chrispeng [ad_1]
In terms of parking lot management, RFID technology successfully combines radio frequency identification technology and chip technology to achieve passive, long-distance reading and writing requirements, and can identify vehicles through wireless reading and transmission of electronic tag signals. In terms of parking lot management, safety comes first. RFID technology provides a 100% correct rate of information transmission. On the other hand, it is also very important for cars to enter and exit the parking lot quickly and easily. However, other existing parking lot management technologies (including traditional RFID technology) cannot solve this problem.
Install the RFID read-write antenna (pairable) at a few meters away from the gate machine, and the read-write area completely covers the lane width of 3-4 meters; the driver only needs to put an EPC RFID tag in the car or place the car chassis , When the vehicle passes in front of the parking lot entrance and exit antenna (up to 40 km/h), the data can be automatically read, and the driver does not need to park at all, and there is no need to open the window. Therefore, the driver not only saves the time of parking and inserting and swiping the card, but also because the lane gates are opened in advance, the waiting time for the door arm to rise is also eliminated, which doubles the time for vehicle entry and exit. This greatly improves the traffic efficiency of vehicles and reduces pollution; at the same time, it avoids all kinds of inconveniences caused by bad weather such as wind and rain.
The main advantages of using RFID are:
Establish a new image of property management
The use of modern high-tech products will surely greatly improve the image and popularity of the company’s property management. Adopting the intelligent parking lot management system, both in terms of product styling and the advanced and scientific nature brought by automatic management, will establish a good image for property management and make the enterprise a model of scientific management.Strict fee management
For the current manual cash charging method, on the one hand, the labor intensity is high and the efficiency is low, and the other main drawback is that the financial loopholes are easy to cause the loss of cash. After using the radio frequency intelligent parking lot management system, all vehicle charges are confirmed and calculated by the computer, which eliminates errors and cheating and protects the rights and interests of parking lot investors.
Strengthened safety management
One card for one vehicle, data archiving, to ensure the safety of vehicles parked in the parking lot. When card issuance and card collection are performed manually, it is inevitable that there are omissions because there is no record to check at any time. Lost cars or false reports of lost cars happen from time to time, causing many troubles and economic losses to the parking lot. After adopting the intelligent parking lot management system, consumers of monthly rental cards and stored-value cards have recorded corresponding information in the computer, and the card can be reissued in time if the card is lost. Lost hourly card can also be retrieved at any time and processed in time. When equipped with image comparison equipment, all types of parking cards are archived with license plate numbers, one card is dedicated, and the license plate is not displayed to the computer at any time, and a warning is given.
Good anti-counterfeiting performance
Because of the extremely high confidentiality of the RFID card, its encryption function can not be solved by the general computer after ten years, so it is not easy to forge.
Durable and reliable, the operation process is fully automated
The passive radio frequency identification card used in this system is maintenance-free, long service life, fully sealed, free of contact, dust-proof and waterproof, no need to manually open the gate, the system automatically reads, checks, and opens the gate, which saves manpower and time.
620)this.style.width=620;” border=0>
[ad_2]
