KR20230063855A - Hanger and Laundry Treatment Apparatus Including the Same - Google Patents

Abstract

The present disclosure relates to a hanger, which comprises: a support body comprising a base, a first support surface and a second support surface located at symmetric points with respect to the base, and a connecting surface for connecting the base and the support surfaces; an air-suction hole provided in the connecting surface and flowing air in the support body; exhaust holes which are provided in the first support surface and the second support surface to discharge the air; discharge holes which are provided in the first support surface and the second support surface to discharge moisture; an air flow path which is provided in the support body and connects the air-suction hole and the exhaust holes; a moisture flow path which is provided in the support body and connected to the discharge holes; a fan for allowing the air to flow in through the air-suction hole; a moisture generator for providing the moisture flow path with heated steam or non-heated steam; a first spacer fixed to the support body so as to provide a space for supporting laundry, and maintaining a gap between the laundry and the first support surface; and a second spacer fixed to the support body so as to provide a space for supporting the laundry, and maintaining a gap between the laundry and the second support surface. According to the present invention, the hanger can be maintained horizontally by minimizing the change in the center of gravity in the process of supplying the moisture to the laundry.

Description

{Hanger and Laundry Treatment Apparatus Including the Same}

The present disclosure relates to a hanger and a clothes handling apparatus equipped with the hanger.

A clothes handling device refers to a device developed to wash and dry clothes at home or at a laundromat and remove wrinkles from clothes. Laundry handling devices are classified as washing machines that wash clothes, dryers that dry clothes, washer/dryers that have both washing and drying functions, clothes care devices that refresh clothes, and wrinkle removal devices that remove wrinkles from clothes. It is a concept including a steamer and the like.

In particular, the clothes management device is a device that keeps clothes pleasant and clean. The clothes care machine can shake off fine dust attached to clothes, deodorize clothes, dry clothes, and add fragrance to clothes. In addition, generation of static electricity can be prevented and wrinkles generated in clothes can be removed using dehumidified air or steam, and clothes can be sterilized and disinfected.

Republic of Korea Patent Publication No. 10-2014-0108454 discloses a conventional laundry treatment device. A conventional laundry handling apparatus includes a chamber provided inside a cabinet to provide a space for storing clothes, a door that opens and closes the chamber, a hanger support unit that provides a space for supporting a hanger inside the chamber, and at least one of steam and hot air into the chamber. It was provided to include a machine room equipped with devices for supplying either one.

In the above-described laundry treatment apparatus, the treatment of clothes (a process of supplying at least one of steam and hot air to clothes to dry clothes, remove wrinkles, and deodorize clothes) is performed only inside the chamber. That is, the conventional laundry treatment apparatus did not consider a separate space for treating clothes other than the chamber.

Among other conventional clothes handling devices, there was one in which a function of supplying hot air or steam to a hanger was added (Korean Patent Publication No. 10-2016-0004539). A conventional clothes handling apparatus in the form of a hanger includes a fan and a heater for supplying hot air, a steam generator for supplying steam, and a water supply tank for supplying water to the steam generator.

In the hanger-type conventional clothes handling apparatus described above, the fan, heater, steam generator, and water supply tank are disposed such that a straight line passing through the center of gravity of the fan and heater intersects a straight line passing through the center of gravity of the steam generator and the water supply tank. If the straight line passing through the center of gravity of the fan and heater and the straight line passing through the center of gravity of the steam generator and water supply tank are orthogonal to the hanger, the hanger does not stay level when the water inside the water supply tank or steam generator decreases. There is a possibility that it may cause problems. That is, since the steam generator and the water supply tank are disposed in the width direction of the hanger, the fact that the weight of both sides may be different is not taken into account.

An object of the present disclosure is to provide a hanger capable of supplying moisture (heated air or unheated air) and air (heated air or unheated air) to clothes and a clothes handling apparatus equipped with the hanger.

In addition, an object of the present disclosure is to provide a hanger that is attachable to and detachable from the laundry treatment apparatus and capable of separately supplying moisture and air to clothes even when detached from the laundry treatment apparatus.

In addition, an object of the present disclosure is to provide a hanger capable of maintaining a horizontal state by minimizing a change in the center of gravity in a process of supplying moisture to clothes and a clothes handling apparatus equipped with the hanger.

In addition, the present disclosure solves the problem of providing a laundry treatment apparatus including a cabinet chamber provided in a cabinet to provide a treatment space for clothes, and a door chamber provided in a door that opens and closes the cabinet chamber to provide a treatment space for clothes. do what you want to do.

In addition, an object of the present disclosure is to provide a hanger provided in the cabinet chamber or the door chamber to provide a space in which clothes are supported.

Another object of the present disclosure is to provide a hanger capable of preventing clothes from closing an exhaust hole through which air is supplied and a discharge hole through which water is supplied, and a clothes handling apparatus equipped with the hanger.

The present disclosure includes a base, a first support surface and a second support surface positioned at symmetrical points around the base, and a support body provided with a connection surface connecting the base and the support surface; an intake hole provided on the connection surface to introduce air into the support body; Exhaust holes provided on the first support surface and the second support surface through which air is discharged; discharge holes provided on the first support surface and the second support surface through which moisture is discharged; an air passage provided in the support body and connecting the intake hole and the exhaust hole; a water passage provided in the support body and connected to the discharge hole; a fan introducing air through the intake hole; a water generator supplying heated steam or unheated steam to the water passage; a first spacer fixed to the support body to provide a space in which clothes are supported, and maintaining a distance between the clothes and the first support surface; and a second spacer fixed to the support body to provide a space in which clothes are supported and maintaining a distance between the clothes and the second support surface.

The first spacer includes a first seating body for supporting clothes; a first fixing part fixing the first seating body to the first support surface; and a first seating body through-hole forming a passage through which fluid passes through the first seating body, wherein the second spacer includes a second seating body for supporting clothes; a second fixing part fixing the second seating body to the second support surface; It may include a second seating body through hole passing through the second seating body to form a passage through which fluid passes.

The singgi hanger includes a first upper support portion provided to connect an upper end of the first seating body and the first support surface to support a portion of clothing; and a second upper support portion provided to connect the upper end of the second seating body and the second support surface to support another part of the clothing.

The intake hole may be located between the first upper support part and the second upper support part.

An uppermost end of the intake hole may be positioned above a straight line connecting the first upper support portion and the second upper support portion.

Also, the lowermost end of the intake hole may be positioned below a straight line connecting the first upper support portion and the second upper support portion.

Meanwhile, the fan includes an impeller provided on the support body to introduce outside air into the intake hole; and an impeller motor for rotating the impeller.

In addition, the hanger may further include a heater provided on the support body to heat air passing through the intake hole.

The moisture generator may be located at a distance from the support body to the lower part of the fan.

The center of gravity of the fan and the center of gravity of the moisture generator may be located between a boundary between the base and the first support surface and a boundary between the base and the second support surface.

The center of gravity of the heater may be located between a boundary between the base and the first support surface and a boundary between the base and the second support surface.

The hanger further includes a fastening part fixed to the base to detachably fix the support body to an external device, and a point at which the fastening part is fixed to the base, a center of gravity of the heater, a center of gravity of the fan, And the center of gravity of the moisture generator may be disposed on a straight line.

The hanger is provided in the fastening part and connected to a power source, and may further include a fastening part terminal for supplying power to the impeller motor, the moisture generator, and the heater.

The hanger is provided detachably to the support body to provide a space for storing water, and when fixed to the support body, a supply tank connected to the water generator; further comprising a center of gravity of the supply tank is the base and may be located between the boundary of the first support surface and the boundary of the base and the second support surface.

The first support surface includes a first upper surface fixed to the base and supporting a portion of clothes, and a first side surface extending from the first upper surface, and the second support surface is fixed to the base and includes clothes. It may include a second upper surface supporting another part of, and a second side surface extending from the second upper surface.

The exhaust hole may include a first exhaust hole provided on each of the first upper surface and the second upper surface, and a second exhaust hole provided on each of the first side surface and the second side surface.

The discharge hole may include a first discharge hole provided on each of the first upper surface and the second upper surface, and a second discharge hole provided on each of the first side surface and the second side surface.

The hanger may further include a bottom surface connecting the first side, the second side, and the connection surface.

The exhaust hole may further include a third exhaust hole provided to pass through the bottom surface, and the discharge hole may further include a third exhaust hole provided to pass through the bottom surface.

The hanger is fixed inside the support body and includes an air supply body having the air passage; and an intake hole connecting portion provided to pass through the air supply body and connecting the intake hole and the air flow path. A first exhaust hole communication hole provided to penetrate the air supply body and connecting the air passage to the first exhaust hole, a second exhaust hole communication hole connecting the air passage to the second exhaust hole, and the air A third exhaust hole communication hole connecting the passage to the third exhaust hole may be further included.

In addition, the hanger is fixed inside the support body, and the water supply body provided with the water passage; and a first discharge hole communication hole provided to penetrate the water supply body to connect the water passage to the first discharge hole, a second discharge hole communication hole to connect the water passage to the second discharge hole, and A third discharge hole communication port connecting the water passage to the third discharge hole may be further included.

In addition, the hanger is provided in the water supply body and includes a water generator accommodating part in which the water generator is accommodated; a tank accommodating part provided in the air supply body and accommodating the supply tank; and a tank mounting portion provided to pass through the connecting surface to provide a passage through which the supply tank is inserted into the tank accommodating portion.

On the other hand, the hanger has a drain through which the water inside the supply tank is discharged; a check valve controlling the opening and closing of the drain; And when the supply tank is inserted into the tank receiving part, an actuator that opens the drain by operating the check valve, a connection pipe connecting the actuator and the water generator, and a connection pipe valve controlling opening and closing of the connection pipe It may further include; provided supply passage.

A size of the exhaust hole may be larger than that of the exhaust hole.

At least a portion of the intake hole may be positioned above the exhaust hole.

At least a portion of the intake hole may be positioned above the exhaust hole.

