How can turnstiles meet the building and safety standards of transportation hubs?

1, Rotary turnstiles meet building structural adaptability standards
Space layout and size adaptation
Transportation hubs have a complicated spatial arrangement, hence turnstiles must be positioned rather in line with various site conditions. The size design should give the width, height, and distance from nearby channel construction facilities whole thought. To prevent tight passages and thereby influence passenger traffic efficiency, the width of the turnstile at the entry and exit of a subway station should equal the width of the station hall. Simultaneously, the height of the turnstile should follow ergonomic guidelines to enable the usage of passengers varying in height. Furthermore, enough area should be set aside for equipment repair and maintenance to guarantee long-term steady running of the machinery.
structural stability and strength
Turnstiles, being fixed equipment in transportation hubs, need enough structural strength and stability. High-strength metal components, including stainless steel or aluminum alloy, which can bear considerable external impacts and their own weight, should form the major frame. Making sure the turnstile is securely attached to the ground or wall will help to prevent tilting or collapse from vibration or outside pressures during the installation procedure. Simultaneously, the internal mechanical structure of the rotary gate should be built suitably and the connections between several parts should be tight to guarantee the dependability and stability of the equipment throughout running.
Coordination with architectural decoration style
Usually emphasizing the whole and aesthetic style of building decorating, transportation hubs concentrate on the appearance design of turnstiles should be matched with the surroundings. Its shape, color, and material should complement the building's general style, therefore preventing too abrupt change. To improve the whole impression of a modern transit hub, turnstiles can, for instance, have simple and smooth lines and elegant external designs combined with glass curtain walls and metal ornamentation.
2, The rotary gate meets the safety protection function standards
Anti tailgating and anti intrusion functions
Effective anti-tailgating and anti-intrusiveness mechanisms on the turnstile should help to stop illegal immigrants from getting into the transit center. Real-time monitoring of personnel's passage is possible by using cutting-edge sensor technologies such infrared sensors, laser sensors, etc.? Should tailgating conduct or unlawful infiltration be found, the turnstile should sound an alert and act accordingly-that is, stop rotation, lock the gate, etc., to stop unauthorized people from entering. Simultaneously, the turnstile's wing door design should be acceptable to prevent safety risks including trapping individuals.
Personnel identification and verification
Turnstiles must be mixed with people identification and verification systems to guarantee the security of transportation hubs. To satisfy various situations, support several recognition techniques including card swipes, QR codes, facial recognition, fingerprint recognition, etc. Reducing passenger waiting time and guaranteeing the accuracy and speed of identification depend on the verification procedure. Simultaneously, the identity recognition system should link information with the ticketing system, security check system, etc. of the transportation hub to attain thorough passenger security management.
Fast passage in emergency situations
Turnstiles should serve as quick transit in case of an emergency including fires, earthquakes, etc. The emergency broadcast system of transportation hubs allows one to set up or link emergency buttons to automatically open the gates in case of an emergency, so ensuring passenger swift evacuation ability. Furthermore, the turnstile's design should be roomy, barrier free, and easy for users to rapidly pass through in an emergency.
3, Rotary turnstiles meet fire safety standards
Fireproof materials and flame retardant properties
The turnstile's shell and internal parts should be composed of fire-resistant materials with decent flame retardant qualities. Should a fire strike, it can stop the fire from spreading and lower fire damages. Simultaneously, the turnstile's electrical circuit should employ flame-retardant cables and implement fire isolation precautions to stop electrical fires from starting.
Does not affect the smooth flow of evacuation routes
The smooth evacuation flow of the transportation hub is unaffected by the turnstile's layout and placement point. Strict respect to fire safety rules is needed during the design and installation phase to guarantee that the breadth of evacuation pathways satisfies the standards. Under normal operation or during an emergency, the turnstile cannot cause a barrier for evacuation. Clear evacuation signs should also be placed around the turnstile to direct people toward fast emergency evacuation.
Three times Linkage with the system of fire protection
The fire protection system of the transportation hub should be connected with the revolving gate. The turnstile can instantly open the gate and cut off the power supply when the fire prevention system detects a fire signal to stop secondary tragedies brought on by electrical failures. Simultaneously, the turnstile's working status data should be able to be sent in real-time to the fire control center, so enabling firefighters to quickly grasp the on-site circumstances and implement related rescue actions.
4, Rotary turnstiles meet electrical safety standards
Electrical insulation and grounding protection
Good electrical insulation performance of the turnstile's electrical system should help to avoid leakage mishaps' occurrence. Between different electrical components, the insulating resistance should satisfy the criteria of pertinent norms. Simultaneously, the turnstile should have a dependable grounding protection mechanism that connects the equipment's metal casing to the ground consistently to guarantee that the current can be quickly injected into the ground in case of leakage, so ensuring the personal safety of the passengers and staff.
Overload and short circuit protection:
The turnstile should be fitted with overload protection and short circuit protection devices to stop damage to the electrical system brought about by overload or short circuit. The overload protection device can independently switch off the power supply and shield the equipment from damage when the current in the electrical circuit exceeds the rated amount. In the case of a short-circuit fault, the short-circuit protection device can react fast to turn off the defective circuit and prevent safety mishaps like fires.
Electromagnetic compatibility
Although they are similarly prone to electromagnetic interference from other neighboring electrical equipment, rotary turnstiles produce specific electromagnetic interference during operation. Rotary turnstiles should so have strong electromagnetic compatibility, be able to operate properly in complicated electromagnetic settings, and not interfere with other devices or be influenced by interference from other devices and so damage their own performance.
5, Rotary turnstiles meet data security and privacy protection standards
Data Encryption and Storage Security
Throughout running, the turnstile will gather and save a lot of passenger data like travel records, identity information, etc. The turnstile should encrypt critical data using data encryption technologies to stop the leaking or modification of this information. Regarding data storage, one should use dependable and safe technologies and techniques as well as routinely backup data to stop data loss.
Privacy protection measures
Turnstiles should rigorously follow privacy protection rules and regulations when gathering and using passenger information. Clearly explain to passengers the goal, extent of use, and protective steps for gathering data; get their permission then. Simultaneously, access to passenger data should be limited to just authorised staff members who can handle pertinent data. Regarding information exchange, one should apply the ideas of legality, legitimacy, and necessity to guarantee complete protection of passenger privacy.
Low-door Optical Speed Gate