Dsinfectedf humidified liquid vaporization generating apparatus for air conditioning system

Abstract

The invention is disinfection and damping liquid evaporation generating device in air-conditioner system, which comprises liquid storing pot, the blender and the atomization spray on the inner wall of wind transmitting segment, there have air channel, liquid channel and the compound channel all of which are connected together in the blender, the atomization is set by the output of the compound channel; the air channel connects with compressor through air pipe, the liquid channel connects with the liquid storing pot; the air inlet of the pot sets a air filtering respirator; the pot also has a temperature control and heating device; the spray angel can be adjusted.

Description

field of invention [0001] The invention relates to a liquid vaporization generating device, in particular to a sterilization and humidification liquid vaporization generating device used in an air-conditioning system. Background technique [0002] Liquid vaporization generators are widely used in air sterilization and humidification. The existing disinfection and humidification devices have the following disadvantages: [0003] 1. Fumigator: Put the disinfectant in the container, heat the container directly with an electric stove or alcohol lamp, vaporize the disinfectant, and distribute it into the air to achieve the purpose of disinfecting the space environment; its disadvantages: uneven distribution of vaporization, uneven dead angle In place; the concentration difference is large; the effect of disinfection and sterilization of the whole system space cannot be achieved; and the time is long; human care is required (to prevent the liquid from drying out), and there is a ...

AI Technical Summary

Problems solved by technology

[0003] 1. Fumigator: Put the disinfectant in the container, heat the container directly with an electric stove or alcohol lamp, vaporize the disinfectant, and distribute it into the air to achieve the purpose of disinfecting the space environment; its disadvantages: uneven distribution of vaporization, uneven dead angle In place; the concentration difference is large; the effect of disinfection and sterilization of the whole system space cannot be achieved; and the time is long; human care is required (to prevent the liquid from drying out), and there is a certain degree of danger;

[0004] 2. Direct spraying device using mechanical spraying: spray disinfectant directly in the space area required for disinfection and sterilization or fix it at a certain central height for quantitative spraying; its disadvantages: the disinfectant is not vaporized; The corners are not in place; the sterilization effect of the whole space system is poor, and the safety is not high;

[0005] 3. Steam humidification device: use steam to directly humidify; its disadvantages: affect the temperature of the space system, bring about temperature rise, difficult to control, and inaccurate quantification

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