Unmanned aerial vehicle system capable of being conveniently carried by single soldier and having investigation and strike functions and method

Abstract

The invention discloses an unmanned aerial vehicle system capable of being conveniently carried by a single soldier and having investigation and strike functions and a method. The unmanned aerial vehicle system comprises a fuselage, an arm main bearing seat is detachably mounted at one end of the fuselage, a replaceable load cabin is detachably mounted at the other end of the fuselage, and a power supply is arranged in the fuselage; a plurality of arm fixing seats are annularly mounted on the arm main force bearing seat, a foldable arm is hinged to each arm fixing seat, a propeller is arranged at the tail end of each foldable arm, and a accommodating groove corresponding to each foldable arm is formed in the side face of the fuselage; a control cabin is detachably installed on the upper portion of the vehicle arm main force bearing base, a GPS receiving module and a flight control module are arranged in the control cabin, and the power source, the propellers and the GPS receiving module are all connected with the flight control module. The system is simple in structure, convenient to carry and suitable for combat scenes with complex environments and dense shelters, and the comprehensive combat capabilities of battlefield situation awareness, information processing, remote accurate powerful injury and killing, cooperative combat, field survival and the like of individual soldiers are remarkably improved.

Description

technical field [0001] The invention relates to the technical field of unmanned aerial vehicles, in particular to an unmanned aerial vehicle system and method that are convenient for individual soldiers to carry and have the functions of reconnaissance and attack. Background technique [0002] Traditional air force fighter planes, army aviation attack helicopters, reconnaissance and strike integrated drones and other air platforms have limited ammunition loads, and the guided missiles and AKD9 / AKD10 and other guided munitions equipped with them are expensive, and the cost-effectiveness ratio of high-precision strikes on enemy combat personnel targets is low. At the same time, it is greatly threatened by the enemy's portable air defense missiles; the transportation and transfer of large ground equipment such as the army's artillery system is difficult, and the direct aiming strike method is mainly adopted, which is difficult to carry out high-precision strikes on the enemy's a...

AI Technical Summary

Problems solved by technology

[0002] Traditional air force fighter planes, army aviation attack helicopters, reconnaissance and strike integrated drones and other air platforms have limited ammunition loads, and the guided missiles and AKD9 / AKD10 and other guided munitions equipped with them are expensive, and the cost-effectiveness ratio of high-precision strikes on enemy combat personnel targets is low. At the same time, it is greatly threatened by the enemy's portable air defense missiles; the transportation and transfer of large ground equipment such as the army's artillery system is difficult, and the direct aiming strike method is mainly adopted, which is difficult to carry out high-precision strikes on the enemy's anti-slope targets. Our army's weapons and equipment for mountain operations and Insufficient means; our army’s tanks, armored vehicles, towed, self-propelled artillery systems, etc. are difficult to supply and guarantee, and the means of transportation and delivery of large ammunition or equipment components are insufficient, which has a great impact on the continuous combat capability of the troops. Transportation and delivery are more convenient; traditional individual weapons have a short range (within 1km), poor strike accuracy, basically flat trajectory, single use mode, and insufficient damage capability, making it difficult to deal with hidden targets outside the field of vision or reverse slope targets behind solid defensive positions

[0003] At present, the single-soldier-portable UAVs are mainly small foldable wings and fixed wings. In general, the catapult launch method is used, and then the UAV ground station or remote control is used to remotely fly the UAV to achieve reconnaissance. The purpose of targeting or attacking a specific target, and due to the structural characteristics of the fixed-wing aircraft itself, it is difficult to achieve miniaturization or sufficient portability, while the rotorcraft based on the flight principle of multi-rotors often faces the problem that the arm span of the rotorcraft is too large and cannot The overall size is effectively reduced and it is not portable; therefore, there is an urgent need for an unmanned aerial vehicle system that is easy to carry by a single soldier and has the functions of reconnaissance and strike

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