KR102364125B1 - Processors for daily necessaries - 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 sterilization engine for discharging colloidal silver by electrolysis in a misty state, and 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 pad formed as a base provided with a flow path for distribution and supply to each of the spray nozzles, the humidity control pad is installed on the inner surface of the door by an attachment method to naturally absorb and emit according to the moisture level in the storage space, and Simultaneously with proper humidity maintenance, colloidal silver discharged from the sterilization engine in a mist state is supplied to the spray nozzles through a flow path provided in the humidity control pad to be evenly distributed on the outside and inside of personal items.

Description

Processors for daily necessaries

The present invention relates to a daily necessities processor that sterilizes, deodorizes, and dries comfortably all daily necessities that require hygiene management, such as personal items such as shoes or bags, or children's play equipment.

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.

In these storage cabinets, personal items are displayed and stored in a closed space that is mainly 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.

Maintenance facilities for personal items are roughly 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.

A variety of maintenance facilities for such a storage closet have been developed and used until now.

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 within 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 with a built-in dehumidification filter, and at the same time, the bet passes 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. By installing a generator with a heater disposed in front of it, while forcibly circulating the inside of the cabinet, the heater in the generator removes moisture, and at the same time, UV rays and ozone emitted from the UV and ozone lamps in the generator cause bacteria in shoes. This is going to be dealt with.

However, among the maintenance facilities of these cabinets, drying equipment is mainly a heating method using 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 method.

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 rather than forcible heat transfer, so that damage to personal items is prevented, and maintenance and management of personal items that achieve sterilization and deodorization of the outside and inside of personal items evenly 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 distribute colloidal silver by electrolysis evenly to the outside and inside of personal items in a haze state, thereby providing a cabinet that has excellent sterilization and deodorization of personal items and can improve hygiene and maintenance. is in

The object of the present invention is achieved by providing a daily necessities processor that sterilizes, deodorizes, and dries comfortably all daily necessities requiring hygiene management, such as personal items such as shoes or bags, or children's play equipment.

The present invention is a daily necessities processor that sterilizes, deodorizes, and dries items in a closed treatment room in which daily items for treatment are displayed on the front side of a box-type body and opened and closed by an opening and closing door. The inner tube divided into the machine room and built-in, provided on both sides of the lower periphery of the fuselage, and the inlet and outlets communicating with the inner tube and the machine room, and the machine room of the inner cylinder are built-in to aerosol colloidal silver generated by electrolysis with an ultrasonic vibrator and fall into the treatment room Including a treatment engine that allows it to be sprayed in this way, colloidal silver is sprayed in a dropwise manner in a misting state to evenly penetrate both the outside and the inside of the products displayed in the treatment room, so that sterilization and deodorization are excellent.

Then, according to the processor for everyday goods according to the present invention, by achieving an appropriate humidity control inside the processor by natural absorption and dissipation at room temperature, there is an effect that can keep personal items made of leather in their original state without deformation.

In addition, the present invention has an excellent drying effect, and thus has an excellent effect of maintaining the products as well as storability.

In addition, the present invention sprays colloidal silver by electrolysis in a processing engine in a falling manner in a haze state so that it penetrates deeply into the outside and inside of the products. there will be

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view showing a disposer of an everyday article of the present invention.
2 is a cross-sectional view of the processor of the everyday article of the present invention;
3 is a cross-sectional view taken along line AA of FIG. 2;
4 is a partial exploded perspective view showing an excerpt of a processing engine applied to a processor of the present invention for daily use;
5 is a cross-sectional view taken along line BB of FIG. 3;

Next, an embodiment of the present invention will be described. 1 to 5 show in detail a processor for everyday articles according to the present invention.

An object of the present invention is to provide a processor for sterilizing, deodorizing, and drying comfortably daily items requiring hygiene management, such as personal items such as shoes or bags, or children's play equipment.

Disposers of daily necessities are used in the form of a box that can be transported and moved freely.

10 in the drawing is the processor body of the daily necessities. The body 10 is opened and closed by an opening-type door 12 on the front side and has a closed treatment chamber 14 in which daily necessities for treatment are stored and displayed.