The fan may be positioned closer to the intake hole than to the exhaust hole. In addition, the fan is provided on the support body, and at least a part of the fan may be located above the exhaust hole.

Meanwhile, a plurality of exhaust holes are provided on the first support surface and a plurality of exhaust holes, respectively, on the first support surface and the second support surface, and a plurality of exhaust holes are provided on the first support surface and the second support surface, respectively. A plurality of exhaust holes located on the surface and a plurality of exhaust holes located on the first support surface are arranged side by side in a direction from the first support surface toward the base, and a plurality of exhaust holes located on the second support surface and A plurality of discharge holes located on the second support surface may be arranged side by side in a direction from the second support surface toward the base.

The connection surface may include a first connection surface and a second connection surface connecting the base and the first support surface and the second support surface to form a front surface and a rear surface of the support body, respectively.

The intake hole may be formed through the first connection surface.

The exhaust hole may be located closer to the first connection surface than the exhaust hole.

Meanwhile, the present disclosure relates to a cabinet having a cabinet chamber providing a space in which clothes are accommodated and a cabinet inlet communicating the cabinet chamber with the outside; a supply unit supplying at least one of air and steam to the cabinet chamber; a first door capable of opening or closing the inlet of the cabinet; a door chamber provided in the first door to provide a space in which clothes are accommodated; a second door capable of opening or closing the door chamber; and

and a hanger detachably provided in the cabinet chamber or the door chamber, wherein the hanger includes a base, first and second support surfaces positioned symmetrically about the base, and the base and the support. A support body provided with a connection surface connecting the surfaces; a fastening portion coupled to an upper portion of the support body and provided to suspend the support body; an intake hole provided on the connection surface to introduce air into the support body; Exhaust holes provided on the first support surface and the second support surface through which air is discharged; discharge holes provided on the first support surface and the second support surface through which moisture is discharged; an air passage provided in the support body and connecting the intake hole and the exhaust hole; a water passage provided in the support body and connected to the discharge hole; a fan introducing air through the intake hole; a water generator supplying heated steam or unheated steam to the water passage; a first spacer fixed to the support body to provide a space in which clothes are supported, and maintaining a distance between the clothes and the first support surface; and a second spacer fixed to the support body to provide a space in which clothes are supported and to maintain a distance between the clothes and the second support surface.

The present disclosure provides a hanger capable of supplying moisture (heated air or unheated air) and air (heated air or unheated air) to clothes and a clothes handling apparatus equipped with the hanger.

In addition, the present disclosure provides a hanger that is attachable to and detachable from the laundry treatment apparatus and separately supplies moisture and air to clothes even when separated from the laundry treatment apparatus.

In addition, the present disclosure provides a hanger capable of maintaining a level by minimizing a change in the center of gravity in the process of supplying moisture to clothes, and a clothes handling apparatus equipped with the hanger.

In addition, the present disclosure provides a laundry handling apparatus including a cabinet chamber provided in a cabinet to provide a clothing processing space, and a door chamber provided in a door that opens and closes the cabinet chamber to provide a clothing processing space.

In addition, the present disclosure provides a hanger provided in the cabinet chamber or the door chamber to provide a space in which clothes are supported.

In addition, the present disclosure provides a hanger capable of preventing clothes from closing an exhaust hole through which air is supplied and a discharge hole through which water is supplied, and a clothes handling apparatus equipped with the hanger.

1 illustrates an example of a hanger and a clothes handling apparatus equipped with the hanger.
2 illustrates an example of a first machine room, a second machine room, and a cabinet chamber provided in the laundry treatment apparatus.
3 and 4 show an example of a hanger support unit.
5 illustrates an example of a first door and a first door hinge.
6 illustrates an example of a door chamber and a second heat exchange unit.
7 shows an example of a hanger.
8 is an exploded view of an example of a hanger.
9 is an exploded view of an example of a support body among hangers.
10 shows an example of a water supply tank and a tank mounting portion.
11 shows an air supply unit inside the support body.
12 shows a part of the air supply part and the water supply part provided inside the support body.
13 (a) shows an example of an air supply unit, and FIG. 13 (b) shows an example of a water supply unit.
14 illustrates an example of a fastening part and a fastening part terminal provided in a hanger.
15 shows another embodiment of a hanger.

Hereinafter, an example of a hanger and a clothes handling apparatus equipped with the hanger will be described with reference to the accompanying drawings.

Unless there is a special definition, all terms in this specification are the same as the general meaning of the term understood by a person skilled in the art to which the present invention belongs, and if the term used in this specification conflicts with the general meaning of the term In accordance with the definition used herein.

As shown in FIG. 1 , the laundry treatment apparatus 100 includes a main body 1 provided with a cabinet chamber 12 providing a space for processing clothes, the cabinet chamber 12 being open or closed, and A door (3) provided with a door chamber (312) providing a clothes processing space separated from the cabinet chamber (12), and a hanger (5) for fixing clothes to the cabinet chamber (12) or the door chamber (312) It is provided to include. The treatment of clothes refers to the process of drying, removing wrinkles, and deodorizing clothes by supplying air (heated air or unheated air) or moisture (heated steam or unheated steam) to the clothes. This refers to a space in which the above-described process is executed. The cabinet chamber 12 may be provided as a processing space only for processing clothes, and the door chamber 312 may be provided as a space for at least one of processing and displaying clothes.

The main body 1 includes a cabinet 11 equipped with the cabinet chamber 12 . The cabinet chamber 12 communicates with the outside of the cabinet 11 through a cabinet inlet 121 provided to pass through one surface of the cabinet 11 . Accordingly, the user may put clothes (an example of a treatment target) into the cabinet chamber 12 through the cabinet inlet 121 .

Referring to FIG. 1 , the cabinet chamber bottom surface 125 forming the bottom surface of the cabinet chamber 12 may be formed stepwise. That is, the cabinet chamber bottom surface 125 forms the bottom surface of the region where the first machine room 13 is located and the cabinet chamber 12 is formed by the door 3. A second bottom surface 1252 forming a bottom surface of an area where at least a portion of the door chamber 312 is accommodated when closed may be included.

Therefore, clothes will be accommodated and managed in the area on the first bottom surface 1251 of the cabinet chamber 12 . And, when the door 3 closes the cabinet chamber 12, at least a part of the door chamber 312 is accommodated in the cabinet chamber 12, and the door chamber 312 is the first machine room ( 13) and in front of a partial area of the cabinet chamber 12 located above the first machine room.

Therefore, the length between the upper surface of the cabinet chamber 12 and the first bottom surface 1251 may be smaller than the length of the door chamber 312 . Therefore, the length of clothes accommodated in the door chamber 312 may be relatively longer than the length of clothes accommodated in the cabinet chamber 12 .

Meanwhile, the length of the first bottom surface 1251 in the front-back direction may be longer than the length of the second bottom surface 1252 in the front-back direction. Therefore, more clothes can be placed in the cabinet chamber 12 than in the door chamber 312 . This is to prevent the laundry handling apparatus 100 from tipping over due to the weight of the door 3 as well as enabling management by selecting one or all of the chambers according to the number of clothes.

As shown in FIG. 2 , the main body 1 may be provided with a first partition wall 111 and a second partition wall 118 dividing an internal space of the cabinet 11 .

The first partition wall 111 is a means for dividing the inside of the cabinet into the first machine room 13 and the cabinet chamber 12, and the second partition wall 118 divides the inside of the cabinet into the second machine room 16 and It may be provided as a second partition wall 118 dividing the cabinet chamber 12 . Unlike this, the cabinet chamber 12 is provided inside the cabinet 11, and the first machine room 13 is formed between the bottom surface of the cabinet 11 and the bottom surface 125 of the cabinet chamber. , The second machine room 16 may be formed between the upper surface of the cabinet 11 and the upper surface of the cabinet chamber 12 . That is, the first partition wall 111 and the second partition wall 118 may be a bottom surface of the cabinet chamber 12 and an upper surface of the cabinet chamber 12 , respectively.

The first machine room 13 is located below the cabinet chamber 12 and is provided as a space in which the supply units 14 and 15 are installed, and the second machine room 16 is located above the cabinet chamber 12. It may be provided as a space in which the drive unit 18 is installed. The first partition wall 111 forms a bottom surface of the cabinet chamber 12 and an upper surface of the first machine room 13, and the second partition wall 118 forms an upper surface of the cabinet chamber 12. And it will form the bottom surface of the second machine room (16).

That is, the laundry handling apparatus 100 includes a cabinet 11 including a cabinet inlet 121 on the front side, a cabinet chamber 12 located inside the cabinet and accommodating clothes or articles, and the cabinet inlet 121. A door 3 that opens and closes, a first machine room 13 located on the lower side of the inside of the cabinet to form a space separated from the cabinet chamber 12, and a first machine room 13 located inside the door 3 to accommodate clothes or articles It may include a door chamber 312 to.

In addition, when the door 3 closes the cabinet inlet 121, at least a part of the door chamber 312 may be located in front of the first machine room 13 inside the cabinet chamber 12. there is.

Therefore, considering the stepped bottom surface of the cabinet chamber 12, the hanger support part 17 will be spaced apart from the first bottom surface 1251 and positioned above the first bottom surface 1251, At least a portion of the door chamber 312 may be positioned above the second bottom surface 1252 .

Accordingly, when the door 3 closes the cabinet inlet 121 , the second bottom surface 1252 may face at least a portion of the door 3 .

In addition, the door chamber 312 may be located in front of the second machine room 16 inside the cabinet chamber 12 .

The supply units 14 and 15 are means for supplying at least one of air and moisture to the cabinet chamber 12, and FIG. 2 shows a first supply unit 14 for supplying air to the cabinet chamber 12. ) and the second supply unit 15 for supplying moisture to the cabinet chamber 12 is shown as an example.

The first supply unit 14 may be provided to supply heated air (hot air) to the cabinet chamber 12 or may be provided to supply unheated air to the cabinet chamber 12. FIG. The former case is shown as an example.

The second supply unit 15 may be provided to supply heated steam (steam) or unheated steam (mist, etc.) to the cabinet chamber 12. FIG. 2 supplies heated steam to the cabinet chamber 12. The second supply unit 15 supplied to is shown as an example.

