KR200253977Y1 - a shoes hygiene cabinet - Google Patents

Abstract

The present invention relates to a sanitary shoe closet configured to automatically sterilize and dry when the wet shoe is stored inside the shoe closet.

Conventionally, when it is introduced into the shoe box and heated by the heater, it is injected into the shoe and immediately discharged to the shoe box, which wastes heat energy inside the shoe box, and there is a considerable loss of power. Could not be removed.

Therefore, the present invention is very efficient in saving the power energy because the hot air generated by the blowing fan 40 and the heater 41 continues to circulate inside the case 10, and the case 10 is intermittently discharged. ) The internal air is sterilized and deodorized and discharged sufficiently while being continuously filtered through the filter 30 so that the odor can be effectively removed and the shoes 1 can easily enter and exit the case 10. It can be implemented as a sanitary shoe box in public places, nightlife restaurants, school dormitories, training centers, public saunas, military quarters, etc., especially when it rains or snows. Since it can be dried and serviced, there is an advantage such as to increase the external competitiveness of the workplace as possible.

Description

Sanitary Shoe Cabinet {a shoes hygiene cabinet}

The present invention relates to a sanitary shoe closet configured to automatically sterilize and dry when the wet shoe is stored inside the shoe closet.

In general, when the shoes are wet due to washing of the shoes, going out of the rain and snow, sweat generated from the feet, etc., they are mainly used for natural drying, but the wet shoes may be dried using a hot air fan such as a hair dryer.

In the case of using a hot air fan, only a part of the hot air is used for drying, which is not only a waste of power, but also has to be held by a hair dryer. The new model registration No. 165450, which was decided to be maintained in the technical evaluation, suggested a technology that could automatically sterilize and dry shoes.

However, in the sanitary shoe pre-registered by me, the flexible hose connected to the duct is inserted into the inside of both shoes to blow hot air, so when the shoes are held by the flexible hose when storing or withdrawing the shoes inside the shoe closet, the obstacle factor This was very uncomfortable.

In addition, when cold air is introduced into the shoe box and heated by the heater, it is sprayed on the shoe and immediately discharged to the outside of the shoe box, which wastes heat energy inside the shoe box, resulting in a significant loss of power. The odor generated could not be effectively removed.

The present invention was devised in view of the above-mentioned problems, the purpose of which is to make the entry and exit of the shoe into the shoe box very easily, the air in the shoe box is continuously circulated until a certain humidity is maintained, thereby increasing the drying efficiency, Continuously circulating air is to provide a high-quality sanitary shoe box that can discharge the air by removing the odor generated when drying the shoes by the filter having an antibacterial and deodorizing function.

Features of the present invention for achieving the above object, the door 11 is hinged to the front of the case 10 is configured to hold the shoe (1); The front end of the branch pipe 21, which is mounted on the upper side of the case 10 and is drilled in the rear thereof, is bifurcated from the front, and is bent downward toward the inside of the shoe 1, A lower air duct 20 having a plurality of injection holes 22 formed therein; A filter 30 mounted at a lower suction port of the duct 20 to filter and sterilize air circulating in the case 10; A blowing fan (40) mounted at a rear side of the heating wire heater (41) provided in the duct (20) to blow hot air through the branch pipes (21); A discharge fan 50 mounted on an exhaust port 13 side behind the case 10 and intermittently rotated upon receiving a signal from the humidity sensor 51; It can be achieved by the sanitary shoe cabinet, characterized in that configured by the ultraviolet lamp 60 mounted inside the case 10 to sterilize the shoe (1).

1 is a perspective view of the inside of the sanitary shoe box according to the present invention,

2 is a cross-sectional view illustrating an embodiment of the present invention;

Figure 3 is a perspective view illustrating a duct unit of the hot air blower according to the present invention.

Explanation of symbols on the main parts of the drawings

1: shoe 10: case

11 door 12 control panel

12a: Button 12b: PCB

13: exhaust port 20: duct

21: branch pipe 22: nozzle

30: filter 40: blowing fan

41: heater 50: exhaust fan

51: humidity sensor 60: UV lamp

61: reflection shade 70: detection sensor

71: contact switch

Hereinafter, described in detail by the accompanying drawings a preferred embodiment for achieving the above object is as follows.

As shown in Figure 1 to Figure 3, the front of the case 10 consisting of a housing 11 is hinged to the door 11 to open and close the inside of the case 10, the shoe (1) inside the case 10 ) Can be stored.

A blowing duct 20 is mounted on the upper side of the case 10, and the duct 20 is connected to an exhaust port 13 formed in the rear of the case 10.

A branch pipe 21 divided into two branches is formed in front of the duct 20, and the ends of the branch pipes 21 are bent downward to face the inside of the shoe 1.

The front lower surface of the duct 20 is to form a gentle slope, a plurality of injection holes 22 are drilled in this slope.

The lower suction port of the duct 20 is equipped with a filter 30, which filters and sterilizes and deodorizes the air inside the case 10, while flowing into the duct 20 and continuously circulating. Or intermittently to be discharged out of the case 10.

The heating wire heater 41 is mounted inside the duct 20, and a blowing fan 40 is mounted at the rear of the heater 41 to blow hot air through the branch pipes 21. The heater 41 is configured in a form in which the heating wire is wound around the elvan rock core to obtain the effect of releasing far infrared rays, sterilizing and inhibiting bacterial propagation.

