-
Equipment
Highway toll robot
Highway toll robot is suitable for issuing cards and charging at highway entrances and exits. It supports multiple lane charges such as ETC and MTC, provides electronic payment methods such as ETC, Apply Pay, and PayPal Pay, and has upper and lower workstations to support charging capabilities for all vehicle models.
*Website pictures for reference only. The final product shall prevail.
Share:
1. Intelligent question and answer: high success rate in identifying key semantics and short response time; embedded knowledge graph, equipped with more than 100 common knowledge items for lane charging, and supports remote expansion.
2. Video interaction: supports recording, video recording, and screenshots; supports intelligent noise reduction, and can clearly identify the content of the interaction between the two parties in a noisy environment.
3. Duplex charging: supports the deployment of multiple robots on a single lane to improve the accuracy of intelligent queue management.
4. Special situation handling: a set of cloud customer service seats can respond to special situation return control operations on multiple lanes.
5. Intelligent operation and maintenance: supports intelligent environmental monitoring, automatic alarm when encountering abnormal water, electricity, smoke, temperature and humidity; supports intelligent monitoring of machine status, with more than 50 monitoring indicators; supports intelligent diagnosis of machine health and intelligent repair of abnormal situations.
The core modules of the highway lane toll collection robot include ticket card sending module, ticket card recovery module and paper roll voucher recovery module.
Ticket card sending module: independent ticket box design improves the reliability of card issuance; card scraping design improves card issuance efficiency and reduces the frequency of failures; post-maintenance design can realize the installation of tickets from the rear, reducing the safety risks during operation.
Ticket card recovery module: independent control design can effectively improve the interaction efficiency of the device; card rubbing design can improve the card reading efficiency during the recovery process; post-maintenance design can reduce the risk of personnel operation.
Paper roll voucher recovery module: independent control design, channel opening design, and post-maintenance design can improve the interaction efficiency and maintenance efficiency, and ensure the safety of staff operation.
