KR200187262Y1 - A shoes hygiene cabinet - Google Patents

Abstract

The present invention relates to a sanitary shoe closet configured to be sterilized and dried automatically when the wet shoe is stored in the interior of a shoe box formed of a plurality of compartments.

Since a conventional shoe dryer is mainly manufactured for home use, in a place where a lot of customers enter and exit, such as a large restaurant, it was not possible to dry and sterilize in large quantities while storing a lot of shoes at once.

Therefore, the present invention can keep the appearance beautiful as the drying of the shoe 1 is made in the interior of the shoe box 10, and evenly dried inside and outside of the shoe 1 is emitted from the heater 23 The heat loss can be minimized, and at the same time, a large number of shoes (1) can be stored and dried at once in the compartment 11 partitioned from the shoe rack 10, so that many people gather in public places, entertainment restaurants, and dormitories of schools. It can be actively used as a sanitary shoe box at training grounds, public saunas, military quarters, etc. In particular, it is possible to easily dry and service customers' shoes on rainy or snowy days, thus enhancing the external competitiveness of the workplace. There is this.

Description

Sanitary Shoe Cabinet {a shoes hygiene cabinet}

The present invention relates to a sanitary shoe closet configured to be sterilized and dried automatically when the wet shoe is stored in the interior of a shoe box formed of a plurality of compartments.

In general, when shoes are wet due to washing of shoes, going out of the rain and snow, and sweating on the feet, they are usually dried naturally, but use 'shoe dryer' using hot air (see Korean Utility Model Publication No. 99-7080). ) Has been proposed.

The above-described shoe dryer has a configuration in which a pair of air blowers are hinged to the rear of a case in which a blower and a heater are mounted therein. Moisture inside the shoe is evaporated to allow drying.

However, the above-described shoe dryer is not aesthetically pleasing because the shoe is hanged on the blower tube while the shoe is exposed to the outside, and the foot odor caused by sweating and various bacteria breeding inside the shoe cannot be effectively sterilized and removed. .

In addition, since the above-described shoe dryer is mainly manufactured for home use, in a place where a lot of customers enter and exit, such as a large restaurant, the shoes dryer could not be dried in large quantities in a state where many shoes were stored at once.

In addition, since the hot air blown through the blower tube is immediately discharged from the inside of the shoe to the outside of the shoe, heat loss occurs in the end, and the outside of the shoe is relatively slow to dry and the drying of the shoe is not uniform.

The present invention was devised in view of the above problems, and an object thereof is to provide a sanitary shoe rack that can dry a large number of shoes at a time while uniformly drying the inside and the outside of the shoe.

Features of the present invention for achieving the above object, the doors 12 are each hinged 12a on the front of the compartments 11 formed in a multi-stage by combining the blocking plate (10a) in the form of a lattice in the interior of the shoe rack 10 Combined shoelace 10; A blower 21 having a dustproof device 21a is mounted at one side of the lower side of the shoe rack 10, and a blower chamber 20 having a filter 22 and a heating heater 23 at the inlet and the outlet of the blower 21, respectively. )and; The blower duct 31 and the blower duct 32 are connected to the outlet of the blower 21, and the inlet of the blower 21 is a duct part connected to the blower duct 33 and the blower duct 34. 30) and: A branch pipe 37 and a suction port 39, which are divided into two branches, are respectively connected to the air duct duct 32 and the air duct duct 34 respectively introduced into the compartments 11, respectively. In the branch pipes 37 with the damper 37a mounted thereon, the injection pipes 38 may be connected to each other, and the outlet may be achieved by the sanitary shoe box characterized in that it is located inside the shoe 1.

1 is a schematic device diagram illustrating an embodiment of the present invention;

2 is a perspective view illustrating an embodiment of the present invention;

3 is a partially enlarged perspective view of the inside of the present invention,

Figure 4 is a partial side cross-sectional view illustrating an embodiment of the present invention,

5 is a front sectional view illustrating the configuration of a ventilation chamber according to the present invention;

6 is a plan sectional view illustrating the configuration of a ventilation chamber according to the present invention;

Figure 7 is a perspective view of the inside of the present invention.

Explanation of symbols on the main parts of the drawings

1: shoes

10: shoe rack

10a: blocking plate

11: compartment

12: door

12a: hinge

12b: Lock

20: blower room

21: blower

21a: Dustproof device

22: filter

23: heater

24: humidity sensor

25: UV Lamp

30: duct section

31: ventilation duct

32: blower duct

33: vent duct

34: Ventilation duct

35: outdoor duct

35a: External damper

36: exhaust duct

36a: exhaust damper

37: branch pipe

37a: damper

38: injection pipe

39: suction port

Hereinafter, with reference to the accompanying drawings, preferred embodiments of the present invention for achieving the above object in detail as follows.

