A frequency conversion intelligent robot, spray disinfection method and system

Abstract

The invention discloses a frequency conversion intelligent robot, spray disinfection method and system, and relates to the field of robot disinfection technology. The method includes: determining the spray rate of the frequency conversion intelligent robot, the volume of the area to be disinfected, the length of the planned route of the frequency conversion intelligent robot, and the length of the frequency conversion intelligent robot. Spray mist particle loss ratio; calculate the frequency conversion intelligent robot according to the spray rate of the frequency conversion intelligent robot, the volume of the area to be disinfected, the length of the planned route of the frequency conversion intelligent robot and the spray mist particle loss ratio of the frequency conversion intelligent robot The pace; control the variable frequency intelligent robot to disinfect the area to be disinfected at the pace. The invention can achieve the purpose of precise disinfection.

Description

technical field [0001] The invention relates to the technical field of robot disinfection, in particular to a frequency conversion intelligent robot, spray disinfection method and system. Background technique [0002] When an epidemic occurs, especially when a respiratory infectious disease occurs, how to effectively cut off the transmission route is the key to quickly controlling the outbreak and spread of the epidemic. [0003] Under the current technical conditions, spray disinfection is still the main means of on-site air disinfection. However, spray disinfection often requires people to enter the space that needs to be disinfected with a sprayer on their backs. The time and flow of spraying are controlled by humans, which can easily lead to over-disinfection or insufficient disinfection. Excessive disinfection will waste valuable anti-epidemic materials, pollute the environment, and cause damage to items. For example, excessive peracetic acid will bleach clothes and ac...

AI Technical Summary

Problems solved by technology

At present, there are many spraying robots on the market, and some of them use robots to carry sprayers into the polluted area, and people carry out remote disinfection outside the site. The purpose of precise disinfection

Therefore, in the existing spray disinfection methods, the spray volume is controlled by the spray operator himself, which cannot be accurately disinfected

The disadvantages of the existing spray disinfection methods mainly include: First, if a person carries a sprayer into a polluted area for disinfection, the person himself is susceptible to infection and needs to consume a lot of physical strength. When the person is tired, the risk of infection will increase. Big

Second, excessive disinfection will waste valuable anti-epidemic materials, pollute the environment, and cause damage to items. For example, excessive peracetic acid will bleach clothes and accelerate the aging of the surface of items

Third, insufficient disinfection will lead to the failure of pathogens in the air to be eliminated and create new infection risks

[0005] At present, there is no comprehensive calculation based on factors such as space area, driving speed, spray particle size and spray time to form a precise disinfection method

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