A medical kit for plant protection drones

Abstract

The invention discloses a medicine box for a plant protection drone, which includes a liquid level detection device, a medicine box main body (14) and a main controller. The top of the medicine box main body (14) is provided with a battery compartment (3) and a plurality of bolts (4), the bottom of the main body of the medicine box (14) is provided with a positioning tapered hole (6), the main pipe for liquid level detection (10) communicates with the conical funnel (8), and the main pipe for liquid level detection (10) is on and along the A plurality of water outlet holes (11) are sequentially arranged in the length direction, and a limit switch (12) is arranged at the end of the main liquid level detection pipe (10), and the main pipe for liquid level detection (10) is covered with a valve that can slide up and down along the pipe. The buoyancy block (7), the buoyancy block (7) is located between the limit switch (12) and the threaded column (9). The invention has the beneficial effects of: greatly improving the plant protection effect and work efficiency, accurately judging the remaining amount of medicine in the medicine box, accurately judging the amount of medicine charged, good heat dissipation effect of the battery, and protecting workers from direct contact with pesticides.

Description

technical field [0001] The invention relates to the technical field of the medicine box structure of a plant protection drone, in particular to a medicine box for a plant protection drone. Background technique [0002] At present, the loading of the medicine box on the plant protection drone is done manually. The amount in the medicine box is judged according to the personal experience of the operator. The remaining amount of pesticide is not accurate when the distance from the eyes is far away. It will cause the medicine box to return to the voyage to add medicine, and at the same time cause the plant protection work to be carried out without medicine. These two situations often occur, which greatly affect the working efficiency and plant protection effect of the drone. In addition, the deviation after filling the medicine is also large. Adding too much will increase the load of the UAV and increase the power consumption of the UAV when it reaches the last operation point. ...

AI Technical Summary

Problems solved by technology

[0002] At present, the loading of the medicine box on the plant protection drone is done manually. The amount in the medicine box is judged according to the personal experience of the operator. The remaining amount of pesticide is not accurate when the distance from the eyes is far away. It will cause the medicine box to return to the voyage to add medicine, and at the same time cause the plant protection work to be carried out without medicine. These two situations often occur, which greatly affect the working efficiency and plant protection effect of the drone. In addition, the deviation after filling the medicine is also large. Add too much, increase the load of the UAV, and increase the power consumption of the UAV when it reaches the last operation point

In summary, manual dosing has a greater impact on the plant protection effect of drones, which greatly reduces the plant protection effect and work efficiency.

Images