In the body 1, an air intake hole 111a, an air supply hole 111b, and moisture are provided to pass through the first partition wall 111 and connect the cabinet chamber 12 and the first machine room 13. A supply hole 111c may be provided.

In this case, the first supply unit 14 connects the air intake hole 111a and the air supply hole 111b to form an air movement path, and the duct 141 moves the air along the duct 141. It may be provided to include a duct fan 142, and a heat exchange unit (first heat exchange unit) that sequentially dehumidifies and heats the air introduced into the duct 141.

The first heat exchange part (cabinet heat exchange part, 143, 144, 145, 146, 147) absorbs heat from the air introduced into the duct 141 and condenses the air. It includes a heating unit 144 that heats the air by supplying heat to the air. The heat absorbing part 143 and the heat generating part 144 are connected to each other through a refrigerant pipe 147 forming a refrigerant circulation path, and the refrigerant pipe 147 has a compressor 145 for moving the refrigerant along the refrigerant pipe. ), and a pressure regulator 146 for adjusting the pressure of the refrigerant circulating along the refrigerant pipe.

The second supply unit 15 includes a storage unit 151 provided in the first machine room 13 to store water, a steam heater 152 provided inside the storage unit to heat water, and the storage unit 151 ) It may be provided to include a supply pipe 153 for guiding steam inside to the water supply hole 111c. The steam heater 152 may be equipped with an electric resistor (heating element) that generates heat when power is supplied.

The second supply unit 15 receives water through the water supply tank 112, and the condensed water discharged from the heat absorption unit 143 is stored in the drain tank 115.

Referring to FIGS. 1 and 2 , the water supply tank 112 and the drain tank 115 can be drawn in and out through the front surface of the first machine room 13 . That is, the water supply tank 112 may be provided in a drawer type and inserted into the first machine room 13 to be connected to a water supply passage 113 to be described later. In addition, the drain tank 115 is also provided in a drawer type and inserted into the first machine room 13 to be connected to a drain passage 116 to be described later.

The water supply tank 112 may be connected to the storage unit 151 through a water supply passage 113, and a water supply valve 114 may be provided in the water supply passage 113. The drain tank 115 is connected to the duct 141 through a drain passage 116, and the condensate stored inside the duct 141 is provided to move to the drain tank 115 through a pump 117. can

Hanger controllers 17 and 18 supporting hangers H (cabinet hangers) may be provided in the cabinet chamber 12 .

The cabinet hanger (H) may be provided to include a holding portion (H1) for supporting clothes, and a fastening hook (H2) fixed to the holding portion. The hanger control units 17 and 18 may include a hanger support unit 17 supporting the fastening hook H2 and a driving unit 18 allowing the hanger support unit 17 to move inside the cabinet chamber 12. can

The hanger support part 17 may be located in the cabinet chamber 12 , and the driving part 18 may be provided in the second machine room 16 .

As shown in FIG. 3, the hanger support part 17 is attached to the first body 171 so as to be drawn toward the first body 171 vibrating by the driving part 18 and the cabinet inlet 121. It may be provided to include a coupled second body 174.

The first body 171 may be provided as a bar parallel to the depth direction (X-axis direction) of the cabinet chamber 12 . The first body 171 may be connected to the second partition wall 118 through a first connection body 172 and a second connection body 173 . That is, the first connection body 172 connects the second partition wall 118 and one end of the first body 171, and the second connection body 173 connects the second partition wall 118 and the first body 171. It may be provided to connect the other end of the first body 171.

When the drive unit 18 operates, the first body 171 moves along the depth direction (X-axis direction) of the cabinet chamber 12, so that the first connection body 172 and the second connection body (173) may be provided with an elastic body such as rubber.

The second body 174 may be coupled to the first body 171 through body guides 176 and 177 . The body guide may include a rail 176 fixed to the first body 171 and a block 177 fixed to the second body 174 . The block 177 is coupled to the rail 176 so as to be movable along the rail 176 . Accordingly, as shown in FIG. 4 , the second body 174 may be drawn out of the cabinet chamber 12 (outside the cabinet chamber) by the body guides 176 and 177 . When the second body 174 is provided to be drawn out of the cabinet chamber 12, when the cabinet hanger H is fixed to the second body 174 or separated from the second body 174 It has a convenient effect.

Like the first body 171, the second body 174 may be provided as a bar parallel to the depth direction (X-axis direction) of the cabinet chamber 12, and the second body ( 174) may be provided with a hook receiving groove 175 in which the fastening hook H2 is accommodated.

When the first body 171 and the second body 174 are provided parallel to the depth direction of the cabinet chamber 12, the air supply hole 111b provided in the first partition wall 111 is It may be provided as a slit parallel to the depth direction of the cabinet chamber 12 . This is to ensure that air is supplied to the wide surface of the clothing. For the same reason, the air intake hole 111a and the water supply hole 111c may also be provided as slits parallel to the depth direction of the cabinet chamber 12 .

Referring to FIG. 3 , air intake holes 111a and air supply holes 111b may be disposed in the width direction of the cabinet 11 . On the other hand, the extension direction of the hanger support part 17, specifically, the extension direction of the first body 171 or the second body 174, may be a front-back direction or a depth direction of the cabinet 11.

Accordingly, air from the air supply holes 111b extending in the front and rear directions of the cabinet 11 can be uniformly supplied between the clothes mounted on the hanger support 17 .

In addition, this can reduce air circulation in the cabinet chamber 12 from being hindered by clothes mounted on the hanger support 17 .

As shown in FIG. 3, the driving part 18 includes a main part 18a fixed to the second machine room 16, a driven part 18b connected to the main part 18a through a belt 18c, It may be provided to include a conversion unit 18d for transmitting the rotational motion of the follower 18b to the first body 171.

As shown in FIG. 4, the main part 18a is provided with a motor 181 fixed to the second machine room 16 and a main pulley 182 fixed to the rotating shaft 183 (motor shaft) of the motor. can

The driven part 18b includes a rotary shaft 185 provided to pass through the second partition wall 118, a driven pulley 184 fixed to one end of the rotary shaft and located in the second machine room 16, It may be provided to include an arm 187 fixed to the other end and located in the cabinet chamber 12 . To support the rotary shaft 185, a shaft support part 186 (bearing housing) may be provided in the second partition wall 118.

The main pulley 182 and the driven pulley 184 are connected to each other through the belt 18c. However, when the main pulley is provided as a main gear fixed to the motor shaft 183 and the driven pulley is provided as a driven gear fixed to the rotating shaft 185 and connected to the main gear, the belt may be omitted.

The converting unit 18d is provided on a guide member 189 in the form of a groove or slot provided in the first body 171 and a free end of the arm 187 to guide the guide member 189. It may be provided to include a guide member fastening portion 188 to be inserted.

The guide member 189 may be provided parallel to the width direction (Y-axis direction, a direction perpendicular to the first body) of the cabinet chamber 12 (the guide member may be provided along the depth direction of the cabinet chamber 12). may be provided). The length of the guide member 189 may be set equal to or greater than the diameter of the rotational trajectory formed by the guide member fastening part 188 . In this case, when the driving unit 18 operates, the first body 171, the second body 174, and the cabinet hanger H move along the depth direction (X-axis direction) of the cabinet chamber 12. There will be a reciprocating motion. On the other hand, the movement of the cabinet chamber 12 in the width direction will be regulated. That is, the circular motion of the driving unit 18 will be converted into a reciprocating motion of the hanger support unit 17 in the front-back direction or depth direction of the cabinet chamber 12 .

If the second body 174 is not fixed to the first body 171 when the hanger support part 17 reciprocates in the forward and backward directions of the cabinet 11, the second body 174 There is a risk of being damaged by colliding with the cabinet 11 or the door 3. In order to prevent such a risk, the hanger support part 17 may further include a stopper 178 fixing the second body 174 to the first body 171 .

Referring to FIGS. 3 and 4 , a case in which the second body 174 is provided with a protrusion accommodating portion 179 coupled to the stopper 178 is illustrated as an example. The stopper 178 may include a motor (not shown) and a protrusion that is inserted into the protrusion accommodating portion 179 by the motor or is separated from and moved away from the protrusion accommodating portion 179 . The protrusion accommodating portion 179 may be provided in the form of a groove in which the protrusion is accommodated.

The user withdraws the second body 174 forward, mounts the hanger in the hook receiving groove 175, and then moves the second body 174 backward through the body guides 176 and 177 to the end. will do Then, when the user closes the door 3, a controller (not shown) detects the closing of the cabinet chamber 12 and controls the stopper 178 to move the protrusion to the protrusion accommodating portion 179. The second body 174 may be fixed. When the controller detects the opening of the door 3, the protrusion can be separated from the protrusion accommodating part 179 to change the second body 174 into a state in which the second body 174 can be drawn forward.

4 shows a state in which the second body 174 is drawn forward. In addition, in the enlarged view shown at the bottom of FIG. 4 , when the cabinet chamber 12 is closed by the door 3, the first body 171 and the second body 174 are separated by the stopper 178. ) shows a combined cross section.

As shown in FIG. 1 , the cabinet chamber 12 is opened or closed by the door 3 .

The door 3 is fixed to the cabinet 11 through a first hinge 35 and controls the opening and closing of the cabinet inlet 121 through a first door 31 and a second hinge 36. It may be provided to include a second door 34 fixed to one door 31 and controlling the opening and closing of the door chamber 312 provided in the first door.

As shown in FIG. 5 , when the first door 31 is opened, the first hinge 35 moves the first door 31 forward of the cabinet 11 (X-axis direction). A combined motion of a first motion MA and a second motion MB in which the first door 31 moves in the width direction (Y-axis direction) of the cabinet 11 may be executed.

