%{tishi_zhanwei}%
HistoryClear all records
Up to 8 historical records can be displayed~
All
  • All
  • Product Management
  • News and Information
  • Introduction content
  • Enterprise outlets
  • Frequently Asked Questions
  • Corporate Video
  • Company Album
产品中心

Intelligent Chasiss Positioning System

HIRI FUTURE’s Intelligent Chasiss Positioning System can tailor a high-precision visual guidance solution for the complex operational scenarios of “multimodal shipping” in railway container stack yards. By relying solely on visual perception, the system achieves centimeter-level spatial positioning and pose recognition of railway flatcars, road chassis tractors, and containers, seamlessly connecting railway loading and unloading with road collection and distribution procedures, and providing integrated support for positioning, guidance, and safety protection across all scenarios for RMGs.
v4 智能集卡定位系统_字幕.mp4
Deep adaptation to railway scenarios

Deep adaptation to railway scenarios

Intelligent recognition and avoidance of coupler safety zones: Accurately identifies the positions of couplers at both ends of the flatcar, guides the Spreader to automatically avoid them, and dynamically monitors the status of the couplers to prevent collisions involving railway-specific equipment. ·Intelligent switching and guidance for rail-road operations: The system automatically identifies whether the operation object is a railway flatcar or a road container truck, and adaptively switches to the optimal positioning algorithm and guidance strategy, ensuring operational accuracy and efficiency in mixed-traffic scenarios.
Integrated Security Protection

Integrated Security Protection

Camera reuse and multifunctional integration: The same vision sensor simultaneously performs high-precision container handling and container positioning, while concurrently enabling real-time detection of unauthorized personnel entering the operational lane and proactive safety verification to prevent vehicle-vehicle collisions, thereby establishing a closed-loop system for perception–localization–safety.