KR200449466Y1 - Slipper Sterilization Drying Device - Google Patents

Abstract

The present invention relates to a slipper sterilization drying apparatus capable of sterilizing the slippers after removing the moisture remaining on the slippers, the vertical frame having an empty inside and having a square shape, and erected in parallel with the ground, Has a hollow and square shape and is laid in the orthogonal direction of the vertical frame and at the same time one side is attached to the lower end of the vertical frame so that the vertical frame does not fall to one side, and is mounted between the vertical frames, When the slipper is wet with water and is level with the ground, the footrest can be inclined at an angle, and the ultraviolet light is used to sterilize the slipper when the slipper rests on the footrest. With a lamp. In addition, the top of the vertical frame is mounted on the top plate that can block moisture or moisture flowing in the direction of the footrest plate and the ultraviolet lamp. In addition, the vertical frame and the horizontal frame, except for the entrance that slippers can enter and exit the footrest plate and the UV lamp in the outward direction of the footrest plate and the UV lamp is provided with a barrier wall to block moisture or moisture. In addition, the doorway is equipped with opening and closing means for opening or closing the doorway in accordance with an external control signal, the top plate is equipped with an opening switch for opening and closing the opening and closing means. In addition, when the opening switch is operated, the opening switch can operate the opening and closing means to open the door and rotate the footrest in the horizontal direction with the ground, and when the wet slippers are placed on the footrest, In addition to tilting the support plate at an angle, the ultraviolet lamp may be operated, and a control unit may be mounted to close the doorway by operating the opening and closing means. The slipper sterilization drying apparatus according to the present invention having such a structure uses slippers, and when placed on the footrest plate, the footrest plate is inclined at an angle so that water remaining in the slipper can flow in one direction. In addition, the slipper from which water is removed by an ultraviolet lamp mounted on the scaffolding plate may be sterilized and sterilized.

Description

Slipper Sterilization Drying Equipment {SLIPPER STERILIZATION DRIER}

The present invention relates to a slipper sterilization drying apparatus, and more particularly, to a slipper sterilization drying apparatus capable of sterilizing and disinfecting a slipper while simultaneously removing water remaining in the slipper.

In general, the entrance to the porch or bathroom entrance is equipped with a shoe cabinet made of wood or steel to organize or store the shoes.

Such a conventional shoe cabinet can be manufactured by connecting two or more plates in a grid form.

In addition, two or more plate fronts connected in the form of a lattice are attached to an opening door hinged to the plate so as to selectively open or close the front side of the plate as necessary.

However, the existing shoe closet with such a structure cannot completely remove the odor generated from the shoes or the moisture remaining in the shoes when the wet shoes are stored in rainwater or sweat. There was a problem that could be.

In addition, since the shoebox installed inside the bathroom can always be exposed to moisture, there is a problem that the shoebox itself can be corroded from the problem of drying or sterilizing the shoe.

On the other hand, in order to solve this problem has been patented "bio sterilization shoe cabinet" of the application number 10-2000-0006593, the bio-sterilization shoe cabinet is installed in the shoe cabinet with a sterilization lamp and ozone generator, generated from the ozone generator Ventilation windows are provided on the circumference of the shoe box to allow ozone to spread evenly inside the shoe box.

However, the bio-sterilized shoe closet having such a structure had a problem that light and ozone of the germicidal lamp could not be uniformly distributed in the shoe stored in the shoe closet, so that the sterilization and drying effect could not be generated more than expected, and the water remaining in the shoe There was a problem that it cannot be removed effectively.

The present invention solves the structural problems according to the conventional shoe sterilization drying apparatus as described above to completely remove the water remaining on the slippers by tilting the footrest plate at an angle, and secondly fixed on the upper portion of the footrest plate It is an object of the present invention to provide a slipper sterilization drying apparatus capable of blowing pressure air to completely remove moisture remaining in the slipper.

In addition, another object of the present invention is to provide a slipper sterilization drying apparatus capable of completely removing the bacteria remaining in the slippers by irradiating ultraviolet rays on the circumferential surface of the slippers inclined at an angle.

