KR200427782Y1 - Device for shoes sterilization deodorize multi-stage with storage function of boots - Google Patents

Abstract

The present invention relates to a multi-stage shoe sterilization deodorizer having a long shoe storage function. In using each designated shoe storage compartment, the shoe support plate of the shoe support plate detachably installed from the shoe storage compartment as well as the storage of the shoes is removed. It is possible to accommodate long shoes in one state, and to have a structure that automatically blocks the inflow of air from the removed shoe support plate, so that general shoes and long neck sterilization deodorization can be used at the same time. There is an effect that can improve the reliability.

Long shoes, sterilization and deodorization, air, duct, spray pipe, shoe support plate

Description

Device for shoes sterilization deodorize multi-stage with storage function of boots}

1 is a perspective view showing a conventional shoe sterilization deodorizer,

Figure 2 is a perspective view showing the separation of the internal configuration of the conventional shoe sterilization deodorizer,

Figure 3 is a perspective view showing the air circulation of the conventional shoe sterilization deodorizer,

Figure 4 is a perspective view showing a shoe sterilization deodorizer of the present invention,

5 is a perspective view showing the separation of the panel and the duct from the main body of the shoe sterilization deodorizer according to the present invention,

6 is a perspective view showing an air flow path of the air supply duct of the shoe sterilization deodorizer according to the present invention,

7 is a bottom view showing a shoe support plate having an air supply passage according to the present invention,

Figure 8 is a partial longitudinal cross-sectional view of the shoe sterilization deodorizer showing a state installed the shoe support plate according to the present invention.

◀ Explanation of symbols for the main parts of the drawing ▶

10: main body 20: air supply duct

21: air supply hole 20-1, 20-2: air supply pipe

30: air exhaust duct 40: air circulation duct

50-1: left side compartment assembly 50-2: right side compartment assembly

51: air inlet 52: guide hole

53: support protrusion 54: shoe support plate

55: air injector 55a: air induction flight

55b: air jet 55c: air jet

55d: Air Segment S: Shoes

100: shoe sterilization deodorizer

The present invention relates to a multi-stage shoe sterilization deodorizer having a long shoe storage function, and more specifically, to a sterilization deodorizer which can be sterilized and deodorized by inserting the shoes in multiple stages, by improving the inflow / blocking structure of the air together with the shoe storage room. As well as the ordinary shoes, the long neck boots can be selectively stored in one shoe sterilization deodorizer according to the user's choice, thereby enabling efficient use of sterilization deodorization.

In general, shoes that are normally worn are parasitic with bacteria, fungi, and microorganisms that are harmful to the human body. For this reason, shoes are the most unsanitary in the clothes worn by people and are representative of the factors causing bad odors.

Some shoes include short-sleeved shoes such as slippers, sandals and relatively low running shoes, while work safety shoes, hiking boots, and boots such as military boots.

When wearing shoes, the part of the foot that is naturally in contact with the skin of the foot worn naturally causes sweating and breeds of various bacteria due to poor ventilation conditions. Odor is generated even more when the shoes enter the room while the shoes are wet.

In view of the above, commercially available shoe sterilization deodorizers not only dry the inside of shoes using high temperature hot air, but also sterilize / deodorize them as elements such as UVC lamps and photocatalysts installed internally, and use them as various filters. By removing odors by filtration, it makes the condition of the shoes worn afterwards comfortable and removes harmful contaminants to help the foot health.

In the sterilization and deodorization process of the shoe sterilization deodorizer, when the shoes are left in the main body for a predetermined time and operated, the air not only generates ozone through the ozone generating member, but also supplies the heated air to a predetermined temperature through the heater. As well as drying of shoes, sterilization deodorization is made, they are sterilized / purified through a filter made of catalyst in the process of continuous circulation through a given duct can provide a more comfortable shoes to the wearer through a predetermined operating time. To make it work.

The shoe sterilization deodorizer is a cabinet-type shoe deodorizer equipped with a multi-stage shoe storage room for putting shoes worn by a large number of people, such as a home, a dormitory, a military affairs group, a business cafeteria, etc. .

