KR102589868B1 - Clothing management apparatus of standing type - Google Patents

Abstract

The present invention relates to a standing-type clothing care device that is capable of washing, drying, and sterilizing clothing stored inside. More specifically, the present invention relates to a standing-type clothing care device that houses clothing that is difficult to wash and dry on a daily basis and simultaneously washes the clothing stored therein. and a standing-type clothing care device that allows drying, and allows the dried clothing to be sterilized and stored inside.

Description

Standing type clothing management device {CLOTHING MANAGEMENT APPARATUS OF STANDING TYPE}

The present invention relates to a clothing care device, and more specifically, to a standing type clothing care device capable of washing, drying, and sterilizing clothing stored inside.

In general, although clothes are worn every day, the reality is that they cannot be washed every day. In particular, the process of washing and drying clothes takes some time, and drying clothes is affected by the weather, so there is an inconvenience in that it is difficult to dry clothes when it is cloudy or rainy. Additionally, even if there is a dryer in the house, clothes may be deformed during the process of drying laundry through the dryer.

As a conventional washing machine for automatically washing clothes, there is a tongdori type washing machine. There are two types of washing machines: vortex type and agitation type. Vortex-type washing machines use the principle of removing dirt from laundry by using centrifugal force created by the rotation of a blade called an impeller under the washing machine and the mass of the water itself. An agitator washing machine uses the principle of removing dirt from laundry by creating a short, continuous reversal of a large rod with wings mounted vertically in the middle of the drum.

Since the drum type washing machine, the drum type washing machine has been widely used until recently. Drum washing machines use the principle of removing dirt from the drop that occurs as laundry rotates inside the drum and the mass of the water itself. In other words, like the past method of applying physical force with a bat, this is a method that uses the physical force caused by the drop caused by the rotation of the drum.

Republic of Korea Patent Publication No. 10-2015-0065297 “Clothing processing device”

Recently, due to the development of high-quality clothing materials, it is no longer possible to satisfy consumer needs just by washing clothes in a conventional washing machine. Accordingly, a refresh concept that can keep clothes clean and ironed while hanging them on a hanger has been developed. Many clothing care devices are being developed. However, this refresh concept clothing management device can only manage the refresh concept, such as removing wrinkles from clothes, and does not have a function for washing clothes.

The present invention is intended to solve the above-mentioned problems, and is a standing type clothing care device that stores clothes that are difficult to wash and dry on a daily basis and washes and dries them at the same time, and the dried clothes can be sterilized and stored inside. The purpose is to provide.

In addition, it is possible to shake off foreign substances or dust stuck in clothes at the same time as washing clothes, prevents wrinkles in clothes at the same time as washing, and forms air bubbles in the clothes being washed to push out dirt stuck in the clothes, thereby improving the cleaning power. The purpose is to provide a type of clothing management device.

In addition, the purpose is to provide a standing type clothing care device that provides an indoor humidification effect by discharging internal water vapor generated during the clothing drying process to the outside.

The problems to be solved by the present invention are not limited to the problems mentioned above, and other problems not mentioned can be clearly understood by those skilled in the art from the description below.

As a means to solve the above problem, a clothing management device according to an embodiment of the present invention is capable of washing, drying, and sterilizing stored clothing, and the receiving space where clothing is stored and mounted is inside the clothing management device. A storage frame formed in; a spray unit that sprays washing water and detergent onto the clothes in the storage frame; a washing unit that performs washing by hitting clothing; A drying unit that dries the washed clothes using hot air; and a control unit that controls operation of the clothing care device. A standing type clothing care device may be provided.

In one embodiment, the storage frame includes a receiving space where clothing is stored; and a clothing moving rail that is formed along the upper surface of the receiving space and moves the clothing while the clothing is mounted, and the clothing placed on the clothing moving rail moves to one side and is washed through the spray unit and the washing unit. , the washed clothes can be dried and sterilized while moving to the other side.

In one embodiment, the spray unit includes: a general water spray module that sprays washing water on clothing mounted on the clothing moving rail; And it may include a high-pressure water spray module that sprays high-pressure water and detergent on clothes moved to one side along the clothes moving rail and moves them toward the washing unit.

