How does QR code turnstile work

qr code turnstile

Last updated on: February 21st, 2024 15:13 pm

What is QR code turnstile?

QR code turnstile is a type of pedestrian turnstile gate that incorporates QR code recognition technology to control access.

The security performance of the QR code turnstile is very high, mainly because it can realize data management, every time you use it, the access information will be recorded effectively, making the data management easier and more accurate. This can not only reduce the pressure on staff, but also greatly improve the security level of scenic spots, subway stations, houses, office areas, and other application places, and the efficiency of opening the gate by scanning the QR code is very fast.

In recent years, with the continuous demand of the security market, convenient carrying, and acquisition, QR code have quickly become one hot spot in the industry of turnstile gate recognition.

Integrate with the ticketing system

Integrating a QR code turnstile with an electronic ticketing system can provide a seamless and efficient solution for access control.

However, a complete set of access management devices can be completed not only by turnstile gate machines, but also by combining the access control system, turnstile gates, and QR code scanning equipment are jointly completed, and the turnstile gate can interface with different ticketing systems. Therefore, paid and non-paid areas are also formed in different places, and pedestrians are allowed or prohibited to enter or exit according to different permissions.

Can my electronic ticketing system integrate with your QR code turnstile?

If you have your own or a third-party electronic ticketing system that needs to integrate with our QR code turnstile gate, or you have other systems that need to integrate with our QR code turnstile, we can provide our SDK(software development kit) package and API interface board for you to connect. If you need us to connect for you, you can also send us the integrating protocol of your system, We will evaluate whether the integration can be successful and let you know later. For more details, please contact us. Our professional sales staff will provide suitable solutions according to your needs.

If you want to know more about the turnstile ticketing system, please check out another article: turnstile ticketing system

qr code turnstile

Here’s how the integration process works:

1. QR Code Generation Platform: The client, in this case, has its own QR code generation platform. This platform is responsible for creating QR codes that serve as digital tickets or access credentials for members.

2. Providing QR Codes to Members: The generated QR codes are then provided to members. These QR codes can be stored on mobile devices or printed on physical tickets.

3. API Integration: The client’s electronic ticketing system is equipped with an Application Programming Interface (API). An API is a set of protocols and tools for building software applications, and in this context, it facilitates communication between the ticketing system and the turnstile gate.

4. Testing with Postman: The client provides the API of their ticketing system and the QR codes to the turnstile gate provider. The turnstile gate provider’s IT team uses Postman, a popular API testing tool, to test the API calls. This step ensures that the communication between the systems is effective.

5. Successful API Calls: After testing, the turnstile gate provider’s IT team successfully calls the API. This means that the turnstile gate can send requests to the ticketing system, and the ticketing system can respond appropriately, indicating whether the gate should open or remain closed.

7. Integration with Ticketing Board: The IT team proceeds with the integration of the client’s ticketing system with the turnstile gate’s ticketing board. This integration ensures that the turnstile gate can interpret the responses from the ticketing system and act accordingly.

8. Operational Overview: The video provides an operational overview of the QR code turnstile and ticketing system integration. It demonstrates how members can use their QR codes at the turnstile gate, and the gate’s response is based on the API calls to the ticketing system.

9. Seamless Access Control: The integrated solution allows for seamless access control. Authorized members with valid QR codes can pass through the turnstile gate, while those without valid credentials are denied access.

10. Efficient and Secure Access: By combining the capabilities of the turnstile gate, QR code scanning, and the electronic ticketing system, the solution enhances both efficiency and security in managing pedestrian flow.

In summary, the integration of a QR code turnstile with an electronic ticketing system involves connecting the turnstile gate’s control system with the ticketing system through APIs. This integration enables a smooth and automated access control process, especially in scenarios where access permissions are tied to digital tickets or QR codes.

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    How does QR code turnstile work?

    The operation of a QR code turnstile involves a straightforward process, combining QR code scanning with the control mechanism of the turnstile gate. Here’s how a QR code turnstile works:

    1. QR Code Authorization: Personnel who wish to access a secured area or passage need to obtain a QR code through software authorization. This QR code serves as a digital credential that grants access.

    2. QR Code Generation: The QR code can be generated through a dedicated platform or system that manages access permissions. The authorized personnel might receive the QR code through a mobile app, email, or other digital means.

    3. Approaching the Turnstile Gate: When an authorized person approaches the turnstile gate, they have the QR code ready for scanning. This can be on a mobile device screen or a printed ticket.

