KR20060133206A - A dehumidifier - Google Patents

Abstract

A dehumidifier is provided to suck in indoor air through gaps between a front frame, a rear frame, and side panels, and discharge the sucked air through a top side panel, thereby realizing a beautiful external appearance and removing a division of a front part and a rear part. Suction ports(112,122) are formed at a side of a main body case(100) forming an external appearance for guiding to suck in indoor air. A discharge port(146) is formed at a top side of the main body case for guiding sucked and dehumidified air to be discharged to the outside. The suction ports are formed by separated gaps between a front frame(110) forming a front external appearance of the main body case, a rear frame(120) forming a rear external appearance, and side panels(130) forming both-side external appearances.

Description

Dehumidifier {A dehumidifier}

1 is an exploded perspective view of a dehumidifier according to the prior art.

Figure 2 is a perspective view showing an open state of the discharge port of the dehumidifier according to the present invention.

3 is a perspective view showing an open state of the front panel of the dehumidifier according to the present invention.

4 is a perspective view showing a state in which the bucket of the dehumidifier according to the present invention is inserted.

5 is an exploded perspective view of the dehumidifier according to the present invention.

Figure 6 is a schematic air flow diagram of the dehumidifier according to the present invention.

7 is a perspective view showing another embodiment of the dehumidifier according to the present invention.

Explanation of symbols on the main parts of the drawings

100. ..... Body Case 110. ..... Front Frame

112,122. ..... Suction port 114. ..... Front panel

120. ..... Rear frame 130,130 '. ..... Side panel

130'a. ..... Low Water Display 132. ..... Filter

140. ..... Top panel 142. ..... Display

144. ..... water outlet 144 '. ..... Water outlet cover

146. ..... discharge port 148. ..... discharge louver

160. ..... Control Box 170. ..... Heat Exchanger

180. ..... Regeneration Cover 200. ..... Suction Assembly

220. ..... adsorbent 240. ..... adsorption rotor

260. ..... Suction rotor housing 262. ..... Suction rotor cover

264. ..... rotor shaft 266. ..... rotor shaft support

272. ..... Recycled flow path

280. ..... Suction motor 282. ..... Rotor gear

300. ..... Suction assembly 320. ..... Suction fan

340. ..... suction fan housing 342. ..... rotating shaft

344. ..... Rotational Support 350. ..... Suction Motor

360. ..... Motor Mount 380. ..... Discharge Channel

400. ..... Play Assembly 420. ..... Play Fan

440. ..... Play Fan Housing 460. ..... Play Motor

480. ..... Heater 482. ..... Heater Case

500. ..... Base Fan 520. ..... Base Fan Cover

522. ..... Installation groove 600. ..... Bucket

620. ..... Bucket Handle H. ..... Hose

P. ..... Pump

The present invention relates to a dehumidifier, and more particularly, to a dehumidifier in which a suction port is formed on one side of a main body case forming an outer shape, and a discharge port and a water outlet entrance are formed on the other side.

Generally, a dehumidifier absorbs humid air in an indoor space into a case, passes a heat exchanger composed of a condenser and an evaporator through which a refrigerant flows, lowers humidity, and then discharges the dehumidified air back into the indoor space. It is a device to lower the humidity.

That is, the dehumidifier uses a method of taking heat from the surrounding air by evaporating the liquefied refrigerant in the evaporator. As the refrigerant evaporates, the temperature of the evaporator is lowered and the temperature of the air passing through the evaporator is also lowered.

Therefore, as the temperature around the evaporator decreases, moisture contained in the air condenses and condenses on the surface of the evaporator.

1 shows an exploded perspective view of a dehumidifier according to the prior art.

