I. Introduction
With the acceleration of China's modernization process, the traffic volume of various parking lots is increasing day by day, and its daily security and management work is becoming increasingly heavy. In order to better coordinate the security and management of each parking lot, this paper specifically introduces this set of intelligent management and control system for parking lots.
The parking lot charge management system utilizes highly automated electromechanical and microcomputer equipment to safely and effectively manage the parking lot, including charging, security, surveillance, and theft prevention. This system is specially designed for the automatic identification and billing of motor vehicles in high-end commercial and residential buildings, high-grade office buildings and high-end apartments and hotels. It is a good combination of reading-aware recognition technology, large-scale integration technology and computer technology. A new security management system. It uses the reading technology to automatically identify the driver of the card, and provides automatic means and commercial supervision for the security and billing management of the parking lot through the cooperation of the brakes and special software technology. The system technology, simple operation, high reliability and confidentiality, is a modern vehicle intelligent management control system.
Depending on the object of use, parking lots can be divided into two categories: internal parking and public parking.
The internal parking lot is mainly for fixed car owners. It is generally used for self-use parking lots of various units, parking lots for apartments and residential quarters, underground garages for office buildings and office buildings. The characteristics of this type of parking lot are that the user is fixed, the use of the external car is prohibited, the user has a long time to use the facility, the safety of the yard management is strict, the density of access is high during the peak hours of commuting, and the parking equipment is reliable. Sex and processing speed requirements are high.
Public parking is mainly for temporary FITs, with fees and free points. Such parking lots are common in large public places such as stations, airports, stadiums and the like. The users of the yard facilities are usually temporary one-time users, with a large number and short time. It is required that the yard management system has low operating cost, is easy to use, and has a firm and reliable equipment, which can meet the commercial processing requirements such as charging. In view of the above characteristics, the parking lot management system is designed for an integrated parking lot with both internal vehicles and temporary toll vehicles. The design of the system has a modular function, so that for specific projects, the scheme can be selected according to the building. The grades, the number of vehicles, the number of garage entrances and exits, the nature of garages, the ratio of fixed vehicles to temporary vehicles, and the amount of expenses, etc., take into account the increase and decrease of each subsystem, flexible and convenient.
Second, the characteristics of the management system
—— Non-contact remote control identification: This system provides non-contact remote control identification. According to the different specifications of the sensor, different recognition distances are provided. The ordinary reading sensor can provide a reading distance of 10 cm, and the special reading sensor can provide a reading distance of 50 cm or more.
——Recognition speed: The reading response time can reach 94mS.
——High reliability and easy installation: The sensor is fully enclosed and has a high sealing rate. It conforms to the international IP65 standard and is extremely difficult to forge. The contactless smart card consists of an integrated chip and is a passive card. The system is completely electronic, the equipment occupies a small area, is not easy to damage, and is constructed later.
——Easy to use: It can be automatically calibrated according to the changing environment, and the signal from the sensor can read through non-metallic objects.
——The system is flexible and open: the system can be flexibly connected with other devices, such as doors, gates, lights, alarms or cameras. The system software can be easily changed according to user requirements, and can be connected to the building network.
- Perfect background management: A powerful back-end management system can fully track the usage of each card issued and the access of each vehicle. Chinese interface, easy to understand and easy to learn, can automatically bill and generate statistical reports.
- Sound and light alarm.
Third, the main functions of the system
1. The system divides users into two types, one is a fixed user and the other is a temporary user. Fixed users pay in advance (one month, three months, six months or one year) and no longer charge each time they play. Temporary users pay a fee based on the current parking time and current rate when they appear.
2. All vehicles are accessed by card, and the time, location and vehicle information of the card are automatically displayed and recorded on the computer.
3. After all the vehicles have swiped the card, they will be charged by the toll collector (temporary user) or confirmed (fixed user).
4. The travel time and alarm time can be set arbitrarily, and the programming can be set regularly in case of special circumstances.
5. The system has a hierarchical management function, and personnel have recorded the system.
6. Card management functions are exhaustive.
7. The above functions are automatically recorded, and the access report, card report and alarm report can be printed.
8. The ground coil technology used in this system controls the falling of the arm. A ground-sensing coil is installed at the arm of the electric vehicle arm. When the vehicle enters the card reading range, the driver reads the card, and the system determines whether it is invalid or invalid. When the vehicle is in effect, the electric arm is lifted up, and when the vehicle enters the sensing range of the ground-sensing coil, the ground is The sense coil self-determines whether the vehicle has traveled (within the effective range). If the vehicle fails to pass, the electric arm does not fall. After the vehicle passes (within the effective range), the electric arm is lowered to complete the task. If the vehicle trails into the vehicle, the signal is output from the ground coil so that the electric arm does not fall. Only when the vehicle passes through the entrance and exit and travels a predetermined safe distance will the bar stop falling, thus ensuring the safe passage of the vehicle.
