KR101765858B1 - Sterilizing and Drying Machine for Shoes - Google Patents

Abstract

A shoes drying and sterilizing apparatus of the present invention sterilizes, disinfects, and deodorizes shoes by generating sterilizing UV rays and plasma having cations and anions. The shoes drying and sterilizing apparatus comprises a sterilizing and drying unit, a drying unit, a main body unit, and a control unit. The sterilizing and drying unit comprises a sterilizing unit and a drying unit. The sterilizing unit comprises a main UV ray lamp unit, an ion generator, and an auxiliary UV lamp unit. The drying unit comprises an air blower, an air blowing duct, and an air heater. The drying unit comprises a shoe drying rack and a shoe drying rack brackets. According to the present invention, the shoes drying and sterilizing apparatus can perfectly sterilize, disinfect, and deodorize shoes by generating sterilizing UV rays and plasma and can thoroughly and rapidly dry the insides of the shoes by using shoes holders.

Description

{Sterilizing and Drying Machine for Shoes}

The present invention relates to a shoe dry sterilizer for disinfecting and drying shoes including boots, boots, and work shoes. More particularly, the present invention relates to a shoe dry sterilizer for shoes, In order to disinfect shoes in the workplace that wears shoes including boots, such as livestock farms that require, there is a shoe stand that can mount shoes. Sterilization by ultraviolet rays and ions generated from ultraviolet sterilizing lamps and ion generators The present invention relates to a shoe dry sterilizer that dries the interior of a shoe by warm air.

Workshops that require cleanliness, such as food processing factories, large restaurants, and cafeterias, and livestock farms that require sanitation, work on shoes including boots at work.

When you wear shoes, you need to wash shoes with water or foreign matter. It is necessary to disinfect and dry after cleaning, but it is not properly applied, so there is water inside and germs cause athlete's foot. to be.

In addition, especially in a large canteen requiring special hygiene, disinfecting the disinfectant on a tray that holds water and disinfecting it while passing over the shoes, it is uncertain whether the upper part of the shoe as well as the lower part are properly disinfected There is a necessity for workers to disinfect easily and strongly.

When workers working in meat, food processing factories, large restaurants, and large canteens are washing to disinfect shoes, a method of loosening drugs on a large tray and passing them over is a complete disinfection method in food handling areas There was a problem that there was not much trust in the view.

Recently, an industrial sterilizer in the form of a shoe box has been developed and sold. However, since it is inconvenient to use and occupies a lot of space, it is difficult for an individual to efficiently use the sterilizer. Some companies have developed a portable sterilizer using far infrared rays, It was a fact that consumers were not satisfied.

Accordingly, sterilization methods using ultraviolet sterilizing lamps which emit the strongest sterilizing power as the sterilizing power of ultraviolet rays become known are widely spreading.

Generally, an ultraviolet sterilizer is a sterilizer that sterilizes various harmful bacteria and microorganisms living in the contents by using ultraviolet light. Such an ultraviolet sterilizer is widely spotlighted in the industry where hygienic problems have been recently raised, And the related technology is rapidly developed. Accordingly, various disinfectors have been developed and utilized according to various products.

Although various ultraviolet sterilizers have been developed, there is a problem in that the inside of the shoe is not easily dried because there is no blowing air inside the shoe, which is specialized in shoe, so that harmful bacteria may reproduce due to moisture inside the shoe.

1. Korean Patent Publication No. 10-2006-0086096 (Disclosure Date: July 31, 2006) Automatic Boot Sterilizer 2. Korean Patent Publication No. 10-2016-0050244 (Disclosure date: May 11, 2016) Shoe disinfection sterilizer 3. Korean Utility Model Registration Bulletin 20-0292366 (Registered Date: October 04, 2002) Shoe Deodorizer 4. Public utility model 20-2012-0007309 (Disclosure date: October 24, 2012) Rain boots with a shelf for storing boots and shoes separately 5. Korean Registered Patent Publication No. 10-0928466 (Date of Registration: November 18, 2009) Hygienic Dress Sterilizer 6. Korean Utility Model Registration Bulletin 20-0439993 (Registered Date: May 09, 2008) Disinfection Dryer

In order to solve the above-mentioned problems, the present invention is characterized in that a shoe stand foot is formed on a shoe hanger so that heated air is blown into the shoe, ultraviolet sterilizing light and plasma are emitted to uniformly sterilize and deodorize the air, And to provide a shoe dry sterilizer capable of easily putting on and taking off shoes.

The shoe dry sterilizer of the present invention generates ultraviolet sterilizing light and a plasma with a positive ion and a negative ion to sterilize and deodorize the shoe. The external air is heated to a predetermined temperature, A sterilizing and drying unit for drying the shoe; A drying unit for drying the shoe so as to facilitate disinfection and drying; A main body part having a predetermined space to be installed inside the drying and sterilizing part; And a control unit for operating and controlling the sterilizing and drying unit.

The body portion includes a frame portion woven in a rectangular parallelepiped shape to form a space therein; A front portion including an open and closed front door that covers a front surface formed by the frame portion and allows the shoe to be inserted and ejected; A side portion formed of a right side surface and a left side surface covering the side surface formed with the frame portion; A rear part covering the back surface formed with the frame part, the outside air being drawn into the sterilizing and drying part, the drying stand part being installed, and the air supplied from the sterilizing and drying part being discharged after containing moisture; An upper surface portion covering an upper surface formed by the frame portion; And a bottom surface covering the lower surface formed by the frame portion.

A sterilizing and drying unit inside the apparatus body, the sterilizing and drying unit having an upper space formed with horizontally partitioned walls for freeing moisture from the sterilizing and drying unit; A sterilizing drying chamber formed in a lower portion of the apparatus room and a sterilizing and drying chamber in which the shoe is sterilized and dried by the sterilizing and drying unit and the drying table is installed in the rear portion.

Wherein the sterilizing and drying unit includes a sterilizing unit that generates ultraviolet rays for sterilization and generates plasma for deodorization and sterilization; And a drying section in which outside air is drawn in for drying and is supplied after heating.

