The design is relatively simple, and there are often the following disadvantages in use. First, the existing technology has a low efficiency of dissolving fixed particles, which is often caused by two reasons. The solid particle fertilizer has a large volume and a slow dissolution rate when entering water. After the irrigation of the water body in the water tank is completed, there are still solid residues inside, resulting in a low utilization rate of fertilizers. The existing fertilization system cannot be controlled remotely, and cannot achieve precision and accuracy through data analysis.

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