The ingenious combination of industrial control system and industrial computer enables the subway system to achieve the goal of intelligent management. Through the real-time monitoring of the industrial computer, the passenger flow and ticketing information can be fully grasped, ensuring that the turnstile can improve operational efficiency in a fast and accurate response. This state-of-the-art technology not only provides the metro system with excellent reliability and safety, but also successfully resists the threat of illegal entry and exit from the station, providing a safer and more reliable travel environment for passengers. At the same time, the industrial computer also supports remote monitoring and fault diagnosis, providing convenient maintenance means for subway operation and promoting urban rail transit to move towards intelligence, efficiency and safety.
Industry introduction: Industrial computer plays an important role in the turnstile system of subway stations, and its task is to manage and control the process of entering and exiting the station to ensure the normal operation of the subway station and the safety of passengers. This type of industrial computer is generally composed of embedded computers, sensors, actuators and related electronic devices, which work together to ensure the efficient operation of the system. At the same time, the industrial computer of the subway turnstile needs to communicate closely with the control system and the equipment of other stations.
The realization of this networking function is essential for the coordinated operation of the entire metro system. Considering the rapid changes in the subway station environment, the system must have a high degree of real-time performance in order to respond quickly to various situations and ensure the safety and operational efficiency of the station. This also reflects the urgent need for intelligent modern metro systems. At present, the rail transit system of international cities generally adopts the automatic toll collection system of subway turnstiles, and gradually eliminates the traditional manual ticket window and ticket verification service.
Through the automatic ticket gate machine at the entrance of each station, passengers can purchase tickets independently, which effectively improves the efficiency of ticket sales and solves the problem of long waiting time in line for ticket purchase. The whole process of buying tickets, entering and exiting the station has become faster and smoother. The metro turnstile automatic toll collection system solution has become the basic equipment of the international urban rail transit system.
Aikong industrial control scheme:
Based on the needs of customers, Aikong provides customers with AES-2806 fanless embedded IPC series products, which have the following advantages:
Powerful computing performance: The product supports Intel 6th Core i3-6100U up to 23GHz dual-core processor. It can meet the data computing ability of a large number of detections, ensure the stable and fast operation of the control system of the machine, and provide a strong computing power guarantee.
Abundant I.O.,Strong Expandability:Support I.O.:1*USB3.0 , 3 * usb2.0, 2 * RS232 RS422 485,4 * RS232, Extended Interface: GPIO CAN 1 * Mini PCI-E Slot (WiFi+4G 3G, With 1 * Full-Size SIM Card Slot) 1 * Mini PCI-E Slot (WiFi+BT), fully support external monitoring equipment connection, providing an efficient and convenient monitoring environment for staff.
Super network stability, Gigabit Ethernet port: solution support. 2 * Intel Gbe LAN Chip (10 100 1000 Mbps) can be expanded with 2 * Realtek or Intel LAN (10 100 1000 Mbps) (optional 4 * 10 100 100 1000 network ports), stable network data transmission performance greatly reduces the occurrence of data packet loss during network transmission.
Continuous operation: It supports continuous and stable operation for 7*24 hours in the temperature range of 0 60.
Future prospects: urban transportation continues to evolve, and industrial control technology will usher in more far-reaching development in terms of intelligent management level. In the future, we will see the emergence of industrial computers in a more integrated and efficient form, which fully supports big data analytics and artificial intelligence applications, thereby significantly improving operational efficiency and safety. This trend will push the metro system towards an automated and intelligent future, inject new vitality into urban transportation, and achieve a more convenient, safe and intelligent travel experience.