A main ultraviolet lamp unit installed at a central portion of a lower partition wall of the equipment room to emit ultraviolet sterilizing light for sterilizing and disinfecting shoes; The plasma generating the positive ions and the negative ions is generated so that the positive ions and the negative ions are adsorbed by the contaminants to remove the odor and the bacteria, and the plasma is installed inside the apparatus room to apply positive and negative ions to the sterilizing and drying chamber An ion generator; And an auxiliary ultraviolet lamp unit installed on a front surface or a rear surface of an intermediate portion of the sterilizing drying chamber to enhance disinfecting power of the lower portion to assist disinfection of the shoe.

The drying unit includes a blower installed in the equipment room and sucking in air drawn in from an inlet grill installed at an upper portion of the rear portion and discharging the air with a pressure higher than a constant pressure; A blowing duct installed from the upper center to the lower portion of the rear portion and connected to the discharge port of the blower to supply a constant flow rate of air; And an air heater installed inside the blowing duct to heat air blown.

The controller includes a controller display unit for displaying a drying temperature, a sterilizing time, and an autocontroller for controlling the sterilizing and drying unit, and displaying a drying and sterilization progress state, a temperature and a time; An overheat preventing sensor for preventing the temperature of the inside of the sterilizing drying chamber from rising to a predetermined temperature or more and burning the shoe; A door switch including a main ultraviolet lamp, an ion generator, and an auxiliary ultraviolet lamp for sensing that the front door is opened when the front door is opened; And a noise filter for blocking noise generated by the sterilizing and drying unit and electromagnetic waves.

The controller display unit includes a power switch for turning on and off a power source, a sterilizing state LED for indicating an operation state of the main ultraviolet lamp and the auxiliary ultraviolet lamp, a drying state LED indicating an operating state of the drying unit, Drying time setting button, and an internal temperature display window.

A discharge grill portion for discharging air containing moisture of the shoe is formed on the rear portion of the sterilizing drying chamber, and the discharge grill portion includes a right discharge grill on an upper right side of the sterilizing drying chamber; And a left exhaust grill on the upper left side of the sterilizing drying chamber, and an inlet grill portion for drawing outside air required by the sterilizing and drying unit is formed on the rear side of the appliance room.

A magnetic patch of SUS 430 material is formed on the front door to prevent the front door from being opened if an external force is not applied when the front door is closed and a permanent magnet having a magnetic force Magnets are embedded.

In order to protect the main ultraviolet lamp part, the partition wall is formed with an ultraviolet lamp mounting groove bent in a trapezoidal shape so as not to expose the main ultraviolet lamp part.

In the central portion of the rear portion, a lamp ramp is formed to prevent the auxiliary ultraviolet lamp portion from being exposed to protect the auxiliary ultraviolet lamp portion.

The sterilizing and drying sterilizer is installed on the rear side of the sterilizing drying chamber with a predetermined number of shoes in two to five rows on the drying base, A height adjustment thread is installed.

Wherein the drying stand comprises: a shoe drying table installed at a rear surface of the sterilizing drying chamber, wherein four to ten sheets are arranged in one row, two or five rows are arranged vertically, and heated air is passed through the drying shoe; Each of which is horizontally installed at a predetermined interval in the vertical direction, and the shoe hanger is installed in a row at a distance of 4 to 10 And is composed of two to five rows of shoe brackets.

The shoe hanger includes a shoe stand foot for inserting the shoe into the shoe so that the shoe is uniformly arranged and supplying heated air into the shoe. And one end thereof is inserted into one end of the shoe presser foot and the other end thereof is engaged with the shoe dryer bracket so that the shoes And a banding pipe which is positioned at a center portion of the sterilizing drying chamber.

The bracket main body part is formed by bending an iron plate and is coupled to the blowing duct. An inner reinforcing channel having a U-shaped cross section welded to an inner side of the bracket body portion to which the banding pipe is coupled to reinforce the bracket body portion and to weld one end of the banding pipe; An external reinforcing channel of a C shape which is welded on the opposite side of the bracket main body portion to which the banding pipe is coupled and blocks the open portion and reinforces the bracket main body portion; And a side cover covering both ends of the bracket main body to form a closed space except for a portion where heated air is introduced and discharged so that the bracket of the shoe hanger can serve as an air header.

Wherein the foot of the shoe is partially in contact with an inner bottom surface of the shoe and has heated air discharged therefrom and having various shapes and a plurality of air discharge holes formed therein; Wherein the inner foot is coupled to the outer foot and the outer foot is formed in the same shape as the outer foot, and the outer foot is formed by a bolt or a screw, An outer engaging portion of the outer case; One end of which is coupled to the central portion of the outer joint portion and the other end of which is inserted into the bending pipe and coupled with the hollow pipe.

The bending pipe includes a horizontal pipe portion having a hollow formed therein and receiving heated air from the shoe hanger bracket, one end of which is welded to the shoe hanger bracket and is horizontal; The air conditioner according to any one of claims 1 to 3, wherein the air conditioner further comprises: a first air pipe for supplying air to the shoe sole, And an inclined pipe portion for allowing the shoe to be mounted at the center of the inside of the sterilizing drying chamber at a predetermined interval at the rear portion.

The bracket body portion is formed with the same number of shoe drum through-holes as the number of shoe dryer shafts penetrating therethrough.

Wherein one end of the horizontal pipe portion of the banding pipe is welded to the inner reinforcing channel and an open channel air discharge hole is formed so that the heated air supplied from the blowing duct can pass to the horizontal pipe portion, A channel air inlet hole into which the heated air supplied from the blowing duct is drawn is formed.

The blower needs to have a static pressure of 20 mm Aq or more in order to supply heated air at a constant wind speed or higher. The motor of the blower effectively dissipates heat generated by the current to prevent damage to the insulation, And the temperature rise limit is 80 ° C. The air blowing duct is provided with four air supply openings for supplying heated air to the bracket of the shoe drying bracket of the drying stand and provided at regular intervals, The air supply port is formed such that a lower portion thereof is larger and higher as it goes up to the upper portion of the blowing duct so as to discharge a predetermined amount of heated air at four places.

