KR20230172064A - Air washer - Google Patents

Abstract

The present invention relates to a humidifying air purifier that allows water to flow outside the wall to humidify the room and purify the air at the same time. The humidifying air purifier (1000) includes a humidifying air purifier case (1100) in the center of the front, and an air purifier case (1100) in the center of the front. It is formed of a sterilizing ejector (1200), a waterfall impact stone unit (1300) for humidification, an underwater cultivation window (1400) for underwater cultivation of flowers, and a flower pot stand (1500). At the same time, the humidifying air purifier case (1100) is used for humidification. The outer case of the air purifier (1000) is formed in a rectangular parallelepiped, and on the front, an air sterilizing ejector (1200) that ejects sterilized air from the top is formed so that it can be operated with a pen, and the humidifying waterfall crash stone The part 1300 forms horizontal multi-stage protruding lines so that purified water can flow down from the top, and the underwater cultivation window 1400 for underwater cultivation of flowers is formed in the lower part of the humidifying air purifier 1000. .

Description

Humidifying air sterilizing purifier {AIR WASHER}

The present invention relates to a humidifying air sterilizing purifier, and more specifically, to a humidifying air sterilizing purifier that allows water to flow outside the wall to humidify the room and purify the air.

A humidifying air purifier according to an embodiment described in Patent Publication No. 10-2019-0029819 of the prior invention includes a main body 100, a humidifying unit 200, and a fixing unit 500.

Figure 1 is a perspective view of a humidifying air purifier according to an embodiment of the prior invention, and Figure 2 is an exploded perspective view of a humidifying air purifier according to an embodiment of the prior invention.

For matters not indicated by the above symbol, refer to the above published patent publication.

The main body 100 is made in the form of a square case, and has an intake part 120 on one side that sucks in external air, a discharge part 130 on the upper side, and a discharge part that sucks air from the suction part 120 ( It includes a blowing unit 150 that discharges air to the air outlet 130, and a filter unit 140 disposed between the suction unit 150 and the blowing unit 150 to filter out foreign substances from the sucked air.

At this time, a humidifying unit 200 that humidifies the filtered air may be provided between the filter unit 140 and the blowing unit 150.

A storage unit 110 for supplying water to the humidifier 200 is provided at the upper edge of the main body 100. The water stored in the storage unit 110 moves through the pipe and is supplied to the humidifying filter unit 400 and the water tank 300, which will be described later, through the nozzle 112.

The humidifier 200 is slide mounted on the main body 100 and humidifies the sucked air. The humidifier 200 is inserted into the open groove 102 provided on the side of the main body 100 and stores water. It includes a water tank 300 that is provided in the water tank 300 and a humidifying filter unit 400 that moistens water and humidifies the air passing through it.

The frame 410 may include a first frame 420 and a second frame 430 that are coupled to each other to support the humidification filter 440.

Next, the use form of the conventional stainless steel porous filter is well known in Registration Patent No. 10-2360579.

That is, the main body 100 consists of an upper main body 110 with air suction, inflow, and discharge functions, and a lower main body 120 with an internal space where a filter can be located.

The upper body 110 has a hexahedral shape, and a first air intake port 112 and a second air intake port 113 are formed inside to face the first air discharge port 118 and the second air discharge port 117, It has a main body coupling part 111 at the bottom, a filter coupling part 114, an air inlet 115, an air flow part 116, and a plurality of coupling holes 119 on the upper surface.

The body coupling portion 111 is located at the lower part of the upper body 110, is formed in a hollow cylindrical shape, and has a female thread therein.

The first air intake port 112 is an inlet through which air enters the filter for an air purifier and has a cylindrical shape with a female thread inside, and the second air intake port 113 has a smaller diameter than the first air intake port 112. It has a cylindrical shape with a hole, and the second air intake port 113 is connected to the inside of the first air intake port 112.

The filter coupling part 114 has an empty cylindrical shape and is located inside the upper body 110 and the main body coupling part 111, and has an air inlet 115, which is an empty space therein.

The air inlet 115 is connected to the second air intake port 113.

