KR20100045084A - A apparatus for removing rumple of clothes - Google Patents

Abstract

PURPOSE: An apparatus for removing the wrinkles of clothes is provided to enhance the efficiency of a receiving space by eliminating the need to install both an iron and a support plate and to reduce fire risk by omitting a heating plate of a metal material. CONSTITUTION: An apparatus for removing the wrinkles of clothes comprises a settling unit(100), cases(210,310), a first space, a fan motor assembly, a second space, a steam storage and a blocking device. Steam is passed to the first space to be discharged to the outside. The fan motor assembly discharges the steam to the rear of the case. The steam storage comprises a steam spray hole. The steam is discharged through the steam spray hole to the first space. The blocking device selectively closes the steam spray hole.

Description

A device for removing rumple of clothes}

The present invention relates to a garment wrinkle remover.

In general, iron is used to remove clothes from wrinkles. An iron is a device used to stretch and wrinkle wrinkles of clothing using heat and pressure. The iron is provided with a heating plate made of metal material heated by various heat sources such as charcoal, electricity and gas, and a handle formed on the upper side of the heating plate. Thus, the user can hold the handle and press the garment with the heating plate to spread wrinkles or pleat the garment. At this time, the user may use the iron by putting the clothes on the iron plate of the flat plate shape so that the wrinkles of the clothes can be spread more smoothly.

In recent years, a steam iron has been introduced, in which steam is injected from the lower portion of the heating plate so that ironing can be performed smoothly. In detail, the steam iron is formed to iron clothes by using steam generated by heating water, and further comprising heating means and water supply (storage) means for generating water by heating water in the configuration of the iron. And, the heating plate is characterized in that the steam injection port is formed so that the steam is injected.

The steam iron is a hot steam is sprayed on the clothes to make the fabric flexible, so the effect of spreading the wrinkles of the clothes is much more excellent. Therefore, even if the user irons with a small force, it is possible to straighten or wrinkle the garment.

The prior art as described above has the following problems.

To iron your clothes neatly, you'll need an iron with a heating plate and an ironing board to put your clothes on. Therefore, there is a problem that the storage space becomes insufficient because both the iron and the ironing board should be provided at home.

In addition, the heating plate is heavy because it is formed of a metal material having good thermal conductivity. Moreover, steam irons are heavier than conventional dry irons because they are equipped with a water reservoir for storing water. Therefore, the user has a great inconvenience because the user has to use the iron after lifting a heavy iron.

In addition, in order to straighten or wrinkle the garment, it must be pressed with an iron, so when ironing a plurality of garments, the user takes a lot of effort.

In addition, when a long time passes while the heating plate is interviewed with the clothing, there is a problem that the clothing is ignited and there is a risk of fire.

The present invention has been proposed to solve the above problems, and an object of the present invention is to provide a clothes wrinkle removal device that can unfold clothes even in the absence of an iron.

Moreover, it aims at providing the garment wrinkle removal apparatus which can save a storage space.

In addition, it is an object of the present invention to provide a clothes wrinkle removal device that can be conveniently removed by the user by adjusting the position of the clothes.

It is also an object of the present invention to provide an apparatus for removing wrinkled clothing without the risk of fire.

Clothes wrinkle removal device according to an embodiment of the present invention for achieving the object as described above is a steam passing through, the unit is placed clothing; A case provided below the laying unit and forming an appearance; A first space formed on an upper portion of the case and through which steam supplied to the laying unit or discharged to the outside of the case passes; A fan motor assembly mounted to a case forming the first space and discharging steam to the rear of the case; A second space formed below the case and provided with a steam generator for generating steam by heating water by a heating device; A steam storage space provided inside the second space, stored before the steam generated by the steam generator is supplied to the first space, and having a steam injection port for discharging steam to the first space; And a blocking device provided between the steam storage space and the first space and selectively blocking the steam injection port.

According to the apparatus for removing wrinkled clothes according to an embodiment of the present invention as described above, there is an advantage that wrinkles of clothes can be removed without an iron.

In addition, in removing the wrinkles of clothing, it is not necessary to provide both the iron and the ironing board, there is an advantage that the storage space can be used efficiently.

In addition, there is an effect that the user can remove the wrinkles of the clothes without difficulty because the user only needs to put the clothes on the iron without moving the iron.