The problem to be solved by the present invention can be solved by the shoe dry sterilizer described above.

According to the shoe dry sterilizer of the present invention, sterilizing, deodorizing, and sterilizing shoes can be thoroughly performed by generating ultraviolet sterilization light and plasma, and it is possible to completely and quickly dry the inside of shoe by using shoe stand foot .

1 is an external view of a shoe dry sterilizer according to a first embodiment of the present invention;
2 is a schematic view of a front door of a shoe dry sterilizer according to a first embodiment of the present invention;
Fig. 3 is an external view of a shoe dry sterilizer according to a second embodiment of the present invention
Fig. 4 is an internal front view of the drying chamber of the shoe-drying and sterilizing machine according to the first embodiment of the present invention
5 is a schematic view of a sterilizing and drying part according to the shoe dry sterilizer of the present invention
6 is a schematic view of a sterilizing part according to the shoe dry sterilizer of the present invention
7 is a schematic view of a drying unit according to the shoe dry sterilizer of the present invention
8 is a schematic view of a drying ladder according to the shoe dry sterilizer of the present invention
9 is a schematic view of a shoe dryer according to the shoe dry sterilizer of the present invention
10 is a schematic view of a shoe hanger bracket according to the shoe dry sterilizer of the present invention
11 is a schematic view of a footwear foot according to the shoe dry sterilizer of the present invention
12 is a schematic view of a banding pipe according to the shoe dry sterilizer of the present invention
13 is a view explaining a controller and a controller display unit according to the shoe dry sterilizer of the present invention

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS First, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear.

Further, the following terms are defined in consideration of the functions of the present invention, and this may vary depending on the intention or custom of the user, the operator, and the like, It should be based on the contents of.

Hereinafter, a preferred embodiment of the "shoe dry sterilizer" according to the present invention will be described in detail.

The following examples are merely illustrative of the present invention and are not intended to limit the scope of the present invention.

2 is a schematic view of a front door of a shoe dry sterilizer according to a first embodiment of the present invention, and Fig. 3 is a sectional view of a second embodiment of the shoe dryer / disinfector according to the first embodiment of the present invention. FIG. 5 is a schematic view of a sterilizing and drying unit according to the shoe dry sterilizer of the present invention, and FIG. 6 is a schematic view of a sterilizing / drying unit according to the present invention. FIG. 7 is a schematic view of a drying unit according to the shoe dry sterilizer of the present invention, FIG. 8 is a schematic view of a drying shoe according to the shoe dry sterilizer of the present invention, FIG. 10 is a schematic view of a shoe dryer bracket according to the shoe dryer sterilizer of the present invention, and Fig. 11 is a schematic view of a shoe dryer sterilizer according to the shoe dryer sterilizer of the present invention. A holder to a schematic view, Figure 12 is a schematic view of the pipe bending shoe dry sterilizer of the present invention, 13 is a control unit and the control unit display the description of the shoe dry sterilizer of the present invention.

As shown in Figs. 1 and 4, the shoe dry sterilizer (A) of the first embodiment of the present invention is an exterior view when the front door 321 is an outer door type having one door.

The shoe dry sterilizer (A) of the present invention sterilizes and disinfects the shoe (5) including boots, boots, and workings, and removes and odors from the inside of the shoe.

The shoe dry sterilizer (A) generates ultraviolet sterilizing light and a plasma with a positive ion and a negative ion to sterilize and deodorize the shoe. The outside air is heated to a predetermined temperature and then blown A sterilizing and drying unit (1) for drying the shoe (5); (2) for hanging the shoe (5) to facilitate disinfection and drying; A main body 3 having a predetermined space for installing the sterilizing and drying unit 1 and the drying basin 2 therein; And a control unit (4) for operating and controlling the sterilizing / drying unit (1).

The main body part 3 includes a frame part 31 woven in a rectangular parallelepiped shape to form a space therein; A front portion 32 including a front door 321 covering the front surface formed by the frame portion 31 and opening and closing to allow the shoe 5 to be inserted and ejected; A side portion 33 composed of a right side surface 331 and a left side surface 332 covering the side surface formed by the frame portion 31; The sterilizing and drying unit 1 covers the rear surface formed by the frame unit 31 and receives air from the sterilizing and drying unit 1. The air supplied from the sterilizing and drying unit 1 contains moisture, )Wow; A top surface portion 35 covering an upper surface formed by the frame portion 31; And a lower surface portion 36 covering the lower surface formed by the frame portion 31.

The inside of the body part 3 is an upper space formed by horizontally partitioning walls 39 for freeing part of the sterilizing and drying part 1 from moisture, And a sterilizing drying chamber 38 formed at a lower portion of the device chamber 37 and being a space in which the shoe 5 is sterilized and dried by the sterilizing and drying unit 1. [

The sterilizing and drying unit (1) includes a sterilizing unit (11) for emitting ultraviolet rays for sterilization and generating plasma for deodorization and sterilization; And a drying unit 12 to which the outside air is drawn in for drying and is supplied after heating.

A discharge grill portion 381 for discharging air containing moisture of the shoe 5 is formed on the rear portion 34 of the sterilizing and drying chamber 38.

The discharge grill portion 381 includes a right discharge grill 3811 on the upper right side of the sterilizing drying chamber 38; And a left discharge grill 3812 on the upper left side of the sterilizing drying chamber 38.

The discharge grill portion 381 is discharged because the sterilizing and drying chamber 38 is kept at a positive pressure by blowing air. However, the hot air flows upward to the upper portion of the discharge grill portion 381.

The right discharge grille 3811 and the left discharge grille 3812 are to be pressed out and protruded downward and the discharge should be downward.

An inlet grill portion 371 for introducing outside air required by the sterilizing and drying unit 1 is formed on the rear portion 34 of the device chamber 37.

