KR102090867B1 - be sealed structure Built-in wardrobe - Google Patents

Abstract

The present invention relates to a built-in cabinet having a closed structure.
Specifically, the sealing part 210 having a rubber gasket shape is coupled to the outer circumferential surfaces of the door 200 and the surround 300, and when the door 200 is closed, airtightness and surround 300 inside the storage part 100 ) Can improve the airtightness between the exterior and the wall of the storage unit 100 on the rear side,
The air introduced into the interior of the storage unit 100 flows through the interior of the storage unit 100 through the interior of the storage unit 100, the space unit 20 formed on the rear of the storage unit 100, and the rear through hole 102. Ha,
When the air inside the room flows into the storage unit 100, it is purified through the lower air filter unit 311 and the moisture removal means 500, etc., and flows into the storage unit 100,
The air inside the receiving part 100 flows through the inside of the receiving part 100 to discharge moisture, odor, dust, etc., and discharges it back into the room through the upper through hole 103 and the upper air filter part 321. When possible, by being purified by the upper air filter unit 321, it is possible to continuously circulate the air, it relates to a built-in cabinet having a closed structure.
In addition, a through-hole is formed in a wall separating the inside and the outside of the room so that the air inside the storage unit 100 is not discharged only to the inside of the room, but also can be discharged to the outside of the room. By blocking the through-hole provided with the ventilator 600 when discharging the air inside the storage unit 100 into the room, the ventilator 600 is provided when discharging the air inside the storage unit 100 to the outside of the room It relates to a built-in cabinet having a closed structure with a blocking film to open the through-hole.

Description

{Be sealed structure Built-in wardrobe}

The present invention relates to a built-in cabinet having a closed structure.

Specifically, the sealing part 210 having a rubber gasket shape is coupled to the outer circumferential surfaces of the door 200 and the surround 300, and when the door 200 is closed, airtightness and surround 300 inside the storage part 100 ) Can improve the airtightness between the exterior and the wall of the storage unit 100 on the rear side,

The air introduced into the interior of the storage unit 100 flows through the interior of the storage unit 100 through the interior of the storage unit 100, the space unit 20 formed on the rear of the storage unit 100, and the rear through hole 102. Ha,

When the air inside the room flows into the storage unit 100, it is purified through the lower air filter unit 311 and the moisture removal means 500, etc., and flows into the storage unit 100,

The air inside the receiving part 100 flows through the inside of the receiving part 100 to discharge moisture, odor, dust, etc., and discharges it back into the room through the upper through hole 103 and the upper air filter part 321. When possible, by being purified by the upper air filter unit 321, it is possible to continuously circulate the air, it relates to a built-in cabinet having a closed structure.

In addition, a through hole is formed in a wall separating the inside and the outside of the room so that the air inside the storage unit 100 is not discharged only to the inside of the room, but also to the outside of the room, and a ventilation fan 600 is provided in the through hole By blocking the through-hole provided with the ventilator 600 when discharging the air inside the storage unit 100 into the room, the ventilator 600 is provided when discharging the air inside the storage unit 100 to the outside of the room It relates to a built-in cabinet having a closed structure provided with a slide blocking film 700 to open the through-hole.

In general, the built-in cabinet is a wardrobe that cannot be attached to a wall or made inside of a wall, so that a storage unit capable of storing clothes or bedding is formed therein.

In the internal storage space of the built-in cabinet, pests and molds are formed due to moisture, which damages clothes and bedding or causes discomfort when used as a stench, and also causes respiratory diseases due to bacteria propagated in clothes and bedding.

And since the built-in cabinet is installed on the wall of the room, there is a high possibility of being placed in a humid environment, and the structure of the wooden cabinet is warped or warped. In addition, as the interior is humid, it is likely to be a good environment for infestation of mold and other insects (such as cockroaches). At this time, as the back side of the built-in cabinet is composed of thin plywood (wood), there is also a problem that it smells by mixing with deformation.

In order to remove the internal moisture of the built-in cabinet, put a dehumidifying agent such as hippo, charcoal, and activated carbon, or try to remove moisture and insects inside the built-in cabinet by storing chemical substances such as naphthalene to eliminate worms, etc. However, there is an inconvenience in that the moisture remover and insect repellent installed in each storage space divided into each storage space must be periodically replaced.

Moreover, the existing dehumidification structure of the built-in cabinet only performs the function of dehumidifying only on the goods stored inside the built-in cabinet, and the plywoods forming the back and both sides of the built-in cabinet are bent due to moisture, preventing mold formation, pests, etc. , It has limitations.

And the built-in cabinet is a cabinet mounted on the wall, which has an advantage in terms of space utilization, but since it is not easy to separate and move after installing the built-in cabinet, it is difficult to remove dust accumulated in the space between the built-in cabinet and the wall. do.

In addition, a space is formed between the built-in cabinet and the wall, and this space causes condensation due to the temperature difference between the wall and the rear of the built-in cabinet, and the condensation causes mold to inhabit, and the fungus causes not only the air in the room. , It also has a problem that adversely affects clothes and bedding stored in the built-in cabinet.

In addition, a door is installed on the front of the built-in cabinet to prevent dust, debris, and odors from inside the room from entering the built-in cabinet, but dust and odor are introduced into the built-in cabinet through a predetermined gap between the doors. There is also a problem in that unpleasant sensation occurs when a user uses it due to dust and odor being cut in clothes and bedding that are stored in the laundry.

Accordingly, the present inventor is coupled to the sealing part 210 having a rubber gasket shape on the outer circumferential surfaces of the receiving part 100 and the door 200 and the surrounding 300, and the air flowing into the inside of the receiving part 100 Is introduced into the interior of the storage unit 100 through the lower air filter unit 311 provided in the lower portion of the storage unit 100, the space portion 20 and the rear through hole 102 formed on the rear of the storage unit 100 , The air introduced into the storage unit 100 is configured to be discharged into the room through the control unit, the upper through hole 103 and the upper air filter unit 321, and the moisture, odor and dust contained in the air are purified. After being introduced into the storage unit 100, and configured to be discharged into the room, it suppresses the occurrence of mold and condensation inside the built-in cabinet and between the built-in cabinet and the wall, and dusts, such as clothes and bedding stored inside the built-in cabinet. Blocks inflow of odor and moisture, and keeps it in the storage inside the built-in cabinet Invention was the built-in cabinet having a closed structure so that the clothing and bedding can always keep a comfortable ecology.

On the other hand, as a technique related to air circulation inside the built-in cabinet, the built-in cabinet of Patent Publication No. 10-1808991 is described.

The technology relates to a built-in cabinet, a rectangular built-in frame installed inside the installation space of a wall and a body formed of a partition wall vertically installed in the built-in frame to partition a plurality of receiving parts, and each of the main bodies In the built-in cabinet including a shelf disposed horizontally on the storage unit and a door installed on the front surface of the main body to open and close the storage unit, both ends are supported on the partition wall and the partition wall or the partition wall and the built-in frame to be horizontal on each storage unit. An inner hollow pipe which is disposed and is provided to be used as a hanger while functioning as a duct in charge of air distribution and ventilation in each storage unit; Includes; fixed to the built-in frame or partition wall, or both of them, located at one end of the inner hollow pipe to be provided so as to blow air to each of the storage through the pipe when the fan is running; includes, The hollow pipe is characterized in that it is arranged to penetrate the partition wall.

