An unmanned aerial vehicle for monitoring agricultural diseases and insect pests

Abstract

The invention discloses an agricultural unmanned aerial vehicle for monitoring diseases and insect pests, which comprises a fuselage body. The bottom of the fuselage body is sequentially provided with a monitoring shell and a camera shell from top to bottom. Rotationally connected, a detection device is fixed in the monitoring housing, a camera extending into the camera housing is provided at the bottom of the detection device, and a mosquito repellent device is provided at the top of the monitoring housing, and the mosquito repellent device includes a power housing, a motor, a cam, an air intake mouth, exhaust pipe, piston plate, piston rod and return spring, the fuselage body also includes support legs fixed on its bottom end, and the present invention can continuously "blow air" on the surface of the camera housing through the mosquito repellent device To prevent the camera from being covered by flying insects and affect the shooting effect, with the cooperation of the supporting legs and the mosquito repellent device, the whole device can slow down when it lands, and further play a buffering effect to avoid the speed of the device when it lands It is too fast and produces a large impact force with the ground, which protects the device.

Description

technical field [0001] The invention relates to the technical field of agriculture, in particular to an unmanned aerial vehicle for monitoring agricultural diseases and insect pests. Background technique [0002] With the advancement and development of science and technology, agriculture uses more and more equipment, more and more sophisticated, and advanced drone technology can also be used in the field of agriculture. The drones used in agriculture can Spraying pesticides, and some drones can monitor pest and disease disasters. However, when most agricultural pest monitoring drones fly over crops, the camera directly captures the relevant information of the crops, but the camera is not set. A very good protective structure, if the small pests attached to the crops are small in size and large in number, it will also cause the pests to fly to the camera and stay, thus greatly affecting the work efficiency and clarity of the camera. SUMMARY OF THE INVENTION [0003] The pu...

AI Technical Summary

Problems solved by technology

[0002] With the advancement and development of science and technology in agriculture, more and more equipment is used and more sophisticated, and advanced drone technology can also be used in the field of agriculture. The drones used in agriculture can Spray pesticides, and some drones can monitor pest disasters, but now most of the agricultural pest monitoring drones fly over the crops, the camera directly captures the relevant information of the crops, but the camera is not set A very good protective structure, if the small pests attached to the crops are small in size and large in number, it will also cause the pests to fly to the camera and stay there, which will greatly affect the working efficiency and clarity of the camera

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