KR100682524B1 - Multi apparatus for well being home care - Google Patents

Abstract

A multipurpose device for wellbeing home care is provided to carry out air purification, humidification, cooling or heating operation selectively by accommodating all function units for the operation in a single device. A multipurpose device for wellbeing home care includes a main body(1) having a water storing part(12), an air suction path(13) formed at a lower part of the water storing part, a circulation chamber(11) at an upper side of the water storing part, an air supply path(14), a water case receiving chamber respectively formed at both sides of the circulation chamber, and an air circulation path formed at front or rear side of the circulation chamber. A cover element(2) is formed at an upper end of the main body to be connected to the air supply path and the circulation chamber, and has an outlet for opening the air circulation path. A water pump(4) is mounted in water stored in the water storing part to be immersed for pumping the water. A water fountain pipe(43) is mounted to the water pump, and supplies the pumped water to the circulation chamber like a fountain. A blower(3) inhales atmospheric air via the air suction path, and blows the inhaled air to the air supply path. A controller(5) is incorporated in the main body and controls the water pump and the blower.

Description

Well-being home care multifunctional device {Multi apparatus for Well being home care}

1 to 4 is a front view and a rear view and a left, right side view of the main body for explaining the present invention.

5 is a cross-sectional view taken along the line A-A of FIG.

FIG. 6 is a cross-sectional view taken along the line BB of FIG. 5. FIG.

7 is a plan view of the convex and concave drip plate of the present invention.

8 and 9 are cross-sectional views of the convex and concave drip plate of the present invention.

10 and 11 are cross-sectional views of an embodiment in which the main body of the present invention is prefabricated.

It is a perspective view which shows an example of the division which comprises the main body of this invention.

13 and 14 are cross-sectional views for showing the use state of the bucket of the present invention.

15 is a cross-sectional view of an embodiment using the present invention installed on the window frame.

16 is a cross-sectional view taken along the line C-C in FIG.

※ Explanation of code for main part of drawing

1: main body 11: circulation chamber

12: water storage unit 13: air suction passage

14: air supply passage 15: bucket storage room

16: air circulation passage 17: connection passage

18: water filler 2: cover body

21: outlet 3: blower

4: submersible pump 43: fountain pipe

44: water diffusion member 45: diffusion plate

5: controller 51: heater

52: temperature and humidity detection sensor 6: falling water plate

6a: convex dripping plate 6b: concave dripping plate

61: flow guide projection 62: downfall

7: Bucket 71,72: upper and lower opening

73: middle opening 74a, 74b: sealing plug

75a, 75b: Upper and lower stopper 76: Middle stopper

77a: outlet 77b: valve

78a: connecting groove 78b: support

78c: inlet hole 8: window frame

The present invention relates to a well-being home care multifunction device configured to maintain a living environment in which people live comfortably according to seasons by configuring the air cleaning function, the humidification function, the heating function, and the cooling function in one main body. .

Well-being is a term for 'welfare- bye-happy' and is now being interpreted as a new lifestyle or cultural code that organically combines body and mind to lead life richly and beautifully.

Well-being eats fish and organic food instead of meat, avoids seasonings and soda, and prefers home-grown slow food over fast food.

In addition to well-being, well-being is closely related to a pleasant living environment.

Pleasant living environment is caused by keeping indoor air clear and keeping the proper temperature and humidity according to the season.

Generally, a device for clearing indoor air is an air purifier, and a device for controlling indoor humidity is a humidifier, and a cooler is used to cool the room coolly in summer, and a warm room is heated in winter. In order to use a heater.

Conventionally, since devices such as air purifiers, humidifiers, air conditioners, and heaters have been individually manufactured, it is economically burdensome to purchase a device having all the functions described above. In addition, since the above devices are not used at the same time but are selectively used according to the season, it is cumbersome for the user to safely store them in a separate storage place for the next use. It has been a problem to bother.

Therefore, the present invention has been proposed to solve the above problems, the air cleaning function to clear the indoor air irrespective of the season, the humidification function to control the indoor humidity to an appropriate level of humidity, and the heating to warm the room in winter Each function, such as a function to cool the room in summer, can be performed on a single body to reduce the economic burden on the user and to select and use the cooling and heating functions according to the season. And at the time of heating to purify the air in the room at the same time at the same time to provide a multifunctional device to keep the room mildly comfortable by the humidification action.

