KR20030067086A - The disinfect and dry shoe chest using ultraviolet lamp and hot wind fan - Google Patents

Abstract

PURPOSE: Provided is a shoe chest having sanitary and drying performance to activate UV ray generator and hot air blowing device as required and to sterilize and dry shoes in the chest. CONSTITUTION: The shoe chest comprises an accessing sensor(2) to sense shoes and a UV ray lamp(1). When shoes are not in the chest, the chest is turned to a standby status. When shoes are in the chest, UV ray is radiated from the lamp(1) to sterilize the shoes, if temperature and humidity of the shoes are high, using a heat sensing sensor(3) and a humidity sensing sensor(4) of a sensing part(1). Simultaneously, moisture and bad smell of the shoes are removed by blowing hot and dry wind from a hot wind blower into the chest.

Description

Disinfect and dry shoe chest using ultraviolet lamp and hot wind fan}

The present invention relates to a sterilized dry shoebox using an ultraviolet lamp and a hot air blower, and more particularly, to a shoebox for sterilizing and drying using a UV generator and a hot air blower, if necessary, to identify a state of a shoe when the shoe is worn in a shoe closet. In general, the shoe cabinet has been used only as a storage cabinet limited to other goods storage in addition to the use of shoe storage. Thus, most of the shoe racks consist only of space for storing shoes and space for storing other items. If you re-wear your shoes without going through a separate drying and sterilization process, you may feel uncomfortable.You can wear them in rainy weather and place them in a shady place to dry your wet shoes. It was also a cause of deformation. Even in long-term storage, it was cumbersome to keep separate moisture inhibitors, newspapers, green tea leaves, coffee powder, etc. inside the shoe box to prevent the growth of bacteria and deformation of the mold which can be caused by moisture inside the shoe box and to deodorize. . In addition, re-wearing unsterilized shoes takes a considerable time for the treatment of bacterial foot disease, as well as causing infections to those around them.

The present invention can be felt when the shoe was worn in order to improve the problems described above to the shoe closet to determine the state of the shoe and sterilize and dry it by using an ultraviolet lamp and hot air to prevent deformation of the shoe prototype and re-wear. It is aimed at eliminating the discomforts that can occur during the long-term storage to enable the long-term use of shoes and to prevent the recurrence and transmission of bacterial foot disease. The present invention for achieving the above object is to determine the state of the shoe using the proximity sensor and the heat sensor and the humidity sensor at the same time to determine whether the switch to determine the door opening and closing of the shoe and whether the shoe and Therefore, it is characterized by consisting of disinfecting and drying the shoes using an ultraviolet generator and a drying hot air fan, stopping the ultraviolet light generator and the drying hot air fan by detecting the change of humidity, and maintaining the temperature and humidity inside the shoe box at a constant level. have.

1 is a sensor unit inside the shoe box

2 is an interior view of the shoe rack

3 is a side view of the shoe rack

<Description of the symbols for the main parts of the drawings>

1 UV lamp 2 Proximity sensor 3 Heat sensor

4: Humidity sensor 5: Heat wire 6: Blower 1

7: Blower 2 8: Blower 3 9: Blower 1

10: blower 2 11: blower 3 12: protection net

Hereinafter, described in detail by the accompanying drawings as follows. After the shoe door is opened and closed once by using the switch attached to the shoe door, only the proximity sensor 2 of the sensing unit (a) is activated in FIG. 1 to detect the storage of the shoe and switch to the standby state when no shoe is stored. When the storage is confirmed, by using the heat sensor 3 and the humidity sensor 4 of the sensing unit 1, when the temperature and humidity of the stored shoes are high, the ultraviolet lamp 1 of FIG. 1 is used. By sterilizing and disinfecting ultraviolet rays, at the same time, the high temperature dry hot air is sent from the hot air blower to the tuyere 1 (6) to circulate to the tuyere 1 (9) to remove moisture and odor in the shoe. When the humidity of the shoe is lowered, the operation of the blower 1 (6) and the blower 1 (9) is stopped and the ultraviolet lamp (1) is also turned off.

The sensing unit 2 (C) in Figure 1 is an external sensor unit using an automatic winding device, and when not in use, it is wound up so that only the sensor unit protrudes, so as to grasp only the humidity inside the shoe box, and in the case of long and high neck shoes such as boots, It is inserted into the shoe and inserted directly inside the shoe to perform various detection steps on the condition of the shoe, and the process of sterilization and drying described above is performed. At this time, the hot air fan sends hot air through the air vent 3 (8) and circulates to the water vent 3 (11).

In addition, when the sensing unit 2 (C) is wound by the automatic winding device, only the sensor unit (C) protrudes to the outside in order to detect and maintain the humidity of the entire inside of the shoe box, so that the interior is in a high humidity situation such as in rainy season and rainy days If the humidity rises, heat fans 1 (6,9), 2 (7,10), 3 (8,11) are all operated to lower the internal humidity with hot air and at the same time operate the UV lamp (1) on the side of the shoe rack for sterilization and The drying process is performed to keep the humidity in the shoe box constant.

As described above, the present invention, when storing the worn shoes in the shoe closet to determine the condition of the shoes and sterilize and dry using an ultraviolet lamp and a hot air to prevent the deformation of the shoe prototype and go through the sterilization process of bacterial foot disease It prevents recurrence and transmission, eliminates the discomfort that can be felt when re-wearing, and eliminates the problems that may occur during long-term storage to enable long-term use of shoes.

Claims (1)

Sterilization drying using UV lamp and hot air fan Detect door opening and closing of shoes and detecting shoes coming in using proximity sensor, humidity sensor and heat sensor, sterilization and drying using UV lamp and hot air fan , To maintain a certain level of temperature and humidity inside the shoe box.