Slippers sterilization drying apparatus according to the present invention for achieving the object of the bar is a vertical frame extending side by side in the vertical direction with the inside empty and square shape, and the inside having an empty and square shape The horizontal frame is laid down in the orthogonal direction of the vertical frame and at one side is attached to the lower end of the vertical frame to prevent the vertical frame from falling to one side. When the wet slippers are seated, it is provided with a footrest plate that can be tilted at an angle, and an ultraviolet lamp for disinfecting the slippers when the slippers are seated on the footrest plate.

In addition, the top of the vertical frame is mounted on the top plate that can block moisture or moisture flowing in the direction of the footrest plate and the ultraviolet lamp.

In addition, the vertical frame and the horizontal frame, except for the entrance that slippers can enter and exit the footrest plate and the UV lamp in the outward direction of the footrest plate and the UV lamp is provided with a barrier wall to block moisture or moisture.

In addition, the doorway is equipped with opening and closing means for opening or closing the doorway in accordance with an external control signal, the top plate is equipped with an opening switch for opening and closing the opening and closing means.

In addition, when the opening switch is operated, the opening switch can operate the opening and closing means to open the door and rotate the footrest in the horizontal direction with the ground, and when the wet slippers are placed on the footrest, In addition to tilting the support plate at an angle, the ultraviolet lamp may be operated, and a control unit may be mounted to close the doorway by operating the opening and closing means.

The slipper sterilization drying apparatus according to the present invention having such a structure uses slippers, and when placed on the footrest plate, the footrest plate is inclined at an angle so that water remaining in the slipper can flow in one direction.

In addition, there is an advantage that the slippers removed from the moisture can be sterilized by the ultraviolet sterilizer mounted on the scaffolding needle plate.

The slipper sterilization drying apparatus according to the present invention made of such a structure allows the water remaining in the slipper to flow in one direction while the footrest is inclined at an angle when the slipper is used and then placed on the footrest.

In addition, there is an advantage that the slippers removed from the moisture can be sterilized by the ultraviolet sterilizer mounted on the scaffolding needle plate.

In addition, at the same time the foot support plate and the UV sterilizer is operated, the blowing fan mounted on the top plate can be rotated, so that the water remaining in the slippers can be quickly removed.

1 is a perspective view of a slipper sterilization drying apparatus according to the present invention,
2 is a view for explaining the ultraviolet sterilizer installed between the vertical frame,
3 is a view for explaining a means for rotating the footrest at an angle,
Figure 4 is a view for explaining the stop disk and the first limit switch and the second limit switch provided in the present invention,
5 is a view for explaining a load cell interposed between the first motor and the partition wall,
Figure 6 is a view for explaining the opening and closing means provided in the present invention,
7 is a view for explaining a blowing fan and a fourth motor mounted on the top plate;
8 is a control block diagram of a slipper sterilization drying apparatus according to the present invention,
9 is a control flowchart for explaining a process of the present invention is operated.

First, prior to entering the detailed description of the present invention, if it is determined that the detailed description of the known technology or configuration related to the present invention may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted.

In addition, the terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to intentions or customs of users or operators, and the definitions are used throughout the present specification to describe the slipper sterilization drying apparatus according to the present invention. It should be based on what has been done.

Hereinafter, with reference to the accompanying drawings will be described a preferred embodiment of the present invention.

1 is a perspective view of a slipper sterilization drying apparatus according to the present invention, Figure 2 is a view for explaining the ultraviolet lamp installed on the vertical frame, Figure 3 is for explaining the device capable of rotating the footrest plate at an angle Drawing.

In addition, Figure 4 is a view for explaining the stationary disk, the first limit switch and the second limit switch provided in the present invention, Figure 5 is a view for explaining a load cell interposed between the first motor and the partition wall, 6 is a view for explaining the opening and closing means provided in the present invention.

In addition, Figure 7 is a view for explaining the blowing fan and the fourth motor mounted on the top plate, Figure 8 is a control block diagram of the slipper sterilization drying apparatus according to the present invention, Figure 9 describes the process of the present invention is operated This is a control flowchart for doing this.

