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I. Overview
The parking lot computer charging management system is a general term for the modern parking lot vehicle charging and equipment automation management. It is a high-tech mechatronics product that puts the parking lot under computer management.
The FZX-2004 type non-contact induction ID card parking lot computer charging management system developed by Guangzhou Baijie Electronic Technology Development Co., Ltd. is one of the most advanced computer charging management systems in the world. It is convenient, fast, accurate, and reliable. , Good confidentiality, high sensitivity, long service life, flexible form, powerful function, low cost of use, convenient management and many other advantages, which are unmatched by magnetic cards and contact ID cards. It will replace magnetic cards and contact ID cards. Become the mainstream of the new generation.
The parking lot adopts manual management methods, which cannot meet the needs of new parking lots. Therefore, we recommend to your company the FZX-2004 image-based induction ID card computer charging management system developed by our company and currently at the world’s advanced level.
The main advantages of choosing FZX-2004 non-contact induction ID card computer charging management system are:
1. Low management cost: For the current manual cash charging method, on the one hand, the labor intensity is high and the efficiency is low, and the other main drawback is that it causes great financial loopholes and cash losses. The fees charged by the parking lot using the ID card toll system are confirmed and counted by the computer, which eliminates mistakes and cheating and protects the interests of parking lot investment.
2. Establish a brand-new image of property management: The use of modern high-tech products will definitely greatly improve the image and popularity of the company’s property management. The use of automatic control management system will establish a good image for property management, whether in terms of product modeling, or the advanced nature and management science brought by automatic control, and make the enterprise a model of scientific management.
3. Security management: After adopting the automatic control management system, the corresponding information is recorded in the computer, and the card can be reissued in time if it is lost. Lost hourly card can also be retrieved and processed in time, and historical data of all incoming and outgoing vehicles can be inquired at any time. At the same time, equipped with image comparison equipment, all kinds of parking cards are archived with license plate numbers, and one card is dedicated. When the license plate is incorrect, the computer will prompt and warn at any time that the vehicle must not leave the field, thereby avoiding unnecessary disputes , Bring immeasurable benefits to parking lot management.
4. High anti-counterfeiting: Because the ID card is extremely confidential, its encryption function makes the data on it unable to be cracked by a computer in ten years, so it is not easy to counterfeit.
5. Reliable and durable: The ID card used in this system is a passive, non-contact ID card. There are coils in the card for data transmission and receiving energy. All are sealed, so it is dust-proof and waterproof. Because the magnetic head is not used for reading and writing, there is no failure due to abrasion of the tape, electromagnetic field interference, dust accumulation on the magnetic head, etc. The non-contact ID card can be used more than 100,000 times and is far superior to the contact magnetic card in terms of durability, reliability and economy.
Based on our company’s many years of practical experience in designing and installing parking lot charging systems, the toll system designed by our company first selects durable and reliable equipment suitable for any parking lot management in the selection of equipment, and secondly implements strict construction in terms of engineering construction quality. Requirement, thirdly, in terms of software and system design, it provides a set of the most rigorous, most advanced, easy-to-use, easy-to-maintain and reliable toll collection system for your car park. In this way, your car park has a set of modern toll management system that can effectively plug the toll collection loopholes, reduce operating costs, improve economic efficiency and reduce labor intensity, and improve work efficiency.
2. System technical indicators
Ambient temperature: -20℃～+60℃; working humidity: 5%～95%;
Working voltage: 220V±15%, 50±5%Hz;
Read and write speed: 0.1 seconds; card issuance time: <5 seconds; card capacity: 150;
Sensing distance: ≤12cm; compatibility: suitable for TI, Motorloa, legic and other cards;
Picture retention period: three years (JPG format, calculated based on 2000 vehicles entering and leaving every day).
3. Smart parking system configuration scheme and block diagram
1. Standard configuration:
instruction:
1. If the exit and entrance of the parking lot are all together, a safety island will be set up in the center of the entrance and exit lane of the parking lot, and entrance and exit management equipment will be installed on the island, and a toll management office will be set up on the island.
2. If the exit and entrance of the parking lot are not together, install entrance equipment at the entrance lane of the parking lot, install exit equipment at the exit lane of the parking lot, and set up a toll management office at the exit.
