KR20130019522A

KR20130019522A - The machine that washes dries deodorizes and sanitizes shoes and/or gloves by using all natural source

Info

Publication number: KR20130019522A
Application number: KR1020110081519A
Authority: KR
Inventors: 김수길; 김형근
Original assignee: 김수길; 김형근
Priority date: 2011-08-17
Filing date: 2011-08-17
Publication date: 2013-02-27

Abstract

The present invention relates to a device for spraying a specific natural material inside the shoes and gloves and circulating the hot air into the shoes and gloves using a blowing fan and a heater to wash, dry, sterilize and deodorize the shoes and gloves. It is equipped with coin or bank opening, touch screen, fingerprint reader, hand cleaner, and speaker outside the upper part of the machine or inside the machine, multi-level filter device to remove odor and dust inside the upper part of the machine, the side of the machine Equipment control devices such as PCB circuit boards inside, blower fans in the back of each room, heaters and shoe holders in each room, injectors, "pressure air injectors" and "liquid" injectors, UV or far infrared rays, etc. Install it.

Equipped with spray nozzles in any direction from side to side, up and down in shoe and glove holders, and on one side of the machine, a motor is installed with a space for discharging paper shoes, hand cleaner spray or wipes, shoe polish, and shoe cleaner. Each door has a limit and solenoid connected to the PCB circuit board on the one hand to open and close the door. The device is also simply moved by wheels. In addition, the operation of the device guides the operation instructions to the customer in the language of each country at the same time as the image on the touch screen.

Shoes, washing, drying, sterilization, deodorization, sodium bicarbonate, carbonated water, alkaline water, zeolite, bentonite, montmorillonite, chitosan, germanium, enzyme, pine needles, maca, ginseng, birch, herbs, green tea, garlic, Onion, Vinegar, Salt, Wormwood, Elm, Touch Screen, Fingerprint Reader, Hand Washer, Spray, Nozzle, Air Cleaner, Filter, Anion LED LAMP, Ultraviolet, Far Infrared or NIR Lamp

Description

The machine that washes dries deodorizes and sanitizes shoes and / or gloves by using all natural source}

The present invention relates to washing, drying and sterilization and deodorizer of shoes and gloves, by spraying various natural materials inside the shoes and gloves, washing, drying, sterilizing and deodorizing the interior of shoes and gloves, and the efficiency of air flow. Fast and identical drying of the left and right shoes, maximizing the cleaning of the outside of the shoes by air with high pressure and by using the function of "filters and catalysts". It is a field of technology related to the cleaning and sterilization deodorization of shoes and gloves, which has an effective removal function and an air purifying machine around an LED lamp and an effective humidification function using clean water.

1) Shoe cleaning Dry sterilization deodorizer is called by spraying the inside of the shoe and then dried with hot air. After spraying the nozzle, the remaining water drops to the specific part of the shoe more than 7-10 times, causing problems with the shoe drying. Occurs. In addition, there is no technology to wash, dry, sterilize and wash leather gloves, and sometimes it is washed with water and dried in the sun.

2) The existing shoe dryer sterilizer was sterilized and deodorized by ozone and anion. These substances threaten human health, such as the heart and lungs.

3) All similar machines, including shoe dryers and sterilizers all over the world, operate and at the same time they come out of the machine with contaminated air and smell from shoes and gloves, and the surrounding air is contaminated and dried, which is not good for human body.

4) The shoe washing and drying sterilization deodorizer accumulates a lot of dust around the machine.

5) The shoe washing and drying sterilization deodorizer may cause the loss of shoes due to the loss or exposure of the password.

6) Since the washing and drying of the shoes and the sterilizer differ in the amount of wind coming from the two shoe racks in each drying room, the drying time of the shoes is different between the left and right shoes.

7) Washing of shoes The amount of injection of substances to the left and right shoes of the dryer sterilizer is different.

8) The shoe washing dryer sterilizer cannot be cleaned outside the shoe.

9) Ultraviolet rays that are not blocked by the film can cause the user to lose sight even with reflected light.

10) The hand of a person who touches a shoe can be infected with bacteria.

1) In the case of the shoe washing machine, there is a problem in that the drying time is delayed due to the continuous wet of the shoe due to the continuous drop of water droplets after the injection.