The configuration of the first hinge 35 so that the first door 31 executes a combined motion of the first motion MA and the second motion MB is different from the side surface of the main body 1. This is for the case where the object (wardrobe or other appliance) is located. The combination of the first motion MA and the second motion MB may mean a series of steps in which the first motion MA and the second motion MB occur one by one in chronological order, but otherwise A case where the first motion MA and the second motion MB occur simultaneously may also be assumed. In this case, as shown in FIG. 5 , when the cabinet inlet 121 is opened and closed, a curved trajectory combining the first motion MA and the second motion MB may be drawn. However, when the door 3 moves, the door 3 will move while facing the cabinet inlet 121 . That is, the front of the door 3 will always move while looking forward. This is to facilitate the user's access to an interface unit (not shown) provided on the front surface of the second door 34 to drive the door chamber 312 even when the cabinet chamber 12 is opened. .

In addition, in order for the first door 31 to rotate, a space in which the corner of the first door can rotate is required on the side of the cabinet 11 . Accordingly, when the first door 31 is not provided to execute the first motion MA and the second motion MB, an empty space may be formed between the side surface of the cabinet 11 and the side surface of the object. This is undesirable in terms of efficient use of interior space or interior design.

The motion of the first door 31 (a combination of the first motion and the second motion) may be implemented by the first hinge 35 having the structure shown in FIG. 5 . That is, the first hinge 35 includes a first fixing body 351 fixed to the cabinet 11, a second fixing body 352 fixed to the first door 31, and the first fixing body. It may be provided to include a first connecting bar 353 (first hinge first connecting bar) and a second connecting bar 354 (first hinge second connecting bar) connecting the second fixing body.

The second hinge 36 may have the same structure as the first hinge 35 or may have a different structure from the first hinge.

1 shows a first door fixing body 361 in which the second hinge 36 is fixed to the first door 31, a second door fixing body 362 fixed to the second door 34, A case in which a first connecting bar (second hinge first connecting bar, 363) and a second connecting bar (second hinge second connecting bar, 364) connecting the two fixing bodies 361 and 362 are shown as an example. it did

As shown in FIG. 6 , the first door 31 is provided to include a first door body 311 equipped with the door chamber 312 . The door chamber 312 is a space in which one surface of the first door body 311 (the front surface of the first door body) is bent toward the inside of the cabinet chamber 12 (a space protruding toward the inside of the cabinet chamber). may be provided.

That is, the door chamber 312 is provided in the first door body 311 and may be provided as a processing space and an exhibition space for clothes located inside the cabinet chamber 12 . This is to ensure that the door chamber 312 is positioned inside the cabinet chamber 12 when the first door 31 closes the cabinet inlet 121 . When the door chamber 312 is located inside the cabinet chamber 12, heat loss of the cabinet chamber 12 through the door 3 is minimized and heat loss inside the door chamber 312 is also reduced. This is because the effect can be expected to be minimized.

The shape of the door chamber 312 may be provided in various ways, and FIG. 6 illustrates a case in which the door chamber 312 is provided in a hexahedral shape as an example. In this case, the door chamber 312 is formed through a door chamber upper surface 314, a door chamber bottom surface 315, a door chamber mounting surface 316, and two door chamber side surfaces, and the door chamber 312 ) On one side of the door inlet 313 is provided.

FIG. 6 shows a case where the door inlet 313 is provided on the front of the first door body 311 as an example. In this case, the door chamber mounting surface 316 connects the rear end of the door chamber upper surface 314, the rear end of the door chamber bottom surface 315, and the rear end of the side surfaces of the two door chambers, but the door inlet 313 It is provided to face.

A first device chamber 317 and a second device chamber 318 may be provided in the first door body 311 .

The first device chamber 317 may be located below the door chamber 312 , and the second device chamber 318 may be located above the door chamber 312 . 6 , the first device chamber 317 is separated from the door chamber 312 through the bottom surface 315 of the door chamber, and the second device chamber 318 covers the upper surface 314 of the door chamber. It is shown as an example that it is distinguished from the door chamber 312 through.

The second door 34 includes a second door body 341 connected to the first door body 311 through the second hinge 36, and a transparent body provided on the second door body 341 ( 342) may be provided.

The transparent body 342 is a means for confirming the door chamber 312 from the outside. The second door body 341 is provided with a door through-hole having a shape corresponding to the edge of the door inlet 313, and the transparent body 342 is fixed to the second door body 341 to pass through the door. It may be provided with transparent glass or transparent plastic that closes the hole.

The transparent body 342 may be made of a material capable of transmitting visible rays. That is, if clothes or articles accommodated in the door chamber 312 can be seen from the outside, the material of the transparent body 342 may be a translucent material instead of a transparent material.

A support body mounting portion 39 for supporting the hanger 5 including the cabinet hanger H may be provided on the door chamber mounting surface 316 .

As shown in FIG. 1 , a shelf 32 providing a space for supporting clothes, bags, or accessories may be provided on the door chamber mounting surface 316 .

Preferably, the shelf 32 is detachably provided from the door chamber mounting surface 316 . This is to prevent clothes from interfering with the shelf 32 when the hanger 5 is mounted on the support body mounting portion 39 . To this end, a shelf support portion 316a to which the shelf 32 is detachably fixed may be provided on the door chamber mounting surface 316 . The shelf support part 316a may be provided as a slot-shaped groove provided along the width direction (Y-axis direction) of the door chamber 312 .

As shown in FIG. 6 , a sealing part 33 surrounding the door inlet 313 may be further provided in the first door body 311 . The sealing part 33 is a space between the first door body 311 and the second door body 341 when the door inlet 313 is closed by the second door 34, and the door chamber (312) It is a means to block internal air or moisture from being discharged to the outside. In addition, the sealing part 33 may be a means for maintaining a gap between the front surface of the first door body 311 (the surface where the door inlet is formed) and the second door body 341 .

A second heat exchanger 37 is provided in at least one of the first device chamber 317 and the second device chamber 318 .

The second heat exchanger 37 is a means for supplying air (heated air or unheated air) to the door chamber 312, and FIG. 6 shows that the second heat exchanger 37 is the first device chamber ( 317) and the second device chamber 318 are provided as an example.

The second heat exchange unit 37 includes a first flow path 371 provided in the first device chamber 317 and a heat exchanger 372 that sequentially dehumidifies and heats air introduced into the first flow path. 2 heat exchange unit), a first fan 375 for moving air along the first flow path, a second flow path 376 provided in the second device chamber 318, and moving air along the second flow path It may be provided to include a second fan 377.

A lower inlet 315a and a lower outlet 315b connecting the door chamber 312 and the first device chamber 317 may be provided on the bottom surface 315 of the door chamber.

In this case, the first flow passage 371 connects the intake duct 371a connected to the lower inlet 315a, the exhaust duct 371b connected to the lower outlet 315b, and the two ducts 371a and 371b. It may be provided to include a connection duct 371c. The first fan 375 may be provided to be located in the connection duct 371c.

The heat exchanger 372 may be provided with a thermoelectric element or a thermoelectric module. A thermoelectric element or thermoelectric module refers to an element or module using the phenomenon (Peltier effect) that a temperature difference occurs at both ends of different metals when two different metals are coupled and current flows, and a heat exchanger equipped with a thermoelectric element 372 should be provided with a heat absorbing fin 373 provided in the intake duct 371a to cool air, and a heating fin 374 provided in the exhaust duct 371b to heat air.

An upper outlet 314b connecting the door chamber 312 and the second device chamber 318 is provided on the upper surface 314 of the door chamber, and the front surface (the second device chamber 314) of the first door body 311 is provided. An upper inlet 314a connected to the second device chamber 318 may be provided on a surface facing the door body and a surface where the door inlet is formed. Unlike shown in FIG. 6 , the upper inlet 314a may be provided on the upper surface 314 of the door chamber.

When the upper inlet 314a is provided on the front surface of the first door body 311, the sealing part 33 is provided in a ring shape surrounding the door inlet 313 and the upper inlet 314a. this is preferable

The second passage 376 may be provided as a duct connecting the upper inlet 314a and the upper outlet 314b. The second fan 377 is provided in the second flow path 376, and a heating unit 378 for heating the air passing through the second fan 377, a third heat exchanger, is provided inside the second flow path 376. part) may be further provided.

When the first fan 375 operates, air inside the door chamber 312 is introduced into the intake duct 371a through the lower inlet 315a. The air introduced into the intake duct is condensed while passing through the heat absorbing fins 373, and the air from which moisture has been removed is heated while passing through the heat absorbing fins 374. The heated air is re-supplied to the door chamber 312 through the exhaust duct 371b and the lower outlet 315b. Accordingly, the laundry treatment apparatus 100 may dry clothes or accessories stored in the door chamber 312 and maintain a constant humidity.

While the first fan 375 and the heat exchanger 372 are operating, the second fan 377 and the heating unit 378 may operate. This is to perform drying or humidity control in a short time when the amount of clothes or accessories stored in the door chamber 312 is large.

When the second fan 377 operates, the air inside the door chamber 312 moves along the second flow path 376, and the air moving along the second flow path heats the heating unit 378. It will heat up as it passes through.

The upper outlet 314b may be positioned above the support body mounting part 39 so that the air discharged from the second flow path 376 can be directly supplied to the clothes mounted on the hanger 5. there is.

FIG. 7 shows an example of a hanger 5 mountable to the door chamber 312 or the cabinet chamber 12 . As shown in FIG. 7 , the hanger 5 may include a ring-shaped fastening part 52 similar to a conventional hanger 5 .

Accordingly, the hanger 5 may be used by being mounted on a general bar-shaped hanger, regardless of the clothes handling device 100. That is, the hanger 5 may be detachably attached to the laundry treatment device 100 . Specifically, the hanger 5 can be mounted in the hanger support part 17, specifically, the hook receiving groove 175, or the support body mounting part 39 provided in the door chamber 312 (see FIG. 14). ) can be mounted.

However, the difference between the hanger 5 and the cabinet hanger H described above is that the hanger 5 includes an air supply unit 53 (see FIG. 8) for supplying air to clothes, and moisture for supplying moisture to clothes. At least one of the supply units 55 (see FIG. 8) may be provided. Therefore, the hanger 5 can independently manage the clothes on the hanger 5 separately from the clothes handling device 100 .