As shown in the drawing, the dehumidifier according to the prior art has a cabinet (1) equipped with a filter (4) on a rear surface of which a suction port is formed so that indoor air can be sucked, and the filter (4) mounted on the cabinet (1). A heat exchanger 20 positioned at the front of the heat exchanger 20 to perform dehumidification while exchanging heat with the indoor air, and a fan assembly 10 positioned at the front of the heat exchanger 20 to forcibly flow the indoor air and a lower portion of the heat exchanger It is formed in the water tank 30 to collect the condensate, and the front panel 3 and the like to form the front appearance, the discharge port 3a is formed.

However, the dehumidifier according to the prior art as described above has the following problems.

That is, in the dehumidifier according to the prior art, the discharge port 3a is formed in the front panel 3, so that the front appearance is not good, and it is difficult for the user to control the discharge direction.

In addition, the entrance and exit of the bucket 30 is formed on the rear of the cabinet 1 has a problem that the detachment of the bucket 30 is inconvenient.

In addition, even though the indoor air passing through the heat exchanger 20 is not completely dehumidified, the indoor air is directly discharged to the indoor space, thereby lowering the dehumidification efficiency.

Another object of the present invention, the suction port is formed on one side of the main body case, the other side is to provide a dehumidifier is provided with a bucket for storing the moisture contained in the indoor air.

Another object of the present invention is to provide a dehumidifier in which the dehumidification efficiency is improved.

Dehumidifier according to the present invention for achieving the above object is formed on the side surface of the main body case forming the outer shape is formed with a suction inlet for guiding the indoor air, the upper surface of the main body case is sucked through the suction port to dehumidify A discharge port for guiding the discharged air to the outside is formed.

The suction port is formed by a spaced gap between the front frame forming the front exterior of the body case and the rear frame forming the rear exterior and side panels forming both side exteriors.

The discharge port is characterized in that the discharge louver for adjusting the direction of the discharged air rotated up and down.

The suction port is formed between the front frame and the rear frame and the side panel of any one side.

The discharge port is characterized in that the discharge louver for adjusting the direction of the air discharged by sliding up and down.

One side of the side panel is characterized in that the filter for purifying the indoor air sucked into the suction port.

The filter is characterized in that it is inserted into the front of the body case and drawn out.

And the dehumidifier according to the present invention, one side of the main body case forming the outer shape is formed with a suction port for guiding the indoor air suction, the other side of the main body case to store the moisture contained in the indoor air sucked through the suction port Characterized in that the bucket is provided.

The bucket is characterized in that the entrance and exit above the body case.

On the side of the body case is provided with the bucket is characterized in that the low water level display portion for displaying the low water amount of the water bottle.

One side of the inlet is characterized in that a filter for purifying the indoor air sucked into the inlet.

The inside of the main body case is characterized in that the pump is further provided to operate the water generated in the heat exchanger performing a heat exchange action with the indoor air sucked into the inlet into the water tank.

The upper surface of the main body case is characterized in that the discharge port for guiding to be discharged to the outside air sucked through the suction port is formed.

In addition, the dehumidifier according to the present invention has a suction port for guiding the indoor air to be sucked on the side of the main body case forming the outer shape, the upper surface of the main body case is guided to discharge the air dehumidified by the suction port to the outside A discharge port is formed, and the front surface of the main body case is characterized in that the figure is beautifully attached to the front appearance of the main body case.

According to the present invention having such a configuration, there is an advantage that the appearance is beautiful, the noise is small, and the dehumidification efficiency is improved.

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

Figure 2 is a perspective view showing an open state of the discharge port of the dehumidifier according to the present invention, Figure 3 is a perspective view showing an open state of the front panel of the dehumidifier according to the present invention, Figure 4 shows the present invention A perspective view showing a state in which the bucket of the dehumidifier is inserted is shown.

As shown in these drawings, the dehumidifier according to the present invention has an outer shape formed by a main body case 100 of a rectangular parallelepiped, and the inside of the main body case 100 adsorbs adsorption of moisture contained in air to be described below. The assembly 200, the suction assembly 300 forcing the indoor air to be sucked into the main body case 100, and the regeneration assembly 400 for forcing the indoor air sucked into the main body case 100 to circulate. And many other parts.