Fourth, the composition of the system
The parking lot charge management system includes two parts: the management center equipment and multiple sets of workstation charge management equipment.
Management center equipment: including management computer, management software, and IC card issuing equipment.
Workstation management equipment: entrance control equipment, exit control equipment, image comparison equipment, and equipment within the toll booth.
Fifth, the composition of the workstation system
The single set of workstations enters and exits the standard version of the parking lot charge management system fee for the entrance control equipment, the export control equipment, and the equipment in the toll booth.
Ingress control equipment: including control ticket box (control device, card reading device, card issuing device, voice device), gate, camera, vehicle detector (ground sense, ground sense coil);
Export control equipment: including control ticket box (control equipment, card reading equipment, voice equipment), gate, camera, vehicle detector (ground sense, ground sense coil);
Equipment in the toll booth: communication equipment, management computer, meter, card issuer, video surveillance equipment;
Six, single / multiple sets of workstation system connection diagram
Single system schematic
Multiple sets of system schematics
Seven, system software introduction
1. Approach process:
When the vehicle drives to the entrance of the parking lot, the ground sense coil detects the vehicle and transmits the signal to the entrance ticket box through the sense of the ground. The system voice prompts “please swipe or read the cardâ€, and the driver presses the button to take the card (the monthly rent card driver directly rents the monthly rent) The card is shaken in the sensing area. When the card is heard, the card is successfully read, the system will receive the card reading information and send it to the control host. The control host records the vehicle entry time and the temporary card number (the monthly check card is automatically checked). Data), and send a release signal to the gate, the gate rises, the driver drives into the field, the induction coil detects that the vehicle has entered, and the gate automatically closes.
2. Exit process
a. Monthly rental card vehicle:
When the vehicle drives to the exit of the parking lot, the ground sense coil detects the vehicle and transmits a signal to the exit ticket box through the sense of ground. The system voice prompts “Please read the cardâ€, and the driver directly shakes the monthly rent card in the sensing area and hears “嘀†One sound, the card is successfully read, the system will receive the card reading information to the control host, and send the release signal to the gate, the gate rises, the driver drives the car, the induction coil detects that the vehicle has entered the gate, and the gate automatically closes the gate. .
b. Temporary card vehicles:
When the vehicle drives to the exit of the parking lot, the ground sense coil detects the vehicle and transmits the signal to the exit ticket box through the sense of ground. The system voice prompts “Please read the cardâ€, and the driver directly delivers the temporary card to the staff in the booth. The staff member is The card reader reads the card and judges it correctly. The staff uses the operation card to swipe the card on the card reader, the exit gate rises, the driver drives away, the induction coil detects that the vehicle has entered, and the gate automatically closes.
Eight, system software introduction
The system controller model is complete, and the single controller can be composed of one to one and four to four. The networked type can form up to 1024 import and export management systems.
The system has full functions and simple operation; it is stable, reliable and suitable for various users.
The software provides application system software based on Windows98+WindowsNT4.0. The system software adopts the modular design of the network version to manage all equipment and personnel in the system, including personnel registration, device parameter setting, real-time monitoring, report generation, password setting. , system backup and recovery and other functions. The operator can use the mouse to complete most functions. All the operations have detailed Chinese prompt information, which makes the user's operation easy and can be adjusted according to the user's requirements.
- staff composition
In general, the operator consists of a system administrator and a number of operators. The system administrator is responsible for the management of all equipment and personnel throughout the system, with the authority to perform all operations of the software, while the operator is only responsible for daily activities. For example, perform statistics, print reports, and issue cards.
——Introduction to menu function
1. Real-time monitoring: Real-time monitoring refers to the working mode that is reported to the computer as soon as the reader detects the presence of a smart card. The card number, status, time, date, and driver information of each entrance and exit driver are displayed on the screen of the computer in real time.
2. Smart card management: The main function of IC card management is to issue, query, delete, and modify smart card information (including cardholder, card number, ID card number, gender, work department, license plate number, etc.), which can be automatically deleted according to user needs or Manually delete expired IC cards.
3. Device Management: The function of device management is to set the parameters and permission groups of hardware devices such as the entrance and exit (reader) and controller.
4. Reporting features: Generate program reports for statistics and billing.
5. Software settings: modify, set and maintain the parameters and status of the software system itself. Including: password settings, modify software parameters, system backup and repair, enter system protection status.
Nine, system local connection
Parking management system communication method:
1, RS485 mode communication
2, TCP / IP mode communication
Different types of parking management systems are configured according to different types of projects.
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