Intelligent disinfection robot for electrolyzed oxidizing water

Abstract

The invention relates to an intelligent disinfection robot for electrolyzed oxidizing water. The intelligent disinfection robot comprises a disinfection robot and a main machine fixedly installed on abottom plate, wherein the disinfection robot is parked on the bottom plate, and is effectively combined with the main machine comprising an electrolyzed oxidizing water generator. The main machine can automatically electrolyze water into an acidic disinfectant and store the acidic disinfectant into a disinfectant tank of the main machine under the condition of power supply. The disinfection robotautomatically moves to the position of the main machine, pumps the acidic disinfectant in the main machine to the disinfectant storage tank in the disinfection robot for standby application via a connecting conduit, is separated from the main machine after the disinfectant storage tank is filled, and moves to a disinfection region for disinfection operation automatically; and in case of insufficient electric quantity and disinfectant, the disinfection robot can automatically move to the main machine to be automatically charged and supplemented with the disinfectant. The electrolyzed oxidizingwater disinfectant is used directly without proportional dilution. Automatic disinfection without control is achieved, and thus, automation and intelligence of disinfection are achieved, and labor intensity and infection risk of disinfection, sterilization and cleaning workers are significantly reduced.

Description

technical field [0001] The invention relates to the technical field of disinfection and intelligent equipment, in particular to an acid oxidation potential water intelligent disinfection robot. Background technique [0002] At present, the environmental disinfection method is mainly carried out by manual spraying of ordinary disinfectant, which requires a lot of labor and time, but it is easy to cause blind areas and dead ends of disinfection, especially in some environments where disinfection personnel cannot enter, and personnel cannot be used manually. disinfect. In addition, most of the acid oxidation potential water generators currently on the market are fixed, which is inconvenient to use, and the disinfection method is not good, which affects the disinfection effect. Using disinfection robots, most of them have to be diluted in proportion by purchasing ordinary disinfection preparations and then added to the robot for disinfection. The cost is high, and ordinary disi...

AI Technical Summary

Problems solved by technology

[0002] At present, the environmental disinfection method is mainly carried out by manual spraying of ordinary disinfectant, which requires a lot of labor and time, but it is easy to cause blind areas and dead ends of disinfection, especially in some environments where disinfection personnel cannot enter, manual manual disinfection cannot be done. disinfect

In addition, most of the acid oxidation potential water generators currently on the market are fixed, which is inconvenient to use, and the disinfection method is not good, which affects the disinfection effect

Using disinfection robots, most of them have to be diluted in proportion by purchasing ordinary disinfection preparations and then added to the robot for disinfection. The cost is high, and ordinary disinfection preparations themselves are toxic and easy to cause harm to the human body. An intelligent disinfection robot for acidic oxidation potential water

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