Compound self-service card sender lane system and passing method thereof

Abstract

The invention relates to a compound self-service card sender lane system and a passing method thereof; the compound self-service card sender lane system comprises an industrial control computer, an OBU recognizer, a trigger ground sensor, a card sending zone ground sensor, a rod dropping ground sensor, a car detector, a camera, a license plate identification device, a guide information plate, an automatic barrier machine, and a plurality of self-service card senders arranged side by side on one side of the lane in the vehicle forward direction; the OBU recognizer, the camera, the license plate identification device, the guide information plate and the automatic barrier machine are respectively connected with the industrial control computer; the trigger ground sensor, the card sending zone ground sensor and the rod dropping ground sensor are respectively connected with the industrial control computer through the car detector. The compound self-service card sender lane system can simultaneously serve many cars, thus enhancing lane passing capacity of a toll station entrance, and various passing mode are provided, so the cars can freely select the passing modes.

Description

technical field [0001] The invention relates to a highway toll collection system, in particular to a lane system of a self-service card issuing machine and a passing method thereof. Background technique [0002] With the development of society and economy, not only more and more people choose to purchase private cars for travel convenience, which makes the highway traffic flow continue to increase, and some toll stations are facing huge traffic pressure. Of course, in recent years, expressways and national first-class highways have been continuously developed and constructed, and their toll methods have gradually evolved from manual toll collection to fully automatic toll collection. Although the implementation of fully automatic toll collection will be the development trend of toll roads in my country, this It takes a long process. [0003] Fully automatic toll collection method (ETC for short) is an advanced road toll collection method. It uses microwave technology to auto...

AI Technical Summary

Problems solved by technology

However, when all kinds of vehicles pass through the toll booths, it is easy to cause long-term and large-scale congestion, and manual guarding is required. If the problem of toll booth congestion is solved by adding toll lanes, it is necessary to increase toll lanes and expand the toll collection station square, and add more toll facilities, which is more difficult to implement for some toll stations, especially expressway main line stations

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