Referring to FIG. 7 , the hanger 5 includes a support body 51 in which clothes are supported, and a fastening portion for fixing the support body 51 to the support body mounting portion 39 provided in the door chamber 312 ( 52) may be included.

In addition, the hanger 5 may include spacers 6a and 6b for supporting clothes by separating them from the support body 51 with the fastening part 52 interposed therebetween. can

The support body 51 may further include an intake hole 514a for sucking external air into the support body 51 and an exhaust hole 517 for discharging the sucked air. In addition, the support body 51 may further include a supply tank 558 for supplying water.

In addition, the intake hole 514a may be located above the supply tank 558 to overlap with the supply tank 558 in the height direction of the hanger 5 . This is in consideration of the weight balance of the hanger 95). Similarly, the fastening part 52 may be positioned to overlap with the intake hole 514a in the height direction of the hanger 5 .

The exhaust hole 517 may be provided in plurality on the upper side, the left and right side surfaces of the support body 51, and the bottom surface 516 forming the bottom surface of the support body 51, respectively. This is to discharge the air sucked through the intake hole 514a to various areas of the clothes supported by the hanger 5 . This is to supply air as uniformly as possible to the clothes.

Similarly, in order to supply moisture or steam supplied through the supply tank 558 to clothes, a plurality of discharge holes 518 are provided on the upper side, the right side, and the bottom side 516 of the support body, respectively. It can be. The exhaust hole 517 and the exhaust hole 518 may be provided side by side. Looking forward in the direction in which the intake hole 541a is opened, the exhaust hole 517 may be positioned behind the exhaust hole 518 .

Meanwhile, the size of the exhaust hole may be larger than that of the exhaust hole. this is

Considering that the hanger 5 is coupled to the support body mounting portion 39 located on the door chamber mounting surface 316, the discharge hole 518 is located close to the door chamber mounting surface 316, This is to prevent the formation of condensate as much as possible. That is, it is preferable that the exhaust hole 518 be further away from the door chamber mounting surface 316 than the exhaust hole 517 .

To this end, the support body 51 has a shape in which the left and right sides of the support body 51 are bent toward the front rather than the central region of the support body 51 . That is, it is a bow shape bent toward the front. This is not only in consideration of the shape or pattern of clothes mounted on the hanger 5, but also to make the direction of the discharge hole as far away from the door chamber mounting surface 316 as possible.

8 is an example in which the hanger 5 is disassembled.

The hanger 5 may include a support body 51 for supporting clothes, and a fastening part 52 coupled to an upper side of the support body 51 to hold the support body. The fastening part 52 may include a ring-shaped hanger hook.

The hanger 5 may further include spacers 6a and 6b positioned on the upper part of the support body 51 with the fastening part 52 interposed therebetween.

In addition, the inside of the support body 51 may further include an air supply unit 53 for supplying air to the clothes supported by the support body 51 and a water supply unit 55 for supplying moisture or steam to the clothes. can

The support body 51 may further include a supply tank 558 provided on one side of the support body 51 to supply water for supplying moisture or steam to the clothes.

Referring to FIG. 8 , the support body 51 may be provided in a symmetrical shape around the fastening part 52 . The same applies to the spacers 6a and 6b. This is because clothing is generally symmetrical in shape.

FIG. 9 shows only the support body 51 and the spacers 6a and 6b in an exploded view of the hanger 5 shown in FIG. 8 .

The support body 51 includes a base 513 to which the fastening part 52 is fixed, a first support surface 511 extending from one side of the base 513 to provide a space for supporting clothes, and the base ( 513) to include a second support surface 512 extending from the other side to provide a space in which clothes are supported, and a connection surface 514 connecting the base 513 and the support surfaces 511 and 512. can

The first support surface 511 and the second support surface 512 may be positioned at symmetrical points with respect to the base 513 . This is because the approximate shape of the clothing is a symmetrical shape.

The first support surface 511 is provided as a downward inclined surface extending from the first boundary P1 located at the left end of the base 513, and the second support surface 512 is the base 513. It may be provided as a downward slope extending from the second boundary P2 located at the right end. The connection surface 514 may include a first connection surface 5141 facing the front surface of clothing and a second connection surface 5142 facing the rear surface of clothing.

The reason why the first support surface 511 and the second support surface 512 are inclined is to consider the size of clothing. The size of clothes hung on the hanger 5 may vary. It can be children's clothes or adult clothes. For example, in the case of a rectangular support body in which the first support surface and the second support surface are not inclined on a horizontal plane, the size of the first support surface and the second support surface is designed considering the size of adult clothes. If it is, it is difficult to mount children's clothes that are smaller in size than adult clothes. Conversely, if children's clothes are standard, adult clothes will not be able to stand. Therefore, in order to stably support clothes of various sizes on the hanger 5 in a symmetrical form, the first support surface 511 and the second support surface 512 are provided as inclined surfaces. That is, the parts mounted on the first support surface 511 and the second support surface 512 can be changed according to the type or size of clothes mounted on the hanger 5 .

The support body 51 may be provided with a body bottom surface 516, wherein the body bottom surface 516 includes a free end of the first support surface 511, a free end of the second support surface 512, And it may be provided as a surface connecting the free ends of both connection surfaces 5141 and 5142 .

As shown in FIG. 9 , the connection surface 514 is provided with an intake hole 514a through which air is introduced into the support body 51 . The intake hole 514a may be provided on either one of the first connection surface 5141 facing the front surface of clothing and the second connection surface 5142 facing the rear surface of clothing. When the hanger 5 is used alone, it may be located on any one of the first connection surface 5141 and the second connection surface 5141. However, considering that the hanger 5 is mounted on the door chamber mounting surface 316, it is preferable that the intake hole 514a is located on the first connection surface 5141.

It is preferable that the intake hole 514a is located at a portion not covered by clothing. To this end, the intake hole 514a is located on the upper part of the support body 51 because it is a place where the intake of external air is easy. Therefore, it is preferable that the intake hole 514a is located closer to the fastening part 52 than to the bottom surface 516 of the body.

As shown in FIG. 9 , each of the first support surface 511 and the second support surface 512 is provided with an exhaust hole 517 through which air is discharged and a discharge hole 518 through which moisture is discharged.

As shown in FIG. 9, the first support surface 511 is fixed to the base 513 to support the upper part of the clothing or one of the left and right parts of the clothing, the first upper surface 511a, and a first side surface 511b extending from the first upper surface 511a, and the second support surface 512 is fixed to the base 513 to support the upper part of the clothing or the other side of the clothing. It may be provided to include a second upper surface 512a for support, and a second side surface 512b extending from the second upper surface 512a and positioned on a sleeve of clothing.

The first upper surface 511a and the second upper surface 512a are inclined so as to hold various types of clothing regardless of their sizes. The first side surface 511b and the second side surface 512b have a different angle from the first upper surface 511a and the second upper surface 512a, and the first upper surface 511a and the second upper surface 511a have different angles. It may be formed to extend from the upper surface 512a, respectively.

As shown in FIG. 9, the first side 511b and the second side 512b are Each of the first upper surface 511a and the second upper surface 512a may be inclined steeply or may be formed to extend vertically. Except for the part of the clothing supported by the first upper surface 511a and the second upper surface 512a, the maximum tension is applied to the clothing using the weight of the clothing mounted on the hanger 5. This is to remove wrinkles of clothing by applying.

In addition, the first upper surface 511a and the second upper surface 512a of the clothes mounted on the hanger 5 are not supported by the first upper surface 512a in order to supply air and / or moisture (steam) as much as possible. It is preferable that the first side surface 511b and the second side surface 512b be inclined or extend perpendicularly in directions different from the first upper surface 511a and the second upper surface 512a.

The exhaust hole 517 includes a first exhaust hole 517a provided on the first upper surface 511a and the second upper surface 512a, respectively, and the first side surface 511b and the second side surface 512b. ) may be provided to include at least one of the second exhaust holes 517b provided at each and the third exhaust holes 517c provided to pass through the bottom surface 516 of the body.

Meanwhile, the discharge hole 518 is a first discharge hole 518a provided on the first upper surface 511a and the second upper surface 512a, respectively, and the first side surface 511b and the second side surface 511b. (512b) may be provided to include at least one of the second discharge hole 518b provided at each and the third discharge hole 518c provided to pass through the bottom surface 516 of the body. 9, the exhaust hole 517 is provided as the first exhaust hole 517a, the second exhaust hole 517b, and the third exhaust hole 517c, and the exhaust hole 518 is the first exhaust hole. 518a, the second discharge hole 518b, and the third discharge hole 518c are all included as an example.

Meanwhile, the first connection surface 5141 and the second connection surface 5142 may be provided in a shape gently bent toward the front of the hanger 5 . This is to reinforce the strength of the support body 51. Also, this is to position the discharge hole 518 in a direction away from the door chamber mounting surface 316 .

On the other hand, referring to FIGS. 7 to 9, in order to minimize the increase in flow resistance by the clothes hanging on the support body 51 closing the exhaust hole 517 and the exhaust hole 518, the hanger ( 5) may further include spacers 6a and 6b maintaining a distance between the clothing and the support body 51 .

The spacers 6a and 6b are fixed to the first spacer 6a provided on the support body 51 to maintain a distance between the clothing and the first support surface 511 and the support body 51 It may be provided to include a second spacer 6b maintaining a distance between the clothing and the second support surface 512 .

The first spacer 6a includes a first seating body 61 for supporting clothes and a first fixing part 62 fixing the first seating body 61 to the first support surface 511. The second spacer 6b includes a second seating body 65 for supporting clothes and a second fixing part 66 for fixing the second seating body 65 to the second support surface 512 It may be provided to include.

The first fixing part 62 is provided in the form of a bar fixing the first seating body 61 to the first upper surface 511a, and the second fixing part 66 is provided in the form of a bar. The seating body 65 may be provided in the form of a bar fixing the second upper surface 512a.