A magnetic patch 3211 made of SUS 430 is formed on the front door 321 to prevent the front door 321 from being opened unless an external force is applied to the front door 321 when the front door 321 is closed.

A permanent magnet 3212 having a magnetic force is embedded in a portion of the front portion 32 which is in contact with the magnet patch 3211 on the left side.

An ultraviolet lamp mounting groove 391 is formed in the partition wall 39 to protect the main ultraviolet lamp unit 111 from being bent in a trapezoidal shape without exposing the main ultraviolet lamp unit 111.

The device path 37 and the sterilizing and drying chamber 38 are completely separated from the partition wall 39 so that moisture generated during drying should not enter the device chamber 37.

A lamp ramp 382 is formed at a central portion of the rear portion 34 to protect the auxiliary UV lamp unit 113 from exposure to the auxiliary UV lamp unit 113.

A horizontal height adjusting screw part 361 is provided at a corner of the lower surface part 36 so that the shoe dryer / sterilizer A can be horizontally installed on the ground.

The height of the horizontal height adjusting screw part 361 is preferably adjustable up to 50 mm.

2, a magnetic patch 3211 (SUS 430) made of SUS 430 is installed on the front door 321 to prevent the front door 321 from being opened unless an external force is applied to the front door 321 when the front door 321 is closed, )Wow; A front glass 3213 made of tempered glass having a thickness of 3 mm is formed.

The P / L door is polished front and polished door, and the H / L door is a matte door with hairline.

The front door 321 may be opened or closed by a handle 3214 as shown in the left drawing or by a force of a magnetic field when the front door 321 is pressed by hand as shown in the right figure.

When the front door 321 is opened, the front door 321 stops the operation of the apparatus including the main UV lamp unit 111, the ion generator 112, and the auxiliary UV lamp unit 113, A door switch 43 for sensing the opening of the front door 321 is installed.

3 is an external view of the shoe dryer / disinfecting machine according to the second embodiment of the present invention. Except for the front door 321 being a double-sided type door, the internal components are connected to the main ultraviolet lamp unit 111, auxiliary ultraviolet lamp unit 113 ) Is the same as the first embodiment except that the quantity of the ultraviolet lamp may be different.

As shown in FIG. 4, the shoe dry sterilizer (A) of the present invention generates ultraviolet sterilizing light and a plasma with a positive ion and a negative ion to sterilize and deodorize the shoe, A sterilizing and drying unit (1) which is heated to a predetermined temperature and then blown to dry the shoe; A drying basin (2) for hanging the shoe so as to facilitate disinfection and deodorization and drying of the shoe; A main body 3 having a predetermined space for installing the sterilizing and drying unit 1 and the drying basin 2 therein; And a control unit (4) for operating and controlling the sterilizing / drying unit (1).

The discharge grill portion 381 is formed on the rear portion 34, and FIG. 4 is an inside front view of the inside of the shoe dry sterilizer A of the present invention.

The method for using the shoe dry sterilizer A is as follows. After the shoe 5 is inserted into the drying drum 2 as shown in FIG. 4, the drying temperature setting button 415 and the drying time setting button 416 shown in FIG. Operation is started by turning on the power button 412 after the drying temperature and the drying time are set by operating the sterilizing operation indicator lamp 413 and the drying operation indicator lamp 414, The ultraviolet lamp unit 111 and the auxiliary ultraviolet lamp unit 113 are turned on for 30 minutes and are automatically terminated when there is no other external operation, When the internal temperature of the sterilizing drying chamber 38 is higher than the set temperature, the indicator lamp is turned off. When the internal temperature of the sterilizing drying chamber 38 is lowered to the set temperature or lower, it is turned on again. It is reactivated.

The method for hanging the shoe 5 comprises the steps of putting the shoe 5 upside down and then inserting it into the shoe stand foot 211 of the paired shoe dryer base 21 with the front side facing the rear side 34, So that the floor can touch the shoe stand foot 211.

As shown in FIG. 5, the sterilizing and drying unit 1 generates ultraviolet rays and sterilizing ions to sterilize the shoes, removes odors in the shoe, externally introduces air, And drying the shoe.

The sterilizing and drying unit (1) includes a sterilizing unit (11) for emitting ultraviolet rays for sterilization and generating plasma for removing odor and sterilizing the inside of the shoe; And a drying unit 12 to which the outside air is drawn in for drying and is supplied after heating.

The sterilizing unit 11 includes a main ultraviolet lamp unit 111 installed at a central portion of a lower partition wall of the equipment room 37 and emitting ultraviolet sterilizing light for sterilizing and disinfecting shoes 5; The positive ions and the negative ions are adsorbed on the contaminants to remove odors and bacteria to remove odors in the shoe, and the sterilization drying chamber An ion generator 112 for supplying positive and negative ions with a plasma; And an auxiliary ultraviolet lamp unit 113 installed on the front or rear surface of the middle portion of the sterilizing drying chamber 38 to emit ultraviolet rays to assist sterilization and disinfection of the shoes 5 attached to the lower portion by enhancing disinfecting power of the lower portion .

The drying unit 12 is installed in the equipment room 37 and includes a blower 121 for sucking the air drawn in from the inlet grill part 371 installed at the upper part of the rear part 34, )Wow; A blowing duct 122 which is installed from a central upper portion to a lower portion of the rear portion 34 and is connected to a discharge port of the blower 121 to supply a constant flow rate of air; And an air heater 123 installed inside the blowing duct 122 for heating air blown.

2 to 5 air supply openings 1221 are formed in the blowing duct 122 to supply heated air to the shoe hanger bracket 22 of the drying ladle 2 at predetermined intervals, The lower portion of the sphere 1221 is formed to be larger at the upper portion of the blowing duct 122 so that the heated air is discharged at 2 to 5 places.

