Vehicle identification, detection and weighing system

Abstract

The invention discloses a vehicle identification, detection and weighing system and method. The system comprises a weighing platform, a first barrier rail, a manual charging platform and a second barrier rail, which are sequentially arranged in the driving direction of a vehicle, and also comprises a camera, a remote server and a remote terminal. The remote server is connected with the weighing platform, the camera, the manual charging platform, the first barrier rail, the second barrier rail and the remote terminal. The method comprises the following steps that related vehicle information iscollected through the weighing platform and the camera and sent to the remote server, the remote server combines the information with a built-in charging standard to obtain a charging numerical valuefor automatic fee deduction processing, if automatic fee deduction succeeds, a vehicle is released, and if automatic fee deduction fails, manual charging is conducted; and after the vehicle is released, the remote server sends the detected vehicle related information and the fee deduction situation to the remote terminal. The method has the characteristics of high detection precision, high fee deduction processing speed and more convenient information processing and query.

Description

technical field [0001] The invention relates to the technical field of vehicle dynamic weighing deduction, in particular to a vehicle identification, detection and weighing system and method. Background technique [0002] With the progress of society and the continuous innovation of scientific and technological means, highway management agencies have become more and more strict in the management of highway overloading. In important sections and nodes of the highway network such as the main channel of cargo transportation, the entrance of important bridges, and the entrance of expressways, Set up highway over-limit detection stations or set up dynamic monitoring and other technical equipment, strengthen the monitoring of vehicle over-limit and overload conditions, unify the law enforcement standards for over-limit control, further improve the working mechanism, and severely crack down on illegal over-limit and overload transportation behaviors. Actively promote the implementa...

AI Technical Summary

Problems solved by technology

The existing methods for vehicle dynamic weighing are usually one-time fast dynamic detection, the detection range is narrow, there are detection gaps, and the accuracy and stability of the detection are not high enough. If there is any situation, the accuracy of the detection will be greatly reduced, thus giving the car an opportunity to evade deduction; for some overload deduction, it is necessary to manually check the vehicle situation to deduct the deduction, which will take a long time and easily cause the vehicle to stay for a long time and cause Traffic jams; the processed information usually needs to be queried on a special platform, which is not convenient enough and cumbersome

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