    4. QR Code Scanning: The turnstile gate is equipped with a QR code scanner, typically embedded in the gate structure. The personnel scans the QR code using the scanner.

    5. Door Opening Signal: The QR code scanner reads the information encoded in the QR code, and if it corresponds to an authorized access, it sends a door opening signal to the turnstile gate.

    6. Door Opening State: Upon receiving the door opening signal, the turnstile gate reacts by allowing the authorized personnel to pass through. This is achieved by either rotating or unlocking the turnstile arm, creating an open pathway.

    7. Access Denied for Unauthorized QR Codes: If the QR code is not valid or authorized, the turnstile gate remains locked, and access is denied. This ensures that only individuals with the proper authorization can enter.

    9. Combining QR Code and Card Swiping (Optional): In some setups, both QR code scanning and card swiping functionalities may be integrated into the turnstile gate. This provides flexibility for users who may have different access credentials, such as QR codes or RFID cards. The system can be configured to accept either or both methods of authentication. If you want to know more details about turnstile gate with card reader, please check our another article: turnstile gate with card reader.

    The QR code turnstile addresses challenges associated with traditional swipe card turnstiles, such as high costs, inconvenience, and complex circuitry. The use of QR codes simplifies the access management process.

    In summary, the QR code turnstile works by integrating a QR code scanning mechanism with the turnstile gate’s control system. This allows for efficient and secure access control based on digital credentials, enhancing the overall performance and usability of the turnstile gate.

    qr code turnstile

    QR codes signal output:

    The use of QR code recognition is categorized based on the output format of the signal. At present, there are three main classifications:

    1. Wiegand Signal Output: Wiegand signal output is often used in the access control industry. It is associated with swiping card recognition, and the Wiegand signal is commonly employed for access control applications.

    2. Serial Port Signal Output: Serial port signal output is widely used in embedded systems and professional hardware.

    3. USB Signal Output: USB signal output is more common in the application of two-dimensional codes.

    Among these three output types, USB output is frequently used for QR code recognition. Serial port signal output is widely adopted in embedded systems, while Wiegand signal output is more specific to the access control industry.

    In the context of a QR code turnstile access gate’s control panel, the Wiegand output signal is often associated with swiping card recognition. The QR code scanner’s signal output is modified to a Wiegand interface output for compatibility with the access control system. This approach is cost-effective compared to using a dedicated industrial control computer.

    It’s important to note that the application of QR codes with Wiegand output is primarily seen in the access control industry, and its use in other industries is limited. The choice of signal output depends on the specific requirements and compatibility with existing systems.

    Advantages of QR code turnstile:

    Fast Recognition Speed: QR code turnstile gates have a rapid recognition speed, typically around 0.2-0.3 seconds. This reduces the time spent passing through the gate, eliminating the need for queuing and providing quick and efficient access.

    High Security: QR code turnstiles enhance security by preventing unidentified individuals from entering restricted areas, ensuring environmental safety.

    Simple and Easy to Use: The QR code turnstile gate is user-friendly and embodies intelligent visitor management. It simplifies the registration process, enabling a one-stop service. It requires minimal training and learning, and routine maintenance involves straightforward operating procedures.

    Good Visitor Experience: The QR code turnstile verifies identity information through code scanning, providing a good user experience that is efficient and convenient.

    Multiple Entry Data Coordination: The turnstile gate stores and coordinates data, allowing for statistical analysis and the ability to query access records at any time, improving overall work efficiency.

    Excellent Technology: Utilizing current network management systems, the QR code turnstile ensures that intelligent management remains up-to-date with technological advancements.

    Comprehensive Cost Reduction: The installation, adjustment, and cabling of QR code turnstiles can reduce costs significantly. The use of TCP/IP transmission reduces investments in infrastructure projects, saving on cable and labor costs.

    Convenient Expansion: The use of wireless communication in the computer and intelligent management system allows for the convenient expansion of the number of safety exits.

    High-End Corporate Image: Implementing intelligent QR code turnstile gate management contributes to a high-end corporate image.

    Diversity of Identification: QR code turnstiles offer multiple identification methods. They can embed modules for credit card and visitor identification, providing flexibility and avoiding inconvenience if one identification method encounters issues.

    Cost Advantages: The QR code turnstile offers cost advantages, making it a cost-effective solution for various industries. The infrastructure project cycle is short, and the technology is easy to maintain.

    Market Development: The popularity of QR code payment has driven the installation of QR code turnstiles in various industries, contributing to market development and creating new opportunities for access control turnstile gates.

