A Network Teleoperation Robot

Abstract

The invention relates to a network tele-operation robot, which effectively solves the problem of poor wiping effect of the existing glass-cleaning robot; The glass surface is wiped in a reciprocating cycle, thereby increasing the number of times of wiping the glass surface per unit time, making the wiping effect better, and by sliding the U-shaped scraper installed on the mounting frame, it can be realized: every time the rag completes a reciprocating cycle When wiping, squeeze out the water stains infecting the rag, so that the rag always maintains a more suitable water content, ensuring that the glass surface after wiping will not be left with a muddy water mixture due to the excessive humidity of the rag. The wiping effect is further improved.

Description

technical field [0001] The invention relates to the technical field of network control, in particular to a network remote operation robot. Background technique [0002] With the advancement of science and technology, more and more household appliances are becoming more and more automated and intelligent. Based on the development of network technology, intelligent control of equipment can be realized through the network and remote control, which greatly improves the quality of life. Convenience; [0003] The existing glass-wiping robot is a kind of smart home appliance. It uses a vacuum suction cup or a high-speed fan at the bottom of the fuselage to generate negative pressure between the fuselage and the glass and make the robot firmly adsorb on the glass. The walking wheels or walking tracks at the bottom of the robot can walk on the glass while dragging the rag set at the bottom of the robot to move, and then realize the effect of wiping the glass. On the surface of the ...

AI Technical Summary

Problems solved by technology

[0003] The existing glass-wiping robot is a kind of smart home appliance. It uses a vacuum suction cup or a high-speed fan at the bottom of the fuselage to generate negative pressure between the fuselage and the glass and make the robot firmly adsorb on the glass. The walking wheels or walking tracks at the bottom of the robot can walk on the glass while dragging the rag set at the bottom of the robot to move, and then realize the effect of wiping the glass. On the surface of the glass, the frequency and strength of wiping are very small, resulting in low cleaning efficiency of the glass, and poor cleaning degree of wiping, especially some stubborn stains are difficult to wipe off;

[0004] In addition, after wiping for a period of time, the rags of existing glass-wiping robots will be contaminated with more water, which will make the rags more humid. As a result, when wiping the glass surface, it will often make the rags wet after wiping. If there is water stain on the glass surface, if there is a lot of dust on the glass surface, the wiped glass will be covered by muddy water mixed with dust again, resulting in poor wiping effect and unable to achieve a better glass cleaning effect;

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