The main ultraviolet lamp unit 111 and the auxiliary ultraviolet lamp unit 113 are turned on for 30 to 60 minutes according to the set time and automatically terminated when there is no other external operation, The drying operation indicator lamp 414 is turned on when the internal temperature of the sterilizing drying chamber 38 is higher than the set temperature and turned on when the internal temperature of the sterilizing drying chamber 38 is lower than the set temperature, Or when the door is opened or closed, it is reactivated in the set state.

As shown in FIG. 6, the sterilizing unit 11 includes a main ultraviolet lamp unit 111 installed at a central portion of a lower partition wall of the equipment room 37 and emitting ultraviolet sterilizing light for sterilizing and disinfecting shoes 5; The positive ions and the negative ions are adsorbed by the contaminants to remove odors and bacteria and are installed in the inside of the equipment chamber 37 so that positive ions and negative ions are supplied to the sterilizing and drying chamber 38, An ion generator (112) for supplying an ionized plasma; And an auxiliary ultraviolet lamp unit 113 installed on the front or rear surface of the middle portion of the sterilizing drying chamber 38 to emit ultraviolet rays to assist sterilization and disinfection of the shoes 5 attached to the lower portion by enhancing disinfecting power of the lower portion .

The main ultraviolet lamp unit 111 includes a main ultraviolet lamp, a lamp socket for sandwiching the main ultraviolet lamp, a ballast 1111, and a fuse 1112.

The auxiliary ultraviolet lamp part 113 may be provided with several auxiliary ultraviolet lamps for enhancing the sanitizing and disinfecting power of the lower end of the apron 5 and disinfecting the sanitary hat 6. In the first embodiment of the present invention, In the outer form, only one is marked as installed.

The auxiliary ultraviolet lamp unit 113 includes an auxiliary ultraviolet lamp, a lamp socket for inserting the auxiliary ultraviolet lamp, a ballast 1111, and a fuse 1112.

Since the instrument room 37 and the sterilizing drying chamber 38 maintain high humidity in the main ultraviolet lamp part 111 and the auxiliary ultraviolet lamp part 113, it is preferable to use a waterproof socket for the lampholder for sandwiching the ultraviolet lamp .

7, the drying unit 12 is installed in the equipment room 37 and is installed in the equipment room 37. The drying unit 12 is installed in the equipment room 37, A blower 121 for sucking in air drawn in from an inlet grill portion 371 provided at an upper portion of the suction port 34 to increase the pressure to a predetermined positive pressure or higher;

A blowing duct 122 which is installed from a central upper portion to a lower portion of the rear portion 34 and is connected to a discharge port of the blower 121 to supply a constant flow rate of air; And an air heater 123 installed inside the blowing duct 122 for heating air blown.

The blower 121 is required to have a static pressure of 20 mm Aq or more to supply heated air at a constant wind speed or more.

The motor of the blower 121 should effectively dissipate the loss heat generated by the current to prevent the insulation from being damaged, and the allowable maximum temperature is 120 ° C and the temperature rising degree is 80 ° C in order to prevent burning by moisture.

The air blowing duct 122 is provided with two to five air supply openings 1221 provided at regular intervals to supply heated air to the shoe hanger bracket 22 of the drying bobbin 2. [

The lower portion of the air supply port 1221 is formed to be larger than the upper portion of the blowing duct 122 so that a certain amount of heated air is discharged from 2 to 5 places.

As the air pressure decreases, the amount of air discharged from the air supply port 1221 of the same size decreases. Therefore, the size of the air supply port 1221 increases as the air flow decreases.

The heated air is supplied into each of the shoe-drying rack brackets 22 through the air supply port 1221 formed in the blowing duct 122 and the inside of the sterilization drying chamber 38 of the shoe- A channel air outlet hole 2221 is formed in the inner reinforcing channel 222 and one end of the banding pipe 212 of the shoe dryer 21 is welded to the outside of the hole of the channel air outlet hole 2221, And is discharged to the inner bottom side of the shoe 5 from the shoe stand foot 211 via the bending pipe 212. [

As shown in FIG. 8, the drying bobbin 2 hangs the shoe so as to facilitate disinfection and drying. The drying bobbin 2 is installed on the rear side of the sterilization drying chamber 38, and four to ten A shoe dryer 21 installed vertically in two to five rows, through which heated air passes and is discharged; The heating air supplied to the blowing duct 122 is drawn in and serves as an air header for uniformly distributing the air to each of the shoe drying bases 21 and horizontally installed on the rear part 34 at regular intervals up and down, 4 to 10 of the shoe drying bases 21 are installed in a row and a shoe drying bracket 22 of 2 to 5 rows.

As shown in FIG. 9, the shoe drying table 21 is installed on the rear surface of the sterilizing drying chamber 38, and four to ten sheets are arranged horizontally in one row, two to five rows are arranged vertically, And then discharged.

The shoe hanger 21 is inserted into the shoe 5 to uniformly arrange the shoe 5 and includes a shoe stand foot 211 for allowing heated air to be supplied into the shoe 5, and; And one end of the shoe sole leg 211 is inserted into the one end of the shoe sole leg 211, and the other end of the shoe sole leg 211 is inserted into the one end of the shoe sole leg 211, And a banding pipe 212 coupled to the shoe hanger bracket 22 so that the shoe 5 is positioned at a central portion of the sterilizing and drying chamber 38.

10, the shoe hanger bracket 22 serves as an air header for drawing heated air supplied to the blowing duct 122 and distributing the air uniformly to each shoe hanger 21 4 to 10 of the shoe drying bases 21 are installed in one row, and 2 to 5 rows of the shoe drying tables 21 are installed on the rear surface 34 at regular intervals.

The shoe hanger bracket 22 is welded to the blowing duct 122 and both ends of the shoe hanger bracket 22 may be coupled to the rear portion 34 by an elbow bracket to reinforce the coupling.

The shoe hanger bracket 22 includes a bracket body 221 formed by bending an iron plate and coupled to the blowing duct 122; A braid body portion 221 is welded to the inside of the braid body portion 221 to which the bending pipe 212 is coupled so as to reinforce the bracket body portion 221 and the one end of the bending pipe 212 is welded and c- A channel 222; An external reinforcing channel 223 having a U-shaped cross-section that is welded on the opposite side of the bracket main body 221 to which the banding pipe 212 is coupled and which reinforces the bracket main body 221; Two side covers 224 that cover both ends of the bracket main body 221 to form a closed space except for a portion where the shoe drying bracket 22 serves as an air header, .

