Information interaction method for intelligent mobility of heavy-load large vehicles

Abstract

The invention discloses an information interaction method for intelligent mobility of heavy-load large vehicles. The information interaction method comprises the following steps of enabling a driver to send travel data to an interaction server via a navigation device; enabling an information collection system to collect the corresponding vehicle data according to the travel data, and feed back tothe interaction server; enabling the interaction server to acquire traffic control data according to the travel data, performing correlation analysis on the travel data, vehicle data and traffic control data, and generating a recommending route for the driver; enabling the navigation device to upload the real-time location of the vehicle, and enabling the interaction server to send alarming to thedriver via an alarming device and the navigation device when the vehicle is driven in a limit exceeding way. The information interaction method has the advantages that a safe and feasible route plancan be provided for the mobility of the large vehicles, the returning of the heavy-load vehicles due to failure in traffic passing in the midway is avoided, the damage to roads due to overload, overheight and overwidth of the heavy-load vehicles is avoided, and the transportation efficiency of the large vehicles is improved.

Description

technical field [0001] The invention belongs to the field of driving guidance for large vehicles, and in particular relates to an information interaction method for intelligent travel of heavy-duty large vehicles. Background technique [0002] At present, there is a lack of intelligent guidance systems for professional transport vehicles on the market. For example, large transport vehicles such as containers are often unable to pass due to overloading, over-width or over-height during the passage process. In the existing travel control for heavy-duty and large vehicles, basically only focus on whether the load of the vehicle exceeds the limit, and seldom pay attention to whether the load height and load width exceed the limit, and only basic warnings or restrictions can be carried out for vehicles that exceed the limit , it is impossible to effectively plan and guide its travelable routes, which will easily lead to the turning of the vehicle's driving route and reduce the tr...

AI Technical Summary

Problems solved by technology

[0002] At present, there is a lack of intelligent guidance systems for professional transport vehicles on the market. For example, large transport vehicles such as containers are often unable to pass due to overloading, over-width or over-height.

In the existing travel control for heavy-duty and large vehicles, basically only focus on whether the load of the vehicle exceeds the limit, and seldom pay attention to whether the load height and load width exceed the limit, and only basic warnings or restrictions can be carried out for vehicles that exceed the limit , it is impossible to effectively plan and guide its travelable routes, which will easily lead to the turning of the vehicle's driving route and reduce the transportation efficiency of large vehicles

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