System design principles

 progressiveness

The bus electronic stop sign system should be progressiveness and advanced in technology, adopt advanced design architecture, and support 4G/Ethernet and other new technologies in transmission mode;

 Practicality

Starting from practical applications, the bus electronic stop board system performs customized development for different perspectives such as industry management, business operations, and passengers. The information release of the bus electronic stop board system is timely and reliable, and the bus electronic stop board body is safe and secure, with beautiful and generous appearance;

 Reliability

The electronic bus stop sign system equipment is selected according to industrial grade standards, and has functions such as lightning protection, leakage and explosion protection, wind resistance, temperature control, and moisture prevention, enabling the electronic bus stop sign system to meet the all-weather outdoor operating environment;

 Compatibility

The bottom communication protocol of the bus electronic stop sign system adopts standard TCP/IP and UDP protocols, and the application layer adopts relevant standard protocols, which makes the system have good compatibility and can better seamlessly connect with other information systems to achieve data sharing;

 Integration

The bus electronic stop board system uses an intelligent embedded industrial computer as the terminal product, with strong processing and interface capabilities. It can integrate and network other related devices of the bus electronic stop board, manage them uniformly, and improve the networking capabilities of other bus electronic stop board devices;

 Standardization

The construction design of the electronic bus stop sign system is carried out in a unified standard, achieving standardization in use, maintenance, and upgrading, and meeting relevant regulations on urban construction management;

 Scalability

The software and hardware of the bus electronic stop sign system adopt a modular structure, which has good scalability. The system has the ability to extend to more nodes in the future;

 Economy

While ensuring progressiveness, the bus electronic stop sign system, based on the existing needs of the bus, adopts electricity saving, environmentally friendly and cost-effective materials and equipment integration, taking into account the economics of procurement and operation and maintenance;

 Safety

The bus electronic stop sign system has security and confidentiality measures. The wireless access network adopts VPN access, and the data link is secure; Adopt lightning protection, leakage prevention, explosion resistance, and wind resistance design, with a solid installation foundation, to achieve safe use in public places; The use of anti-theft alarm design ensures the safety of the card‘s own assets.