In one embodiment, the washing unit includes: an adhesion panel formed in a panel shape on one side of the receiving space, to which wet clothing is brought into close contact with washing water and detergent sprayed from the washing water; And it may include a washing brush device that moves toward the clothing and hits the clothing when the clothing is in close contact with the adhesion panel.

In one embodiment, the cleaning brush device includes a rotating rod that moves along a moving rail and rotates about a rotating axis; And a plurality of hairs are formed along the outer peripheral surface of the rotating rod and include fine hairs that strike clothing, and a spherical weight is formed at the outer end of the fine hairs. When the rotating rod rotates, the fine hairs move upward by centrifugal force and rotate. And, the weight can hit the clothing in close contact with the contact panel.

In one embodiment, it further includes a humidifying device disposed on an upper part of the storage frame and communicating between the inside of the receiving space and the outside of the storage frame, wherein the humidifying device removes moisture generated inside the receiving space when the drying unit is driven. can be discharged to the outside.

In one embodiment, the storage frame may further include a sterilizing unit that moves along the inside of the storage frame and irradiates the clothing with ultraviolet rays through an ultraviolet sterilizing lamp.

In one embodiment, the storage frame includes a main body frame in which the receiving space is formed and the front is open; and a door frame formed on the front of the main body frame to open and close the accommodation space, wherein the door frame includes a projection window through which the inside of the accommodation space can be viewed from the outside, and the projection window is connected to the power supply. Accordingly, an electrochromic coating layer capable of changing color is built in, and when the sterilizing unit is driven, the electrochromic coating layer develops color, thereby preventing ultraviolet rays irradiated from the sterilizing unit from passing through the projection window.

In this way, the present invention has the effect of allowing clothing that is difficult to wash and dry on a daily basis to be installed and washed and dried at the same time, and the dried clothing to be sterilized and stored inside.

In addition, it is possible to shake off foreign substances or dust stuck in clothes at the same time as washing clothes, prevents wrinkles in clothes at the same time as washing, and forms air bubbles in clothes being washed to push out dirt stuck in clothes, resulting in improved cleaning power. holds.

In addition, it has the effect of providing an indoor humidification effect by releasing internal water vapor generated during the clothes drying process to the outside.

The effects of the present invention are not limited to the effects mentioned above, and other effects not mentioned will be clearly understood by those skilled in the art from the description below.

Figure 1 shows the appearance of a standing type clothing care device according to the present invention.
Figure 2 shows a front view of the injection unit according to the present invention.
Figure 3 shows a perspective view of the cleaning brush device according to the present invention.
Figure 4 shows a partially enlarged view of one of the fine hairs according to the present invention.
Figures 5a and 5b show embodiments of the cleaning brush device according to the present invention.
Figure 6 shows a side view of the drying unit according to the present invention.
Figure 7 shows the configuration of the control unit according to the present invention.
Figure 8 shows a side view of another embodiment of the storage frame according to the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail.

However, this is not intended to limit the present invention to specific embodiments, and should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention. While describing each drawing, similar reference numerals are used for similar components.

When a component is said to be "connected" or "connected" to another component, it is understood that it may be directly connected to or connected to the other component, but that other components may exist in between. It should be. On the other hand, when it is mentioned that a component is “directly connected” or “directly connected” to another component, it should be understood that there are no other components in between.

The terms used in this application are only used to describe specific embodiments and are not intended to limit the invention. Singular expressions include plural expressions unless the context clearly dictates otherwise. In this application, terms such as “comprise” or “have” are intended to designate the presence of features, numbers, steps, operations, components, parts, or combinations thereof described in the specification, but are not intended to indicate the presence of one or more other features. It should be understood that this does not exclude in advance the possibility of the existence or addition of elements, numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, embodiments of the present invention will be described with reference to the attached drawings. The same symbols shown in each drawing represent the same members. In describing the present invention, detailed descriptions of related known functions or configurations are omitted in order to not obscure the gist of the present invention.

