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Chapter One Proposal
According to customer requirements, an access control system was added to the main entrances of the existing 56 bicycle garages, and the RFID radio frequency card technology and network control management platform were used to effectively control and manage the personnel entering and exiting the garage, so as to realize real-time monitoring of the status of each garage and statistics. The number of vehicles entering each library. At the same time, a digital monitoring system is installed in the garage, through local video storage, network technology as the core, to achieve remote video transmission, centralized viewing and management in the central control room. The garage entrance and exit control system has the functions of remote management, viewing, authorization and so on.
Chapter 2 System Overview, Design Principles and Functional Features
2.1 System overview
With the vigorous development of high technology, intelligent management has entered people’s social life. Intelligent buildings have emerged to meet the needs of the information age. As buildings and office environments used across the centuries, they must be functional. Meet current and future development needs and become a base for cultural and economic development.
The non-contact sensor card entrance and exit management control system (referred to as the access control system) has multiple functions such as door entry and exit control, real-time monitoring, security and anti-theft alarm. It mainly facilitates the entry and exit of internal employees and prevents outsiders from entering and exiting at will, which facilitates internal management , And strengthened the internal security, so as to provide users with an efficient and economical working environment. It has realized communication automation (CA), office automation (OA) and management automation (BA) in terms of function. Based on the integrated wiring system and the computer network as a bridge, it fully realizes the integrated management of communication systems and office automation systems.
As an advanced high-tech technical prevention and management method, the access control system has been widely used in scientific research, school apartments, industry, museums, hotels, shopping malls, medical surveillance, banks, prisons, etc. in some economically developed countries and regions. Because the system itself has the characteristics of concealment and timeliness, it is more and more widely used in many fields.
In recent years, with the popularization and application of security technology, the entrance and exit control system has been widely used in the field of bicycle garages. The control system integrates on-site control and remote management, which effectively guarantees the safety of bicycles parked in the bicycle garage. Under the call of local public security departments across the country, the intelligent safe bicycle garage management system has been widely used in various districts and bicycle parking garages, and has been well received by users.
2.2 Design principles
Due to the need for security and high-efficiency management, this system is based on the TCP/IP network communication protocol and uses a wide area network to manage the system and transmit information. That is, each garage must provide a public network interface with a fixed domain name or a fixed IP address. The design of the bicycle entrance and exit control system should follow the following principles:
Practicality of the system
The content of the bicycle entrance and exit control system should meet actual needs, and should not be flashy. If one-sided pursuit of the advancement of the system will inevitably result in excessive investment and deviate too far from actual needs. Therefore, the practicability of the system is the first principle that should be followed. At the same time, the front-end products and system software of the system have good learnability and operability. Especially operability, so that managers with basic computer operation level can master the operating essentials of the system through simple training. The level of operation that can complete the duty task.
System stability
Because the bicycle entrance and exit control system is an uninterrupted long-term work system and is closely related to our normal life and work, the stability of the system is particularly important. The system is required to have more than three years of successful application experience in the market, with a corresponding customer base and customer service system.
System security
All the equipment and accessories in the bicycle entrance and exit control system should operate safely and reliably, but also comply with relevant Chinese or international safety standards, and can work effectively in non-ideal environments. The powerful real-time monitoring function and linkage function fully guarantee the safety of the user’s environment.
System scalability
The technology of the bicycle entrance and exit control system continues to advance, and the needs of users are also changing. Therefore, the design and implementation of the access control system should take into account the actual needs of future expansion, that is: it can flexibly increase, decrease or update each subsystem to meet different requirements. The needs of the time, maintain a leading position for a long time, and become a model of intelligent buildings. When the system is designed, a reasonable configuration is made for the functions that need to be realized, and this configuration can be changed. Even after the completion of the project, the change of this configuration is also possible and convenient. The system software is in accordance with the different history of the developer. During the period, the market needs to be upgraded and improved accordingly, and free software upgrades are provided for the corresponding application customers. At the same time, it can be extended to the attendance system, conference sign-in system, patrol management system, dining management system and other all-in-one card projects.
