Human-body induction, shock automotive alarm

Abstract

The invention is a human body response and vibration automobile alarm, comprising human body response sensor, vibration sensor, single-chip computer, and mobile communication module, where the human body response sensor and the vibration sensor induce alarm signal together, thus overcoming the defect that the existing alarms simply induce vibration signals so as to be easy to cause mis-alarming, and the mobile communication module can transmit the alarm signal through mobile communication network to the preset mobile phone so that the alarm signal can be transmitted to any places that the mobile communication service covers, overcoming the defect that the alarming distances of the common alarms are short.

Description

technical field [0001] The invention relates to an automobile alarm, which senses the abnormality of the automobile in the way of human body induction and vibration. When the automobile is shaken and a moving human body enters the compartment, the alarm sends out an alarm signal and transmits the alarm signal remotely through the mobile communication network. To the predetermined mobile phone, the abnormal sound in the car can be monitored through the predetermined mobile phone to determine whether the car has been invaded illegally. Background technique [0002] At present, the widely used car alarm only confirms the car alarm by vibration. After the car is shaken or knocked, it sends out an alarm message in the form of sound or wireless. Alarm, the signal transmission distance is short and the stability is poor, and the car alarm is confirmed simply by vibration, which has the defect of high false alarm rate. Contents of the invention [0003] The problem to be solved b...

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Problems solved by technology

[0003] The problem to be solved by the present invention is that, aiming at the deficiencies in the above-mentioned prior art, a human body induction method and a vibration method are provided to confirm the car alarm at the same time. and the problem of short transmission distance

[0005] Compared with the existing technology, due to the barrier effect of the car glass, the moving human body outside the car is not sensitive to the human body sensor inside the car. Only when the human body enters the car, the vibration effect and the human body induction effect generated by the human body entering the car generate an alarm signal together. , effectively avoiding the defect that existing vibrating car alarms are prone to false alarms

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