According to the above technology, the basic structure constituting the built-in cabinet can be used, and the simple structure can be improved to allow air to flow smoothly into each storage unit of the built-in cabinet partitioned with each other, and the flow of air over the entire area including each cabinet of the built-in cabinet. And it is possible to increase the efficiency while being able to perform the supply quickly.

However, the above-described technique cannot solve the problem of condensation and mold formed in the space between the built-in cabinet and the wall, which is different from the configuration and effect of the present invention.

On the other hand, as a technique related to the prevention of condensation in the space between the built-in cabinet and the wall, there is described a built-in condensation prevention apparatus of Patent Publication No. 10-2017-0057509.

The above technology relates to a device for preventing condensation of a built-in sheet, and more specifically, a built-in sheet that prevents condensation by preventing condensation by generating air flow in the space between the built-in cabinet and the wall in the space where the built-in cabinet is installed. As a device for preventing condensation, in the built-in cabinet 200 spaced apart from the vertical wall 120, the temperature or humidity of the space 310 formed between the vertical wall 120 and the built-in cabinet 200 A sensor 510 capable of measuring; Built-in cabinet including an air flow forming unit 400 for gas communication between the space 310 and the outside of the built-in 200 according to the temperature or humidity of the inter-space 310 measured from the sensor 510 By providing a condensation prevention device, it suppresses the occurrence of condensation that may occur in the space between the built-in cabinet and the room so that mold is not generated, thereby providing a pleasant indoor and cloth storage environment.

On the other hand, as a technology to suppress dehumidification and mold growth by communicating the air in the space between the built-in cabinet and the built-in cabinet and the wall, the installation structure of the built-in cabinet of Patent No. 10-1126393 is described.

The above technology facilitates the communication and discharge of internal air containing moisture, thereby achieving a high dehumidification and mold growth inhibitory effect, as well as a significant improvement in the built-in partitions, which can be manufactured and installed at a lower cost. It is about the installation structure.

In other words, the above technology forms a built-in concealment groove 100 for installation of a built-in cabinet that can be installed in and out of a certain depth on a wall surface of a building interior, and then the interior of the concealed groove 100 for installing the cabinet The wall surface 110 is attached with a wallpaper 111 having a certain picture or pattern; The installation of the built-in cabinet 200 for the storage and storage of various items (cloth, etc.) in the installation of the cabinet 111 to which the wallpaper 111 is attached to the mounting groove for installation; And on the four sides around the front side of the support is additionally provided with a rim plate 290 for blocking the entrance of the mounting groove 100 for mounting the base; One or more vents 300 are additionally installed on the edge plate 290; An air forced exhaust fan 310 and an air inlet fan 320 are respectively installed on at least one of the vents 300 and at least one other, or connected to the dehumidifying means 330 by piping; It is to include.

However, the above-described technology contaminates clothes and bedding stored in the storage space of the built-in cabinet by introducing dust and odor contained in the air inside the room through the gap formed between the doors coupled to the front part of the built-in cabinet. There is a problem to let.

That is, the above technique can be said to be completely different from the present invention, which the applicant intends to propose.

Patent Registration Publication No. 10-1808991 (2017.12.14.) Published Patent Publication No. 10-2017-0057509 (2017.08.31.) Registered Patent Publication No. 10-1126393 (2012.03.16.)

The object of the present invention, the storage unit 100 and the door 200 and the outer circumferential surfaces of the surround 300 is provided with a sealing portion 210 having a rubber gasket shape, the air flowing into the storage unit 100 is Through the lower air filter unit 311 of the storage unit 100 is introduced into the storage unit 100, the air inside the storage unit 100 is discharged to the room through the upper air filter unit 321 or ventilator (600) ) To provide a built-in cabinet that can be discharged outside the room.

In addition, dust, moisture, odor, etc. contained in the air flowing into the storage unit 100 may be introduced into the storage unit 100 by moisture removal means, drying means, deodorizing means, etc. provided at the lower portion of the storage unit 100. It is to provide a built-in cabinet that can block the inflow.

In addition, it is to provide a built-in cabinet to clean the odor and dust contained in the air discharged from the storage unit 100 to the room by the upper air filter unit 321.

In addition, the lower part of the storage part 100 and the door 200 of the storage part because the storage part 100 is sealed by the sealing part 210 having a rubber gasket shape on the outer circumferential surfaces of the door 200 and the surround 300. It is to provide a built-in cabinet that blocks the accumulation of dust on the back.

The present invention devised to achieve the above-mentioned object, in a built-in cabinet having a closed structure, the built-in cabinet 10 is opened on one side adjacent to the interior of the room, and a storage unit capable of storing clothes and bedding therein ( 100) is formed, the storage unit 100 is coupled to the door 200 having a casement type on either side of the opened one side, Surrounding 300 protruding in the direction of the wall 30 is coupled to the upper, lower, left, and right surfaces of the storage unit 100, and the upper, lower, left, right and rear surfaces of the built-in cabinet 10 are walled. A space portion 20 is formed between the 30s, and one upper through hole 103 is formed in each of the storage portion 100 on the upper side of the storage portion 100, and the storage portion ( 100) is provided with a sensor box 110 in which the front part is opened at an upper portion of the interior, a sensor support 120 is formed on a bottom surface of the sensor box 110, and the upper through hole is formed on an upper surface of the sensor box 110. The sensor box through-hole 150 communicating with the sphere 103 is formed, and the filter box 130 formed at a lower level than the height of the sensor box 110 is formed below the sensor support 120 of the sensor box 110. This is combined, the inside of the sensor box 110, the control unit 400 is coupled.

Alternatively, a plurality of lower through holes 101 are formed on a lower surface of the storage unit 100, and a plurality of rear through holes 102 are formed on a rear surface of the storage unit 100.

Alternatively, a through hole penetrating the inside and the outside of the wall is formed in the wall 30, a ventilator 600 is coupled to the through hole, and a ventilator is provided on one side of the wall 30 on which the fan 600 is installed. A slide blocking film 700 that is driven from one side of the 600 to the other side to block the through hole in which the ventilator 600 is installed is installed.

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Alternatively, a filter unit 140 is coupled to the inside of the filter box 130,

The filter part 140 is formed with a handle part 141 having a 'c' shape on an outer surface not in contact with the filter box 130.

Alternatively, in the door 200, protrusions 201 are formed on upper, lower, and side surfaces except for one side on which each door 200 comes into contact with each other.

Or, the protrusion 201 has a thickness smaller than the thickness of the door 200,

The rear end of the protrusion 201 is formed with a bent portion 202 of a short shape in the inner direction of the door 200,

Refraction grooves 203 are formed on the rear surface of the door 200 adjacent to the bent portion 202.

Or, the door 200, the door 200 and the door 200 is coupled to the handle portion in contact with each other, one side door 200 is coupled to the first handle portion 220, the other side door 200 The second handle portion 230 is coupled.