The present invention as a means for achieving the above object,

A water storage unit capable of storing water at a predetermined level in the bottom, an air suction passage formed under the water storage unit, a circulation chamber formed above the water storage unit, and a left and right side of the circulation chamber, respectively. A main body having an air supply passage and a water container storage chamber, and an air circulation passage formed at either one of the front and the rear of the circulation chamber;

A cover body formed at an upper end of the main body so that an upper end of each of the air supply passage and the circulation chamber is connected to each other, and an outlet for opening the air circulation passage is formed;

An underwater pump installed in the state of being immersed in the water stored in the water storage unit to pump water;

A fountain pipe for causing the water pumped by the submersible pump to fall into a fountain state from above the circulation chamber;

A blower configured to suck air from the outside of the main body through the air suction passage and to blow the sucked air into the air supply passage;

A control device embedded in the main body to control the submersible pump and the blower;

Characterized in that configured to include.

The control apparatus may include a heater for heating the water stored in the water storage unit, and a temperature and humidity detection sensor for sensing the temperature and humidity of the air sucked into the air suction passage.

In addition, the main body is prefabricated in a state in which the lower portion consisting of an air suction passage and a water storage portion, an intermediate portion composed of a circulation chamber, an air supply passage, an air circulation passage, and a water tank storage chamber, and an upper portion composed of a cover body are separately manufactured. It is characterized by being combined.

In addition, the middle portion of the main body is characterized in that the plurality of divided bodies formed in a predetermined size is assembled in the upper, lower multi-stage.

In addition, the fountain pipe is divided into a predetermined size is characterized in that the assembly in the upper, lower multi-stage.

In addition, the upper end of the fountain pipe supports a water diffusion member to allow the water pumped from the water pump to spread in all directions, and a diffusion plate and a diffusion plate to diffuse the water discharged in the state spread by the water diffusion member into the circulation chamber. It is characterized in that the supporting plate is formed.

In addition, the circulation chamber of the main body is provided with a plurality of flow guide projections parallel to each other while maintaining a predetermined interval, and a plurality of falling plates formed with a plurality of falling holes for passing water and air are zigzag toward the upper and lower directions. It is characterized by being formed in an image.

In addition, the falling plate is divided into a convex type of convex type of falling concave plate and the cross section is curved upward downward cross section, characterized in that the convex and concave drip plate is alternately zigzag installed. .

In addition, the bucket that is replaceably accommodated in the bucket storage chamber of the main body is formed so that the middle opening formed on one side of the middle portion of the body can be opened and closed by a screw stopper intermediate plug, and the upper and lower openings, The lower opening is characterized in that it is configured to be opened and closed by the upper, lower stopper to be assembled screw.

In addition, the lower stopper screwed to the lower opening of the water tank is equipped with a valve for opening and closing the outlet and the outlet at the center thereof, the upper stopper screwed to the upper opening is connected to the connection groove is connected to the outlet in the center; It is characterized in that the support portion for supporting the lower end of the valve and the inlet hole for flowing the water flowing out of the outlet into the water container.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 4 are front and rear views and left and right side views of the main body for explaining the present invention, FIG. 5 is a sectional view taken along the line AA of FIG. 3, and FIG. 6 is a sectional view taken along the line BB of FIG. 8 and 9 are cross-sectional views of the convex and concave dripping plates of the present invention, and FIGS. 10 and 11 are cross-sectional views of an embodiment in which the main body of the present invention is assembled. 12 is a perspective view showing an example of a partition constituting the main body of the present invention, Figures 13 and 14 are cross-sectional views for showing the use state of the bucket of the present invention, Figure 15 is a window frame for the present invention It is sectional drawing of the Example used and used, and FIG. 16 shows sectional drawing of the CC line of FIG.

Reference numeral 1 denotes a main body, wherein the inside of the main body 1 has a water storage unit 12 storing water at a predetermined level on the lower side of the circulation chamber 11, and an air suction passage below the water storage unit. 13, an air supply passage 14 on one side of the circulation chamber 11, a water tank storage chamber 15 on the other side of the circulation chamber 11, on either side of the front or rear of the circulation chamber 11 Air circulation passages 16 are formed, respectively.

