Worldwide car sales are expected to grow to around 66 million automobiles in 2021, up from an estimated 63.8 million units in 2020. The sector experienced a downward trend on the back of a slowing global economy and the advent of the coronavirus pandemic in all key economies.
Currently, statistics show that there is a general estimation of about 1.42 billion operational cars worldwide, including 1.06 billion passenger cars and 363 million commercial vehicles. Of course, not all these cars on the market will be sold or used.
In such a huge market, parking difficulties have become a very acute social problem for cities. In urban land, car access and parking management must develop in an orderly and fast direction. In recent years, in car parking planning recommendations, many companies have developed a variety of community parking management systems for this market, helping communities, parks, factories and office areas to solve the problem of random parking. At the same time, property managers rely on Convenient management system, optimized staff structure. It basically realized 24 hours unmanned, paperless management, automatic collection and so on. In the long run, the cost of property managers has been reduced, and the income has been significantly improved.
Generally, the computer in the parking lot of the community is used for basic data management and control. It is required to identify and collect the data of the car license plate information that enters the community. The system feeds back the signal to the communicator. After the communicator accesses the information, it controls the barrier "lift bar". "Bar fell off" after the vehicle passes. When the car leaves, the cost is calculated according to the length of stay calculated by the system. After the payment is cleared, the communicator controls the barrier to "lift the bar" and then "drop the bar" after the vehicle passes. The following is the general topology diagram of the community parking lot management system:
7 inch Android tablet PC
PC main specs.
CPU: A64, Cortex-A53, Quad-core,1.5GHz
RAM: 2G DDR3
eMMC: 8GB
LCD panel main specs.
Resolution: 1024×600 (16:9)
Brightness: 350cd/m2 (Typ)
Contrast: 800:1
Touch type: 10 points Capacitive Touch
Interfaces: 1x12V DC, 2xUSB, 1x Micro USB(OTG),
1x SD/TF Card Slot, 1xHDMI, 1xRJ45, 1x Audio I/O, 2xCOM, 1xWifi
System: Android 6.0/ Android 7.1
8-inch Panel PC
PC main specs.
CPU: Intel® Celeron J1900, 2.0Ghz, fanless
RAM: 4GB DDR3
Hard Drive Capacity: 64G SSD
LCD panel : 10.1″
Resolution: 1280*800 16:10
Brightness: 400cd/m2 (Typ)
Touch type: 10 Points Capacitive Touch
Interfaces: 4xUSB, 6xCOM, 2xRJ45, 1xHDMI, 1xAudio, 1xPhoenix terminal power connector
9-36V wide voltage
2 years warranty
System: Support Windows, Linux, Debian, etc.
PC main specs.
CPU: Intel® Celeron J1900, 2.0Ghz, fanless
RAM: 2GB DDR3
Hard Drive Capacity: 32G SSD
LCD panel : 10.4″
Resolution: 1024*768 4:3
Brightness: 1000cd/m2 (Typ)
Touch type: 10 Points Capacitive Touch
Interfaces: 1xHDMI, 2xUSB, 1xLAN, 2xCOM, 1xDC, 1xON/OFF, 1XPE-C, 1xAudio, 1xSIM
Wide temperature: -20℃ to +70℃
Anti-glare Glass
Auto-dimming with light sensor
Optical Bonding (Optional)
Support Windows, Linux, Debian, etc.
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