Wheeled Amphibious Inspection Robot (Lingbo YJR-LB330-V, Cruise Station YJR-XHYZ-V1D1)
Industry Classification
Complete machine development, design, system integrationmobile robot
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Product Description
This product is specifically designed for park inspection scenarios. It enables air-to-ground cross-domain movement, supports fully unmanned and autonomous operation throughout the inspection process, and can actively navigate around obstacles. It features long endurance, high payload capacity and excellent mobility. The Lingbo serves as the robot body, whilst the Cruise Station acts as its supporting hangar.
Product Specifications
1. Fully Autonomous Inspection with Convenient and Efficient Operation: It can plan the optimal inspection route and carry out fixed-point inspections, area inspections, park-and-inspect operations, and night-time inspections. 2. Integrated Security Management and Control to Build an Intelligent Security System: Equipped with proprietary GUI remote control software, it seamlessly connects to the park’s existing cameras and security systems, enabling the linkage and integration of comprehensive security resources and significantly enhancing the park’s security response capabilities. 3. 3D Spatiotemporal Fusion + AI Intelligent Inspection: Using the park’s 3D point cloud as the core visualisation platform, combined with a high-definition three-axis pan-tilt camera, it can clearly capture detailed images within the inspection area; it can push alerts in real time for abnormal events such as fall detection, loitering recognition and unauthorised vehicle parking. Through functions such as robotic parking inspection and voice interaction, AI-powered intelligent inspection is realised. 4. Single Hangar with Multi-Robot Collaboration for Comprehensive and Efficient Inspection: Configuring a single hangar enables parallel inspection, off-peak energy replenishment and relay operation of multiple robots, thereby achieving comprehensive and efficient inspection.
The Zhejiang SuperSoul AI Research Institute (Supersoulai) is dedicated to developing artificial intelligence with “human-like cognition”. Its primary research focus is on brain-inspired bionic algorithms that simulate the logical processes of the human brain, integrating these with the computational power and storage capacity of computers. Currently, its main products are applied in fields such as bionic decision-making, bionic vision, bionic perception, bionic actuators, AI doctors and bionic robots.
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