The main body case 100 is formed in a substantially rectangular cylindrical shape, each side forming the four sides are divided and configured separately. That is, the main body case 100 includes a front frame 110 forming a front exterior, a rear frame 120 forming a rear exterior, side panels 130 and 130 'forming both sides, and a top panel forming a top exterior. 140 and the base fan 500 to be described below, etc. are coupled to each other.

Accordingly, the front frame 110 and the rear frame 120 are first coupled to the front and rear around the base fan 500 to be described below, and the side panels 130 and 130 'are coupled to both sides, respectively, and then the top surface to the top surface. When the panel 140 is combined, the main body case 100 is formed.

Here, the front frame 110 and the rear frame 120 and the side panels 130 and 130 'are spaced apart from each other by a predetermined distance, respectively, by the spaced between the interior of the main body case 100 Inlets 112 and 122 are formed to guide the air to be sucked in.

More specifically, the gaps formed between the left and right ends of the front frame 110 and the side panels 130 and 130 'on both sides coupled to the left and right ends of the rear frame 120, as shown in FIG. The suction ports 112 and 122 are formed by spaced gaps formed between the right end of the front frame 110 and the side panel 130 coupled to the left end of the rear frame 120.

A filter 132 for purifying indoor air is provided inside the side panel 130 on which the suction ports 112 and 122 are formed. The filter 132 serves to filter foreign matter in the air, and as shown in FIG. 3, the suction ports 112 and 122 are provided to have sizes corresponding to the sizes of the side panels 130 formed on both sides of the dehumidifier. Inserted and withdrawn from the front.

In addition, the filter 132 is a pre-filter for removing a relatively large dust contained in the air sucked into the suction ports 112 and 122, a deodorizing filter for removing odors, and a dust collecting filter and fine dust to collect dust by an electrical action The hepa filter may be composed of a single body composed of any one of them or an assembly composed of a combination of these.

In addition, the storage panel 130 ′ in which the water tank outlet 144 of the top panel 140 to be described below is formed is provided with a water storage display unit 130 ′ a to display the water storage volume of the water tank 600. The low water amount display unit 130'a is vertically formed in a central portion of the side panel 130 'and is transparently formed so that the low water amount of the water tank 600 in which water is stored can be viewed from the outside.

A front panel 114 is provided at the front of the front frame 110 coupled to the side panels 130 and 130 ′ to enhance the front appearance. The front panel 114 is formed in the shape of a square plate of a size corresponding to the size of the front frame 110, is coupled to the side end of the front frame 110 is installed to be rotated laterally. And, the front panel 114, as shown in Figure 7, it is possible to attach a picture, such as a pattern or a photo of various shapes that beautifully decorate the exterior.

Therefore, the front panel 114 not only makes the front appearance of the dehumidifier beautiful, but also rotates laterally, thereby facilitating the replacement work when the filter 132 is to be replaced.

The upper panel 140 is coupled to the upper side of the front frame 110 and the rear frame 120. The top panel 140 is formed in a substantially rectangular plate shape, the display unit 142 for displaying a state in which the dehumidifier is operated on one side is formed, the water outlet entrance to the other side is drawn out the bucket 700 to be described below 144 is formed.

Although not shown, a plurality of operation buttons for the operation of the dehumidifier are formed on one side of the display unit 142, and a water tank outlet cover 144 ′ is further provided on the water outlet entrance 144.

A substantially rectangular discharge port 146 is formed at the center portion between the display unit 142 and the water tank outlet 144. The discharge port 146 serves to guide the indoor air sucked into the suction ports 112 and 122 to be discharged back to the indoor space after the dehumidified air dried in the main body case 100, and the discharge louver to be described below. Open and shielded by 148.

