Anti-doze intelligent hat system based on Beidou communication and implementation method thereof

Abstract

The invention relates to an anti-doze intelligent hat system based on Beidou communication and an implementation method thereof. The system comprises a hat monitoring end, a server end, a mobile phoneend and a PC end. The hat monitoring end is used for monitoring the driving state of a driver and remotely transmitting the real-time location information of the driver and alarm information. The hatmonitoring end comprises a control module, a power supply module, a sensor module, a wireless communication positioning module and an alarm module. The sensor module comprises an infrared array sensor which is used for detecting whether the driver wears a hat and a gyro sensor used for monitoring driver's head information. The wireless communication positioning module adopts a Beidou communication module. The server end is used for storing the alarm information, the real-time location information of the driver, and the historical location information of the driver. The mobile phone end and the PC end are used for displaying and querying the alarm information and the location information of the driver. According to the invention, monitoring and alarming of fatigue driving during the driving process of the driver are realized.

Description

technical field [0001] The invention belongs to the field of safety monitoring, and in particular relates to an anti-drowsiness smart hat system based on Beidou communication and an implementation method thereof. Background technique [0002] There are a large number of traffic accidents caused by fatigue driving every year. One of the effective ways to reduce such traffic accidents is to realize the monitoring of the driver's driving state, so as to prevent fatigue driving. There are currently three main types of solutions: First, the use of machine vision. Through image recognition of pupils and capture of blinking movements, it can judge whether the driver has signs of fatigue driving, and then send out an alarm to remind the driver. Second, balance the way the switch senses. A device with a balance switch is placed on the driver's head. When the driver's head tilts, the balance switch is turned on, thereby triggering an alarm. Third, use the heart rate sensor. The h...

AI Technical Summary

Problems solved by technology

On the other hand, exposure to the camera for a long time will involve the user's privacy issues

The monitoring method of Scheme 2 is too simple and requires the driver to keep the head posture level all the time while driving, so it is difficult to be practically applied

In addition, when the driver engages in gear, looks at the rearview mirror, etc., it is easy to misjudgment

It is difficult to set the alarm threshold of scheme three

If the heart rate threshold is set too high, it will lead to false positives, and if it is too low, there will be false positives.

Moreover, there are differences among individual drivers, and it is difficult to set a uniform parameter

The above three methods do not have the function of remote alarm, and cannot realize positioning and monitoring

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