    In summary, QR code turnstiles combine efficiency, security, user-friendliness, and cost-effectiveness, making them a preferred choice for access control in a variety of environments.

    qr code turnstile

    Features of QR code turnstile:

    Functionality: The primary function of a QR code turnstile is to allow or restrict access based on the successful scanning of a QR code. Individuals need to present a valid QR code, which is then scanned by the integrated QR code scanner to open the turnstile gate.

    Security: QR code turnstiles offer a high level of security. The QR code scanning process allows for effective data management, recording access information with each use. This not only simplifies data management but also enhances security by providing accurate records of entries.

    100% Accuracy: QR code recognition systems achieve 100% accuracy. The digital nature of QR codes allows for precise identification, ensuring that once successfully recognized, the accuracy is guaranteed.

    Applications: QR code turnstiles are commonly used in various settings, including tourist attractions, subway stations, residential areas, office buildings, and other places where controlled access is necessary.

    Efficiency: The QR code scanning process is quick and efficient, allowing for swift and convenient access. This is particularly important in high-traffic areas where a large number of people need to pass through the turnstile quickly. The QR code turnstile gate is known for its high speed, with the opening/closing speed ranging from 0.5 seconds to within 1 second.

    Integration: QR code turnstiles can be integrated into access control systems and management software, providing a seamless solution for access management. Integration with other security features may also enhance overall site security.

    Data Recording: The turnstile system records data related to each access event, creating a log of entries. This data can be useful for security monitoring, attendance tracking, and other management purposes.

    User-Friendly: The use of QR codes makes the system user-friendly. Individuals can easily present their QR codes for scanning, and the process is generally intuitive.

    RS232 Communication Interface: Features the RS232 standard protocol communication interface, allowing remote control via a computer management system. Enables network operation or offline operation for intelligent gate management.

    Flexibility and Control: QR code access control systems offer flexibility and controllability. With static and dynamic QR codes, the content of static QR codes remains unchanged, while dynamic QR codes are editable. The use of dynamic code technology allows for flexible setting of access rights, including access time, entrance rights, ladder control rights, effective code scanning times, etc. This enhances security and control over access personnel.

    Remote Access Rights for Visitors: QR code access control provides remote access rights for visitors. Visitors can receive a short message containing the QR code passage certificate, allowing them to enter and exit specific areas by checking the QR code link. This remote and intelligent service is particularly beneficial for visitors. Additionally, QR code access control enables remote control of door openings, allowing users to control access remotely via mobile phones. This feature is useful for scenarios such as allowing friends or delivery personnel to open community access control gates.

    It’s important to note that the effectiveness of a QR code turnstile depends on the reliability of the QR code recognition technology and the overall integration with the access control system. Regular maintenance and updates may be required to ensure optimal performance.

    Office building QR code turnstile

    The QR code turnstile is an efficient and user-friendly solution for managing access within office buildings.

    The advantages of using QR code access control in office buildings and throughout various access points.

    Comprehensive Access Control System: QR code access control is suitable for building a comprehensive office entrance control system. With a mobile phone, individuals can navigate through various entrances and exits within the building.

    qr code turnstile

    Visitor Experience Enhancement: The system enhances the visitor experience by authorizing specific entrance and exit permissions. For instance, visitors can scan a QR code to enter the gate, use another code to access the elevator with the appropriate permission, and finally, use a QR code to enter the company premises.

    Unified Mobile Pass: A mobile phone becomes a unified pass for the entire process, simplifying access control for individuals within the office building.

    Customizable Language Prompts: The system offers customizable language prompts, allowing users to set voice prompts in different languages according to their preferences. This feature can be especially useful in multilingual environments.

    Above all is about how does QR code turnstile work and the features of the QR code turnstile. I don’t know if you have a good understanding of the QR code turnstile? If you need a QR code turnstile gate, please contact Mairsturnstile which is a professional & reliable QR code turnstile gate manufacturer, and full height turnstile manufacturers.

    Mairstursntile offers the best quality types of turnstile gates at affordable prices. We can also customize the turnstile gate according to your requirements. Our aim is to provide high-quality products and the best service. All of our products get 2 years warranty. If there is an exception or technical support during the use of the turnstile gate, please contact us, We will offer you the most satisfactory reply and provide the best service.

    QR code turnstile demo:

    This type of turnstile gate integrates the most basic QR code recognition methods, as well as card swiping, facial recognition, and manual buttons. QR code is a very popular and convenient recognition method, widely used in airports, train stations, and other places.

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