KR100912143B1 - Indoor fountain containing a wall with enhanced air cleaning and humidifying function - Google Patents

Abstract

An indoor fountain of a wall type having strengthened air cleaning function and humidification function is provided to additional functions while maintaining function as an indoor interior matter. An indoor fountain of a wall type having strengthened air cleaning function and humidification function includes a wall(100) including the wall surface formed to guide the emitted water from an inner side, a supporting part(200) formed to increase the contact surface of the air, and a controller(500) connected to one side of the supporting part. The supporting part includes a first water bath(201) formed on the bottom of the wall, a guide plate(203) formed on the first water bath with fixed distances, and a second water bath(205) formed on the bottom of the guide plate.

Description

Indoor Fountain Containing a Wall with Enhanced Air Cleaning and Humidifying Function

The present invention relates to an indoor fountain in the form of flowing water down the wall after raising the water by using an underwater pump among various types of indoor fountain (hereinafter referred to as 'indoor fountain'). In detail, the wall 100 including a wall surface formed to overflow the water raised from the lower portion is guided and flows out, and formed in the lower portion of the wall to modify the lower structure to change the flow direction of water to widen the area of water By installing a blower to further increase the contact area between water and air, and by installing a UV lamp to include a support portion 200 formed to sterilize the bacterial contamination, while maintaining the function as an interior interior accessory Additional functions such as humidification and air cleaning function are similar to the efficiency of other air purifiers and indoor humidifiers pursuing a single function, and air cleaning to promote sterilization effect to prevent bacterial contamination during use. It is to provide a wall-type indoor fountain with enhanced humidification.

The fountain installed indoors and outdoors uses a pump to spray water from the water tank formed in the lower part through the nozzle to create an emotional atmosphere while decorating the surrounding atmosphere beautifully. It is reduced in size and attached to additional functions, so that it can be installed on one side of the wall or installed on the whole wall like a wall fountain. It is mainly a scale of outdoor fountain. The spouted and spouted water is formed to fall back to the surface, or has a structure that allows water moved upward through the pipe to flow down the wall using a small inner pump.

In addition to air pollution, a large amount of moisture is generated along with rapid temperature rise in summer, and humidity decreases with temperature drop in winter. Therefore, decorative and humidification effects and air cleaning functions are applied to cope with seasonal temperature and humidity changes. The indoor fountain, which can be used as a commodity, is used in general households, but the humidification effect and the air purifying function that the conventional indoor fountain is additionally pursued are less than the effects of the humidifier and the air purifier that perform a single function. And many studies have been made to increase the air cleaning function.

1 is a perspective view showing a conventional indoor fountain.

Referring to FIG. 1, the wall surface 1 is formed so that the water jetted from the inside flows, and the water tank 2 into which the water flowing on the surface of the wall surface 1 flows, which is formed by a pump formed inside the body. Water that is ejected by the through-hole formed in the upper part of the body by pulling up the water formed at the bottom flows through the wall and flows back into the water tank, so the water cycle is repeated, thereby relieving dry indoor air due to evaporation of water generated during the water circulation. Create indoor fountains that can be

An additional function of indoor fountains, air cleaning and humidification, is caused by the contact of running water with indoor air. However, in the conventional indoor fountain, only the limited contact between the water flowing on the wall and the indoor air without movement around the indoor fountain occurs, so the contact area between the water and the indoor air is quite insufficient, and thus the effect of the additional function of sufficient air cleaning and humidification is obtained. There was a problem that was not obtained.

The present invention has been made to solve the above conventional problems,

An object of the present invention is to form a first water tank and a guide plate at the end of the indoor fountain wall to change the direction of the water flowing down the wall and to increase the area of the water flowing through the air to significantly increase the amount of contact with the indoor air It provides a wall-type indoor fountain with enhanced air cleaning and humidification, characterized in that to increase the cleaning and humidification effect.

Another object of the present invention is to increase the amount of contact between the water and the indoor air increased by the guide plate is further increased by the blower forcibly blown toward the guide plate to enhance the air cleaning and humidification function that can maximize the air cleaning and humidification effect To provide a wall indoor fountain.

Still another object of the present invention is to provide a wall-type indoor fountain with enhanced air-cleaning and humidification function that can be equipped with an ultraviolet lamp on one side of the supporting part to achieve a bactericidal effect against bacterial contamination that can occur frequently in the indoor fountain.