In addition, since there is no need for an iron provided with a heating plate made of metal, there is an advantage that there is no risk of fire.

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

1 is a perspective view showing the appearance of the garment wrinkle removal apparatus according to an embodiment of the present invention.

Referring to FIG. 1, the apparatus for removing wrinkled clothes 1 according to an embodiment of the present invention includes a laying unit 100 on which clothing is placed, and a case 210 provided below the laying unit 100 and forming an appearance. , 310 is provided. In detail, the case generates steam by heating water by the upper case 210 and the heating device forming the first space 200 through which the steam supplied to the laying unit 100 or discharged to the outside of the case passes. The lower case 310 is formed to be coupled to form a second space 300 is provided with a steam generator.

In detail, the laying unit 100 is provided in a flat plate shape with an upper surface, and is formed to be completely unfolded when the garment is raised. The laying unit 100 may be provided in various forms to suit the purpose of removing the type of wrinkles or wrinkles, the wrinkles of the garment is stretched or wrinkled by the steam supplied from the lower portion of the laying unit (100).

In addition, the first space 200 is formed below the laying unit 100, and steam generated in the second space 300 is transferred to the laying unit 100 through the first space 200. Is moved. In addition, a rear side of the first space 200 is provided with a fan motor assembly (FIGS. 2 and 230) for discharging the steam in the first space 200 to the outside. The operation of the fan motor assembly (FIGS. 2 and 230) will be described later. In addition, the handle 212 is recessed inwardly on both sides of the upper case 210 so as to easily move the garment wrinkle removing device 1. Thus, the user can lift the garment wrinkle removal device 1 by inserting the hand on the handle 212 and move it to another place.

Meanwhile, the lower case 310 is connected to the upper case 210 by a plurality of coupling devices 240 provided at the lower end of the upper case 210. The front surface of the lower case 310 is provided with a display device 410 that displays the operating state of the garment wrinkle removal device 1, and an operation unit 400 including a plurality of adjusting devices for adjusting the operating state.

In addition, at one side of the lower case 310, a plurality of cords connected to the plug 470 for connecting the power and the external operation devices 480 and 490 are extended.

On the other hand, in the present embodiment, for the convenience of maintenance and cleaning, the laying unit 100, the upper case 210 and the lower case 310 is described as being provided as a separate type, at least two or more in one piece It may be formed.

By the configuration as described above, the user can put the clothes on the laying unit 100 and by operating the operation unit 400 so that the steam is injected, it is possible to remove the wrinkles of the clothes.

Figure 2 is an exploded perspective view showing the configuration of the garment wrinkle removal apparatus according to an embodiment of the present invention, Figure 3 is a cross-sectional view of the garment wrinkle removal apparatus according to an embodiment of the present invention.

2 and 3, the laying unit 100, the upper case 210 and the lower case 310 may be separated and cleaned by the user, and the repair of internal components may be easy. So that it is provided in a decomposable structure.

In detail, in the laying unit 100, a laying unit case 110 having a hole formed therein so as to form an appearance and allowing steam to pass up and down, and a garment to be placed on the laying unit 110 smoothly. The cushion member 130, the pedestal 140 provided on the opened bottom surface of the laying unit case 110 to support the cushion member 130, the laying unit case 110 and the cushion member ( 130 is included to cover the cover sheet 120 to protect the hot steam directly to the clothing.

In detail, the laying unit case 110 may be provided in a rectangular to trapezoidal shape so as to easily iron the garment, and the inside of the laying unit case 110 may be perforated except for the edge to supply steam to a wide area. At this time, the laying unit case 110 may be formed of a plastic, such as excellent heat resistance for the user's safety. In addition, a bottom unit insertion protrusion 111 for coupling with the upper case 210 is protruded from the bottom surface of the base unit case 110.

In addition, the cushion member 130 is formed in a shape corresponding to a hole inside the laying unit case 110, and is fitted to the laying unit case 110. The cushion member 130 is provided to give a cushion feeling when the garment is placed on the laying unit 100 so that the garment can be unfolded smoothly, it is to be provided as a sponge or cotton with good permeability so that steam can pass smoothly. Can be.

