Atomizer for fruit trees

Abstract

Provided is an atomizer for fruit trees. The atomizer comprises a bottom plate, a seat device, a medicine box device, a sprinkling device, a support device and a rotary device. Rollers are arranged on the bottom plate. The seat device comprises a first support rod, a first traverse rod, a first support, a sitting plate, a back plate and a first triangular block. The medicine box device comprises a medicine box, a medicine-feeding pipe, a medicine-feeding hopper, a first filtering net, a second support rod and a sponge block. The sprinkling device comprises a pipeline, a water pump, a second filtering net, a baffle ring, a medicine-fetching hopper and a spraying head. The support device comprises a second support, a first connecting rod, a second connecting rod, a first slanting rod, a first vertical rod, a second slanting rod, a second traverse rod, a rotary shaft and a bending rod. The rotary device comprises a rotary rod, a holding rod, an elastic sheet, a second vertical rod, first springs, a third vertical rod, a third transverse rod, a fourth transverse rod and a second spring. The atomizer for fruit trees has following beneficial effects: pesticides are applied to fruit trees at different heights; height can be regulated at any will; and an application range of a product is broadened.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, in particular to a sprayer for fruit trees. Background technique [0002] In the fruit planting process, in order to ensure the normal growth of fruit trees and fruits and increase the yield, it is usually necessary to regularly spray pesticides on fruit trees. In the prior art, most fruit growers use backpack sprayers to apply pesticides, which have low spraying height and high work intensity. , the spray effect is poor. Some large-scale fruit trees also use fruit tree sprayers to spray pesticides, but the existing fruit tree sprayers use fuel engines as power, with complex structures, high spray lifts, and large spray volumes. They are only used for relatively high fruit trees and cannot be applied. Small fruit trees are likely to cause waste of chemicals and environmental pollution, and are especially not suitable for farmers in family orchards. [0003] Therefore, it is neces...

AI Technical Summary

Problems solved by technology

[0002] In the fruit planting process, in order to ensure the normal growth of fruit trees and fruits and increase the yield, it is usually necessary to regularly spray pesticides on fruit trees. In the prior art, most fruit growers use backpack sprayers to apply pesticides, which have low spraying height and high work intensity. , poor spray effect

Some large-scale fruit trees also use fruit tree sprayers to spray pesticides, but the existing fruit tree sprayers use fuel engines as power, with complex structures, high spray lifts, and large spray volumes. They are only used for relatively high fruit trees and cannot be applied. Small fruit trees are likely to cause waste of chemicals and environmental pollution, especially not suitable for farmers in family orchards

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