The first seating body 61 is provided with a passage through which the fluid supplied from the first exhaust hole 517a and the first exhaust hole 518a provided on the first upper surface 511a passes. A through hole 611 is provided. Similarly, the second seating body 65 provides a passage through which the fluid supplied from the first exhaust hole 517a and the first exhaust hole 518a provided on the second upper surface 512a passes. A mounting body through-hole 651 is provided.

The first spacer 6a is further provided with a first upper support part 63 provided to connect the upper end of the first seating body 61 and the first support surface 511 to support a part of the upper part of the clothing. The second spacer 6b is provided to connect the upper end of the second seating body 65 and the second support surface 512, and a second upper support part 67 supporting another part of the upper part of the clothing may be further provided.

As described above, the intake hole 514a should be provided at a position not covered by clothing. When the first upper support part 63 and the second upper support part 67 are provided, the intake hole 514a is provided to be located between the first upper support part 63 and the second upper support part 67 can be

FIG. 10 shows the supply tank 558 and the tank mounting part 514b provided on the support body 51 and accommodating the supply tank 558 .

The supply tank 558 is fixed to the support body 51 through the tank mounting portion 514b provided on the connection surface 514 . A drain port 558a is provided on the bottom surface of the supply tank 558, and the opening of the drain port 558a is controlled by a valve 558b. The valve 558b may be provided as a check valve.

The supply passage 559 includes an actuator 559a that opens the drain port 558a by operating the valve 558b, a connection pipe 559b that connects the actuator 559a and the water generator 556, and It may be provided to include a connection pipe valve 559c that controls opening and closing of the connection pipe 559b.

As shown in FIG. 10, when the supply tank 558 is inserted into the tank mounting portion 514b, the actuator 559a operates the valve 558b to open the drain port 558a. When the drain hole 558a is opened, water inside the supply tank 558 flows into the connection pipe 559b, and when the connection pipe valve 559c opens the connection pipe 559b, the water generator 556 ) will move to

Referring to FIG. 11 , the air supply unit 53 may include an air supply body 531 equipped with an air passage 532 (see FIG. 13(a)). The air supply body 531 may be provided in any shape as long as it can be inserted into the support body 51, and when the body bottom surface 516 is separated from the support body 51, the support body (51) It is preferable to be inserted into the inside or provided to be drawn out from the inside of the support body (51).

The air passage 532 is a passage connecting the intake hole 514a and the exhaust hole 517 . The air flow path 532 is connected to the intake hole 514a through the intake hole connection part 533 and is connected to the exhaust hole 517 through the exhaust hole connection parts 534 , 535 , and 536 . That is, the exhaust hole connecting portion is provided to pass through the air supply body 531 and connects the air flow path 532 to the first exhaust hole 517a, the first exhaust hole communication hole 534, the air flow path A second exhaust hole communication hole 535 connecting 532 with the second exhaust hole 517b, and a third exhaust hole communication hole connecting the air passage 532 with the third exhaust hole 517c. (536, see FIG. 13(a)).

The air supply body 531 may include a fan 537 and a heater 538 (first heater).

As shown in FIG. 11 , the fan 537 is a means for introducing outside air into the air passage 532 through the intake hole 514a and the intake hole connecting portion 533, and the intake hole connecting portion 533 It may be provided to include an impeller (537a) located in and an impeller motor (537b) fixed to the air supply body or the support body to rotate the impeller. The rotational center of the impeller 537a may be positioned at the center of a rotational shaft provided in the motor 537b (or the center of the intake hole connection part 533, or the center of the intake hole 514a).

The heater 538 is a means for heating the air passing through the impeller 537a, and the heater 538 may be provided as a C-shaped heating element (an electric resistor converting electrical energy into thermal energy). The heater 538 is provided in a shape surrounding the circumferential surface of the impeller 537a (or a shape surrounding the edge of the intake hole connection part) so that the C-shaped open portion faces the fastening part 52 ( facing the top of the air supply body).

This is to prevent the fastening part 52 from being heated by the air heated by the heater 538 . In addition, when the fan 537 rotates, air is introduced through the intake hole 514a along the rotational direction of the fan 537, that is, the forward and backward direction of the hanger 5, and then the fan 537 It will be discharged through the side and move to the air passage 532. Such a fan may be referred to as a sirocco fan. That is, the air introduced along the rotating shaft of the fan 237 or the rotating shaft of the motor 537b is discharged to the outside through the side of the fan perpendicular to the rotating shaft.

Accordingly, the intake hole 514a may be provided on one surface of the support body 51 and the exhaust hole 517 may be provided on the other surface or more of the support body 51 .

That is, the intake hole 514a is provided on the first connection surface 5141, while the exhaust hole 517 is provided on the first upper surface 511a, the second upper surface 512a, the first It may be provided on the side surface 511b, the second side surface 512b, and the bottom surface 516 of the body.

This is just an example, and other types of fans may be used as long as they can introduce air through the suction hole 514a and move the air to the air passage 532 .

The heater 538 may be located closer to the suction hole 514a than to the exhaust hole 517 . Specifically, the heater 538 may be adjacent to the fan 537 so as to surround a portion thereof. This is not only to effectively heat the air discharged from the fan 537 before it is dissipated, but also to prevent the heater 538 from overheating. That is, the air discharged from the fan 537 receives heat from the heater 538, so that the heater 538 can be prevented from being overheated and damaged.

Referring to FIG. 12, an air supply unit 53 for supplying air to clothes supported by the support body 51 and a water supply unit 55 for supplying moisture or steam to clothes are provided inside the support body 51. may further include.

The water supply unit 55 includes a water generator 556 that generates water or steam, and a water passage (552, see FIG. 13 (b)) that moves the water or steam generated in the water generator 556 to be discharged to the outside. A water supply body 551 forming a water supply tank (558, see FIG. 8) for supplying water to the water generator 556 and a supply passage 559 for supplying water from the supply tank 558 to the water generator. ) may be included. 12 shows the rest except for the supply tank 558 described above.

The air supply unit 53 may be located behind the water supply unit 55 . This is to reduce the movement path of air and moisture (or steam) in consideration of the positions of the exhaust hole 517 and the discharge hole 518. This is because the longer the moving path, the greater the heat loss of air and moisture. Therefore, specifically, the water supply body 551 will be located in front of the air supply body 531.

The highest height of the water supply body 551 may be smaller than the highest height of the air supply body 531. This is to consider the connection between the intake hole connecting portion 533 located above the air supply body 531 and the intake hole 514a.

Since the water generator 556, the supply tank 558, and the supply passage 559 are located inside the support body 51, at least one of the air supply body 531 and the water supply body 551 The water generator 556, the supply tank 558, and the supply passage 559 may be provided with a receiving part 56 providing a space to be accommodated.

12 shows a generator accommodating part 562 provided in the water supply body 551 to provide a space in which the water generator 556 is accommodated, and the air supply body 531 provided with the accommodating part 56 As an example, a case in which the supply tank 558 is provided with a tank accommodating portion 561 providing a space in which the supply tank 558 is accommodated is shown.

10 and 12, the accommodating part 562 is provided with a groove in which the bottom surface of the water supply body 551 is bent toward the upper surface of the water supply body 551, and the tank accommodating part ( 561) shows a case where the bottom surface of the air supply body 531 is provided with a groove bent toward the upper surface of the air supply body 531 as an example.

When the tank mounting part 514b is located at a higher point than the water generator 556 (supplying water from the supply tank to the water generator without a pump), the height of the tank accommodating part 561 is equal to that of the generator accommodating part 562 should be set higher than the height of

The tank mounting portion 514b provided on the connection surface forms a passage through the connection surface 514 to be connected to the tank receiving portion 561, and the valve 558b of the supply tank 558 When the supply tank 558 is inserted into the accommodating portion 56 through the tank mounting portion 514b, it is coupled to the actuator 559a.

Specifically, FIGS. 10 and 12 show an example in which the supply tank 558 is inserted into the tank accommodating part 561 through the tank mounting part 514b.

When the generator accommodating part 562 is provided, the water supply pipe 557 supplies water through both sides of the generator accommodating part 562 (left and right sides of the generator accommodating part parallel to the height direction of the storage body). may be provided to do so. This is to maintain a similar amount of moisture supplied to the discharge hole 518 provided on the first support surface 511 and the discharge hole 518 provided on the second support surface 512 .

Inside the support body 51, an air supply unit 53 for moving the air (heated air or unheated air) introduced into the intake hole 514a to the exhaust hole 517, moisture (heated steam or A water supply unit 55 generating and supplying unheated steam) to the discharge hole 518 may be further provided.

As shown in FIG. 13 (a), the air supply unit 53 may include an air supply body 531 having an air passage 532. The air supply body 531 may be provided in any shape as long as it can be inserted into the support body 51, and when the body bottom surface 516 of the support body is separated from the support body 51 It is preferable to be inserted into the support body 51 or provided to be drawn out from the inside of the support body 51 .

The air passage 532 is a passage connecting the intake hole 514a and the exhaust hole 517 . The air flow path 532 is connected to the intake hole 514a through the intake hole connection part 533 and is connected to the exhaust hole 517 through the exhaust hole connection parts 534 , 535 , and 536 . That is, the exhaust hole connecting portion is provided to pass through the air supply body 531 and connects the air flow path 532 to the first exhaust hole 517a, the first exhaust hole communication hole 534, the air flow path A second exhaust hole communication hole 535 connecting 532 with the second exhaust hole 517b, and a third exhaust hole communication hole connecting the air passage 532 with the third exhaust hole 517c. (536).

The air supply body 531 may include a fan 537 and a heater 538 (first heater).

As shown in FIG. 8 , the fan 537 is a means for introducing outside air into the air passage 532 through the intake hole 514a and the intake hole connecting portion 533, and the intake hole connecting portion 533 It may be provided to include an impeller (537a) located in and an impeller motor (537b) fixed to the air supply body or the support body to rotate the impeller. The rotational center of the impeller 537a may be positioned at the center of the intake hole connection part 533 .

