Remote-controlling model aircraft security control method, device and remote-controlling model aircraft

Abstract

The invention discloses a security protection method for a remote control model aircraft, which comprises the following steps: firstly when a remote controller fails to send remote control signals to the aircraft within time t1, a first timer module produces a triggering signal, which is sent to the aircraft by the remote controller; secondly, when the aircraft does not receive the remote control signal and the triggering signal within time t2, the aircraft is turned off and at the same time a protection device for the aircraft is turned on. The invention also discloses a security protection device for the remote control model aircraft, which comprises a first timer module, a second timer module and an aircraft protection device. The invention also discloses a remote control model aircraft, which comprises a remote controller, an aircraft, a first timer module, a second timer module and an aircraft protection device. The timer module is adopted to realize the testing whether the remote control range is surpassed or not, thus realizing automatic protection and avoiding harms to the aircraft and human being.

Description

Technical field [0001] The invention relates to an aircraft safety control method and device and a remote control model aircraft, in particular to a remote control model aircraft that can effectively protect itself in time after losing the control of a remote controller, and to perform timely and effective protection when the remote controller or flying object is abnormal Manual protection ensures that flying objects and surrounding buildings are not damaged, as well as the safety of operators and onlookers. Background technique [0002] At present, the more popular flying toys and aviation models, the operator uses a handheld wireless remote control to control the various flight actions of the aircraft in the air. However, if you encounter the following situations: harsh environment, human interference, remote control failure, or the aircraft flying out of the remote control's controllable range by its inertia, the aircraft may not receive the control signal from the remote cont...

AI Technical Summary

Problems solved by technology

However, it cannot guarantee the protection of aircraft beyond the control range, and its frequency hopping protection is implemented manually, which cannot guarantee the timeliness and accuracy of protection

In addition, the flight protection device also has potential safety hazards. The parachute storage device does not have a self-locking mechanism, which may cause the parachute storage device to open due to factors such as vibration or wind blowing during the flight, thereby causing the parachute to open incorrectly.

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