The present invention relates to a standing type clothing care device that can wash, dry, and sterilize clothing stored inside. This clothing care device (1) includes a storage frame in which clothing (C) is stored. (100), a spray unit 200 for spraying washing water necessary for washing clothes (C), a washing unit 300 for washing wet clothes (C) using detergent and a rotating brush, and a washing unit (300) for washing the washed clothes (C). It includes a drying unit 400 for drying, a sterilizing unit 500 for sterilizing the dried clothing C, and a control unit 600 capable of controlling the operations of the components forming the clothing care device 1.

Figure 1 shows the appearance of a standing type clothing care device according to the present invention.

Referring to FIG. 1, the storage frame 100 is made of a hexahedron with a rectangular side, a main body frame 101 with an open front and a receiving space 110 formed therein, and an open body frame 101 of the main body frame 101. It has a shape corresponding to the front and is connected to one side of the front of the main body frame 101 and consists of a door frame 102 that opens and closes the main body frame 101 through a rotational movement.

The receiving space 110 of the main body frame 101 includes the above-described spraying unit 200, washing unit 300, drying unit 400, and sterilizing unit 500 as well as clothing (C), so that the receiving space 110 ) allows washing, drying, and sterilization of stored and stored clothing (C).

As described later, on the inner surface of the main body frame 101, there is a coating layer (in the drawing) that can reflect ultraviolet rays to maximize the effect of the sterilizing unit 500 that irradiates ultraviolet rays (ULltraviolet, UV) to sterilize clothing C. (not shown) is formed so that when the sterilizing unit 500 irradiates ultraviolet rays to sterilize the clothing (C), the ultraviolet rays are reflected inside the receiving space 110 by the coating layer formed on the inner side of the main body frame 101 and are radiated from various angles to the clothing (C). ) can be irradiated with ultraviolet rays, and the amount of ultraviolet rays exposed to clothing (C) can be increased to perform a more effective sterilization function.

A projection window 103 is formed in the portion excluding the edge of the door frame 102 through which the working environment of the accommodation space 110 within the main body frame 101 can be checked, and through this projection window 103, the user can display clothing ( By checking the washing, drying, and sterilization status of C), you can determine whether clothing (C) can be retrieved.

The receiving space 110 is formed inside the main body frame 101 and is provided with a spraying unit 200 containing clothes C, a washing unit 300, a drying unit 400, and a sterilizing unit 500.

A clothing moving rail 120 is formed on the inner top of this receiving space 110, on which the user can place clothing (C), and the user can hang clothing (C) on a hanger, etc. and connect it to the clothing moving rail 120. there is.

The clothing moving rail 120 is capable of rotating and moving so that washing, drying, and sterilization can be performed while moving the clothing C along the clothing moving rail 120.

In addition, a cleaning brush that can guide the cleaning brush device 320 to move so that the cleaning brush device 320 of the cleaning unit 300, which will be described later, can rub against clothing C having various lengths and shapes. Moving rails 130 are formed at the upper and lower sides, respectively. This cleaning brush moving rail 130 will be explained in detail when the cleaning brush device 320 is described later.

In addition, by connecting the inside of the accommodation space 110 and the outside of the clothing management device (1), moisture generated when drying the clothes (C) is discharged to the outside of the clothing management device (1), so that the clothing management device (1) not only has a clothing management function, but also the clothing management device (1). In addition, a humidifying device 140 that provides a humidifying function is provided at the top of the main body frame 101.

This humidifying device 140 is formed with a passage connecting the inside and outside of the receiving space 110, and a propeller 141 is built inside this passage so that the propeller 141 can be driven by the control unit 600, When the clothing care device (1) is operated, the steam generated inside the accommodation space (110) can be discharged to the outside of the main body frame (101) through the humidifier (140) including the propeller (141), so that the clothing care device (1) It can provide a humidifying effect in indoor spaces equipped with .

In particular, if excessive steam generated when spraying washing water from the spraying unit 200 or driving the drying unit 400 remains inside the receiving space 110, the clothes (C) that have been washed, dried, and sterilized may become wet or damp. This may cause the user to feel uncomfortable when wearing clothing (C).

