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In recent years, the process of urbanization in China has been accelerating, and urban construction has been changing with each passing day. The development of cities has brought about a sharp increase in the number of vehicles, and the increase in the number of vehicles has of course also brought about an increase in the construction of parking lots. Large-scale parking lots have always been a great place to solve parking problems. With the development of the city, more and more large-scale parking lots have been constructed. It stands to reason that the construction of large parking lots has greatly eased the local parking difficulties, and people should be rejoicing. However, as far as all parties know, car owners still criticize the problem of large parking lots, which is the difficulty of finding a car.
So far, many companies have introduced parking guidance systems so that car owners can quickly find parking spaces in large parking lots. However, the huge parking lots have made it a big problem for customers to find cars. When returning to the parking lot, car owners often lose their way in the parking lot due to the large parking space, similar environment and signs, and difficult to distinguish directions, and cannot find their vehicles.
With the increase in the number of large parking lots, the market capacity of the car-finding system will also increase greatly, just like the parking space guidance. However, up to the present location, there are not many parking lot manufacturers that can provide car search queries. The stable system, simple structure, and good user experience are Fengmao Water chestnuts. Among them, Hangzhou Lifang is regarded as the leader among car search guide manufacturers. Recently, Lifang has won the country’s largest parking guidance and car search project. The following is the solution analysis of the Longhu Tianjie car search project.
1. Introduction of Longhu Times Tianjie Car Finding and Inquiry Project
Longhu Times Tianjie Commercial District is located in the Majiapu campus of the Chinese People’s Liberation Army Logistics Engineering College in Daping, Chongqing. It is adjacent to the family area of the Coal Industry Institute in the east, Medical College Road in the west, the First Affiliated Hospital of Zhongyi Medical College in the south, and Dashi Road in the north. The building area is about 132. 10,000 square meters, the construction types are mainly large-scale centralized commercial buildings (podium buildings) and 25 high-rise buildings (towers). The current commercial area of the first phase of the project is about 170,000 square meters. The entire project is expected to have 8,500 underground parking spaces, and the first phase is expected to be underground parking spaces. Around 1914. In order to solve the problem of the difficulty of finding a car in this project, the developer adopted a new generation of Cube’s reverse car finding system.
The use of the cubic reverse car search system will bring a better parking and car pickup experience to car owners. At the same time, efficient parking and car pickup will also speed up the parking space turnover rate of the parking lot, which can help Longhu Tianjie merchants well. Circle for vehicle management.
2. Features of Longhu Times Tianjie Car Finding Query System
The system uses sign-and-stop mode to quickly lock the position of the car
After the vehicle enters the field, the owner quickly parks the vehicle according to the guidance of the cubic guidance system, and then gets out of the vehicle and swipes the card to sign to park. At this time, the parking position of the vehicle has been entered into the system; after the owner finishes shopping, swipe the card again at the nearby inquiry terminal, and the terminal immediately displays the owner and the vehicle The location helps customers quickly find the parking location of the vehicle.
The system is used in conjunction with parking guidance to reduce management costs
As mentioned above, the Longhu Times Tianjie project uses both parking guidance and car-finding systems. Since the two systems have adopted a modular design, the two systems can share a management server, which greatly reduces the hardware cost of the system; and the use of the car search query system greatly shortens the time for car owners to find a car. Therefore, the turnover rate of parking spaces is greatly improved, and the cost is reduced again.
Cube car search system supports IC card and barcode at the same time
In the Longhu Times Tianjie car pick-up query project, we use both IC card and bar code to sign and stop at the same time. IC cards are mainly issued to long-term users, such as store staff, etc.; barcodes are mainly issued to temporary users, such as shoppers. The use of the two types of cards is mainly to reduce the difficulty of storing the cards for different users.
Many inquiry points, convenient inquiry
The Longhu Times Tianjie parking lot is huge and has many parking spaces. In order to enable car owners to find their cars quickly, we have set up many inquiry points, and car owners can swipe their cards to find cars at any nearby location.
Three, system architecture
With its strong technical strength, the Cube Pickup Guidance System creatively adopts a new system architecture. The entire system is only composed of the sign-stop query integrated machine responsible for the sign-stop part and the query machine responsible for the query, which greatly simplifies the system components, that is, prevents the traditional The bloated system caused by the components reduces the system’s dependence on the management center and makes the application of the system more flexible and changeable.
The system adopts the TCP/IP networking mode, and TCP/IP communication is adopted between the sign-off and sign-off, and between the sign-off and the inquiry machine, and the sign-off also has the query function.
Four, use process
Five, system equipment
Sign-stop all-in-one
The sign stop is the main component of the reverse pickup system. After parking, the car owner can record the parking position by swiping the IC card and barcode on the sign stop near the parking space. The sign stop uploads the parking information to the server through TCP/IP. Makes any point in the network can realize the query function.
Functional requirements:
At the same time, it has the functions of IC card and bar code swiping;
With display function, there will be prompt function after sign-stop is successful;
With communication function;
Equipped with query function, integrating query and sign-off;
Query machine
The inquiring machine is mainly related to elevator entrances, staircase entrances, etc., with interface graphic display function, used to inquire about the parking position of the owner’s vehicle and the position of the central toll office.
Functional requirements:
With graphical interface display;
With IC card and barcode reading function;
It has the functions of querying the current location, vehicle parking location, and the location of the central toll collection office;
With electronic map display.
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