Easy maintenance of the system
The maintenance of the bicycle entrance and exit control system during operation should be as simple and easy as possible. The operation of the system is truly to the extent that it can work when the power is turned on, and it can be operated when it is plugged in. And there is no need to use too many dedicated maintenance tools during the maintenance process. From the configuration of the computer to the configuration of the system, the configuration of the front-end equipment has fully considered the reliability of the system and implemented the corresponding certification. While achieving the lowest system failure rate, we also consider that even for unexpected reasons When a problem occurs, ensure the convenient storage and rapid recovery of data, and ensure that the channel can be opened quickly in an emergency. The maintenance of the entire system is online, and the normal operation of all equipment will not be stopped due to the maintenance of some equipment.
All in all, this system is a security application system facing the 21st century, and the bicycle entrance and exit control system must first be advanced to meet the needs of future development. Therefore, the design ideas must be advanced, and the selected system equipment and software must be relatively advanced in the world.
2.3 Design specifications
1. International integrated wiring standard ISO/IEC11801
2. “Code for Electrical Design of Civil Buildings” JGJ/T 16-92
3. “The People’s Republic of China Security Industry Standard” GA/T74-94
4. “People’s Republic of China Public Safety Industry Standard” GA/T70-94
5. “Engineering Technical Code for Monitoring System” GB/50198-94
Chapter 3 The structure and configuration of the bicycle garage control system
3.1 Function management mode
Mode 1: One-way induction type (card reader + controller + exit button + electric lock)
The user shows the authorized proximity card outside the door. After the card reader recognizes and confirms the legal identity, the controller drives the electric lock to release, and records the time of entry. Press the door button to open the electric lock and go out directly.
It is suitable for environments with general security levels and can effectively prevent illegal entry by outsiders. It is the most commonly used management mode. (In this program, we use one-way induction).
Mode 2: Two-way induction type (card reader + controller + card reader + electric lock)
The user shows the authorized proximity card outside the door, and after the card reader recognizes and confirms the identity, the controller drives the electric lock to release, and records the time of entry. When the user leaves the controlled room, he must also show the authorized proximity card inside the door. After the card reader recognizes and confirms his identity, the controller drives the electric lock to release, and records the time of going out.
It is suitable for environments with higher security levels. It can not only effectively prevent the illegal entry of outsiders, but also query the last person and time to leave, so as to facilitate the implementation of responsibility and provide evidence during a specific period (such as theft).
The authentication method means which method is used to open the electric lock during the current traffic period.
Single card recognition: The way to open the door is to open the electric lock only by sensing a valid card.
Password: The way to open the door is to only enter a valid password to open the electric lock. (This function requires a card reader with a keyboard)
Card plus password: The method of opening the door is to open the electric lock by entering a valid password after sensing a valid card. (This function requires a card reader with a keyboard)
Dual cards: The door opening method requires two consecutive valid cards to be sensed before the electric lock can be opened.
Free passage: The way to open the door is to open the electric lock by arbitrarily sensing a valid card on the card reader, and the lock will remain open until the time period is over.
③ Opening the door is to use the access control software to directly open the electric lock of the current door, and the electric lock will be closed again within the set opening time.
④ To close the door is to close the electric lock after using the long door open command below to restore the normal access control state.
⑤ The long door open is to use the access control software to directly open the electric lock of the current door. The electric lock is opened and remains in the unlocked state, and the door is no longer locked until the above close command is used.
3.2 Features
1 It is possible to establish a standardized management image for companies, buildings or offices, improve the management level, and standardize the internal management system at the same time.
2 A proximity card can replace all door keys, and has different pass rights, authorizing the card to enter the door within the scope of its duties. All incoming and outgoing situations are recorded in the computer, which is convenient for inquiring about the time of specific events and fulfilling responsibilities.