In addition, a lower portion of the circulation chamber 11 and the air circulation passage 16 of the main body 1 is provided with a connection passage 17 for circulating air on the water surface of the water stored in the water storage unit 12. The bottom of the bucket storage chamber 15 is formed with a water refill port 18 projecting downward to a position lower than the surface of the stored water.

Although the main body 1 may be formed as a single body as shown in FIGS. 1 to 4, the upper, middle, and lower parts 1a and 1b as shown in FIGS. It is preferable to divide into 1c).

The upper portion (1a) is composed of a cover body (2) covering the upper end of the main body (1), the intermediate portion (1b) in the circulation chamber 11, the air supply passage 14, the water tank storage chamber 15, An air circulation passage 16 is formed, and a water storage unit 12 and an air suction passage 13 are formed in the lower portion 1c.

The main body (1) is equipped with a blower (3) for forcibly suctioning the air outside the main body, that is, indoor or outdoor air through the air suction passage 13, the air suction passage (13) The air inlet hole 131 is formed in the air to guide the suction, the blower 3 is configured to blow the sucked air through the air supply passage (14).

The water storage unit 12 is installed in the state of being immersed in the stored water is installed an underwater pump (4) for pumping water, the water pump (4) and the blower (3) is installed in the main body (1) It is configured to be automatically controlled and driven by the information input to the circuit device of the control device (5).

In addition, the control device 5 is installed in the heater 51 and the air suction passage 13 for heating the water stored in the water storage unit 12 and the temperature of the air sucked into the air suction passage 13 and Temperature and humidity detection sensor 52 for detecting the humidity is provided, the control device 5 is a selection of various selection switches installed on the switch panel (mainly installed in front of the main body) not shown in the figure It is configured not only to control the operation time of the blower 3 and the submersible pump 4 by operation, but also to control the heating temperature of the heater 51.

The submersible pump 4 installed in the water storage unit 12 is installed in the pump case 41, and the lower end of the pump case 41 is provided with water so that the submersible pump 4 can inhale water. A plurality of inflow holes are formed, and a pipe body 42 for discharging the water pumped from the submersible pump 4 is protruded toward the circulation chamber 11 at the upper end thereof, and the pipe body 42 has a water fountain pipe. 43 are connected.

The fountain pipe 43 is formed to extend to the upper end of the circulation chamber 11, when the middle portion (1b) of the body 1 is integral, the fountain pipe 43 is also formed integrally. (See FIGS. 5 and 6), when the middle portion 1b of the main body is formed in a structure in which a plurality of divided bodies 10 are stacked and assembled in multiple stages as shown in FIGS. 10 and 11. The fountain pipe 43 is also formed into a structure that is divided into the same size (height) as the above-mentioned partition 10 and assembled up and down.

12, the circulation chamber 11, the air supply passage 14, the air circulation passage 16, and the water tank storage chamber 15 are respectively formed in the divided body 10. When the sieves 10 are laminated and assembled up and down, they are connected to each other.

On the other hand, the upper portion of the fountain pipe 43, the water diffusion member 44 for spreading the pumped water in all directions, and thereby the diffusion plate 45 for spreading the water is spread out in all directions and the above A support plate 46 for supporting the diffusion plate 45 is provided at the upper end of the fountain pipe 43.

Next, air flowing into the circulation chamber 11 through the air supply passage 14 is dropped into the circulation chamber 11 of the main body 1 while dropping the water diffused from the upper end of the fountain pipe 43 into a droplet state. A falling plate (typically denoted by the symbol '6') is zigzag up and down in multiple stages to resist the flow of water and to make contact between water droplets and air active. The plate 6 is divided into a convex dripping plate 6a having a convex upward cross section as shown in FIG. 8 and a concave dripping plate 6b having a concave downward cross section as shown in FIG. 9. The convex and concave dripping plates 6a and 6b thus divided are alternately supported in a staggered manner.