Such a configuration is the same as in the prior art, and the core technology in the present invention is to sterilize and deodorize the outside and inside of everyday items, and to dry comfortably and to control the humidity in the body 10 in a natural humidity control method, not mechanical. It is characterized by structural innovation that prevents damage to the product.

The body 10 of the present invention is provided with an inner cylinder 14 which is built-in by maintaining a gap with the inner wall of the body 10 . The inner cylinder 14 is divided into a treatment room 14-1 and a machine room 14-2 for sterilizing, deodorizing, and drying products using a partition wall 14a on the left and right, and the machine room 14-2 has a partition wall ( 14b) is divided into upper and lower sections.

A suction port 10a communicating with the gap between the body 10 and the inner cylinder 14 and an outlet port 10b communicating with the machine room 14-2 are provided on each of both sides of the lower periphery of the body 10 .

On one side of the lower side of the peripheral wall of the machine room 14-2, a discharge passage 14c for discharging the turbid bet generated during processing in the machine room 14-2 through the outlet 10b of the body 10 is provided. .

In the machine room 14-2 of the inner cylinder 14, a treatment engine 20 is built in which colloidal silver generated by electrolysis is atomized by ultrasonic vibration to be sprayed into the treatment chamber 14-1 in a drop manner.

The treatment engine 20 includes an aqueous solution tank 22 , a water tank 24 and a duct 26 on which the aqueous solution tank 22 is detachably mounted in an inverted state with an open upper surface.

The aqueous solution tank 22 is provided with a replaceable electrode unit 22a and a valve 22b that is opened in a closed state when placed on the water tank 24 to supply the aqueous solution to the water tank 14 .

The electrode unit 22a includes a cap 22a-1 detachable from the inlet of the aqueous solution tank 22 by screw assembly, and a pair that is installed based on the cap 22a-1 and allows colloidal silver to be extracted by electrolysis. It is composed of positive and negative silver poles 22a-2 and 22a-3. In this case, a titanium rod or the like other than the positive and negative silver electrode rods 22a-2 and 22a-3 may be used.

When the aqueous solution tank 22 configured in this way is separated from the water tank 24 , the valve 22b is automatically closed.

The water tank 24 provides an open area so that the aqueous solution tank 22 is detachably mounted, and an ultrasonic vibrator 24a for atomizing the aqueous solution containing colloidal silver is provided on the bottom.

The duct 26 includes a stem pipe 26a installed in a vertical state from the aqueous solution level of the water tank 24 to the ceiling side of the processing chamber 14-1, and the stem pipe 26a branching from the upper end and middle of the processing chamber ( 14-1) at least one or more first and second branch pipes 26b and 26c for spraying Cloidal silver in a misty state to the upper and middle portions of the interior through respective injection ports 26a-1 and 26c-1). is composed of At this time, a blowing fan F1 is provided at the corner where the stem pipe 26a and the first branch pipe 26a meet, so that the claustrophobic silver generated in the water tank 24 is smoothly discharged to the processing chamber 14-1 side. will be supplied

In addition, the treatment chamber 14-1 has a heater fan HF installed through its peripheral wall to dry wet articles. At this time, the heater fan HF uses a PTC heater.

In addition, the machine room 14-2 is provided with an activated carbon filter (AF) that is installed through the peripheral wall and auxiliaryly deodorizes the odors of the treatment room 14-1 and the machine room 14-2. At this time, the deodorized treatment and machine room (14-1, 14-2) air is discharged through the outlet (10b) to the suction fan (F).

In addition, a recirculation unit 30 for filtering foreign substances in the aqueous solution is provided at the lower portion of the water tank 24 .

The recirculation unit 30 includes a circulation pipe 32 for circulating the aqueous solution in the water tank 24 , a circulation motor 34 , and a filter 36 for filtering impurities in the aqueous solution in the water tank 24 .

The processor of the present invention configured in this way will operate electrically and mechanically according to the operation mode selection signal applied from the control unit in the sterilization, deodorization or drying process.

In addition, a humidity control pad 40 that is selectively installed on each of the main walls or floors of the treatment chamber 14-1 to naturally absorb/dissipate moisture from the air of the treatment chamber 14-1 is provided.

