KR200419106Y1 - apparatus for protecting clothes - Google Patents

Abstract

The present invention relates to a clothing manager for improving an interior environment of a closet. The clothing manager is disposed inside the wardrobe, the case having an air inlet and outlet; A blower disposed inside the case and configured to suck air into the closet through the inlet and discharge the air into the closet through the outlet; It is disposed inside the case, the deodorizing unit for deodorizing the air sucked into the case and disposed inside the case, the dehumidifying unit for dehumidifying the air sucked in the case.

Clothing manager

Description

Clothing Manager {apparatus for protecting clothes}

1 is a perspective view showing that the clothing manager according to the present invention is disposed in the closet.

2 is a cross-sectional view showing a clothing manager according to the present invention.

Explanation of symbols on the main parts of the drawings

10: closet 20: case

21: inlet 22, 25: outlet

23, 26: Guide 30: Blower

31: motor 32: centrifugal fan

40: dehumidifying unit 50: deodorizing unit

60: negative ion generating unit 70: infrared sterilization unit

80: humidity sensor 90: display unit

The present invention relates to a closet manager, and more particularly to a closet manager for improving the interior environment of the closet.

In general, a wardrobe stores a plurality of clothes, a blanket, and the like (hereinafter, referred to as clothes). The closet has a structure that is opened and closed by a door to prevent dust from penetrating into the closet. The wardrobe is blocked from the outside by the door, so it does not have sunlight and is not well ventilated. Thus, if the humid and hot weather lasts for a long time, the inside of the closet has a suitable environment in which various bacteria can grow or mold. In addition, the clothes stored in the closet had to be dried and stored in the closet to dry again on a sunny day.

The technical problem to be achieved by the present invention is to provide a closet manager that can maintain the environment to dry the closet and prevent bacterial growth even in hot and hot weather.

In addition, another technical problem to be achieved by the present invention is to provide a closet manager that can dehumidify the air in the closet according to the humidity in the closet.

In addition, another technical problem to be achieved by the present invention is to provide a closet manager that can display the state of the closet manager.

According to an aspect of the present invention for achieving the above object, a case disposed in the interior of the closet, having a inlet and outlet of the air; A blower disposed inside the case and configured to suck air into the closet through the inlet and discharge the air into the closet through the outlet; It is disposed in the case, and provides a closet manager including a deodorizing unit for deodorizing the air sucked in the case and a dehumidifying unit disposed in the case, the dehumidifying air sucked in the case.

The case may further include an anion generator and an infrared sterilization unit. In addition, the case may further include a humidity sensor to detect the humidity in the closet.

The case may further include a display unit to display the lifespan of the deodorizing unit, the dehumidifying unit, the negative ion generating unit, and the infrared sterilizing unit.

The suction port is disposed on the side of the case, the discharge port may be formed to discharge air to the inner surface side of the closet.

Deodorizing unit may be disposed on one side of the blower, and dehumidifying unit may be disposed on the other side of the blower.

The blower may include a motor for generating a driving force and a centrifugal fan axially coupled to the motor and sucking air in an axial direction and discharging in a radial direction.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the present invention is not limited to the embodiments described herein and may be embodied in other forms.

Specific embodiments of the wardrobe manager according to the present invention that can achieve the above object will be described with reference to the accompanying drawings.

1 is a perspective view showing that the clothing manager according to the present invention is disposed in the closet, Figure 2 is a cross-sectional view showing the clothing manager according to the present invention.

1 and 2, a closet manager is disposed inside the closet 10. The wardrobe manager may be disposed on the ceiling or both sides of the wardrobe 10. In addition, the hanger support 11 is disposed in the wardrobe 10 so that the hanger can be caught.

The closet manager includes a case 20 disposed on the ceiling of the closet 10. An air flow path is formed inside the case 20.

In the center of the case 20 may be formed with a suction port 21 through which the internal air of the closet 10 is sucked. In addition, outlets 22 and 25 may be disposed at both sides of the case 20. Therefore, the air sucked through the suction port 21 flows along the air flow path and is discharged into the closet 10 through the discharge ports 22 and 25.

