Anti impact design and performance of cutting-edge rotary turnstiles

1, The importance of impact resistant design
Rotary turnstiles play an important role in monitoring and managing entrances and exits in various places. However, in practical applications, turnstiles may face various unexpected impacts, such as vehicle collisions, personnel pushing, etc. These impacts may not only cause damage to the gate, but also pose a threat to personnel safety. Therefore, anti impact design has become an indispensable part of rotary turnstiles. Through reasonable anti impact design, the gate can effectively absorb energy when subjected to impact, protect the movement and other key components from damage, and reduce potential harm to personnel and property.
2, Anti impact design of cutting-edge rotary turnstiles
Elastic buffering design
Frontier rotary turnstiles commonly adopt elastic buffering design, by installing elastic components (such as springs, dampers, etc.) at key parts of the turnstile to absorb energy and reduce damage to the turnstile when subjected to impact. For example, some turnstiles have elastic connections between the gate and the body, which can absorb energy through elastic deformation when the gate is impacted, thereby protecting the movement. This design not only improves the impact resistance of the gate, but also extends its service life.
Coordination between the rotating shaft and the torsion spring
Some advanced rotary turnstiles also adopt a design that combines a rotating shaft with a torsion spring. When the gate is impacted, the rotating shaft allows the gate to rotate within a certain range, while the torsion spring begins to accumulate elastic potential energy. After the impact force disappears, the torsion spring releases energy to restore the gate to its initial state. This design not only effectively absorbs impact energy, but also prevents damage to the gate due to excessive deformation.
Reinforced structure and materials
In order to improve the overall impact resistance performance of turnstiles, advanced rotary turnstiles usually adopt reinforced structures and high-quality materials. For example, using high-strength steel or aluminum alloy as the main material for the gate can improve the overall rigidity and strength of the gate. At the same time, by optimizing the structural design, such as adding support structures and reinforcing ribs, the impact resistance of the gate can be further improved.
Intelligent collision avoidance system
In addition to improvements in physical design, cutting-edge turnstiles have also introduced intelligent collision avoidance systems. These systems monitor the situation around the gate in real time through sensors and controllers. When potential impacts are detected, they automatically activate collision prevention mechanisms such as deceleration, stopping operation, etc., thereby avoiding or reducing damage to the gate caused by impacts. This intelligent collision avoidance system not only improves the safety of the gate, but also enhances the user experience.
3, Advantages of anti impact performance of cutting-edge rotary turnstiles
high reliability
By adopting the above-mentioned anti impact design, the front rotary gate can maintain high reliability when subjected to impact. Even in the face of strong impacts, the gate can quickly return to its normal working state, ensuring unobstructed access to the entrance and exit.
Long lifespan
The anti impact design not only improves the impact resistance of the gate, but also extends its service life. By reducing the damage and repair frequency caused by impact, the operating cost of the gate has been lowered.
Security Enhancement
The anti impact design of the cutting-edge rotary gate not only protects the gate itself, but also improves personnel safety. When subjected to an impact, the gate can quickly respond and avoid potential harm to personnel.
Intelligent management
The introduction of intelligent collision avoidance system enables cutting-edge rotary turnstiles to have stronger intelligent management capabilities. Through real-time monitoring and warning, the system can detect potential security risks in advance and provide timely information support for managers.
4, Practical application case analysis
Taking the full height turnstiles at stations as an example, these turnstiles play an indispensable role in busy stations. They closely guard the safety of the station through efficient rotating mechanisms and advanced recognition technology. When subjected to passenger pushing or accidental impact, the full height turnstile can quickly activate the anti impact mechanism to protect the movement and key components from damage. At the same time, its one-way traffic setting and remote monitoring function further enhance the safety and management efficiency of the station.
Taking the outdoor turnstiles of Yunqi Conference as an example, these turnstiles have been upgraded and replaced to address the shortcomings of the universal series swing turnstiles. By adopting a new industrial grade circuit control system and brushless motor drive design, as well as precise and error free limit technology, the gate has achieved significant improvements in performance, smoothness, environmental protection, lifespan, and cost-effectiveness. Especially with its 20% high impact resistance, the gate can maintain stable operation even in harsh outdoor environments.
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