While the shoe sterilization deodorizer is designed for sterilizing and deodorizing shoe-oriented shoes according to the shoe sterilization deodorizer, it is formed in multiple stages for shoes such as long boots, boots and boots, but the height of the shoe storage room is made high. One shoe sterilization deodorizer.

In general, shoes of shoes are preferable to be used in homes, offices, large restaurants, etc. In the case of shoe sterilization deodorizers having a high shoe storage room, they are stored in places where military offices or special construction sites are constructed. Is used.

Accordingly, each shoe storage compartment determines the height of shoes or long shoes.

Attached Figure 1 is a perspective view showing a conventional shoe sterilization deodorizer, an example to accommodate the sterilization deodorization by storing the shoes, the applicant has filed in 2005 Patent Application No. 101601.

The shoe sterilization deodorizer 100 according to this configuration, respectively, in the front of the main body 10 forming a rectangular body by the combination of the side panel 11, the top panel 12, the bottom panel 13, the rear panel 14 The door 10-1 for opening and closing the shoe storage room 10-2 is provided, and each shoe S is accommodated therein so as to sterilize and deodorize the shoe at a given time.

The shoe sterilization deodorizer, as shown in Figure 2 attached, is installed vertically in the center in the body 10, the blowing fan (P) is installed on the upper side, the shoe storage compartment (10-) on both sides of the vertical An air supply duct (20) installed so that the air injection pipe (22) for inducing and injecting air into 2) is branched at equal intervals; It is installed in parallel with the air supply duct 20 in parallel with the discharge port 31 is disposed on both sides of the shoe storage compartment (10-2) to discharge the odor, while the discharge port 31 An air exhaust duct 30 in which the antibacterial filter F is detachably installed; An air inlet 41 is connected to an upper portion of the air exhaust duct 30 and an inflow side of the blower fan P, and an air inlet 41 for introducing air from the outside is provided. The air circulation duct 40 is detachably installed at the antibacterial filter F, and a partition wall 42 is formed at an inner side thereof to guide air exhausted from the exhaust duct 30 toward the blowing fan P. ; The first guide hole 51 is formed such that the air injection pipe 22 positioned at the left and right sides of the air supply duct 20 is positioned at an upper portion thereof, and the outlet 31 of the air exhaust duct 30 is formed therein. A left storage compartment assembly 50-1 forming a second guide hole 52 so as to be positioned on a side thereof to form the shoe storage compartment 10-2; It consists of a right storage compartment assembly 50-2.

The shoe sterilization deodorizer 100 is a shoe accommodated inside the air by passing through the air supply duct, air injection pipe, shoe storage compartment, air exhaust duct, air circulation duct (including filters) sequentially by one blower fan Was sterilized and deodorized.

As described above, the air flow provides an efficient point for sterilizing and deodorizing the shoes placed in the shoe storage compartment, but has a disadvantage of being limited to storing shoes having a relatively short neck as shown.

This is because the air injection pipe is installed to branch from the air supply duct, it is to be installed inside the shoe support plate of the shoe storage compartment, the shoe support plate is a disadvantage that can not be separated to accommodate the short neck shoes as described above. There was no choice but to.

That is, it is difficult to efficiently use a shoe sterilization deodorizer which is usually used because it is difficult to accommodate long boots or long shoes such as boots.

On the other hand, a shoe sterilization deodorizer made for long neck shoes such as boots is not suitable for accommodating many pairs of shoes as the interior height of the shoe storage compartment is high, and the point of inflow of air. Because of this far, there is a problem that the sterilization deodorizing effect falls.

The present invention has been made to solve the above-mentioned conventional problems, to provide a shoe sterilization deodorizer that can be efficiently sterilized deodorization by storing the shoes as well as long shoes selectively in the shoe storage room.