The first air outlet 118 is an outlet through which clean air is discharged through a filter and has a cylindrical shape with a female thread inside. The second air outlet 117 is larger than the first air outlet 118. It is formed as a small diameter hole, and the second air outlet 117 is connected to the inside of the first air outlet 118.

The air flow part 116 is a space formed between the second air outlet 117 and the main body coupling part 111 and the filter coupling part 114, and purifies the air through a filter through the second air outlet 117. Allow the accumulated air to escape.

The coupling hole 119 is formed so that it can be attached to other furniture and machines, and has a long shape on the upper surface of the upper body 110.

The lower body 120 has a long hemisphere shape as if the lower hemisphere of the cylinder is combined, and has a main body coupling part 121 at the top, a plurality of support parts 122 located inside, and a plurality of protrusions 124 located on the central outer peripheral surface. , It is provided with an air flow unit 126, which is an internal space where the air flows and a filter is located.

The body coupling portion 121 is located at the upper part of the lower body 120, is formed in a hollow cylindrical shape, and has a male screw on the outside.

The support portion 122 is formed in a plurality protruding from the lower portion of the lower body 120, and serves to support the filter portion 200 when the filter portion 200 is positioned.

The protrusions 124 are formed to facilitate the coupling and separation of the upper main body 110 and the lower main body 120, and are formed in plurality on the outer peripheral surface of the lower main body 120 and the lower part of the main body coupling portion 121. Located.

The filter unit 200 includes a circular plate-shaped upper filter coupling portion 210 that fixes the filter, a circular support plate-shaped lower filter coupling portion 220, and a first stainless steel porous filter 230 that also serves as a filter case where the filter is located. , It consists of a second porous material filter 240 that has the function of purifying the air.

The upper filter coupling portion 210 is composed of a coupling jaw 212 located at the bottom, a fitting portion 214 located at the upper center, and an air inlet portion 215.

The coupling jaw 212 is for fastening the first stainless steel porous filter 230 and the second porous material filter 240, has a certain thickness, and extends downward along the circumference of the lower filter coupling portion 210. It is formed by protruding.

The fitting portion 214 is an empty cylindrical shape smaller than the diameter of the filter coupling portion 114 of the upper body 110 in order to be fitted into the filter coupling portion 114 of the upper body 110, and moves upward. It is formed to protrude and has an air inlet 215, which is an internal empty space.

The lower filter coupling portion 220 is composed of a coupling jaw 222 located at the upper portion and a fitting portion 224 located at the center of the lower portion.

The coupling jaw 222 is for fastening the first stainless steel porous filter 230 and the second porous material filter 240, has a certain thickness, and extends upward along the circumference of the lower filter coupling portion 220. It is formed by protruding.

The fitting portion 224 is an empty cylindrical shape with a closed bottom that is smaller than the diameter of the lower body 120 excluding the size of the support portion 122 so that it can be located in the lower part of the lower body 120. The water tank 225 is manufactured and is formed to protrude in the downward direction.

The water tank 225 is a water tank that receives water containing fine dust, etc. flowing from the first stainless steel porous filter 230, which will be described later.

Of course, when the water flows from the outside of the first stainless steel porous filter 230, the water can be received in the lower space of the lower body.

The first stainless steel porous filter 230 has a hollow cylindrical shape with upper and lower openings so as to have a filter inside that functions to purify the air, and has a plurality of exhaust holes 232 in the cylindrical portion.

The exhaust hole 232 is formed as a small hole so that clean air can be discharged, but its size is limited to 0.17 to 0.2 mm in diameter, as shown in the table below.

Due to the above-described size, a water film phenomenon occurs, and the water film of the exhaust hole 232 can block the exhaust hole. When air passes through in this state, the air contains moisture, which is fine. It contains dust, etc., and as it passes through the exhaust hole, fine dust, etc. sticks to the edges around the exhaust hole.

