Other Worldwide attacks from humanoid robots, which took place on the 16th sickle in Beijing, presented a massive simulation of fire-rotary operations. In which 23 teams took part, they were tested to evaluate the real working capabilities of robots with good minds.

Testing in a real environment.

In addition to the controlled simulations at the location, this stage will carry out transfers to the reference fire station. The robots work independently and work in the minds that are as close as possible to the real workers in the factory.. The main meta is to check how stable robots can lose their functions, colliding with non-transferred officials.

“Real simulation” of the new level.

As it turns out, the horror scenarios of destruction have become even more realistic with the passing of fate. Kozhen robot Mav 30 hvilin, shcheb visonati three zavdannya:.

Identify unsafe speech.

Close the three valves.

Know and extinguish the fire for the help of the fire extinguisher.

Two types of simulated unsafe speeches were placed on the platform, which the robots could not identify and inform about their type for additional images.. Then the stink is small, close the valves, and then use an igniter to eliminate the fire until it is completely extinguished.

Wikliki real world.

Human fire fighters were responsible for the fire, simultaneously watching over it as robots vikorist fire extinguishers. The results revealed the significant challenges that robots face when transitioning from a controlled laboratory environment to the real world.. Additionally, changing the lighting and external minds significantly integrates visual recognition and mechanical operations.

For example, a robot based on UniX AI (? ), although I would like to recover from the tasks at the end of the hour, paying significantly more for the firefighting people. This manipulator needed two trials to accurately target the fire extinguisher. Of the 12 teams that took part in that day, only 3 were able to completely win all the votes.

Equipment security and planning.

Behind IT data? , doch, the poorly lit and outer middle negatively influences visual recognition and ceruvianation. Whatever the mercy may be, or the planned ruin can lead to the failure of all plans. The work must be done to correctly recognize objects and identify specific activities, as well as accurately coordinate the work of several components, thereby saving money.

These findings also demonstrated the complexity of the hardware systems of humanoid robots. Delicate hands press angles with high precision, and pressure drives ensure strength, stability and mobility. Slaughterhouses often require specialized work with many types of hardware.

These robots developed all-straight wheels instead of traditional bipedal structures. Richly angular manipulators were used for more delicate operations. An important part of the technological system of humanoid robots is deprived of remote control. Several teams used VR-sholomi for remote monitoring by robots directly in front of the cob, or to restore the task under the hour, displaying images from on-board cameras in real time mode.

Future prospects.

The selection of torque modules and servo drives manufactured in China that can handle a wide range of torque, from low-power precision torque to high-power operations, was also noteworthy. Experts say that similar findings in real minds will allow us to collect a large volume of valuable data about failures, which will be sources for further perfection of spy systems, planning for the revolution and other robots.. Read robot firemen in the world of humanoid robots on the HiTech website. Expert.