According to the present invention for achieving the above object, there is provided a door for opening and closing each shoe storage compartment in the front of the body forming a rectangular body by a combination of the side panel, the top panel, the bottom panel, the rear panel, in the center of the body An air supply duct vertically installed and inleting air into the shoe storage chamber through a vertical direction in which a blower fan is connected and installed vertically; Vertically parallel to the air supply duct and vertically installed below the blower fan, both sides are installed in communication with the shoe storage compartment is provided with an outlet for discharging the odor, while the antibacterial filter is detachably installed in the outlet An exhaust duct; It is connected to the upper side of the air exhaust duct and the side of the blower fan so as to intake and circulate air from the exhaust duct, provided with an air inlet for the inflow of air from the outside, the antibacterial filter is removable at the air inlet An air circulation duct provided at an inner side thereof and having a partition wall configured to guide air exhausted from the exhaust duct toward a blowing fan; A left storage compartment assembly in which a guide hole is formed such that the left and right sides of the air supply duct and the outlet of the air exhaust duct are positioned on an inner side thereof to form the shoe storage compartment; In the shoe sterilization deodorizer composed of a right storage compartment assembly,

The air supply duct is branched from two sides of the blower fan to two air supply pipes and is vertically installed in close contact with the rear center of the left storage compartment assembly and the right storage compartment assembly to form the shoe storage compartment. While supply holes are formed at equal intervals, air inlets are formed in the rear of the left compartment assembly and the right compartment assembly so as to coincide with the air supply holes, and support protrusions are formed on both sides of the left compartment assembly and the right compartment assembly. It is formed so that, both sides of the bottom surface is supported by the support protrusion from the left compartment compartment and the right compartment compartment assembly is provided with a detachable shoe support plate to form a shoe compartment, the bottom of the shoe support plate once from the air inlet hole Is inserted into the shoe storage room Characterized in that the air injection pipe for jetting an installed.

Hereinafter, with reference to the accompanying Figures 4 to 8 according to the present invention in more detail.

4 is a perspective view showing the shoe sterilization deodorizer of the present invention, Figure 5 is a perspective view showing the separation of the panel and the duct from the body of the shoe sterilization deodorizer according to the present invention, Figure 6 is a shoe according to the present invention 7 is a perspective view showing an air flow path of the air supply duct of the sterilization deodorizer, FIG. 7 is a bottom view showing a shoe support plate having an air supply flow path according to the present invention, and FIG. 8 is a state in which the shoe support plate is installed according to the present invention. Partial longitudinal section of the shoe sterilization deodorizer showing the.

According to the present invention, each shoe storage compartment 10-2 is formed on the front surface of the main body 10 that forms a rectangular body by a combination of the side panel 11, the top panel 12, the bottom panel 13, and the rear panel 14. A door 10-1 for opening and closing is provided, and is vertically installed at the center in the main body 10, and a blower fan P is connected to and installed from an upper side of the shoe storage chamber 10-2 in a vertical direction. An air supply duct 20 for introducing air to the side; Vertically parallel to the air supply duct 20 and installed vertically below the blowing fan (P), both sides are installed in communication with the shoe storage chamber (10-2) discharge port 31 for discharging the odor corresponding On the other hand, the air exhaust duct 30 is detachably installed in the discharge port (31) antibacterial filter (F); It is connected to the upper side of the air exhaust duct 30 and the side surface of the blowing fan (P) to suck and distribute the air from the exhaust duct 30, the air inlet 41 for the inflow of air from the outside is On the other hand, the antimicrobial filter (F) is detachably installed in the air inlet (41), and inside the partition wall (42) for guiding the air exhausted from the exhaust duct 30 in the direction of the blowing fan (P) An air circulation duct 40 provided; Guide holes 52 are formed such that the left and right sides of the air supply duct 20 and the outlet 31 of the air exhaust duct 30 are positioned on an inner side thereof to form the shoe storage chamber 10-2. A left compartment assembly 50-1; In the shoe storage deodorizer 100 consisting of a right storage compartment assembly (50-2),