Another object of the present invention is to enable the user to detach and attach components such as the first water tank, the guide plate, the blower and the like formed inside the support portion for the convenience of the user in the maintenance and repair, such as the damage or breakdown later It is to provide a wall-type indoor fountain with enhanced air cleaning and humidification.

Still another object of the present invention is to use a blower to allow water vapor to be widely spread in the air to help the fine dust in the air to be easily adsorbed to the water to improve the air purification function, supplying moisture while being in contact with dry air Promoting humidification is to provide a wall-type indoor fountain with enhanced air cleaning and humidification function that also improves the humidification function.

Still another object of the present invention is to form an inclined portion of the receiving portion in the receiving portion is inserted into the blower to directly blow to the guide plate, the end of the holder includes a thin and light cover to ride the wall It is to provide a wall-type indoor fountain with enhanced air cleaning and humidification function to prevent the flowing water to flow into the blower to prevent the occurrence of electrical failure, such as a short.

The present invention includes the following examples in order to achieve the above object.

According to an embodiment of the present invention, the indoor fountain of the present invention is a wall formed so that the water flowing from the inside is guided to flow on the wall, the water formed in the lower portion of the wall flows in and stored and discharged In the wall-type indoor fountain with enhanced air cleaning and humidification function including a support formed to be,

The support portion includes a first tank formed in the lower portion of the wall surface, a guide plate formed spaced apart at a predetermined interval inside the first tank, and a second tank formed in the lower portion of the guide plate,

The first tank temporarily stores a predetermined amount of water vertically descending along the wall surface, and when water overflows into a groove formed in the inner edge of the first tank, the water flows into the upper surface of each guide plate and then the guide plate. By flowing along both sides of the wall, the surface area of the water flowing through the guide plate becomes wider than the surface area of the water flowing on the wall, so that the amount of contact between water and air is much higher than the amount of contact generated on the wall, thereby increasing the effect of the humidification function. Since indoor air passes through a narrow space between the guide plate and the guide plate, indoor dust and the like are attached to the flowing water of the guide plate to be absorbed to increase the air cleaning function.

The guide plate 203 is formed in a plate shape and the guide plate side space portion 2037 is formed so that a predetermined amount of water flows into the upper surface, spaced apart a predetermined interval inside the through hole (2011) of the first tank (201) It is provided with a plurality of, the water is formed at a right angle to the wall surface and flows on the surface of each of the guide plate formed by a plurality of guide plates formed in a single wall surface to increase the surface area in which the water is contacted by dramatically increasing the contact between water and air air cleaning To enhance functionality,
The accommodating part formed at one side of the support part is formed on the front surface and is configured with an inlet configured to allow the inflow of external air, and is formed at one end and has a discharge port for discharging the blown wind and an outlet cover, and a blower motor for generating power inside. And a blower for blowing wind,

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The blower forcibly blows air in the opposite direction of the water flowing along the wall, thereby increasing the amount of contact between the water and the indoor air to adsorb dust in the air, and the air with moisture diffuses farther from the indoor fountain to clean the air. And increase the humidification function,

The outlet cover is fixed to one side of the outlet, and formed of a thin and light film material, it can be opened by the blowing pressure of the blower, when there is no blowing pressure is closed and the water flowing from the wall inside the receiving portion It is characterized in that it is possible to minimize the electrical failure of the blower due to water so as not to flow into.

According to another embodiment of the present invention, the wall-type indoor fountain with enhanced air cleaning and humidification function of the present invention includes a casing part formed outside the support part and the receiving part to prevent the air blown from the blower from being dispersed. ,

Inside the casing portion is characterized in that it further comprises an ultraviolet lamp to prevent bacterial contamination and to achieve a sterilization effect.

The present invention can achieve the following effects by the above configuration.

In the wall type indoor fountain with enhanced air cleaning and humidification function according to the present invention, since the first water tank and the guide plate are formed at the end of the indoor fountain wall, the direction of water flowing down the wall is changed, and the water flows through the water and the indoor area. Increasing the amount of contact with air can greatly increase the air cleaning and humidification effect.

In the wall-type indoor fountain with enhanced air cleaning and humidification function according to the present invention, the contact amount of water and indoor air increased by the guide plate is further increased by the blower forcedly blown toward the guide plate, thereby maximizing the air cleaning and humidification effect. It has an effect that can be done.

