chrispeng [ad_1]
Brief introduction of BOSTEX all-in-one card system
Section One Intelligent Management
In recent years, with the promotion and use of mobile payment RF-SIM smart cards, RF mobile phone card technology has gradually entered the campus. It integrates multiple management functions, which not only improves management efficiency, reduces costs, and facilitates teachers and students , And computer management can be further improved.
The application of RF-SIM mobile phone smart card in campus management is the faculty and students in the school. For students, it is possible to perform attendance management, access control dormitory management, meal charge management, book borrowing management, medical charge management, computer time-based charging management, school consumption management, morning exercise attendance management, etc. by directly swiping their mobile phones. The same applies to faculty and staff. It can achieve similar management such as attendance, book borrowing, identity authentication, school consumption, dining and so on.
The second section basic functions
The campus mobile phone card management system uses a high-tech product-non-contact RF-SIM card as a carrier. RF-SIM card is a mobile phone smart card that can realize mid-to-short-range wireless communication. It integrates the latest radio frequency technology into the SIM card of the mobile phone, so that the mobile phone user only needs to replace a smart card to make the existing mobile phone swipe the card. Not only does it have all the functions of a normal SIM card, it also has a full-service platform that can replace wallets, keys, and ID cards. Make it have the functions of electronic identification and electronic wallet, replacing the traditional teacher work card, student card, library card, canteen meal coupon, medical card, various sports and entertainment facilities and cash transactions required for daily life on campus. , To achieve full electronic and intelligent charging of documents, attendance and consumption, entertainment, catering, etc., to achieve “mobile phone in hand, travel all over the campus”. The campus mobile phone card system plays a role as a link in the campus network. It connects the information of other management system modules and drives the entire campus network organically and efficiently, making all aspects of campus work due to the high efficiency and simplicity of the mobile phone card. More smoothly.
Section 3 RF-SIM mobile payment card
RF-SIM card is a mobile phone smart card that can realize mid-to-short-range wireless communication. It is a full-service platform that can replace wallets, keys and ID cards. At present, the main operators of RF-SIM mobile payment (short-distance payment) include China Mobile, China Unicom, China Telecom and China UnionPay, and of course some commercial banks independently promote mobile payment credit cards.
The current standards of mobile phone payment include NFC standard, RF-SIM standard and SIMpass standard. China Mobile and China Telecom adopt more RF-SIM solutions, and SIMpass is adopted by China Unicom.
1. The NFC standard, the full name of “Near Field Communication”, is a set of short field communication technology jointly developed by Philips and Sony, using 13.56MHz radio waves. It was approved as an international standard ISO/IEC18092 in April 2004. Therefore, NFC is currently the most popular international standard for mobile payment (mobile payment) worldwide, and its technical system, industrial chain and various terminal equipment are fully in line with international standards. In other words, in China, mobile payment using the NFC standard system can be used in mainstream countries around the world for “swiping card consumption”, and there is no problem of incompatible card readers or POSE devices. At the same time, the 13.56MHZ technical standard of NFC is also compatible with existing credit card and bank card POSE machines/swipe machines. Only by adding an RFID card reader can complete the transformation of existing domestic POSE machines to NFC mobile payment. However, the disadvantage of NFC is that, theoretically, it is necessary to modify the mobile phone terminal or purchase a new NFC standard mobile phone terminal, which increases the cost of users choosing mobile phones to pay. Fortunately, China Palmpay (8047.hk), the main provider of NFC standard mobile payment solutions at present, has transformed the NFC terminal technology and developed products such as mobile phone stickers and mobile phone pendants that inherit the NFC technology. It makes it possible to enjoy mobile payment services based on the NFC standard without the need for mobile NFC transformation.