The air supply duct 20 is branched from one side of the blower fan P to two air supply pipes 20-1 and 20-2 to form the shoe compartment 10-2. -1) and the right side of the right compartment assembly 50-2 is installed vertically close to the center, the air supply hole 21 is equally spaced on one vertical surface of the air supply pipe (20-1) (20-2) On the other hand, the air inlet hole 51 is formed in the rear of the left compartment compartment 50-1 and the right compartment compartment 50-2 to match the air supply hole 21, the left compartment Supporting protrusions 53 are formed on both sides of the assembly 50-1 and the right storage compartment assembly 50-2, and the left storage compartment assembly 50-1 and the right storage compartment assembly 50-2 are formed to correspond to each other. Both sides of the bottom surface is supported by the supporting protrusion 53 from the shoe support plate 54 to form a compartment for the shoe storage compartment (10-2) is detachably provided, the bottom of the shoe support plate 54 Is one end is inserted from the air inlet hole 51, the air injection pipe (55) for receiving the incoming air jets air to the shoe housing chamber 10-2 is provided.

The air injection pipe 55 is formed in a T-shape, is formed in the thickness of the shoe support plate 54, one end protrudes from the rear of the shoe support plate 54, the air supply hole 21 and the air inlet hole 51 The air induction piece 55a is formed to be inserted into the air inlet to receive air, while air injection holes 55b are formed at both sides from the branching point, and the air is perpendicular to the bottom of each air injection hole 55b. An air injection port 55c for guiding is attached. The air injection port 55c has a structure in which a front surface is formed in a plurality of mesh shapes as a spherical body.

On the other hand, the protruding length of the air induction piece (55a) from the shoe support plate 54 is the air to maintain a uniform flow of the air supplied from the top of the air supply duct 20 to the bottom of the air supply duct 20 The lower the supply duct 20 is gradually lengthened so that a uniform flow of air is delivered into the air injection pipe (55).

In addition, it is preferable that a U-shaped air split piece 55d is provided at the center of the air injection pipe 55 to guide the flow of air toward the air injection hole 55b.

In the drawings, reference numeral S denotes a shoe, and D denotes a stopper for blocking air flow by blocking an air inlet.

Referring to the operation and effects of the installation of the shoe sterilization deodorizer of the present invention configured as described above are as follows.

First, the shoe sterilization deodorizer 100 of the present invention, each door 10-1 is provided from the front of the main body 10, the left compartment chamber assembly 50-1, the right compartment chamber assembly 50-2 are combined. ) And the shoe support plate 54 installed therein, to have a plurality of cell forms to form a shoe storage room 10-2 for storing a plurality of pairs of shoes S, respectively. do.

Here, in the state in which the shoe type shoe S is placed in each shoe storage room 10-2, the wearer dries with the deodorization of the odor along with the air circulation inside during the set time through the control unit of the apparatus. Make your shoes comfortable.

Basic installation of the shoe sterilization deodorizer is to vertically install the air supply duct 20, the air exhaust duct 30 on the center with respect to the bottom panel (13).

The air supply duct 20 includes two air supply pipes 20-1 and 20-2 for the left compartment 50-1 and the right compartment 40-2 as shown in FIG. 5. It is located at the rear side and installed so as to match the air supply hole 21 in a state coinciding with the air inlet hole 51 formed at the rear of the left compartment compartment assembly 50-1 and the right compartment compartment assembly 50-2. .

In addition, the exhaust duct 30 is a rivet (drawings) in a state where the air outlet port 31 side is aligned with the guide hole 52 of the left compartment chamber assembly 50-1 and the right compartment chamber assembly 50-2. It is fixedly installed through the process, and the side panel 11 and the rear panel 14 to the rear side is disposed and fixed together with the top panel 12 by the riveting process.

On the other hand, from the front of the main body 10 installed as described above is provided with a storage space for accommodating the shoes (S) having the same space, respectively, where the shoe support plate 54 is a layered layer of the left storage compartment assembly 50-1 The shoe storage chamber 10-2 may be formed by placing it on a support protrusion formed to correspond to the inside of the right storage compartment assembly 50-2.

In addition, from the front of each shoe storage chamber (10-2) is a hinged door (10-1) is installed rotatably through a hinge (not shown).