3 You can shut out unwelcome people. For example, you can prevent salesmen in sales, insurance and other industries from breaking into your office without permission and disrupting your normal office order. Competitors in the same industry will not easily enter your office or development site and take away your business data or core technical data. You can have ample time to deal with the corresponding documents before the higher-level supervisors who deliberately make things difficult enter your office.
4 If the employee’s proximity card is lost, it can be reported in the system immediately, so that even if someone else finds the proximity card, they cannot enter the company. This is much more convenient than an ordinary mechanical lock. You don’t have to change the lock for safety reasons. Individual re-keys. Proximity cards of personnel who resign, fire, or leave are disabled. The employee will not be able to enter the company for retaliation such as stealing or sabotaging in the future. If you do not use proximity card access control management methods, you may have to do so many times just in case. Replace the door lock.
5 Using advanced international internal encryption protocols, outsiders cannot open your electric locks to enter your premises by mechanical or other high-tech methods. Others, such as password access control and mechanical locks, have no corresponding safety mechanism, and you can easily enter your place through a short circuit or a master key.
6 All Chinese operating system based on Windows, friendly interface, convenient and simple operation. Ordinary clerks can be competent for corresponding management software operations.
7 The system has good scalability and networking capabilities, so you can upgrade and add new control doors at any time at a low cost.
8 It is recommended to use the original all-weather card reader, which is waterproof and anti-static to ensure the stable operation of the system. The system conducts self-checking and tracking monitoring of equipment failures, and has light prompts for maintenance personnel to repair in time. When the system is running, there is no need to connect to a dedicated computer, and the system information will not be lost when the power is off, and it can be equipped with UPS backup power to maintain the normal operation of the system. High-quality products and perfect after-sales service system relieve you of worries.
9 It can monitor the status of the door and the access status of the card holder in real time, and can compare and display photos to prevent illegal holders from pretending to enter.
3.3 The composition of the bicycle garage control system
Card reader: Recognize the built-in encrypted card number of the proximity card through the principle of radio frequency induction.
Proximity card: Store the user’s ID number that cannot be copied and decrypted.
Access control controller: Stores the access card permissions and card swiping records, and centrally processes all card readers uploading signals, is responsible for coordinating with computer communication and other data storage, and is an intelligent processing center that cooperates with management software.
Electric lock: electric actuator.
TCP/IP communication: Networking and long-distance communication for all data storage. Realize centralized management of multiple garages.
Management software: Centrally manage and monitor all units through a computer, and perform corresponding clock, authorization, and statistical management.
Open button: Go out can be set to press the button to go out.
Emergency switch: used in emergency situations when going out.
Power supply: Provides power supply for system operation power and execution structure of electric lock.
Garage door device: It is recommended to use an automatic sliding door. Use stainless steel tempered glass for the door.
Chapter 4 Technical Parameters of Some Equipment
4.1 Technical Parameters of Single Door Controller
Professional Edition 50,000 Capacity TCP/IP Communication Single Door Controller Model: QK-1000T
Product Description:
working environment
Temperature: <60℃
Humidity: 10% ~ 95% RH
basic configuration
The card reader can be connected to 2 WG card readers HID Motorola
485 card reader can be extended to connect 2 485 card readers
Alarm output 1 1-65535 seconds
Alarm input 2
Exit button 1
Door sensor input 1
Electric lock output 1
Communication interface TCP/IP 10M support gateway
485 interface extension
Sub-controller support
Performance parameter
Power DC 12V
Current <180mA
Rated power ≤5W
Card time zone 16 opening hours / door, support valid date
Authentication method Single card | Card plus password | Password | Dual card recognition | First card to open the door
Alarm event output Invalid card Invalid time Door alarm Door open time is too long
Door opening time 1-65535 seconds
Card storage capacity 7000
Card swiping event, offline storage of 20000 records
Authentication method Single card|Card plus password|Password|Dual card identification|Open the door with the first card
Anti-submarine return support partition and time period anti-submarine return
Two-way detection support
Offline operation support
Holiday support
Network software real-time display
Remote door opening support
Data transmission Active upload (non-polling)
Communication rate Approximately 300 sheets per second when downloading card data
Battery protection 2 years (when power is off)
Gateway support
Domain name communication support
4.2 Technical Parameters of Garage Card Reader
Patented mold launched in June 2011 Waterproof design and durable Model: QK-R011
Strong ability to resist mutual interference between metal shield and card reader;
Stable performance, advanced anti-crash circuit design, anti-surge protection, anti-misconnection protection;
Use pure digital imported industrial-grade radio frequency base station chip, error-free design;
Intelligent sound and light control mode;
Wiring method in line with international standards;
The buzzer sound is clear and loud, and will not be disturbed to change the tone;
Long transmission distance, up to 120 meters;
Fashion appearance design, a variety of styles and color options;
Resistant to low temperature and high temperature.