The bracket main body 221 is formed with a shoe drying leg hole 2211 of the same number as that of the shoe drying leg 21 penetrating therethrough.

One end of the horizontal pipe portion 2121 of the banding pipe 212 is welded to the inner reinforcing channel 222 and the heated air supplied from the blowing duct 122 is introduced into the horizontal pipe portion 2121 A channel air discharge hole 2221 is formed in an amount equal to the quantity of the shoes 21 to be opened.

The heated air supplied from the blowing duct 122 is drawn into the external reinforcing channel 223 and a channel air inlet hole 2231 corresponding to the air supply port 1221 of the blowing duct 122 is formed.

11, the shoe sole leg 211 is inserted into the shoe 5 so that the shoe 5 can be uniformly arranged, and the heated air is introduced into the shoe 5 To be supplied.

The shoe stand foot 211 has an outer foot 2111 formed with a plurality of air discharge holes 21111 that are partially in contact with the inner bottom surface of the shoe 5 and discharge heated air and have a uniform shape or various shapes, ; And an inner foot 2112 coupled to the outer foot 2111 by bolts or screws and forming an inner space like the outer foot 2111 and coupled with the bending pipe 212.

The air discharge hole 21111 drawn in FIG. 11 may have various shapes, but the same size as the discharge grill portion 381, evenly embossed.

The inner foot 2112 is coupled to the outer foot 2111 and has an outer joint 21121 having the same outer shape as the outer foot 2111; And a coupling pipe portion 21122 having one end coupled to the central portion of the outer coupling portion 21121 and the other end inserted into the bending pipe 212 and having a hollow inside.

A plurality of air holes 21111 are formed in the outer foot 2111 to receive heated air and have a variety of shapes and numbers and a plurality of coupling holes 21112 for coupling with the inner feet 2112 by bolts or screws

The outer joint 21121 is formed with a plurality of coupling holes 211211 for coupling with the outer feet 2111 with bolts or screws

When the outer foot 2111 and the inner foot 2112 are coupled to each other, the heated air space 21113 is formed to discharge the heated air evenly through the air discharge hole 21111 of the outer foot 2111 .

As shown in FIG. 12, the bending pipe 212 has a hollow therein and is supplied with heated air from the shoe hanger bracket 22 to be supplied to the shoe stand foot 211, One end of the shoe stand foot 211 is inserted and coupled to the shoe hanger bracket 22 so that the shoe 5 is positioned at the center of the sterilizing and drying chamber 38.

The bending pipe 212 has a horizontal hollow pipe 2121 which is welded to the shoe hanger bracket 22 and is horizontally connected to the shoe hanger bracket 22 by receiving heated air from the shoe hanger bracket 22, ; A hollow is formed in the inside of the horizontal pipe portion 2121 to supply hot air from the horizontal pipe portion 2121 to the shoe stand foot 211 to increase the strength of the hot air flow, The shoe 5 is folded at a predetermined angle to the top of the shoe so that the shoe 5 is engaged with the shoe stand foot 211 and the shoe 5 is mounted on the center of the sterilizing / 2122 < / RTI >

The inclined pipe portion 2122 may be bent at an angle of about 30 to 60 degrees when the shoe including the boots is inserted.

13, the control unit 4 includes an autocontroller 411 that operates and controls the sterilizing and drying unit 1, and controls the drying temperature, the sterilizing time, and the sterilizing and drying unit. A controller display section 41 for displaying sterilization progress status, temperature and time; An overheat prevention sensor 42 for preventing the temperature of the inside of the sterilizing / drying chamber 38 from being raised to a predetermined temperature or more to prevent the shoe 5 from being burned; When the front door 321 is opened, the front door 321 is opened to stop the apparatus, including the main ultraviolet lamp unit 111, the ion generator 112, and the auxiliary ultraviolet lamp unit 113, A door switch 43 for sensing that the door is opened; And a noise filter 44 for blocking noise generated by the sterilizing and drying unit 1 and electromagnetic waves.

The mounting position of the overheat prevention sensor 42, the door switch 43, and the noise filter 44 should be referred to FIG.

The controller display unit 41 includes a power switch 412 for turning on and off a power source, a sterilizing operation indicator lamp 413 for indicating an operation state of the main ultraviolet lamp unit 111 and the auxiliary ultraviolet lamp unit 113, A drying temperature setting button 415, a drying time setting button 416, an internal temperature display window 417, an operation indicator lamp 418, a temperature The setting indication lamp 419 and the time setting indication lamp 420 are displayed.

The control method of the shoe dry sterilizer A is such that after the shoe 5 is put on the drying drum 2 as shown in FIG. 4, the drying temperature setting button 415 and the drying time setting button 416 of FIG. 12 are operated The operation is performed by turning on the power button 412 after setting the drying temperature and the drying time and operating the sterilizing operation indicator lamp 413 and the drying operation indicator lamp 414 while the main UV lamp The unit 111 and the auxiliary ultraviolet lamp unit 113 are turned on for a predetermined period of time (30 to 60 minutes) and are automatically terminated when there is no other operation to the outside, and the drying is performed while maintaining the set temperature for the set time, The operation indicator lamp 414 is turned on when the internal temperature of the sterilizing drying chamber 38 is higher than the set temperature and is turned off when the internal temperature of the sterilizing drying chamber 38 is lower than the set temperature. If it is opened or closed, it is restarted in the set state.

According to the shoe dry sterilizer of the present invention, sterilizing, deodorizing, and sterilizing shoes can be thoroughly performed by generating ultraviolet sterilization light and plasma, and it is possible to completely and quickly dry the inside of shoe by using shoe stand foot .