Shoe support plate 54, which is installed on both bottom surfaces of the support protrusion 53, is disposed in the air inlet hole 51 seen on the inner front surface of the left storage compartment assembly 50-1 and the right storage compartment assembly 50-2. The air guide piece 55a of the air injection pipe 55 protruding from the rear of the shoe support plate 54 is inserted.

That is, one end of the air induction piece 55a is inserted into the air supply hole 21 of the air supply pipes 20-1 and 20-2 positioned behind the air inlet hole 51. do.

Wherein the length of the air induction piece 55a as shown in the accompanying Figure 8, the length protruding in the air supply duct 20 inward direction from the air injection pipe 55 is located in the lower direction of the air supply duct As the length is gradually increased, it becomes a form that narrowly forms a supply passage of air supplied from the top to the bottom of the air supply duct 20 to uniformly supply the inflow of air to the air injection pipe 55. To help.

As described above, the shoe storage chamber 10-2 of the multi-stage provided by mounting the shoe support plate 54 can accommodate a large number of shoes such as shoes, sneakers, high heels, sandals, and the like that are relatively short.

On the other hand, in order to accommodate the shoes of long neck boots, long neck shoes (S) such as boots may be accommodated in the state in which one or two corresponding shoe support plates 54 are removed from the shoe storage room 10-2. have.

When the part of the shoe support plate 54 is removed, one side of the shoe foot plate 54 is removed from the support protrusion 53, and the air in the left storage compartment assembly 50-1 and the right storage compartment assembly 50-2 is removed. The inlet hole 51 is exposed, where the plug (D) is prepared from the air inlet hole 51 to block the inflow of air.

The shoe storage room 10-2 in such a state is expanded in height, and can accommodate shoes S such as long boots, military boots and boots accommodated therein.

The air is introduced through the air spray pipe 55 on the other side of the shoe support plate 54 located on the upper side of the shoe support plate, which is removed from the shoe support plate. It can be seized.

On the other hand, air flows from the state in which the power of the shoe sterilization deodorizer 100 operates in the state of receiving the shoes as described above.

First, the blowing of the air delivered from the blowing fan P is vertically lowered along the air supply duct 20 as shown by the arrow, and the air supply pipe 20-1 of the air supply duct 20 ( 20-2) The left storage compartment assembly 50-1, which is the inner side along the air induction piece 55a on the side of the air injection pipe 55 guided to the air supply hole 21, while the air is forced down along the inside. ) And the right storage compartment assembly 50-2, respectively, allow air to flow into the shoe storage compartment 10-2.

Here, the air injection pipe 55 is a relatively thin T-shape, as shown in the accompanying Figs. 7 and 8, the shoe through the air injection hole 55c attached to the bottom through the two air injection holes (55b) Air is blown into the storage chamber 10-2.

The air conveyed from the air injection pipe 55 is guided to the U-shaped air split piece 55d provided therein, and is smoothly branched to the air injection hole 55b to be supplied / injected.

On the other hand, the air injected into the vertical supply of the air supply duct 20 is supplied to the air injection pipe located at the lowermost side so that the length of the air induction piece (55a) of each branched air injection pipe 55 becomes wider toward the bottom ( By forming a wide area hitting the air induction piece 55a of 55), the intensity of the air supplied from the air supply duct 20 of the upper side of the shoe sterilization deodorizer 100 serves to induce a relatively constant.

The air supplied from the air supply duct 20 is first elevated in the lower portion thereof with the inflow of air from the outside through the air circulation duct 40 and mixed with warm air heated by a heater. It is a structure for supplying through the air injection pipe 55 on the shoe support plate 54 detachably installed via the, the high neck boots by setting the height of the shoe storage compartment (10-2) in accordance with the removal of the shoe support plate The shoe (S) of the can be usefully sterilized / deodorized.