Accordingly, the humidifier 140 not only provides a humidifying effect to the outside, but also plays a role in controlling the humidity in the accommodation space 110 by easily discharging excess vapor remaining inside the accommodation space 110 to the outside.

The projection window 103 of the door frame 102 is made of a material such as glass that allows the inside of the main body frame 101 to be projected to the outside, but the inside of the projection window 103 is capable of blocking ultraviolet rays and is resistant to discoloration by electricity. A possible electrochromic coating layer (not shown in the drawing) is formed to prevent excessive ultraviolet rays from transmitting to the outside through the projection window 103 when the sterilizing unit 500 is driven. The control unit 600 operates at the same time as the sterilizing unit 500 is driven. ) drives the electrochromic coating layer to make the projection window 103 opaque, and can prevent ultraviolet rays in the receiving space 110 from being exposed to the outside through the projection window 103.

Afterwards, when the use of the sterilizing unit 500 is completed, the control unit 600 automatically cuts off the power applied to the electrochromic coating layer, so that the projection window 103 including the electrochromic coating layer becomes transparent, allowing the user to enter the receiving space 110 from the outside. You can check the status of your clothing (C).

Therefore, through the projection window 103, the user can check the operating state of the clothing management device 1 and the status of the clothing C, and have the effect that ultraviolet rays generated when the sterilizing unit 500 is operated are not exposed to the outside. have

Figure 2 is a front view showing the spraying unit according to the present invention, Figure 3 is a perspective view showing the cleaning brush device according to the present invention, Figure 4 is a partial enlarged view showing one of the fine bristles according to the present invention, Figures 5a and 5b shows examples of the cleaning brush device according to the present invention.

Referring to FIG. 2, the spray unit 200 sprays washing water on the clothes (C) stored and placed inside the receiving space 110 to sufficiently wet the clothes (C) before the washing unit 300 performs washing. , high-pressure water and detergent are sprayed so that the clothes (C) can be easily washed later through the washing unit (300).

This spray unit 200 includes a general water spray module 210 that can primarily wet the clothing (C) by spraying fine-sized water molecules, and a washing unit 300 that is described later by spraying high-pressure water and detergent together. It consists of a high-pressure water spray module 220 that allows washing of clothes (C) through.

The general water spray module 210 is provided on the upper side of the receiving space 110, and this general water spray module 210 is formed with a plurality of first spray nozzles 211 with a spray angle pointing downward, so that the first spray nozzle ( When washing water is provided through 211), the first spray nozzle 211 can spray washing water toward the clothing (C).

This general water spray module 210 primarily sprays washing water on the clothing (C) mounted on the clothing moving rail 120, and sprays the washing water from the upper side to spray the washing water from the high-pressure water spray module 220, which will be described later. Wet the upper side of the clothing (C), which is difficult to provide, so that the clothing (C) is wet overall with the washing water.

The high-pressure water spray module 220 is located adjacent to one side of the receiving space 110 where the washing unit 300 is formed, and is connected to the inside of the receiving space 110 and can be moved in the vertical direction.

This high-pressure water injection module 220 has a tube shape extending downward, and is formed at regular intervals along the height direction of the high-pressure water injection module 220 through a plurality of second injection nozzles 221 formed at regular intervals for clothing (C). ) Spray high-pressure washing water toward the side.

At this time, the spray direction of the second spray nozzle 221 is toward the adhesion panel 310 formed in the washing unit 300, and the clothing (C) that has been hit with high-pressure water through the high-pressure water spray module 220 is adhered to it by pressure. Move to the panel 310 side so that the wet clothing (C) is in close contact with one side of the adhesive panel 310.

The high-pressure water spray module 220, unlike the general water spray module 210, sprays high-pressure washing water, and sprays detergent along with the high-pressure water, so that the washing brush device 320 collides with the clothes (C) and simultaneously washes the detergent. Foam is formed through this to facilitate washing of clothes (C).

In addition, the high-pressure water spray module 220 can be moved up and down to suit clothing (C) having various lengths, so clothing (C) corresponding to long pants or coats can be wet overall due to high-pressure washing water. Ensure that detergent is sprayed throughout the clothing (C) so that it can be easily cleaned.