Accordingly, a principle was created in which the air passing through the exhaust hole is infiltrated, but fine dust, etc., attaches to the steel plate and flows down.

diameter
(mm) Less than 0.17 0.17 or more 0.18 0.19 0.2 0.25 0.28 situation Unable to produce effect effect effect effect no effect no effect degree of effect Not available When passing
somewhat noisy Good Good Good No hydroplaning (dust passes through) No hydroplaning (dust passes through)

As seen in the table above, due to Korea's technology, it is impossible to manufacture exhaust holes smaller than 0.17mm, so they were excluded from the experiment. If the exhaust hole was larger than 0.17mm, a hydroplaning phenomenon appeared in the exhaust hole, and the air itself also contained moisture and fine dust. It was confirmed that fine dust, etc., stuck to the edge of the hole in the steel plate and flowed down. However, because the hole was narrow, it was confirmed that some noise was generated passing through it.

In addition, even in the case of 0.18mm, a hydroplaning phenomenon appeared in the exhaust hole, and the air itself contained moisture and fine dust, and it was confirmed that fine dust etc. adhered to the edge of the hole of the steel plate and flowed down.

In addition, even in the case of 0.19mm, a hydroplaning phenomenon appeared in the exhaust hole, and the air itself contained moisture and fine dust, and it was confirmed that fine dust etc. adhered to the edge of the hole of the steel plate and flowed down.

In addition, even in the case of 0.2mm, a hydroplaning phenomenon appeared in the exhaust hole, and the air itself contained moisture and fine dust, and it was confirmed that fine dust etc. adhered to the edge of the hole of the steel plate and flowed down.

However, even in the case of 0.25mm, no hydroplaning occurred in the exhaust hole, and it was confirmed that the air itself passed through the hole in the steel plate while retaining moisture and fine dust.

In addition, even in the case of 0.28mm, no hydroplaning occurred in the exhaust hole, and it was confirmed that the air itself passed through the hole in the steel plate while retaining moisture and fine dust.

Therefore, it was confirmed that the size of the exhaust hole ranging from 0.17mm to 0.25mm can determine the effect pursued by the present invention.

In addition, in the case where the size of the exhaust hole is less than 0.17 mm, if the technology that can be manufactured domestically is developed and the effect is proven through experiments, the broad scope of the patent claims will be able to be described. .

The second porous material filter 240 uses charcoal, activated carbon, red clay, nano silver, etc., which have the function of purifying the air, and is located in the first stainless steel porous filter 230.

The filter for an air purifier of the present invention has the advantage that the second porous material filter 240 located in the first stainless steel porous filter 230 can be easily replaced by the user and used semi-permanently.

Next, the use form of the conventional flowerpot module is well known in registered patent number 10-2048147.

That is, a plurality of support protrusions 11 on the bottom and a plurality of lower drain holes 12 are formed along the outer periphery of the bottom, and a plurality of side drain holes 13a are formed on the upper side of the lower drain hole 12. A box-shaped lower frame (10) in which the square storage frame (13) provided on the upper surface is combined and the upper side is open; and a box-shaped upper frame (20) with an open upper side that is coupled to the lower frame (10) with a plurality of upper drainage holes (21) formed on the bottom and a groove formed on the outer periphery of the bottom.

In addition, a flow path 14a is formed on the lower side, and the storage frame 13 further includes a plurality of partition walls 14 formed horizontally or vertically inside the storage frame 13, and a module is installed on each side of the lower frame 10. It is characterized in that a coupling protrusion 15 and a module coupling groove 15a are formed.

In addition, it further includes a wick 22 and a non-woven fabric 23 that are sequentially provided on the inner upper surface of the upper frame 10 through the inner space of the storage frame 13 and the upper drain hole 21.

An example of installation of the flower pot module according to the present invention configured as described above is as follows. With the lower frame 10 and the upper frame 20 combined, water is stored in the storage frame 13 and is transferred to the upper frame 20 along the wick 22 to keep the nonwoven fabric 23 in a wet state. Maintain it. At this time, the core 22 and the non-woven fabric 23 are preferably made of fabric or synthetic resin material that absorbs water well. In addition, the top of the non-woven fabric 23 is covered with soil E, and the soil E can be maintained in a wet state due to the moisture of the non-woven fabric 23. In addition, of course, the soil E can be loaded at a certain height inside the upper frame 20 to prevent overflow.