Alternatively, the door 200, the door 200 and the door 200, the sealing portion 210 is coupled to the rim except for the side contacting each other.

Or, the sealing portion 210 is formed to surround the protrusion 201, the bent portion 202 and the bend groove 203 of the door 200.

Alternatively, the first handle portion 220 is formed with a first protrusion support portion 221 in the form of a plate protruding from the rear side of the one side door 200 in the direction of the other side door 200, and the front side of the one side door 200 A first fixing portion 222 that does not protrude than the first protruding support portion 221 is formed in the first fixing surface 223 connecting the first protruding support portion 221 and the first fixing portion 222. It is formed.

Alternatively, the first fixing surface 223 is configured to contact the side surface of the one side door 200.

Alternatively, the first handle part 220 includes a first bent part 224 connecting the first fixing part 222 and the first protruding support part 221, wherein the first bent part 224 has one side door 200 ) Is formed concave in the inner direction,

A first support portion 225 vertically protruding from the direction in which the first protrusion support portion 221 is projected to the interior direction of the room is formed in the first protrusion support portion 221 connected to the end of the first bent portion 224,

At the end of the first support part 225, a first refractive fixation unit 226 is vertically projected again in the side direction of the door 200 on one side.

Alternatively, a first sealing portion 227 surrounding the side surface of the one side door 200 that is in contact with the other side door 200 is formed by the first handle portion 220.

Alternatively, the second handle part 230 is formed with a second protruding support part 231 protruding in the direction of one side door 200 on the front side of the other side door 200, and on the rear side of the other side door 200. 2 A second fixing portion 232 that is not protruding than the protruding support portion 231 is formed, and a second fixing surface 233 connecting the second protruding support portion 231 and the second fixing portion 232 is formed. .

Alternatively, the second handle portion 230 is configured such that the second fixing surface 233 comes into contact with the side surface of the other door 200, and one side and the second fixing portion 232 of the second protruding support portion 231 ), The second protrusion 234 to which one side is connected is formed, and the second protrusion 234 has a concave curved shape in the direction of the second fixing surface 233.

Alternatively, a second groove 235 is formed on one surface of the second protrusion 234 that comes into contact with the first refractive fixation unit 226 of the second handle part 230,

A second sealing portion 236 is formed by the second handle portion 230 to surround the side surface of the one side door 200 and the other side door 200 in contact with each other.

Alternatively, the surround 300 is coupled to the lower surface of the receiving portion 100, the lower surround 310 protruding in the direction of the ground, the upper surface of the receiving portion 100 protrudes in the upper direction The rounding 320 is combined, and side surrounds 330 protruding in both wall 30 directions are coupled to both side surfaces of the storage unit 100.

Alternatively, the lower surround 310 is formed in a horizontal direction in which the storage unit 100 and the storage unit 100 are combined, and the lower air filter unit 311 is coupled to the lower surround 310.

Alternatively, the upper surround 320 is formed in a horizontal direction in which the storage unit 100 and the storage unit 100 are coupled, and the upper air filter unit 321 is coupled to the upper surround 320.

Alternatively, grooves penetrating the inside and the outside of the side surround 330 are formed, and a switch 331 is coupled to the groove.

Alternatively, the control unit 400 is coupled to one side of the sensor support 120 among the interior of the sensor box 110.

Alternatively, the control unit 400 is a control device 410 for controlling the built-in cabinet, a temperature sensor 420 for measuring the internal temperature of the storage unit 100, a humidity for measuring the humidity inside the storage unit 100 It includes a sensor 444, an air quality measurement sensor 440 for measuring the degree of internal air pollution of the storage unit 100, and a door opening / closing detection sensor 450 for detecting opening and closing of the door 200.

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Or, around the slide blocking film 700, a guide frame 800 for guiding the slide blocking film 700 is configured,

The guide frame 800, the frame located on its side is composed of a rod-shaped frame, but the frame located on the upper and lower surfaces thereof is formed with a stepped 810 so that the opposite ends of the ventilator 600 are configured high,

In the direction of the ventilator 600 of the stepped 810, a stepped plate 820 spaced apart from the stepped portion 810 is positioned, and a plurality of pushed springs between the stepped portion 810 and the pushed plate 820 is provided. 830) are formed spaced apart at regular intervals,

A first hermetic member 840 is formed on one side of the side guide frame where the slide blocking film 700 abuts,

A second hermetic member 710 is formed on one side of the slide blocking film 700 in contact with the first hermetic member 840.

Alternatively, a moisture removing means 500 including a function of removing moisture is provided on the inner bottom surface of the storage unit 100.

Or, the inner bottom surface of the storage unit 100 is provided with heating means 510 for drying the clothes accommodated inside the storage unit 100,

The heating means 510 is composed of a lamp that generates heat or ultraviolet rays.

Alternatively, a deodorizing means 520 is provided on the inner bottom surface of the storage unit 100 to inhale and deodorize the smell of clothes stored in the storage unit 100.

Alternatively, on the inner rear surface of the storage unit 100, spraying means 530 capable of spraying an antistatic agent and a fragrance are provided in each storage unit 100,

The injection means 530 is configured to selectively spray an antistatic agent or a fragrance by a sensor unit and a control unit.

According to the present invention, the built-in cabinet having a sealing structure according to,

Due to the sealing part 210 having a rubber gasket shape on the outer circumferential surface of the door 200 coupled to the storage part 100, foreign matter, dust and odor contained in the air inside the room are stored in the storage part 100 and the door 200 There is an effect that does not flow into the interior of the storage unit 100 through the gap between.

In addition, the air flowing into the interior of the storage unit 100 includes a lower air filter unit 311 provided at the lower portion of the storage unit 100, a space unit 20 formed at the rear of the storage unit 100, and a rear through hole ( 102) is introduced into the interior of the storage unit 100, the air introduced into the interior of the storage unit 100 is configured to be discharged into the room through the control unit, the upper through-hole 103 and the upper air filter unit 321 Since the moisture, odor and dust contained in the air are purified and then flow into the storage unit 100, the effect of circulating the air inside the room, the storage unit 100 and the space 20 cleanly is not only , It has an effect of preventing condensation and mold from being generated due to moisture in the space between the storage unit 200 and the wall 30 and the interior of the storage unit 100.

In addition, a through-hole is formed in the wall 30 that separates the inside and the outside of the room so that the air inside the storage unit 100 can be discharged to the outside of the room, and a ventilator 600 is provided in the through-hole to provide a storage unit ( 100) When discharging the air inside the room, the through-hole provided with the ventilator 600 is blocked, and when discharging the air inside the storage unit 100 to the outside of the room, the through-hole provided with the ventilator 600 is provided. By providing the slide blocking film 700 to open, it has the effect of selectively discharging the air inside the storage unit 100 into the room or outside.

In addition, by blocking the through-holes penetrating the inside and the outside of the wall 30 by the blocking film provided in the ventilator 600, it has an effect of preventing the air outside the room from entering the room.