Therefore, when the dehumidifier is operated by the operation of the operation button, the discharge louver 148 flows upward to open the discharge port 146. When the operation of the dehumidifier stops, the discharge louver 148 flows downward to discharge the discharge port. 146 is shielded to prevent foreign matter from penetrating into the main body case 100 to prevent malfunction of the dehumidifier.

5 is an exploded perspective view of the dehumidifier according to the present invention. As shown in the drawing, a control box 160 for controlling the dehumidifier is operated by operating the operation button at the lower side of the upper panel 140 in which the display unit 142 is formed. .

The control box 160 is formed in a substantially rectangular shape, a plurality of components, such as a circuit board for controlling the operation of the dehumidifier as a whole, although not shown inside is installed.

The lower portion of the control box 160 is provided with a heat exchanger 170 for performing a heat exchange action with the indoor air sucked into the suction ports (112, 122). The heat exchanger 170 is provided with two different sizes and is installed in layers. The air circulated by the regeneration assembly 400 to be described below is introduced into the heat exchanger 170 to be in contact with the indoor air sucked into the suction ports 112 and 122. In order to cause a lot of heat exchange, the inner passage is composed of a plurality of pipes connected to each other.

The rear of the heat exchanger 170 is provided with a regeneration cover 180 corresponding to the heater case 482 to be described below. The regeneration cover 180 serves to form a flow path such that the indoor air circulated by the regeneration assembly 400 to be described below is guided to the heat exchanger 170 again.

The rear of the regeneration cover 180 is provided with an adsorption assembly 200 for adsorbing moisture contained in the indoor air sucked into the suction ports 112 and 122. The adsorption assembly 200 includes an adsorbent 220 that adsorbs moisture in air, an adsorption rotor 240 that receives and rotates the adsorbent 220, and an adsorption rotor housing that supports the adsorption rotor 240 to rotate. 260, and the suction motor 280 to provide a rotational power to rotate the suction rotor 240, and the like.

The adsorbent 220 is formed of a paper material and is formed in a circular shape, the inside is made of a honeycomb form a plurality of through holes are formed. More specifically, the two-ply paper is rolled in a honey-com form to be bonded to form a plurality of through holes, and the adsorbent 220 is made by impregnating a solution of the adsorption component on the bonded paper.

Therefore, when the indoor air passes through the through hole of the adsorbent 220, the air contained in the indoor air is adsorbed to the adsorbent 220 to dry the air.

The adsorbent 220 is formed in a circular shape and is mounted to the rotating adsorption rotor 240. The adsorption rotor 240 is made of a circular frame, the outer peripheral surface is formed in the shape of a cog wheel. The outer side of the suction rotor 240 is provided with a rotor gear 282 which is formed integrally with the suction motor 280 to rotate, the outer peripheral surface of the rotor gear 282 also corresponds to the outer peripheral surface of the suction rotor 240 It is formed into a gear shape.

Therefore, the rotor gear 282 is coupled to the adsorption rotor 240 to rotate slowly (eg, one revolution per minute) by the rotational power of the adsorption motor 280 to adsorb moisture in the air.

The suction rotor 240 is accommodated in and supported by the suction rotor housing 260. The adsorption rotor housing 260 is formed in a substantially rectangular plate shape, and the adsorption rotor cover 262 is formed in which a circular edge protrudes so as to penetrate the center portion thereof to accommodate the adsorption rotor 240.

In addition, a rotor rotation shaft 264 that is a rotation center of the suction rotor 240 is formed at a central portion of the suction rotor cover 262, and the rotor rotation shaft 264 is a central portion at an end of the suction rotor cover 262. It is supported and fixed by being coupled with the rotor rotation shaft support 266 formed in a plurality toward.

In addition, the upper right portion of the adsorption rotor housing 260 to guide the air circulated in the heat exchanger 170 to the regeneration fan 420 to be described below corresponding to the regeneration flow path 272 to be described below. A circulation passage 274 is formed, and an adsorption motor 280 that provides rotational power to rotate the adsorption rotor 240 is integrally coupled to the rotor gear 282 at a lower end thereof.

