Intelligent monitoring system for whole-network school bus

Abstract

The invention discloses an intelligent monitoring system for a whole-network school bus. The system comprises a background monitoring center, a vehicle-mounted terminal, a vehicle speed sensor, a cardswiping machine, a dispatching screen, an LED display screen and at least one camera, the vehicle-mounted terminal comprises a GPS host and an NVR host, and the GPS host is connected with a signal control unit, a vehicle speed sensor, a card swiping machine, a dispatching screen and an LED display screen and used for obtaining vehicle positioning information, vehicle running state information andcard swiping information. The camera is used for acquiring driving video data; and the NVR host is used for network communication routing and video forwarding, and performing equipment operation health monitoring at the same time. According to the invention, the problem that one module is compatible with all systems of three operators is solved, and secondary investment for replacing the operators is avoided. Each group of peripherals is independently powered by the host to supply power to the network, and the peripherals are mutually independent, so that other peripherals cannot be used dueto the failure of one of the peripherals.

Description

technical field [0001] The invention relates to the field of vehicle monitoring, in particular to an intelligent monitoring system for a full-network school bus. Background technique [0002] With the emergence and occurrence of various traffic accidents, school bus accidents and accidents on campus, the government and relevant education departments are paying more and more attention to the safety of students entering and exiting. More parents hope to know in real time how their children enter and exit the campus and take the school bus every day. Time and information, to fully understand and master the various situations of children. The government education department advocates "safe schools". In order to further strengthen the traffic safety work in primary and secondary schools, safety education, and effectively protect the personal safety of the majority of primary and secondary school students, education departments in various places, in accordance with the urgent req...

AI Technical Summary

Problems solved by technology

[0003] The existing on-board monitoring data transmission mainly uses local storage or 2 / 3g communication for data transmission. Local storage prevents users from obtaining real-time vehicle data in the first place, and the delay of data often brings some unsolvable problems. There is basically no good user experience

The 2 / 3G communication method can only satisfy basic data communication and low-data image uplink due to the slow data uplink speed. The user experience is very poor, and it cannot provide network for external devices.

Therefore, if the device needs to add new peripherals, it cannot be conveniently added, and the device needs to be redesigned and developed, resulting in a long design and production cycle and no flexibility.

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