The disinfection and epidemic prevention robot is abbreviated as the disinfection robot. The robot is the carrier. The disinfection system is installed inside the robot to produce disinfection gas. The pneumatic system of the robot is used to quickly diffuse the disinfection gas in the indoor space, increasing the coverage and uniformity of disinfection, and can be effective and without dead ends. To kill pathogenic microorganisms in the air, the disinfection robot can automatically, efficiently and accurately disinfect indoors according to the set route.
00Indoor disinfection and epidemic prevention mainly use ultraviolet light, laminar flow, peracetic acid, pasteurization, etc. These disinfection and epidemic prevention methods have the following defects, such as:
1. Consumption of labor;
2. There are dead ends;
3. There is secondary pollution;
4. The concentration cannot be controlled;
5. High cost.
But the disinfection robot can perfectly compensate for these shortcomings.
The disinfection robot uses a high-purity ClO2 gas generator. Under the premise of the ClO2 gas output, the pneumatic system is used to diffuse the dry ClO2 gas into the indoor space, with a wide molecular coverage and no dead ends.
Chlorine dioxide gas (CLO2) is a yellow-green gas with strong oxidizing properties and can kill various microorganisms. It has the advantages of fast diffusion speed, no residue after disinfection, and reliable disinfection effect in air disinfection.
ClO2 is used as a high-efficiency sterilization and disinfectant, and its main sterilization and disinfection properties are:
① High-efficiency and broad-spectrum: Among many commonly used disinfectants, the same sterilization and disinfection effect can be achieved in the same time. The concentration of disinfectant required is the lowest of chlorine dioxide, which is the most important for killing heterotrophic bacteria. The concentration of chlorine oxide is only half of that, and the killing effect on E. coli in surface water is more than twice as high. Chlorine dioxide sterilization is not only highly effective but also broad-spectrum, and it kills most pathogenic microorganisms well. Effective, and not easy to produce drug resistance, especially for typhoid fever, hepatitis A, hepatitis B, polio and HIV also has a good killing and inhibitory effect. In addition to effectively killing microorganisms, there is no odor residue.
② Fast, durable and uniform: The gas ClO2 has good diffusibility, penetration, and uniformity in use. With the increase of time, the gas ClO2 is gradually distributed evenly, the characteristics of high-efficiency sterilization are more effective, and the sterilization effect is good. At a chlorine dioxide gas concentration of 0.9mg/m³, a sterilization rate of 99.99% can be achieved within 30 minutes.
③ Non-toxic, non-irritating, and safe: after chlorine dioxide disinfects drinking water, it will not cause damage to oral mucosa, skin, etc. It is absolutely safe in terms of acute toxicity and genetic toxicology. Chlorine dioxide does not interact with organic matter in water. It produces trihalomethanes and other carcinogens. It has no “three causes” effects on higher animal cells, sperm and chromosomes. Moreover, the amount of chlorine dioxide used is very low. Therefore, it is safe to use chlorine dioxide for sterilization and disinfection without residual toxicity. Safety is positioned by the World Health Organization.
Hospitals, airports, railway stations, bus stations, docks, administrative centers, crowded areas, etc.
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Post time: Jun-18-2021