1 is an overall perspective view of a built-in cabinet in a built-in cabinet having a closed structure according to the present invention.
Figure 2 is a side view in which the sealing portion is coupled to the rim of the door in the built-in cabinet having a sealing structure according to the present invention.
3 is a top side view in which a handle portion is coupled to a side of a door facing each other in a built-in cabinet having a closed structure according to the present invention.
Figure 4 is an assembled perspective view of the filter unit in the built-in cabinet having a closed structure according to the present invention.
5 is a block diagram of a control unit and a control device in a built-in cabinet having a closed structure according to the present invention.
6 is an air flow diagram of a built-in cabinet having a closed structure according to the present invention, which moves inside the built-in cabinet and between the built-in cabinet and the wall.
7 is a side view of a built-in cabinet in which a moisture removing unit for removing moisture is coupled to an inner bottom surface of a storage unit in a built-in cabinet having a closed structure according to the present invention.
8 is a side view of the built-in cabinet in which the heating means is coupled to the inner bottom surface of the storage unit in the built-in cabinet having a closed structure according to the present invention.
9 is a side view of a built-in cabinet in which a deodorizing means is coupled to an inner bottom surface of a storage unit in a built-in cabinet having a closed structure according to the present invention.
10 is a side view of a built-in cabinet in which the injection means is coupled to the side of the storage unit in the built-in cabinet having a closed structure according to the present invention.
11 is a side view of a built-in cabinet having a closed structure according to the present invention, a ventilator and a slide barrier are coupled to a wall adjacent to the side of the built-in cabinet.
12 is a perspective view showing the configuration of a slide blocking film and a guide frame in a built-in cabinet having a closed structure according to the present invention.

The terms or words used in the specification and claims should not be construed as being limited to a conventional or dictionary meaning, and the inventor can appropriately define the concept of terms in order to best describe his or her invention. Based on the principles, it should be interpreted as meaning and concept consistent with the technical idea of the present invention.

Therefore, the examples shown in the embodiments and the drawings described herein are only the most preferred embodiments of the present invention and do not represent all of the technical spirit of the present invention, and various equivalents that can replace them at the time of this application It should be understood that there may be and variations.

Hereinafter, prior to the description with reference to the drawings, not necessary for revealing the gist of the present invention, that is, a known configuration that can be added by those skilled in the art will obviously not shown or not specifically described Make notes.

The present invention relates to a built-in cabinet having a closed structure.

Specifically, the sealing part 210 having a rubber gasket shape is coupled to the outer circumferential surfaces of the door 200 and the surround 300, and when the door 200 is closed, airtightness and surround 300 inside the storage part 100 ) Can improve the airtightness between the exterior and the wall of the storage unit 100 on the rear side,

The air introduced into the interior of the storage unit 100 flows through the interior of the storage unit 100 through the interior of the storage unit 100, the space unit 20 formed on the rear of the storage unit 100, and the rear through hole 102. Ha,

When the air inside the room flows into the storage unit 100, it is purified through the lower air filter unit 311 and the moisture removal means 500, etc., and flows into the storage unit 100,

The air inside the receiving portion 100 flows through the inside of the receiving portion 100, such as moisture, odor, and dust, and discharges it back into the room through the upper through hole 103 and the upper air filter portion 321. When possible, by being purified by the upper air filter unit 321, it is possible to continuously circulate the air, it relates to a built-in cabinet having a closed structure.

In addition, a through hole is formed in a wall separating the inside and the outside of the room so that the air inside the storage unit 100 is not discharged only to the inside of the room, but also to the outside of the room, and a ventilator 600 is provided in the through hole By blocking the through-hole provided with the ventilator 600 when discharging the air inside the storage unit 100 into the room, the ventilator 600 is provided when discharging the air inside the storage unit 100 to the outside of the room It relates to a built-in cabinet having a closed structure provided with a slide barrier to open the through-hole.

The built-in cabinet having a sealed structure according to the present invention will be described through the accompanying drawings.

Example 1. Internal circulation of built-in cabinet using sensor

Referring to Figures 1 to 6, the present invention is a built-in cabinet 10 having a closed structure according to a preferred embodiment the storage unit 100, the door 200, the surround 300 and the control unit 400 Includes.

The built-in cabinet is configured to install the built-in cabinet 10 on a wall 30 at a location where a conventional built-in cabinet 10 is to be installed on a wall such as a house or office. The built-in cabinet 10 is provided with a storage unit 100 having a storage space therein. The storage unit 100 is provided with a plurality of storage units 100 to the side, the front of the storage unit 100 is configured in an open form, the open portion of the storage unit 100 is a door 200 ) Is provided. Clothing and bedding are stored inside the storage unit 100 configured as described above.

A lower through hole 101 is formed on a lower surface of the storage unit 100, a rear through hole 102 is formed on a rear surface of the storage unit 100, and a control unit 400 is disposed on an upper side surface of the storage unit 100. ) And the upper surface through-hole 103 is formed. The lower through-hole 101 and the rear through-hole 102 may be provided with a plurality of through-holes penetrating the inside and the outside of the built-in cabinet 10, and the control unit 400 may be provided on the upper side of each storage unit 100. ) Is formed through the upper through-hole 103 in communication with the through-hole.

The upper, lower and side surfaces of the built-in cabinet 10 are smaller than the entire space in which the built-in cabinet 10 is to be installed, and the surround 300 is configured as upper, lower and side surfaces of the built-in cabinet 10. , Between the built-in cabinet 10 and the wall 30 is formed a space portion 20 that serves as a flow path of air.

The door 200 having a casement shape is coupled to the front of the storage unit 100. As the damper is hinged on the inner surface of the storage unit 100 and one surface of the door 200, the door 200 is composed of a plate that can open and close the opened front of the storage unit 100 in a casement form. It becomes.

If the door 200 is described with reference to FIG. 2,

The door 200 has a cross-sectional shape that is configured such that the outer diameter of the storage unit 100 is larger than that of the inner direction to form a two-stage stepped jaw. Accordingly, the door 200 is divided into a protrusion 201 and a bent portion 202.

The door 200 may be formed with a concave refractive groove 203 on one side of one surface in the inner direction of the storage unit 100. The refractive groove 203 is long along the width direction on one surface of the door 200. Can be formed.

In addition, the sealing part 210 is coupled along the outer periphery of the door 200, and the sealing part 210 is wrapped around the door 200 to be coupled, so that the door 200 and the receiving part 100 are closed. When the dust, foreign substances, etc. flowing from inside the room do not flow between the door 200 and the storage unit 100, clothes and bedding, etc. having a comfortable state inside the storage unit 100 can be stored in a comfortable state. Do it.

In addition, when the door 200 and the storage part 100 are opened and closed, the closed refractive part 211 does not come into contact with the storage part 100, so that the user can easily open and close the door.

The sealing portion 210 is configured to wrap the protrusion 201 and the bending portion 202, and in particular, the sealing protrusion 212 corresponding to the shape of the refracting groove 203 is formed so as to secure the fixing. .

' 형태로 구성되고, 상기 제2 손잡이부(230)는, '

' 형태로 구성되어진다.When the first handle part 220 and the second handle part 230 are described with reference to FIG. 3, each of the first handle part 220 and the second handle part between the door 200 and the door 200 ( 230) are combined. The first handle portion 220, '

It is configured in the form, the second handle portion 230, '

It is composed in the form.