2. SIMpass standard, the full name is “single-chip NFC mobile payment solution”, it actually integrates NFC technology into a SIM card or SD memory card, reducing the cost of terminal transformation for mobile payment, and is under the NFC standard system An application. SIMpass also uses the only 13.56MHz frequency recognized by global financial institutions for contactless financial payments. Both SIMpass and NFC adopt a set of basic technical standards, but the medium of the technical carrier is different, and the technical system from card readers, POSE machine technology to billing and payment technology is basically the same. China Unicom’s mobile phone card was launched in December 2010. It was officially commercialized in Beijing on the 31st, using a SIMpass product based on the 13.56MHz standard. New and old users of Beijing Unicom do not need to change their mobile phones and mobile phone numbers. They only need to go to the business hall to upgrade their original SIM card to a SIMpass card for mobile public transportation. Yes, the business handling process is very simple, and it only takes a few minutes for users to enjoy a brand new experience brought by the mobile bus pass. Prior to this, China Unicom’s mobile payment business has been piloted in Beijing, Shanghai, Guangzhou, and Chongqing. SIMpass is a near field communication (NFC) solution based on a 13.56MHz smart card, with an innovative product design independent of mobile phones. Different from the pilot application of Near Field Communication (NFC) in other parts of the world, SIMpass does not need to change the phone, only the SIM card. This can enable operators to save a lot of time and cost when launching mobile payment services, so that they can focus more on product applications and customer experience. It is this advantage that made SIMpass products widely accepted in the Chinese market in 2010. At present, large-scale commerce has been formed in more than 20 provinces and cities, with more than 2 million users, 95% of which have mobile phone card swiping behaviors every day 79% of users feel that the biggest advantage of SIMpass is that it is simpler and easier to use than cash and credit cards, and more than 50% of users are very satisfied in terms of easy installation, stable performance and durability.
3. The RF-SIM standard is a set of mobile phone payment technology systems that China Mobile and China Telecom use are completely different from the NFC standard. It uses the mobile phone RF-SIM card as the payment medium and uses 2.4GHz radio wave short-range wireless communication technology.
RF-SIM card is a mobile phone smart card that can realize mid- and short-range wireless communication. It integrates the latest radio frequency technology into the mobile phone SIM card, so that mobile phone users only need to replace a smart card, not only has all the functions of a normal SIM card, but also has a full-service platform that can replace wallets, keys and ID cards .
RF-SIM interface
Communication characteristics
Use 2.4G frequency band, automatic frequency selection communication rate 1M, high reliability connection and communication support automatic induction and active start connection two communication methods two-way communication distance 10CM-500CM, can be adjusted according to the application one-way data broadcast (radius 100M) swipe sensor Function can be opened and closed by itself (power saving) Data transmission in the air, automatic TDES encryption, anti-eavesdropping on data, two-way authentication when swiping the card
Section 4, mobile phone card campus all-in-one card system structure
1. System structure diagram:
Chapter 3 Mobile Card Dormitory Access Control System
The first section of the mobile phone card dormitory access control system introduction
As an important part of security automation (SA) management, the mobile phone card dormitory access control system has attracted more and more attention. Its working mechanism is: each student’s mobile phone is equipped with a wireless SIM card. The cardholder only needs to move the mobile phone close to the card reader (5-110 cm), shake it quickly, and the card reader can sense the card and transfer the card. The information (card number) in the file is sent to the local controller. The controller compares the received card number with the card number stored in the controller to determine the validity of the card number. Then control whether the electronically controlled door lock is opened according to the judgment result; if the card number is valid, the electronically controlled lock is opened and the cardholder can enter; otherwise, the electronically controlled lock will not be opened. If the controller is connected to the computer, the administrator can monitor the entry and exit of each door in the school in real time, and can also see the open or closed status of each door and the photos of the entry and exit of each door on the real-time monitoring screen of the access control software. When someone intrudes illegally, the access control software will display the alarm prompt of “Forced Entry”; if the door is not closed in time after the person opens the door, the access control software will also display the alarm prompt of “Door Time Timeout”. All these alarm signals can be connected to the local sound and light alarm through the alarm output relay or TTL alarm output point on the controller. Therefore, the management personnel sitting in front of the monitoring computer can understand the entry and exit status of each door of the entire building. According to the real-time monitoring function of the computer, they can judge whether they want to go to the scene for inspection. At the same time, they can browse the personnel entry and exit status, alarm events and other information. View, print and archive. In addition, mobile phone cards are not easy to copy, safe and reliable, and have a long life (non-contact card reading method reduces the mechanical wear of the card to zero).
