Definition of Speedlane Turnstile:
fastlane speed gate Turnstile is also called slim turnstile, glass turnstile, fast speed turnstile, speed lane turnstile. It is a modern entrance and exit access control system. The door wing is driven by the control system and can be opened and closed automatically. The verifier is identified and the door wing is automatically opened and closed with a delay. fastlane speed gateTurnstile is usually called a flapping door in the rail transit industry. The shape of the blocking body (gate swing) is a plane with a certain area, perpendicular to the ground, and it can block and release by rotating and swinging. The material of the blocking body is usually stainless steel, plexiglass, tempered glass, and some also use metal plates wrapped with special flexible materials to reduce the harm to pedestrians.
History of Speedlane Turnstile
fastlane speed gate turnstile was originally used to manage the flow of people and regulate the entry and exit of pedestrians. Speedlane Turnstile originally meant to use a fence to enclose livestock and leave a passage for people to pass through. This concept was applied to modern commerce, and Americans first used it in their supermarkets to manage the flow of people. Over time, the Speedlane Turnstile developed into electromagnetic doors and scissor-type Speedlane Turnstiles, and eventually evolved into the modern swing-type Speedlane Turnstile, which is safer and more convenient
fastlane speed gate Turnstile Structure
fastlane speed gate Turnstile is mainly composed of two parts: mechanical system and electronic control system.
The mechanical system includes chassis, baffle, swing arm, movement (motor, frame, transmission shaft, organic board swing arm, etc.), while the electronic control system includes control board, servo motor, driver, planetary reducer, infrared sensor, direction indicator, air switch, power supply, alarm, etc.
The mechanical system mainly includes chassis, baffle, swing arm and movement. The movement part is composed of motor, frame, transmission shaft, organic board swing arm, etc. These parts work together to ensure the normal operation and stability of Speedlane Turnstile .
The electronic control system is composed of control board, servo motor, driver, planetary reducer, infrared sensor, direction indicator, air switch, power supply and alarm, etc. These parts work together to realize various functions of Speedlane Turnstile, such as access control, safety detection and indication, etc.
Identification methods of fastlane speed gate
Speedlane Turnstile’s identification methods mainly include the following: face recognition, card recognition, password recognition and biometrics.
Face recognition: Speedlane Turnstile can authenticate identity through face recognition technology. This technology confirms the identity of the passer-by by comparing the facial feature information stored in the system. Face recognition technology is suitable for places that require high security, such as banks, financial institutions, etc.
Card recognition: Speedlane Turnstile can also authenticate identity by swiping a card. The user needs to hold a specific card or device and swipe the card on the access control device. The system will read the electronic information of the card or device and compare it with the pre-stored information. If it matches, the access control will be opened. This identification method is suitable for places that are used for a long time or require higher security.
Password recognition: Speedlane Turnstile can also authenticate identity by entering a password on the keyboard. The user enters the password on the keyboard, and the system will compare it with the pre-stored password. If it matches, the access control will be opened. This access control system is simple and easy to use, suitable for short-term use or temporary places.
Biometrics: Speedlane Turnstile’s biometrics include fingerprint recognition and facial recognition. Users need to perform biometric operations, and the system will compare them with the pre-stored biometric information. If they match, the access control will be opened. This technology is suitable for places that require high security.
The impact of different identification methods on Speedlane Turnstile:
Security: Biometrics such as fingerprint or facial recognition provide a high level of security due to their uniqueness and difficulty in duplication.
Adaptability: Different identification methods are suitable for different application scenarios. For example, in places where security is required, facial recognition Speedlane Turnstile is favored for its accuracy and security; while in places with high traffic, more convenient identification methods may be preferred.
Efficiency: Fast identification systems such as RFID cards and NFC can greatly increase the speed of people flow processing and are suitable for places with high traffic; while biometric systems may take more time for accurate identification.
User experience: Contactless identification methods such as RFID cards and NFC generally provide a better user experience; whereas biometrics may result in longer waiting times, affecting user experience6.
Cost: Biometric and RFID systems generally cost more in the initial installation and configuration, but have lower long-term maintenance costs.
The difference between Speedlane Turnstile and Swing Turnstile
01 Motor and drive mode
Speedlane Turnstile: Usually uses brushless servo motors, which have higher efficiency and stability, high motor transmission efficiency, and the running speed is curve deceleration. In addition, the movement design of Speedlane Turnstile needs to protrude from the outside of the box, and is used in conjunction with the clutch and encoder to ensure accurate and efficient operation.
Swing Turnstile: Ordinary brushed motors or DC motors are more commonly used, which have the characteristics of uniform motion. The movement of Swing Turnstile is installed inside the box, and four-wheel drive and four-slot brakes are used, which belongs to sliding friction.
02 Material and appearance
Speedlane Turnstile: Usually made of high-grade stainless steel, with beautiful and stylish appearance, rust-proof, corrosion-resistant and durable characteristics. From the overall quality and craftsmanship, Speedlane Turnstile is usually more upscale than Swing Turnstile and looks more technical.
Swing Turnstile: Generally uses ordinary materials, with a relatively simple appearance, but the chassis is wider, and the overall structure may be more visually stable.
03 Traffic efficiency and speed
Speedlane Turnstile: The opening speed is very fast, generally 0.3-0.8 seconds/time, which can meet the traffic demand of 30-45 people/minute, and is suitable for places with high traffic.
Swing Turnstile: The opening speed is relatively slow, generally 20-25 people/minute, and is suitable for places with medium traffic.
04 Functional characteristics
Speedlane Turnstile: In addition to fast passage, it also has many functional characteristics such as high security, beautiful atmosphere, and automatic identification. It is equipped with a variety of safety technologies, such as infrared sensing and anti-pinch design, which effectively prevents illegal intrusion and accidental injury. At the same time, Speedlane Turnstile also has memory and alarm functions, making it more efficient and reliable when dealing with multiple people and emergency situations.
Swing Turnstile: Although it also has some safety functions, it is usually not as comprehensive and efficient as Speedlane Turnstile. It focuses more on the basic management of pedestrian passages.
05 Application
Speedane Turnstile: Due to its high efficiency and safety, it is usually used in high-end office buildings, shopping malls, hotels and other places that require efficient and safe passage management.
Swing Turnstile: It is more used in general pedestrian passage management, such as residential areas, construction sites, scenic spots, etc.
In summary, there are obvious differences between Speedlane Turnstile and Swing Turnstile in office buildings in terms of motor and drive mode, material and appearance, traffic efficiency and speed, functional characteristics and application scenarios. These differences make Speedlane Turnstile more applicable and advantageous in high-end places such as office buildings.