On the other hand, the cushion member 130 is supported by a pedestal 140 provided on the bottom surface of the laying unit case 110. In this case, the pedestal 140 may be smoothly passed through the steam supplied from below, the wire may be provided in a grid shape so that the cushion member 130 can be stably supported.

In addition, an upper surface of the laying unit 100 is surrounded by the cover sheet 120. In detail, the cover sheet 120 may be provided with a member of cotton material having good frictional force and permeability so that the garment does not slip when the garment is raised and allows steam to pass smoothly. In addition, the cover sheet 120 is formed to be in close contact with the laying unit case 110 and the cushion member 130, so that the wrinkles are not formed in the cover sheet 120 when the garment is raised.

On the other hand, the first space 200 is provided in the lower side of the laying unit 100 is passed through the steam injected from the second space 300, the discharge port 220 for discharging the steam to the outside.

In the first space 200, the upper case 210 and the fan motor assembly provided at a rear side of the upper case 210 to discharge steam in the first space 200 to the outside ( 230 and a coupling device 240 for allowing the upper case 210 to be tightly coupled to the lower case 310.

In detail, the upper case 210 is coupled to the lower side of the laying unit 100 and is formed to correspond to the shape of the laying unit case 110. And, both the upper surface and the bottom surface is open so that the steam provided from below is smoothly moved to the laying unit 100 provided above. In addition, an exhaust port 220 is formed in the rear surface of the upper case 210 so that steam in the first space 200 may be discharged to the outside. In addition, the exhaust port 220 is provided with a grill 221 to selectively shield the opening. That is, the grill 221 is operated so that the exhaust port 220 can be opened only when the steam in the first space 200 is discharged to the outside.

Then, the fan motor assembly 230 is coupled immediately to the exhaust port 220. The fan motor assembly 230 discharges hot steam to the outside of the first space 200 and is formed to discharge steam to the rear of the garment wrinkle removing device 1 in consideration of the safety of the user. do.

The fan motor assembly 230 includes a fan 232 generating wind, a driving motor 233 coupled to one side of the fan 232 to rotate the fan 232, the fan 232, and the It includes a motor case 231 to protect the drive motor 233 and to guide the steam to escape in the desired direction. The fan motor assembly 230 is coupled so that the center of the fan 232 may be located at the center of the exhaust port 220, and interlocks with the grill 221 to provide steam inside the first space 200. Drain to the outside. That is, the grill 221 is operated to open the exhaust port 220 when the fan motor assembly 230 is operated, and the grill 221 is exhaust port when the fan motor assembly 230 is not operated. Is operated to block 220.

On the other hand, the upper surface of the upper case 210 is formed with a recessed insertion unit insertion groove 211 in which the laying unit 100 is fitted. The placement unit insertion groove 211 is formed to correspond to the shape of the placement unit insertion protrusion 111. In addition, the laying unit 100 and the first space 200 are closely coupled to each other so that no space for steam to leak is formed.

The first space 200 having the above configuration is in close contact with the second space 300 by the coupling device 240. In addition, a rubber packing 260 is provided along the bottom edge of the upper case 210 to prevent steam from leaking between the first space 200 and the second space 300. . The packing 260 is composed of a packing body 261 formed with a width corresponding to the thickness of the upper case 210, and a packing insertion protrusion 262 protruding from the packing body 261 to the upper and lower parts, respectively. The packing insertion protrusion 262 is fitted to the upper case 210 and the lower case 310, respectively.

In addition, a plurality of coupling devices 240 are provided along the lower edge of the upper case 210. The coupling device 240 is formed to be hooked to the lower case 310, the upper case so that the connecting portion 242 and the connecting portion 242 is hinged to the lower end is formed in a hook shape inwardly. It is composed of a hinge portion 241 provided at the lower end of the (210). That is, the connection part 242 is rotated and fitted into the coupling groove 312 provided at the upper end of the lower case 310. In this case, the hinge part 241 is formed at a height such that the packing 260 is compressed to a predetermined thickness when the connection part 242 is coupled to the lower case 310. In other words, when the upper case 210 and the lower case 310 are coupled by the coupling device 240, the packing 260 is compressively deformed to a predetermined thickness. That is, since there is no gap between the first space 200 and the second space 300, steam does not flow out.

