Radio version robot electronic coach intelligent teaching system integrated host

Abstract

The invention relates to a radio version robot electronic coach intelligent teaching system integrated host, comprising a radar module disposed in a front portion or a rear portion or a left portion or a right portion of the integrated host; and a wireless routing module, a GPS module, a radio module, a MCU and a regulated voltage source module which are disposed in the integrated host. The radar module, the wireless routing module, the GPS module, the radio module, the MCU and the regulated voltage source module are integrated in an embedded manner on a motherboard. The MCU is provided with an onboard information detection module thereon. The regulated voltage source module provides power to all the module components on the motherboard. The radio module sends score checking data to a base station of an electronic coach system in real time. The GPS module and the radio module are connected integrally. The wireless routing module transmits the processed information of the onboard information detection module by the MCU and the information of an information GPS module of the radar module to an onboard tablet PC and a central control computer of a driving school control center.

Description

technical field [0001] The invention relates to an intelligent driving training coach system, in particular to an integrated host of a radio version robot electronic coach intelligent teaching system. Background technique [0002] With the rapid development of modern driving test and driving training industries, intelligent driving test and intelligent driving training are becoming more and more popular, and the requirements for these systems are getting higher and higher, especially for hardware hosts. come higher. In the field of intelligent driving training, the electronic coaching system has gradually been implemented and used. The vehicle-mounted part of the existing electronic trainer system, the system integration host, is basically independently produced by modules, and the vehicle-mounted system part is built by splicing and overlapping finished modules. Since most of the vehicle-mounted system is built by splicing finished modules, it not only occupies a large sp...

AI Technical Summary

Problems solved by technology

Since most of the vehicle-mounted system is built by splicing finished modules, it not only occupies a large space, but also has many external connection harnesses, which makes the construction more cumbersome and requires higher construction requirements. The construction is difficult and the project takes a long time. A slight problem in the construction will affect the reliability and safety of the vehicle system or even the entire electronic trainer system, and at the same time increase the production cost virtually

More important problem is that the information of the GPS module of the vehicle-mounted part of existing electronic trainer system adopts to be directly transmitted by the network communication module, and the transmission range is narrow, and the transmission speed is slow, so just cause the position coordinates that coach vehicle GPS module collects, travel. The direction, speed and other signals are not updated in time, and the timeliness is not high

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