Zento Smart ALPR Straight Boom Anti-crash Automatic Boom Barrier Gate Car Parking Barrier System

License Plate Recognition technology (License Plate Recognition, LPR) is based on the computer technology, image processing technology, and the fuzzy Recognition, to build the characteristics of the vehicle model, identify the vehicles' characteristic, such as Plate, model, color, etc. It can automatically extract the plate image from an image, it USES the advanced image processing technology, pattern recognition and artificial intelligence to the collected images information and processing, it can be identify the license plate Numbers, letters and Chinese characters, and directly given recognition result, makes the system become a reality.

Feature:

1.License plate number entrance and exit record can report output
2.Camera gun vertical angle: the maximum angle 25 degree into the horizontal

3.Can recognize 0-2 letters and numbers 1 to 4 for the license plate number
4.Can identify Chinese and English of license plate number
5.Can identify one line and two lines license plate number
6. Can identify vehicle license text and figures
7.The database can store the capture image, license plate number, lane number and the time of vehicle through record.
8. Image size: 768*576pixels
9. Front size: 16*16-48*64 pixels
10. Camera gun level angle: the maximum angle 25 degree into the drive lane
11. Support English, Korean, Simplified Chinese and Traditional Chinese and other language customizable.
12. Minimum brightness: 500lux

Product display

What can it solve?

1. Solved the problem of congestion in and out of the parking lot. There is no need to stop your car.

2. Solved the problem of low efficiency of swing & take card. There is no need to swing and take parking card.

3. Solved the problem of poor experience and inconveniences in rainy days. There is no need to open your car windows for swing parking card.

4. Automatically control the parking barrier open or not at the same time when the car entering the recognition area.

5. Automatically save the record of vehicle entry and exit, including car number, access time, and captured picture.

6. Automatically calculate parking fees based on the time of vehicle entry and exit.

7. Automatically generate various reports, including vehicle information, charge data.

Instructions

1. Entrance procedure
A vehicle stops in front of the entrance, just before the barrier. The sensor detects its presence and a dedicated camera
automatically recognizes and records the number plate, date and time of entry. The remote management system captures the data
provided by the camera and enters it into the database. If already registered, the subscriber’s membership information and
reservation data are added. The entrance barrier rises allowing the driver access to the car park. The barrier lowers
automatically, once a vehicle passes the safety sensor.
Drivers of vehicles registered with an online account can enter and exit nominated car parks unimpeded. Parking charges are
automatically debited from their nominated credit/debit cards at regular intervals via an online account.

2. Exit procedure
A vehicle stops at the exit, just before the barrier. The sensor detects its presence and the dedicated camera verifies the number
plate against payment information, or the listing of the vehicle on the database (e.g. subscribers). The management system
validates correct payment, or entitlement to park without payment to enable exit. The exit barrier rises, allowing the driver to
leave the car park. The barrier lowers automatically once a vehicle passes the safety sensor.

Our company has our own software management platform and has our own independent intellectual property rights in algorithms and software research and development, so we can completely process data ( identify different license plates, i.e. characters, different charging standards: temporary charging, monthly charging, VIP charging, etc. ) and store data ( storage method, duration, interval, etc. ) according to the needs of different customers.