A: Shoes dryers
1: sterilization drying section
11: Sterilization unit 111: Main ultraviolet lamp unit
1111: ballast 1112: fuse
112: ion generator 113: auxiliary ultraviolet lamp part
12: drying unit 121: blower
122: blowing duct 1221: air supply port
123: Air heater
2: Dry Loan
21: a shoe hanger 211: a shoe stand foot
2111: Outer foot 21111: Air outlet hole
21112: Coupling hole 21113: Heating air space
2112: Inner foot 21121:
211211: Coupling hole 21122: Coupling pipe part
212: Bending pipe 2121: Horizontal pipe section
2122: inclined pipe section 22: shoe bracket bracket
221: Bracket main body portion 2211: Shoe dryer base penetration hole
222: Inner reinforcement channel 2221: Channel air vent hole
223: external reinforcing channel 2231: channel air inlet hole
224: side cover
3:
31: frame part 32: front part
321: Front door 3211: Magnet patch
3212: permanent magnet 33: side surface
3213: front glass 3214: handle
331: Right side 332: Left side
34: rear face portion 35: upper face portion
36: Lower face portion 361: Horizontal height adjustment thread
37: Equipment room 371: Inlet grill part 1
38: sterilizing drying chamber 381: exhaust grill portion
3811: Right discharge grill 3822: Left discharge grill
382: ramp crossbar 39:
391: UV lamp installation groove 4:
41: Controller display unit 411: Auto controller
412: Power switch 413: Sterilization operation indicator
414: Drying operation indicator 415: Drying temperature setting button
416: Drying time setting butter 417: Internal temperature display window
418: Operation indicator 419: Temperature setting indicator
420: Time setting indicator 42: Overheat prevention sensor
43: Door switch 44: Noise filter
5: Shoes

Claims (6)

A shoe dry sterilizer (A) for disinfecting and deodorizing and drying shoes (5)
The shoe dry sterilizer A generates ultraviolet sterilizing light and a plasma with a positive ion and a negative ion to sterilize and deodorize the shoe 5, A sterilizing and drying unit (1) for drying the shoe (5);
(2) for hanging the shoe (5) to facilitate disinfection and deodorization and drying of the shoe (5);
A main body 3 having a predetermined space for installing the sterilizing and drying unit 1 and the drying basin 2 therein;
And a control unit (4) for operating and controlling the sterilizing / drying unit (1)
The main body part 3 includes a frame part 31 woven in a rectangular parallelepiped shape to form a space therein;
A front portion 32 covering the front surface formed by the frame portion 31 and including an open and closed front door 321 for allowing the shoe to be inserted and ejected;
A side portion 33 composed of a right side surface 331 and a left side surface 332 covering the side surface formed by the frame portion 31;
The sterilizing and drying unit 1 covers the rear surface of the frame unit 31 and the outside air is drawn into the drying unit 2. The air supplied from the sterilizing and drying unit 1 A rear portion 34 which is discharged after containing moisture;
A top surface portion 35 covering an upper surface formed by the frame portion 31;
And a lower surface portion 36 covering the lower surface formed by the frame portion 31,
The inside of the body part 3 is an upper space formed by horizontally partitioning walls 39 for freeing part of the sterilizing and drying part 1 from moisture,
A sterilizing drying chamber 38 formed at a lower portion of the apparatus chamber 37 and sterilizing and drying the shoe by the sterilizing and drying unit 1 and the drying basin 2 being installed at the rear portion 34 However,
The sterilizing and drying unit (1) includes a sterilizing unit (11) for emitting ultraviolet rays for sterilization and generating plasma for deodorization and sterilization;
And a drying unit (12) in which outside air is drawn in for drying and supplied after heating,