The heater 538 is a means for heating the air passing through the impeller 537a, and the heater 538 may be provided as a C-shaped heating element (an electric resistor converting electrical energy into thermal energy). The heater 538 is provided in a shape surrounding the circumferential surface of the impeller 537a (or a shape surrounding the edge of the intake hole connection part) so that the C-shaped open portion faces the fastening part 52 ( facing the top of the air supply body).

The water supply unit 55 may include a water supply body 551 having a water passage 552 therein. The water supply body 551 may be provided in any shape as long as it can be inserted into the support body 51, and when the body bottom surface 516 of the support body is separated from the support body 51 It is preferable to be inserted into the support body 51 or provided to be drawn out from the inside of the support body 51 .

As shown in FIG. 13(b), the moisture passage 552 is a passage for supplying moisture supplied from the moisture generator 556 to the discharge hole 518. Discharge hole connection parts 553 , 554 , and 555 connected to the discharge hole 518 are provided in the water passage 552 .

That is, the discharge hole connecting portion is provided to penetrate the water supply body 551 and connects the water passage 552 to the first discharge hole 518a, the first discharge hole communication port 553, the water passage A second discharge hole communication port 554 connecting 552 to the second discharge hole 518b, and a third discharge hole communication port connecting the water passage 552 to the third discharge hole 518c. (555).

The moisture generator 556 may be provided as a steam generator that generates heated steam or may be provided as a mist generator that generates unheated steam (mist, etc.). 13(b) shows a case where the moisture generator 556 is provided as a steam generator as an example.

The water generator 556 of FIG. 13 (b) provides a space for storing water and includes a storage body 556a positioned inside the support body 51, a heater 556b for heating the water inside the storage body, and a second storage body 556b. 2 heater) may be provided.

The water generator 556 is connected to the water passage 552 through a water supply pipe 557, and a valve (not shown) controls the movement of water to the water passage 552 in the water supply pipe 557. may be provided.

Referring to FIGS. 8 and 13 , the water generator 556 receives water stored in the supply tank 558 through the supply passage 559 .

The supply tank 558 provides a space for storing water and may be detachably fixed to the support body 51, and the supply passage 559 stores water stored in the supply tank 558. It may be guided to the storage body 556a.

The supply tank 558 is fixed to the support body 51 through the tank mounting portion 514b provided on the connection surface 514 . A drain port 558a is provided on the bottom surface of the supply tank 558, and the opening of the drain port 558a is controlled by a valve 558b. The valve 558b may be provided as a check valve.

The supply passage 559 includes an actuator 559a that opens the drain port 558a by operating the valve 558b and a connection pipe 559b that connects the actuator 559a and the storage body 556a of the water generator. ), and a connection pipe valve 559c for controlling the opening and closing of the connection pipe 559b.

As shown in the figure, when the supply tank 558 is inserted into the tank mounting portion 514b, the actuator 559a operates the valve 558b to open the drain port 558a. When the drain hole 558a is opened, water inside the supply tank 558 flows into the connection pipe 559b, and when the connection pipe valve 559c opens the connection pipe 559b, the storage body 556a ) will move to

Since the water generator 556, the supply tank 558, and the supply passage 559 are located inside the support body 51, at least one of the air supply body 531 and the water supply body 551 The water generator 556, the supply tank 558, and the supply passage 559 may be provided with a receiving portion 56 providing a space to be accommodated.

Referring to FIG. 13 (b), the accommodating part 56 is provided in the water supply body 551 to provide a space in which the water generator 556 is accommodated, the generator accommodating part 562, and the air supply A case in which the body 531 is provided with a tank accommodating portion 561 providing a space in which the supply tank 558 is accommodated is illustrated as an example.

The generator accommodating portion 562 is provided with a groove in which the bottom surface of the water supply body 551 is bent toward the upper surface of the water supply body 551, and the tank accommodating portion 561 is the air supply body ( 531) is shown as an example when the bottom surface is provided with a groove bent toward the upper surface of the air supply body 531.

When the tank mounting part 514b is located at a higher point than the water generator 556 (supplying water from the supply tank to the water generator without a pump), the height of the tank accommodating part 561 is equal to that of the generator accommodating part 562 should be set higher than the height of

The tank mounting portion 514b provided on the connection surface forms a passage through the connection surface 514 to be connected to the tank receiving portion 561, and the valve 558b of the supply tank 558 When the supply tank 558 is inserted into the tank accommodating portion 561 through the tank mounting portion 514b, it is coupled to the actuator 559a.

When the generator accommodating part 562 is provided, the water supply pipe 557 supplies water through both sides of the generator accommodating part 562 (left and right sides of the generator accommodating part parallel to the height direction of the storage body). may be provided to do so. This is to maintain a similar amount of moisture supplied to the discharge hole 518 provided on the first support surface 511 and the discharge hole 518 provided on the second support surface 512 .

13 and 14, the above-described impeller motor 537b, the heater 538 of the air supply unit, and the heater 556b of the moisture generator are connected to the fastening part terminal 521 provided on the fastening part 52. It may be provided to receive power through.

As described above, the door chamber mounting surface 316 may include a support body mounting portion 39 for supporting the hanger 5 including the cabinet hanger H. In addition, when the fastening part 52 is provided to be fixed to the support body mounting part 39 provided in the door chamber, the support body mounting part 39 has a support bar connecting the fastening part terminal 521 and power. A terminal 393 should be provided.

That is, the support body mounting part 39 is provided to include a support bar 391 fixed to the door chamber mounting surface 316 and a mounting groove 392 provided on the support bar and in which the fastening part 52 is seated. It can be. In this case, the support bar terminal 393 is fixed inside the mounting groove 392 and is provided as a conductor connected to a power source, and the fastening part terminal 521 has the fastening part 52 attached to the mounting groove 392. It may be provided as a conductor that contacts the support bar terminal 393 when inserted into the.

In addition, the hanger 5 may be provided with a power connection line (not shown) capable of supplying external power to the hanger 95 in order to be used independently from the clothes handling device 100 .

14 shows a case where the fastening part 52 is provided in the form of a hook fixed to the base 513, and the fastening part 52 extends from the base 513 to the door chamber mounting surface 316. It may also be provided with a fastening bar protruding toward.

Meanwhile, referring to FIGS. 12 to 14 , the moisture generator 556 may be spaced apart from the supply tank 558 by a predetermined distance and positioned below the supply tank 558 . This is to prevent the water in the supply tank 558 from being unnecessarily heated by the heater 556b of the water generator. This is to prevent the water stored in the supply tank from being contaminated due to heating.

The water generator 556 may be supported by the water supply body 551 or the support body 51 and positioned in the generator accommodating part 562 . Considering the repair and disassembly of the hanger 5, the water generator 556 may be coupled to be supported by the water supply body 551 rather than the support body 51.

Meanwhile, in the hanger 5 having the aforementioned structure, when the amount of water stored in the supply tank 558 changes, when the amount of water stored in the water generator 556 changes, or when the rotational speed of the impeller 537a increases. Center of gravity may vary.

If the center of gravity of the hanger 5 is not kept constant, the clothes mounted on the hanger 5 rotate around the fastening part 52 (when the hook-shaped fastening part is provided, the hanger is tilted). phenomenon), a decrease in durability of the fastening part 52 or the mounting hole 394, or a problem that power is not supplied to the hanger 5 (when a fastening bar-shaped fastening part is provided) may occur.

In addition, in the above-described laundry handling apparatus 100, clothes or accessories stored in the door chamber 312 can be checked from the outside through the transparent body 342 of the second door 34. If is in a tilted state or the mounting hole 394 is damaged, a problem of deteriorating the aesthetics of the laundry treatment apparatus may occur.

In order to solve the above-described problem, the center of gravity of the heavy components constituting the hanger 5 is set at the boundary (P1, first boundary) between the base 513 and the first support surface 511. ) and the boundary P2 (second boundary) of the base 513 and the second support surface 512.

14 shows the center of gravity of the fan 537, the center of gravity of the heater 538 of the air supply unit, the center of gravity of the water generator 556, and the center of gravity of the supply tank 558 as the first boundary P1) and the case of placing between the second boundary (P2) is shown as an example. In order to minimize the change in the center of gravity of the hanger 5, the center of gravity of the fan 537, the center of gravity of the heater 538 of the air supply unit, the center of gravity of the moisture generator 556, and the supply tank ( 558) may be arranged so that the center of gravity is located on a vertical line P3 passing through a point where the fastening part 52 is fixed to the base 513.

Since the structure shown in FIG. 14 relates to an example, the center of gravity of the fan 537, the center of gravity of the heater 538 of the air supply unit, the center of gravity of the water generator 556, and the supply tank 558 Only two or three centers of gravity of the center of gravity may be disposed between the first boundary P1 and the second boundary P2 or disposed on the vertical line P3. This is to prepare for the fact that the fastening part 52 is mounted on a hanger that is generally not fixedly mounted and driven independently.

If the center of gravity of the hanger 5 is biased to one side instead of the lower part of the fastening part, that is, between the first boundary P1 and the second boundary P2, unnecessary torque is generated around the fastening part. because it will

In order to prevent this, the center of gravity of the fan 537 and the center of gravity of the water generator 556 are disposed between the first boundary P1 and the second boundary P2, or the vertical line P3 It can be arranged so as to be located on top.

In addition, the center of gravity of the water generator 556 and the center of gravity of the supply tank 558 are disposed between the first boundary P1 and the second boundary P2, or on the vertical line P3. It may be arranged to be positioned.

In addition, the center of gravity of the water generator 556, the center of gravity of the supply tank 558, and the center of gravity of the fan 537 are located between the first boundary P1 and the second boundary P2. Alternatively, it may be arranged to be located on the vertical line P3.

In addition, the center of gravity of the moisture generator 556, the center of gravity of the fan 537, and the center of gravity of the heater 538 of the air supply unit are between the first boundary P1 and the second boundary P2. It may be arranged to be positioned, or may be arranged to be positioned on the vertical line P3.

Meanwhile, the center of gravity of the fan may be replaced by the center of rotation of the impeller.

The center of gravity of the fan 537 is determined by the center of gravity of the impeller 537a and the center of gravity of the impeller motor 537b, and the center of gravity of the impeller motor 537b is the center of rotation of the impeller 537a. may not match.