As shown in these drawings, the slipper sterilization drying apparatus according to the present invention has a vertical frame (1a, 1b) and the inner side of the vertical frame (1a, 1b) standing side by side in the vertical direction with an empty and square shape, the interior is empty and square shape The horizontal frame is laid down in the orthogonal direction of the vertical frames (1a, 1b) and at the same time one side is attached to the lower end of the vertical frames (1a, 1b) so that the vertical frame (1a, 1b) does not fall to one side (3a, 3b), the footrest plate (7) which is mounted between the vertical frame (1a, 1b) to be in the horizontal state with the usual ground, and can be inclined at an angle when the wet slippers (5) is seated And an ultraviolet lamp 9 installed between the vertical frames 1a and 1b to sterilize the slipper 5 when the slipper 5 is seated on the footrest 7.

In addition, the top of the vertical frame (1a, 1b) is mounted on the top plate 11 that can block the moisture or moisture flowing into the footrest plate 7 and the ultraviolet lamp 9 direction.

In addition, the feet are moved outwardly of the vertical frames 1a and 1b, the horizontal frames 3a and 3b, the footrest plate 7 and the ultraviolet lamp 9 except for the entrance 15 through which the slippers 5 can enter and exit. A blocking wall 13 is provided to block moisture or moisture introduced into the supporting plate 7 and the ultraviolet lamp 9.

In addition, the doorway 15 is equipped with an opening and closing means 17 for opening or closing the doorway 15 in accordance with an external control signal, the top plate 11 is an opening for opening the opening and closing means 17. The switch 19 is mounted.

In addition, when the opening switch 19 is operated, the opening switch 19 can operate the opening and closing means 17 to open the doorway 15 and simultaneously rotate the footrest 7 in the horizontal direction with the ground. When the wet slippers 5 are placed on the footrest plate 7, the footrest plate 7 is tilted at an angle, the ultraviolet lamp 9 is operated, and the opening and closing means 17 are operated. The control unit 20 that can close the 15 can be mounted.

On the other hand, below the vertical frame (1a, 1b) on which the ultraviolet lamp 9 is mounted is provided with a guide hole 21 cut in the longitudinal direction of the vertical frame (1a, 1b), the guide hole 21 The inner side of the vertical frame (1a, 1b) adjacent to the (), as shown in Figure 5, the partition wall 23 for partitioning the inside of the vertical frame (1a, 1b) up and down is provided.

In addition, as shown in FIG. 3, the footrest plate 7 has a flat structure in which the slipper 5 can be seated. A protruding bar 25 protruding upwardly is formed at the tip of the footrest plate 7. When installed, when the footrest 7 is inclined at an angle, the slipper 5 seated on the footrest 7 does not escape the footrest 7 over the protruding bar 25.

In addition, both side surfaces of the footrest plate 7 are provided with rotation shafts 27a and 27b which can be inserted into the guide holes 21 so that the footrest plate 7 is rotated about the rotation shafts 27a and 27b and guide holes at the same time. 21 can be moved in the longitudinal direction.

On the other hand, the inside of the guide hole 21, as shown in Figure 3, the first motor 29 that can rotate the footrest 7 in one direction or the other direction in accordance with the control signal of the control unit 20 Is mounted, and the motor shaft of the first motor 29 is equipped with a reducer 31 capable of constantly reducing the speed of the first motor 29, the reducer 31 from the footrest 7 It may be connected to the extending shaft 27b.

In addition, when the footrest 7 is in a horizontal state with the ground or inclined at an angle between the rotation shaft 27b and the reduction gear 31, the controller 20 may be connected to the first motor 29. An angle adjusting means 33 is mounted to send a stop signal to allow the control unit 20 to stop the first motor 29. The angle adjusting means 33 will be described with reference to FIGS. 3 and 4. The explanation is as follows.