The sterilizing unit 11 includes a main ultraviolet lamp unit 111 installed at a central portion of a lower partition wall of the equipment room 37 and emitting ultraviolet sterilizing light for sterilizing and disinfecting shoes 5;
The positive ions and the negative ions are adsorbed by the contaminants to remove odors and bacteria and are installed in the inside of the equipment chamber 37 so that positive ions and negative ions are supplied to the sterilizing and drying chamber 38, An ion generator (112) for supplying an ionized plasma;
And an auxiliary ultraviolet lamp unit 113 installed on the front or rear surface of the middle portion of the sterilizing drying chamber 38 to emit ultraviolet rays to assist sterilization and disinfection of the shoes 5 attached to the lower portion by enhancing disinfecting power of the lower portion Respectively,
The drying unit 12 is installed in the equipment room 37 and includes a blower 121 for sucking the air drawn in from the inlet grill part 371 installed at the upper part of the rear part 34, )Wow;
A blowing duct 122 which is installed from a central upper portion to a lower portion of the rear portion 34 and is connected to a discharge port of the blower 121 to supply a constant flow rate of air;
And an air heater (123) installed inside the blowing duct (122) for heating air to be blown,
The control unit 4 includes a controller display unit 41 including a drying temperature, a sterilization time, and an auto controller 411 for controlling the sterilizing and drying unit, and displays a drying and sterilization progress state, temperature and time;
An overheat prevention sensor 42 for preventing the temperature of the inside of the sterilizing / drying chamber 38 from being raised to a predetermined temperature or more to prevent the shoe 5 from being burned;
When the front door 321 is opened, the front door 321 is opened to stop the apparatus, including the main ultraviolet lamp unit 111, the ion generator 112, and the auxiliary ultraviolet lamp unit 113, A door switch 43 for sensing that the door is opened;
And a noise filter (44) for blocking noise generated from the sterilizing and drying unit (1) and electromagnetic waves,
The controller display unit 41 includes a power switch 412 for turning on and off a power source, a sterilizing operation indicator lamp 413 for indicating an operation state of the main ultraviolet lamp unit 111 and the auxiliary ultraviolet lamp unit 113, A drying time setting button 415, a drying time setting button 416 and an internal temperature display window 417. The drying operation indicator lamp 414 displays the operation state of the drying section 12, Shoe dry sterilizer
delete The method according to claim 1,
A discharge grill portion 381 for discharging air containing moisture of the shoe 5 is formed on the rear portion 34 of the sterilizing and drying chamber 38,
The discharge grill portion 381 includes a right discharge grill 3811 on the upper right side of the sterilizing drying chamber 38;
And a left discharge grill 3812 on the upper left side of the sterilizing drying chamber 38,
A draw-in grill portion 371 for drawing outside air required by the sterilizing and drying unit 1 is formed on the rear portion 34 of the equipment chamber 37,
A magnetic patch 3211 made of SUS 430 is formed on the front door 321 to prevent the front door 321 from being opened unless an external force is applied when the front door 321 is closed,
A permanent magnet 3212 having a magnetic force is buried in a portion of the front portion 32 which is in contact with the left magnetic patch 3211,
An ultraviolet lamp mounting groove 391 is formed in the partition wall 39 to protect the main ultraviolet lamp unit 111 and the main ultraviolet lamp unit 111 is bent in a trapezoidal shape without exposing the main ultraviolet lamp unit 111,
A lamp ramp 382 for preventing the auxiliary ultraviolet lamp unit 113 from being exposed to protect the auxiliary ultraviolet lamp unit 113 is formed at a central portion of the rear unit 34,
A drying drum (2) is installed at a rear portion of the sterilization drying chamber (38) with a certain number of shoes in two to five rows,
And a horizontal height adjusting screw part (361) capable of adjusting the height to a predetermined height so that the shoe dryer / sterilizer (A) can be installed horizontally on the ground is installed at the corner of the lower part (36)
The method according to claim 1,
The drying basin 2 is installed on the rear side of the sterilizing drying chamber 38. The drying basin 2 is installed on the rear side of the sterilizing drying chamber 38 in four to ten rows in one row and two to five rows in the vertical direction, 21);
The heating air supplied to the blowing duct 122 is drawn in and serves as an air header for uniformly distributing the air to each of the shoe drying bases 21 and horizontally installed on the rear part 34 at regular intervals up and down, 4 to 10 of the shoe drying bases 21 are installed in a row and a shoe drying bracket 22 of 2 to 5 rows,
The shoe hanger 21 is inserted into the shoe 5 to uniformly arrange the shoe 5 and includes a shoe stand foot 211 for allowing heated air to be supplied into the shoe 5, and;
And one end of the shoe sole leg 211 is inserted into the one end of the shoe sole leg 211, and the other end of the shoe sole leg 211 is inserted into the one end of the shoe sole leg 211, And a banding pipe (212) coupled to the shoe hanger bracket (22) for positioning the shoe (5) at a central portion of the sterilizing / drying chamber (38)
The shoe hanger bracket 22 includes a bracket body 221 formed by bending an iron plate and coupled to the blowing duct 122;
A braid body portion 221 is welded to the inside of the braid body portion 221 to which the bending pipe 212 is coupled so as to reinforce the bracket body portion 221 and the one end of the bending pipe 212 is welded and c- A channel 222;
An external reinforcing channel 223 having a U-shaped cross-section that is welded on the opposite side of the bracket main body 221 to which the banding pipe 212 is coupled and which reinforces the bracket main body 221;
Two side covers 224 that cover both ends of the bracket main body 221 to form a closed space except for a portion where the shoe drying bracket 22 serves as an air header, Characterized in that the shoe dry sterilizer
The method according to claim 1,
The blower 121 must have a static pressure of 20 mm Aq or more to supply heated air at a constant wind speed or higher,
The motor of the blower 121 effectively dissipates the loss heat generated by the current to prevent the insulation from being damaged. To prevent burn-out by moisture, the allowable maximum temperature is 120 ° C and the temperature rising degree is 80 ° C.
2 to 5 air supply holes 1221 are formed in the blowing duct 122 to supply heated air to the shoe hanger bracket 22 of the drying trough 2,
Wherein the air supply port (1221) is formed such that a lower portion thereof is larger and a size of the air supply port (1221) becomes smaller as it goes up to the upper portion of the blowing duct (122) so that a certain amount of heated air is discharged from 2 to 5 places.
5. The method of claim 4,
The shoe stand foot 211 has an outer foot 2111 formed with a plurality of air discharge holes 21111 that are partially in contact with the inner bottom surface of the shoe 5 and discharge heated air and have a uniform shape or various shapes, ;
And an inner foot 2112 coupled to the outer foot 2111 by bolts or screws and forming an inner space like the outer foot 2111 and coupled with the bending pipe 212,
The inner foot 2112 is coupled to the outer foot 2111 and has an outer joint 21121 having the same outer shape as the outer foot 2111;
And a coupling pipe portion 21122 having one end coupled to the center portion of the outer coupling portion 21121 and the other end inserted into the bending pipe 212 and hollow inside,
The bending pipe 212 has a horizontal hollow pipe 2121 which is welded to the shoe hanger bracket 22 and is horizontally connected to the shoe hanger bracket 22 by receiving heated air from the shoe hanger bracket 22, ;
And is supplied with the heated air from the horizontal pipe portion 2121 to supply the heated air to the shoe stand foot 211. The horizontal pipe portion 2121 is connected to the upper portion of the horizontal pipe portion 2121 at a predetermined angle And an inclined pipe portion 2122 bent so as to be engaged with the shoe stand foot 211 and to allow the shoe 5 to be mounted at the center of the sterilizing drying chamber 38 at a predetermined interval at the rear portion 34 And,
The bracket main body 221 is formed with a shoe drum through-hole 2211 of the same number as that of the shoe drum 21,
One end of the horizontal pipe portion 2121 of the banding pipe 212 is welded to the inner reinforcing channel 222 and the heated air supplied from the blowing duct 122 is introduced into the horizontal pipe portion 2121 A channel air discharge hole 2221 of the same number as that of the opened shoe drum 21 is formed
The heating air supplied from the blowing duct 122 is drawn into the external reinforcing channel 223 and a channel air inlet hole 2231 corresponding to the air supply port 1221 of the blowing duct 122 is formed Shoe dry sterilizer

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