Six-legged laser robot

Abstract

The invention discloses a six-legged laser robot which comprises a six-legged robot, a laser device, a controller and a remote controller, wherein the six-legged robot is a spider appearance-imitated six-legged machine walking device; the six-legged robot comprises a body and six legs surrounding the body; each leg is provided with three steering engines mutually connected from the top down; the body is provided with a control console; the control console comprises the controller and a mounting table; the laser device is arranged on the mounting table; the six legs and the laser device are connected with an output end of the controller; the laser device comprises a blue laser device and an infrared laser sighting device; the controller comprises a wireless communication component and a microprocessor; the wireless communication component is positioned at an input control end of the controller; the signal type of the remote controller corresponds to the signal type of the wireless communication component; the power of the infrared laser sighting device is 300nW-5mW; and the power of the blue laser device is 2W-4W. With the adoption of the mode, the six-legged laser robot can rotate and walk freely and flexibly, and can emit laser through remote control.

Description

technical field [0001] The invention relates to the field of robots, in particular to a hexapod laser robot. Background technique [0002] Ordinary robots only have the characteristics of mechanical walking, and do not have the characteristics of laser aiming and emitting laser beams. Moreover, the network is very developed now, and the application range of APP is becoming wider and wider. Using APP for intelligent control has penetrated into people's daily life. For example, functions such as access to clothing graphics and animation editing control on mobile phones have enriched people's lives, but the use of APPs to control multi-legged robots, especially the control of emitting lasers, has not yet been related to applications. Contents of the invention [0003] The technical problem mainly solved by the present invention is to provide a hexapod laser robot. By setting a laser device on the hexapod robot, the walking and laser emission of the robot can be operated by re...

AI Technical Summary

Problems solved by technology

[0002] Ordinary robots only have the characteristics of mechanical walking, and do not have the characteristics of laser aiming and emitting laser beams. Moreover, the network is very developed now, and the application range of APP is becoming wider and wider. Using APP for intelligent control has penetrated into people's daily life. For example, the access to clothing graphics and animation editing control functions on mobile phones enrich people's lives, but the use of APP to control multi-legged robots, especially the control of emitting lasers, has not yet been related to applications.

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