As shown in FIGS. 3 and 4, the angle adjusting means 33 may be rotated along the rotation shaft 27b in a state penetrating the rotation shafts 27a and 27b inside the vertical frames 1a and 1b. A stationary disk 39 having a first protruding jaw 35 and a second protruding jaw 37 at a circumferential edge thereof, and a stationary disk 39 facing each other inside the vertical frames 1a and 1b. The first limit that can be transmitted to the control unit 20 to transmit a control signal to stop the rotation of the first motor 29 each time it is mounted so as to contact the first protruding jaw 35 or the second protruding jaw 37. It may be composed of a switch 41 and a second limit switch 43.

In addition, the first motor (29) moves in the longitudinal direction of the vertical frames (1a, 1b) in a state of being closely fixed to the bodies of the first motor (29) and the reducer (31). 29) and a fixing bracket 45 for holding and fixing the body of the reducer 31 so that the body of the first motor 29 and the reducer 31 may be vibrated or rotated on the vertical frames 1a and 1b. Do not let it.

Meanwhile, between the first motor 29 and the partition 23 on which the fixing bracket 45 is mounted, as shown in FIG. 5, the resistance value depends on the weight of the slipper 5 mounted on the footrest 7. The control unit 20 determines whether or not the slipper 5 mounted on the footrest 7 is mounted with a load cell 47 capable of transmitting an analog voltage value according to the weight of the slipper 5. It allows you to check.

In addition, the load cell 47 and the control unit 20 are equipped with an A / D converter 49 for converting the analog voltage value transmitted from the load cell 47 into a digital voltage value and transmitting the same to the control unit 20. This is preferred.

As shown in Figure 6, the opening and closing means 17, both ends are open and the inside is empty, and has a cutting hole 51a cut in the longitudinal direction on one side circumferential surface facing the ground, the entrance The first housing 53 which can be attached to the edge of the upper plate 11 forming the (15), the both ends are open and the inside is empty, on one side circumferential surface facing the first housing 53 A second housing 55 having a cut-out hole 51b cut in the longitudinal direction, and which may be attached to the front end of the horizontal frame 3 adjacent to the entrance and exit 15, and the first housing 53 and the second housing. It has a first roller 57 and a second roller 59 that can be rolled inside the housing 55.

In addition, one end of the first roller 57 is connected to the first roller 57 so that each time the first roller 57 is rolled in one direction, the first housing 53 may be opened through the cutting hole 51a. The opening and closing screen 61 which can be rolled inward is mounted, and the other end of the opening and closing screen 61 may be connected to both ends of the second roller 59 through wires 63a and 63b.

At this time, the length of the wire (63a, 63b) is preferably equal to the height of the doorway 15, the opening and closing screen 61 is well on the peripheral surface of the first roller 57 or the second roller (59). It is preferably made of vinyl material so that it can be dried.

Therefore, due to the structure described above, the opening and closing screen 61 has a wire 63a connected to the second roller 59 whenever the second roller 59 is rolled from the inside of the second housing 55 to the other direction. It is led by the 63b, it can be inserted into the second housing 55 through the cutting hole (51b).

Meanwhile, at one end of the first roller 57 and the second roller 59, the first roller 57 and the second roller 59 may be moved in one direction or the other direction according to a control signal of the controller 20. A rotatable second motor 65 and a third motor 67 may be mounted, and the body of the second motor 65 and the third motor 67 may include the first housing 53 and the second housing. It is preferable to be firmly fixed to the inside of the 55.

On the other hand, as shown in Figure 7 on one side of the top plate 11 facing the footrest plate 7, the blowing fan 69 that can deliver the outside air to the slipper (5) mounted on the footrest plate (7) And a fourth motor 71 capable of rotating the blowing fan 69 may be installed, and the fourth motor 71 may be disposed between the fourth motor 71 and the controller 20 according to a control signal of the controller 20. The PWM controller 73 may adjust the RPM of the fourth motor 71 by modulating the voltage pulse width supplied to the motor 71.

The top plate 11 and the blocking wall 13 is made of acrylic or glass plate of transparent material so that the slippers 5 placed on the footrest plate 7 can be easily seen from the outside direction of the present invention, as shown in FIG. Is preferred.

Referring to FIGS. 8 and 9, one embodiment in which the slipper sterilization drying apparatus is operated according to the present invention having the structure as described above is as follows.

