KR200292366Y1 - Disinfecting and deodorizing device for shoe - Google Patents

Abstract

The present invention relates to a shoe deodorizer, when the door is installed to open and close the space in the case to form a surface on the case, the shoe is seated in the support member, the ozone lamp is inserted into the shoe to close the door, Electricity is applied to the ozone lamp under the control of the controller by the operation of the operation panel attached to the outer surface of the door to sterilize ultraviolet rays and ozone, and the photocatalyst (TiO2), the adsorbent and the solid acid are combined on the inner surface of the case. The functional composite material is coated for sterilization and deodorization. The negative ion generator mounted inside the case neutralizes the ozone remaining after sterilization and retains anion that is beneficial to the human body. Multifunctional composite material that is to be continuously deodorized, sterilization is achieved, shoes Doemeun bacterial eradication as well as a parasitic habitat is ruled out, so this is a source of bacterial diseases on the feet can be removed.

Description

Disinfecting and deodorizing device for shoe}

The present invention relates to a shoe deodorizing sterilizer, and more specifically, the shoe housed in the case is a multifunctional material in which a photocatalyst, an adsorbent, and a solid acid are combined, and sterilization and deodorization as well as a multifunctional material using an ozone lamp and an anion generator. By using the microcapsules included in the fragrance will be emitted from the shoe.

In general, shoes are manufactured to protect the feet from the ground. In modern times, feet are produced in consideration of comfort as well as functional enhancement and fashion depending on the purpose of use.

Since the shoe is made to wrap around the foot so that the foot is blocked from contact with the outside, various bacteria have also inhabited the inside and the foot of the shoe.

This improves the breathability of the shoes not only reduce the fatigue of the foot but also was produced to exclude the bacteria conditions.

However, in the case of shoes manufactured to cover the feet, the conditions under which the bacteria can be generated by the heat and sweat generated from the shoes and the feet in the complexed state are always satisfied, and the bacteria generated under these conditions are reproduced. Inevitably, in this situation, shoes that have improved ventilation may also suppress bacterial growth, but eradication is impossible.

The present invention has been devised in view of the above problems, the shoe is stored in a closed space with the ozone-emitted lamp inserted in the closed space to completely remove the bacteria in the shoe at the same time to meet the conditions of the habitat environment The time to reach can be delayed as much as possible, and the multi-functional composite material is sprayed to remove germs that are continuously generated, and the fragrance can be diverted by using the microcapsule included in the material so that the mentally stable life can be maintained. The purpose is to provide a shoe deodorant sterilizer.

1 is a perspective view schematically showing a shoe deodorizer sterilizer according to an embodiment of the present invention,

Figure 2a is an enlarged perspective view of the ozone lamp portion of Figure 2,

3 is a cross-sectional view taken along the line IV-IV of FIG. 1;

4 is a side view schematically showing a main portion according to another embodiment of FIG.

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

10 shoes deodorizer 20 cases

22 anion generator 30 ...

32.Loading space 40 ... Support member,

50 ... unit 52 ... ozone lamp,

52a ... flexible pipe 54 ... controller,

59 nozzle 60, disinfection of socks,

64 ... door 68 ... without socks hanger.

The present invention for achieving the above object, in the sterilizer for disinfecting shoes, the case is the case is coated with a photocatalyst and a solid acid on the inner surface of the shoe is received; A door installed to open and close the case while forming one surface of the case; An apparatus unit installed so that electricity is applied to the ozone lamp inserted into the shoe by the operation of the controller by the operation panel attached to the outer surface of the door; It is made to contain.

Inside the case, an anion generator is mounted to neutralize ozone remaining after being deodorized and sterilized by an ozone lamp while releasing negative ions having a sterilization and deodorization function by a strong oxidation action. The operation is controlled so that the operation is switched during opening and closing.

The door is formed with a closed loading space so that a controller coupled to the operation panel is attached and embedded.

The door is made of a plurality of drawers sliding sliding away from the case, the telescopic collapsible support member is installed at the lower end of the door, the wheel is attached to one end of the outermost support member to guide grooves formed on the inner side of the case It is made to move according to a predetermined distance, so that the insertion into the shoe, such as ozone is conveniently operated.

The support member is provided with a mesh-like seating member so as to seat the shoe spaced apart from the upper surface, and the mudguard is detachably and detachably installed so that the soil of the shoe is accumulated between the support member and the seating member.

The device unit is connected to the lamp circuit board under the control of the controller, one end of the wire wound on the reel installed in the loading space of the door, the other end is made to be connected to the lamp.

The apparatus unit includes a nozzle installed on the inner surface of the door so that the mixed liquid of the photocatalyst and the solid acid in the water tank built into the loading space of the door flows under the control of the controller and sprayed into the shoe.

The device unit is installed to be detachable and attachable to a predetermined position of the wire so that the ozone lamp is moved to the outside of the case by the variable length of the wire automatically wound on the reel and inserted into the shoe, so as to be blocked from the outside.