As described above, the coupling device 240 may be changed, added, or deleted within the scope of the spirit of the present invention.

On the other hand, the second space 300, the lower case 310 to form an appearance, the steam generator 330 is provided inside the lower case 310 to generate steam, and the steam generator 330 ) Is provided inside the heating unit 350 for heating the water, a blocking device 360 for adjusting the amount of steam supplied to the first space 200, and is provided on the front of the lower case 310 An operation unit 400 for adjusting the operation of the garment wrinkle removing apparatus 1 and a control device 510 for controlling the operation of the garment wrinkle removing apparatus 1 are included.

In detail, the lower case 310 is coupled to be in close contact with the upper case 210 and is formed to correspond to the shape of the upper case 210. A packing groove 311 to which the packing 260 is coupled is recessed at an edge of the upper surface of the lower case 310. That is, the packing inserting protrusion 262 protruding downward from the packing body 261 is coupled to the packing groove 311, and the packing 260 is compressively deformed by the coupling device 240. Since it is in close contact with the case 310, the steam does not leak.

In addition, at the upper edge of the lower case 310, the coupling groove 312 is recessed to correspond to the position and the number of the coupling device 240 is provided. That is, the coupling device 240 is fixed to the hook structure of the connecting portion 242 is fitted into the coupling groove 312. In this case, the coupling groove 312 is formed at a height such that the packing 260 can be compressed to a predetermined thickness when the connection portion 242 is coupled to the coupling groove 312.

In addition, a steam injection port 321 through which steam is discharged upward is formed on the upper surface of the lower case 310. The steam injection port 321 is formed in a slot shape is a plurality of continuously formed on the entire upper surface of the lower case (310). Therefore, steam may be evenly supplied into the first space 200.

The steam injection port 321 is selectively shielded by the blocking device 360. The blocking device 360 is a steam blocking plate 361 for selectively blocking the steam injection port 321, and the steam is formed to correspond to the shape and position of the steam injection port 321 on the steam blocking plate 361. And a solenoid drive device 363 that linearly moves the passage hole 362 and the steam shield plate 362. In detail, the steam blocking plate 361 is in close contact with the upper surface of the lower case 310 is linearly moved in the horizontal direction. Therefore, the steam injection hole 321 is normally blocked by the steam blocking plate 361, but when removing the wrinkles of the clothes, the steam injection hole 321 and the steam passage hole 362 coincides with the steam injection hole 321 is opened. That is, steam may be supplied into the first space 200 only when the steam blocking plate 361 is moved to open the steam injection port 321.

In addition, a front surface of the lower case 310, the power switch 460 for turning on or off the power of the garment wrinkle removal device 1 and the operating state of the garment wrinkle removal device 1 There is provided a display device 410 is displayed, and the operation unit 400 including a plurality of adjustment devices for adjusting the operating state. The garment wrinkle removing apparatus 1 may be operated when the power switch 460 is turned on, even if it is connected to an external power source. The operation unit 400 includes an injection switch 421 for injecting steam through the laying unit 100, a stop switch 422 for stopping steam from being injected, and an inside of the first space 200. A discharge switch 423 for discharging the steam of the outside is included.

In addition, in addition to the switches, a side of the lower case 310 is provided with a spray pedal 480 and a discharge pedal 490 that the user can operate by foot. In detail, the injection pedal 480 is provided to inject steam when the user is stepping on the foot, and to stop the injection of steam when the foot is released. In addition, the discharge pedal 490 is provided to discharge the vapor inside the first space 200 to the outside while the user steps on.

Each of the switches 421, 422, and 423 and the pedals 480 and 490 is operated by being connected to a control device 510 to be described later, and detailed operation thereof will be described later.

In addition, the operation unit 400 is provided with a steam temperature control dial 430 for adjusting the temperature of the steam and a mode control dial 440 for adjusting the appropriate steam temperature and steam injection time according to the type of clothing. In detail, the user may adjust the temperature of the steam supplied to the laying unit 100 according to the degree of wrinkles so that the garment can be ironed properly. For example, the steam temperature may be provided to be adjustable from a minimum of 100 ° C to a maximum of 200 ° C and may be provided to change the temperature according to the rotation angle of the steam temperature adjusting dial 430.

