How can the automatic control system of turnstiles optimize the operation of transportation hubs?

Boost traffic efficiency and release passenger flow pressure.
rapid passage and authentication
Turnstile's automatic control system combines cutting-edge identity recognition technologies, including smart card recognition, facial recognition, fingerprint scanning, etc. These technologies drastically cut the time travelers must pass through the gate by precisely verifying their identity in a brief period of time. Using smart card recognition as an example, travelers just need to bring the card close to the card reading area of the gate; the system can instantly complete identity verification and open the gate, generally within one second. Facial recognition technology increases passage's ease even more. Just stand in front of the gate; passengers do not have to contact the gadget; the system can rapidly identify their facial features and release them. This speedy identification verification and passage technique efficiently lowers passenger waiting times before the gate and enhances passage efficiency.
Intelligent passenger control
Based on the real-time passenger flow scenario of the transportation hub, the automatic control system can intelligently change the number of turnstiles and traffic modes. The technology can automatically raise the count of open gates to enhance the passage capacity during moments of maximum passenger flow. For instance, the system will ascertain whether the passenger flow has achieved the designated threshold depending on data feedback from ticketing systems, entrance gates, and other equipment at a subway transfer station where a lot of people swarm in during the morning rush hour. The technology will automatically control the half-closed gates to open once the threshold is reached, therefore enabling faster passenger passing. Simultaneously, the system can modify the one- or two-way traffic mode of the gate based on passenger flow direction and distribution, preventing passenger congestion and cross- interference.
Work along with other systems for running.
The turnstile's automatic control system may easily link and exchange data with other systems inside the transportation hub, including ticketing equipment, security check systems, train dispersion systems, etc. By means of this cooperative effort, the system can get advance knowledge of information about passengers' ticket purchases and train schedules, thereby enabling reasonable arrangement of journey sequence and timing. For instance, the train dispatch system will send pertinent data to the automatic turnstile control system just before a train approaches the station. Based on the train's stopping platform and projected arrival time, the system guides people approaching the platform in advance through the matching gates, thereby lowering waiting times and travel distance on the platform, thus boosting the operational efficiency of the whole transportation hub.
Improve passenger safety protections by strengthening security protocols.
strict staff control
Through identity recognition technology, the turnstile's automatic control system tightly limits only authorized users from entering designated parts of the transit hub. Effectively preventing unlicensed personnel, illegal intruders, etc., valid tickets or passed identity verification allow only passengers to enter the platform at subway stations, train stations, and other venues, so ensuring the safety of passengers and the normal operation order of the transportation hub. Simultaneously, the system may save and examine passenger trip information in real time, offering great assistance for tracking down and analyzing security events.
Abnormal scenario alerts and management
Real-time monitoring and warning features of the automatic control system allow it to quickly identify aberrant circumstances during gate operation and implement appropriate action. For instance, the system will instantly set an alert and let the staff know whether the gate breaks down, freezes, or is forcefully entered. Simultaneously, the system can automatically close the malfunctioning gate and lead users to pass through other normally running gates, therefore preventing the effect of one gate failure on the whole passage. Furthermore, the system can be connected with the safety monitoring system of transportation hubs to automatically open all gates in case of crises such as fires, earthquakes, etc., so ensuring that passengers may leave fast.
Stopping hazards to security
The turnstile's automatic control system can quickly identify people carrying prohibited goods and conduct security inspections while passengers travel through the gate in combination with metal detectors and other security inspection tools. In some transportation hubs with stringent safety standards, such as airports and high-speed train stations, the system will simultaneously activate metal detectors for scanning when passengers pass through turnstiles. If the system detects a passenger carrying metal objects, it will trigger an alert and instruct the staff to conduct further investigation. This combined security check and passage control system guarantees passenger life and property safety and therefore increases the security- preventing capacity of transportation hubs.
Control operational management and cut running expenses.
precise analysis and statistics
Journey time, passenger count, journey direction, etc. are among the real-time passenger traffic data the turnstile's automatic control system can gather and document. By means of statistical analysis of these data, transportation hub managers can grasp the distribution of passenger flow in various time periods and geographical areas, thereby offering a scientific basis for operational management decisions. Reasonable ticketing strategies and marketing plans can also be developed depending on passenger flow trends to improve the economic benefits of transportation hubs. The layout of transportation hub facilities can be optimized, such as adding or modifying ticket windows, waiting areas, etc.; Reasonable arrangement of the positions and working hours of staff can also be developed based on passenger flow data.
Management and remote monitoring
The automatic control system of the turnstile can reach remote monitoring and management with the aid of network connectivity technologies. Management staff can monitor real-time data like the operating status and turnstile traffic condition using terminal devices like PCs and cell phones instead of physically visiting the site. Management staff can quickly provide remote instructions to direct on-site personnel in handling equipment breakdowns or finding aberrant circumstances. By considerably increasing operational management's efficiency and convenience, this remote monitoring and management system helps reduce labor and time expenditures.
Cut equipment maintenance expenses.
Fault self-checking and warning features of the automatic control system help to identify possible rotating gate defects and hidden hazards in advance, therefore alerting maintenance staff for quick repair. By means of consistent fault self-inspection and warning, maintenance staff may preserve equipment before faults arise, preventing downtime and reducing maintenance time and costs. Simultaneously, the system may track and change the running parameters of the equipment in real time, thus guaranteeing that the equipment is always in the best running condition, so increasing its service lifetime, and so lowering the cost of equipment replacement.
Boost passenger experience and raise the caliber of services.
Humanized traffic advice
Through electronic display panels, voice commands, and other technologies, the automatic control system of the turnstile can give travelers humanized passage guidance. The electronic display screen will show pertinent passage prompt information, such as card swipe method, passage direction, etc.; voice prompts will notify passengers of the passage status in real time, such as "Please swipe card," "Verification passed, please proceed," etc. When passengers approach the gate, particularly for particular groups like the elderly and children, this humanized guide approach helps passengers pass more easily and can help to minimize their uncertainty and aggravation throughout the travel.
Comfortable driving surroundings
The automatic control system helps people pass through a comfortable passage by automatically adjusting the turnstile's settings based on the transportation hub's climate. In hot summers, the system can control the operation of the gate's fan or air conditioning equipment to lower the temperature around the gate; in noisy surroundings, the system can change the volume of voice prompts to guarantee that passengers may clearly hear the prompt information. Moreover, the design of the turnstile aligns with the overall aesthetic of the transportation hub, creating a pleasant and comfortable traffic environment.
Varied service purposes
Additionally integrated within the turnstile's automatic control system are many service purposes, such as information search, advertising positioning, etc. While passing through the gate, passengers may review the train schedule, station information, surrounding service facilities, and other information on the electronic display screen; concurrently, electronic display screens can also play commercial advertisements, public welfare propaganda, and other information, so augmenting the economic and social benefits of transportation hubs.
Turnstile automatic control systems are crucial for raising traffic efficiency, increasing safety guarantees, maximizing operational management, and thus improving service quality. The automatic control system of turnstiles will keep innovating and improving as technology develops, so providing more convenience and benefits for the running of transportation hubs as well as encouraging the growth of metropolitan transportation networks towards a more efficient, safe, and convenient direction.
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