Clothes (C) soaked through the spray unit 200 while moving through the clothing moving rail 120 move toward the washing unit 300 formed on one side of the receiving space 110, and are washed with washing water through the washing unit 300. and clothing (C) soaked with detergent can be easily washed.

This washing unit 300 is formed on one side of the inside of the receiving space 110 and is in close contact with the adhesive panel 310 and the clothing C wetted through the high-pressure water spray module 220 is in close contact with the adhesive panel 310. It consists of a cleaning brush device 320 that directly performs cleaning by contacting the clothes C.

The adhesion panel 310 is formed on one side of the receiving space 110, that is, on one side inside the receiving space 110 corresponding to the moving direction of the clothing moving rail 120, and the high-pressure water spray module 220 together with the clothing (C) ) collides with high-pressure water and detergent sprayed from ).

This adhesion panel 310 is made of a material with water resistance and strength, such as stainless steel, and has a panel shape corresponding to one side of the inside of the receiving space 110.

Therefore, the high-pressure water and detergent sprayed by the second spray nozzle 221 of the high-pressure water spray module 220 are sprayed onto the adhesion panel 310, and at this time, move toward the adhesion panel 310 through the clothing moving rail 120. The clothes C are hit by the high-pressure water and detergent sprayed by the second spray nozzle 221 and move toward the adhesion panel 310.

In addition, the adhesion panel 310 prevents high-pressure water and detergent from colliding directly with the inner surface of the receiving space 110, thereby minimizing noise and vibration caused by high-pressure water colliding with the main body frame 101.

At this time, a plurality of contact sensors (not shown in the drawing) are provided on one side of the adhesion panel 310, that is, the one side opposite to the high-pressure water spray module 220, and these contact sensors are used for clothing that is in close contact with the adhesion panel 310. The state of (C) is checked, and through this, the contact sensor determines the length of the clothing (C) and the degree of wetness caused by the high-pressure water, and transmits the sensor value to the control unit 600. The control unit 600 determines this and determines the high pressure water. The lowering degree and spraying time of the water spray module 220 can be adjusted, and the washing brush device 320 can be moved to the clothing (C) side by checking the clothing (C) that is sufficiently adhered to one side of the adhesion panel (310). You can.

The washing brush device 320 is formed on both sides of the clothing C perpendicular to the receiving space 110 (see FIG. 5A), or extends horizontally to the receiving space 110 to correspond to the width of the clothing C, It is connected at the top (see Figure 5b) and can be moved up and down.

At this time, as shown in Figure 5b, in the case of the rotating rod 321 having fine bristles 322 corresponding to the width of the clothing (C), extension members 320a capable of extending in the vertical direction are additionally provided at both ends, so that the extension members 320a ) The rotating rod 321 can move in the vertical direction through the movement of (not shown) can hit the clothing (C) while rotating, and at this time, the washing brush moving rail 130 can be provided only at the top of the receiving space 110, and a washing brush device 320 is additionally installed at the bottom in addition to the top. It may be provided.

Referring to FIG. 3, this cleaning brush device 320 includes a rotating rod 321 that can rotate on its own while moving along the cleaning brush moving rail 130, and is formed on the outer peripheral surface of the rotating rod 321 and includes a plurality of It is made up of fine hairs (322).

The rotating rod 321 is connected at one end to the washing brush moving rail 130 correspondingly formed according to Figure 5a or 5b, and can be moved along the washing brush moving rail 130.

As this rotating rod 321 rotates at the same time as it moves, the fine bristles 322 formed on the outer peripheral surface also rotate together, and the rotating fine bristles 322 expand in volume due to the rotational force, and the clothing (C) located on the side of the adhesive panel 310 ) and performs washing of clothing (C).

At this time, as shown in Figure 4, a spherical weight 323 may be additionally formed at the outer end of the fine bristles 322.

The weight 323 is made of a water-resistant material (plastic, etc.), and is thin and fine, so it has strength and weight compared to the fine hair 322, which has a very small weight, so that it can sufficiently pressurize the clothing (C).

