Automatic Protection System of Toy Aircraft in Collision State

Abstract

The invention discloses an automatic protection system in a toy aircraft collision state. The automatic protection system comprises an aircraft signal module, an MCU control processing module, a motor control module and an angular velocity gyroscope, wherein the aircraft signal module is used for performing signal communication with a remote controller corresponding to the toy aircraft; the MCU control processing module is used for processing a signal received by the aircraft signal module and transmitting a control signal to the motor control module; the motor control module controls the toy aircraft to make corresponding flight actions according to the control signal; the angular velocity gyroscope is used for monitoring the position, movement track and acceleration of the toy aircraft and transmitting the monitored data to the MCU control processing module; when the toy aircraft is collided, the angular velocity gyroscope monitors instantaneous fluctuation of the position, movement track and acceleration of the toy aircraft and transmits the data to the MCU control processing module, the MCU control processing module controls the toy aircraft to slow down or suddenly stop after judgment analysis so as to realize automatic protection. Therefore, secondary damage to the toy aircraft body caused by continuous out-of-control can be avoided, and personal safety of consumers can be guaranteed.

Description

technical field [0001] The invention relates to a toy aircraft, in particular to an automatic protection system for the toy aircraft in a collision state. Background technique [0002] When the toy quadcopter collides with a wall or other objects during flight, the internal gyroscope data is disordered due to the instantaneous tilt and displacement of the fuselage, and the aircraft cannot be self-leveled, causing the aircraft to lose control. [0003] At present, when the toy quadcopter products on the market collide and lose control, because the propeller is still in operation, the aircraft will continue to lose control, which may cause secondary damage to the aircraft and even endanger the personal safety of consumers. Contents of the invention [0004] In view of the problems existing in the above-mentioned prior art, the object of the present invention is to provide an automatic protection system for a toy aircraft in a collision state which can avoid the secondary dam...

AI Technical Summary

Problems solved by technology

[0002] When the toy quadcopter collides with a wall or other objects during flight, the internal gyroscope data is confused due to the instantaneous tilt and displacement of the fuselage, and the aircraft cannot be self-leveled, causing the aircraft to lose control

[0003] At present, when the toy quadcopter products on the market collide and lose control, because the propeller is still in operation, the aircraft will continue to lose control, which may cause secondary damage to the aircraft and even endanger the personal safety of consumers.

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