However, in the case of the first conventional invention, it includes a filter unit 140 disposed between the suction unit 150 and the blowing unit 150 to filter out foreign substances from the sucked air, and at this time, the filter unit 140 and the blowing unit A humidifier 200 is provided between the 150s to humidify the filtered air, and a storage unit 110 is provided at the upper corner of the main body 100 to supply water to the humidifier 200, and the storage unit ( The water stored in 110) moves through the pipe and is supplied to the humidifying filter unit 400 and the water tank 300 through the nozzle 112, but the humidifying unit 200 is slide mounted on the main body 100 and sucked. As a configuration for humidifying air, the humidifier 200 is inserted into the open groove 102 provided on the side of the main body 100, and is provided in the water tank 300 to store water and the water tank 300 to store water. It is composed of a humidifying filter unit 400 that moistens and humidifies the passing air, and has a complex configuration. Since the humidifying filter is wet, dust, etc. sticks to it, making it difficult to clean.

In addition, in the case of the second invention, a stainless steel filter was used for air purification, but the structure was complicated, other parts were required more, and the indoor humidification problem was not solved.

In the case of the third invention, an attempt was made to develop a flowerpot module, but there was no basic framework for utilizing it, so there was a problem of having to create a basic framework structure to utilize it.

The present invention was created to solve the above problems. The purpose of the present invention was the need to provide a natural humidification function, and the need to facilitate cleaning of the air purifying filter by combining the function of an air purifier. The goal is to provide a technology to regenerate flowers using water with a humidifying function for the developed flowerpot module.

The present invention is a humidifying air purifier (1000), a humidifying air purifier case (1100) in the front center, an air sterilizing ejector (1200), a waterfall crashing stone unit (1300) for humidification, and an underwater cultivation window (1400) for underwater cultivation of flowers. , In addition to being formed as a flower pot stand 1500, the humidifying air purifier case 1100 is an outer case of the humidifying air purifier 1000 and is formed in a rectangular parallelepiped, with an air sterilizing device on the front that ejects sterilized air from the top. The ejector 1200 is formed to be operated by a pen, and the humidifying waterfall impact stone portion 1300 forms horizontal multi-stage protruding lines so that purified water can flow down from the top, The underwater cultivation window (1400) for underwater cultivation of flowers is formed at the lower part of the humidifying air purifier (1000), and a water storage tank case (1450) is formed inside it, so that it can be used in the upper humidifying waterfall crash stone unit (1300). The water coming down is received and stored in the water reservoir (1500a) of the flower pot stand (1500) formed at the top by the pumper (1410), and the stored water is pumped back through the pump lines (1410a) (1410b) (1410c). It is a humidifying air sterilizing purifier characterized in that the humidifying waterfall descends through a crash stone unit (1300).

In addition, in the present invention, a clean air discharge unit 1600 is formed on the left and right sides of the humidifying air purifier 1000, and a fallopian tube-shaped air inflow and outflow mechanism 1700a is formed to discharge air, and air The stainless steel porous filter 1800, which cleans the air by forming a pen motor 1760 in the inflow and outflow mechanism 1700a, is detachably inserted into the porous filter insertion groove 1640 formed on the side of the humidifying air purifier case 1100. It is a humidifying air sterilizing purifier characterized in that it is designed to do so.

As described above, the present invention has the effect of providing a natural humidification function by providing a waterfall that causes water to naturally fall, and by using a stainless steel filter plate, it also functions as an air purifier to clean the air purifying filter. It has the effect of making it easier, and has the effect of being able to regenerate flowers using water with a humidifying function for the developed flowerpot module.

Figure 1 is a perspective view of a humidifying air purifier according to an embodiment of the prior invention.
Figure 2 is an exploded perspective view of a humidifying air purifier according to an embodiment of the prior invention.
Figure 3 is an exploded perspective view of an air purifier using a stainless steel porous filter of another embodiment of the prior art applied to the present invention.
Figure 4 is an exploded perspective view of an air purifier using a stainless steel porous filter according to another embodiment of the conventional invention related to Figure 3.
Figure 5 is a perspective view of a flowerpot module according to an embodiment of the flowerpot module of the prior invention.
Figure 6 is an exploded perspective view of a flower pot module according to an embodiment of the prior invention related to Figure 5.
Figure 7 is a perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 8 is an exploded perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 9 is an exploded internal perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 10 is an internal perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 11 is an internal perspective side view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 12 is an internal perspective front view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 13 is a rear view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 14 is a side view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.
Figure 15 is a perspective view of a humidifying air sterilizer according to another embodiment of the present invention.
Figure 16 is a diagram showing the use state of the humidifying air sterilizer according to another embodiment of the present invention.
Figure 17 is a front view of a humidifying air sterilizer according to another embodiment of the present invention.
Figure 18 is a side view of a humidifying air sterilizer according to another embodiment of the present invention.