At this time, the fine bristles 322 are preferably made of a water-resistant synthetic resin material.

Therefore, in the cleaning brush device 320, when the rotating rod 321 is not rotated, the fine bristles 322 descend due to the weight of the weight 323, thereby minimizing the volume of the cleaning brush device 320, thereby minimizing the volume of the cleaning brush device 320. The high-pressure water sprayed by the spraying module 220 does not collide with the washing brush device 320 and is completely sprayed toward the clothing (C).

The high-pressure water injection module 220 sprays high-pressure water and detergent toward the clothing (C), and at the same time, the washing brush device 320 moves toward the clothing (C) that is in close contact with the adhesion panel 310 and rotates on the rotating rod 321. As the fine bristles 322, including the weight 323, rise due to centrifugal force, the volume of the washing brush device 320 expands, allowing it to easily collide with the clothing (C).

In addition, as the weight 323 strongly collides with the clothing (C), detergent and washing water on the surface of the clothing (C) are easily absorbed into the clothing (C) and at the same time generate bubbles in the clothing (C) so that it can be washed.

In particular, as the clothing (C) collides with the cleaning brush device 320, foreign substances, dust, dirt, etc. on the surface of the clothing (C) may be separated from the clothing (C), as if hitting the clothing (C). The cleaning effect can be improved by hitting clothing (C).

This washing brush device 320 moves toward the clothing (C) even in the process of moving the clothing (C) through the clothing moving rail 120 before the clothing (C) is in close contact with the adhesion panel 310, Washing can be performed by hitting the clothing (C) in multiple directions, including not only one side but also the side.

When the control unit 600 detects that the clothing (C) is completely adhered to the adhesion panel 310 through the contact sensor of the adhesion panel 310, it operates the washing brush device 320 connected to the washing brush moving rail 130 to the adhesion panel ( It can be moved to the 310) side and driven to collide with the clothing (C). If the washing brush device 320 and the clothing (C) collide for more than a preset time, it is determined that washing is complete and the clothing moving rail 120 is moved. The clothes (C) that have been moved and washed are moved to the rear, and the clothes (C) that need to be washed through the washing unit 300 are moved to the adhesion panel 310 and the washing process is performed with high-pressure water and detergent spraying. Let it be done.

When the control unit 600 detects that all the clothes (C) hanging on the clothing moving rail 120 through the washing unit 300 have completed the washing process, the control unit 600 stops the operation of the spray unit 200 and the washing unit 300. , the drying unit 400 is driven so that the washed clothes (C) can be dried.

Figure 6 shows a side view of the drying unit according to the present invention.

Referring to FIG. 6, the drying unit 400 includes an air motor 410 that sucks air from the outside of the clothing management device 1 and sprays it into the receiving space 110, and the air motor 410 operates in the receiving space 110. ) It consists of a heating module 420 that heats the air before delivering the external air to the side.

First, the air motor 410 is equipped with a filter (not shown in the drawing) inside to filter external air containing dust, foreign substances, bacteria, etc., and allows clean air to flow into the receiving space 110.

The heating module 420 connected to the outlet of the air motor 410 has a plurality of heating wires inside, so that the air discharged toward the receiving space 110 through the air motor 410 passes through the heating module 420 and is dried at high temperature. It is changed into fresh air and moves inside the receiving space 110, and the air dried at high temperature through the heating module 420 plays the role of drying the clothing (C) in the receiving space 110.

At this time, the air motor 410 discharges air at a high wind speed to the inside of the receiving space 110 so that the inside of the clothing C can be easily dried.

Moisture and steam generated in the process of drying clothes C through the drying unit 400 can be easily discharged to the outside through the humidifier 140.

As the drying unit 400 is performed, the clothing (C) is dried and gradually moves back to the front side of the storage frame (100) through the clothing moving rail (120), allowing the user to place the dried and sterilized clothing (C) on the door frame ( 102) Make sure it can be easily taken out when opened.

The sterilizing unit 500 may also be driven together with the drying unit 400.