First, the first handle portion 220 includes a first protruding support portion 221, a first fixing portion 222, a first fixing surface 223, a first bend portion 224, a first supporting portion 225, a first 1 includes a refractive fixation unit 226 and the first sealing portion 227.

The first handle portion 220 is in contact with the first fixing surface 223 on the side of the door 200, the first protrusion support 221 is coupled to the rear of the door 200, the door 200 The first fixing portion 222 is formed on the front side of the.

The first protruding support part 221 has a shape that abuts on the rear surface of the door 200 and protrudes in the longitudinal direction of the door 200. At this time, the opposite side protruding in the direction of the door 200 also has a shape protruding in the direction of the opposite door 200.

The first fixing part 222 is in contact with the front of the door 200 and has a shape protruding in the longitudinal direction of the door 200. At this time, the first fixing portion 222 is configured not to protrude from the first protruding support portion 221. Accordingly, the door 200 and the first handle portion 220 are fixedly coupled by the first protruding support portion 221, the first fixing portion 222, and the first fixing surface 223.

In addition, the first protruding support portion 221, the opposite side does not contact the door 200 is extended in a straight line,

In addition, a first bent portion 224 concavely formed in the direction of the first protruding support portion 221 is configured on one side opposite to the door 200 of the first fixing portion 222.

And the first bent portion 224 and the first protruding support portion 221 is formed at the extended ends of the first fixing portion 223 and the first supporting portion 225 extended to have a horizontal direction.

And the other end of the first support portion 225 is configured with a first refractive fixing portion 226 in its vertical direction.

The first sealing portion 227 along the outer periphery of the above-described first handle portion 220 is composed of a cover made of a flexible material and is configured to surround the first handle portion 220.

On the other hand, according to the design conditions, the first sealing portion 227 is formed on one surface of the first protruding support portion 221 and the first fixing portion 222 and the first fixing surface 223 contacting the outer circumferential surface of the door 200. 1 The sealing portion 227 may not be formed.

In the second handle part 230, as opposed to the first handle part 220, the second protruding support part 231 may be formed to be longer than the second fixing part 232.

The second handle portion 230 includes a second protruding support portion 231, a second fixing portion 232, a second fixing surface 233, a second bend portion 234, a second groove 235, and a second Includes a seal 236.

The second handle portion 230, the second projecting support 231 is in contact with the front of the door 200, the second fixing portion 232 is in contact with the rear of the door 200, the door 200 The side of the is coupled to the second fixing surface 233. Accordingly, the first handle portion 230 may be fixedly coupled to the door 200 by the second protruding support portion 231, the second fixing portion 232, and the second fixing surface 233.

In addition, the second protruding support part 231 may be extended in a straight line in a direction opposite to the direction in which the door 200 is coupled, and the extended end may be bent in the direction of the first handle part 220, and the first handle The second protrusion 234 is formed to be stably supported by the first retractor fixing portion 226 wrapped by the first sealing portion 227 of the portion 220.

As the second protrusion 234 is bent as described above, a groove 235 may be formed on one side, and the groove 235 is configured to contact the upper surface of the first refractive fixation unit 226. The second handle portion 230 is also coupled to the second sealing portion 236, so that the shock is absorbed and noise is reduced when the first handle portion 220 and the second handle portion 230 contact.

In the second handle portion 230, depending on the design conditions, the second protrusion supporting portion 231 and the first fixing portion 222 and the second fixing surface 233 that come into contact with the door 200 have rubber. May not be combined.

On the other hand, the surround 300 is coupled to the outer circumferential surface of the storage unit 100 adjacent to the door 200.

The surround 300 includes a lower surround 310, an upper surround 320 and a side surround 330.

The lower surround 310 has a plate shape in a length direction in which a plurality of receiving portions 100 are coupled, and is coupled to a lower surface of the receiving portion 100. The lower air filter unit 311 is formed in the lower surround 310.

The lower air filter unit 311 has a filter network shape and has a filter in the longitudinal direction of the lower surround 310. Accordingly, the air in the room flows into the storage unit 100 and the space unit 20 through the lower air filter unit 311. At this time, the foreign matter and dust in the room are filtered and the storage unit 100 Do not enter inside.

In addition, the upper surround 320 has a plate shape in a length direction in which a plurality of storage units 100 are coupled, and is coupled to an upper surface of the storage unit 100. The upper surround 320 includes an upper air filter unit 321 in the form of a filter net that filters foreign substances inside the storage unit 100 through the control unit 400 inside the storage unit 100 and discharges it into the room. Have

In addition, side surrounds 330 are coupled to both side surfaces of the storage portion 100 adjacent to both walls of the two side surfaces of the storage portion 100, respectively.

The side surround 330 is composed of a plate formed in the vertical length direction of the storage unit 100. The switch 331 is coupled to the front center portion of the side surround 330, and the switch 331 is connected to the control unit 400 to be described later, and when the user presses the switch 331, the ventilation fan 421 to be described later. ) Will stop working.

On the other hand, the switch 331 is formed, even if the user wants to open the door 200 by the pressure sucked inside the sealing portion 210 and the storage portion 100 formed on the outer circumferential surface of the door 200, the above Since the door may not be opened by the air sucked through the control unit 400, the control unit 400 is configured to artificially stop the user even when the control unit 400 operates. Thereafter, the user is configured to operate the switch 331 as necessary to remove odor or moisture, such as clothes and bedding, inside the storage unit 100.

Referring to Figures 4 to 5 to describe the control unit 400 and the control device 450 of the sensor box,

In the control unit 400 according to FIG. 4 of the accompanying drawings, a sensor box 110 equipped with a sensor and a filter box 130 equipped with a filter unit 140 are combined in a two-layer structure.

That is, the filter box 130 is coupled to the lower side of the sensor box 110, the sensor box 110 and the filter box 130 is one direction is opened and the other direction is closed, thereby forming a groove therein.

The sensor box 110 and the filter box 130 are divided by the sensor support 120, wherein the sensor support 120 is in the form of 'ㅁ' that allows the sensor box 110 to communicate with the filter box 130. The through hole is formed.

In addition, a through hole in the shape of 'ㅁ' is formed on the bottom surface of the filter box 130 so that the inner space in which clothes or blankets of the storage unit 100 are stored is in communication with the filter box 130.

At this time, the filter unit 140 is inserted into the filter box 130.

The filter unit 140 is configured in a filter shape having the same structure as the inner shape of the filter box 130 so that it can be coupled to the inner groove of the filter box 130. At this time, a handle 140 is formed at the front of the filter unit 140 so that the user can easily take out the filter unit 140 coupled to the filter box 130.

Accordingly, when a lot of contaminants, such as dust, are contained on the filter unit 140 or the performance of the filter is deteriorated, the filter unit 140 is taken out from the filter box 130 and washed, and then again introduced into the filter box 130 It is configured to be reused.

And the sensor box through-hole 150 is formed through the inside and the outside on the upper side of the sensor box (110).