Embodiments of the present invention may be modified in various forms, and the scope of the present invention should not be construed as being limited by the embodiments described below. This example is provided to more completely explain the present invention to those with average knowledge in the art. Therefore, the shapes of components in the drawings are exaggerated to emphasize a clearer explanation.

The materials of the present invention are metal, air filter material, and transparent synthetic resin material, and the present invention relates to an air purifier sterilizer. An air purifier sterilizer is provided to disinfect and sterilize the interior of a building, and the main body of the sterilizer has a circulation installed inside. An uneven part is formed to allow the waterfall to flow down by a motor to give the feel of a waterfall. Fine dust removers for air purification are formed on the left and right, and a viewing window is provided at the bottom to allow the naked eye to see the aquatic plants growing underwater. A flower pot stand is formed with a groove at the top of the sterilizer, the flower pot is placed in the groove, and the purified air coming from the flower pot is used to purify the interior of the building.

In particular, air intake ports are formed on both sides of the front of the air purifier sterilizer, and an air intake fan is installed inside the air intake port to purify the air through a filter formed on the front, and the filter inserted into the filter inlet is passed through the filter handle. It is designed to be discharged to clean fine dust, etc.

Hereinafter, a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention will be described.

Figure 7 is a perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention, Figure 8 is an exploded perspective view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention, and Figure 9 is an embodiment of the present invention. It is an exploded internal perspective view of a humidifying air purifier using a stainless steel porous filter of an embodiment, and Figure 10 is an internal perspective view of a humidifying air purifier using a stainless steel porous filter of an embodiment of the present invention.

And, Figure 11 is an internal perspective side view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention, Figure 12 is an internal perspective front view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention, and Figure 13 is a rear view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention, and Figure 14 is a side view of a humidifying air purifier using a stainless steel porous filter according to an embodiment of the present invention.

The humidifying air purifier (1000) of the present invention includes a humidifying air purifier case (1100) in the front center, an air sterilizing ejector (1200), a waterfall crashing stone unit (1300) for humidification, and an underwater cultivation window (1400) for underwater cultivation of flowers. , It is formed as a flower pot stand 1500, and at the same time, a clean air discharge part 1600 and an air inflow and outflow mechanism 1700a linked thereto are formed on the left and right sides of the humidifying air purifier 1000, and the air inflow and outflow mechanism In (1700a), a stainless steel porous filter (1800) that purifies the air is inserted into the porous filter insertion groove (1640).

The humidifying air purifier case 1100 is the outer case of the humidifying air purifier 1000 and is formed in a rectangular parallelepiped, and on the front is an air sterilizing ejector 1200 that ejects sterilized air from the top so that it can be operated with a pen. It is done.

The humidifying waterfall descending impact stone part 1300 forms a horizontal multi-stage protruding line so that purified water can flow down from the top, and the water flowing down flows in multi-stage, humidifying the surroundings and allowing the water to flow. You can hear the sound.

A transparent splash-proof glass plate 1320 is formed in the form of a cover at the lower part of the humidifying waterfall crash stone part 1300 to prevent flowing water from splashing.

The underwater cultivation window (1400) for underwater cultivation of flowers is formed at the lower part of the humidifying air purifier (1000), and a water storage tank case (1450) is formed inside it, so that it can be used in the upper humidifying waterfall crash stone unit (1300). The water coming down is received and stored in the water reservoir of the flower pot stand 1500 formed at the top by a pumper, which will be described later, and the stored water flows back down through the humidifying waterfall crash stone unit 1300 through the pump line. It will come.