As shown in Figure 1 to Figure 7, the shoe rack 10 according to the present invention is similar to a general shoe rack, but there are many compartments 11 are formed in a multi-stage by combining the blocking plate (10a) in a grid form therein It is made, so that a large amount of shoes (1) can be stored in large quantities at one time.

Doors 12 are hinged 12a on the front of the compartments 11, and each door 12 is equipped with a lock 12b that is locked and unlocked by a key and stored in each compartment 11. It is very suitable for public places because its appearance is beautiful and more hygienic without fear of theft of old shoes (1).

The lower side of the shoe rack 10 has a blower chamber 20 equipped with a blower 21 is formed, the outlet of the blower 21 is equipped with a heat generator 23, the inlet of the filter 22 Is equipped.

The lower part of the blower 21 is equipped with a dust-proof device (21a) made of dust-proof rubber is composed of a multi-wing blower with less vibration and noise.

Of course, the bar is shown in the compartment 1 of the lower side of the shoe box 10 used as the blowing chamber 20, in some cases, even if a separate blowing chamber 20 is formed in the lower portion of the shoe box 10 This invention is not limited to the position and structure of the ventilation chamber 20 is not necessarily limited.

The filter 22 is preferably a sterilizing and deodorizing filter that can sterilize and deodorize the vented air.

The duct part 30 is composed of a blower duct 31, a blower duct 32 and a blower duct 33, and a ventilator duct 34 connected to the respective compartments 11.

That is, the blower duct 31 is connected to the outlet of the blower 21 and is drawn out to one side of the shoe box 10, and the blower duct 31 is connected to each compartment 11 in the blower duct 31. ) Are connected.

In addition, the ventilation duct 33 is connected to the air inlet 21 of the blower 21 and is drawn out to one side of the shoe box 10, and the ventilation duct 33 is connected to the respective compartments 11. ) Are connected to each other.

Of course, the inlet 39 is connected to the ventilation duct 34 drawn into each compartment 11, but in some cases, the inlet 39 on the rear of each compartment 11 in some cases. ) To form a vent duct chamber with all the rear of the shoe rack (10) as a double, and then the blower 21, the inlet can also be connected directly to the chamber, the present invention is a ventilator duct (suction port 39 is connected to be sure) ( It is not limited to the structure according to 34) so that the ventilation air is circulated.

The ventilation duct 31 and the ventilation duct 33 exposed to the outside of the shoe rack 10 are manufactured to have a heat insulating and insulating structure to minimize heat loss.

The humidity sensor 24 is mounted at the inlet side of the blower 21 to sense the humidity of the ventilation air and automatically open and close the external air damper 35a and the exhaust damper 36a to achieve air conditioning selectively. have.

That is, the humidity sensor 24 detects the humidity of the ventilation air flowing into the inlet of the blower 21 through the ventilation main duct 33, and when the humidity is high, open the outside air damper 35a and the exhaust damper 36a. While fresh air is sucked through the outside air duct 35, the air of high humidity is discharged through the exhaust duct 36 to appropriately control the humidity of the air circulating in the shoe box 10.

Two branched branch pipes 37 are connected to the blower ducts 32 respectively introduced into the compartment 11, and each of the branch pipes 37 has injection pipes 38 protruding downward. Each is connected. At this time, the outlet formed in the lower portion of the injection pipe 38 is located in the interior of the shoe to be able to inject the hot air into the interior of the shoe (1).

A damper 37a is mounted inside the branch pipe 37 to open and close the branch pipe 37, and a lever penetrates and expands one side of the branch pipe 37 to rotate the damper 37a. It is supposed to be.

The injection pipe 38 is formed of a multi-coupling tube in which another tube is inserted into the tube, and has a structure in which the length thereof is elastically adjusted. If the length of the tube is formed long after the storage 1), the outlet drilled in the lower part of the injection tube 38 is configured to be located inside the shoe (1).

