A 5g air disinfection edge computing method and system

Abstract

The present invention relates to a 5G air disinfection edge computing method and system. The method includes step 100: the cloud service center sends the air disinfection strategy to the 5G edge computing box on the terminal side; Calculate and obtain a suitable air disinfection strategy, and control the corresponding air disinfection equipment to implement actual air disinfection. The method can realize safe and effective online air disinfection in a human environment, has intelligent control, improves equipment utilization, and reduces energy consumption.

Description

【Technical field】 [0001] The invention belongs to the field of air disinfection, and in particular relates to a 5G online air disinfection method and system. 【Background technique】 [0002] With everyone's constant attention to health, air disinfection will become an important infrastructure in the future. At present, basically 99% of indoor spaces, including public spaces, lack air disinfection for human-machine coexistence. Air disinfection basically relies on ventilation, or spraying Disinfectant. However, many spaces are inconvenient for ventilation, or ventilation (including the fresh air system) when the air conditioner is turned on in summer and winter will cause an increase in energy consumption. Therefore, an air disinfection system with a human environment and coexistence of humans and machines will be the choice for most places. [0003] At present, most of the air disinfection technologies use ionization technology, including high-voltage electrostatic, plasma, ...

AI Technical Summary

Problems solved by technology

However, many spaces are inconvenient to ventilate, or ventilation (including the fresh air system) will increase energy consumption when the air conditioner is turned on in summer and winter, so the air disinfection system with human environment and human-machine coexistence will be the choice of most places

[0003] At present, most air disinfection technologies use ionization technology, including high-voltage static electricity, plasma, negative oxygen ions, photocatalysis and other technologies. Such technologies can achieve better air disinfection, but they are not necessarily suitable for any place and any working state. Among them, the occurrence of ozone will be a core. According to the CDC in the United States, ionization technology is a mature technology after the new crown, but it is an emerging technology for air disinfection in the new crown. The core of which is ozone control. Excessive ozone is vetoed by one vote. In fact, the generation of ozone is more complicated. Different seasons and different places will have ozone itself, so ozone-based air disinfection control is necessary. In fact, humidity is also a key factor, because all ionization technologies are high-voltage technologies. Humidity above %RH may cause potential safety hazards of electric sparks

Second, considering the general direction of the country's carbon neutrality, excessive disinfection is also a waste

In addition, it is necessary to adopt different disinfection strategies according to the environmental parameters of the site, that is, how to find an adaptive disinfection strategy; the existing disinfection strategies are relatively simple, even in the face of regular environmental changes, such as Every Saturday and Sunday, it is also difficult to make effective changes, or the change is based on the cost of multiplying the complexity of the strategy, and the disinfection target may also be difficult to achieve or at the cost of over-sterilization. The third aspect, and the existing The fine-grained control policy in the technology ignores the stability of the equipment due to the single optimization goal, resulting in repeated adjustments of the equipment

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