Product Function 1:
Adopting artificial intelligence technologies such as wireless technology-based spatial perception, real-time positioning system, motion control algorithm, and multi-sensor fusion, a person can achieve low-speed autonomous driving of the cart following the person by wearing a handheld terminal. The default following distance is 1-7 meters. If the distance exceeds 7m (adjustable), the loss alarm function will be activated. The cart will automatically stop within 1 meter, allowing personnel to work freely within this range; at the same time, it can intelligently prevent collision or avoid obstacles when encountering them during operation, ensuring the intelligent and safe operation of the following robot.
Product Function 2:
Follower: Load capacity of 100 kg. This model requires a flat road surface, can overcome obstacles of 3 cm. If used indoors, the indoor passage width requires 1.2 meters (for smooth walking) and 1.5 meters (for in-place U-turn). The slope is 10°, and the battery life is 8-12 hours.
Functions: Wireless remote control + rear following + laser 360° obstacle avoidance (scanning the same plane, obstacles below 30cm of the car body cannot be scanned, and can detour when encountering obstacles). If there are high requirements for anti-collision, ultrasonic anti-collision can be added (scanning in a fan shape and can identify glass).
Product Function 3:
We mainly use a remote control carried by the person (remote control size: 1305035MM (lengthwidthheight)) and the car body to receive the signal source. The following distance is 1 meter (safety distance) to 7 meters (no signal source can be received beyond 7 meters), and it can be wirelessly controlled within 30 meters. This standard model is also equipped with laser obstacle avoidance, which can detour when encountering obstacles.
Product Introduction:
The main research and development directions of the following robot include wireless technology-based spatial perception, real-time positioning system, motion control algorithm, SLAM path decision-making, RKT technology, and multi-sensor fusion artificial intelligence technology, with more than 30 core technology independent patents. Focusing on the research and development, production, and sales of following robots and industry application solutions, it realizes low-speed autonomous driving of micro-carts following people individually or in groups. Committed to the artificial intelligence ecological industry with following robots as the carrier.
Main products include: following robot - general model, following robot - shopping model, following robot - crawler model, following robot - all-terrain model and corresponding customized products.
The products are mainly used in shopping malls, logistics, factories, parks, highways, agriculture, fire protection and other carrying scenarios where human-machine collaboration requires following people.