2) Shoe dryers and sterilizers have the problem of damaging human heart and lungs by using ozone or negative ions.

3) All shoe dryers and sterilizers, including machines using ducts, cause dust or odor inside the machine to go out of the machine during drying, and the outside of the machine is very dirty and odor occurs.

4) The shoe washing and drying sterilizer is not good for human health because the outside of the machine is naturally dried at the same time as the operation of the machine.

5) The shoe washing and drying sterilizer loses the shoes due to the user forgetting or losing the password during the operation and operation of the machine.

6) Shoe washing, drying and sterilization is different in the drying time of the left and right of the shoe because the amount of wind coming from the left shoe stand and the right shoe stand is uneven.

7) The shoe wash dryer sterilizer has an uneven amount of "liquid" sprayed from the left and right nozzles.

8) The shoe washing and drying sterilizer does not clean the outside of the shoe.

9) Shoe washing and drying sterilizer may cause malfunctions of solenoids when closing the doors of each room and when the doors are thrown out of the room when the doors are closed, or the doors are not closed or the customer is inadvertently operated. .

10) The user may be at risk from using ultraviolet rays.

11) In general, cloth gloves are washed with detergent and dried in the sun, but germs are generated when human hands touch them. In addition, leather gloves are not washable and are reused with many germs and odors.

12) The hand of a person who touches a shoe can become infected with bacteria.

1) The shoe washing dryer prevents "liquid" falling after the injection of "liquid" into the shoe by means of "a device which reversely operates the air and pressure in the compressed nozzle" immediately after the spraying is performed.

Progressiveness

2) Shoe Washing and Drying Sterilization Deodorizing and deodorization of the deodorizer is made by using natural materials.

Progressiveness

3) The other parts of the inside of the shoe washing and drying sterilization machine should be thoroughly sealed and a separate outlet for exhausting contaminated and bad air from the inside of the machine generated during the process of washing, drying and sterilizing the shoes, Passing through "filters and catalysts" does not contaminate the outside of the machine and release bad air out.

Progressiveness

4) Purify the air outside the machine by using the “negative ion LED lamp” on the outside of the shoe washing and drying sterilization machine. In addition, by attaching a humidifier to the outside of the shoe washing and drying sterilization machine, it uses fresh and clean water of "cleaned function by throwing zeolite on a general fire" to protect human health and to adjust the humidity around the machine.

Progressiveness

5) The shoe washing dryer sterilizer uses a fingerprint reader and a touch screen to prevent the loss of shoes by allowing each door to operate on a user's own fingerprint.

Progressiveness

6) Partition the wind so that the amount of wind from the blower fan of the shoe washing and drying sterilization machine is exactly 1/2 of the left and right sides.

Progressiveness

7) The same amount of "liquid" is injected into the shoe by the same length of the pipe from the material storage container for storing the material of the shoe cleaning sterilizer to the injection device of the shoe holder.

Progressiveness

8) "Moisture and Wind Discharge Nozzle" is installed on both sides of the inside of each room of the shoe washing and sterilizing deodorizer and on the left and right side of the shoe holder to clean the outside of the shoe using high pressure water and wind. Do it.

Progressiveness

9) When the shoe washing and drying of the sterilizer is finished and the shoe is mounted, the automatic door is automatically closed by the sensor's recognition function.

Progressiveness

10) Use "far infrared light" instead of ultraviolet light or apply UV blocking film to T5 tempered glass and double attach glass to prevent UV rays and prevent the danger of glass.

Progressiveness

11) Cleaning and disinfection by spraying natural materials Sterilized and deodorized glove prevents germs and odors caused by human contact. Also, leather gloves can be washed and sterilized by natural materials. Progressiveness

12) Attach a scrubber to prevent the possibility of hand contact with the shoe.

Since there is no dripping water inside the shoes and gloves, the drying inside the shoes and gloves is done at the desired time set by the machine itself, and the dangerous elements that threaten the human heart and lungs by sterilization and deodorization by using natural materials It removes the pollutants and odors of the air coming from the machine, and also the dust on the outside of the machine and the surrounding air becomes more pleasant.

By equally distributing the amount of hot air from the heater and spraying the same amount of "natural substance" (hereinafter referred to as 'liquid'), the drying time of the left and right shoes is the same and the outside of the shoe is cleaned. . The hands touched by the shoe are cleaned with a scrubber while the machine is in use.

