Highway toll station intelligent node and control method

Abstract

The invention relates to a highway toll station intelligent node and a control method, and the highway toll station intelligent node comprises a case, the case is provided with intelligent service equipment, the upper part and the lower part of the outer vertical surface of the case are respectively provided with a fee display screen and a light supplement lamp assembly, the fee display screen is provided with a snapshot camera, the top of the case is provided with an alarm lamp and a WIFI / 4G signal transmitting device, a handrail arm movement assembly is arranged on one side of the case, and a snapshot / fee display / alarm control module, an industrial switch, a movement control module, a lane control module and a power supply module are arranged in the case from top to bottom. Equipment and an alarm lamp are arranged in the case, and the WIFI / 4G signal transmitting device, the handrail arm movement assembly, the fee display screen, the light supplementing lamp assembly and the snapshot camera equipment are connected with the upper computer through network interfaces, so that highly intensive management of lane equipment is realized, and the construction amount of equipment installation and debugging is reduced; and the safety, the stability and the intelligent supervision and maintenance of the charging system are improved.

Description

technical field [0001] The invention relates to the technical field of intelligent traffic control equipment, in particular to an expressway toll station intelligent node and a control method for the expressway toll station intelligent node. Background technique [0002] At present, the electromechanical control equipment of the domestic expressway toll system usually includes but not limited to: fog lamps, forward signal indicators, manual railings, lane printers, toll monitors, railing machines, communication equipment (optical transceivers, switches) in the lane cabinets, vehicles Detectors, ground sense coils, lane separators, lane controllers, warning lights, traffic lights, reverse signal lights, lane cameras, license plate recognition, roadside units (RSU), etc. These devices are usually produced by different manufacturers, commissioned and maintained by the system integrator, and delivered to the customer after acceptance. The system designed in this way has poor co...

AI Technical Summary

Problems solved by technology

The system designed in this way has poor controllability of delivery time, difficulty in function expansion, very high software deployment cost, and basically no management of operating data, which is far from meeting the needs of scientific management and efficient operation of operating units.

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