Remote monitoring and control system of engineering vehicle based on Internet

Abstract

The invention discloses a remote monitoring and control system of an engineering vehicle based on the Internet, which is composed of a remote monitoring system and a remote control system. A control center and a mobile phone which are connected with the Internet are adopted to monitor and control the engineering vehicle in real time; a 4G network or a WLAN (Wireless Local Area Network) technology is used to upload data monitored by the system to a server, so that the Internet speed requirement of the system for real-time monitoring and remote control can be satisfied; and data collected by a sensor of the invention can fully cover positions of common faults of the engineering vehicle. A map is built in an on-board computer, so that the accurate position of the vehicle can be monitored in real time. The remote monitoring and control system of the engineering vehicle based on the Internet provided by the invention can realize unmanned remote control driving and automatic driving, fully ensures the personal safety of a driver driving under a high risk environment, and meanwhile realizes an automatic driving function. The remote monitoring and control system of the engineering vehicle based on the Internet provided by the invention sorts out and analyzes fault data collected by the system, and can transmit early warning signals to the control center and the mobile phone before the occurrence of the faults.

Description

technical field [0001] The invention relates to an engineering vehicle monitoring and control system, in particular to an Internet-based remote monitoring and remote control system for wheeled engineering vehicles. Background technique [0002] Wheeled engineering vehicles mainly refer to special engineering vehicles such as loaders, cranes, and dump trucks. It is mainly used in harsh environments such as ore mining and engineering construction. Therefore, the system can realize remote monitoring of the working status of the vehicle for timely accurate positioning and maintenance. Since wheeled engineering vehicles are different from crawler vehicles, wheeled engineering vehicles can be driven on urban roads. Therefore, the system can also realize assisted driving on urban roads and remote control of automatic driving in high-risk operating environments to protect the driver's personal safety. [0003] The highest data transmission rate of the traditional GPRS network is ...

AI Technical Summary

Problems solved by technology

To solve the deficiencies of existing engineering vehicles in transportation, operation and remote monitoring

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