The sterilizing unit 500 moves along the inner surface of the receiving space 110 and consists of a bar-shaped ultraviolet sterilizing lamp as shown in Figure 1. It moves along the inner surface of the receiving space 110 and at the same time, the ultraviolet sterilizing lamp Ultraviolet rays are irradiated so that the clothing (C) can be sterilized with ultraviolet rays irradiated through the sterilizing unit 500.

In addition, the inner surface of the receiving space 110 adjacent to the sterilizing unit 500 can reflect ultraviolet rays as described above, thereby maximizing the ultraviolet irradiation effect of the sterilizing unit 500.

Figure 7 shows the configuration of the control unit according to the present invention.

As shown in FIG. 7, the control unit 600 can determine whether or not it can be washed through the sensor value received from the driving module 610 and the adhesion panel 310, which can control the operation of the internal structure of the clothing care device 1. There is a judgment module 620, an operation module 630 provided outside the storage frame 100 that allows the user to control the operation of the clothing management device 1, and a control module 630 to check the amount of detergent stored in the clothing management device 1. It includes a display module 640 that can be used, and a memory 650 in which preset settings are stored.

The drive module 610 directly controls the operation of the clothing moving rail 120, humidifier 140, spray unit 200, washing unit 300, drying unit 400, and sterilizing unit 500, It is automatically or manually driven through a preset memory 650 or a user's operation module 630 to enable the clothing management device 1 to perform a clothing management function.

In addition, the driving module 610 is configured to operate the door frame 102 when any one of the spray unit 200, the washing unit 300, the drying unit 400, and the sterilizing unit 500 is driven inside the clothing management device 1. ) can also be adjusted to open or close the door frame 102 so that it is automatically locked.

For example, if the spray unit 200 operates from the inside and the user opens the door frame 102 without checking this, washing water and detergent may be sprayed to the outside, so these problems can be prevented in advance. It is also possible to control whether the door frame 102 is locked.

The judgment module 620 determines whether the clothing (C) can be washed through the sensor value received from the contact sensor in the adhesion panel 310, and is connected to the driving module 610 to drive the washing brush device 320. It performs the role of providing judgment values.

In addition, the clothing moving rail 120 is additionally equipped with a clothing detection sensor (weight sensor, pressure sensor, etc.) that can determine the location of the clothing (C), so that it can detect the position of the clothing (C) within the clothing moving rail (120). The value is transmitted to the judgment module 620, and serves to transmit the judgment value so that the drive module 610 can control the configuration within the clothing management device 1 to be performed.

The operation module 630 is provided on the outside of the storage frame 100 to enable the user to directly perform clothing management functions from the outside through buttons or a touch screen.

Therefore, in order to simply store the clothing (C) mounted in the clothing management device (1), the operation of the clothing management device (1) can be controlled to stop through the operation module 630, and the clothing (C) When mounted only for washing or simple drying, the user can selectively activate the function of the clothing care device 1 through the operation module 630.

In addition, a display module 640 is formed near the operation module 630 to provide visual guidance so that the user can understand the internal situation of the clothing management device 1.

The display module 640 can check the status of the clothing management device 1, for example, washing, drying, and sterilizing, and can determine the amount of detergent remaining in the clothing management device 1.

In addition, the display module 640 can guide the internal environment of the clothing management device 1 to the outside through a visual method and also has a built-in speaker (not shown in the drawing) so that the clothing management device 1 can function. In a situation that is difficult to perform, for example, if the clothes care device 1 breaks down or the remaining amount of washing water or detergent is insufficient, guidance is provided through the speaker along with the display module 640 so that the user can recharge the detergent or washing water. , so that the status of the clothing management device (1) can be checked together.

The memory 650 stores the settings initially set by the manufacturer or when the user directly sets the settings through the operation module 630, and the clothing management device 1 is driven according to the settings. make it possible

Accordingly, the driving module 610 can perform driving control of components within the clothing management device 1 through the settings preset in the memory 650.

In addition, visual and auditory messages guided through the display module 640 and a speaker included in the display module 640 are also built in, through which the user can be informed of the status of the clothing management device 1.

Figure 8 shows a side view of another embodiment of the storage frame according to the present invention.

