The intelligent electronic station board can realize the functions of vehicle arrival forecast, line query, public information release and government information release, and achieve the good effect of corporate culture publicity and establishing the image of a science and technology city. The design of electronic station board follows the following principles: economic efficiency, system openness, system scalability, system security, system economy, high reliability and stability, and easy operation.

Our electronic station board has excellent characteristics and good reliability for normal use in harsh environment, and provides high-quality equipment and fast supporting facilities for customers' equipment. The system scheme design is reasonable, reliable and practical, and conforms to the reliable stability design of the whole system (power supply, shockproof, lightning protection and data backup). The product uses a stable electronic station board centralized control system, has corresponding independent calculation function, and is equipped with high-definition LCD display screen, combined with outdoor infrared touch interactive query, citizen card query and other functions, which will bring better experience to the citizens.

System composition:

Modular design is adopted, which can increase or decrease modules according to user needs. The bus electronic stop sign system is composed of the following subsystems:

● information transmission mode:

Internet private network mainly built by optical fiber network, and supports Unicom, telecom, mobile network module and WiFi network module; Connect the bus intelligent electronic stop board system, control center system platform and bus dispatching system.

● system architecture:

The overall system architecture is logically divided into user layer, application interface layer, application service layer, data layer and external system layer. In terms of application logic, each system operates relatively independently. When each subsystem interacts and shares information through the system information resource platform of the data layer. The overall framework of the system is as follows: