Case Study: Turnstile Application in a Tourist Attraction
Project Background
During holidays and peak tourist seasons, a popular tourist attraction experiences a surge in visitor numbers. Traditional manual ticket checking is inefficient, prone to congestion, and struggles to effectively control instantaneous visitor flow. To ensure the safe and orderly operation of the attraction and improve the visitor experience, a turnstile system was introduced at the main entrance for unified management of entrances and exits.
Customer Needs
Entrance/Exit Flow Control: Precisely control the number of visitors entering the park, preventing overcrowding and ensuring visitor safety.
Standardized Ticket Checking: Implement one ticket per person for entry, preventing fare evasion and duplicate entry.
Good User Experience: Enable rapid passage during peak hours, reducing waiting time.
Solution
Deploy turnstile equipment at the main entrance of the attraction and integrate it with the ticketing and ticket checking system to automatically release visitors after ticket verification. The turnstile structure is stable, and its clear passage rules are suitable for high-frequency, continuous passage scenarios.
Usage Results
Significant Flow Control Effect: Real-time control of the number of visitors entering the park ensures safe operation within the attraction's capacity.
Significantly Improved Traffic Efficiency: Ticket checking speeds increased dramatically during peak hours, resulting in a more orderly entrance.
Excellent Visitor Experience: The intuitive and easy-to-understand passage method reduces queuing and waiting times, enhancing the overall visitor experience.
Project Summary
The successful application of the tripod turnstile effectively solved the challenges of visitor flow control and ticket management during peak hours at scenic spots. While ensuring operational safety, it improved visitor traffic efficiency and experience, providing a mature and scalable application case for the intelligent management of tourist attractions.
Case Study: Turnstile Application in a Tourist Attraction
Project Background
During holidays and peak tourist seasons, a popular tourist attraction experiences a surge in visitor numbers. Traditional manual ticket checking is inefficient, prone to congestion, and struggles to effectively control instantaneous visitor flow. To ensure the safe and orderly operation of the attraction and improve the visitor experience, a turnstile system was introduced at the main entrance for unified management of entrances and exits.
Customer Needs
Entrance/Exit Flow Control: Precisely control the number of visitors entering the park, preventing overcrowding and ensuring visitor safety.
Standardized Ticket Checking: Implement one ticket per person for entry, preventing fare evasion and duplicate entry.
Good User Experience: Enable rapid passage during peak hours, reducing waiting time.
Solution
Deploy turnstile equipment at the main entrance of the attraction and integrate it with the ticketing and ticket checking system to automatically release visitors after ticket verification. The turnstile structure is stable, and its clear passage rules are suitable for high-frequency, continuous passage scenarios.
Usage Results
Significant Flow Control Effect: Real-time control of the number of visitors entering the park ensures safe operation within the attraction's capacity.
Significantly Improved Traffic Efficiency: Ticket checking speeds increased dramatically during peak hours, resulting in a more orderly entrance.
Excellent Visitor Experience: The intuitive and easy-to-understand passage method reduces queuing and waiting times, enhancing the overall visitor experience.
Project Summary
The successful application of the tripod turnstile effectively solved the challenges of visitor flow control and ticket management during peak hours at scenic spots. While ensuring operational safety, it improved visitor traffic efficiency and experience, providing a mature and scalable application case for the intelligent management of tourist attractions.