How to ensure the safety of rotary turnstiles even under high flow conditions?

一, must initially give basic rotary turnstile functioning concepts and safety criteria top priority.
Rotary turnstiles, sometimes known as barriers or revolving doors, manage the operation and stop of the movement using motors, therefore regulating the opening and closing of the blocking body. Its main components are mechanical transmission systems, sensors, motors, and access control controllers. In heavy traffic, turnstiles have to react quickly to every traffic demand and precisely mark and allow entry to make sure only authorized staff members may pass through.
二, Methods to Verify Safety
1. Advanced identity verification systems.
In areas of heavy traffic, turnstiles have to quickly and precisely verify traveler identity. Several advanced identification verification technologies, such as facial recognition, fingerprint recognition, and iris recognition, can be used for this purpose. Thanks to their great precision and difficulty in forging, these technologies increase traffic efficiency and complete identification verification in a short time. Combining numerous identity-verifying methods-such as facial recognition with card identification-allows one to simultaneously raise the security and accuracy of identity verification.
2. Increasing the capacity of the gate to manage traffic
If we want to meet the traffic demand under high-flow conditions, turnstiles have to have incredible traffic capacity. By means of an optimal gate mechanical structure and control system, one can acquire such capabilities. To cut the time delay of identity verification and gate response, for example, maximize the access control system's algorithm; use more effective motors and transmission devices to increase the brake lever's opening and closing speed. Moreover, both adding extra channels for turnstiles and adopting parallel turnstiles will help raise the overall traffic capacity.
3. Strengthen the anti-revenge and anti-tailgating activities.
Traverse and recoil occurrences compromise turnstile safety sometimes in high traffic. Powerful anti-rebound and anti-tailgating capabilities are also possessed by rotary turnstiles. Using infrared or microwave sensors, for example, one may monitor personnel flow in the channel. The gate can be closed anytime tailgating or recoil behavior is detected; an alert can be triggered immediately. At the same time, an interlocking mechanism can be set between the gates to ensure that, should one gate be opened, the other gates remain closed, therefore excluding unwelcome guests.
4. Increase the stability and dependability of machinery.
Rotary turnstiles require long-term, high-frequency operation; thus, they demand better stability and reliability under high-flow conditions. The fundamental components, such as motors, transmission devices, and access control controllers, require the application of high-quality materials and manufacturing procedures. To ensure its consistent and dependable running over time, we also carefully inspect the gate for quality and longevity.
5. The work consists of improving the emergency response systems.
During heavy traffic, turnstiles could come across numerous unexpected situations, such as equipment breakdowns, illegal access, etc. Therefore, it is essential to have a strong emergency response structure to ensure that, should an emergency strike, quick and effective actions can be carried out. Establish a fast reaction team to promptly solve and control gate faults; design thorough emergency plans with reference to response actions and allocate duties for different unanticipated events; Set up backup power sources and emergency channels to ensure personnel's safe evacuation in the case of a gate malfunction or main power outage.
Improve staff training and management.
Apart from technology assistance, management and people training are also quite important factors to guarantee the turnstile's safety in high-flow situations. Professional training helps gate operators to become familiar with the operation process, fault events, and handling techniques of the gate; hence, it is crucial to improve the direction and management of gate operators to guarantee they follow the recommended procedures and methods. Create a credit system for gate employees and record fines for traffic regulation violations.
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