In addition, the operation of the touch screen and fingerprint reader eliminates the loss of shoes, and problems caused by malfunctions of doors in each room are definitely improved. In addition, there is no risk due to the use of ultraviolet light.

Hereinafter, the contents of the present invention will be described in detail with reference to the accompanying drawings, but the scope of the present invention is not limited thereto.

1 of the accompanying drawings is a shoe and glove cleaning, drying, sterilization, according to the present invention. Deodorizer is a photograph of the actual product produced, Figure 2 is a front configuration diagram of the shoe and gloves washing, drying, sterilization, deodorizer according to the present invention, Figure 3 is a shoe, gloves washing, drying, sterilization, FIG. 4 is a left side view illustrating a state in which an operating device of the deodorizer is installed, and FIG. 4 is a left side view illustrating a state in which the operating device of the shoe and gloves washing, drying, sterilization, and deodorizer according to the present invention is installed, and FIG. Shoe and glove washing, drying, sterilization and deodorizer shoe cradle according to the present invention is a block diagram showing the structure of the structure, Figure 6 is a shoe and glove washing, drying, sterilization, deodorizer shoes according to the present invention 7 is an explanatory diagram illustrating an operation state of washing the outside, and FIG. 7 is an explanatory diagram illustrating an operation state of an automatic door of a shoe and glove washing, drying, sterilization, and deodorizer according to the present invention. 8 is an explanatory view showing an operation state when putting shoes or gloves in the shoe, gloves washing, drying, sterilization, deodorizer according to the present invention, Figure 9 is a shoe, gloves washing, drying, sterilization according to the present invention Is an explanatory diagram showing an operation state when recovering shoes or gloves of the deodorizer. 10 is a shoe drying and sterilization according to the present invention. A block diagram showing the overall operating state of the deodorizer. 11 is a picture of the actual scheme of shoe washing, dry sterilization, deodorizer under development in accordance with the present invention. 12 is a real touch screen (3) picture of the shoe washing, dry sterilization, deodorizer under development in accordance with the present invention. Figure 13 is a picture of the actual automatic hand cleaner (10) of the shoe washing, sterilization, deodorizer under development in accordance with the present invention. 14 is a picture of the actual fingerprint recognition device 11 of the shoe washing, drying sterilization, deodorizer under development according to the present invention. 15 is an actual upper layer interior picture of a shoe wash, dry sterilization, deodorizer under development in accordance with the present invention. Figure 16 is a left side photograph of the product of the shoe and glove washing, drying, sterilization, deodorizer is actually manufactured according to the present invention.

As shown in Figure 2, the shoe and glove cleaning, drying, sterilization, deodorizer according to the present invention has an LCD touch screen (3), a speaker (2), a locking device (1) in the upper layer, therein Figure 2 And a catalyst, a filter 15, and an exhaust fan 17 for purifying air in the space (A) of FIG. 3.

In the lower part as shown in Fig. 2, the double door 4 is doubled to block heat, the double T5 tempered glass window 5 is coated with UV protection film, and the double space 6 to block conduction of heat inside the machine. There is a space 7 for storing the "liquid".

As shown in FIG. 2, the consumables containing paper shoes, towels, shoe polishes, and sneakers external cleaning towels are discharged to the outside by the automatic motor from the consumables discharging device 21 located at the proper position outside the lower and right lower panels of the machine. It is supposed to be. It is configured to be operated by the control of the control unit, and before the shoe is taken out of the machine, the user pays the fee and is discharged to wear disposable paper shoes.

In addition, there is a door solenoid device (8) and the handle (9) for opening and closing the door during the operation of the machine, there is a hand cleaner (10) for washing the hands by the motion sensor (10a) after using the machine, There is a fingerprint recognition device 11, a coin recognizer 12, and a bill recognizer 13 which prevents loss.

And at the bottom end there are wheels 14 and consumables discharging device 21, such as disposable paper shoes for easily moving the machine.

As shown in FIG. 3, the fine dust and odor generated in each room are catalyzed by the upper portion through the exhaust port 19 and the exhaust pipe 20 on the right side of each room equipped with the exhaust air backflow prevention device 18. It is moved to (A) and purified and discharged to the outside via the discharge fan 17 and the filter 15. In this process, the dust dropped under the exhaust pipe is removed through the dust support 16.

