Warming stove with humidification function

Abstract

The invention relates to a combustion type indoor warming stove, in particular to a warming stove with a humidification function. The warming stove with a humidification function comprises a stove body, wherein the stove body is internally provided with a heating stove cavity, and the rear side of the heating stove cavity is provided with an air exhaust pipe; an air inlet end of the air exhaust pipe is provided with an air exhaust motor; a heat conducting plate is arranged between the air exhaust pipe and the heating stove cavity; the stove body is also internally provided with a water fog generator comprising a box body made of a heat conducting material; and the box body is connected with an air inlet pipe and a spraying pipe. A water source in the box body of the water fog generator can be continuously heated by the stove body, thus water temperature is higher than the room temperature, and the temperature of sprayed fog is close to that of hot air of the outlet of the air exhaust pipe of the warming stove. The fog and the hot air with close temperature can be better mixed together and sent to all parts of a room along with a warm air system of the warming stove so as to achieve the perfect functions of warming and moisturizing.

Description

technical field [0001] The invention relates to a combustion type indoor heating furnace, in particular to a heating furnace with humidification function. Background technique [0002] At present, the solid wood pellet heating stoves and other traditional fireplaces popular in the international and domestic markets, once heated for a long time, will cause the air in the space to be too dry, and make people feel hot and uncomfortable. However, the ultrasonic humidifier (atomizer) popular on the market for humidifying indoor air lacks the function of heating its water source, so the water temperature added by its water tank will always lag behind the rise of room temperature, and it often takes a long time. It takes a while to get close to room temperature, and atomization has a physical cooling process. When the temperature of the mist is lower than the temperature of the indoor environment, if there is no other device to enhance air convection in the space, the low-temperatu...

AI Technical Summary

Problems solved by technology

[0002] At present, solid wood pellet heating stoves and other traditional fireplaces that are popular in the international and domestic markets, once heated for a long time, will cause the air in the space to be too dry and make people feel hot and uncomfortable.

However, the ultrasonic humidifier (atomizer) popular on the market for humidifying indoor air lacks the function of heating its water source, so the water temperature added by its water tank will always lag behind the rise of room temperature, and it often takes a long time. It takes a while to get close to room temperature, and atomization has a physical cooling process. When the temperature of the mist is lower than the temperature of the indoor environment, if there is no other device to enhance air convection in the space, the low-temperature mist will go down, and the hot air will go up. When you wake up in the morning, you will find that there will be some water around the humidifier, and the purpose of humidification cannot be perfectly achieved

Images