In the wall-type indoor fountain with enhanced air cleaning and humidification function according to the present invention, an ultraviolet lamp is mounted on one side of the supporting part to achieve a bactericidal effect against bacterial contamination that may occur frequently in the indoor fountain.

In the wall-type indoor fountain with enhanced air cleaning and humidification function according to the present invention, components such as a first water tank, a guide plate, a blower, and the like, which are formed inside the support part, can be detached and repaired or cleaned by damage or failure. The user can be convenient for maintenance.

In the wall-type indoor fountain with enhanced air cleaning and humidification function according to the present invention, by using a blower, water vapor can be widely spread in the air to help the fine dust in the air to be easily adsorbed to the water to improve the air purification function, and Humidification is also improved because it promotes natural humidification by supplying moisture in contact with air.

In the wall-type indoor fountain with enhanced air cleaning and humidification function according to the present invention, the shape of the accommodating part is formed to be inclined partly in the accommodating part into which the blower is inserted to directly blow the guide plate, and at the end of the accommodating box. By including a thin and light cover, it is possible to prevent the water flowing through the wall from flowing into the blower and to prevent an electrical failure such as a short from occurring.

The present invention relates to a wall-type indoor fountain with enhanced air cleaning and humidification function, by changing the lower structure of the wall surface so that the water ejected from the inside flows into the guide plate after the water flows into the first water tank, thereby widening the area of the wall where water is in contact. Increasing the contact between water and indoor air, and forced blow air toward the guide plate through which water is installed on one side of the second tank, maximizes the contact between water and air. To provide a fraction.

Hereinafter, with reference to the accompanying drawings a preferred embodiment of the indoor fountain according to the present invention will be described in detail.

However, in describing the present invention, when it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the core of the present invention, the detailed description thereof is omitted.

2 is a perspective view of an indoor fountain according to an embodiment of the present invention, Figure 3 is an enlarged perspective view of the first tank and the guide plate of the indoor fountain according to an embodiment of the present invention.

2 and 3, the wall-type indoor fountain with enhanced air cleaning and humidification function according to an embodiment of the present invention is a wall 100 including a wall surface formed to guide and flow out the water discharged from the inside, and It is formed on the lower portion of the wall 100 and includes a support portion 200 formed to expand the direction and the area in which water flows to increase the contact surface with air, and a controller 500 connected to one side of the support portion 200. .

The wall 100 includes a jet port 101 formed in the upper part and jetting water, and a wall surface 102 through which water jetted from the jet port 101 flows.

The jet port 101 is formed so that the water jetted from the inside is discharged outward and has a constant height so that the jetted water does not enter the inside again, and the width of the jet port 101 is so long as it can eject an appropriate amount of water. It does not limit the size.

The wall surface 102 is formed so that the water jetted from the jet port 101 flows down, and the surface is carved and decorated in curves, protrusions and unique shapes so that the water does not splash out and adds a shape to the flow of water and aesthetics. Make sense. In addition, the wall surface can use artificial stone, glass, ceramics, synthetic resin, etc., if the material can form a sense of sophistication, aesthetics and durability, and increase the interior decoration effect by using different materials simultaneously without using only one material. Let's do it.

The support part 200 includes a first water tank 201 formed at a lower portion of the wall surface 102, a guide plate 203 formed to be spaced at a predetermined interval inside the first water tank, and the guide plate 203. The second tank 205 is formed at the bottom.

The first water tank 201 is formed to be perpendicular to the wall surface 102 at the lower portion of the wall surface 102, and includes a through-hole (2011) in the interior, such as a donut shape, the upper surface is open and different in height outside Space portion including an outer border (2013) and the inner border (2015) is formed between the outer border (2013) and the inner border (2015) to allow the water flowing on the wall surface 102 to be temporarily stored (2017). Therefore, the first tank temporarily stores a predetermined amount of water descending along the wall surface 102 and then overflows with water in the groove 20151 formed in the inner edge 2015 of the first tank 201. Since the water flows into the upper surface of each guide plate 203 and then flows along both sides of the guide plate 203, the surface area of the water flowing through the guide plate 203 becomes larger than the surface area of the water flowing in the wall surface 102. The amount of contact between water and air is much higher than the amount of contact generated on the wall, which increases the effect of the humidification function. Since indoor air passes through a narrow space between the guide plate and the guide plate, indoor dust, etc. It can be attached and absorbed to increase the air cleaning function.

