KR200370385Y1 - Slippers of a sterilizer - Google Patents

Abstract

The present invention relates to an indoor sterilizer. The present invention and the inlet is formed so that the input of a pair of indoor shoes in the upper case; A slipper input device comprising an input door which is provided to be opened and closed at the inlet to block the inlet; The indoor shoe stacking apparatus provided on upper and lower regions inside and outside the case and vertically stacking a pair of indoor shoes fed from the indoor shoe input device to sterilize the first, second and third ultraviolet lamps provided in the case. ; And an indoor shoe discharge device provided below the indoor shoe stacking device, and configured to discharge the sterilized indoor shoe to the outside sequentially.

The present invention configured as described above is capable of uniformly disinfecting the bottom and inner surfaces of the indoor shoes by ultraviolet rays irradiated in three directions in a state in which several pairs of indoor shoes used indoors are stacked one by one, By automatically discharging a pair of clean indoor shoes sterilized in a stacked state, it is fully responsible for the hygiene of the user's feet, and it is compact, so it can be installed regardless of the place, and it is possible to arrange the entrance. The effect is provided.

Description

Indoor shoes sterilizer {SLIPPERS OF A STERILIZER}

The present invention relates to an indoor sterilizer, in particular, by putting the indoor shoes into the inlet of the upper part and freely dropping and storing them sequentially from below, sterilizing them with a plurality of ultraviolet lamps provided therein, and automatically discharging them by one pair from the bottom The indoor shoes used by humans are configured to be hygienic and clean.

In general, indoor shoes are provided so that they can be easily replaced with outdoor shoes such as shoes and sneakers of people in places where many people have access, and such indoor shoes are used by many people, causing odor or foot athletes' foot. The various germs of the stuck to the hygiene was very dirty.

In order to solve this problem, the indoor shoes are often washed or dried in the sunlight, which causes a lot of manpower and time.

Therefore, in recent years, by installing an ultraviolet lamp (UltraViolet Lamp) in the shoe box itself has been to sterilize indoor shoes in the state of putting the shoes inside the shoe box.

However, the shoe box equipped with the UV lamp does not penetrate into the interior of the indoor shoes due to the characteristics of the UV lamp, so that the sterilization of several pairs of indoor shoes cannot take place, and it takes a long time. Problems occur that do not facilitate sterilization.

The present invention was devised to solve such a conventional problem, the present proposal is to uniformly sterilize the interior, exterior and floor of the indoor shoes with ultraviolet lamps in a state of vertically stacked a pair of indoor shoes, It is an object of the present invention to provide a indoor sterilizer capable of sterilizing a large amount of indoor shoes in a short time by sequentially discharging them by one pair.

Technical problem of the present invention for achieving the above object, and the inlet formed so that one pair of indoor shoes can be put on the case; A slipper input device comprising an input door which is provided to be opened and closed at the inlet to block the inlet; The indoor shoe stacking apparatus provided on upper and lower regions inside and outside the case and vertically stacking a pair of indoor shoes fed from the indoor shoe input device to sterilize the first, second and third ultraviolet lamps provided in the case. ; And a slipper discharge device provided below the slipper stacking device and configured to discharge the sterilized slipper to the outside sequentially.

1 is a perspective view showing the overall structure of the indoor sterilizer according to the present invention.

Figure 2 is a perspective view showing the main part of the indoor shoes input device of the indoor shoes sterilizer according to the present invention.

3 is a cross-sectional view of the operating state of FIG.

Figure 4 is a perspective view of the indoor stacking apparatus of the indoor sterilizer according to the present invention.

5 is a cross-sectional view of the operating state of FIG.

Figure 6 is a block diagram showing a state in which the ultraviolet lamp of the indoor sterilizer according to the present invention is installed.

Figure 7 is a perspective view showing the main part of the indoor shoe discharge apparatus of the indoor shoe sterilizer according to the present invention.

8 is an enlarged perspective view of main parts of FIG. 7;

Figure 9 is a schematic diagram showing the operation of the indoor shoe discharge apparatus of the indoor sterilizer according to the present invention.

10 is a cross-sectional view schematically showing a moving means constituting the indoor shoes discharge apparatus of the indoor shoes sterilizer according to the present invention.

