1.Computer Management System: This is the core of the entire gate parking lot management system, consisting of a computer, printer, communication lines, and management software. It primarily performs functions such as IC card verification, monthly card management, receipt and transmission of control signals, calculation of parking duration and fees, capturing and displaying images, as well as data statistics and report generation.

2.Entrance and Exit Card Reading Control Function: This is a basic function at each gate entrance and exit, using card readers to verify vehicle identity and control vehicle access.

3.Temporary Card Issuance Function: This feature facilitates temporary parking users to take a card for entry, while also allowing manual card issuance by gate personnel. The automatic card issuance strictly controls one card per vehicle, preventing unauthorized cards from being issued, with uncollected cards automatically retracted if not taken in time.

4.Anti-Collision Sensing Function: The gate works with vehicle detectors to implement an anti-collision feature, ensuring that the gate barrier does not close when a vehicle is underneath it. If a vehicle drives underneath the closing barrier, the barrier stops and raises, then automatically lowers after the vehicle leaves. This can be combined with pressure wave safety devices for dual anti-collision protection.

5.Chinese Display Function: The LED display screen at the entrance and exit control cabinet displays messages entirely in Chinese, including welcome phrases, charge amounts, card balance, card expiration date, recharge reminders, full parking lot status, and other relevant information.

6.Voice Prompt Function: Normal operations provide audible prompts such as "Please Read Card" and charge amounts. In case of incorrect or illegal operations, appropriate voice prompts are given.

7.License Plate Recognition: High-definition cameras capture vehicle images, and advanced image processing and recognition technologies are used to automatically extract and identify license plate numbers. This function allows vehicles to pass through the gate quickly without stopping, significantly improving traffic efficiency.

8.Gate Control: Based on the results of license plate recognition or other authorization information (such as RFID cards, Bluetooth), the gate controller drives the gate barrier to lift or lower, controlling vehicle access.

9.Remote Monitoring and Management: The parking gate system supports remote monitoring and management functions. Administrators can remotely view real-time gate status, vehicle entry and exit records, and perform remote control and settings via the network, enhancing management efficiency and reducing costs.

10.Charge Management: The gate system can integrate with a charge management system to automatically calculate fees based on parking duration and predefined rate rules. After payment through various methods, the gate automatically allows vehicle exit.

11.Data Statistics and Analysis: The system automatically collects and stores data on vehicle entries and exits, charging records, etc., and generates various statistical reports to help managers understand the operation of the parking lot and optimize resource allocation.

12.Permission Management: The system supports multi-level permission management, allowing different users to be granted varying operational permissions as needed to ensure system security and stability.

13.Exception Handling: The system can automatically handle exceptions (such as unregistered vehicles, blacklisted vehicles, equipment malfunctions) and perform alarms and processing.

These functions collectively form the intelligent management of the gate system, enhancing the efficiency and security of parking lot management.

Widely used in various parking lots, highway entrances and exits, residential area entrances and exits, this technology can also be applied to electronic police systems and road monitoring systems. It assists national traffic management departments in dealing with vehicle violations, reducing work intensity, and significantly improving processing speed and efficiency. Additionally, it can be customized according to project requirements.