The through hole 2011 is formed inside the first water tank 201 and is formed to penetrate the upper and lower parts. In addition, the inside of the through hole (2011) has a sufficient width so that the guide plate 203 to be described later can be formed spaced apart by a predetermined interval.

The outer border (2013) and the inner border (2015) is formed by a predetermined interval spaced apart the plate having a predetermined thickness and width to form a height of the outer border (2013) higher than the height of the inner border (2015) 1 The water flowing into the water tank 201 does not overflow outside the outer edge (2013) and the inner edge (2015) grooves so that water flows into the upper surface of the guide plate 203 which will be described later to flow along the guide plate (203) (20151) is formed. In addition, the outer border (2013) and the inner border (2015) is made to be durable to temporarily store the water flowing into the first tank 201 using a variety of materials such as synthetic resin or metal.

The space part 2017 is formed between the outer border 2013 and the inner border 2015, and is formed to allow the water flowing in the wall surface 102 to flow in and to be stored and discharged from the wall 100. When the inflow is continuously, the water is stored in the space 2017, and eventually water flows into the guide plate 203 to be described later.

The guide plate 203 is formed in a plate shape and the guide plate side space portion 2037 is formed so that a predetermined amount of water flows into the upper surface, spaced apart a predetermined interval inside the through hole (2011) of the first tank (201) The water flows from the first water tank 201 is temporarily stored in the space 2037 of the guide plate 203 of the guide plate 203 and flows along both surfaces of the guide plate 203. . Accordingly, the guide plate 203 is formed at a right angle with the wall surface 102 and flows water flowing only in the single wall surface 102 to the surface of each of the guide plates 203 formed in plural, thereby widening the surface area where the water touches. It greatly increases the contact with the air to enhance the air cleaning function. On the other hand, the guide plate 203 serves to guide the water and may be configured in various ways, such as to form a smooth surface or a pattern, the shape such as formed integrally with the first tank 201 or formed separately. And to be able to configure a variety of installation methods. In addition, the thickness and the number of the guide plate 203 can be formed differently according to the user's selection.

The second water tank 205 is formed in the lower portion of the guide plate 203 so that the water discharged from the jet port 101 formed in the upper portion of the wall 100 flows through the wall surface 102 and is stored therein. Form.

The controller 500 is installed on one side of the support portion 200, which serves to control the operation of the fountain, and controls the amount, speed, etc. of water discharged from the fountain, and additionally installed in the fountain ( For example, lighting, etc.), and the control of the operations can also be operated by a remote control by a remote control system.

4 is a perspective view of an indoor fountain according to another embodiment of the present invention, Figure 5 is a cross-sectional view of an indoor fountain according to another embodiment of the present invention.

4 to 5, the wall 100, which is a component of an embodiment of the present invention described above, consisting of an indoor fountain including a support part 200 and a controller 500, the support part 200 It includes a receiving unit 300 that can receive a blower on the side. Therefore, in another embodiment of the present invention, the technical configuration of the wall 100 and the support part 200 of the embodiment is the same, except that the receiving part 300 is added to one side of the support part 200. It characterized by including as.

The wall 100 includes a jet port 101 formed in the upper part and ejecting water, and a wall surface 102 through which water jetted from the jet port 101 flows.

The support part 200 includes a first water tank 201 formed at a lower portion of the wall surface 102, a guide plate 203 formed to be spaced at a predetermined interval inside the first water tank, and the guide plate 203. The second tank 205 formed in the lower portion,

One side of the support portion 200 includes a controller 500.

Therefore, since the configuration of the wall 100, the support portion 200 and the controller 500 is the same as the embodiment, each component and its detailed description will be omitted in order to prevent overlapping. The controller 500 additionally includes a function capable of adjusting on / off and strength of the blower 307 which will be described later.

