新闻

In daily scenarios such as facial recognition for passage at office building entrances, ticket card swiping for passage in subways, and student ID card entry and exit on campus, the passage gate systems that work quietly have long become "invisible guardians" that safeguard order and enhance management efficiency. It is by no means a simple "tool to stop people", but a smart device that integrates recognition technology and management logic. From the early mechanical turnstiles to today's intelligent interlocking systems, it is quietly changing the way people pass through and manage in public places.

The development of the passage gate system is a history of upgrading from "singularity to intelligence". The first generation of mechanical turnstiles were commonly found in early residential areas or factories. They relied on manual push rods for passage and could only serve the basic function of "separating the flow of people". Not only was the passage efficiency low, but they were also prone to malfunctions due to congestion, greatly reducing both safety and convenience. The second-generation semi-automatic turnstiles have made progress by adding a card swiping recognition function. By swiping an ID card or IC card, the turnstile can be triggered to open. However, there are still problems such as easy loss and misuse of cards, and it cannot record passage data in real time, leaving loopholes in management.

The current mainstream third-generation intelligent passage gate system has completely achieved a dual breakthrough in "identification + management". It combines technologies such as biometric recognition (face, fingerprint) and electronic identification (QR code, NFC), making passage more convenient - in the subway, one can pass through the gate by scanning the QR code on their mobile phone, and office workers can pass in one second by facial recognition without carrying physical cards. Meanwhile, the system can also record the passage data in real time. Who enters and exits at what time is clear at a glance in the background, which is convenient for managers to precisely control the flow of personnel. More intelligently, some passage gates can also be linked with access control and attendance systems. When employees pass through the gates, they automatically complete the attendance check-in, eliminating the need for additional operation steps.

The value of the passage gate system goes far beyond "controlling entry and exit". In terms of maintaining order, it can effectively guide the flow of people and avoid congestion and chaos. For instance, during the morning rush hour at subway stations, the turnstiles can adjust the passage speed according to the flow of people and also distinguish between ordinary passengers and barrier-free passages to ensure orderly passage. In terms of security management, it can precisely block unauthorized personnel. For instance, non-school personnel on campus have no permission to pass through the gate. If someone forces their way through the gate, the system will immediately trigger an alarm and take a snapshot, enhancing the security factor. In terms of efficiency improvement, it can reduce labor costs. For instance, in residential areas, there is no need for security guards to verify the identities of each person one by one. The turnstiles automatically complete the verification, which not only saves manpower but also avoids human errors.

When choosing a passage gate system, it is crucial to grasp three core points. Consider the scene: For high-traffic places such as subways and stations, give priority to choosing wing gates or swing gates with fast passage speeds. For scenarios with high security requirements such as office buildings and campuses, facial recognition interlinked turnstiles can be selected. In scenarios such as residential areas and factories where it is necessary to distinguish pedestrians from non-motorized vehicles, wide-channel swing gates can be selected. When looking at performance: Pay attention to the passage efficiency of the turnstile (the number of people passing through per minute), the anti-collision capability (to avoid damaging the equipment by forcibly entering the turnstile), and the stability of the recognition technology. For example, facial recognition should be able to handle complex environments such as strong light and backlight. Check compatibility: Ensure that the system can be integrated with the existing access control, attendance, and monitoring systems, and support future expansion functions, such as adding a visitor reservation management module in the future to avoid duplicate investment.

From manual turnstiles to intelligent passage systems, what has changed is not only the way of passage, but also the management model of public places. Choosing the right passage gate system can not only strengthen the safety defense line but also improve management efficiency, making "orderly passage and intelligent management" a daily routine.