First, the user operates the opening switch 19 provided in the present invention to put on the slippers 5 before entering the bathroom. (S1)

At this time, the opening switch 19 transmits a control signal to the control unit 20 that can open the opening and closing screen 61.

Next, the controller 20 rotates the second motor 65 connected to the first roller 57 in one direction for a predetermined time, so that the opening and closing screen 61 is located along the first roller 57 in the first housing. It can be inserted into the inside of (53).

Therefore, the opening / closing screen 61 which has blocked the doorway 15 is inserted into the first housing 53, and can quickly open the doorway 15 (S3).

In addition, the controller 20 opens and closes the opening and closing screen 61 so that the slipper 5 placed on the footrest 7 is easily connected to the footrest 7 through the doorway 15. The motor 29 is rotated in the other direction.

At this time, as the first motor 29 is rotated in the other direction, the stationary disc 39 connected to the first motor 29 is also rotated in the other direction along the first motor 29 axis, and the stationary disc 39 The second protruding jaw 37 mounted at the edge of the) is also in contact with the second limit switch 43 while being rotated in the other direction along the stationary disc 39.

At this time, the second limit switch 43 sends a control signal to the control unit 20 to stop the first motor 29 as the second protruding jaw 37 comes into contact with the control unit 20. 1 The motor 29 can be stopped quickly.

Accordingly, the footrest plate 7 is in a horizontal state with the second limit switch 43 facing the second protruding jaw 37, and the user is moved from the footrest plate 7 in the horizontal state. The slipper 5 can be easily taken out. (S5)

Meanwhile, when the slipper 5 is placed on the footrest 7 again through the doorway 15 to dry and disinfect the slipper 5 wetted with water (S7), the footrest 7 is the slipper 5 The first motor 29 connected to the rotating shaft 27 is lowered in the length range of the guide hole 21 by the weight of the load cell 47 interposed between the first motor 29 and the partition wall 23. Pressure at a constant pressure.

In this case, the load cell 47 changes its resistance value according to the weight of the slipper 5, and as a result, changes the analog voltage value input to the control unit 20.

On the other hand, the control unit 20 can detect the weight of the slipper 5 placed on the footrest 7 by converting the analog voltage value input from the load cell 47 into a digital signal through the A / D converter 49. have.

At this time, if the weight of the slippers 5 mounted on the footrest 7 is greater than or equal to a certain weight, the controller 20 rotates the third motor 67 in the other direction for a predetermined time to open and close the doorway to the opening and closing screen 61. It can be blocked.

In addition, the controller 20 rotates the first motor 29 in one direction to tilt the footrest 7 at an angle so that water remaining in the slipper 5 can flow down in one direction.

At this time, the slipper 5 inclined at an angle along the footrest plate 7 may not escape the footrest plate 7 over the protruding bar 25 provided on the footrest plate 7.

Meanwhile, as the first motor 29 is rotated in one direction, the stationary disc 39 rotated in one direction along the first motor 29 is also rotated in one direction along the first motor 29, The first protruding jaw 35 integrally coupled with the stationary disk 39 also rotates in one direction along the first motor 29, and is in contact with the first limit switch 41.

At this time, the first limit switch 41 is in contact with the first protruding jaw 35 and at the same time transmits an electrical control signal for stopping the first motor 29 to the control unit 20, the shanghai control unit 20 ) May receive the electrical control signal from the first limit switch 41 and stop the rotation of the first motor 29 at the same time.

Accordingly, the footrest 7 may be stopped in a state in which the footrest 7 is rotated at a predetermined angle by the first protruding jaw 35 and the first limit switch 41. (S9)

In addition, the controller 20 sterilizes the slipper 5 by operating the ultraviolet lamp 9 to sterilize the slipper 5 inclined at a predetermined angle (S11) and remains in the slipper 5. In order to remove the water more effectively, the fourth motor 71 connected to the blowing fan 69 may be rotated to blow external air in the direction of the slipper 5 (S13).

At this time, the PWM controller 73 modulates the voltage pulse width supplied to the fourth motor 71 for a predetermined time to adjust the RPM of the fourth motor 71 to supply power to the fourth motor 71. Save money.