The present invention having the above-described configuration opens the door 12 coupled to the hinge 12a on the shoe rack 10 and stores the shoe 1 in the interior of the empty compartment 11, but the lower outlet of the injection pipe 38 has both sides. When the damper 37a mounted on the branch pipe 37 is inserted into the shoe 1 and the strong wind generated by the blower 21 is converted into hot air by the exothermic heater 23, the blowing air duct (31), the blowing air duct 32, the branch pipe 37 and the injection pipe 38 is injected into the inside of both shoes (1) to be able to dry the shoes.

Therefore, since hot air is supplied into the compartment 11, which is blocked from the outside, heat loss is minimized, and hot air is concentrated in the shoe 1 where drying is slow, so that the overall drying of the shoe 1 can be promoted. At the same time, there is an advantage that the inside and outside of the shoe 1 can be evenly dried.

The hot air flowing into the compartment 11 and drying the shoes is sterilized and deodorized through the vent duct 34 and the vent main duct 33 through the suction port 39 of the compartment 11. After the air flows through the inlet of the blower 21 and then blows again, as the circulation of the internal air continues without receiving external air, the loss of heat generated by the heater 23 can be minimized.

Of course, in some cases, when the degree of contamination of the air circulated or the humidity is high, the air damper 36a mounted inside the exhaust duct 36 is opened to discharge air of high humidity and the outdoor air damper installed in the outdoor air duct 35. Open the (35a) can be used to introduce fresh outside air with low humidity as the present invention can be used in more various ways.

In addition, since the filter 22 mounted at the inlet side of the blower 21 has an effect such as antibacterial and deodorant, hot air heated through the filter 22 sterilizes bacteria such as athlete's foot, and shoes ( There is an advantage that the odor of 1) can be removed.

In addition, an ultraviolet lamp 25 is provided in each compartment 11 so as to sterilize the vented air circulating in the shoe box 10.

As described above, compartments 11 for storing several pairs of shoes 1 are formed in multiple stages in the interior of the shoe rack 10, and hot air generated by the blower 21 is formed in each compartment through the duct part 30. The present invention supplied to 11) can reduce the power consumption required to dry the shoes (1) and at the same time can dry and store the shoes (1) in large quantities at a large number of places, such as large restaurants, each At the same time prevent theft by the lock (12b) of the shoe is not exposed to the outside is very hygienic and can provide a higher quality service to the guests to maximize the external competitiveness.

The present invention as described above, the drying of the shoe (1) is made in the interior of the shoe box 10 can be kept beautiful in appearance, the inside and outside of the shoe (1) is evenly dried to the heater ( 23) can minimize the heat loss emitted at the same time can be stored in the compartment 11 divided into multiple stages in the shoe rack (10) can be stored by drying a lot of shoes (1) at once, public places, entertainment It can be actively used as a sanitary shoe box in restaurants, school dormitories, training centers, public saunas, and military quarters. Especially, it is possible to easily dry and service the shoes of customers on rainy or snowy days. And so on.

Claims (4)

A shoe box 10 in which doors 12 are hinged 12a on a front surface of the compartments 11 formed in a multi-stage, in which the blocking plates 10a are coupled to each other in a lattice form in the shoe box 10; A blower 21 having a dustproof device 21a is mounted at one side of the lower side of the shoe rack 10, and a blower chamber 20 having a filter 22 and a heating heater 23 at the inlet and the outlet of the blower 21, respectively. )and; The blower duct 31 and the blower duct 32 are connected to the outlet of the blower 21, and the inlet of the blower 21 is a duct part connected to the blower duct 33 and the blower duct 34. 30) and: Two branched branch pipes 37 and a suction port 39 are respectively connected to the blower duct 32 and the ventilator duct 34 respectively introduced into the compartments 11, and a damper 37a is provided therein. Sanitary shoe box, characterized in that the injection pipe 38 is connected to each of the branch pipes (37) equipped with the outlet is located inside the shoe (1). The air inlet duct 35 having an outside air damper 35a is connected to the inlet side of the blower 21 to selectively introduce the outside air, and to the outlet side of the blower 21. Sanitary shoe box characterized in that the exhaust duct 36 is equipped with an exhaust damper (36a) therein is connected to allow the high humidity air to be discharged to the outside of the shoe box (10). According to claim 1, wherein the humidity sensor 24 is mounted on the inlet side of the blower 21 detects the humidity of the ventilation air to automatically open and close the air damper (35a) and the exhaust damper (36a) to selectively air conditioning Sanitary shoe box characterized in that it can be achieved. The sanitary shoe cabinet according to claim 1, wherein the filter (22) is composed of antibacterial and deodorizing filters, and an ultraviolet lamp (25) is installed in each compartment (11).