The sensor box through-hole 150 is configured with a ventilation fan 421 for flowing air inside the storage unit 100, and the ventilation fan 421 may be driven by a control device to be described later. At this time, the sensor box through-hole 150 is configured to be configured at the same position in the upper through-hole 103 formed on the upper surface of the storage unit 100.

According to Figure 5 of the accompanying drawings,

The control unit 400 is configured to be coupled to one side of the sensor support 120 among the interior of the sensor box 110, specifically, a control device 410, a temperature sensor 420, a humidity sensor 430, air quality measurement A sensor 440 and a door opening / closing detection sensor 450 may be included.

The control device 410 performs all control functions of the built-in cabinet, such as operation of the blocking films, a sensing operation, and a fan driving operation, which will be described later.

In addition, the temperature sensor 420 is the temperature inside the storage unit 100, the humidity sensor 430 is the humidity inside the storage unit 100, the air quality measurement sensor 440 is the air pollution inside the storage unit 100 For the quality of the back, the door opening / closing detection sensor 450 can detect the opening / closing of the door 200.

In this case, the temperature sensor 420, the humidity sensor 430, and the air quality measurement sensor 440 may use a conventional sensor device, and the door opening / closing detection sensor 450 can determine the opening and closing of the door. Non-contact type sensors (sensors using infrared rays, microwaves, etc.) can be applied.

In addition, the control device 410 may perform a function described below by determining the door opening and closing by receiving a sensor value, and may be configured as a PCB circuit board for this, since it is obvious to those skilled in the art to configure the circuit board. The detailed description is omitted.

On the other hand, it is configured to drive the ventilation fan 421 according to the humidity or temperature inside the storage unit 100. The ventilation fan 421 may be automatically driven based on the control signal of the control device 410, but the user may artificially operate the switch 331 to be driven.

Since the switch 331 has been described above, it will not be described, and it is natural that the control device 410 receives the control signal of the switch 331 to drive the ventilation fan 421, so a detailed description thereof will be omitted.

In addition, in the case of automatic driving by the above-described control device 410, if a certain reference value is set, it can be automatically driven when the degree of temperature, humidity, and air pollution exceeds or exceeds a predetermined reference value based on this. have.

In the case of the door opening / closing detection, in the case of the contact sensor, it is possible to detect that the door 200 is spaced from the built-in cabinet, and in the case of the non-contact sensor, the light output from the sensor (infrared, microwave, etc.) is opened. ) May be made to detect that it is reflected and received from the door 200.

Referring to FIG. 6, air in the room is introduced into the space portion 20 and the storage portion 100 through the lower air filter portion 311 and discharged into the room through the upper air filter portion 321. You can.

Air is introduced through the lower air filter unit 311 coupled to the lower portion of the storage unit 100. The air thus introduced is introduced into the space 20 between the storage 100 and the wall 30. Thereafter, air is introduced into the storage unit 100 through the lower through-hole 101 and the rear through-hole 102 formed on the lower and rear sides of the storage unit 100. At this time, as described above, the upper air filter unit 321 is configured to filter foreign matter and dust.

The air introduced into the storage unit 100 moves in the direction of the control unit 400 formed on the upper surface of the storage unit. At this time, it passes through the filter unit 140 to filter dust and foreign substances from clothing, blankets, and the like.

The rough air moves in the direction of the upper through hole 103 formed on the upper side of the storage unit 100. In addition, foreign matter and dust are filtered by the upper air filter unit 321 adjacent to the inside of the room, and air is discharged into the room.

In addition, a blocking film that is opened and closed under the control of the control device 410 may be configured in a plurality of sections of the space 20.

This is to use a two-way drive motor that is operated only by a predetermined set angle based on the control signal of the control device 410,

After constructing the motor on one side of the outer surface of the built-in cabinet located inside the space portion 20, and configuring the hinge insert on the other side,

A first gear is configured at an end of the rotation shaft of the motor, and a hinge formed with a second gear operated in engagement with the first gear is configured to be inserted into the hinge insert. In addition, a blocking film having a width along the longitudinal direction of the hinge may be coupled to the hinge.

According to this structure, as the motor is driven, the hinge film rotates like a hinge so that the blocking film can be raised or lowered axially, and one side of the space 20 can be closed and opened by the operation of the blocking film. .

Particularly, referring to the drawings of FIG. 6 and the like of the accompanying drawings, a plurality of blocking films are illustrated on one side of the built-in cabinet. In this case, by selectively controlling opening and closing of the blocking films, air introduced into the space part 20 is introduced. It is possible to control the flow direction of.

The opening / closing control of the above blocking can be performed by the user through the above-described switch 331, and the switch 331 provides an interface capable of performing the above-described functions other than the simple on / off function. Will be able to provide. Depending on the design conditions, it may also include a visual interface showing the opening and closing state of the barrier.

The description of the blocking film is the same in the description below with reference to FIGS. 7 to 10.

Referring to Figures 7 to 10, to describe that different structures are coupled to the interior of the storage unit 100,

The internal structure of the storage unit 100 relates to the internal structure of the storage unit 100 to which moisture removal, drying, deodorization, anti-static and fragrance are combined. The internal structure of the storage unit 100 may be configured differently in the form of a plurality of storage units 100 according to a configuration desired by the user.

First, when the moisture removal means 500 having a moisture removal function is combined inside the storage unit 100, the moisture contained in the air introduced through the lower air filter unit 311 by the moisture removal means 500 When flowing through the lower through-hole 101, the moisture is removed through the moisture removing means 500. The moisture removal means 500 may be any material that absorbs moisture, such as activated carbon.

And the heating means 510 is coupled to the bottom surface of the storage unit 100 for drying the storage unit 100. The heating means 510 is configured in the form of an ultraviolet lamp. The heating means 510 can dry the air introduced into the lower air filter unit 311 and the air introduced from the space unit 200 and dry clothes and bedding, etc. inside the storage unit 100. An ultraviolet lamp is formed.

Deodorizing means 520 is coupled to the bottom surface inside the storage unit 100.

Although one deodorizing means 520 is formed on the inner bottom surface of the storage unit 100 in the city, in the interior of the storage unit 100 according to the embodiment, the deodorizing means are provided on the bottom of each compartment and the inside of the storage unit 100. 520 may be combined. In this deodorization method, an activated carbon porous material may be combined.

And the injection means 530 is coupled to the rear inside of the storage unit 100.

The injection means 530 is coupled to each compartment of each storage unit 100. The injection means 530 is composed of a liquid state anti-static injector or a fragrance-type injector. The spraying means 530 is connected to the control unit 400 and is configured to spray fine dust inside the storage part 100, a dry state inside the storage part 100, and when the user opens and closes the door 200. .

That is, when the operation of the control unit 400 is terminated by the injection means 530 or the user ends the operation of the control unit 400 through the switch 331, the injection means 530 stops injection. And the spraying means 530, when the user stores the clothes and the like inside the storage unit 100 in the process of opening and closing the door 200, detects the degree of contamination of the clothes through the air quality measurement sensor and the spraying means 530 It is configured to spray.