Working voltage DC6~15V, standard DC 12V Working current: 70m
Two-color LED working mode: Wiegand 26 standard format data output
Built-in antenna: Yes Built-in LED: with bi-color LED
Card type: second-generation ID card (reading distance 3-5 mm, read-only card serial number.
Card reading distance 7-10mm
MIFARE one/ IC card
01. Working mode: Wiegand 26/34
02.Card reading speed: <0.2 seconds
03.Check-in interval: <0.5 seconds
04. Induction distance: 7-15CM
05.Card reader type: ID card
06. Card reading frequency: 125KHz, 13.56MHz
07. Working temperature: -25℃-75℃
08. Working humidity: 10-90%
09.Built-in antenna: Yes
10. Built-in LED: there is a two-color LED
11.Built-in horn: buzzer
12. Support card: uem4100 compatible format ID card M1
13. Working current: 70mA (direct 12V)
14. Working voltage: DC5-15V
15.Communication distance: 100 meters
16.Networking mode: Wiegand 26bits/34bits standard format data output
17.Transmission method: real-time
18. Shell material: PVC and sprayed plastic, filled with black resin glue (effectively waterproof)
4.3 Parameters of automatic sliding door
4.4 Introduction to Intelligent Management Platform
characteristic
1. Simple and professional interface style. You can customize the interface style, including all backgrounds, text, and icons. Implement custom software.
2. Industry-standardized access control management process, smooth learning curve, reducing training and services.
3. Support area management function. Convenient to manage inquiries.
4. Designed for large-capacity project applications, with higher performance and operability. It is more stable and reliable than the previous version.
5. Really support multi-threading, and operate multiple 485 buses at the same time.
6. Support batch permission operation.
7. Support the inheritance of access control permissions, it is easier to define complex or huge permissions.
8. The control operation (such as opening the door) supports the batch range to be completed at one time.
9. The staff supports the photo list mode, which is expressive.
10. Batch operation has a professional progress bar display to improve customer experience.
11. Support column configuration, you can configure the columns that need to be displayed.
12. Support smart search function, directly enter any part of the information, automatically search for matching objects.
13. Support rich map functions, can monitor all objects in real time, move freely, place objects, etc.
14. The map supports multi-monitor monitoring.
15. The map supports personnel positioning function, which can display whether it is in its location and the most likely place in real time.
16. Support video display, capture function.
17. Support script function, can customize software event action, insert function at runtime.
18. Support mixed installation of controllers of different versions and different functions, and you can directly specify the functions of a certain controller.
19. Support batch issuance of cards, including keyboards, USB card issuers, card readers, and support for simultaneous addition of personnel lists.
20. Support user authority management, which can manage different scopes, such as different departments and regional equipment.
21. Support voice function, you can specify to broadcast voice text or play sound files when an event occurs.
22. Richer system configuration options, flexible management system.
23. Multi-language support, you can customize the language, even including right-to-left text.
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