The suction port 21 may be disposed on the side of the case 20. The outlets 22 and 25 may be arranged to discharge air in the lateral direction of the closet 10. In this case, guides 23 and 26 are disposed near the discharge ports 22 and 25 so that air may be inclinedly discharged in the lateral direction of the closet 10. The guides 23 and 26 are rounded to minimize the flow resistance of the air. As the outlets 22 and 25 discharge the air to the side of the closet 10, the clothes hanging on the hanger support 11 may be shaken to prevent noise from being generated.

Blower 30 may be disposed in the suction port 21. The blower 30 includes a motor 31 generating a driving force, and a fan axially coupled to the drive shaft of the motor 31. The fan proposes a centrifugal fan 32 which sucks air in the axial direction and discharges it in the radial direction.

The blower 30 may discharge the air at 0.3 to 5.5m / s wind speed through the outlets 22 and 25. Here, when the wind speed is about 0.3 ~ 1.5m / s, the smoke is about to be blown. When the wind speed is about 1.5 ~ 3.3m / s, the leaves are about to move. When the wind speed is about 3.3 ~ 5.5m / s, the flag is blown lightly. It is enough. Therefore, when the discharge wind speed is less than 0.3m / s, the inside of the closet 10 will not be sufficiently ventilated, and when the discharge wind speed is operated above 5.5m / s, the hangers are shaken and noise is generated in the closet 10. Will occur.

A dehumidifying unit 40 may be disposed between the blower 30 and one outlet 22. The dehumidifying unit 40 includes a housing 41 in which a plurality of through holes are formed to allow air to pass therethrough, and a dehumidifying material disposed in the housing 41. In this case, the dehumidifying material may be disposed above and below the housing 41. The dehumidifying agent proposes a deliquescent substance capable of absorbing moisture, such as sodium hydroxide and calcium chloride. The dehumidifying part 40 may increase the contact time and the contact area with the air passing through.

Deodorizer 50 may be disposed between the blower 30 and the remaining discharge port 25. The deodorizer 50 includes a housing 51 in which a plurality of through holes are formed to allow air to pass therethrough, and a deodorant 52 disposed in the housing 51. In this case, the deodorant 52 may be disposed above and below the housing 51. Accordingly, the deodorizing unit 50 may increase the contact time and the contact area with the air passing through. As the deodorant 52, activated carbon may be used to absorb odors. In addition, instead of the deodorant 52, it is possible to apply a deodorizing filter for decomposing odor using a photocatalyst or a biocatalyst.

Anion generator 60 may be disposed in the case 20. The negative ion generating unit 60 may be disposed inside or outside the case 20. The negative ion generating unit 60 also includes a function to remove odors.

At this time, the negative ion generating unit 60 serves to remove odors of the air inside the closet 10 by dissipating negative ions inside the closet 10, while the deodorant 52 directly removes the bad smell of air directly contacted. Can be removed.

An infrared sterilization unit 70 may be disposed in the case 20. The infrared sterilization unit 70 may be disposed inside or outside the case 20. The infrared sterilization unit 70 presents a UV lamp (ultra violet lamp). In general, ultraviolet rays are harmful to the human body, while infrared rays have a good effect on the human body. Therefore, an infrared sterilization method is applied to the closet 10 mainly disposed in the indoor space rather than an ultraviolet sterilization method.

In addition, a humidity sensor 80 may be disposed in the case 20 to detect the internal humidity of the wardrobe 10. The humidity sensor 80 may be disposed on the outer surface of the case 20 or disposed on the suction port 21. The humidity sensor 80 is electrically connected to the control unit.

The display unit 90 may be disposed in the case 20. The display unit 90 displays the lifespan of the dehumidifying unit 40, the deodorizing unit 50, the negative ion generating unit 60, and the infrared sterilizing unit 70. For example, the service life of the dehumidifying unit 40, the deodorizing unit 50, the negative ion generating unit 60 and the infrared sterilizing unit 70 is set in advance in the control unit (not shown). In addition, the controller (not shown) controls to display the remaining life of each component on the display unit 90. Alternatively, the control unit 90 may control the display unit 90 to display only when the life of each component has expired or the life of the component is short. The display unit 90 presents a liquid crystal display (LCD) or a light emitting diode (LED).

