GPS monitoring communication system for fingerprint identification and fatigue driving prevention

Abstract

The invention discloses a GPS monitoring communication system for fingerprint identification and fatigue driving prevention, which comprises the GPS monitoring communication system; the GPS monitoring communication system is connected with a fingerprint identification system which is installed in a vehicle; by identifying the identity of a driver by the fingerprint, the vehicle can be allowed to be started and driven, and the driving time is begun to be calculated; when a certain long driving time is exceeded, the GPS system sends an alarm for prompt, fingerprint re-identification is implemented after the driver has a rest and then the driving continues, and re-clocking and monitoring are conducted. As the GPS monitoring communication system comprises the fingerprint identification system for identifying the identity of the driver and effectively monitors the driving time, when the driving time of the driver exceeds 6 hours or regulated time, the GPS system sends an alarm to a monitoring center which implements prompt, thereby effectively preventing the fatigue driving of the driver and improving the driving safety, and the GPS monitoring communication system can be widely applied to various private cars and transport vehicles.

Description

technical field [0001] The invention relates to a GPS system in the field of automobile safety, in particular to a GPS monitoring communication system with fingerprint recognition and anti-fatigue driving. Background technique [0002] In the modern society of the 21st century, safety has become the most important issue in various industries, and the requirements for related safety are getting higher and higher. Especially for the transportation industry, many surveys have shown that in the current car environment, driver fatigue often occurs, and vehicles are overloaded during logistics or passenger transportation, resulting in road damage and even safety accidents. Fatigue driving is common, and overload monitoring can only be done through manual observation or detection at places with weighbridges, but these methods are difficult to monitor the whole process in real time, and the feasibility of overload monitoring is not high. Contents of the invention [0003] In orde...

AI Technical Summary

Problems solved by technology

Especially for the transportation industry, many surveys have shown that in the current car environment, driver fatigue often occurs, and vehicles are overloaded during logistics or passenger transportation, resulting in road damage and even safety accidents. Fatigue driving phenomenon is common, and overload monitoring can only be done through manual observation or detection at places with weighbridges, but these methods are difficult to monitor in real time and the feasibility of overload monitoring is not high

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