RFID intelligent management anti-counterfeiting ticket system

IFAST Technology Co., Ltd. successfully completed the Guangzhou TV Tower (Wax Museum) RFID intelligent management anti-counterfeiting ticket system project in February 2014. The project includes personalized ticketing management software, ticketing printer, ticket printing, and intelligent Library-self-service-borrowing-and-returning-machine-source-manufacturer-UHF-touch-screen-borrowing-and-returning-machine.html target='_blank'>self-service ticketing. Machines, smart channel ticket gates, etc.

At present, most of the popular tourist attraction tickets in the domestic market are ordinary color-printed tickets, barcodes or laser anti-counterfeiting labels. The electronic tickets with radio frequency electronic tags are the ultimate product in the future ticket and label market, which excludes the replicability of existing barcodes and laser anti-counterfeiting labels. The passive radio frequency electronic tag itself does not require a power supply. It obtains energy from the electromagnetic waves emitted by the reader's antenna, and then sends the data and ID number Stored in it to the reader. At the same time, it can encrypt and write various types of information in the radio frequency tag. User information. The radio frequency electronic tag circuit is highly integrated and its packaging is simple. It can be made into ordinary color-printed tickets and induction cards. It can be widely used in various markets and can be recycled. The use of radio frequency technology in scenic spots will be an irreversible trend. The first use of this advanced management model will serve as a good demonstration and will also have a good effect on improving the popularity of scenic spots.

  demand analysis

2.2.1 System goals

1. Reduce the labor intensity of staff and improve work efficiency.

2. Realize automatic computer management and improve computer usage.

3. Reduce leakage of fees, favor consumption and other operational loopholes.

4. Achieve perfect user management and fully manage and use user resources.

5. Real-time scenic spot consumption management and monitoring.

6. Accurate charging statistics and rich query reports provide scientific basis for decision-making management.

2.2.1 RFID technical requirements

1. To achieve barrier-free identification, tourists can pass without stopping;

2. Electronic tags used outdoors require waterproofing, easy installation, and concealed installation;

3. Dual-frequency RFID Card (high frequency and ultra-high frequency), one card can be used for multiple purposes;

4. Control reasonable charges for the number of projects;

5. The electronic LCD screen automatically counts the number of people in each scenic spot;

6. Network wiring shortcuts for each project, beautiful;

  product requirement

1. The fixed reader at the entrance requires easy installation and strong adaptability;

2. The ticket system is simple to use and easy to operate;

3. Low cost, preferably integrated with the original management system;

4. The system can work under outdoor conditions

System requirements assumption

(1) Use dual-frequency RFID cards as the carrier of scenic area ticket information, and record the consumption process of association member units in the scenic area. When leaving the scenic area, the electronic tag is used as the carrier to record the tourist identity and checkout records, achieving automatic and efficient checkout and The purpose of automated management.

(2) Use dual-frequency RFID cards as the carrier of information about the scenic spots that the tour guide passes. When passing the scenic spots, the route information is stored in the computer system, thereby achieving the purpose of automated management of the tour guide.

(3) Use dual-frequency RFID cards, one card for dual purposes. When tourists enter and exit the scenic area, they swipe their cards and pass through the electric three-roller turnstile. The low-frequency card reader on the three-roller turnstile reads the information on the tourist's RFID card at close range and transmits it through the network. Go to the scenic spot management data center. When a tourist enters an attraction, a long-distance card reader deployed within a certain range of the entrance recognizes the tourist's ERFID card (through high-frequency reading), triggers the introduction broadcast of the attraction, and plays relevant information to let tourists know the relevant information. At the same time, the system will Information such as the location of tourists is transmitted to the scenic spot management data center to track and locate the travel itinerary.

(4) Use electronic LCD screens to count the number of people in each attraction, so that each tourist can always know the number of people in each item, so that they can allocate time reasonably and avoid queuing up for items with many people and spending too much money. time.

3. System characteristics

3.1 Powerful network functions

Make full use of network technology and use LAN to realize charge management. The system is divided into four major modules. Each module is an independent system. The system adopts C/S and B/S mixed structure, which can realize stand-alone management or use LAN. Network management. For example: card issuance and accounting of card management can be performed in the financial office (or card issuance center), charging management is implemented at the service desk, inquiries and reports are implemented in the manager's office, etc.

3.2 Complete card management functions

Provides operations such as card issuance, reissue, refund, cancellation, recharge, reversal, refund, loss report, and cancellation to complete the management of user cards. The identities of card holders are divided, and the identities can be freely defined, which facilitates the management of different billing standards and makes billing management more reasonable and practical.

3.3 Powerful charging management function

The system design adopts a charging method that combines stored value, timing, counting and discounted consumption. Correspondingly, a stored value area and a counting area are set up on the membership card. The two parts are independent and can be used together. At the same time, different discounts can be set according to different card types and different time periods. Customers who do not have a membership card can use a temporary card for consumption.

3.4 Ticket printing function

The system provides a receipt printer to print receipts. When a new card is issued, the prepaid amount is paid, and the card is consumed, the receipt can be printed directly, making it convenient for users to check card-related information.

3.5 Venue reservation function

Venue reservations can be made over the phone to make venue management orderly and purposeful. Reservation venues are divided into uncompleted appointments, completed appointments, and expired appointments. It also provides operations such as query, registration, reservation, modification, and deletion, so that the reservation truly becomes an reservation, and can be modified and adjusted according to the actual situation during the period when the reservation is not completed. Reservation information can be automatically or manually registered for consumption. The system automatically modifies the venue status based on the reservation information to facilitate registration and make management more flexible.