The flower pot stand 1500 is designed to grow flowers by inserting a conventional flower pot module at the top of the humidifying air purifier 1000, and has a water reservoir at the bottom so that water can be sucked into the flower pot.

Water from the flower pot stand water storage unit 1500a to the flower pot is absorbed into the soil of the flower pot by the wick (water-absorbing cloth) formed on the bottom of the flower pot, and is spread throughout the soil.

The clean air discharge unit 1600 is a passage that has a long rectangular shape and discharges the air emitted from the air inflow and outflow mechanism 1700a, and has a porous filter fitting groove on the side of the humidifying air purifier case 1100 to filter the air. The stainless steel porous filter (1800), which is made of a thin plate (1640), is removable so that the filter can be cleaned at any time.

The air inflow and outflow mechanism 1700a is formed in the shape of a fallopian tube and forces the air coming in from the indoor air inlet 1620 into the air inlet pipe 1720 by the pen motor 1760 to diffuse the inflow air, which is a fallopian tube-shaped diffusion part. It passes through the pipe 1740, and the air is sent to the clean air delivery unit 1600 through the stainless steel porous filter 1800.

The stainless steel porous filter (1800) is formed by a square stainless steel porous filter plate (1820), and a porous filter plate pull-out handle (1840) is formed on one side of the porous filter plate to fit into the porous filter insertion groove of the humidifying air purifier case (1100). It is inserted into (1640) to purify the air.

Next, the relationship in which flowers are grown on a flower pot stand (1500), the upper water used for flowers comes down, is stored in the water storage tank case (1450), and is pumped again is explained.

It is stored in the water storage tank case 1450, where underwater flowers are being cultivated, and a line through which water rises from the water storage tank case 1450 is formed by the pump line 1410a, and from the pump 1410 A pump line (1410b) is formed as a line that goes up to the water storage at the top, and a pump line (1410c) is formed as a line that goes down from the flower pot stand water storage (1500a) to the humidifying waterfall descending impact stone unit (1300), and water is circulated. , there is a separate purification device in between to purify the water.

The water coming down from the pump line (1410c) flows down from the upper part of the humidifying waterfall descending impact stone part (1300) by drilling a plurality of through holes side by side in a pipe made horizontally to prevent water from splashing evenly. , which has a humidifying effect indoors.

The unexplained symbol 1500b indicates the bottom plate of the flower pot stand (1500).

Therefore, in order to quarantine and sterilize the interior of the building, an air purifier sterilizer is provided, and the main body of the sterilizer is formed with uneven parts so that the waterfall flows down by a circulation motor installed inside to give the feeling of a waterfall, and is formed on the left and right. It forms a fine dust remover for air purification, and a viewing window is formed at the bottom so that the aquatic plants growing underwater can be seen with the naked eye. At the top of the sterilizer, a groove is formed on the flower pot stand, and the flower pot is placed in the groove to purify the water coming out of the flower pot. Not only is the air used to purify the interior of the building, but air intakes are formed on both sides of the front of the air purifying sterilizer, and an air inflow and outflow fan is installed inside the air intakes to purify the air through a filter formed on the front. The filter inserted into the filter inlet can be discharged through the filter handle to clean fine dust.

Here, since the stainless steel filter refers to conventional technology, the description of the technical details is omitted as it is redundant.

As described above, the present invention has the effect of providing a natural humidification function by providing a waterfall that causes water to naturally fall, and by using a stainless steel filter plate, it also functions as an air purifier to clean the air purifying filter. It has the effect of making it easier, and has the effect of being able to regenerate flowers using water with a humidifying function for the developed flowerpot module.

Unexplained numbers 1210 and 1230 are through holes, 1220 is a controller case, 1660 is a power cord home, and 1670 is a power connection cover.

Next, a humidifying air sterilizer, which is another embodiment of the present invention, will be described.

Figure 15 is a perspective view of a humidifying air sterilizer according to another embodiment of the present invention, Figure 16 is a state diagram of a humidifying air sterilizer according to another embodiment of the present invention, Figure 17 is a front view of a humidifying air sterilizer according to another embodiment of the present invention, 18 is a side view of a humidifying air sterilizer according to another embodiment of the present invention.