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

4 case 10: slippers

12: Inlet 14: Inlet Door

16: upper cover 18: vertical partition

18a: Guide Pt 20: Indoor Shoe Lamination Device

21,22: upper and lower horizontal frame 23,24: vertical frame

25,26: horizontal reinforcement 27: fixed blade piece

27a: fixed portion 27b: inclined protrusion

28,29: first and second guide vertical bar 28a, 29a: upper bent portion

29b: lower bend 30, 31: inclined bracket

32: departure prevention piece 40: indoor shoes discharge device

41: bottom panel 42: fixing bracket

42a: vertical piece 43: support bracket

44,45: 1st and 2nd horizontal fixing rod 46,47: 1st and 2nd fixing rod

48: moving port 50: discharge wing

52: fixed piece 54: rotating piece

56: discharge piece 58: support spring

60: motor 62: gearbox

64: pulley 66: wire

67a, 67b: first and second limit switch A: moving means

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 10, the indoor shoe sterilizer 1 according to the present invention is composed of the indoor shoe input device 10, the indoor shoe stacking device 20 and the indoor shoe discharge device 40, the outside The furnace is surrounded by a case (4).

The indoor shoes input device 10 includes a plurality of input holes 12 formed to enable the input of a pair of indoor shoes on the case 4; It is composed of an input door 14 is provided to be opened and closed in the inlet 12 to block the inlet 12.

At this time, the input door 14 is rotatably provided at one side of the inlet 12 by the fixing pin 13, the fixing pin 13, the elastic member 15 is wound around the house in the elastically supported state When placed, it is opened downward by its own weight of the indoor shoes (S), and the indoor shoes are put in, and when the indoor shoes are put in, they are closed upward by the restoring force of the elastic member (15).

On the other hand, the outer peripheral surface of the plurality of inlet openings 12 are installed so that the front cover 16 is opened in the front, the vertical partition 18 is inserted between the front and rear of the inlet 12, the lower portion of the case (4) It is located inside, the rear end is fixed to the inner central region of the upper cover 16 to partition the upper cover 16.

At this time, both side surfaces of the vertical partition 18 are provided with a guide piece (18a) made in the same manner for preventing the introduced indoor shoes fall directly below.

The indoor shoe stacking apparatus 20 includes upper and lower horizontal frames 21 and 22 corresponding to upper and lower regions of the inner and front surfaces of the case 4 and installed at the same height; Vertical frames 23 and 24 connected vertically to the upper and lower horizontal frames 21 and 22 in the center area; Horizontal reinforcing bars 25 and 26 connected to upper and lower regions between the vertical frames 23 and 24; Horizontal reinforcing bars (25) and (26) are respectively installed opposite to the upper surface, fixed blade piece (27) formed to be opened to the outside; A first and second guide vertical bars 28 and 29 which connect the fixed blade piece 27 vertically to guide the fall of the indoor shoes; The inclined bracket 30 which is close to the lower end of the second guide vertical bar 29 and is inclined in the lower left and right inner surface of the case 4 so that the bottom surface of the slipper is in close contact with each other, and the separation prevention pieces 32 are provided. 31).

At this time, the fixed blade piece 27 is a fixed portion (27a) is installed on both upper surfaces of the horizontal reinforcing bar (25) (26); It consists of the inclined protrusion part 27b integrally formed inclined to both outer sides of the fixing part 27a.

In addition, the first guide vertical bar 28 is vertically connected to the inclined protrusion portion 27b of the fixed blade piece 27, the upper portion is bent inward to be close to the vertical partition 18 of the indoor shoe input device 10. Upper bent portion 28a is formed, and the lower portion is spaced apart from the inclined brackets 30 and 31.

In addition, the second guide vertical bar 29 is vertically connected to the inclined projections 27b of the fixed blade piece 27, the upper portion of the guide piece 18a installed in the vertical partition 18 of the indoor shoe input device 10 The upper bent portion (29a) is bent inwardly close to the) is formed, the lower portion is formed in the lower bent portion (29b) bent inwardly close to the inclined brackets (30) (31).

