Multifunctional humidifying and heating device with 3D simulated flame
A multifunctional humidifying and heating device with 3D simulated flame comprising a cabinet, a simulated charcoal burning area, a water vapor generator device, a light source, a water tank and a vapor guiding device; vapor channels are disposed on the vapor guiding device; the light source is disposed right below the vapor channels; the simulated charcoal burning area is disposed above the vapor channels; wherein a water inlet and a vapor outlet are disposed at an upper end of the water vapor generator; the water tank is removably connected with the water inlet of the water vapor generator; the vapor guiding device is removably connected with the vapor outlet of the water vapor generator.
Multifunctional humidifying and heating device with 3D simulated flame
BACKGROUND OF THE INVENTIONThe present invention relates to the field of humidifying and heating apparatus, and more specifically relates to a multifunctional device combining the functions of humidifying, heating and visual presentation of 3D simulated flame. The present invention allows convenient water refill, flexible installation and visual presentation of simulated flame.
In a society where the standard of living has been improving, humidifier is used in dry indoor environment to increase air humidity. Humidifier now available in the market usually releases vaporized water directly into the air to increase air humidity. This kind of humidifier can perform air regulation very well especially in winter. However, this kind of humidifier does not have diversified functions and structures and it does not serve any decorative purpose. In view of the above, a kind of humidifying and heating device which combines humidifying, heating and decorative functions is developed.
In light of the place where the humidifying and heating device is positioned, humidifying and heating devices available nowadays can be classified into one type which is hanged on the wall, another type which is embedded inside the wall and still another type which stands as an independent apparatus. Accordingly, different molds should be made for manufacturing respective components in accordance with different types of humidifying and heating devices used in different places. For instance, different molds should be made for water vapor generator, water tank and vapor guiding device respectively. The disadvantages of making different molds include high cost and low adaptability which creates big problems in subsequent uses. The present invention is conceived in view of the disadvantages now present in the prior arts.
BRIEF SUMMARY OF THE INVENTIONIn view of the aforesaid disadvantages now present in the prior arts, the present invention provides a multifunctional humidifying and heating device with 3D simulated flame.
The present invention is attained by the following technical proposal:
A multifunctional humidifying and heating device with 3D simulated flame comprising a cabinet, a simulated charcoal burning area, a water vapor generator device, a light source, a water tank and a vapor guiding device; vapor channels are disposed on the vapor guiding device; the light source is disposed right below the vapor channels; the simulated charcoal burning area is disposed above the vapor channels; wherein a water inlet and a vapor outlet are disposed at an upper end of the water vapor generator; the water tank is removably connected with the water inlet of the water vapor generator; the vapor guiding device is removably connected with the vapor outlet of the water vapor generator.
By adopting the above structure, the present invention has the following advantages: since the water vapor generator, the water tank and the vapor guiding device are removably connected, the appropriate models of the water tank and the vapor guiding device can be selected to match with the practical needs required by the venues in which they are being used, and then the appropriate models of the water tank and the vapor guiding device being selected can be mounted on the water vapor generator.
According to the present invention, production cost is reduced because it is not necessary to make different molds for the water vapor generator; also, components of the present invention have greater adaptability and thus allowing more convenient use of the present invention because when the same components are arranged in different ways, different types of products such as those hanged on the wall, embedded into the wall or those standing as independent apparatus as we can commonly see in daily life can be formed; furthermore, the water tank and the vapor guiding device can be conveniently and quickly taken out for replacement or cleaning, and thus greatly reduce the cost of maintenance.
Reference signs in the figures:
1: simulated charcoal burning area; 2: water tank; 3: vapor guiding device; 4: light source; 5: water vapor generator; 51: water inlet; 52: vapor outlet; 6: heating device; 7: fan; 8: heating device; 21: water closure device; 31: elongated vapor channels; 2a: flat water tank; A: cabinet; B: cabinet; C: cabinet; 31a: vapor channels; 31b: vapor channels; 31c: vapor channels; 31d: vapor channels; 31e: vapor channels.
DETAILED DESCRIPTION OF THE INVENTIONAs shown in
Quantity of the light source 4 may be one or many, each being a light emitting component of any color, such as a spotlight or an LED.
The water vapor generator 5 can be a high pressure water vapor generator, an ultrasonic water vapor generator, a heating water vapor generator or a mist generator etc.
The key improvements of the present invention lie in that, a water inlet 51 and a vapor outlet 52 are disposed on an upper end of the water vapor generator 5, the water tank 2 is removably connected with the water inlet 51 of the water vapor generator 5, and the vapor guiding device 3 is removably connected with the vapor outlet 52 of the water vapor generator 5. Accordingly, appropriate models of the water tank 2 and the vapor guiding device 3 can be selected to match with the practical needs required by the venues in which they are being used, and then the appropriate models of the water tank 2 and the vapor guiding device 3 being selected are mounted on the water vapor generator 5. According to the present invention, production cost is reduced because it is not necessary to make different molds for the water vapor generator 5; also, components of the present invention have greater adaptability and thus allowing more convenient use of the present invention because when the same components are arranged in different ways, different types of products such as those hanged on the wall, embedded into the wall or those standing as independent apparatus as we can commonly see in daily life can be formed; furthermore, the water tank 2 and the vapor guiding device 3 etc can be conveniently and quickly taken out for replacement or cleaning.
Preferably, the water tank 2 and the vapor guiding device 3 connected with the water vapor generator 5 are 360° rotatable at the water vapor generator 5 so that positioning angles of the water tank 2 and the vapor guiding device 3 can be adjusted according to practical situation. In particular, the water inlet 51 and the vapor outlet 52 are both circular in shape.
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Claims
1. A multifunctional humidifying and heating device with 3D simulated flame comprising a cabinet, a simulated charcoal burning area, a water vapor generator device, a light source, a water tank and a vapor guiding device; vapor channels are disposed on the vapor guiding device; the light source is disposed right below the vapor channels; the simulated charcoal burning area is disposed above the vapor channels; wherein a water inlet and a vapor outlet are disposed at an upper end of the water vapor generator; the water tank is removably connected with the water inlet of the water vapor generator; the vapor guiding device is removably connected with the vapor outlet of the water vapor generator.
2. The multifunctional humidifying and heating device with 3D simulated flame as in claim 1, wherein the water tank and the vapor guiding device connected with the water vapor generator are 360° rotatable at the water vapor generator.
3. The multifunctional humidifying and heating device with 3D simulated flame as in claim 1, wherein a water proof fan is embedded inside the water vapor generator; the water proof fan forms a one whole piece with the water vapor generator; the water proof fan blows water vapor generated by the water vapor generator to the vapor outlet.
4. The multifunctional humidifying and heating device with 3D simulated flame as in claim 1, wherein the water inlet and the vapor outlet are both circular in shape.
5. The multifunctional humidifying and heating device with 3D simulated flame as in claim 1 wherein the vapor channels are each flat and elongated.
6. The multifunctional humidifying and heating device with 3D simulated flame as in claim 1, wherein a water closure device is provided on the water tank; a spring is provided inside the water closure device; the water vapor generator is provided with a protruding tube abutting the spring inside the water closure device for controlling outflow of water; the water vapor generator is also provided with a control switch for controlling water vapor generating frequency.
Type: Application
Filed: May 12, 2014
Publication Date: Dec 4, 2014
Inventor: Xinjun ZHAO (FUJIAN PROVINCE)
Application Number: 14/275,848
International Classification: F24C 15/00 (20060101); F24C 7/00 (20060101);