KR102283982B1 - Cabinet - Google Patents

Abstract

The present invention is achieved by providing a storage cabinet in which personal items such as sneakers, shoes, or bags are stored.
The present invention is a storage cabinet in which personal items such as shoes or bags are displayed and stored in a closed storage space opened and closed by an opening/closing door. A number of spray nozzles are arranged on both sides and are made of a porous material to absorb and emit a medium that naturally absorbs and emits depending on the high and low humidity of the storage space, and is installed on the back side of the medium to receive colloidal silver in a misty state from the sterilization engine. Including a humidity control unit with a base provided with a flow path for distribution and supply to each of the spray nozzles, the humidity control unit is installed on the inner surface of the door in an attachment method to naturally absorb and emit according to the moisture level in the storage space. Simultaneously with maintaining proper humidity in the intestine, colloidal silver discharged as a mist from the sterilization engine is supplied to the spray nozzles through a flow path provided in the humidity control unit to be evenly distributed on the outside and inside of personal items.

Description

Cabinet {Cabinet}

The present invention relates to a storage cabinet in which personal items such as sneakers, shoes, or bags are stored.

The storage cabinet in which shoes such as sneakers or shoes or personal items such as a bag are stored is largely divided into a shelf type in which a plurality of personal items are displayed in multiple layers or a box type in which personal items are displayed in a single layer.

These cabinets are mainly for personal items displayed and stored in a closed space that is opened and closed by opening and closing doors.

In order to manage personal items and solve unsanitary problems, mechanical maintenance facilities are additionally installed in the cabinet.

The maintenance facilities for personal items are about drying, sterilizing and deodorizing facilities for personal items, for example, drying wet shoes due to infiltration by sweat or beef tongue, or treating bacteria or odors caused by a humid environment.

Maintenance facilities for such a storage closet have been developed and used in various ways to date.

As an example of a maintenance facility, a heat transfer member is provided on the bottom of each shelf on which shoes are placed, arranged in multiple layers in the shoe cabinet, and the drying by electric heat and the wet bet generated during drying are sucked at the lower side of the shoe cabinet While forcibly convection using a fan, dehumidification is carried out in the filter unit in which the dehumidification filter is built, and the bet is passed through the sterilizer of the ultraviolet lamp installed on the upper side of the cabinet, and bacteria are treated.

On the other hand, ultraviolet and ozone lamps are arranged horizontally in parallel on the door of a shoe closet where shoes are placed on shelves that are arranged in multiple layers and are provided with ventilation holes, and a blower fan forcibly convections air in the cabinet at the lower side. And by installing a generator with a heater disposed in front of it, it forcibly circulates the inside of the cabinet and removes moisture using the heater in the generator, and at the same time, removes moisture from the shoes by UV rays and ozone irradiated from the ozone lamp in the generator. Bacteria are being treated.

However, among the maintenance facilities of these cabinets, the drying equipment mainly uses electric heat, that is, a direct heating method using a heating wire provided on the bottom of a shelf on which shoes are placed, or an indirect heating method using a heater while forcibly circulating the inside of the cabinet with a blower fan. It is dehumidified by heating.

Although drying and dehumidifying effects are excellent in this drying facility using forced electric heat, it is not easy to maintain proper humidity in the cabinet. As personal items are damaged, there is a problem with storage.

In addition, sterilization and deodorization facilities mainly use light source irradiation such as ultraviolet rays or ozone lamps, and although the surface of personal items has been treated, the light source is not evenly irradiated to the inside of shoes or bags, resulting in poor sterilization and deodorization. there is

Therefore, in recent years, the humidity in the cabinet is controlled by a natural humidity control method at room temperature instead of forcible heat transfer to prevent damage to personal items and to maintain and maintain personal items that sterilize and deodorize the outside and inside of the personal items. Equipment is in demand.

Republic of Korea Registered Utility Model No. 20-0465911 No. 20-0431490 for the Republic of Korea Registration Office

The present invention has been made in consideration of the circumstances as described above, and its purpose is to make it possible to store personal items without deformation or damage by performing natural absorption and dissipation at room temperature rather than forced heat transfer to control the humidity of the cabinet. It provides storage.

Another object of the present invention is to provide a storage closet that has excellent sterilization and deodorization of personal items and can improve hygiene and maintenance by evenly spraying colloidal silver by electrolysis into the outside and inside of personal items in a misty state. is in

The object of the present invention is achieved by providing a storage cabinet in which personal items such as sneakers, shoes, or bags are stored.