At this time, the upper bent portion 28a, 29a of the first and second guide vertical bars 28 and 29 guides the indoor shoes so that the introduced indoor shoes are easily introduced downward, and the second guide vertical bars 29 The lower bent portion (29b) is hooked on the inner side of the indoor shoes, the bottom surface is in close contact with the inclined brackets (30) and (31), is separated to the outside by the departure prevention piece (32) of the inclined brackets (30) (31). This is avoided.

In addition, since the lower portion of the first guide vertical bar 28 is formed to be spaced apart from the inclined brackets 30 and 31, interference is not generated during the discharge to the indoor shoes discharge device 40.

The indoor shoes discharge device 40 is provided in the front and rear direction on the top of the bottom panel 41, the fixing bracket 42 is formed at both ends of the vertical piece (42a) integrally protruding; A support bracket 43 installed at a central region of the fixed bracket 42 and maintained at the same height as the vertical piece 42a; First and second fixing spheres 46 and 47 installed opposite to both ends of the support bracket 43 and connected by first and second horizontal fixing rods 44 and 45; A first and second horizontal fixing rods 44 and 45 moving holes 48 movably inserted into outer diameters; A discharging wing 50 which is rotatably provided at both sides of the moving port 48 to discharge the indoor shoes; It is provided between the vertical piece (42a) and the support bracket 43 of the fixing bracket 42 is composed of a moving means (A) for moving the moving tool (48).

At this time, the discharge blade 50 is fixed piece 52 fixed to both sides of the moving port 48; A rotating piece 54 rotatably provided as a rotating pin 53 on one side of the fixed piece 52; A discharge piece 56 fixedly installed on one surface of the rotating piece 54; It consists of a support spring (58) wound around the outer diameter of the rotation pin (53) to support the rotation of the rotation piece (54).

The moving means (A) is fixed to the horizontal passing through the support bracket 43, the motor 60 and the forward and reverse rotation; A gear box 62 provided between the vertical piece 42a and the support bracket 43 so that the rotational force of the motor 60 is transmitted; A pulley 64 connected to the gear box 62 so as to be rotated forward and backward by the rotational force of the motor 60 and horizontally passing through the support bracket 43 on one side of the motor 60; One end is fixed to the pulley 64, and the other end is sequentially fixed to the pulley 64 by passing through the first fixing tool 46, the moving tool 48, the second fixing tool 47, and the other area is the moving tool ( It is fixed to 48 is made of a wire 66 for moving the movable port 48 to the left and right.

At this time, the first and second limit switches 67a and 67b are respectively provided in front and rear of the support bracket 43 to change the direction of the motor 60 which is touched and rotated forward and backward when the moving tool 48 moves, and rotates. Stopped.

That is, when the movable tool 48 touches the first limit switches 67a and 67b, a signal sensed by the first and second limit switches 67a and 67b is transmitted to the controller (not shown). This signal is compared with a predetermined value to switch the rotation of the motor 60 and stop the rotation at the same time.

On the other hand, the lower end of the case 4 is provided with a pair of discharge door 70 is rotatable. At this time, the upper portion of the discharge door 70 is rotatably provided at the lower end of the case 4, is supported by the rotation by the spring 72, is opened upward when the moving port 48 is moved, the indoor shoes are discharged, the spring ( 72) the closing force is closed.

The first ultraviolet lamp 80 is installed vertically inside the vertical frame 23 of the indoor stacking device 20, and the second and third ultraviolet lamps 82 are horizontally disposed on the left and right inner surfaces of the lower case 4. 84) is installed is easy to sterilize the indoor shoes laminated in the indoor laminate stacking device (20).

That is, ultraviolet rays are radiated from three directions to sterilize the interior and exterior of the indoor shoes. At this time, the cover 6 of the transparent material is provided in the central area of the front of the case 4, such a cover 6 is the first, second, third ultraviolet lamps 80, 82, 84 and Electrically connected, when the cover 6 is closed, power is applied to the first, second, and third ultraviolet lamps 80, 82, 84 to irradiate ultraviolet rays, and when opened, the power is cut off.

On the other hand, the first, second, third ultraviolet lamps 80, 82, 84 are connected to a timer (not shown), and if no additional indoor shoes are input until one hour has elapsed after the last indoor shoes, The power of the 1,2,3 ultraviolet lamps 80, 82, 84 is cut off to protect the lamp.

