Combatting remotely controlled toy plane

Abstract

The combating remotely controlled toy plane includes fuselage, wings, screw propellers set separately on the fuselage and wings, screw propeller driving circuit, main control circuit to receive the horizontal control signal F1, elevating control signal F2 and attacking signal F3 from the remote controller, gas chamber filled with light gas in the fuselage, and combating device, which includes infrared ray emitting module and infrared ray receiving module. The combating remotely controlled toy plane is radio controlled to emit infrared ray to attack enemy plane, and has power consumption lower than that of ultrasonic one and small module size. In addition, the toy plane has simple structure, easy flying and low cost.

Description

technical field [0001] The invention relates to a toy flying object, in particular to a remote control combat aircraft. Background technique [0002] A remote-controlled aircraft is a small aircraft with its own power and is controlled by a remote controller. Recently, a remote-controlled aircraft for combat has appeared. This aircraft is equipped with a combat device that simulates weapon launch. By controlling the aircraft, it can shoot the enemy aircraft. It can simulate air combat. This kind of remote control aircraft that can fight is very popular among teenagers. [0003] The patent application number is 01132017.6, the publication number is CN1413755, and the invention patent named "ultrasonic air combat remote control aircraft" discloses a combat remote control aircraft, including wings, fuselage, propeller, empennage, rudder, main control circuit and drive system. The combat device of the aircraft is an air combat box, and an ultrasonic transmitting tube and an ult...

AI Technical Summary

Problems solved by technology

[0004] The remote-controlled aircraft mainly uses radio-controlled aircraft to emit ultrasonic waves to attack enemy aircraft. The ultrasonic components have the disadvantages of large size and high power consumption. At the same time, each part of the aircraft is completely imitated by a real aircraft, with a relatively complex structure and a high failure rate. , resulting in high cost

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