The present invention is a storage cabinet in which personal items such as shoes or bags are displayed and stored in a closed storage space opened and closed by an opening and closing door, a sterilization engine for discharging colloidal silver by electrolysis in a mist state, A number of spray nozzles are arranged on both sides and are made of a porous material to absorb and emit a medium that naturally absorbs and emits depending on the high and low humidity of the storage space. Including a humidity control unit with a base provided with a flow path for distribution and supply to each of the spray nozzles, the humidity control unit is installed on the inner surface of the door in an attachment method to naturally absorb and emit according to the moisture level in the storage space. Simultaneously with maintaining proper humidity in the intestine, colloidal silver discharged as a mist from the sterilization engine is supplied to the spray nozzles through a flow path provided in the humidity control unit to be evenly distributed on the outside and inside of personal items.

Then, according to the storage closet according to the present invention, by achieving an appropriate humidity control inside the storage closet due to natural absorption and diffusion at room temperature, there is an effect that shoes as well as leather personal items can be stored in their original state without deformation.

In addition, the present invention sprays colloidal silver by electrolysis in a sterilization engine in a misty state so that it is evenly sprayed on the outside and inside of personal items, so that the sterilization and deodorization of personal items is excellent, thereby improving hygiene and maintenance. there will also be

1 is a front view showing a cabinet installed in a built-in manner of the present invention.
Fig. 2 is a longitudinal sectional view of Fig. 1;
Figure 3 is a front view showing the inner surface of the cabinet door of the present invention.
FIG. 4 is an enlarged cross-sectional view taken along line AA of FIG. 3;
Figure 5 is a front view of the sterilization engine applied to the cabinet of the present invention.
6 is a longitudinal cross-sectional view showing the configuration of a sterilization engine applied to the storage of the present invention.
7 and 8 are cross-sectional views taken along line BB of FIG. 6 ,
7 is an explanatory diagram showing a process in which the suction flow rate of the sterilization engine of the present invention is maximally introduced;
8 is an explanatory view showing a process in which the intake flow rate of the sterilization engine of the present invention is reduced by half.

Next, an embodiment of the present invention will be described. 1 to 8 are detailed views of the cabinet according to the present invention.

An object of the present invention is to provide a storage cabinet in which personal items such as sneakers, shoes, or bags are stored.

The storage cabinet is generally made of a shelf type in which personal items are displayed in multiple layers or a box type in which personal items are displayed in a single layer.

The present invention can be applied to both shelf-type or box-type storage cabinets, and the shelf-type case will be described as an example thereof.

10 in the drawing is a storage closet. The storage closet 10 is provided with shelves 14 on which personal items such as shoes or bags are displayed and stored in multiple layers in a closed space opened and closed by an opening and closing door 12 .

Such a cabinet 10 is the same as in the prior art, and the core technology in the present invention is to prevent damage to personal items by setting the humidity in the cabinet 10 in a natural humidity control method rather than mechanically, and to protect the outside and inside of personal items. It is characterized by structural innovation of maintenance equipment that sterilizes and deodorizes evenly.

In the present invention, maintenance facilities for maintaining proper humidity of the closed space in which personal items are displayed and stored on the inner surface of the door 12 of the cabinet 10 and sterilization and deodorization of personal items are additionally installed.

The maintenance equipment for personal items is divided into a humidity control unit 20 that naturally absorbs and emits moisture in the air inside the cabinet 10 using a porous material installed on the inner surface of the door 12 in an attachment method, and personal items. It is composed of a sterilization engine 30 that allows the colloidal silver by electrolysis to be discharged in a mist state for sterilization and deodorization of them.

Here, the sterilization unit 30 may be installed separately from the inner surface of the door 12 , but is preferably installed integrally on the upper side of the humidity control unit 20 .

And between the humidity control unit 20 and the sterilization unit 30, there is a connection pipe 40 for sending the colloidal silver mist discharged from the sterilization engine 30 to the humidity control unit 20 side.

The maintenance facility configured in this way will be described in more detail.

The humidity control unit 20 has a base 22 formed in a flat plate shape as shown in FIGS. 3 and 4, and a medium 24 of a porous material formed in the same shape as the base 22 on the back side of the base 22 is overlapped. is made up of

The base 22 is provided with a manifold-type flow path 22a that provides a supply path for colloidal mist of aerosol discharged from the sterilization engine 30 in an intaglio on the surface in contact with the medium 24 of the porous material.