Example 2. Internal circulation of the built-in cabinet using a ventilator and a slide barrier

Referring to the ventilator 600 and the slide blocking film 700 with reference to Figures 11 to 13,

A ventilator 600 and a slide blocking film 700 are installed on the wall 30 adjacent to the side surface of the built-in cabinet 10. The operation of the ventilator 600 and the driving of the slide blocking film 700 are operated by the control unit 400 and the switch 331.

The ventilator 600 is provided with a through hole penetrating the inside and the outside of the room formed on the wall 30.

The ventilator 600 is connected to a duct (not shown) installed outside the room. The ventilator 600 is configured to discharge the air in the interior of the storage unit 100 and the space 20 and the room in the form of a fan to the outside of the room.

A slide blocking film 700 capable of opening and closing the fan 600 is formed around the ventilator 600, and a guide frame 800 guiding the slide blocking film 700 is provided around the slide blocking film 700. do.

If the guide frame 800 is first described,

The guide frame 800, the frame located on its side is composed of a rod-shaped frame, but the frame located on the upper and lower surfaces thereof is formed with a stepped 810 so that the opposite ends of the ventilator 600 are configured to be high.

In the direction of the ventilator 600 of the stepped 810, a stepped plate 820 spaced apart from the stepped portion 810 is located, and the stepped spring 830 is disposed between the stepped portion 810 and the pushed plate 820. The plurality may be spaced at regular intervals.

That is, as the slide blocking film 700 is positioned between the thrust plate 820 and the ventilator 600, the thrust plate 820 may be closely adhered to the ventilator 600 by the pushing force of the thrust spring, and slide Even if the blocking film 700 closes the ventilator, it is possible to prevent foreign substances from entering the space 20.

In addition, in order to improve the airtightness described above, when the slide blocking film 700 is closed, a first hermetic member 840 may be further formed in an inner direction of a side guide frame where the slide blocking film 700 abuts. In addition, a second airtight member 710 may be formed on one surface of the slide blocking film 700 that is in contact with the first airtight member 840 to further improve airtightness.

The slide driving of the slide blocking film 700 may be possible by installing or embedding racks and pinions on a wall formed of the slide blocking film 700 or the ventilator 600, or may be possible using a hydraulic cylinder, but is not limited thereto. It is not, and any configuration that can be opened and closed based on the expertise of those skilled in the art will be applicable.

Describing the air circulation and discharge inside the storage unit 100 according to the driving and stopping of the ventilator 600 for describing the operation relationship, the control unit 400 when the door 200 coupled with the storage unit 100 is closed ), The fan 600 is operated for a certain period of time.

At this time, in order to operate the ventilator 600, the slide blocking film 700 opens the ventilator 600.

When the ventilator 600 is operated in this way, the air of the room is introduced into the space portion 20 under the storage portion 100 through the lower air filter portion 311 coupled to the lower portion of the storage portion 100. The air introduced into the space 20 under the storage unit 100 flows into the storage unit 100 through the lower through-hole 101 and the rear through-hole 102 adjacent to the bottom surface of the storage unit 100. Will be. At this time, among the rear through-holes 102 formed on the rear surface of the storage unit 100, a lot of air is introduced into the storage unit 100 through the rear through-hole 102 adjacent to the bottom surface of the storage unit 100.

The air introduced into the storage unit 100 is discharged to the space portion 20 above the storage unit 100 through the upper through-hole 101 and the rear through-hole 102 adjacent to the upper surface of the storage unit 100. , The air discharged to the space portion 20 of the storage portion 100 flows into the room through the upper air filter portion 321 or is discharged to the outside of the room through the ventilator 600.

At this time, since the storage unit 100 is sealed in the sealing unit provided in the door 200, the air in the room is inside the storage unit 100 only through the lower air filter unit 311 coupled to the lower storage unit 100 Due to the flow into the room, it is possible to block the flow of fine dust, moisture, odor, etc. contained in the air of the room into the interior of the storage unit 100.

As described above, a preferred embodiment according to the present invention has been examined, and the fact that the present invention can be embodied in other specific forms without departing from the spirit or scope of the embodiment described above is a general knowledge in the art. It is obvious to those who have it.

Therefore, the above-described embodiments are to be regarded as illustrative rather than restrictive, and accordingly, the present invention is not limited to the above description and may be changed within the scope of the appended claims and their equivalents.

10: built-in cabinet
20: space
30: wall
100: storage unit
101: lower passage
102: rear through hole
103: upper passage
110: sensor box
120: sensor support
130: filter box
140: filter unit
141: handle
150: through the sensor box
200: door
201: protrusion
202: bend
203: articulation groove
210: sealed
211: sealed bend
212: sealed protrusion
220: first handle
221: first protrusion support
222: first fixing part
223: first fixed surface
224: first bend
225: first support
226: 1st refractive fixation
227: first sealing portion
230: second handle
231: second protrusion support
232: second fixing part
233: second fixed surface
234: second bend
235: second home
236: second sealing portion
300: Surrounding
310: lower surround
311: lower air filter unit
320: upper surround
321: upper air filter unit
330: side surround
331: switch
400: control unit
410: control device
420: temperature sensor
430: humidity sensor
440: Air quality measurement sensor
450: Open / close detection sensor
500: moisture removal means
510: heating means
520: deodorizing means
530: injection means
600: ventilator
610: projection groove
700: slide barrier
710: support plate
800: guide frame
810: step
820: push plate
830: Pushing spring
840: first airtight member

Claims (28)

