The east and west gates of our community plan to install two sets of access control for pedestrian access with swiping cards, two sets of one entering and one exiting the parking lot, there are 28 buildings that need to be swiped in and out, can you give me a solution and draw a system installation diagram?
Hello, with the rapid economic development, various office buildings, high-end residential areas and other buildings have sprung up, which also brings corresponding various daily management problems. For example, the access management of personnel and vehicles, the attendance and salary management of employees, the patrol of security personnel, the personnel restrictions in various large, medium and small meetings, and so on. In this era of rapid technological change, intelligent management has entered people’s social life, in order to meet the needs of the information age, as a cross-century building and office environment, there must be a set of intelligent and efficient management methods for unified management, to meet the current and future development needs of enterprises in function, it becomes the foundation of cultural and economic development.
These requirements have promoted the development of a smart one card pass integrated management system, our smart one card pass integrated management system can help you solve these tedious problems in daily life, improve work efficiency, and improve the working environment. One card uses all systems to realize the real one card use, allowing you and your employees to work and live in a safer and more orderly environment.
Considering that some originally open passages need to be managed with access restrictions, but there are no doors or other obstructions at the location, this time our wing gate. Three stick gates can come in handy, we can increase or decrease the number of wing gates or tripod gates according to the size of the passage, or according to the actual situation of the site, we can combine and install the two kinds of equipment at will to form an efficient and beautiful passage access management system.
1.We use prominent new barrier-free access gates, this new type of gate adopts infrared or microwave detection, which can track the working state of the gate and the position of pedestrians at any time, and flexibly control the operation of the channel through internal microcomputer calculation. When someone needs to enter or leave the venue, the computer will automatically identify the person to pass through and start tracking the location of the person, which is controlled by the internal microcomputer of the gate, so that the person can pass through if the identity is qualified, on the contrary, it will not pass and give an alarm, when a person passes by, the computer will automatically recognize whether a person passes by, if it is two people, the gate will give an alarm and the microcomputer inside the gate will automatically determine the position when the person passes the gate, when the person passes the gate, the gate will automatically close.
2. The gate has its own UPS, when there is no power, the gate is automatically powered by the inside to ensure the normal and stable operation of the system.
3. Support multiple identification input, the internal control board of the gate supports barcode identification platform, supports all current barcodes, supports EM card input, MF1 card input, fingerprints and my country's second-generation Identification card, and supports remote Mifare card identification device input, achieve identity recognition in a remote, automatic and active way without personnel reading the card. The above identification can be used in combination in multiple ways at the same time.
4. The shape of the entire product is stamped and formed by imported stainless steel plate (the top surface is equipped with a marble panel), which is beautiful in appearance, rust-proof, durable, and resistant to external damage. The channel formed by the rectangular case and the gate sector can provide an orderly and civilized way for people entering and exiting.
5. Support the linkage of consumption, quickly control the drawdown in an emergency, and organize the evacuation of personnel.
6. Support a variety of door opening methods: free passage, locking, computer remote control, authorized access control, timing automatic opening, identification release
7. Personnel passing speed: 30 people/min (normal), 40 people/min (fast), response time for opening the gate: 0.2 seconds (0.8 seconds when open in place)
8. An external monitor can be used to display the person's photo and other information after reading the card (you can choose to display the content)
9. Voice prompt, when the personnel need to pass, the inside will automatically prompt the personnel to pass, and automatically give instructions and guidance.
10. Prompt screen, there is a guide screen on the gate, which is used to guide people whether they can pass through the passage
11. The gate has its own hard disk to ensure independent work when the network is disconnected, it can support the storage of 200,000 personnel data and 1 million entry and exit information, when the network is connected, the device automatically transmits the data to the main server.
12. The system supports blacklist management, when it is set as a blacklist, the system will automatically deny access to the venue, when the blacklist card reader is authenticated, the system will automatically alarm or prompt the management center software through the network to prompt the blacklist position.
13. The system all adopts TCP/IP network access, and data exchange reaches a higher level.
14. The gate movement is specially designed by German designers, with simple mechanical structure, free operation and longer service life.
15. Adopt all stainless steel design, the whole is more robust and durable.
System structure diagram:
The passage access control system consists of the following:
Passage gate (FCT-507,508,509), non-contact proximity card (the card can be printed with a pattern designed by the management center), access control main controller (FC-8810), proximity card reader (also known as proximity card reader, HID6008 ), card issuer (such as FC-202B), dedicated power supply (12V/3A)
Functional schematic diagram:
FCARD intelligent parking lot charging management system is a parking lot charging management system manufactured by Guangzhou FCARD Parking Device Co., Ltd. with independent intellectual property rights. The system software is powerful, the man-machine interface is excellent, independent network platform up to 127 terminal interfaces, large-capacity image storage, digital image comparison, one in and one out, multiple in and out, the parking lot is convenient for nesting and networking, multi-user level setting and identification processing, superior performance, and a high level in the industry.
The system is connected to the device in a bus system, one in and one out, multiple in and out, nested parking lots, flexible networking, and easy to upgrade, even remote users can easily operate and maintain the system.
Features of parking lot system:
1. Flexible scalability
Highly integrated structure: built-in power supply module, ground sensing detection module, communication module, drive module, remote control module, system protection module, etc., to realize automatic control, remote control, and automatic system protection functions.
With networking function: it can be used in a multi-input and multi-output system.
Easy to upgrade and expand: It is convenient to use our device to upgrade and expand, eliminating repeated investment, when upgrading, the original device can be integrated into the system.
2. Perfect security
Image recognition and comparison function: a camera is installed at the entrance and exit of the garage, the camera records a vehicle image successively and stores it in the computer hard disk of the toll management office according to the corresponding card number. When the vehicle leaves the field, the management personnel use the image recognition and comparison software to compare whether the vehicle images recorded by the imported and exported cameras are consistent with the relevant card information, identify and determine the identity of the card holder, and allow release when the conditions match, thereby effectively preventing the loss of the vehicle
As shown below:
New dynamic balance electric car brake
The stabilization device of the car barrier, as well as the anti-lifting rod, anti-smashing function, and the detection function have high sensitivity and high reliability. It can well identify the false alarms of non-motor vehicles and personnel.
Cycloid deceleration structure: unique deceleration balance structure, stable operation, no vibration, accurate rise and fall.
Ultra-low power consumption: DC motor 40W, power saving, low power consumption, long life.
Anti-smashing function: It contains a reliable vehicle position detection system, which will never hurt people and smash the car.
High reliability
(1) The parking lot system adopts centralized management and decentralized control structure.
(2) The parking lot system adopts star topology connection.
(3) The parking lot controller uses a dedicated circuit to monitor the work of the CPU to ensure that the controller can cope with various external disturbances.
(4) In the network operation mode, the parking lot controller can still work normally even if it is offline.
(5) The parking lot system uses non-contact inductive card reading, and there is no mechanical damage during card reading.
Ease of use
(1) The parking lot system runs under the WINDOWSXP platform, Chinese environment, graphical interface, mouse operation, easy to use.
(2) The operator can understand the system situation at a glance, conveniently maintain various databases of the system, modify operating parameters, and implement control operations.
Application flexibility
(1) It is suitable for parking lot management of one or more entrances and exits.
(2) Applicable to the management of fixed and temporary vehicles.
(3) Suitable for parking lot management with vehicle image comparison and real-time monitoring