The medium 24 of the porous material is made of a porous crystal such as a zeolite-based mineral having excellent moisture absorption and dissipation, or charcoal or fiber-based hemp fabric.

In the upper and lower sides of both sides of the front surface of the medium 24, the silver colloid in a misty state supplied along the manifold-type flow path 22a of the base 22 is displayed on the shelves 14 in the storage closet 10 to personal items displayed and stored. Spray nozzles 24a for evenly spraying are provided at equal intervals.

The sterilization engine 30 is made of a hollow hexahedron as shown in FIGS. 5 and 6 and includes a sealed reaction chamber 32 in which dissolved water is stored at a predetermined level, and a suction/reaction chamber extending upward from the center of the upper surface of the reaction chamber 32. It is composed of discharge conduits (34, 36). At this time, the sterilization engine 30 will be operated by a control unit (not shown) provided in the cabinet 10 .

The reaction chamber 32 is provided with a vibrator 32a on its bottom surface, and the positive and negative silver electrodes 32c and 32d suspended from the ceiling of the reaction chamber 32 are immersed in the stored solution for a predetermined electrolysis. The silver colloid will be generated in a haze state. At this time, colloidal silver has an excellent effect on sterilization and deodorization of personal items.

A blower fan (F) is provided in the suction pipe (34) to suck the air inside the cabinet (10) and discharge the silver colloid generated in a mist state in the reaction chamber (32) to the discharge pipe (36). At this time, an activated carbon filter (F-1) for removing impurities in the air inside the cabinet (10) may be further provided on the front side of the suction side of the blowing fan (F).

It is installed through the discharge pipe 36 and the outside of the discharge pipe 36, and when the humidity in the cabinet 10 rises above the set value, it is operated by a detection signal from the humidity sensor (S) installed in the cabinet 10 A thermoelectric element (TE) for dehumidifying in the cabinet 10 is provided.

In the thermoelectric element TE, a heat dissipation fin TE-1 is disposed in the exhaust pipe 36, and the cooling fin TE-2 is exposed to the outside of the exhaust pipe 36, that is, into the air inside the cabinet 10, so that the cabinet ( 10) It will dehumidify by condensing moisture in the air inside by convection action. At this time, the condensed water will be collected and treated for drainage through a separate drain pipe.

In the storage closet 10 of the present invention configured in this way, the humidity control unit 20 naturally absorbs and emits according to the moisture level in the storage space, and at the same time maintaining proper humidity in the hall, it is discharged as a mist from the sterilization engine 30 The colloidal silver will be ejected from the spray nozzles 24a provided on both sides of the medium 24 of the porous material through the manifold-type flow path 22a of the base 22 to be evenly distributed on the outside and inside of personal items.

In addition, a flow rate control unit 50 is provided in the suction pipe line 34 of the sterilization engine 30 , which is installed horizontally in the cross direction of the intake path of the internal air in the cabinet 10 to increase or decrease the intake amount of air.

The flow control unit 50 moves horizontally freely in the cross direction of a plurality of elementary pipes 52 branched from the suction pipe line 34 and the upper surfaces of these elementary pipes 52 to narrow and widen the inner diameter of each of the elementary pipes 52 It is composed of a mover 54 (refer to Figs. 7 and 8).

In addition, in the reaction chamber 32 of the sterilization engine 30 , a portion of the suction pipe 34 , that is, any one of the sub-pipes 52 of the flow rate control unit 50 is extended downwardly to form the solution in the reaction chamber 32 . A portion of the intake air is supplied into the air supply pipe 38 to stir the solution by the ejection pressure of the intake air.

In this way, the stirring of the dissolved solution with the suction air of the air supply pipe 38 in the reaction chamber 32 will obtain the effect of mixing the silver colloid by electrolysis into the solution.

Then, the humidity control and sterilization process of the cabinet of the present invention will be described.

The present invention absorbs moisture from the medium 24 of the porous material in the humidity control unit 20 and holds it when the humidity in the cabinet 10 increases due to wet shoes due to infiltration by sweat or beef tongue. Humidity in the cabinet 10 When is lowered, the humidity of the cabinet 10 will be naturally maintained properly while spitting out the moisture contained in the medium 24 .