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2. The working principle and composition of the system
A. Overall composition
The entire parking lot management system adopts a centralized processing and distributed control system structure. The central computer is mainly responsible for data processing, human-computer interaction, etc. From the perspective of the software architecture, it adopts a client-server (CS) structure, which is easy to network and make full use of available computer resources. The front end uses AVR high-performance single-chip microcomputer to collect data and receive central computer control commands to control each device. The system uses FZX2004 non-contact induction ID card (or other types of cards) as the carrier of information to transfer information between the system and the user, and completes the functions of controlling vehicle entry and exit and charging management during the information transfer process.
The system adopts WINDOWS series operating system, users can easily master the operation of this system, and has good compatibility, meticulous and friendly man-machine interface, good reliability and stability, making the management system of the parking lot reliable and convenient , Safe and efficient control system.
The entire parking lot management system consists of three parts: entrance, exit, and charge management office.
B. Entrance part
The entrance part (see the figure below) is mainly composed of a non-contact inductive ID card reader, ID card output machine, vehicle sensor, entrance control board, automatic road gate, vehicle detection coil, LED display, camera, etc. .
When a temporary car enters the parking lot, the vehicle sensor detects the arrival of the car. The LED display at the entrance displays the parking space information, and the system prompts the customer to press the key to take the card, and the customer presses the key. The ID card in the card issuer in the ticket box is sent to the card exit of the entrance ticket box through the card transfer mechanism, and the reading is completed. Card process. At the same time, the entrance camera is activated to record an image of the vehicle, and according to the corresponding card number, it is stored in the database of the central computer (the location of the central computer can be placed in the monitoring room, usually at the exit toll). After the driver takes the card, the automatic road gate raises the barrier to release the vehicle, and the vehicle automatically lowers the barrier after passing the vehicle detection coil.
When the monthly rental card vehicle enters the parking lot, the vehicle sensor detects the car, and the driver passes the monthly rental card within 12 cm of the entrance ticket box induction area. The ID card reader in the entrance ticket box reads the characteristics and characteristics of the card. Relevant information is judged for its validity, and the entrance camera is activated at the same time to record an image of the vehicle and store it in the database of the central computer based on the corresponding card number. The central computer analyzes whether the card is valid or not. If it is valid, the automatic road gate will start to enter the vehicle, and the vehicle will automatically enter the railing after passing the vehicle detection coil; if it is invalid, no entry is allowed.
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C. Export part
The export part (see the figure below) is mainly composed of non-contact inductive ID card readers, vehicle sensors, exit control panels, automatic road gates, vehicle detection coils, LED displays, cameras, etc.
When the temporary car leaves the parking lot, at the exit, the driver gives the non-contact ID card to the toll collector. The toll collector shakes the proximity card reader for the toll collection. At this time, the card reader reads the information in the card (mainly It is the card number), sent to the central computer database, the system automatically calculates the amount to be paid based on the ID card number, and the toll collector prompts the driver to pay. At this time, the LED display simultaneously displays information such as the amount, model, and time. After the toll collector charges the fee, press the confirm button, and the electric railing rises. When the vehicle passes through the vehicle detection coil buried under the lane, the electric railing automatically drops, and the central computer at the toll office records the relevant information in the database.
When the monthly rental card vehicle leaves the parking lot, the vehicle detection coil located under the lane detects the car. The driver passes the monthly rental card within 12 cm of the exit ticket box sensor, and the ID card reader in the exit ticket box reads Take the characteristics of the card and the relevant ID card information to determine the validity. The toll collector confirms that the monthly pass is valid, and the automatic road gate opens the barrier to let the vehicle pass. After the vehicle sensor detects that the vehicle passes, the barrier automatically drops; if there is an error, it will not be allowed to pass. At the same time, the central computer of the toll office records relevant information in the database.
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D. Toll Management Office
The equipment in the charge management office is composed of a central computer, a receipt printer, and UPS power supply (optional according to user needs).
The central computer is installed with parking lot management system software. In addition to communicating with entrance and exit card readers and card issuers, it is also responsible for sending corresponding control signals to the report printer, and at the same time completing parking lot data collection, reading and writing user ID cards, database maintenance, and system Maintenance and various parking lot management functions.
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