In addition, the upper surface of the convex and concave dripping plate (6a) (6b) is a plurality of flow guide projections 61 are formed to protrude in parallel while maintaining a constant distance from each other, each of the flow guide projections (61) Between the plurality of falling holes 62 are drilled. The flow guide protrusions 61 allow the water discharged from the fountain pipe 43 to flow in an evenly dispersed state without being concentrated in one of the dripping plates 6a and 6b. Each drop hole 62 is configured to drop water drops.

Next, the bucket storage chamber 15 of the main body 1 is accommodated in a state in which one or a plurality of buckets 7 are stacked upside down and replenish water in the water storage unit 12.

13 and 14, the upper and lower openings 71 and 72 having both upper and lower openings are formed, and the middle opening 73 is formed at one side of the middle portion. In particular, the upper and lower openings 71 and 72 of the bucket 7 are used when storing the water in the sealing stopper 74a, 74b and the bucket storage chamber 15 used to freeze water in the freezer compartment of the refrigerator. The upper and lower caps 75a and 75b are separated and screw-assembled, and the middle plug 76 is screw-assembled in the middle opening 73.

In order to freeze the water stored in the bucket 7 in the freezer compartment of the refrigerator, as shown in FIG. 13, the sealing plugs 74a and 74b are screwed into the upper and lower openings 71 and 72 to seal the water. In the horizontal lying on the middle plug 73 is opened and the water is injected through the middle opening 73, the amount of water is injected only to the extent that the water does not overflow into the middle opening (73). As such, the reason is that the empty space remains on both sides of the middle opening 73 without filling the bucket 7 with 100% water. This is to prevent the deformation of (7) and to prevent the water tank (7) from being deformed.

When the water tank 7 is stored in the water tank storage chamber 15 to replenish water in the water storage unit 12, the upper and lower stoppers 75a are provided at the upper and lower openings 71 and 72 as shown in FIG. Screwing (75b), the valve (77b) is mounted on the outlet 77a formed in the center of the lower stopper (75b), the lower stopper (75b) in the center of the upper stopper (75a) The connection groove 78a on which the outlet 77a of the outlet is seated, the support plate 78b for supporting the valve 77b, and the inlet hole 78c for allowing the water discharged to the outlet 77a to flow into the bucket 7 are provided. Formed.

On the other hand, the valve (77b) mounted on the lower stopper (75b) in the above is configured to be closed by the weight and water pressure when filling the water tank 7 to seal the outlet (77a) to the water bottle (7) Water is prevented from leaking when transported and moved in order to be accommodated in the bucket storage chamber 15. Also, when the bucket 7 is stored in the bucket storage chamber 15, the valve 77b is raised so that the outlet 77a is discharged. Will open. And the bottom of the bucket storage chamber 15 is equipped with a gasket 79 so that the water flowing out to the outlet 77a is replenished only with the water storage unit 12, and the water is not leaked, although not shown in the drawings. Connecting grooves of the upper cap 75a or between the upper surface of the upper cap 75a used for stacking and storing the bucket 7 in the bucket storage chamber 15 and the lower cap 75b of the bucket stacked on the upper side ( A gasket for preventing leakage is installed between 78a) and the outlet 77a of the lower plug 75b.

The operation of the present invention configured as described above will be described.

The present invention can operate by selecting a function of the air cleaning function, humidification function, cooling function, heating function, etc. by operating a function selection switch installed on the switch panel exposed to the outer surface of the main body 1, The air cleaning function is performed together with the humidification operation, the cooling operation, and the heating operation. Therefore, the air cleaning operation will not be described separately.

First, the humidification operation will be described.

The humidification operation is mainly performed by operating the humidification function switch when the room temperature is high and the humidity is low as the room is heated in winter.

The humidification operation is performed by operating the humidification function switch installed on the switch panel of the main body 1. When the humidification function switch is turned on, the signal is input to the circuit device of the control device 5, Accordingly, the circuit device operates the blower 3 and the submersible pump 4.

When the blower 3 is operated, the indoor air flows into the air suction passage 13 through the air inlet hole 131 formed at the lower side of the main body 1, and is blown into the air supply passage 14 so that the circulation chamber 11 ) Is to be supplied to the upper side, as in this time the submersible pump (4) is sucked in the water stored in the water storage unit 12 and pumped to the water supply pipe 43, the upper end of the water fountain pipe (43) The water sprayed into the water is ejected in a state spreading in all directions by the water diffusion member 44, and then spreads in all directions while hitting the diffuser plate 2 and falls to the dripping plate 6, and also blows air from the air supply passage 14 The air is also circulated from the circulation chamber 11 toward the lower side.