Section Two
System working topology diagram
Large-scale network controller network structure
instruction:
(1) This scheme can be used when there are many door zones controlled by the system.
Section 10, detailed equipment description
1. Basic components:
1. 1 Card reader:
Through the principle of radio frequency induction, the card number in the mobile phone card is recognized, so it is a device used to identify the card number. The card reader with buttons can allow people to swipe the card + password to open the door.
1.2 Mobile phone card
The school chooses mobile phone cards from China Mobile, China Telecom, or China Unicom as needed. The cards between operating companies cannot be used universally, so the entire school can only choose one brand of mobile phone cards.
BOSTEX company installs the corresponding card reading equipment according to the mobile phone card brand adopted by the school.
1.3 Intelligent controller
Store proximity card permissions and card swiping records, and centrally process all card readers upload signals, coordinate with computer communications and other data storage, and cooperate with the intelligent processing center of management software. The intelligent controller is the heart of the entire system, which is equipped with a central processing unit (CPU) and performs all the functions of the controller. The controller has an LCD as a small display, capable of displaying 2 rows of 16 characters each. When using the 12-digit buttons located below the LCD, it is possible to generate a human-machine interface through the LCD. There are many wiring terminals on the back of the controller for connecting with other devices.
The controller can be:
BS610-I61-4S main controller: used to control the simultaneous actions of the lower-level controllers.
BS301 single door controller: control the entry and exit of a door
BS301E/M access control all-in-one machine: built-in card reader, with three door opening methods: swiping card, swiping card + password and password, and can control the entry and exit of a door
BS610-I61-2 two-door controller: can control the entry and exit of two doors at the same time
BS610-I61-3 four-door controller: can control the entry and exit of four doors at the same time
BS610-I61-4S fire alarm main controller: control all access controllers to alarm and open the door
When choosing the model of the controller, the following factors should be considered:
(1) Economy.For example, to control four doors, either one four-door controller or two two-door controllers can be used, but the cost of a four-door controller is lower than the cost of two controllers.
(2) Convenience of construction.If the four doors are scattered and separated by a relatively long distance, it is not easy to use a four-door controller. This is a single-door or two-door controller that can be considered
(3) Functionality. Since each controller has different functions, it is necessary to select an appropriate model of controller according to the customer’s needs. For example, a two-door or four-door controller can realize the interlocking of the controlled door zone, but a single-door controller cannot; If the customer needs to swipe the card and password to open the door, they need to choose the access control all-in-one machine. It is worth noting that sub-controllers cannot be connected to single-door controllers. Only a two-door or four-door controller can be used as a parent controller.
1.4 Electric lock
An electric control lock is an electric control device used to lock or open a door. When the device is “activated”, the door will be opened, when it is not “activated”, the door will be locked. There are many electric locks to choose from, depending on the type of door to be controlled, such as: glass door, wooden door, etc.
Generally speaking, electric locks are divided into three types: cathode locks, anode locks and magnetic locks. The electric lock is driven and controlled by the relay on the BS610-I61-2/BS610-I61-3 controller. In addition, according to the working principle, electric control locks can also be divided into power-on and power-off electric control locks and power-off electric control locks. These two different electric locks are connected to the relay on the controller during actual construction and installation. .
1.5 Management software
Centrally manage and monitor all units through computers, and perform corresponding clock, authorization, and statistical management.
1.6 Door opening button
When you go out, open the door by pressing the exit button.
1.9 Power supply
Provides power supply for system operation power and execution structure of electric lock.
1. 10 door sensor
Monitor the opening and closing status of the door
2. Recommended configuration of card reader and proximity card
Note: The type of card reader and proximity card must be used correspondingly.
[ad_2]
