Anti-tilting and anti-swaying medicine box for aerial spraying plant protection

Abstract

The invention provides an anti-tilting and anti-swaying medicine box for aerial spraying plant protection. The box comprises a box body, a box cover and an anti-tilting and anti-swaying plate, wherein multiple guide pillars are disposed on the bottom face of the box body; the density of the anti-tilting and anti-swaying plate is lower than the density of a medicine liquid; multiple through holes and radial gaps are formed in the anti-tilting and anti-swaying plate; the anti-titling and anti-swaying plate is installed on the guide pillars by the through holes; clearance exists between the anti-titling and anti-swaying plate and the inner wall of the box body; slide-guided clearance fitting is formed between the through holes and the guide pillars; and liquid outlets and air holes are formed in the box cover, and the box cover seals the box body in a dismountable manner. The anti-titling and anti-swaying plate floats on the surface of the medicine liquid, and the anti-tilting and anti-swaying plate can prevent the medicine liquid from swaying or tilting by reacting force of the guide pillars when the medicine liquid sways or tilts. In this way, the gravity center of the medicine liquid box can be kept steady; swaying of the medicine liquid can be weakened; splashing of the medicine liquid can be prevented; influences brought by tilting or swaying of the medicine liquid in the medicine box to aircraft balance can be reduced during aerial spraying operations; and quality and efficiency of the aerial spraying operations can be increased.

Description

Technical field [0001] The invention belongs to the technical field of agricultural machinery and relates to an anti-overturning medicine box for aerial spray plant protection, which is mainly used for aerial spray plant protection. Background technique [0002] Agricultural aviation spray technology is an operation technology that uses aircraft and its airborne equipment to apply sprays to the target area. The aircraft's altitude and speed, the tilt and oscillation of the liquid medicine, as well as the meteorological conditions, and the atomization performance of the operating equipment all have an effect on the spraying effect. Has a greater impact. This technology was developed relatively early in foreign countries and its application is relatively mature. In 1911, the Germans first proposed a plan to spray chemicals by plane to control forest pests. In 1918, the United States achieved success with biplane spraying to control pasture pests. In 1922, the improved version of...

AI Technical Summary

Problems solved by technology

Although the structure described in this utility model patent can prevent the liquid medicine in the medicine box from oscillating to a certain extent, it cannot prevent the me

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