When the center of gravity of the impeller motor 537b does not coincide with the center of rotation of the impeller 537a, the center of rotation of the impeller 537a is placed between the first boundary P1 and the second boundary P2. It is preferable to arrange or arrange to be located on the vertical line (P3). The aesthetic sense of the clothes hanger 5 (the position of the intake hole) and the intake hole 514a are introduced into the exhaust hole 517 provided on the first support surface 511 and the second support surface 512, respectively. This is because, considering the amount of air, it is preferable to match the center of gravity of the impeller with the center of gravity of other components rather than the center of gravity of the impeller motor.

That is, at least two centers of gravity among the center of rotation of the impeller 537a, the center of gravity of the heater 538 of the air supply unit, the center of gravity of the water generator 556, and the center of gravity of the supply tank 558 are It may be disposed between the first boundary P1 and the second boundary P2 or disposed on the vertical line P3.

15 shows another example of a hanger 5 of the present disclosure. As shown in FIG. 15 , when the fastening part 52 is provided in the form of a fastening bar, the fastening part terminal 521 should be provided at a free end of the fastening bar. In this case, the support body mounting portion 39 includes a mounting hole 394 provided on the door chamber mounting surface 316 and into which the fastening bar is inserted, and a door terminal 395 provided inside the mounting hole and connected to a power source. may be provided to do so.

Referring to FIGS. 7 and 15 , it is preferable that the intake hole 514a be located in an area where intake of external air is not hindered by clothing as much as possible. For example, when the above-described first upper support part 63 and the second upper support part 67 are provided, the intake hole 514a is connected to the first upper support part 63 and the second upper support part 67. It may be provided to be located between.

Specifically, the uppermost end of the intake hole 514a is located above the straight line H connecting the first upper support part 63 and the second upper support part 67, and the lowermost end of the intake hole 514a is The first upper support portion 63 and the second upper support portion 67 may be provided to be positioned below a straight line H connecting the second upper support portion 67 .

Although not shown in the drawing, the center of the intake hole 514a may be positioned on a horizontal line H connecting the first upper support part 63 and the second upper support part 67.

This means that the heated air coming out of the first exhaust hole 517a provided on the first upper surface 511a and the second upper surface 512a is sucked back through the intake hole 514a as soon as it is discharged. is to prevent In addition, to prevent moisture or steam from the first discharge hole 518a provided on the first upper surface 511a and the second upper surface 512a from being directly sucked through the intake hole 514a. It is for In addition, in order to prevent the water in the supply tank 558 from being unnecessarily heated, it is necessary to space the heater 538 and the supply tank 558 apart. Therefore, the intake hole 514a is spaced apart from the supply tank 558 to minimize heating of the area where the fastening part 52 is located.

Although not mentioned in the above-described embodiment, the cabinet hanger H may be mounted on the support body mounting portion 39 .

Since the above-described structure of the clothes hanger and clothes handling device and the control method thereof relate to embodiments, the scope of rights of the present application is not limited to the above-described embodiments.

100: clothes handling device 1: main body 11: cabinet
111: first bulkhead 111a: air intake hole 111b: air supply hole
111c: water supply hole 112: water supply tank 113: water supply passage
114: water supply valve 115: drain tank 116: drain passage
117: pump 12: cabinet chamber 121: cabinet inlet
15: second supply unit 16: second machine room 17: hanger support unit
171: first body 172: first connection body 173: second connection body
174: second body 176: rail 177: block
3: door 311: first door body 312: door chamber
313: door inlet 316: door chamber mounting surface 316a: shelf support
317: first device chamber 318: second device chamber 32: shelf
34: second door 341: second door body 342: transparent body
35: first hinge 36: second hinge 371: first euro
372: heat exchanger 373: heat absorbing fin 374: heating fin
375: first fan 377: second fan 378: heating unit
5: hanger 513: base 511: first support surface
511a: first upper surface 511b: first side surface 512: second support surface
512a: second upper surface 512b: second side surface 514: connection surface
514b: tank mounting part 518: discharge hole 516: bottom surface
52: fastening part 53: air supply part 531: air supply body
532: air flow path 533: intake hole connection portion 534: first exhaust hole communication port
536: third exhaust hole communication port 537: fan 537b: impeller motor
538: heater 551: water supply body 552: water passage
553: first discharge hole communication port 555: third discharge hole communication port 557: water supply pipe
558: supply tank 561: tank accommodating part 562: generator accommodating part
6a: first spacer 6b: second spacer 61: first seating body
611: first seating body through hole 62: first fixing part 63: first upper support part
65: second seating body 651: second seating body through-hole 67: second upper support

Claims (23)

A support body including a base, first support surfaces and second support surfaces extending obliquely from both sides of the base, and connection surfaces connecting the base, the first support surface, and the second support surfaces, and supporting clothes. ;
an intake hole provided on the connecting surface to allow air to flow into the support body;
Exhaust holes provided on the first support surface and the second support surface to discharge the introduced air;
Discharge holes provided on the first support surface and the second support surface;
an air passage provided in the support body to communicate the intake hole and the exhaust hole; and
a moisture generator provided in the support body to generate moisture and discharge the moisture through the discharge hole;
The intake hole is
Hanger, characterized in that located between the first support surface and the second support surface in the width direction of the support body and between the base and the water generator in the height direction of the support body. According to claim 1,
The connecting surface is
A first connection surface forming the front surface of the support body and a second connection surface forming the front surface of the support body,
The intake hole is
A hanger, characterized in that located on the first connection surface. According to claim 1,
At least a portion of the intake hole
Hanger, characterized in that located above the exhaust hole and the exhaust hole. According to claim 1,
The first support surface is
A first upper surface fixed to the base to support one of the left and right sides of the clothing, and a first side surface extending from the first upper surface,
The second support surface is
A hanger comprising a second upper surface fixed to the base and supporting the other side of the clothes, and a second side surface extending from the second upper surface. According to claim 4,
The inclination of the first upper surface and the first side surface is
different from each other based on the base,
The inclination of the second upper surface and the second side surface is
Hangers, characterized in that they are different from each other based on the base. According to claim 4,
the exhaust hole
A first exhaust hole provided on each of the first upper surface and the second upper surface, and a second exhaust hole provided on each of the first side surface and the second side surface,
At least a portion of the intake hole
Hanger, characterized in that located above the first exhaust hole. According to claim 6,
The first exhaust hole and the second exhaust hole are each provided in plurality,
Hanger, characterized in that the number of the plurality of first exhaust holes is greater than the number of the plurality of second exhaust holes. According to claim 6,
The discharge hole is
It includes a first discharge hole provided on each of the first upper surface and the second upper surface, and a second discharge hole provided on each of the first side surface and the second side surface,
At least a portion of the intake hole
A hanger, characterized in that located above the first discharge hole. According to claim 8,
The first discharge hole and the second discharge hole are each provided in plurality,
Hanger, characterized in that the number of the plurality of first discharge holes is greater than the number of the plurality of second discharge holes. According to claim 8,
The first exhaust hole is located behind the first exhaust hole,
The second exhaust hole is a hanger, characterized in that located behind the second exhaust hole. According to claim 8,
The support body
Hanger characterized in that it further comprises; a bottom surface connecting the first side, the second side, and the connection surface. According to claim 11,
the exhaust hole
It further includes; a third exhaust hole provided to penetrate the bottom surface;
The discharge hole is
Hanger characterized in that it further comprises; a third discharge hole provided to penetrate the bottom surface. According to claim 12,
The third exhaust hole is a hanger, characterized in that located behind the third exhaust hole. According to claim 1,
The size of the exhaust hole is
Hanger, characterized in that larger than the size of the discharge hole. According to claim 1,
The exhaust hole and the exhaust hole are each provided in plurality,
The plurality of exhaust holes and the plurality of exhaust holes
The first support surface and the second support surface are arranged side by side with each other,
The plurality of exhaust holes are
A hanger, characterized in that located at the rear of the plurality of discharge holes. According to claim 1,
Further comprising a water passage provided in the support body and connecting the discharge hole and the water generator,
The water passage is a hanger, characterized in that located at the rear of the air passage. According to claim 1,
The support body
A hanger, characterized in that provided in a convex curved shape toward the rear of the support body. According to claim 1,
The hanger characterized in that it further comprises a; fan provided in the support body to introduce air through the intake hole. According to claim 18,
said fan
Hanger, characterized in that located closer to the intake hole than the exhaust hole. According to claim 18,
A heater for heating the air past the fan; further comprising,
the heater
Hanger, characterized in that located closer to the intake hole than the exhaust hole. According to claim 1,
Hanger characterized in that it further comprises; a ring-shaped fastening portion provided on the upper portion of the support body to suspend the support body. According to claim 1,
The length of the support body in the left and right directions is
Hanger, characterized in that longer than the length of the front and rear direction of the support body. a cabinet provided with a cabinet chamber providing a space in which clothes are accommodated and a cabinet inlet communicating the cabinet chamber with the outside;
a supply unit supplying at least one of air and steam to the cabinet chamber;
a first door capable of opening or closing the inlet of the cabinet;
a door chamber provided in the first door to provide a space in which clothes are accommodated;
a second door capable of opening or closing the door chamber; and
Including; a hanger detachably provided in the cabinet chamber or the door chamber,
The hanger is
A support body including a base, first support surfaces and second support surfaces extending obliquely from both sides of the base, and connection surfaces connecting the base, the first support surface, and the second support surfaces, and supporting clothes. ;
an intake hole provided on the connecting surface to allow air to flow into the support body;
Exhaust holes provided on the first support surface and the second support surface to discharge the introduced air;
Discharge holes provided on the first support surface and the second support surface;
an air passage provided in the support body to communicate the intake hole and the exhaust hole; and
a moisture generator provided in the support body to generate moisture and discharge the moisture through the discharge hole;
The intake hole is
and disposed between the first support surface and the second support surface in the width direction of the support body and between the base and the moisture generator in the height direction of the support body.

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