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Window type natural ventilation air humidifier

An air humidifier and natural ventilation technology, applied in air humidification systems, space heating and ventilation, space heating and ventilation details, etc. Reduce power consumption, increase human comfort, and avoid unclear effects

Inactive Publication Date: 2015-10-21
LUOYANG INST OF SCI & TECH
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0002] The existing common humidifiers are all passive humidifiers placed indoors. Most of the humidifiers are heated by heaters, so that the water inside the humidifier becomes water vapor, and the water vapor floats into the air for humidification. These existing humidifiers both It consumes a lot of power and can only humidify the indoor air locally. In a short period of time, the humidification range is small, the humidification amount is small, and the humidification effect is not good.
Existing humidifiers cannot improve the indoor air quality. When in use, the indoor air is dirty, the smell is strong, and the indoor freshness is insufficient. In buildings, the indoor air temperature relies on split-type refrigeration or heating equipment for heating. This indoor temperature treatment process seals the doors and windows for a long time, which isolates the circulation of indoor and outdoor air. Long-term use will reduce the indoor air quality.

Method used

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  • Window type natural ventilation air humidifier
  • Window type natural ventilation air humidifier
  • Window type natural ventilation air humidifier

Examples

Experimental program
Comparison scheme
Effect test

example 1

[0022] The automatic control device is powered on, and the circulating water pump is started, and the circulating water pump can be a vacuum pump (or a centrifugal pump / axial flow pump / mixed flow pump). The water in the sump is sent to the water distributor through the pipeline; the water distributor can be composed of small holes opened on the round pipe to form a nozzle to flow out, atomize the water flow under high-speed flow, and atomize the water The spraying direction is opposite to the direction of air flow, and part of the water mist is absorbed by the air to humidify the air. If there is a large wind pressure, the air passing through the window will accelerate to flow under the action of wind pressure, such as in a windy season; part of the water mist will be deflected Blocked by the plate, it flows down the flow, returns to the sump, passes through the Y-type filter, and is sent into the pipeline by the circulation pump again for circulation.

example 2

[0024] The automatic control device is powered on, and the circulating water pump is started. The circulating water pump can be a vacuum pump (or centrifugal pump / axial flow pump / mixed flow pump), and the water in the sump is sent to the water distributor through the pipeline. The water distributor can be controlled by It is composed of multiple rows of nozzles installed on the round tube. The nozzles atomize the water flow. The spraying direction of the atomized water is opposite to the direction of the air flow. Part of the water mist is absorbed by the air and then humidifies the air. The water mist humidifies the air and also purifies the air (air washing ), if there is a temperature difference, the air entering the room can be heated by the updraft and then enter the room, such as in the northern heating area in winter; part of the water mist is blocked by the baffle plate, flows down the flow, returns to the sump, and is filtered by Y type The device is sent into the pipe...

example 3

[0026] The automatic control device is powered on, and the circulating water pump is started. The circulating water pump can be a vacuum pump (or centrifugal pump / axial flow pump / mixed flow pump), and the water in the sump is sent to the water distributor through the pipeline. The water distributor can be controlled by It is composed of multiple rows of nozzles installed on the round tube. The nozzles atomize the water flow. The spraying direction of the atomized water is opposite to the direction of the air flow. Part of the water mist is absorbed by the air and then humidifies the air. The water mist humidifies the air and also purifies the air (air washing ); Part of the water mist is blocked by the baffle plate, flows down the flow, and returns to the sump after being purified by the water purifier, and the water in the sump is sent into the pipeline by the circulating pump again for circulation.

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Abstract

A window type natural ventilation air humidifier is provided with a water collection tank. An air filtering device is arranged above the water collection tank. A water circulation device is arranged in the air filtering device. The air filtering device is composed of an inner filter screen and an outer filter screen. The water circulation device is arranged between the two filter screens. Indoor air can be humidified and cooled to a certain degree, the indoor air quality can be improved as well, and the building energy consumption is lowered.

Description

technical field [0001] The invention relates to a humidifier, specifically a window type natural ventilation air humidifier which uses natural ventilation to humidify the air and supplies indoor fresh air. Background technique [0002] Existing common humidifiers are all passive humidifiers placed indoors. Most humidifiers are heated by a heater to turn the water inside the humidifier into water vapor, and the water vapor floats into the air for humidification. These existing humidifiers both It consumes a lot of power and can only humidify the indoor air locally. In a short period of time, the humidification range is small, the humidification amount is small, and the humidification effect is not good. Existing humidifiers cannot improve the indoor air quality. When in use, the indoor air is dirty, the smell is strong, and the indoor freshness is insufficient. In buildings, the indoor air temperature depends on split unit cooling or heating equipment for heating. This indoo...

Claims

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Application Information

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IPC IPC(8): F24F6/12F24F13/28
CPCF24F6/12F24F13/28
Inventor 蔡良君
Owner LUOYANG INST OF SCI & TECH
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