The display unit 90 may be disposed on the control panel 100. The control panel 100 is provided with various buttons (not shown) for the user to input a predetermined function. In addition, the control panel 100 is provided with a receiver (not shown) to receive the information selected by the remote control. A control unit (not shown) is disposed in the control panel.

It will be described with respect to the operation of the embodiment according to the present invention configured as described above.

The wardrobe manager may be manually operated by operating a button or a remote controller. In addition, the closet manager may be automatically activated by sensing the humidity in the humidity sensor (80). Hereinafter, a case in which the closet manager is automatically operated will be described.

The humidity sensor 80 measures the humidity inside the closet 10 and transmits the measured information to the controller. If it is determined that the measured humidity is equal to or greater than a predetermined humidity, the control unit applies power to the motor 31 to rotate the blowing fan.

When the blowing fan is rotated, the internal air of the closet 10 flows in the axial direction of the blowing fan through the inlet 21 and is discharged in the radial direction. At this time, the air flows along the duct disposed on both sides of the blowing fan.

Air flowing to one side of the blowing fan is deodorized while passing through the deodorizing unit 50. The deodorized air is discharged into the closet 10 through the outlets 22 and 25 of one side. In addition, the air flowing to the other side of the blowing fan is dried while passing through the dehumidifier (42). The air thus dried is discharged into the closet 10 through the outlets 22 and 25 on the other side.

At this time, the air discharged through the outlets 22 and 25 is discharged at a wind speed of 0.3 ~ 5.5m / s. Therefore, since there is no influence enough to move the clothes on the hanger, noise is hardly generated inside the wardrobe 10.

The negative ion generating unit 60 emits negative ions into the air. These anions mainly sterilize the air inside the closet 10.

In addition, the infrared sterilizer 70 emits infrared rays into the air to sterilize bacteria such as fungi in the air. In this case, since the infrared ray has a longer wavelength than the ultraviolet ray, the infrared ray may perform a sufficient sterilization function even in the wide wardrobe 10.

By deodorizing and sterilizing the air in the closet 10 in this way, the clothes can be stored in a comfortable state.

Meanwhile, the control unit displays the remaining lifespan of the dehumidifying unit 40, the deodorizing unit 50, the negative ion generating unit 60, and the infrared sterilizing unit 70 on the display unit 90. Thus, it is possible for a user to determine the lifetime of the configurations.

As described above, according to an embodiment of the present invention, it is possible to maintain an environment in which the wardrobe is dried and prevents bacterial growth even in hot and hot weather. In addition, the closet manager may be operated and stopped according to the humidity of the closet. In addition, the status of the closet manager can be displayed.

Claims (7)

A case disposed inside the wardrobe and having an air inlet and an air outlet; A blower disposed inside the case and configured to suck air into the closet through the inlet and discharge the air into the closet through the outlet; A deodorizing unit disposed inside the case and deodorizing air sucked into the case; And And a dehumidifier disposed in the case and dehumidifying the air sucked into the case. The method of claim 1, The case closet manager, characterized in that the negative ion generating unit and infrared sterilization unit further comprises. The method of claim 2, The case closet manager characterized in that it further comprises a humidity sensor to detect the humidity inside the closet. The method according to claim 2 or 3, The case may further include a display unit to display the life of the deodorizing unit, dehumidifying unit, anion generating unit and infrared sterilization unit. The method of claim 4, wherein The suction port is disposed on the side of the case, The discharge port is a closet manager, characterized in that formed to discharge air to the inner surface side of the closet. The method of claim 5, Deodorizing unit is disposed on one side of the blower, A dehumidifier is disposed on the other side of the blower. The method of claim 6, The blower is: A motor generating a driving force; And And a centrifugal fan which is axially coupled to the motor and sucks air in an axial direction and discharges in a radial direction.

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