A highly efficient and intelligently controlled disinfection device

Abstract

The invention discloses a high-efficiency intelligent control disinfection device. An air circulation mechanism is arranged inside the disinfection device, and the circulation of the internal airflowcan be quickly realized, which not only can improve the uniformity of internal temperature increase and disinfection, but also can ensure thorough disinfection in all corners and improve the reliability of disinfection. An upper air circulation mechanism, a middle air circulation mechanism and a lower air circulation mechanism of the invention are all provided with vortex suction air holes, and anair flow exchange mode among the upper, middle and lower mechanisms is used to ensure uniform mixing of the air flow inside the device. The airflow is sprayed on the upper part of a placing plate ina vortex manner, so that the airflow can be flowed by means of eddy current, and then the airflow is circulated on an object to-be-disinfected by means of the vortex to ensure the disinfection reliability of the object; The sterilizing device can fully collect the water stains in the device, and facilitates the disassembly and cleaning operation of a water collecting box.

Description

technical field [0001] The invention relates to a disinfection device, in particular to a disinfection device with efficient intelligent control. Background technique [0002] Existing disinfection devices generally use ultraviolet rays and high-temperature disinfection methods when performing disinfection. Ultraviolet disinfection is limited by the location, and it is difficult to thoroughly treat every corner, while high-temperature disinfection can effectively achieve disinfection at various locations. However, high-temperature disinfection Disinfection also has some disadvantages. One is that effective objects can withstand a limited temperature, and the other is that the high-temperature disinfection efficiency is low. Due to the large difference in thermal conductivity of objects, objects are easily affected by thermal conductivity during disinfection. If you want to thoroughly disinfect , you need to wait for a certain high-temperature treatment time, which leads to l...

AI Technical Summary

Problems solved by technology

[0002] Existing disinfection devices generally use ultraviolet rays and high-temperature disinfection methods when performing disinfection. Ultraviolet disinfection is limited by the location, and it is difficult to thoroughly treat every corner, while high-temperature disinfection can effectively achieve disinfection at various locations. However, high-temperature disinfection Disinfection also has some disadvantages. One is that effective objects can withstand a limited temperature, and the other is that the high-temperature disinfection efficiency is low. Due to the large difference in thermal conductivity of objects, objects are easily affected by thermal conductivity during disinfection. If you want to thoroughly disinfect , you need to wait for a certain high-temperature treatment time, which leads to low disinfection efficiency and affects the reliability of disinfection. However, the ordinary air flow method cannot effectively and thoroughly disinfect each position of the disinfection object, which affects the efficiency and effect of disinfection.

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