The accommodating part 300 is formed of an inlet port 301 formed on the front surface and configured to allow external air to flow therein, and an outlet port 303 and an outlet cover 305 formed at one end and discharging the blown wind. It includes a blower 307 for blowing the wind. Therefore, since the air blown from the blower 307 formed at the inside of the accommodating part 300 is discharged toward the guide plate 203, the amount of air that is in contact with the water flowing in the enlarged area is greatly increased to clean the air. The function is enhanced and the humidifying effect can be increased because the moisture-containing air diffuses farther from the indoor fountain through the blower. In addition, the one end portion of the accommodating part 300 is formed to be inclined or the entire accommodating part is formed to be inclined so that the wind blown from the blower 307 may be reverse to the flow of water so as to directly contact the water. Make sure

The suction port 301 is formed on the front surface of the accommodating part 300 so that external air flows into the inside to provide air to the blower 307 which will be described later. In addition, the inlet 301 may form a detachable net (not shown) in order to prevent dust in the air from entering the inside of the blower 307 to filter dust and facilitate washing. Make sure

The discharge port 303 is formed at the end of the accommodating part 300 to allow the air blown from the blower 307 formed therein to be discharged. In addition, the width of the outlet 303 is varied in accordance with the user's choice in consideration of the emission of the wind blown from the blower 307 formed inside or in consideration of the aesthetic sense.

The outlet cover 305 is fixed to one side of the outlet 303, and formed of a thin and light film material, can be opened by the blowing pressure of the blower, when there is no blowing pressure is closed the wall 100 It is possible to minimize the electrical failure of the blower 307 due to the water by preventing the water flowing from flowing into the interior of the receiving portion 300.

The blower 307 rotates the vanes to flow the air introduced from the outside by the suction port 301 to generate wind, and the air is blown in the opposite direction to the water flowing along the wall 100 and the guide plate 203. By forced air blowing, the amount of contact between water and indoor air is increased to adsorb dust in the air and to evaporate moisture to enhance air cleaning and humidification. On the other hand, the blower 307 is driven by the blower motor (M), but by using a propeller blower to blow the wind by rotating the vanes connected by the drive shaft (not shown) of the blower motor (M), This is only an example of the embodiment is not limited thereto.

In addition, the accommodating part 300 is formed integrally with the support part 200, but in another embodiment, the separation part is formed from the support part 200 so as not to be subject to the position of the lower, front, rear, etc. of the indoor fountain body. Since it can be installed without the space can be increased, and the water flowing from the wall 100 inadvertently flows into the storage unit 300 due to carelessness to prevent the occurrence of short or short circuit of the blower 307 Effectiveness can be obtained, and maintenance such as repair and cleaning can be convenient.

6 is a perspective view of the indoor fountain according to another embodiment of the present invention, Figure 7 is a cross-sectional view of the indoor fountain according to another embodiment of the present invention.

6 to 7, the wall 100, which is a component of another embodiment of the present invention described above is composed of the indoor fountain including the support portion 200, the receiving portion 300 and the controller 500, The casing part 400 further includes.

In another embodiment of the present invention, the technical configuration of the wall 100, the supporting part 200, the receiving part 300, the receiving part 300, and the controller 500 of the embodiment is the same, except that the supporting part 200 is provided. And a casing part 400 formed on an upper side of the accommodating part 300. Therefore, since another embodiment of the present invention includes the same components as the other embodiments, each component and a detailed description thereof will be omitted in order to prevent overlapping.

The casing part 400 is formed outside the support part 200 and the accommodating part 300 and has an upper through hole 401 formed on the upper surface thereof so that the wind blown from the blower 307 can be discharged. Includes an ultraviolet lamp 403.

In addition, the casing part 400 is formed of a light synthetic resin material so that anyone can be easily attached and detached, so as to conveniently manage and repair the first water tank 201 and the guide plate 203 of the support part 200 and the like. It is made to be blown, the wind is discharged only to the upper through hole 401 to prevent the discharged air is dispersed to the outside to increase the pressure of water and air contact, strengthening the air cleaning function and humidification function It was.

The upper through hole 401 may be formed in the upper portion of the first tank 201 of the support portion 200 so that the air blown toward the guide plate 203 is not dispersed to the outside through the first plate through the guide plate Since it is discharged through the through hole (2011) to allow the air containing a lot of moisture to be diffused far from the indoor fountain to enhance the humidification effect. Therefore, the upper through hole 401 may have a sufficient width so that a large amount of air can be discharged.