As described above, in the shoe sterilization deodorizer of the present invention, in using each designated shoe storage compartment, the shoe is not only stored in the shoe, but also the shoe support plate of the shoe support plate detachably installed from the shoe storage compartment with the corresponding shoe support plate removed. It can be accommodated and has a structure that automatically blocks the inflow of air from the removed shoe support plate, so that general shoes and long neck sterilization deodorization can be used at the same time, which can improve the reliability of shoe sterilization deodorizer. It works.

Claims (4)

A door that opens and closes each shoe storage compartment 10-2 on the front surface of the main body 10, which is a rectangular body made of a combination of the side panel 11, the top panel 12, the bottom panel 13, and the back panel 14. (10-1) is provided, vertically installed in the center of the main body 10, the air blowing fan (P) is connected to the installation from the upper one side air through the longitudinal direction of the shoe storage chamber (10-2) side An air supply duct 20 through which air is introduced; Vertically parallel to the air supply duct 20 and installed vertically below the blowing fan (P), both sides are installed in communication with the shoe storage chamber (10-2) discharge port 31 for discharging the odor corresponding On the other hand, the air exhaust duct 30 is detachably installed in the discharge port (31) antibacterial filter (F); It is connected to the upper side of the air exhaust duct 30 and the side surface of the blowing fan (P) to suck and distribute the air from the exhaust duct 30, the air inlet 41 for the inflow of air from the outside is On the other hand, the antimicrobial filter (F) is detachably installed in the air inlet (41), and inside the partition wall (42) for guiding the air exhausted from the exhaust duct 30 in the direction of the blowing fan (P) An air circulation duct 40 provided; Guide holes 52 are formed such that the left and right sides of the air supply duct 20 and the outlet 31 of the air exhaust duct 30 are positioned on an inner side surface to form the shoe storage chamber 10-2. A left compartment assembly 50-1; In the shoe storage deodorizer 100 consisting of a right storage compartment assembly (50-2), The air supply duct 20 is branched from one side of the blowing fan P to two air supply pipes 20-1 and 20-2 to form the shoe compartment 10-2. -1) and the right side of the right compartment assembly 50-2 is installed vertically close to the center, the air supply hole 21 is equally spaced on one vertical surface of the air supply pipe (20-1) (20-2) On the other hand, the air inlet hole 51 is formed in the rear of the left compartment compartment 50-1 and the right compartment compartment 50-2 to match the air supply hole 21, the left compartment Supporting protrusions 53 are formed on both sides of the assembly 50-1 and the right storage compartment assembly 50-2, and the left storage compartment assembly 50-1 and the right storage compartment assembly 50-2 are formed to correspond to each other. Both sides of the bottom surface is supported by the supporting protrusion 53 from the shoe support plate 54 to form a compartment for the shoe storage compartment (10-2) is detachably provided, the bottom of the shoe support plate 54 Has a long shoe storage function, characterized in that the air injection pipe 55 for inserting the air from the air inlet hole 51 to inject air into the shoe storage chamber (10-2) is installed Multistage shoe sterilization deodorizer. According to claim 1, wherein the air injection pipe 55 is formed in a T-shape, is formed in the thickness of the shoe support plate 54, one end protrudes from the rear of the shoe support plate 54 air supply hole 21 And an air induction piece 55a formed to be inserted into the air inlet hole 51 to receive air, and air injection holes 55b are formed at both sides from a branching point, and each air injection hole 55b is formed. Multi-stage shoe sterilization deodorizer having a long shoe storage function, characterized in that the air injection port (55c) is attached to the bottom of the guide installed vertically. According to claim 2, Protruding length of the air induction piece (55a) from the shoe support plate 54 to uniformly flow the air supplied from the top of the air supply duct 20 to the bottom of the air supply duct 20 In order to maintain the progressively longer to the lower portion of the air supply duct (20), the multi-stage shoe sterilization deodorizer having a long shoe storage function, characterized in that the uniform flow of air to be delivered to the air injection pipe (55). The long shoe storage according to claim 2, characterized in that a U-shaped air split piece (55d) is installed at a branched center of the air injection pipe (55) to guide the flow of air toward the air injection hole (55b). Multi-stage shoe sterilization deodorizer with function.

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