In addition, since there is an optimum steam temperature and steam supply time required to smooth out wrinkles according to the type of clothes, the information is stored in advance in the control device 510 so that ironing is performed according to the set information. can do. For example, when the user rotates the mode adjustment dial 440, steam of about 180 ° C. is sprayed for 15 seconds when the cotton garment mode is selected, and steam of about 120 ° C. is 10 seconds when the nylon garment mode is selected. It can be sprayed about.

On the other hand, the lower case 310 is provided with a steam generator 330 is stored in the water for generating steam. The steam generator 330 is fixed to the bottom surface of the lower case 310 so that one side is in close contact with the inner surface of the lower case 310, the water supply is formed on the outer surface of the lower case 310 It is connected to the valve 333. The water supply valve 333 is positioned higher than the height at which water is stored in the steam generator 330 so that the water supplied flows naturally into the steam generator 330.

In addition, the bottom surface of the steam generator 330 is provided with a quantity detecting device 530 for sensing the amount of stored water. The quantity detecting device 530 may be provided to determine the amount of stored water by detecting a pressure difference applied to the bottom surface of the steam generator 330 according to the amount of water. By displaying the amount of water detected by the quantity detecting device 530 on the display device 410, the user can accurately determine the time when water needs to be replenished and replenish the water.

The steam generator 330 is provided with a heating device 350 for generating steam by heating water. The heating device 350 is formed to be immersed in the stored water, and generates steam by heating the water stored in the steam generator 330 to 100 ° C or more. In this case, the heating device 350 may be provided to be automatically operated to maintain a constant amount of steam in the steam storage space 320.

In addition, one side of the steam generating device 330 is formed with a steam discharge port 331 for discharging the generated steam. That is, the height of the water stored in the steam generator 330 should be maintained to be lower than the height of the steam outlet 331 is formed. Accordingly, when the water stored in the steam generator 330 is evaporated to become steam, the water is moved upward and discharged to the outside of the steam generator 330 through the steam discharge port 331.

The steam discharged through the steam discharge port 331 is temporarily stored in the steam storage space 320. The steam storage space 320 is a space defined as an empty space in the inner space of the lower case 310 except for the steam generator 330, the control device 510, and the like. It may be stored for a predetermined time before moving to the space 200.

In addition, the front of the steam discharge port 331 is blown to rotate the blowing fan 341 and the blowing fan 341 so that the steam discharged from the steam discharge port 331 is moved directly into the first space 200. Motor 342 may be provided. Since the blowing fan 341 generates wind toward the upper side, steam can be efficiently moved upward.

In addition, the inner surface of the lower case 310 may be provided with a steam amount detecting device 520 for detecting the amount of steam in the steam storage space (320). The steam amount detecting device 520 may be formed of a light emitting part and a light receiving part to detect a change in intensity of light to measure the amount of steam. In addition, the control device 510 may control the operation of the heating device 350 and the blowing motor 342 according to the steam information detected by the steam amount detecting device 520. For example, the control device 510 may operate the heating device 350 so that the amount of steam in the steam storage space 320 is maintained above a minimum level.

In addition, a temperature sensor (not shown) may be provided on an inner surface of the lower case 310 to detect a temperature of steam.

In the present embodiment, the steam storage space 320 is defined as the remaining space after each component is provided inside the lower case 310, but connected to the steam generator 330 and the first space 200. It may also be provided as a separate space separate. In this case, the blowing fan 341 and the steam amount detecting device 520 will be provided inside the device forming the steam storage space 320.

On the other hand, one side of the lower case 310 is provided with the control device 510 for controlling the respective components of the garment wrinkle removal device (1). The control device 510 may be connected to each component of the garment wrinkle removing device 1 through a wire 511 to receive a signal generated from each component and to give an operation command to each component.

In addition, a cord line 471 connected to the control device 510 extends outside the lower case 310 to be connected to the plug 470 below one side of the lower case 310. When the plug 470 is plugged into a household or industrial outlet, power is supplied to the control device 510 so that the garment wrinkle removing device 1 can be used.