As shown in FIG. 4, the main fish board 24 and the sub PC board 23 in the left side are provided with a ventilation hole 25 so as not to be damaged by excessive heat, and the left door for machine repair and management ( 27 and a door lock 26.

There is a high pressure pump 22 for generating pressure to inject "liquid", and the blowing fan 28 and heater 29 which blows the wind to dry the wet shoes and gloves after the injection, and maintains the proper temperature. There is a temperature sensor 30 to prevent overheating.

In addition, the temperature sensor 30 installed together with the heater 29 in each room as shown in the left perspective view 2 of FIG. 4 sends information about the temperature in the room measured in real time to the main fish board 24, and the measured temperature and setting. Compare the temperatures and keep the room temperature constant. At the same time, if the temperature overheated beyond the limit temperature, the program automatically cuts off the heater power to prevent fire and safety accidents. The room where the problem occurs is marked with the word 'Repairing' in the room on the touch screen (3) and is programmed to automatically prohibit the use of the room in question so that it cannot be used until it is checked and repaired by the administrator. In addition, the touch screen 3 continuously informs the remaining operating time of the room in operation, and after completion of the function to inform the user with the phrase "drying complete".

There is a shoe holder (31) for mounting the shoe and UV or far-infrared lamp (32) for sterilizing the inside of the shoe during the operation of the machine is installed in the front of the machine, and the lamp cover (33) to prevent the lamp damage have. As mentioned above, there is a space 7 for storing the "liquid" inside the lower layer.

As shown in Figure 5, the hot hot air (37) soaring upwards by mounting (34) upside down on the shoe holder 31, which is equipped with a shoe spraying device 36 for spraying "liquid" evenly in the front and rear of the shoe. ) To maximize the efficiency of drying power.

In addition, the glove is mounted on a glove holder 39 with a glove spraying device 36a for spraying "liquid" evenly on the front part of the glove holder as a holder shape (38) to blow hot hot air (37) blowing through the holder tube. Maximize the efficiency of drying through.

In addition, as shown in FIG. 6, there is an air jet washer 40 for each side where the shoes and gloves are mounted, and a strong pressure and a blowing air, and the device removes the foreign matter and dirt on the outside of the shoes and gloves. .

As illustrated in FIG. 7, after confirming that the shoe is mounted through the shoe holder sensor 42, two circular doors 44 having a circular shape are automatically moved in the direction of the arrow 45 to open and close the door. . When the door 44 is opened and closed, the door 44 moves through the door moving rail 43 mounted on the side. The same is true for gloves.

In order to seal the inside of each room and to distribute the hot air fairly in half to the left and to the right, a partition is installed in the center where the air is discharged from the blower fan. This minimizes the loss of hot heat and wind generated by the machine and ensures that the drying on the left and right sides is the same and assured.

The double door 4 is a non-illustrated limit and solenoid type that is commonly used, and the locking is maintained and released, and the air is completely prevented from flowing between the double door 4 and the main body.

In addition, the double door 4 is provided with a T5 tempered glass window (5) and the handle (9) that can look inside, but is safe from ultraviolet rays by coating a film and is safe from being broken.

The operation panel is operated by a control program by the main PC board 24, the sub PC board 23, the fingerprint reader 11 and the touch screen 3, the banknote recognizer 13, and the coin recognizer 12. It is configured to be controlled.

The operating device includes a shoe injector 35 and a glove injector 36, a high pressure pump 22, a 'liquid' moving pipe, a heater 29, a blower fan 28, an exhaust pipe 20, and an outlet 19. , The exhaust fan 17, the exhaust air backflow prevention device 18, the glove holder 39, the shoe holder 31 is made of washing, sterilization, drying and deodorization.

That is, when the touch screen 3 is touched, the bill reader 13 and the coin recognizer 12 are paid a fee, and the fingerprint reader 11 is pressed to operate, the program of the main PC board 24 is used. The high pressure pump 22 is operated to spray “liquid” from the shoe spraying device 35 and the glove spraying device 36 to clean, sterilize and deodorize the inside of the shoe and the glove. And when the double door (4) of each room is opened and closed after shoe mounting, by the operation of the blowing fan 28 and the heater 29 provided in the rear or side portion of each room into the shoe holder 31 and the armor holder (39) Dry the shoes and gloves with hot air.