The slipper sterilization drying apparatus according to the present invention having such a structure can send the water remaining in the slipper 5 in one direction by tilting the slipper 5 placed on the footrest 7 at an angle.

In addition, when the slipper 5 is seated on the scaffolding needle plate 7, the ultraviolet sterilizer 9 may be operated to automatically sterilize and remove the wet slipper 5.

The present invention described above is not limited to the above-described embodiments and drawings because various substitutions, modifications and changes are possible to those skilled in the art without departing from the technical spirit of the present invention.

1a. Vertical frame 3a. Horizontal frame
5. Slippers 7. Footrest
9. UV Sterilizer 11.Tops
13. Barrier Wall 15. Doorway
17. Opening and closing means 19. Opening switch
21.Guide hole 23. Bulkhead
25. Protrusion bar 27a. Axis of rotation
29. First motor 31. Reducer
33. Angle adjusting means 35. First projection jaw
37. Second protruding jaw 39. Stop disc
41. First limit switch 43. Second limit switch
45. Retention Bracket 47. Load Cell
49. A / D Converter 51a. Incision hole
53. First Housing 55. Second Housing
57. First roller 59. Second roller
61. Opening and closing screen 63a. wire
65. Second Motor 67. Third Motor
69. Blowing fan 71. 4th motor
73.PWM Control

Claims (2)