In addition, the control device 510 controls the fan motor assembly 230 and the like provided to the upper case 210 by a connection jack 450 connecting the upper case 210 and the lower case 310. do. In detail, the connection jack 450 includes a terminal 451 coupled to the upper case 210 or the lower case 310 to transmit a signal and a connection line 452 connecting the terminals. The terminal 451 is inserted into a terminal groove formed at a side of the upper case 210 and a side of the lower case 310 to transmit a control signal generated by the control device 510.

Meanwhile, the display device 410 displays information such as steam temperature, steam injection time, amount of steam remaining, and amount of water remaining. Therefore, the user can see the display device 410 to grasp the operating state of the garment wrinkle removing apparatus 1, and can perform necessary tasks. In addition, when the user manipulates the switch 420 and the pedals 480 and 490 or the dials 430 and 440, the information may be displayed on the display device 410.

Hereinafter, the operation of the garment wrinkle removal device 1 having the configuration as described above will be described.

The garment wrinkle removing apparatus 1 is started when the user plugs the plug 470 into an outlet and turns the power switch 460 on.

When the garment wrinkle removing apparatus 1 starts to operate, power is supplied to the heating apparatus 350, and water is evaporated to generate steam. The generated steam is discharged through the steam discharge port 331 and stored in the steam storage space 320.

At this time, the steam generated by the heating device 350 is generated at a temperature corresponding to the temperature set in the steam temperature control dial 430 or the mode set in the mode control dial 440.

The user unfolds the clothes well so that the wrinkles can be unfolded and places them on the laying unit 100.

When the user presses the injection switch 421, the solenoid driving device 363 is operated to move the steam blocking plate 361. When the steam injection port 321 and the steam passage hole 362 coincide with each other, steam stored in the steam storage space 320 is discharged into the first space 200. At this time, when the blower motor 342 is operated to correspond to the movement of the steam blocking plate 361, steam may be more smoothly discharged into the first space 200. The steam blocking plate 361 is held in position until the stop switch 421 is pressed. That is, steam is continuously discharged into the first space 200 until the stop switch 421 is pressed after the injection switch 421 is pressed.

As such, the steam injected into the first space 200 passes through the laying unit 100 and is sprayed onto the garment mounted on the laying unit 100.

Since hot steam is injected directly onto the garment, the fibers constituting the garment become flexible. In detail, the fibers constituting the garment are composed of molecules such as cellulose, and when the temperature increases, the binding force of the molecules becomes weak. In addition, water molecules in the steam penetrate between the molecules of the fiber, making the molecules of the fiber more flexible. Thus, the wrinkles formed in the garment can be stretched out.

At this time, when creasing the garment, the surface is placed on the garment in the laying unit 100, the surface is lightly pressed with a light object can be crimped.

When the user presses the stop switch 422 after the wrinkle removal process is completed, the solenoid driving device 363 is driven again so that the steam blocking plate 361 is blocking the steam injection hole 321. It is returned to its original state, and no more steam is injected into the first space 200.

In this case, an operation according to the pressing of the injection switch 421 or the stop switch 422 may be performed by the injection pedal 480.

For example, when the user presses the injection pedal 480 with the foot, the spraying of steam starts, and when the stepped state is maintained, the steam is continuously sprayed, and when the user releases the foot from the spray pedal 480, the spraying of the steam is stopped. Can be operated. In addition, when the foot is pressed by the injection pedal 480, the injection of steam begins, and when the step is pressed once again the injection pedal 480 may be operated to stop the injection of steam.

After the wrinkle-removing operation of the garment is finished as described above, steam that has not been sprayed remains inside the first space 200. In this case, when the user presses the discharge switch 421, the fan motor assembly 230 is operated to completely discharge steam remaining in the first space 200 to the outside.

In addition, according to the operating strength of the fan motor assembly 230, the moisture of the garment placed on the laying unit 100 may be removed together. Thus, the original form of the garment is revealed as it is.

In this case, the operation according to the pressing of the discharge switch 421 may be performed in the same manner by stepping on the discharge pedal 490.

Hereinafter, the effect of the said garment wrinkle removal apparatus 1 which has the above structure is demonstrated.

Apparatus wrinkle removal device 1 according to an embodiment of the present invention can effectively spread the wrinkles of the clothing, unlike the conventional steam iron that steam is injected from the heating plate can be provided with a wide range of steam injection.