The humidity control pad 20 is made of a medium of a porous material, for example, a porous crystal such as a zeolite-based mineral or fiber-based hemp fabric having excellent moisture absorption and dissipation.

In addition, the processing chamber 14-1 is divided into several layers using at least one shelf 50 selectively installed in the horizontal direction to increase the display area of the products for processing.

In the processing machine of the present invention configured in this way, colloidal silver is evenly penetrated into and outside the products displayed in the processing chamber 14-1.

The operation of the processor of the everyday article of the present invention will be described with reference to FIGS. 3 and 5 .

First, when shoes wet by sweat or beef tongue or other personal items that contain moisture are stored, moisture is removed from the humidity control pad 40 of the porous material when the humidity of the body 10 treatment chamber 14-1 increases. When the humidity in the processing chamber 14-1 is low, the humidity control pad 40 spouts out the retained moisture and naturally maintains the humidity in the processing chamber 14-1 at an appropriate humidity without deforming the product. will be kept in its original state.

In the case of drying personal items such as shoes wet by beef tongue, when the drying processing mode signal is applied, the heater fan (HF) is driven, and at the same time, as indicated by the arrow in FIG. The introduced outside air passes through the heater fan HF and is heat-exchanged with hot air to be supplied to the treatment chamber 14-1 to dry the product.

And the humid and cloudy bet in the treatment chamber 14-1 generated in the drying process is discharged to the outside through the outlet 10b by the suction fan F as indicated by the arrow in FIG. 3, and at this time, the cloudy bet is It will be deodorized using the active filter (AF) provided on the discharge path and discharged as purified fresh air.

In the case of sterilization and deodorization of daily items requiring hygiene management, such as personal items or children's play equipment, when a processing mode signal is applied, the processing engine 20 is driven.

When the processing engine 20 is driven, colloidal silver by electrolysis of the positive and negative silver electrodes 22a-2 and 22a-3 of the electrode unit 22a of the aqueous solution tank 22 is transferred from the water tank 24 to the ultrasonic vibrator ( 24a), as indicated by the arrow in FIG. 5, rises along the stem pipe 26a of the duct 26, branches off from the first and second branch pipes 26b, 26c, 14-1) Colloidal silver is sprayed from the top and the middle in a mist state by a drop method.

In this way, the colloidal silver sprayed in the misting state in the treatment chamber 14-1 will be deeply immersed to the outside and the inside of the products displayed in the processing chamber 14-1, thereby more firmly sterilizing and deodorizing the products.

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: body 12: door 14: inner cylinder
14a: containment wall 14-1: processing room 14-2: machine room
20: treatment engine 22: aqueous solution tank 24: water tank 26: duct
30: recirculation unit
40: humidity control pad
50: shelf

Claims (8)

As a daily necessities processor that sterilizes, deodorizes, and dries daily necessities by providing multiple layers of closed processing chambers opened and closed by opening and closing doors in a box-shaped body,
an inner cylinder installed to maintain a gap in the body and installed to be partitioned between the processing chamber and the machine room using a partition wall;
a suction port provided on both sides of the lower periphery of the body and communicating with the gap, and an outlet port communicating with the machine room of the inner cylinder;
An aqueous solution tank equipped with a replaceable electrode unit and a valve, the upper surface is opened, the aqueous solution tank is detachably mounted, and an ultrasonic vibrator is provided on the bottom to generate colloidal silver in a haze state by electrolysis, and a haze state Treatment consisting of a duct that sprays and supplies colloidal silver in a haze state from the ceiling side of each treatment chamber in a fall manner using branch pipes branched from the upper end and middle of the stem pipe extending to the upper part of the water tank to generate colloidal silver engine;
A recirculation unit for filtering foreign substances in the aqueous solution in the lower portion of the water tank; and
and a humidity control pad that is selectively installed on each of the main walls or floors of the treatment chamber to naturally absorb and dissipate moisture from the air in the treatment chamber,
Here, the daily necessities processor, characterized in that the colloidal silver is evenly penetrated into and out of the articles displayed in the treatment chamber by a spraying method. delete delete delete delete delete delete delete

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