The shoe cover is attached to a predetermined portion of the wire so that the inside and the outside of the shoe are blocked.

The ozone lamp is provided at the front end of the flexible pipe which is detachable and attached to one surface of the door so as to be fixed at a desired angle.

The flexible pipe is attached to the door by the magnetic force of the magnet attached to the proximal end and the magnet attached to the inner side of the door.

The door is provided with a fixed body in which the weight is placed in the loading space and the front end portion penetrates the inner surface of the door, and the magnet of the flexible pipe is detached and attached to the front end of the fixed body to secure the fixed position of the flexible pipe. .

The ozone lamp is coupled to the flexible pipe while the protective wire mesh is fastened, and a cap in which an odor remover is embedded is installed at a predetermined portion of the protective wire mesh.

The case is provided with a space in which the socks disinfection unit is installed to communicate with the storage space of the shoe.

The socks disinfection unit is provided with a door and an auxiliary panel forming one surface of the space at both ends of the telescopic folding base panel, the hook member is fitted to the door and the auxiliary panel.

Hereinafter, the shoe deodorizing sterilizer according to the present invention will be described in detail with reference to the accompanying drawings.

1 and 2 are a perspective view and a cross-sectional view schematically showing a shoe deodorizer sterilizer according to a preferred embodiment of the present invention, Figure 2a is a perspective view showing another embodiment of the ozone lamp, shoe deodorizer sterilizer 10 according to the present invention ) Is a case 20 having a space for accommodating the shoe 12, a door 30 for opening and closing the storage space while forming one surface of the case 20, and the door 30 to be slidably moved. When the ozone lamp 52 is inserted into the support member 40 formed of a plurality of flat plates attached to the lower end of the door 30 and telescopically folded, and the shoe 12 seated on the support member 40 is inserted into the controller 54. The device unit 50 is configured to emit ozone by applying electricity to the ozone lamp 52.

In addition, a space for disinfecting socks is provided in the case 20, and the socks disinfection unit 60 is installed in the space.

On the inner surface of the case 20, the material (hereinafter referred to as multifunctional composite material) disclosed in Korean Patent Application No. 2001-0067887 filed by the present applicant is evenly distributed and coated, and an ozone lamp 24 is installed. An anion generator 22 is built in to neutralize ozone (O3) remaining in the inner space of the case 20 closed for sterilization. The multifunctional composite material is a powder containing a photocatalyst (TiO 2), an adsorbent, and a solid acid, which is converted into a liquid phase and used in the present invention. In addition, microcapsules for fragrance divergence may be added to the composite material converted into a liquid phase.

Here, the photocatalyst itself is used to refer to the catalyst (Catalyst of Photoreactions) to accelerate the photoreaction, although the light itself acts like a catalyst acts as a material absorbing light with a semiconductor ceramic material Also called. The photocatalyst is not consumed by directly participating in the reaction and serves to accelerate the reaction rate by providing a different mechanism path to the existing photoreaction process. The most widely used material as a photocatalyst is titanium dioxide (TiO2). When ultraviolet rays are absorbed, electrons and holes are generated on the surface, and these active species (electrons, majors) decompose most harmful substances and photochemical oxidation and reduction. It leads to the reaction to remove antibacterial, deodorization, drainage purification, air pollutants and harmful gases (dioxin, NOx, etc.).

The multifunctional composite material is roughly,

[Formula]

[AaDdEeOx] y [support] z

A in the formula is at least one element selected from titanium, zinc, zirconium, vanadium, tungstem and cerium; D is at least one element selected from iron, tin, vanadium, chromium, aluminum, silver, copper, molybdenum, antimony, niobium and silicon; E is at least one compound selected from sulfuric acid, phosphoric acid, boric acid, hydrogen fluoride, ammonium sulfate, fluorocarbon compounds and heteropoly compounds; a, d and e represent the molar ratios of the respective element elements, where a / (d + e) is 0.001 to 100, where d is in the range of 0 to 1; e is in the range of 0 to 1; a value of a ≧ 0; y / z> 0; x is a value determined to fit the valence. In addition, the support is clay, minerals such as zeolite, ganbanite, jade, bentonite, kaolin, montmorillonite, and adsorbents such as silica and activated carbon.

As a substance consisting of, etc., the odor generated in shoes, socks, etc. are adsorbed, so that an oxidation reaction occurs in the ultraviolet and visible range and other conditions, so that the odor can be decomposed and removed.

The ozone emitted by the ozone lamp 52 has a strong oxidizing power as a colorless irritant odorous gas, and unlike chlorine, does not leave any harmful residue when used as an oxidant, and has a sterilization ability several hundred times faster than chlorine. It has an excellent ability to remove bacteria and viruses.