During the drying process, fine dust or dirt is discharged through the outlet 19, exhaust air backflow prevention device 18, exhaust pipe 20, exhaust fan 17, and specially manufactured filter 15 and catalyst A in each room. The smell is removed.

In addition, the negative ion generating LED LAMP (B) is provided outside the upper part of the machine to clean the outside air of the machine, and the "specially prepared clean water" is put in the humidifier (C) installed in the machine to control the human's health. To protect.

The shoe holder 31 and the glove holder 39 are mounted from the inside back of each room forward, as shown in FIG. 11, and the shoe is mounted upside down as shown in FIG. 5 (34). The slanted side is oriented to maximize the effect of spraying and drying natural materials.

8 and 9 are explanatory views showing the operating state of the shoe and gloves washing, drying, sterilization, deodorizer according to the present invention touch screen (3), fingerprint recognition device (11), coin recognizer (12), bills In each input situation of the recognizer 13, the operation of the machine and the voice guidance are sequentially explained, which can be used according to the region by being replaced with the language of each country in the administrator mode on the program. 8 is an operation sequence when putting shoes and gloves into the machine for washing and sterilization of shoes and gloves, and FIG. 9 is a diagram showing the return of shoes and gloves after washing, sterilizing, drying and deodorizing shoes and gloves. This table describes the operation sequence.

After the shoes are placed in the machine according to the procedure of FIG. 8, while the high pressure pump 22 is operated, the 'liquid' is injected into the shoes and the gloves by the shoe spraying device 35 and the gloves spraying device 36. After washing, sterilizing and deodorizing by the "liquid", the hot air 37 generated by the blower fan 28 and the heater 29 passes through the shoe holder 31 and the gloves holder 39 to the inside of the shoe and the gloves. It is supplied as a perfect drying effect.

Each room individually installs the operating devices such as the shoe spray device 35, the armor spray device 36, the heater 29, the blower fan 28, the ultraviolet ray and the far-infrared lamp 32, and operates each room. It was. Thus, if one room fails and becomes inoperable, the other room can operate normally without problems.

The liquid-injector air conditioner or high pressure pump 22 is mounted outside the left, right, upper or lower panel of the machine, and is connected to the connection pipe from the "liquid" storage space 7 of the inner lower layer of the machine.

1 is a shoe and glove cleaning, drying, sterilization, according to the present invention. Photograph of product that deodorizer is actually produced.

Figure 2 is a front configuration diagram of the shoe and glove washing, drying, sterilization, deodorizer according to the present invention.

Figure 3 is a right side view showing a state in which the operating device of the shoe and glove washing, drying, sterilization, deodorizer according to the present invention is installed.

Figure 4 is a left side view showing a state in which the operating device of the shoe and gloves washing, drying, sterilization, deodorizer according to the invention is installed.

Figure 5 is a block diagram showing the structure of the shoe holder and gloves holder of shoes and gloves washing, drying, sterilization, deodorizer according to the present invention.

Figure 6 is a view illustrating an operating state of washing the shoe and the outside of the shoe glove washing, drying, sterilization, deodorizer according to the present invention.

Figure 7 is an explanatory view showing the operating state of the automatic door of the shoe and gloves washing, drying, sterilization, deodorizer according to the present invention.

8 is an explanatory view showing an operation state when putting shoes or gloves of shoes, gloves washing, drying, sterilization, deodorizer according to the present invention.

Figure 9 is an explanatory view showing the operating state when the shoes, gloves washing, drying, sterilization, deodorizing shoes or gloves in accordance with the present invention

Figure 10 is a block diagram showing the overall operating state of shoes and gloves washing, drying sterilization, deodorizer according to the present invention.

11 is a picture of the actual scheme of shoe washing, dry sterilization, deodorizer under development in accordance with the present invention.

12 is a real touch screen (3) picture of the shoe washing, dry sterilization, deodorizer under development in accordance with the present invention.

Figure 13 is a picture of the actual automatic hand cleaner (10) of the shoe washing, drying sterilization, deodorizer under development in accordance with the present invention.

14 is a picture of the actual fingerprint recognition device 11 of the shoe washing, drying sterilization, deodorizer under development according to the present invention.