The humidifying air purifier (1000) includes a humidifying air purifier case (1100) in the front center, an air sterilizing ejector (1200), a waterfall crash stone for humidification (1300), an underwater cultivation window for underwater cultivation of flowers (1400), and a flower pot stand. In addition to being formed as (1500), the humidifying air purifier case 1100 is an outer case of the humidifying air purifier 1000 and is formed in a rectangular parallelepiped, and has an air sterilizing ejector ( 1200) is formed to be operated by a pen, and the humidifying waterfall descending impact stone part 1300 forms horizontal multi-stage protruding lines so that purified water can flow down from the top, and the flowering plant underwater. The underwater cultivation window 1400 for cultivation is formed at the lower part of the humidifying air purifier 1000, and a water storage tank case 1450 is formed inside it to collect water coming down from the upper humidifying waterfall crash stone unit 1300. is received, and is stored in the water reservoir (1500a) of the flower pot stand (1500) formed at the top by the pumper (1410), and the stored water is returned to the humidifying waterfall through the pump lines (1410a) (1410b) (1410c). It is supposed to come down on the descending collision stone section (1300).

The water reservoir (1500a) of the flower pot stand (1500) is manufactured in the form of a groove on the front of the bottom plate (1500b) and can store water. The stored water can rise to the flower pot by the wick, and the water reservoir (1500a) The water coming down from the pump line (1410c) connected to is flowed down from the upper part of the humidifying waterfall crash stone part (1300) by drilling a plurality of through holes side by side in a pipe made horizontally to prevent water from splashing evenly. By doing so, there is a humidifying effect in the room.

The unexplained code 3000 indicates a flower growing by the wick of a flower pot.

In the above, the configuration and operation of the humidifying air purifier according to the present invention are shown according to the detailed description and drawings, but this is merely an example and various changes and modifications can be made without departing from the technical spirit of the present invention. possible.

1000: Humidifying air purifier
1110: Humidifying air purifier case
1120: Air sterilization ejector
1130: Humidification waterfall crash stone part
1140: Underwater cultivation window for underwater cultivation of flowers
1141: pump
1141a, 1141b, 1141c: pump line
1145: Water storage tank case
1150: Flowerpot stand
1160:
1170a, 1170b, 1170c: Air inflow and outflow mechanism
1180: Stainless steel porous filter
1182: Stainless steel porous filter plate

Claims (2)

The humidifying air purifier (1000) includes a humidifying air purifier case (1100) in the front center, an air sterilizing ejector (1200), a waterfall crash stone for humidification (1300), an underwater cultivation window for underwater cultivation of flowers (1400), and a flower pot stand. In addition to being formed as (1500), the humidifying air purifier case 1100 is an outer case of the humidifying air purifier 1000 and is formed in a rectangular parallelepiped, and has an air sterilizing ejector ( 1200) is formed to be operated by a pen, and the humidifying waterfall descending impact stone portion 1300 forms horizontal multi-stage protruding lines so that purified water can flow down from the top, and the flowering plant underwater. The underwater cultivation window 1400 for cultivation is formed at the lower part of the humidifying air purifier 1000, and a water storage tank case 1450 is formed inside it to collect water coming down from the upper humidifying waterfall crash stone unit 1300. is received, and is stored in the water reservoir (1500a) of the flower pot stand (1500) formed at the top by the pumper (1410), and the stored water is returned to the humidifying waterfall through the pump lines (1410a) (1410b) (1410c). A humidifying air sterilizing purifier characterized in that it comes down on the descending impact stone part (1300).

According to claim 1,
A clean air discharge unit 1600 is formed on the left and right sides of the humidifying air purifier 1000, and a fallopian tube-shaped air inflow and outflow mechanism 1700a is formed to discharge air, and an air inflow and outflow mechanism 1700a is provided. The stainless steel porous filter 1800, which cleans the air by forming the pen motor 1760, is detachably inserted into the porous filter insertion groove 1640 formed on the side of the humidifying air purifier case 1100. Humidifying air sterilizing purifier.

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