An unmanned aerial vehicle interference positioning system

Abstract

The invention discloses a UAV interference positioning system comprising a UAV (unmanned aerial vehicle), a frequency sweeper, a high gain antenna, a microcomputer, a GPS, an electronic compass, a wireless network card and a remote control terminal. The frequency sweeper, the high gain antenna, the microcomputer, the GPS, the electronic compass and the wireless network card are all set in the UAV.The sweeper, the high gain antenna, the GPS, the electronic compass and the wireless network card are connected to the microcomputer, and the microcomputer and the UAV are in communication connectionwith the remote control terminal which is used for controlling the flight of the UAV and viewing interference test data. According to the system, the air interference check can be achieved, the location of an interference source is quickly located, climbing a building manually is not needed, the coordination of property management staff is reduced, and the working efficiency is improved.

Description

technical field [0001] The invention relates to the field of aerial detection, in particular to a UAV interference positioning system. Background technique [0002] There are many large and small urban villages around some big cities. Due to the high and dense distribution of buildings, it is difficult for ordinary mobile phone signals to achieve deep coverage. Therefore, many landlords in urban villages have installed signal amplifiers without quality assurance without permission for the benefit of renting, which has brought a lot of reverse chain interference to the base station network. and operators have brought huge economic losses. [0003] At present, the interference troubleshooting method is to manually use a portable spectrum analyzer and a Yagi antenna to locate the interference source. The equipment is heavy and not convenient to carry, and the vector data cannot be accurately recorded during the frequency scanning process. Moreover, this method requires staff ...

AI Technical Summary

Problems solved by technology

[0002] There are many large and small urban villages around some big cities. Due to the high and dense distribution of buildings, it is difficult for ordinary mobile phone signals to achieve deep coverage.

Therefore, many landlords in urban villages have installed signal amplifiers without quality assurance without permission for the benefit of renting, which has brought a lot of reverse chain interference to the base station network. and operators have brought huge economic losses

[0003] At present, the interference checking method is to manually use a portable spectrum analyzer and a Yagi antenna to locate the interference source. The equipment is heavy and not convenient to carry, and the vector data cannot be accurately recorded during the frequency scanning process.

Moreover, this method requires staff to climb to the top of the building. Since most urban village owners are resistant to inspections and are unwilling to open the roof to cooperate with the work, they need to intervene and coordinate with multiple parties such as the property management, resulting in low efficiency in identifying the source of interference.

Images