"Carry Shot" (TMSUK)
"The important thing is to create a flock."This is Yoichi Takamoto, a practical robot development company, Temzac (Kamigyo -ku, Kyoto) called "workloid".Speaking of robots creating a "flock", it is new to remember that the drone drew the earth at the opening ceremony of the Tokyo Olympics 2020.With the technology called "Shooting Star" developed by Intel, one computer controls more than 1,000 drones to create three -dimensional light in the night sky.However, Mr. Takamoto says that the "flock" is not a central control type, but the robots communicate each other and move them autonomously like a "flock".The two "ceiling plaster boards" robots, called "Carry Shot", developed by Temzac, developed by Temzac.Specifically, it moves like this."Carry" lifts the gypsum board to the ceiling.Then, the gypsum board is blocked by the "carry" and the accurate position cannot be confirmed.Therefore, instead, the "shot" checks the location information and conveys the appropriate position to "carry".When a gypsum board is placed in an accurate position, the "shot" hits and fixes it.Also, since the construction data is read, the work procedure and position are mapped, and each is performed autonomously, so if both are about to collide, check the work you are currently doing, and which one will be avoided.You can act by judging by the robot.In other words, the AI mounted on the robot is communicating and choosing action.The reason for the development was that Sekisui House, a partner, told me that the shortage of construction workers and aging were urgent issues."Carry Shot" was expected to be used in private houses, and it was necessary to make a smaller and lighter robot to make it easier to carry into construction sites."With the central control, it is necessary to program everything and cannot respond to an irregular situation. It is important for robots to be replaced by humans to move on site," says Takamoto."These technologies were realized only because we developed various practical workloids."
最終更新:Wedge