Referring to the operation state of the present invention configured as described above, as shown in Figures 1 to 3, one pair of indoor shoes (S) to be sterilized, sequentially on the top of the input door 14 constituting the indoor shoes input device 10 Will be put on.

Then, the inlet 12 is rotatably provided as a fixing pin 13, the input door 14 is supported by the elastic member 15 to rotate the fixing pin 13 by its own weight of the indoor shoes (S). It is rotated sequentially to the center and falls into the inlet 12 by opening.

At the same time, the input door 14 is closed by the restoring force of the elastic member 15 to wait for the input of the next indoor shoe.

At this time, the upper cover 16 is opened to the outer peripheral surface of the inlet 12 is protruded, and the vertical partition 18 is inserted between the front and rear of the inlet 12, so that the upper cover 16 is partitioned. By doing so, it is easy to put the indoor shoes. And, the indoor shoe is placed on the input door 14, the front is located inside the upper cover (16).

Referring to the state in which the indoor shoes introduced into the inlet 12 are stacked in detail, as shown in FIGS. 4 to 6, the front side of the indoor shoes introduced into the inlet 12 is guide pieces 18a on both sides of the vertical partition 18. And vertical frames 23 and 24 vertically connected to upper and lower horizontal frames 21 and 22 center regions of the inner and front surfaces of the case 4 constituting the indoor stacking apparatus 20, A second connecting vertically inclined protrusions 27b of the fixed blade pieces 27 installed on both upper surfaces of the horizontal reinforcing bars 25 and 26 connected to the upper and lower regions between the vertical frames 23 and 24; It is guided to the upper bent portion 29a of the guide vertical bar 29.

At the same time, the back side of the indoor shoes is guided to the upper bent portion 28a of the first guide vertical portion 28 and naturally falls downward along the first and second guide vertical portions 28 and 29, so that the second guide vertical bar (28) It is close to the lower end, and is seated on the inclined brackets 30 and 31 inclined in the lower left and right side areas inside the case 4.

At this time, the front of the slipper is caught by the lower bends (29b) of the second guide vertical bar 29, the bottom surface is inclined close to the inclined brackets 30, 31, the front end is inclined bracket 30 ( 31 is maintained in close contact with the separation prevention piece (32).

In this state, the indoor shoes are sequentially input through the indoor shoes input device 10 as described above. Then, the front side is caught by the lower bending sphere (29b) of the second guide vertical bar 29, the bottom surface is inclined close to the inclined bracket 30, 31, the front end is inclined bracket (30, 31) The upper part of the house slipped in close contact with the departure prevention piece 32 of the stacking sequentially.

At this time, the indoor shoe is stacked on the other side of the floor, that is, a portion used by the person in close contact with the first and second guide vertical bars 28, 29.

Then, when the cover 6 of the transparent material provided to be opened and closed at the front center region of the case 4 is closed, the cover 6 is closed with the first, second, and third ultraviolet lamps 80, 82, 84. Electrically connected, power is applied to the first, second, third and third ultraviolet lamps 80, 82, 84, and ultraviolet rays are radiated in three directions to sterilize the indoor shoes laminated in the indoor stacking device 20. The work can be carried out uniformly (see FIG. 6).

In this state, the indoor shoe discharge device 40 is operated to be stacked on the indoor shoe stacking device 20 to discharge the indoor shoe sterilization completed to the outside.

In detail, the power switch 6 provided in the case 4 is pressed as shown in FIGS. 7 to 10. Then, the motor 60 of the moving means A constituting the indoor shoe discharge device 40 rotates forward. Accordingly, the rotational force of the motor 60 is transmitted to the gearbox 62 provided between the vertical piece 42a and the support bracket 43, and the pulley 64 connected to the gearbox 62 rotates forward.

At the same time, one end is fixed to the pulley 64, and the other end is sequentially fixed to the pulley 64 by passing through the first fixing tool 46, the moving tool 48, and the second fixing tool 47, and the other side is moved. Since one side region of the wire 66 fixed to the sphere 48 is wound around the pulley 64, the moving hole 48 fixed to the wire 66 of the other region is moved forward and backward on the bottom panel 41. It is provided in the, is installed in the central region of the fixed bracket 42, the vertical piece 42a protruding integrally at both ends, and the first and second installed opposite to both ends of the support bracket 43 of the same height as the vertical piece (42a) It is moved forward along the first and second horizontal fixing rods 44 and 45 that connect between the fasteners 46 and 47.

