Unmanned plane chemical box with internal curved surface parting function

Abstract

The invention discloses an unmanned plane chemical box with an internal curved surface parting function. The unmanned plane chemical box comprises a box body. A chemical filling port is formed in the top of the box body. A layering surface is arranged in the box body. The front section of the layering surface is a layering curved surface which is bent upwards integrally. The interior of the box body is divided into the upper layer and the lower layer through the layering surface and the layering curved surface. Chemical outlets are formed in symmetrical positions in the two sides of a chemical box bottom plate of the unmanned plane chemical box. To further reduce the inertial sloshing force of chemical liquid during flight, the box body is further internally provided with a chemical box lower layer vertical partition plate, a chemical box lower layer vertical curved surface, a chemical box upper layer vertical partition plate and a chemical box upper layer vertical curved surface. According to the unmanned plane chemical box, when the chemical liquid is reduced, the chemical liquid of the lower layer of the chemical box is still a whole, only the residual chemical liquid of the upper layer shakes, the inertial sloshing force is dispersed through the layering curved surface, the inertial force is decomposed into two forces opposite in direction through the chemical box upper layer vertical curved surface and the chemical box lower layer vertical curved surface, in this way, the sloshing force of the chemical liquid in the flying process can be reduced, and the effect that a plane flies stably can be guaranteed.

Description

technical field [0001] The invention belongs to an unmanned aerial vehicle medicine box, in particular to an unmanned aerial vehicle medicine box with internal curved surface classification. Background technique [0002] The existing plant protection UAV medicine box in the market has a regular structure, which is generally spherical or regular polygonal. When the medicine box is full of medicine, the medicine can be regarded as a whole. It has little impact on the aircraft, only the weight and overall Motion inertia, but with the spraying, the medicine in the medicine box will become less and less, causing the medicine to shake in the medicine box with the movement of the aircraft, and the shaking of the medicine will affect the flight stability of the plane, especially when the plane stops Instantly, the medicine box potion will have a great forward impact. It is obvious: as the aircraft is spraying, the medicine in the medicine box will become less and less, and the iner...

AI Technical Summary

Problems solved by technology

[0002] The existing plant protection UAV medicine box in the market has a regular structure, which is generally spherical or regular polygonal. When the medicine box is full of medicine, the medicine can be regarded as a whole. It has little impact on the aircraft, only the weight and overall Motion inertia, but with the spraying, the medicine in the medicine box will become less and less, causing the medicine to shake in the medicine box with the movement of the aircraft, and the shaking of the medicine will affect the flight stability of the plane, especially when the plane stops Instantly, the medicine chest potion will have a large forward impact

It is obvious: as the aircraft is spraying, the medicine in the medicine box will become less and less, and the inertial shaking force of the medicine in the medicine box will not only have a certain impact on the flight accuracy of the aircraft, but also easily cause safety accidents

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