The heater 480 is provided at the rear of the adsorption assembly 200 to provide heat to dry the adsorbent 220 as one component of the regeneration assembly 400 to be described below. The heater 480 is formed in a substantially fan shape and is accommodated and installed in the heater case 482 penetrating front and rear.

Therefore, the heater case 482 is provided between the rotor rotation shaft support 266 is installed in the fan-shaped regeneration flow path 272 formed on the upper end of the suction rotor cover 262 of the adsorbent 220 It plays a role of regeneration, which continues to dry part.

A suction assembly 300 is provided at the rear of the heater 480 to force indoor air to be sucked into the suction ports 112 and 122. The suction assembly 300 includes a suction fan 320 which rotates so that indoor air is sucked into the suction ports 112 and 122, a suction fan housing 340 which accommodates and supports the suction fan 320, and the suction fan ( It consists of a suction motor 350 and the like to provide a rotational power to rotate 320.

The suction fan housing 340 is formed in a substantially rectangular plate shape, and a central portion thereof penetrates in a circular shape to constitute a flow path of indoor air sucked by the rotational force of the suction fan 320. A discharge passage 380 is formed at an upper end of the suction fan housing 340 to discharge the indoor air sucked by the suction fan 320 to the outside.

A rotating shaft support 344 is formed inside the suction fan housing 340 through which the suction fan 320 is easily rotated so as to accommodate the rotation shaft 342. The suction motor 350 that provides rotational power to rotate the suction fan 320 is mounted to the motor mount 360 is coupled to the rotation shaft support 344 is fixed.

A regeneration assembly 400 for forcing a part of the indoor air sucked into the suction ports 112 and 122 to be circulated in the main body case 100 is provided at the upper front of the suction assembly 300.

The regeneration assembly 400 is a regeneration fan 420 which rotates so that the indoor air sucked into the suction ports 112 and 122 is circulated in the body case 100 and a regeneration fan which accommodates and supports the regeneration fan 420. It includes a housing 440, a regeneration motor 460 for providing a rotational power to rotate the regeneration fan 420, and the heater 480 for providing heat to dry the adsorbent 220.

The regeneration fan housing 440 is formed in a circular shape so that the regeneration fan 420 is mounted therein, and the air forcedly blown by the rotational force of the regeneration fan 420 is disposed on the upper end of the adsorption rotor cover 262. It is formed in a size corresponding to the size of the regeneration flow path 272 to guide to the fan-shaped regeneration flow path 272 is formed.

That is, the regeneration fan housing 440 guides the air blown from the regeneration fan 420 to the heater 480 and the regeneration flow path 272 to continuously dry a portion of the adsorbent 220 that rotates correspondingly. And the regeneration to continuously adsorb moisture contained in the indoor air sucked into the suction ports 112 and 122 with the remaining adsorbents 220 except for the adsorbent 220 in the portion corresponding to the regeneration flow path 272. It is preferable to form the size corresponding to the flow path (272).

Therefore, the moisture contained in the indoor air sucked by the suction fan 320 is adsorbed by the adsorbent 220 to be discharged to the outside through the discharge port 146, the portion corresponding to the regeneration flow path 272 The adsorbent 220 of the air is continuously dried by the high-temperature air converted by the air blown from the regeneration fan 420 passing through the heater 480, the high temperature and humid air passed through the adsorbent 220 The heat exchanger 170 is introduced into contact with indoor air to condense moisture in the air.

On the other hand, the lower side of the heat exchanger 170 is provided with a base fan cover 520 in which the heat exchanger 170, the suction assembly 200, the suction assembly 300, and the like are installed. The base fan cover 520 is formed in a substantially rectangular plate shape, and the installation groove 522, which is installed by coupling the heat exchanger 170 and the suction assembly 200, protrudes upward from the left side of the upper surface, and is formed long before and after.

