In the context of modern urban spaces, the pedestrian access gate, with its elegant and resolute presence, has become an intelligent hub connecting security and order.

Traditional infrared sensors are prone to blind spots due to obstruction by clothing or rapid passage, leading to the risk of being pinched or tailgated.

To optimize the opening and closing response speed of pedestrian access gates in peak traffic scenarios, we must first start with the detection link to improve the immediacy of personnel identification and triggering.

At the intersection of modern urban space and security management, pedestrian access gates have quietly evolved from simple "blockers" to intelligent portals that integrate technology, aesthetics, and efficient management.

As a key node for personnel flow, the user experience and safety of the pedestrian access gate directly affect the operating efficiency of the overall environment.

In the sophisticated network of modern urban public space and security management, pedestrian access gates have evolved from simple physical barriers to comprehensive control systems integrating intelligent identification