An exhaust fan 50 is mounted on the exhaust port 13 rear side of the case 10 and is intermittently rotated by receiving a signal from the humidity sensor 51. Of course, the blowing fan 40 and the discharge fan 50 is operated by the power of the motor.

An ultraviolet lamp 60 is mounted on the upper side of the case 10 to sterilize the shoe 1, and the ultraviolet lamp 60 is mounted at the lower portion of the branch pipes 21 bent in a curved shape. The reflection shade 61 allows the concentrated irradiation of ultraviolet rays into the shoe 1.

The ultraviolet lamp 60 is to effectively sterilize pathogens, such as eczema or athlete's foot, by using ultraviolet rays emitted during lighting, so that shoes can be used more hygienically.

The case 10 is equipped with a position detecting sensor 70 such as a photosensor to detect the presence of the shoe (1), the door 11 is equipped with a magnetic contact switch 71 Thus, the opening and closing state of the door 11 can be determined.

The control panel 12 mounted on the front of the door 11 is provided with operation buttons 12a to turn on and off the power and adjust the internal temperature of the case 10. The rear of the control panel 12 is equipped with a circuit configured PCB (12b) to process the signals of the sensors so that all the operation can be done automatically.

Meanwhile, as illustrated in FIG. 3, a blowing fan 40, a heater 41, a discharge fan 50, and the like are mounted in the duct 20, and a branch pipe 21 for discharging hot air is provided in front of the duct 20. Formed to form a unit, so that the duct 20 can be easily installed and used in the existing scattering place, the present invention has the advantage that it can be utilized in various ways.

According to the present invention having the above configuration, when the shoe 1 is stored inside the case 10 and the door 11 is closed, the presence of the shoe 1 is determined by the sensor 70, and the contact switch 71 is used. Since the closed condition of the door 11 is detected and the driving condition is matched, the blower fan 40 is rotated at a high speed and the heating wire heater 41 is heated and the ultraviolet lamp 60 is automatically turned on.

Thus, the hot air generated by the heater 41 and the blowing fan 40 is blown into the shoe 1 through the duct 20 and both branch pipes 21, and some hot air is lowered in the lower portion of the duct 20. The shoe 1 is blown to the outside of the shoe 1 through the injection hole 22 drilled on the inclined surface, and the shoe 1 is sterilized by the ultraviolet lamp 60 at the same time as the inside and the outside of the shoe 1 are evenly dried.

Then, the hot air sprayed toward the shoe 1 is introduced again into the duct 20 through the filter 30 mounted on the rear lower portion of the duct 20 and then by the heater 41 and the blowing fan 40. Since it is heated again and sprayed through the branch pipes 21 again, it is configured to continuously circulate inside the case 10.

Therefore, the hot air continues to be heated by the heater 41 while circulating the inside of the case 10 and is raised to a very high temperature, thereby increasing the drying efficiency.

Of course, the heater 41 is always turned on, off (off) by a temperature sensor (not shown) to maintain a proper temperature at all times to effectively prevent the inside of the case 10 overheating have.

On the other hand, when the humidity inside the case 10 becomes high due to the continuous circulation of hot air and drying of the shoe 1, the humidity sensor 51 detects this and drives the discharge fan 50, so that the moisture in the case 10 is increased. When the exhaust fan 13 is discharged to the outside and the proper humidity is maintained, the driving of the discharge fan 50 is stopped again. Thus, the discharge fan 50 is configured to intermittently rotate according to the humidity.

At this time, since the air inside the case 10 is discharged to the outside through the filter 30, the odor generated during drying of the shoe is removed and then discharged.

The present invention as described above, since the hot air generated by the blowing fan 40 and the heater 41 continues to circulate the inside of the case 10 to dry the shoes, it is very efficient to save power energy, and intermittently Since the air inside the discharged case 10 is continuously sterilized and deodorized while continuously filtered through the filter 30, the odor can be effectively removed and at the same time, the shoe 1 can easily enter and exit the case 10. It is possible to implement high-quality shoe racks with excellent performance, which can be actively used as sanitary shoe racks in public places, nightlife restaurants, school dormitories, training centers, public saunas, and military quarters, especially on rainy or snowy days. As it is easy to dry and service customers' shoes, it can maximize the external competitiveness of the workplace. There are advantages such.

Claims (3)

A case 10 hinged to the front of the case and configured to store the shoe 1; The front end of the branch pipe 21, which is mounted on the upper side of the case 10 and is drilled in the rear thereof, is bifurcated from the front, and is bent downward toward the inside of the shoe 1, A lower air duct 20 having a plurality of injection holes 22 formed therein; A filter 30 mounted at a lower suction port of the duct 20 to filter and sterilize air circulating in the case 10; A blowing fan (40) mounted at a rear side of the heating wire heater (41) provided in the duct (20) to blow hot air through the branch pipes (21); A discharge fan 50 mounted on an exhaust port 13 side behind the case 10 and intermittently rotated upon receiving a signal from the humidity sensor 51; Sanitary shoe box, characterized in that configured by the ultraviolet lamp 60 is mounted inside the case 10 to sterilize the shoe (1). The method of claim 1, wherein the ultraviolet lamp 60 is to be able to intensively irradiate the ultraviolet light into the shoe (1) by the reflection shade 61 mounted on the lower portion of the branch pipes 21 bent in a curved shape Sanitary shoe box characterized in that. According to claim 1, wherein the sensor 10 is mounted inside the case 10 to detect the presence of the shoe (1), the door 11 is equipped with a magnetic contact switch 71 is the door 11 Sanitary shoe box characterized in that to detect the opening and closing state of the.