As described above, water and air diffused from the upper side of the circulation chamber 11 fall in a state of being uniformly dispersed in the convex dripping plate 6a, which is installed at an inclined shape on the uppermost side, and the convex dripping plate 6a described above. ), The water dropped by the plurality of flow guide protrusions 61 protruding in parallel to each other flows in a dispersed state without being concentrated in one direction and flows in a small amount through each of the plurality of falling holes 62. The water falls, and the water that is dispersed through each dripping hole 62 of the uppermost convex dripping plate 6a falls back to the concave dripping plate 6b, which is the concave dripping plate 6b. The flow guide protrusion 61 is also formed, so that the water is dispersed and flows through the plurality of falling holes 62, and the water falling into the falling holes 62 of the respective falling plates 6 is an air supply passage ( 14) through As the water flows into the upper circulation chamber 11 and hits each dripping plate 6, it comes into contact with the air circulated through the falling hole 62, and at the same time, a phenomenon occurs that is broken by the flow rate of the air. Water falling through a plurality of dripping holes 62 formed in each of the convex and concave dripping plates 6a and 6b provided in multiple stages in a zigzag shape at 11 is dropped in a drop state, and thus the circulation chamber 11 ) The air circulated downward to the upper side is actively contacted with water and at the same time active contact with droplets falling through the plurality of dripping holes 62 formed in each dripping plate (6). Foreign matter such as dust contained in the air is adsorbed by the surface tension of the water droplets to pass through each dripping plate 6 and circulate to the connection passage 17 formed under the circulation chamber 11. Since the foreign matter is removed from the air and only the purified air having a high content of pure water circulates through the air circulation passage 16, the purified air having a high moisture content is discharged to the outlet 21 formed at the top of the main body 1. In this way, it is possible to increase the humidity of the room by the moisture content of the purified air discharged into the room through the outlet 21.

As described above, when the room does not reach an appropriate level of humidity (about 40 to 70%) by the humidification operation without heating the water stored in the water storage unit 12 of the main body 1, When water vapor is discharged together with the air purified by the discharge port 71, the room can be maintained at an appropriate level of humidity. In this case, when the heater temperature control switch is turned on together with the humidification function switch, the control device When the heater 51 mounted at (5) is heated to heat the water stored in the water storage unit 12 to generate a submersible water vapor, the water vapor may be applied to the operation of the blower 3 and the submersible pump 4 as described above. By circulating the circulation chamber 11 of the main body 1 while being discharged to the outlet 21 together with the purified air that is circulated to the air circulation passage 16 through the connecting passage 17, the room is purified and By steam discharged together It will be able to quickly maintain an appropriate level of humidity.

On the other hand, the water stored in the water storage unit 12 of the main body 1 is pumped by the submersible pump (4) after adsorbing foreign matters such as dust when contacting the air and then dropped into the water storage unit 12 Even though dust is contained by the process of repeating the pumping and circulating operation, the dust containing water is kept in the adsorbed state of the water, and the foreign matter such as dust is removed from the outlet 21. Only the purified air is discharged, and since the steam generated by heating by the heater 51 is in a clean state consisting of pure water molecules, the room can be humidified with cleanly purified air.

In addition, the control device 5 operates the blower 3 and the submersible pump 4 according to a signal from the temperature / humidity detection sensor 52 for detecting the temperature and humidity of the air flowing into the air suction passage 13. To control. Therefore, when the room maintains an appropriate level of humidity by the humidification operation as described above, the air flowing into the air suction passage 13 has an appropriate level of humidity, thereby detecting the temperature and humidity sensor 52. Signal is transmitted to the control device 5 so that the control device controls the operation of the blower 3, the submersible pump 4, and the heater 5 for a predetermined time to reduce the waste of unnecessary electric energy.

Next, the heating operation will be described.

When the heating function switch of the switch panel installed in the main body 1 is operated, the heating operation is performed, and the heating operation operates the blower 3 and the submersible pump 4 as in the above-described humidification operation and at the same time the control device. The heater 51 of (5) operates to heat the water stored in the water storage unit 12.