15 is an actual upper layer interior picture of a shoe wash, dry sterilization, deodorizer under development in accordance with the present invention.

16 is a shoe and glove washing, drying, sterilization, according to the present invention. Photo of the left side of the product on which the deodorizer is actually manufactured.

Description of the Related Art

1: lock 2: speaker

3: touch screen 4: double door

5: T5 tempered glass window 6: double space

7: "liquid" storage space 8: door solenoid device

9: handle 10: hand washer

10a: motion detection sensor 11: fingerprint recognition device

12: coin recognizer 13: banknote recognizer

14: wheel 15: filter

16: dust support 17: exhaust fan

18: exhaust air backflow prevention device 19: exhaust port

20: exhaust pipe 21: consumable discharge device

22: high pressure pump 23: sub PC board

24: Main PC board 25: Vent

26: door lock 27: left door

28: blower fan 29: heater

30: temperature sensor 31: shoe holder

32: ultraviolet and far infrared lamp 33: lamp cover

34: shoe mounting direction 35: shoe injector

36: armor spray device 37: hot air

38: Armor Mounting Direction 39: Armor Mount

40: air jet washer 41: air pressure jet direction

42: shoe mounting sensor 43: door moving rail

44: circular door 45: circular door movement direction

A: Catalyst B: Anion LED Lamp

C: Humidifier D: Bypass

Claims

Touch screen (3), fingerprint reader (11), hand washing machine (10), bill reader (13), coin reader (12), heater (29), blower fan (28), shoe sprayer Device 35, gloves spraying device 36, shoe holders 31, gloves holder 39, shoes with bypass (D), gloves cleaning dry sterilization deodorizer

Water, carbonated water, alkaline water, sodium bicarbonate, zeolite, montmorillonite, bentonite, germanium, maca, ginseng, pine needles, green tea and green tea leaves, salt, elm juice, garlic, mugwort, vinegar, pomegranate, mustard Drying and sterilizing deodorizers for shoes and gloves using "liquid" and its "liquid" mixed individually or in part or all with sesame juice, chitosan, onions, vinegar, oranges, birch, herbs and enzymes

The air discharged by the discharge fan 17 at the same time as the machine operation inside the machine body is "filter 15, water or catalyst (A) (zeolite, ocher, mugwort, green tea leaves, red ginseng, etc. mixed one or more) Air and air outlets (19), through which all the mixtures are used and zeolite, ocher, mugwort, green tea leaves, red ginseng, etc., using individual or all mixed catalyst for washing and drying shoes, gloves, deodorizers

Between the high-pressure pump 22 and the shoe spraying device 35 or the glove spraying device 36 installed inside the machine body for putting shoes and gloves, the device is a device that sucks residual water droplets and pressure inside the nozzle immediately after spraying. Passing (D) is provided, and also the shoes and gloves washing shoes and gloves with a shoe holder (31) and glove holder (39) is installed at an angle between 1 ~ 360 degrees of the nozzle mounted on the shoe and gloves holder, Drying, sterilization, deodorizer

A humidifier using a hand cleaner 10 attached to the other side of the machine body into which shoes and gloves are put, and a "clean liquid 10 mixed with water and zeolite". C) fitted shoes, gloves cleaning, drying, sterilization, deodorizer

On both sides of the interior of each room of the shoe putting machine and in the center of the two shoe holders, an air jet washer 40 is installed to inject the "wind of moisture and strong pressure" to the outside of the shoe, and inside the room a lamp cover ( 33) Footwear, gloves cleaning, drying, sterilization, deodorizer with ultraviolet or far infrared lamps 32 protected by

The "liquid" sprayed through the shoe spray device 35 and the glove sprayer 36 from the "liquid" storage space 7 inside the machine for putting shoes and gloves is sprayed equally to the shoes and gloves on the right and left sides. Washing shoes and gloves with a partition that covers the center of the heater box ½ so that the right and left pipes are the same length, and the hot wind from the blower fan 28 will dry the shoes and gloves on the right and left equally. Drying, sterilization, deodorizer

Each room of the machine for putting shoes and gloves has a double space (6) and a manually operated manual door or circular door (44) of each room is automatically operated by the shoe mounting sensor 42 and the door moving rail 43 Shoe and Glove Cleaning, Drying, Sterilization, Deodorizer