Accordingly, as the discharge wing 50 rotatably provided on both sides of the movable port 48 is moved, the pair of indoor shoes stacked on the lower side of the indoor stacking apparatus 20 as described above is dragged and moved forward to provide the front. A pair of indoor shoes are discharged to the outside through the discharge door 70.

At this time, the discharge blade 50 is a fixed piece 52 fixed to both sides of the moving port 48, the rotating piece 54 provided to be rotatable by the rotating pin 53 on one side of the fixed piece 52, It consists of a discharge piece 56 fixedly installed on one surface of the rotating piece 54, the support spring 58 is wound around the outer diameter of the rotating pin 53, the discharge piece 56 is not rotated when moving forward, so that the indoor shoes Will move forward.

On the other hand, when the movable tool 48 is moved forward, when the first limit switch 67a provided in front of the support bracket 43 is touched, the signal detected by the first limit switch 67a is controlled. The controller 60 switches the rotation of the motor 60 by comparing the signal with a predetermined value. That is, the rotation of the motor 60 is reversed. (See FIG. 9).

At the same time, the rear side of the indoor shoes moved forward by the discharge piece 56 of the discharge wing 50 is pushed to the outside of the pair of discharge doors 70 provided to be rotatable at the bottom of the case (4). Then, the pair of discharge doors 70 provided with the upper portion rotatably at the bottom of the case 4 is rotated upward, and the pair of indoor shoes with sterilization completed are externally discharged. When the discharge is completed, the discharge door 70 is closed by the restoring force of the spring (not shown).

When the rotation of the motor 60 is reversed and reversely rotated as described above, the pulley 64 is rotated reversely so that the other region of the wire 66 is wound around the pulley 64 to the wire 66 of the other region. The fixed movable tool 48 is moved rearward along the first and second horizontal fixing rods 44 and 45 connecting the first and second fixing tools 46 and 47.

Accordingly, the discharge blade 50 provided to be rotatable on both sides of the movable port 48 is moved backward, and at this time, the rotating blade 53 is rotatable to the fixing piece 52 constituting the discharge blade 50. It is provided so that the support force of the support spring 58 is not transmitted to the rotation piece 54 supported by the support spring 58 so that the discharge piece 56 on one surface of the rotation piece 54 is rotated inward to the rear. By moving to, the stacked indoor shoes S are moved without interference.

As such, when the movable tool 48 is moved to the rear and touches the second limit switch 67b provided at the rear of the support bracket 43, the signal detected by the second limit switch 67b is controlled (not shown). The control unit compares the signal with a preset value, switches the rotation of the motor 60, and stops the rotation to wait for the next process.

In this way, the movable tool 48 is repeatedly moved back and forth to discharge the sterilized indoor shoes (S).

According to the sterilizer of the present invention described above, the ultraviolet rays irradiated in three directions in a state in which several pairs of indoor shoes used indoors are stacked one by one, and uniformly sterilizes strong sterilization on the bottom and inner surfaces of the indoor shoes. By automatically discharging a pair of clean indoor shoes sterilized in a stacked state, it takes full responsibility for hygiene of the user's feet, and it is compact, so it can be installed regardless of place. The effect of tidying up the entrance is provided.

Claims (7)

