If the No. 9 robot has the most core technology, it must be its self-developed intelligent capacity technology stack. As a smart mobile company, the smart capacity technology stack is a general technical capability gradually built by No. 9 Robot in the process of service robot research and development, based on this ability, in the actual application of the robot, it can perceive the surrounding environment, static buildings, dynamic vehicles and pedestrians, and obtain global positioning relative to the map. Based on this information, the robot conducts path prediction and planning in real time to achieve autonomous driving on open roads. This is a demonstration of the No. 9 intelligent capacity technology stack, on the basis of which No. 9 Robot has developed multiple product lines.
First of all, in terms of delivery robot products, the No. 9 sugar cube indoor delivery robot launched by No. 9 Robot can meet the intensive distribution needs of different scenarios such as office buildings, shopping malls, hotels and hospitals, mainly relying on the perception, decision-making and carrying capabilities of the smart capacity technology stack technology stack. For example, through multi-machine mobilization and elevator linkage capabilities, the problem that robots can take elevators independently is solved.
On the No. 9 sugar cube indoor delivery robot, through the empowerment of the intelligent capacity technology stack, it can be said that it is not only a robot product that provides delivery alone, but a complete set of carrying capacity solutions, including robot fleet, cloud back-end and back-end multi-machine scheduling. For example, in an office building, during peak periods, it is necessary to face the preemption and scheduling of critical resources by multiple robots. When one robot takes the elevator, the other robot needs to leave early. When multiple robots are moving on the same floor, you need to avoid collision problems that suddenly appear in blind spots.
In addition, the no. 9 robot has been constantly evolving in terms of algorithms. The S2, the ninth sugar cube delivery robot, has accumulated tens of thousands of kilometers of mileage. With this data, Robot Nine can continuously improve the AI algorithms behind it.
The application of the smart mobile technology stack on another production line is the Segway intelligent lawn mowing robot released by No. 9 Robot not long ago. Its original EFLS fusion positioning system, the integration of the intelligent mobile technology stack in the perception and decision-making ability of the connotation, and through the RTK (real-time differential positioning) to achieve centimeter-level outdoor accurate positioning, it also integrates a variety of other sensor information to assist positioning, inertial navigation, odometer, geomagnetic information, differential barometer, etc., so that when the satellite signal is temporarily weak, the robot can still run stably.
Solving the pain points of traditional lawn mowing robots that require complex embedded lines and disorderly and inefficient mowing methods, with the help of wheel hub motor technology, Segway intelligent lawn mower robots can release high torque at low speeds, speed control is more precise, and the climbing ability is stronger.