Event
REEMAN showcases library inventory robot based on Hot Wheels chassis
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REEMAN showcased an AI library inventory robot developed on the Hot Wheels robot chassis (WBOT11B), and completed a mobility demonstration in indoor bookshelf aisles. However, the demonstration did not provide OCR recognition accuracy or inventory results; OCR and book recognition are provided by the integrated application software and are not functions of the chassis itself. The chassis uses Laser SLAM and V-SLAM for mapping and localization, combined with laser, 3D vision, and multi-sensor fusion obstacle avoidance; published specifications include a 270° laser scanning angle and a maximum detection distance of 25 meters. REEMAN states that the standard chassis SDK does not open the navigation camera's raw video stream for custom OCR processing; optional elevator integration requires compatible elevator control, network conditions, and project configuration, and the published operating time corresponds to the chassis configuration.
Report timeline
- How can the REEMAN Hot Wheels robot chassis be used to develop an AI library inventory robot?
REEMAN demonstrated a library inventory robot built on the Hot Wheels robot chassis, completing a mobility demo in indoor bookshelf aisles, but did not provide OCR recognition accuracy or inventory results. The chassis uses Laser SLAM and V-SLAM for mapping and localization, combined with lidar, 3D vision, and multi-sensor fusion for obstacle avoidance; published specifications include a 270° laser scanning angle and a maximum detection range of 25 meters.
锐曼REEMAN ·