An inlet 12 formed at the top of the case 4 so that a pair of indoor shoes can be put therein; An indoor shoe input device 10 including an input door 14 which is provided to be opened and closed at the inlet 12 and blocks the inlet 12; The first, second, and third parts of the case 4 are provided in upper and lower regions of the inner and front surfaces of the case 4 and vertically stacked a plurality of pairs of indoor shoes introduced from the indoor shoe input device 10. Interior lamination apparatus 20 for sterilization with ultraviolet lamps 80, 82 and 84; And A slipper discharge device 40 disposed below the slipper stacking device 20 and configured to sequentially discharge the sterilized slipper to the outside to be stacked on the slipper stacking device 20; Indoor shoes sterilizer, characterized in that configured to include. The outer peripheral surface of the inlet 12, the front cover 16 is opened so as to protrude, Between the front and rear of the inlet 12, the lower part is located inside the case 4, the rear end is fixed to the inner central region of the upper cover 16 to partition the upper cover 16 (18) ) Is inserted and fixed, Indoor sterilizer, characterized in that each side of the vertical partition (18) is provided with a guide piece (18a) for preventing the introduced indoor shoes fall directly below. The method of claim 1, wherein the indoor stacking apparatus 20 Upper and lower horizontal frames 21 and 22 provided corresponding to upper and lower regions of the inner and front surfaces of the case 4 and installed at the same height; Vertical frames (23, 24) connected vertically to the upper and lower horizontal frames (21, 22) central area; Horizontal reinforcing bars 25 and 26 connected to upper and lower regions between the vertical frames 23 and 24; Fixing parts 27a respectively installed on upper surfaces of both sides of the horizontal reinforcing bars 25 and 26; A fixed blade piece (27) consisting of an inclined protrusion (27b) integrally formed to be inclined to both outer sides of the fixing part (27a); First and second guide vertical bars 28 and 29 which vertically connect the inclined protrusions 27a of the fixed blade pieces 27 to guide the fall of the indoor shoes; And The inclined bracket 30 which is close to the lower end of the second guide vertical bar 29 and is inclined in the lower left and right inner surface of the case 4 is in close contact with the bottom surface of the indoor shoe, and the separation prevention piece 32 is provided, respectively. (31); Indoor shoes sterilizer, characterized in that consisting of. The method of claim 3, wherein the first and second guide vertical bars 28, 29 are The inclined protrusions 27b of the fixed blade piece 27 are vertically connected, and upper portions of the bent portions 28a and 29a are respectively formed. A lower portion of the first guide vertical bar 28 is formed to be spaced apart from the inclined brackets 30 and 31, The lower portion of the second guide vertical bar (29) is a indoor sterilizer, characterized in that the lower bent portion (29b) is formed in close proximity to the inclined bracket (30) (31). According to claim 1, wherein the indoor shoe discharge device 40 A fixing bracket 42 provided on the bottom panel 41 in the front-rear direction and protruding integrally with the vertical piece 42a at both ends; A support bracket 43 installed at the center of the fixing bracket 42 and made of the same height as the vertical piece 42a; First and second fixtures 46 and 47 installed opposite to the both ends of the support bracket 43 and connected by first and second horizontal fixing rods 44 and 45; A movable tool 48 inserted into the first and second horizontal fixing rods 44 and 45 to move left and right in an outer diameter thereof; Discharge wings (50) are provided rotatably on both sides of the movable port (48) to discharge the indoor shoes; Moving means (A) provided between the vertical piece (42a) of the fixing bracket (42) and the support bracket (43) to move the movable tool (48); And A pair of discharge doors 70 provided in the lower region of the case 4 so as to be opened and closed upwards and discharging the indoor shoes moved by the moving means A; Indoor shoes sterilizer, characterized in that configured to include. The method of claim 5, wherein the discharge blade 50 is Fixing pieces 52 fixed to both sides of the moving tool 48; A rotation piece 54 rotatably provided as a rotation pin 53 on one side of the fixing piece 52; A discharge piece 56 fixedly installed on one surface of the pivot piece 54; And A support spring 58 wound around an outer diameter of the pivot pin 53 to support rotation of the pivot piece 54; Indoor shoes sterilizer, characterized in that consisting of. The method of claim 5, wherein the moving means (A) A motor 60 which is fixed to pass horizontally through the support bracket 43 and rotates forward and backward; A gear box 62 provided between the vertical piece 42a and the support bracket 43 so that the rotational force of the motor 60 is transmitted; A pulley 64 connected to the gear box 62 so as to be rotated forward and backward by the rotational force of the motor 60 and fixedly passing horizontally through the support bracket 43 on one side of the motor 60; One end is fixed to the pulley 64, the other end is sequentially fixed to the pulley 64 by passing through the first fixture 46, the movable tool 48 and the second fixture 47, the other side A wire (66) having an area fixed to the movable tool (48) to move the movable tool (48) from side to side; And First and second limit switches 67a and 67b which are provided in front and rear of the support bracket 43 to change the direction of the motor 60 which is touched and rotated forward and backward when the moving tool 48 moves, and stop the rotation. ; Indoor shoes sterilizer comprising a.