Three-dimensional irrigation system for orchard green prevention and control

Abstract

The invention provides a three-dimensional irrigation system for orchard green prevention and control, and relates to the technical field of crop manufacturing tools. The three-dimensional irrigation system based on orchard green prevention and control comprises an insect disease big data module, the insect disease big data module is connected with an automatic processing module through a network signal, the automatic processing module is connected with a distributed irrigation module through a main output pipe network, the insect disease big data module comprises an information retrieval unit, a big data official website unit, an insect disease classification unit, a data receiving unit, a classification display unit and a data downloading and processing unit, and the information retrieval unit is connected with the big data official website unit. The air permeability of the fruit trees, the illumination rate of the fruits and the fruit setting rate are further improved, and breeding of fruit tree diseases and insect pests is greatly reduced. Due to the stable appearance structure, when the system is used on different fruit trees, the appearance of the system can be used as a pruning reference, tree shapes are kept consistent, and the overall attractive effect of an orchard is improved.

Description

technical field [0001] The invention relates to the technical field of crop tools, in particular to a three-dimensional irrigation system for orchard green prevention and control. Background technique [0002] The irrigation device is to spray water through the irrigation device so that the trees in the orchard can be watered better. It has a simple structure and is easy to operate. However, with the development of science and technology, people have higher and higher functional requirements for the irrigation device. [0003] In the past, farmers mostly used back-type, manual pressurization or syringe pump pressurized hose delivery, and hand-held spraying methods to spray pesticides, which had the following disadvantages: small spraying radius, waste of labor, improper protection, pesticides would cause operator poisoning, long-term Experiencing this kind of situation will endanger your health. Spraying drugs or foliar fertilizers after the fruit trees bear fruit will cause...

AI Technical Summary

Problems solved by technology

[0003] In the past, farmers mostly used back-type, manual pressurization or syringe pump pressurized hose delivery, and hand-held spraying methods to spray pesticides, which had the following disadvantages: small spraying radius, waste of labor, improper protection, pesticides would cause operator poisoning, long-term Experiencing this kind of situation will endanger your health. Spraying drugs or foliar fertilizers after the fruit trees bear fruit will cause young fruits to collide or fall. During spraying operations, the injection pump and drug delivery hose must be frequently changed, which will increase labor and waste Time, when the fruit trees are large, the spraying will be uneven. When working in mountainous areas, the safety of personnel cannot be guaranteed. There is less one-time dispensing, and the proportion of dispensing is inconsistent. Working in mountainous areas, using drones to spray medicine is dangerous, and the wind speed cannot be controlled. Pesticides cannot be distributed evenly, resulting in large losses and high operating costs

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