A channel gate (also called a channel gate or channel gate) is a facility used to control the entry and exit of people. It is widely used in places such as subways, railway stations, airports, office buildings, and communities. Its development history and description are as follows:
The development history of the channel gate:
Mechanical channel gate stage
Early design: The earliest channel gates were mostly simple mechanical devices, which mainly relied on manual operation or simple mechanical devices to control the entry and exit of people. These devices usually include revolving doors or sliding doors, which are mainly used for limited entrance and exit control.
Application scenarios: Mainly used in places where personnel flow management requirements are not high, such as some simple offices and public places.
Electric channel gate stage
Introduction of electric drive:
With the development of electric technology, electric channel gates began to appear, replacing traditional manual operation. Electric channel gates control the opening and closing of doors through electric motors, which improves the convenience and efficiency of entry and exit.
Advanced functions: Electric channel gates are generally equipped with buttons or sensors, which make it easier to control the flow of people, and gradually began to be used in some public transportation hubs and large office spaces.
Intelligent channel gate stage
Integrated electronic control:
The intelligent channel gate introduces electronic control systems, including card readers, card swiping machines, fingerprint recognition, QR code scanning and other functions, to achieve more accurate and safe personnel management.
Networking and data management:
Modern intelligent channel gates can be networked with the central control system to achieve remote management, real-time monitoring, data statistics and other functions, improving management efficiency and security.
Biometrics and high-tech application stage
Biometric technology: The use of biometric technologies such as fingerprint recognition, facial recognition, and iris recognition further improves the security and convenience of the channel gate. These technologies can effectively prevent counterfeiting and illegal passage.
Integration with intelligent systems: The intelligent channel gate system is highly integrated with smart cities and smart building management systems to achieve more intelligent functions, such as automatic adjustment of channel width, personalized services, abnormal behavior alarms, etc.
Senseless passage and multi-functional integration stage
Senseless passage technology: Through senseless technologies such as RFID and Bluetooth, a contactless and automated passage experience is achieved. For example, car owners can use the automatic recognition system to pass without stopping or getting off the car.
Multifunctional integration: Modern gate systems are not limited to basic access control, but may also integrate more functions, such as security inspection, information display, advertising playback, etc., which enhances the added value and user experience of the gate.