The ultraviolet lamp 403 is formed on one side of the casing part 400, and the ultraviolet ray is a region invisible to the human eye in the electromagnetic spectrum and has a wavelength range of 100 to 3800 angstroms. It has a smaller permeability than lines or gamma rays, but it has higher energy than visible light, which affects human skin and small organisms. Therefore, high enough electromagnetic waves can destroy living tissues, which can destroy small microorganisms. Therefore, ultraviolet rays can be used as a sterilizer in everyday life, and by destroying the microorganisms propagating in the first tank, guide plate, the second tank of the support portion by forming and irradiating the applied ultraviolet lamp inside the casing unit 400. To prevent contamination by bacteria and to achieve sterilization effect.

The present invention described above is not limited to the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible in the technical field of the present invention without departing from the technical spirit of the present invention. It will be clear to those of ordinary knowledge.

1 is a perspective view showing a conventional indoor fountain

2 is a perspective view of an indoor fountain according to an embodiment of the present invention;

3 is an enlarged perspective view of a first water tank and a guide plate of an indoor fountain according to an embodiment of the present invention;

4 is a perspective view of an indoor fountain according to another embodiment of the present invention

5 is a cross-sectional view of the indoor fountain according to another embodiment of the present invention

Figure 6 is a perspective view of the indoor fountain according to another embodiment of the present invention

7 is a cross-sectional view of the indoor fountain according to another embodiment of the present invention

<Description of the symbols for the main parts of the drawings>

1: wall of prior art 2: tank of prior art

100: wall 101: spout 103: wall

200: support 201: first tank 203: guide plate

205: second tank 300: housing 301: suction port

303: outlet 305: outlet cover 307: blower

400: casing portion 401: upper through hole 403: ultraviolet lamp

500: controller 2011: through-hole 2013: outer border

2015: Inner border 2017, 2037: Space 20151: Home

M: Blowing motor

Claims (3)

A wall formed so that water ejected from the inside is guided to the wall and flows; In the indoor fountain formed in the lower portion of the wall including a support portion formed so that the water flowing from the wall flows into the storage and discharge, The support portion includes a first tank formed in the lower portion of the wall surface, the guide plate is formed spaced apart at a predetermined interval inside the first tank, and the second tank formed in the lower portion of the guide plate, The first tank temporarily stores a predetermined amount of water vertically descending along the wall surface, and when water overflows into a groove formed in the inner edge of the first tank, the water flows into the upper surface of each guide plate and then the guide plate. By flowing along both sides of the wall, the surface area of the water flowing through the guide plate becomes wider than the surface area of the water flowing on the wall, so that the amount of contact between water and air is much higher than the amount of contact generated on the wall, thereby increasing the effect of the humidification function. Since indoor air passes through a narrow space between the guide plate and the guide plate, indoor dust and the like are attached to the flowing water of the guide plate to be absorbed to increase the air cleaning function. The guide plate is formed in a plate shape and the guide plate space portion is formed so that a predetermined amount of water flows into the upper surface, and a plurality of spaced apart a predetermined interval inside the through hole of the first tank is installed, formed at right angles to the wall surface and a single Water flowing only from the wall surface of the guide plate is formed to flow on each surface of the guide plate formed by a plurality of water to increase the surface area contacted by water to significantly increase the contact between the air and air to enhance the air cleaning function, The accommodating part formed at one side of the support part is formed on the front surface and is configured with an inlet configured to allow the inflow of external air, and is formed at one end and has a discharge port for discharging the blown wind and an outlet cover, and a blower motor for generating power inside. And a blower for blowing wind, The blower forcibly blows air in the opposite direction of the water flowing along the wall, thereby increasing the amount of contact between the water and the indoor air to adsorb dust in the air, and the air with moisture diffuses farther from the indoor fountain to clean the air. And increase the humidification function, The outlet cover is fixed to one side of the outlet, and formed of a thin and light film material, it can be opened by the blowing pressure of the blower, when there is no blowing pressure is closed and the water flowing from the wall inside the receiving portion Wall-type indoor fountain with enhanced air cleaning and humidification, characterized in that to prevent the electrical failure of the blower due to the water to prevent inflow to. delete The method of claim 1, A casing part formed outside the support part and the receiving part to prevent the air blown from the blower from being dispersed; The interior of the casing portion is a wall type indoor fountain with enhanced air cleaning and humidification, characterized in that it further comprises an ultraviolet lamp to prevent bacterial contamination and promote sterilization effect.

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