Ultra-low power consumption AI sensor

I&T Solution Ultra-low power consumption AI sensor
(REF: S-1948)
Trial Project
Solution Feature
  • Ultra-low power consumption green electricity design, adopting ultra-low power consumption architecture, static power 13mW, battery replacement cycle 60~120 days
  • Double parking space coverage with one device, and the binocular lens design can cover a horizontal angle of >180°, which can monitor and manage two parking spaces.
  • High-precision multi-target recognition, built-in AI chip, can accurately identify the parking vehicle license plate and type; at the same time, it can identify more than 30 types of foreign objects occupying parking spaces
  • After detecting sensitive information such as faces, it will be automatically blurred without face and license plate recognition, ensuring user privacy and security
  • Extremely simple installation, only need to tighten 6 screws, easy installation, built-in contact switch, start working immediately after installation
Trial Application and Expected Outcome
  • Install radar + vision fusion artificial intelligence sensor on the meter column below the parking meter to detect parking status
  • Parking space detection accuracy ≥98%
  • Identify different types of vehicles such as trucks, buses, cars, etc
  • Identify the occupancy of parking spaces such as construction waste and non-motor vehicles.
  • Fully automatic data processing, calculation, and reporting of parking space utilization and occupancy status, etc
Additional Solution Information 小松鼠超低功耗AI感應設備by AICT_final.pdf
Info on I&T Solution Provider
Solution Provider:Artificial Intelligent Interconnection Technology (HongKong) Co., Ltd.
Address:ROOM 1111, 11/F WING ON PLAZA 62 MODY ROAD TSIM SHA TSUI EAST HK
Contact Person:Liu Yong
Position:Operations Director, Deputy General Manager of Sales of Hong Kong Company
Tel:+86-15010923191
Email: liuyong@zhihuihutong.com
Webpage: http://www.zhihuihutong.com

For details of the above I&T solution, please contact the I&T solution provider.