In the sterilization engine 30, when an operation signal is applied from the control unit of the cabinet 10, the colloidal silver by the electrolysis of the positive and negative silver electrodes 32c and 32d in the reaction chamber 32 is misted by the vibrator 32a. The silver colloid in a misty state generated in the state and ejected to the surface of the aqueous solution is sucked into the suction pipe 34 by the blowing fan F as shown by the arrow in FIG. It is supplied to the manifold-type flow path 22a provided at the base 22 of the humidity control unit 20 through the pipe 40 .

And the silver colloid supplied to the ends of the manifold-type flow path 22a is evenly distributed to the personal items of the storage closet 10 through the spray nozzles 24a provided on both sides of the medium 24, It removes odors as well as bacterial treatment on the outside and inside.

In addition, the suction pipe line 34 of the sterilization engine 30 is provided with a flow rate control unit 50 that varies the inner diameter of the passage to the maximum or minimum as shown in FIGS. Accordingly, it was possible to freely control the amount of silver colloid ejection.

In addition, when the inside of the cabinet 10 becomes more humid than the set value, the sensor S provided on the upper side of the cabinet 10 detects and operates the thermoelectric element TE, and the internal air convection in the cabinet 10 The moisture contained in the air is condensed at the cooling fin (TE-2) to achieve dehumidification. And when the humidity inside the cabinet 10 falls below the set value, the thermoelectric element TE is automatically stopped.

And in the reaction chamber 32 of the sterilization engine 30, any one of the tubes 52 of the flow control unit 50 of the suction tube 34 is extended downwardly, and a part of the intake air is introduced into the solution in the reaction chamber 32. An air supply pipe 38 is provided so as to be ejected, and the solution is stirred by the ejection pressure from the air supply pipe 38 so that the colloidal silver is mixed with the solution.

As described above, one embodiment of the present invention has been described, but the present invention is not limited thereto, and changes may be made within the scope described in the claims.

10: cabinet 12: door 14: shelf
20: humidity control unit 22: base 24: medium of a porous material
30: sterilization unit 32: reaction chamber 34: suction line 36: discharge line
38: air supply pipe
40: connector
50: flow control unit 52: master 54: mover

Claims (6)

As a storage cabinet in which personal items such as shoes or bags are displayed and stored in a closed storage space that is opened and closed by an opening and closing door,
Sterilization engine for discharging colloidal silver by electrolysis in a mist state; and
A plurality of injection nozzles are disposed on both sides and are made of a porous material to naturally absorb and radiate according to the high and low humidity of the storage space, and the silver colloid in a misty state from the sterilization engine is overlapped and installed on the back surface of the medium. and a humidity control unit formed as a basis having a flow path for receiving and distributing and supplying to each of the spray nozzles,
Here, the humidity control unit is installed on the inner surface of the door in an attachment method to absorb and emit moisture naturally according to the moisture level in the storage space, and at the same time to maintain proper humidity in the intestine, and to provide a mist from the sterilization engine. A cabinet, characterized in that the discharged colloidal silver is supplied to the spray nozzles through the flow path to be evenly distributed on the outside and inside of the personal items. According to claim 1,
The sterilization engine is a storage closet disposed on the front upper side of the medium of the humidity control unit. According to claim 1,
The sterilization engine includes a reaction chamber provided with a vibrator, in which positive and negative silver electrodes are immersed in a stored solution to generate silver colloids by electrolysis in a misty state, and a suction/reaction chamber extending upward from the center of the upper surface of the reaction chamber. A cabinet comprising discharge pipes and a blower fan that sucks air inside the cabinet using the suction pipe and discharges it to the discharge pipe together with colloidal silver generated in a mist state in the reaction chamber. 4. The method of claim 3,
The cabinet further comprising a control unit installed in the intake pipe of the sterilization engine in a direction crossing the intake path of the air inside the cabinet to increase or decrease the intake flow rate of the internal air. 4. The method of claim 3,
The sterilization engine further includes a thermoelectric element installed through the exhaust pipe and the outside of the exhaust pipe to perform a dehumidifying action when the humidity in the cabinet rises above a set value. 4. The method of claim 3,
The reaction chamber of the sterilization engine further includes an air supply pipe extending a portion of the suction pipe downward to supply a portion of the intake air into the solution of the reaction chamber and stir it.

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