Automatic disinfection system with IOT data transmission function

Abstract

The invention provides an automatic disinfection system with an IOT data transmission function. The automatic disinfection system comprises disinfection equipment, a signal acquisition end and a service terminal, wherein the signal acquisition terminal provides water quality data for the disinfection equipment, the service terminal acquires the water quality data after disinfection by the disinfection equipment, and the disinfection equipment comprises a control module and a reaction cavity. The disinfection system provided by the invention can efficiently decompose a chemical disinfection byproduct chloramine in water, has an excellent killing effect on cryptosporidium and giardia which have stronger resistance to chlorine disinfection, and greatly improves the smell and the environment of a swimming pool; and when the disinfection system is used for disinfecting water, water quality data, including but not limited to pH value, residual chlorine concentration, temperature, number of people and the like, can be acquired through an existing sensor, and remote monitoring is carried out through an Internet of Things data acquisition and transmission system of the system.

Description

technical field [0001] The invention belongs to an ultraviolet disinfection system, in particular to an automatic disinfection system with an IOT data transmission function. Background technique [0002] Chemical disinfection and physical disinfection are usually used in the field of domestic sewage treatment and water supply. Chemical disinfection is likely to cause secondary pollution due to the addition of chemical reagents. Physical disinfection methods usually include heating, freezing, irradiation, ultraviolet light and microwave disinfection. For example, swimming pools are generally disinfected by chemical dosing, which has problems such as incomplete disinfection by simple dosing and disinfection by-products. Real-time monitoring makes it difficult for the public to understand the water quality. [0003] At present, when ultraviolet disinfection equipment responds to periodic fluid fluctuations, it will lead to insufficient ultraviolet irradiation dose, resulting ...

AI Technical Summary

Problems solved by technology

Chemical disinfection is likely to cause secondary pollution due to the addition of chemical reagents

Physical disinfection methods usually include heating, freezing, irradiation, ultraviolet light and microwave disinfection. For example, swimming pools are generally disinfected by chemical dosing, which has problems such as incomplete disinfection by simple dosing and disinfection by-products. Real-time monitoring makes it difficult for the public to understand the water quality

[0003] At present, when ultraviolet disinfection equipment responds to periodic fluid fluctuations, it will lead to insufficient ultraviolet irradiation dose, resulting in poor disinfection effect, or excessive irradiation dose, which will have a negative impact on water quality and cause energy waste. Therefore, it is usually necessary to configure a separate flow meter to monitor traffic fluctuation

Additional flowmeters are configured for monitoring, resulting in increased equipment costs, inconvenient operation, and insufficient practicability

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