In the built-in cabinet having a closed structure,
The built-in cabinet 10 is opened on one side adjacent to the interior of the room, and a storage unit 100 for storing clothes and bedding is formed therein,
The storage unit 100 is coupled to the door 200 having a casement type on one side of the opened one side,
Surrounding 300 protruding in the direction of the wall 30 is coupled to the upper, lower, left and right surfaces of the storage unit 100,
A space portion 20 is formed between the top, bottom, left, right and rear surfaces of the built-in cabinet 10 and the wall 30,
On the upper side of the storage unit 100, one upper through hole 103 is formed in each of the storage units 100,
A sensor box 110 in which a front portion is opened is provided at an upper portion inside the storage unit 100,
The sensor support 120 is formed on the bottom surface of the sensor box 110,
A sensor box through-hole 150 communicating with the upper through-hole 103 is formed on an upper surface of the sensor box 110,
A filter box 130 formed at a lower height than the height of the sensor box 110 is coupled to the lower part of the sensor support 120 of the sensor box 110,
The inside of the sensor box 110, characterized in that the control unit 400 is coupled, built-in cabinet having a closed structure.
The method according to claim 1,
A plurality of lower through holes 101 are formed on the lower surface of the storage unit 100,
A built-in cabinet having a closed structure, characterized in that a plurality of rear through holes (102) are formed on the rear surface of the storage unit (100).
The method according to claim 1,
The wall 30 is formed with a through hole penetrating the inside and outside of the wall,
A ventilator 600 is coupled to the through hole,
On one side of the wall 30 on which the ventilator 600 is installed, a slide blocking film 700 that is driven from one side of the ventilator 600 to the other side to block a through hole in which the ventilator 600 is installed is installed. , Built-in cabinet with sealed structure.
The method according to claim 1,
The inside of the filter box 130, characterized in that the filter portion 140 is formed with a handle portion 141 having a 'c' shape on one side is coupled, built-in cabinet having a closed structure.
The method according to claim 1,
The door 200,
Built-in cabinet having a closed structure, characterized in that the protrusions 201 are formed on the upper, lower, and side surfaces, except for one side on which each door 200 comes into contact with each other.
The method according to claim 5,
The protrusion 201 has a thickness smaller than the thickness of the door 200,
The rear end of the protrusion 201 is formed with a bent portion 202 of a short shape in the inner direction of the door 200,
The rear side of the door 200 adjacent to the bent portion 202 is characterized in that the refractive groove 203 is formed, built-in cabinet having a closed structure.
The method according to claim 1,
In the door 200,
The door 200 and the door 200 is coupled to the handle portion in contact with each other,
The first handle portion 220 is coupled to the one side door 200,
The other side door 200, characterized in that the second handle portion 230 is coupled, built-in cabinet having a closed structure.
The method according to claim 5,
In the door 200,
Door 200 and the door 200, characterized in that the sealing portion 210 is coupled to the rim except for the side contacting each other, built-in cabinet having a closed structure.
The method according to claim 8,
The sealing part 210,
Built-in cabinet having a closed structure, characterized in that formed to surround the protrusion 201, the bent portion 202 and the refractive groove 203 of the door 200.
The method according to claim 7,
The first handle portion 220,
A first protruding support portion 221 in the form of a plate protruding from the rear side of the one side door 200 toward the other side door 200 is formed, and the front side of the one side door 200 protrudes from the first protruding support portion 221 A first fixing portion 222 that is not formed is formed, and a first fixing surface 223 connecting the first protruding support portion 221 and the first fixing portion 222 is formed. Having built-in cabinet.
The method according to claim 10,
The first fixing surface 223,
Characterized in that it is configured to come into contact with the side of the one side door 200, built-in cabinet having a closed structure.
The method according to claim 10,
The first handle portion 220,
It includes a first bent portion 224 connecting the first fixing portion 222 and the first protruding support portion 221, the first bent portion 224 is formed concave in the inner direction of one side door 200,
A first support portion 225 protruding vertically from the direction in which the first protrusion support portion 221 protrudes to the interior direction of the room is formed in the first protrusion support portion 221 connected to the end of the first bent portion 224,
The end portion of the first support portion 225 is characterized in that the first refractory fixing portion 226 protruding vertically again in the side direction of the door 200 on one side, the built-in cabinet having a closed structure.
The method according to claim 12,
A built-in cabinet having a closed structure, characterized in that a first sealing portion (227) surrounding the side surface of the one side door (200) in contact with the other side door (200) is formed by the first handle portion (220).
The method according to claim 7,
The second handle portion 230,
On the front side of the other side door 200, a second protruding support portion 231 protruding in the direction of the one side door 200 is formed. 2 fixing part 232 is formed, characterized in that the second fixing surface 233 connecting the second protruding support part 231 and the second fixing part 232 is formed, built-in cabinet having a closed structure .
The method according to claim 14,
The second handle portion 230,
The second fixing surface 233 is configured to contact the side surface of the other side door 200,
A second protrusion 234 is formed in which one side of the second protrusion support 231 and one side of the second fixture 232 are connected, and the second protrusion 234 is directed toward the second fixing surface 233. Built-in cabinet having a closed structure, characterized in that it has a concave curved shape.
The method according to claim 14,
The second handle portion 230,
A second groove 235 is formed on one surface of the second protrusion 234 that is in contact with the first refractive fixation unit 226,
A built-in cabinet having a closed structure, characterized in that a second sealing portion 236 surrounding the side surface of the other door 200 in contact with one side door 200 by the second handle portion 230 is formed.
The method according to claim 1,
The surround 300,
The lower surround 310 protruding in the direction of the ground is coupled to the lower surface of the storage unit 100, and the upper surround 320 protruding in the upward direction is coupled to the upper surface of the storage unit 100, the On both sides of the receiving portion 100, characterized in that the side surround 330 protruding in the direction of both sides of the wall (30) is coupled, built-in cabinet having a closed structure.
The method according to claim 17,
The lower surround 310,
It is formed in a horizontal direction in which the storage unit 100 and the storage unit 100 are combined, and characterized in that a lower air filter unit 311 is coupled to the lower surround 310, a built-in cabinet having a closed structure.
The method according to claim 17,
The upper surround 320,
It is formed in a horizontal direction in which the storage unit 100 and the storage unit 100 are coupled, and the upper air filter unit 321 is coupled to the upper surround 320, a built-in cabinet having a closed structure.
The method according to claim 17,
The side surround 330,
A groove penetrating the inside and the outside is formed, and the groove is provided with a switch 331, characterized in that the built-in cabinet having a closed structure.
The method according to claim 1,
The control unit 400, characterized in that coupled to one side of the sensor support 120 of the interior of the sensor box 110, built-in cabinet having a closed structure.
The method of claim 21,
The control unit 400,
Control device 410 for controlling the built-in cabinet, temperature sensor 420 for measuring the internal temperature of the storage unit 100, humidity sensor 430 for measuring the internal humidity of the storage unit, storage unit 100 Characterized in that it comprises an air quality measurement sensor 440 for measuring the degree of internal air pollution of the door opening and closing sensor 450 for detecting the opening and closing of the door 200, the built-in cabinet having a closed structure.
delete The method according to claim 3,
Around the slide blocking film 700, a guide frame 800 for guiding the slide blocking film 700 is configured,
The guide frame 800,
The side guide frame located on the side of the frame is composed of a rod-shaped frame, but the frame located on the upper and lower surfaces thereof is formed with a stepped 810 so that the opposite ends of the ventilator 600 are configured high,
In the direction of the ventilator 600 of the stepped 810, a stepped plate 820 spaced apart from the stepped portion 810 is positioned, and a plurality of pushed springs between the stepped portion 810 and the pushed plate 820 is provided. 830) are formed spaced apart at regular intervals,
A first hermetic member 840 is formed on one side of the side guide frame where the slide blocking film 700 abuts,
The second airtight member 710 is formed on one side of the slide blocking film 700 in contact with the first airtight member 840, a built-in cabinet having a closed structure.
The method according to claim 1,
On the inner bottom surface of the storage unit 100,
A built-in cabinet having a closed structure, characterized in that the moisture removing means 500 including a function of removing moisture is provided.
The method according to claim 1,
On the inner bottom surface of the storage unit 100,
A heating means 510 for drying clothes accommodated inside the storage unit 100 is provided,
The heating means 510 is characterized in that the lamp that generates heat or ultraviolet rays, the built-in cabinet having a closed structure.
The method according to claim 1,
On the inner bottom surface of the storage unit 100,
Built-in cabinet having a closed structure, characterized in that provided with a deodorizing means (520) for inhaling and deodorizing the smell of clothing stored in the storage unit (100).
The method according to claim 1,
Inside the storage unit 100, the rear,
An antistatic agent and a spraying means for spraying a fragrance 530 are provided in each of the storage units 100,
The injection means 530,
Built-in cabinet having a closed structure, characterized in that configured to selectively spray the antistatic agent or the fragrance by the sensor unit and the control unit.

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