In particular, sweaters and knitted garments are thicker than fibers, and wrinkles are not easily spread by ironing. However, in the case of the clothes wrinkle removing device 1, the clothes can be supplied with sufficient high temperature moisture as a whole, so that the wrinkles of the clothes are stretched much better, and the stretched part can be restored to its original state.

In addition, even when pleating the garment, the surface is placed on the garment in the laying unit 100, the surface of the flat surface simply need to press lightly, so that it can be conveniently pleated.

In addition, since the wrinkles of the clothes can be removed without an iron provided with a heating plate as described above, there is an advantage that the user can conveniently iron, saving the storage space.

Of course, you can use a common iron in parallel.

In addition, there is an effect that the user can remove wrinkles effortlessly because the user only needs to put the clothes on the iron without moving the heavy iron.

In addition, since there is no need for a metal heating plate, there is an advantage of blocking the risk of fire at the source.

In addition, since the laying unit 100, the upper case 210 and the lower case 310 are formed to be separated from each other, the parts can be easily replaced or repaired, so that the maintenance of the product is easy, and even when cleaning the inside. You can clean it conveniently.

In addition, since high temperature steam is used to remove wrinkles of the garment, the effect of sterilizing the garment can also be obtained.

In addition, since the first space 200 provided with a device through which steam passes and discharges residual steam is provided, the steam storage space 320 may be secured. Since the steam storage space 320 is provided, it is possible to prevent the consumption of power required to newly generate steam every time ironing is performed. In addition, since the time required to generate steam is saved, when ironing continuously, steam can be supplied immediately when the user wants, thereby maximizing convenience. In addition, since the high-pressure atmosphere is formed when the steam is collected in the steam storage space 320, it is also possible to obtain an effect that the steam is strongly ejected when opened by the blocking device 360. In this case, the wrinkles of the clothes will be more easily spread.

In addition, by providing the amount of steam detecting device 520 for detecting the amount of steam, the user can properly adjust the amount of clothes to be ironed at a time can be ironed by using time efficiently. In addition, if the heating device 350 is controlled to operate automatically so that the amount of steam set in the steam storage space 320 is satisfied, the user can always use a sufficient amount of steam so that it can be ironed efficiently.

The scope of the present invention is not limited to the above-described embodiments, and the embodiments may be changed, added, or deleted within the scope of the spirit of the present invention.

1 is a perspective view showing the appearance of the garment wrinkle removal apparatus according to an embodiment of the present invention.

Figure 2 is an exploded perspective view showing the configuration of the garment wrinkle removal apparatus according to an embodiment of the present invention.

3 is a cross-sectional view of the garment wrinkle removal device according to an embodiment of the present invention.

Claims (7)

A laying unit, through which steam is passed, on which the garment is placed; A case provided below the laying unit and forming an appearance; A first space formed on an upper portion of the case and through which steam supplied to the laying unit or discharged to the outside of the case passes; A fan motor assembly mounted to a case forming the first space and discharging steam to the rear of the case; A second space formed below the case and provided with a steam generator for generating steam by heating water by a heating device; A steam storage space provided inside the second space, stored before the steam generated by the steam generator is supplied to the first space, and having a steam injection port for discharging steam to the first space; And And a blocking device provided between the steam storage space and the first space and selectively blocking the steam injection port. The method of claim 1, Apparatus for removing wrinkles further comprises at least one of a spray switch or a foot pedal to operate the blocking device to move the steam from the steam storage space to the first space. The method of claim 2, And said shut-off device opens said steam injection port only while said injection pedal is stepped on. The method of claim 1, The apparatus of claim 1, further comprising at least one of a foot switch and a foot pedal to operate the fan motor assembly so that the steam inside the first space is discharged to the outside. The method of claim 1, The steam storage space is provided with a steam amount sensor for detecting the amount of steam, And the heating device is operated such that the amount of steam in the steam storage space is maintained above a certain level. The method of claim 1, In the case, The upper case forming the first space, and the lower case forming the second space is a clothes wrinkle removal device characterized in that it is included. The method of claim 1, On the front of the case, Steam temperature control device for controlling the temperature of the generated steam, Apparatus for removing wrinkles further comprises a mode control device for adjusting the steam to be sprayed in the set state according to the type of clothing.

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