| Description： |
This commercial service robot, Sabot Max, is nearly 1.5 meters tall and has a pair of human-like arms with the greatest degree of freedom in the industry. Each finger can move flexibly, which is more flexible than most robots that can only bend and extend at the same time with five fingers. More advanced, the body language displayed is richer. It can move 75 kilograms of weight in one fell swoop, surpassing two adult labors, and it moves three times faster than humans per second. King Kong is equipped with the strongest speech recognition solution so far, which greatly optimizes the shortcomings of the robot's poor interactive experience in complex environments. It also has extraordinary athletic ability. It can walk freely in complex indoor environments at a speed of up to 5 meters per second, which is not only far faster than the average moving speed of similar products of less than 1 meter per second, but also far faster than human beings at 1.5 meters per second. Walking speed. For different needs, the King Kong robot is also equipped with a wealth of additional functions, such as reserved power interfaces and a variety of commercial external interfaces, which can realize plug-and-play business functions of external devices such as external large screens, wireless communication controllers, and printers. Sanbot Max has 3D vSLAM mapping and real-time positioning and navigation technology based on multiple 3D Cameras. It can adapt to unfamiliar environments and is supplemented by an obstacle avoidance strategy that combines "infrared + ultrasound + vision", which can not only achieve complex free walking in the indoor environment. When encountering obstacles, emergency braking and real-time re-planning of the route can be used to avoid obstacles and move forward. There is no need to passively wait, thereby improving the efficiency of task execution. Secondly, the voice interaction capability of Sabot Max has also reached the industry-leading level. It is compatible with a variety of semantic solutions. It adopts a concurrent mode when performing semantic understanding tasks, that is, it sends requests to all servers at the same time, and after obtaining the results, it determines which result to use according to the priority, which greatly improves the accuracy of speech recognition and the speed of interaction. Based on this integrated semantic solution, Sabot Max also supports customizing exclusive language packs and offline wake-up functions for specific industries. Sanbot Max is mainly used in hotels, shopping malls, banks, governments, exhibition halls, libraries, airports, restaurants, enterprises and other places to replace manual labor such as reception, guidance, explanation, and transportation of goods. |
