Laser aiming emission system capable of scanning in all directions

Abstract

The invention relates to a laser aiming emission system capable of scanning in all directions. The laser aiming emission system comprises a light beam emission device, a light beam steering device and a light beam aiming device, wherein the light beam emission device comprises a laser light source and a laser beam expanding assembly; the light beam steering device comprises a light beam steering assembly, an azimuth rotating shaft assembly and a cylindrical lens barrel; and the light beam aiming device comprises a fixed support and an optical sight. After the light beam emission device emits laser to enter the light beam steering device, all-directional adjustment and aiming of emergent light beams can be achieved, so that all-directional and long-distance striking on a target unmanned aerial vehicle can be achieved, and the problem of scanning blind areas does not exist. The unmanned aerial vehicle entering a no-fly zone can be aimed quickly, and as long as a target is aimed and locked, the target can be attacked instantaneously without delay, so that the potential risk of major safety accidents caused by the unmanned aerial vehicles in fields such as airports and power stations can be prevented.

Description

technical field [0001] The invention relates to a laser aiming and emitting system capable of omnidirectional scanning, which belongs to the technical field of laser blinding unmanned aerial vehicles. Background technique [0002] With the popularization of civilian drones, the phenomenon of "black flying" of various drones has been repeatedly banned. Drones entering areas such as airports, substations, large warehouses storing flammable and explosive dangerous goods, and large-scale event sites will cause serious damage. Potential safety hazards and major property losses. [0003] The traditional way to deal with drones is to conduct electromagnetic interference on them, which interferes with the flight control system and signal transmission system of drones. However, the range of electromagnetic interference is relatively short, and it is necessary to establish an electromagnetic interference position in advance. The established electromagnetic field can only achieve limi...

AI Technical Summary

Problems solved by technology

However, the action distance of electromagnetic interference is short, and it is necessary to establish an electromagnetic interference position in advance. The established electromagnetic field can only achieve limited-angle scanning, and it will also cause interference to surrounding communication signals.

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