The operation of purifying the air by contacting water and air in the circulation chamber 11 by the operation of the blower 3 and the submersible pump 4 during the heating operation has already been described in the above-described humidification operation, and thus the description thereof is omitted. When the heating operation is described, the water heated by the heater 51 generates hot steam together with the heat, and the air circulated downward from the upper side of the circulation chamber 11 is a heater Heated by heat exchange action with the heat generated by the 51 is heated, the heated air flows to the air circulation passage 16 through the connecting passage 17 with the hot water vapor to the outlet 21 The discharged air becomes higher than the temperature of the indoor air, thereby heating the room.

Although the temperature of the heated air discharged to the outlet 21 by the heating operation as described above has a temperature lower than the temperature of the warm air that heats and heats the air, as in the conventional hot air heater, the indoor heating temperature of the energy saving dimension in winter ( 18-25 ° C.), the room can be heated while the heated air discharged from the outlet 21 is purified and has a high moisture content. It will be able to heat.

Next, the cooling operation will be described.

The cooling operation is performed by freezing the water contained in the bucket 7 accommodated in the bucket storage chamber 15 of the main body 1 in the freezer compartment of the general refrigerator.

As shown in FIG. 13, the bucket 7 has the middle plug 76 lying on its side in a state where the sealing plugs 74a and 74b are screwed into the upper and lower openings 71 and 72 respectively. Open and inject water into the middle opening 73, but only fill the water so that the water does not overflow into the main opening 73, close the middle cap 76 and put it in the freezer of the refrigerator for a certain time to enter the bucket (7) If the water in the water is frozen in this way, when the water in the bucket 7 is frozen in this way, the screw cap 74a (74b) is unscrewed and removed, and the upper and lower openings 71 and 72 as shown in FIG. The stoppers 75a and 75b are screwed together to be stacked and stored in the bucket storage chamber 15. At this time, the valve 77b mounted on the lower stopper 75b of the lower bucket 7 is connected to the bucket storage chamber 15. Cold ice water produced by slowly melting the ice contained in the lower bucket 7 as the outlet 77a is opened while being supported at the bottom. The water is introduced into the water storage unit 12, and the water stored in the water storage unit 12 is the cold water of the ice due to the contact with the ice contained in the lower bucket (7) through the water refill (18) It is conducted to the water stored in (12) so that the water in the water reservoir becomes cold.

Therefore, as described above, when the bucket 7 containing ice is stacked in the bucket storage chamber 15 and then the cooling function switch of the switch panel is turned on, the blower 3 is operated as in the above-described humidification operation. ) And the submersible pump 4 operates to circulate air and water from the upper side of the hand return chamber 11 to the lower side. At this time, the submerged pump 4 diffuses from the upper side of the circulation chamber 11 in all directions and The air flowing into the circulation chamber 11 through the air supply passage 14 and flowing downward flows in contact with each other to exchange heat, thereby connecting the air circulation passage 16 through the connection passage 17 below the circulation chamber 11. The air introduced into the outlet 21 is in a state in which foreign substances such as dust are removed as in the humidification operation described above, and has a lower temperature than the air introduced into the air suction passage 13 to cool the room. Being able to will be.

On the other hand, when the room is cooled by the cooling operation as described above, since the air sucked into the air suction passage 13 is also cooled to an appropriate temperature, at this time, the temperature and humidity detection sensor 52 installed in the air suction passage 13. ) Is detected so that the control device 5 stops the cooling operation for a predetermined time and then repeats the operation.

As described above, the multi-function device for air purifying operation, humidification operation, heating operation, and cooling operation can be installed on the floor or an installation table or a table in the room, as well as a window frame as shown in the example of FIG. 8) can be installed in this way, when the window frame 8 is installed in this way, the window 81 is slightly opened and the opened gap is sealed with the filling rubber 82, but the bottom of the filling rubber 82 is the outside air As a means for forming a passage to suck the air blower (3) sucks the outside air and blows it to the air supply passage 14 to select the humidification operation, heating operation, cooling operation, along with the air purification operation. Likewise, the configuration of installing the main body 1 on the window frame is also included in the rights category of the present invention.

