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The system usesRFIDThe intelligent parking management system, which combines technology with image digital processing and automatic control, can effectively solve parking management problems. The system recognizes, collects, and records the data information of entering and exiting vehicles, and performs corresponding processing at the same time, to ensure that the system has an efficient vehicle release capability. Using RFID technology, the vehicle identification speed is fast, the accuracy rate is high, and no personnel management is required.
1. Introduction to the system
Changzhou Gaote’s RFID smart parking lot management system uses RFID technology. It uses various label designs, readable and writable, and the reading and writing distance can be selected according to actual needs. The system automatically reads the information of the RFID tag through the RFID reader, identifies, collects, and records the data information of vehicles entering and exiting, and at the same time performs corresponding processing, such as vehicle release, vehicle entry and exit information recording of the parking lot, and so on. The system uses the LocateWare™ software developed by the headquarters of Changzhou Gaote RFID Inc., which has strong compatibility, wide application range and flexible application.
Compared with the traditional parking lot management system, Changzhou Gaote’s RFID smart parking lot management system has the following characteristics and advantages: First, the system adopts ultra-high frequency equipment, and the system reads tags at a long distance without manually reaching out to swipe the card. This saves a certain operation process and shortens the time for vehicles to enter and exit; secondly: the system has high reliability, good stability, low maintenance costs, and has data backup and data recovery capabilities. It can be replaced in time after the label is lost. The most important thing is that RFID tags have extremely high confidentiality and good anti-counterfeiting performance, which can ensure the safety of vehicles parked in the parking lot. The entry and exit of all vehicles are confirmed and counted by computers, which eliminates manual errors, protects the rights and interests of parking lot investors, and also helps improve the quality and visibility of property services.
2. Overall plan
2.1 Product configuration
RFID tag card, RFID reader, RFID antenna, computer server, parking lot control software (LocateWare™ software).
2.2 System workflow
Refer to Figure 1 for a detailed introduction to the system’s workflow.
In the system, each vehicle owner is equipped with an RFID electronic tag card with a unique code. The electronic tag card records the relevant information of the vehicle and the owner’s personnel. When the vehicle enters or exits, the RFID reader reads the RFID tag card The information on the RFID tag and the corresponding information are transmitted to the computer server. The computer compares the relevant information on the RFID tag with the information in the database through the software (LocateWare™ software). If the information on the RFID tag is If they are consistent, the computer sends a passing instruction, the barrier opens to allow the vehicle to pass, and the computer uses the software to record the corresponding information on the user’s RFID tag card, such as the time point of vehicle entry and exit, so as to facilitate future information Call; if the information on the RFID tag card is inconsistent with the information in the database, the computer sends a prohibition instruction, the barrier is closed, and the vehicle is prohibited from passing. See Figure 2 for the specific work flow chart.
Of course, in special circumstances, if the RFID card chip is damaged or the credit card system fails, and the barrier cannot be opened, it is necessary to consider having a dedicated person on duty to pass the inspection and confirm the identity of the vehicle, then the person on duty will press the barrier system The switch button of the forced switch circuit on the upper side realizes the opening of the barrier and the smooth passage of the vehicle.
Three, system characteristics
1. Long-distance reading
2. Efficiently and accurately identify and release vehicles entering and exiting
3. Collect and record vehicle entry and exit data
4. High degree of automation
5. Improve customer service quality
4. Application:
success case:
Customer Name: Southeast University
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