Auxiliary drilling unmanned aerial vehicle for construction site

Abstract

The invention relates to an auxiliary drilling unmanned aerial vehicle for a construction site. The auxiliary drilling unmanned aerial vehicle comprises four rotor wing unmanned aerial vehicles, a I-shaped connecting rack, a main body supporting plate, a drill, an electric drill main body, a motor, a screw and a bearing pedestal. Each rotor wing unmanned aerial vehicle comprises an unmanned aerialvehicle main body, propellers of the unmanned aerial vehicle and a propeller connecting rack of the unmanned aerial vehicle. The propellers of the unmanned aerial vehicle are mounted on a motor rotary shaft of the unmanned aerial vehicle on the outer side of the propeller connecting rack of the unmanned aerial vehicle. The propeller connecting rack of the unmanned aerial vehicle is connected to the unmanned aerial vehicle main body. A signal emitting device is arranged on the unmanned aerial vehicle main body. The bottom of the unmanned aerial vehicle main body is connected to the main body supporting plate through the I-shaped connecting rack. A groove is formed in the main body supporting plate, the bottom of the electric drill main body moves along the groove in the groove, the drill of the electric drill body faces upward, a screw penetrates through the electric drill main body, one end of the screw is connected to the rotary shaft of the motor and the other end of the screw penetrates through the bearing pedestal. The auxiliary drilling unmanned aerial vehicle provided by the invention drills and processes a building in an auxiliary manner by means of the flexibility of the unmanned aerial vehicle, so that the auxiliary drilling unmanned aerial vehicle designed like this is high in terrain adaptability and wide in processing range, and can be suitable for auxiliary processing of various buildings.

Description

technical field [0001] The invention relates to the field of auxiliary production drones for construction sites, in particular to an auxiliary drilling drone for construction sites. Background technique [0002] Drilling operations are often required in the construction process. The traditional operation is manual drilling operations. When encountering high-rise buildings, auxiliary tools such as ladders are needed. However, such operations are prone to various dangers, and once they happen, they will cause trouble to the operator. , with the continuous improvement of automation technology, it is currently considered to use robots for drilling, and the robot needs to move to the designated position first, and then perform drilling processing. However, due to the poor terrain adaptability of drilling robots, different buildings Or the location needs to be processed by different robots, and the overall movement of the drone is convenient. Consider designing an auxiliary drilli...

AI Technical Summary

Problems solved by technology

[0002] Drilling operations are often required in the construction process. The traditional operation is manual drilling operations. When encountering high-rise buildings, auxiliary tools such as ladders are needed. However, such operations are prone to various dangers, and once they happen, they will cause trouble to the operator. , with the continuous improvement of automation technology, it is currently considered to use robots for drilling, and the robot needs to move to the designated position first, and then perform drilling processing. However, due to the poor terrain adaptability of drilling robots, different buildings Or the position needs to be processed by different robots. The overall movement of the drone is convenient. Consider designing an auxiliary drilling drone for construction sites.

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