Vertical frames 1a and 1b which are hollow inside and have a rectangular shape and are arranged in parallel with the ground in a vertical direction;
While the inside is hollow and has a square shape, the vertical frames 1a and 1b are laid down in the orthogonal direction and at the same time one side is attached to the lower ends of the vertical frames 1a and 1b so that the vertical frames 1a and 1b are one side. Horizontal frames (3a, 3b) to support the fall so as not to fall;
A footrest plate (7) which is in a horizontal state with the ground in the state of being mounted between the vertical frames (1a, 1b) and can be inclined at an angle when the wet slippers (5) are placed on the water;
An ultraviolet lamp 9 installed between the vertical frames 1a and 1b to sterilize and disinfect the slippers 5 when the slippers 5 are placed on the footrest 7;
An upper plate 11 mounted on top of the vertical frames 1a and 1b to block moisture or moisture flowing into the footrest plate 7 and the ultraviolet lamp 9;
The footrest plate is mounted in the outward direction of the vertical frames 1a and 1b, the horizontal frames 3a and 3b, the footrest plate 7 and the ultraviolet lamp 9, except for the entrance 15 through which the slipper 5 can enter and exit. (7) and the blocking wall 13 which can block moisture or water flowing in the direction of the ultraviolet lamp 9;
Opening and closing means (17) mounted to the doorway (15) to open or close the doorway (15) in accordance with an external control signal;
An opening switch (19) mounted to the upper plate (11) to open and close the opening and closing means (17);
When the opening switch 19 is mounted and mounted on the opening switch 19, the opening and closing means 17 can be operated to open the doorway 15 and simultaneously rotate the footrest 7 in the horizontal direction with the ground. When the wet slippers 5 are placed on the footrest plate 7, the footrest plate 7 is tilted at an angle, the ultraviolet lamp 9 is operated, and the opening and closing means 19 are operated to open and close the doorway. It consists of a control unit 20 that can close the (15),
Below the vertical frames 1a and 1b on which the ultraviolet lamp 9 is mounted, a guide hole 21 cut in the longitudinal direction of the vertical frames 1a and 1b is provided.
Inside the vertical frame (1a, 1b) adjacent to the guide hole 21, a partition wall 23 for partitioning the inside of the vertical frame (1a, 1b) up and down is installed,
The footrest plate 7 has a flat structure in which the slipper 5 can be seated. A protruding bar 25 protruding upward is installed at the tip of the footrest plate 7 so that the footrest plate 7 is fixed. When inclined at an angle, the slipper 5 seated on the footrest 7 cannot escape the footrest 7 over the protruding bar 25,
Both side surfaces of the footrest plate 7 are provided with rotation shafts 27a and 27b that can be inserted into the guide holes 21 so that the footrest plate 7 rotates about the rotation shafts 27a and 27b and at the same time guide holes 21. ) Can be moved in the longitudinal direction,
Inside the guide hole 21 is mounted a first motor 29 that can rotate the footrest 7 in one direction or the other direction according to the control signal of the control unit 20,
The motor shaft of the first motor 29 is equipped with a reducer 31 that can constantly reduce the speed of the first motor 29,
The reducer 31 may be connected to the rotating shaft 27b extending from the footrest 7,
Between the rotary shaft 27b and the reducer 31, when the footrest 7 is in a horizontal state with the ground or inclined at a predetermined angle, a stop signal for the first motor 29 is transmitted to the control unit 20. Send an angle adjusting means 33 to allow the control unit 20 to stop the first motor 29,
The angle adjusting means 33 may be rotated along the rotation shaft 27b in a state penetrated by the rotation shafts 27a and 27b inside the vertical frames 1a and 1b, and the first protruding jaw 35 and the circumferential edge thereof. A stationary disc 39 having a second protruding jaw 37,
The first motor 29 is mounted to face the first protruding jaw 35 or the second protruding jaw 37 so as to face each other with the stop disc 39 interposed therebetween inside the vertical frames 1a and 1b. The first limit switch 41 and the second limit switch 43 that can transmit a control signal that can stop the rotation of the control unit 20,
The first motor 29 and the body of the reducer 31 move in the longitudinal direction of the vertical frames 1a and 1b while being closely fixed on the vertical frames 1a and 1b and the first motor 29. A fixing bracket 45 for holding and fixing the body of the reducer 31 is mounted to prevent the body of the first motor 29 and the reducer 31 from vibrating or rotating on the vertical frames 1a and 1b.
Between the first motor 29 and the partition wall 23 on which the fixing bracket 45 is mounted, the resistance value is changed according to the weight of the slipper 5 placed on the footrest 7 so that the control unit 20 is slippered. A load cell 47 capable of transmitting an analog voltage value according to the weight of 5 is mounted so that the controller 20 can check the presence or absence of the slipper 5 placed on the footrest 7.
The load cell 47 and the control unit 20 are equipped with an A / D converter 49 capable of converting the analog voltage value transmitted from the load cell 47 to the control unit 20 by converting the digital voltage value.
The upper plate (11) and the barrier wall (13) is slipper sterilization drying apparatus, characterized in that made of acrylic or glass plate of transparent material so that the slipper (5) placed on the footrest plate (7) from the outside can be easily seen.
The method of claim 1,
The opening and closing means 17 has an open end and an incision hole 51a cut in the longitudinal direction on one side circumferential surface of which the inside is empty and faces the ground, and the upper plate forming the doorway 15 ( 11) a first housing 53 which can be attached to the edge;
The tip of the horizontal frame 3 adjacent to the entrance and exit 15 is provided with both ends being open and having an internally empty and incision hole 51b cut in the longitudinal direction on one circumferential surface facing the first housing 53. A second housing 55 attached to the second housing 55;
A first roller 57 and a second roller 59 which can be rolled inside the first housing 53 and the second housing 55;
One end is connected to the first roller 57, the opening and closing screen 61 which can be rolled into the inside of the first housing 53 through the cutting hole 51a each time the first roller 57 is rolled in one direction );
Wires 63a and 63b connected to opposite ends of the opening and closing screen 61 and both ends of the second roller 59;
It is mounted to one end of the first roller 57 and the second roller 59, the first roller 57 and the second roller 59 in one direction or the other direction according to the control signal of the control unit 20 It consists of a second motor 65 and a third motor 67 that can rotate,
On one side of the top plate 11 facing the footrest plate 7 blower fan 69 that can blow external air into the slipper (5) mounted on the footrest plate (7),
Equipped with a fourth motor (71) capable of rotating the blowing fan (69),
The RPM of the fourth motor 71 is adjusted by modulating the voltage pulse width supplied to the fourth motor 71 according to the control signal of the controller 20 between the fourth motor 71 and the controller 20. Slipper sterilization drying apparatus, characterized in that the PWM control unit 73 is provided.

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