Below the base fan cover 520 supports the base fan cover 520 in which the heat exchanger 170, the suction assembly 200, and the suction assembly 300 are installed, and the front frame 110 and the rear frame. A base fan 500 is provided at which 120 is overlapped at both ends.

The side of the base fan 500 is provided with a bucket 600 for storing the moisture generated from the heat exchanger 170. The bucket 600 is formed in an elongated shape having a substantially rectangular shape, and a bucket handle 620 is further formed at an upper end thereof to be easily withdrawn into and out of the bucket entrance 144 of the upper panel 140.

A hose H is provided between the bucket 600 and the heat exchanger 170 to guide the water condensed in the heat exchanger 170 to the bucket 600, and a hose H is provided at one side of the hose H. A pump (P) is further provided to operate to guide the moisture introduced into the bucket 600. Therefore, the upper end of the bucket 600 and the lower end of the heat exchanger 170 is connected to the hose (H) and the water condensed in the heat exchanger 170 by the operation of the pump (P) the bucket 600 Is pulled up.

The rear frame 120 is formed at the rear of the suction assembly 300 to form a rear shape of the dehumidifier. The rear frame 120 is molded in the same size as the front frame 110, the front frame 110 and the base fan 500 and the side panels 130, 130 'and the upper panel 140 by being coupled to the main body The case 100 is formed.

The lower side of the upper panel 140 is provided with a discharge louver 148 for adjusting the direction of the air discharged to the discharge port 146. Although not shown, the discharge louver 148 is rotated up and down in the discharge port 146 by flow means to open or close the discharge port 146 or slide in and out, and is installed to open and close the discharge port 146.

Therefore, when the dehumidifier is not operated, the discharge louver 148 is rotated or slid into the discharge port 146 inside (downward) to shield the discharge port 146, and when the dehumidifier is operated, the discharge louver 148 is The discharge port 146 is opened by being rotated or slid upward to adjust the direction of the dehumidified air discharged to the discharge port 146.

Hereinafter will be described the operation of the dehumidifier according to the present invention having the configuration as described above.

When the operation button (not shown) provided on the top panel 140 is operated by a user's arbitrary selection, the discharge louver 148 is moved by the flow means through the discharge port 146 formed at the center thereof. The discharge port 146 is opened by rotating or sliding upward, and the suction fan 320 of the suction assembly 300 rotates.

In this case, the wet indoor air is sucked into the main body case 100 through the suction holes 112 and 122 formed by the spaced gap between the front frame 110 and the rear frame 120 and the side panel 130. Dehumidified air is removed through the outlet 146 by removing moisture contained in the air while passing through the heat exchanger 170, the adsorption assembly 200, the suction assembly 300, and the like provided in the case 100. It is discharged into the space.

Figure 6 shows a schematic air flow diagram of the dehumidifier according to the present invention. As shown in the drawing, the air flow inside the main body case 100 will be described in detail.

First, when moist air in the indoor space is sucked into the main body case 100 through the suction ports 112 and 122, as shown by a large arrow, foreign matter in the air is removed while passing through the filter 132 and the heat exchanger 170. Pass through the adsorption assembly 200 via.

The humid indoor air passing through the adsorption assembly 200 is dehumidified by adsorbing moisture in the air while passing through the through hole of the adsorbent 220, and the dehumidified air passes through the suction assembly 300 to the suction fan ( It is discharged to the interior space through the discharge port 146 by the rotational force of 320.

Next, the regeneration process of continuously drying the adsorbent 220 of the adsorption assembly 200 as indicated by the small arrow, the air forcedly blown by the rotation of the regeneration fan 420 is the regeneration fan housing 440 Passing through the heater 480, and passes through the heater 480 is converted to warm air to evaporate the moisture adsorbed to the adsorbent 220 to rotate.