The above-described clothing management device 1 can be provided as a standing type in an indoor space, and can be extended to the rear so that the clothing moving rail 120 can be formed in an oval shape within the receiving space 110 on the same horizontal line (see Figure 1). ), as shown in Figure 8, it extends upward and is placed on the lower side, and the washed clothing moves upward along the clothing moving rail 120 extending upward, and the washed clothing (C) is moved to the spray unit 200 and the washing machine. By preventing additional washing by being separated from the unit 300, excessive washing of clothes C and subsequent waste of detergent or washing water can be prevented.

Optimal embodiments are disclosed in the drawings and specification. Here, specific terms are used, but they are used only for the purpose of explaining the present invention and are not used to limit the meaning or scope of the present invention described in the claims. Therefore, those skilled in the art will understand that various modifications and equivalent other embodiments are possible therefrom. Therefore, the true technical protection scope of the present invention should be determined by the technical spirit of the attached patent claims.

1: Clothing care device
100: Storage frame 200: Spray unit
300: Washing unit 400: Drying unit
500: Sterilization unit 600: Control unit
C: Clothing

Claims (8)

In a clothing care device capable of washing, drying and sterilizing stored clothing,
A storage frame formed inside an accommodating space where clothing is stored and mounted;
a spray unit that sprays washing water and detergent onto the clothes in the storage frame;
a washing unit that performs washing by hitting clothing;
A drying unit that dries the washed clothes using hot air; and
A control unit that controls the operation of the clothing management device
Including,
The washing unit includes a washing brush device that moves toward the clothing and strikes the clothing,
The cleaning brush device,
a rotating rod that moves along a moving rail and rotates about a rotating axis; and
A plurality of hairs are formed along the outer peripheral surface of the rotating rod and fine hairs hit clothing.
Including,
A spherical weight is formed at the outer end of the fine hair,
When the rotary rod rotates, the fine bristles move upward and rotate due to centrifugal force, and the weight strikes the clothing in close contact with the adhesion panel,
When the rotary rod does not rotate, the fine bristles are lowered by the weight of the weight, and when the rotary rod is rotated, the fine bristles are configured to rise by centrifugal force. According to paragraph 1,
The storage frame is,
Accommodating space where clothing is stored; and
A clothing moving rail that is formed along the upper surface of the receiving space and moves clothing while the clothing is placed on it.
Including,
A standing type clothing care device in which clothing mounted on the clothing moving rail is washed through the spray unit and the washing unit while moving to one side, and the washed clothing is dried and sterilized while moving to the other side. According to paragraph 1,
The injection unit,
A general water spray module that sprays washing water on clothes mounted on the clothes moving rail; and
A high-pressure water spray module that sprays high-pressure water and detergent on clothes moved to one side along the clothes moving rail and moves them to the washing unit.
A standing type clothing care device including a. According to paragraph 1,
The washing unit is formed in a panel shape on one side of the inside of the receiving space, and further includes an adhesion panel to which wet clothes come into close contact with the washing water and detergent sprayed from the washing water,
The washing brush device is a standing type clothing care device that moves toward the clothing and hits the clothing when the clothing is in close contact with the contact panel. delete According to paragraph 1,
It further includes a humidifying device disposed on the upper part of the storage frame and communicating between the inside of the receiving space and the outside of the storage frame,
The humidifying device is a standing type clothing care device that discharges moisture generated inside the receiving space to the outside when the drying unit is driven. According to paragraph 1,
A sterilizing unit that moves along the inside of the storage frame and irradiates clothes with ultraviolet rays through an ultraviolet sterilizing lamp.
A standing type clothing management device further comprising: In clause 7,
The storage frame is,
A main body frame with the receiving space formed inside and an open front side; and
A door frame formed on the front of the main body frame to open and close the accommodation space.
Including,
The door frame includes a projection window through which the inside of the accommodation space can be viewed from the outside,
The projection window is equipped with an electrochromic coating layer that can change color depending on the power supply,
A standing type clothing care device in which the electrochromic coating layer develops color when the sterilizing unit is driven to prevent ultraviolet rays irradiated from the sterilizing unit from passing through the projection window.