In addition, since the humidification operation, the heating operation, and the cooling operation are performed for a long time together with the air purification operation as described above, the water stored in the water storage unit 12 of the main body 1 is contaminated to some extent by dust, etc. (11) When the inside and each dripping plate (6) is to be washed by the scales, the upper, middle and lower parts (1a, 1b, 1c) of the main body 1 is separated, and the zigzag shape in the circulation chamber 11 As it is possible to separate and wash the fall plate (6) installed in multiple stages in the circulation chamber (11), it is possible to cleanly use the multifunctional device of the present invention.

According to the present invention as described above, the multifunctional device can selectively operate the air cleaning function, the humidification function, the heating function, and the cooling function, thereby relieving the economic burden of separately purchasing the products for each function according to the season as before. In addition, in the past, each function of the product has been cumbersome to use and store according to the season, but the present invention can use the main body continuously for four seasons, so the effort to store the product according to the season It provides the effect that can be reduced, and also the main body can be separated into the upper, middle, and lower part, so that it is easy to clean, so that it can be used in a clean state at all times, and especially water particles during humidification or heating and cooling operation It is possible to discharge only the purified air containing moisture without being discharged. By groups as atomized water to provide the advantage of heating and cooling a room in a pleasant state with the effect that can be wet in a sanitary manner as compared to a wet room.

Claims (8)

A water storage unit capable of storing water at a predetermined level in the bottom, an air suction passage formed under the water storage unit, a circulation chamber formed above the water storage unit, and a left and right side of the circulation chamber, respectively. A main body having an air supply passage and a water container storage chamber, and an air circulation passage formed at either one of the front and the rear of the circulation chamber; A cover body formed at an upper end of the main body so that an upper end of each of the air supply passage and the circulation chamber is connected to each other, and an outlet for opening the air circulation passage is formed; An underwater pump installed in the state of being immersed in the water stored in the water storage unit to pump water; A fountain pipe for draining the water pumped by the submersible pump into a fountain state above the circulation chamber; A blower configured to suck air from the outside of the main body through the air suction passage and to blow the sucked air into the air supply passage; A control device embedded in the main body to control the submersible pump and the blower; Wellness home care multifunction device, characterized in that configured to include. The method of claim 1, The control device is a well-being home care multifunction device, characterized in that it comprises a temperature and humidity sensor for sensing the temperature and humidity of the air sucked into the air suction passage and a heater for heating the water stored in the water storage. The method of claim 1, The main body has a lower part composed of an air suction passage and a water storage portion, an intermediate portion composed of a circulation chamber, an air supply passage, an air circulation passage, and a water tank storage chamber, and an upper portion composed of a cover body is assembled in a prefabricated state. Wellness home care multifunction device, characterized in that. The method of claim 1, On the upper end of the fountain pipe, a water diffusion member for spreading the water pumped from the water pump in all directions, and a support plate for supporting the diffusion plate and the diffusion plate to diffuse the water discharged in the state spread by the water diffusion member into the circulation chamber Well-being home care multifunctional device, characterized in that is formed. The method of claim 1, In the circulation chamber of the main body, a plurality of flow guide protrusions parallel to each other and a plurality of falling holes for passing water and air are formed in a zigzag shape upward and downward in a circulation chamber of the main body. Well-being home care multifunctional device characterized in that it is. The method of claim 5, The dripping plate is divided into a convex dripping plate curved upward in cross section and a concave dripping plate curved downward in cross section, wherein the convex and concave dripping plates are alternately zigzag installed. Care multifunction device. The method of claim 1, The bucket is housed in the bucket storage compartment of the main body is replaceable, the bucket is formed in the middle opening portion of the middle portion of the body is the middle plug is screwed, and the upper and lower openings, the upper and lower openings are sealed closure and Wellness home care multifunction device, characterized in that the upper and lower stopper is selectively screwed. The method of claim 7, wherein The lower stopper screwed into the lower opening of the water tank is equipped with a valve for opening and closing the outlet at the center thereof, and the upper stopper screwed to the upper opening has a connection groove to which the outlet is connected at the center thereof. A well-being home care multifunction device, characterized in that the support portion for supporting the lower end of the valve and the inlet hole for flowing the water flowing out of the outlet into the water container.

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