In addition, the high temperature and high humidity air passing through the adsorbent 220 is moved to the heat exchanger 170 to circulate the inside of the heat exchanger 170, thereby causing heat exchange with indoor air sucked into the suction ports 112 and 122. Is condensed.

The water condensed in the heat exchanger 170 is guided to the hose (H) connected to the heat exchanger 170 by the operation of the pump (P) is stored in the water tank 700, the heat exchanger 170 The air passing through) continues to repeat the internal circulation guided by the regeneration fan 420 to the regeneration flow path 272 via the circulation flow path 274 of the adsorption rotor housing 260. ), The regeneration process of drying) is repeated continuously.

The scope of the present invention is not limited to the above-exemplified embodiments, and many other modifications based on the present invention may be made by those skilled in the art within the above technical scope.

 In the dehumidifier according to the present invention as described in detail above, the front frame and the rear frame forming the body case is configured to suck the indoor air through the spaced gap that is coupled to the side panel and to discharge to the top panel. Therefore, the appearance of the dehumidifier is beautiful and there is no distinction between the front part and the rear part, so that the user can easily use it.

In addition, since the adsorption assembly for adsorbing moisture contained in the indoor air and the regeneration assembly for continuously drying the adsorbent are provided inside the main body case, the dehumidification efficiency is expected to be significantly improved as compared with the conventional dehumidifier.

In addition, the water can be easily removed by the water in and out of the main body case is expected to improve the user's ease of use.

As a result, the design of the dehumidifier is beautiful and the effect of improving the dehumidification efficiency is expected to increase the dehumidifier purchase degree of the consumer.

Claims (14)

An inlet for guiding indoor air is formed on a side surface of the main body case forming an outer shape, and a discharge port for guiding the dehumidified air discharged through the inlet is discharged to the outside on an upper surface of the main body case. Dehumidifier. The method of claim 1, wherein the suction port, Dehumidifier, characterized in that formed by the spaced gap between the front frame and the rear frame and the side panel to form both sides of the front frame forming the front appearance of the main body case. The dehumidifier according to claim 1, wherein the discharge port is provided with a discharge louver for adjusting the direction of air discharged by rotating up and down. The dehumidifier of claim 2, wherein the suction port is formed between the front frame and the rear frame and the side panel of either side. The dehumidifier according to claim 1, wherein the discharge port is provided with a discharge louver for adjusting the direction of air discharged by sliding up and down. The dehumidifier according to claim 2 or 4, wherein one side of the side panel is provided with a filter for purifying indoor air sucked into the suction port. The dehumidifier of claim 6, wherein the filter is inserted into and withdrawn from the front of the main body case. One side of the main body case forming the outer shape is formed with a suction port for guiding the indoor air intake, the other side of the main body case is characterized in that the water reservoir for storing the moisture contained in the indoor air sucked through the inlet dehumidifier. 9. The dehumidifier of claim 8, wherein the water tank enters and exits the main body case. The dehumidifier according to claim 8, wherein a low water level display portion for displaying a low water amount of the water tank is formed on a side surface of the main body case provided with the water tank. The dehumidifier according to claim 8, wherein one side of the suction port is provided with a filter for purifying indoor air sucked into the suction port. According to claim 8, Inside the main body case, And a pump operable to introduce moisture generated from a heat exchanger performing heat exchange with the indoor air sucked into the suction port into the water container. The dehumidifier according to claim 8, wherein a discharge port for guiding the dehumidified air discharged through the suction port to discharge to the outside is formed on an upper surface of the main body case. An inlet for guiding indoor air is formed on a side surface of the main body case forming an outer shape, and a discharge port for guiding air dehumidified and dehumidified through the inlet is discharged to an upper surface of the main body case. Dehumidifier characterized in that the front of the case is attached to a picture that beautifully decorate the front appearance of the main body case.

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