The anion emitted from the anion generator 22 is a substance generated by obtaining valence electrons as an atomic element of negatively charged air, which is refreshed to the human body in a forest, a waterfall, a hot spring, etc., and sterilizes and deodorizes by strong oxidation. There is a, to make a person feel good.

On the other hand, the door 30 has a closed loading space 32 is formed, the loading space 32 is attached to the outer surface of the door is connected to the control panel 54 'for setting sterilization time and strength is installed The controller 54, a lamp circuit board 56 controlled by the controller 54, a reel 57 for winding a wire connected to one end of the lamp circuit board 56, and a microcapsule flavor are contained. A water tank 59 containing a multifunctional composite material is embedded therein.

The door 30 is moved by the drawer-type sliding from the case 20 to open and close the inner storage space of the case 20, the drawer-type sliding of the door 30 is a support member attached to the lower end of the door 30 ( 40, and the support member 40 is provided with a plurality of flat plates so that telescopic folding is possible, and the wheel 42 attached to the end of the case 20 side of the outermost flat plate has an inner portion of the case 20. Along the guide groove 26 formed on the side is mounted in a rolling motion in a predetermined section.

Thus, when the door 30 is pulled out by the attraction force, the wheel 42 is moved by rolling and the support member 40 is moved and stopped while the telescopic folded flat plates are projected in turn, thereby the door 30 Opening and closing is done.

At this time, the upper panel of the support member 40, the middle panel 44 is installed so that the shoe 12 is seated, the middle panel 44 is fixed to the outermost plate of the support member 40. In addition, while the seating wire mesh 46 on which the shoe 12 is mounted is mounted on the middle panel 44, the fender 48 is installed to be detachably attached to the lower portion of the wire mesh 46.

When the door 30 is opened by the support member 40, the shoe 12 is seated on the middle panel 44, and when the door is closed, the first folding is folded and the ozone lamp 52 is inside the shoe 12. When the insertion is completed, the second folding is folded and the door 30 is completely closed, the ozone lamp 52 is a circuit board 56 connected to the wire wound on the reel 57, the controller 54 When electricity is applied to the lamp 12 by the control of), ultraviolet rays and ozone are generated.

A flexible pipe 52a is provided from the proximal end of the ozone lamp 12 to an inner side surface of the door 30 so that the position of the ozone lamp 12 can be easily changed and fixed at a desired angle. The flexible pipe 52a is provided. ) Is mounted at one end thereof so that the flexible pipe 52a can be attached to or detached from the door 30 by interaction with a magnet attached to the door 30 or the door 30 itself. .

In addition, the flexible pipe 52a is separately manufactured and fastened at a fixed body 70 and a magnet 52a 'that are fixed to the door 30, and the fixed body 70 is a loading space of the door 30. The flexible pipe 52a is fastened to one end exposed from the loading space 32 while its center is secured by the weight 72 positioned at 32.

The nozzle 59 is mounted on the inner surface of the door 30 proximate to the flexible pipe 52a, and the nozzle 59 communicates with the water tank 58 built in the loading space 32 so as to communicate with the controller 54. The multifunctional composite material flown from the water tank 58 by the signal by the spray is sprayed into the shoe 12 through the nozzle 59.

As such, the spray of the multifunctional composite material may be sprayed by a separate spray bottle as well as automatic spraying by the nozzle 59, may be sprayed immediately before the sterilization of the shoe 12, sprayed after sterilization It may also be sprayed immediately before and immediately after sterilization.

On the other hand, referring to the ozone lamp 52 of Fig. 2a, a protective wire mesh 52b is mounted so that ozone is released while protecting the ozone lamp 52, and a predetermined position of the protective wire mesh 52b can be obtained commercially. A cap 52c capable of storing a solid deodorant is installed, and has a strong deodorant function with the sterilization action of ozone.

As shown in FIG. 3, in the case of long neck shoes such as boots and boots, the ozone lamp 52 may be inserted so that the neck of the shoe 12 ′ is folded and stored in the case 20, and in the reel 57, The blocking cover 52d is installed to block the inside and the outside of the shoe 12 'in which the ozone lamp 52 is inserted at a predetermined position of the loosened elongated wire, so that the sterilization action of the shoe 12' is performed by the case 20. Can be made outdoors. Of course, the wire is automatically wound on the reel 57, the length can be easily changed. Here, the blocking cover (52d) has a solid shape from the outer edge to the center is formed, the wire is used to be located in the center portion through the cut line, it is stored separately when not in use. In addition, a groove 34 may be formed on the upper surface of the door 30 to fix and guide the position of the wire.

On the other hand, as shown in Figures 1 and 4, the case 20 is further secured with a space for sterilizing and disinfecting the socks in communication with the space in which the shoe 12 is stored, the socks disinfection unit 60 in this space ) Is installed.

The sock sterilizing unit 60 has a door 42 'which is moved along the guide groove 26' formed at the side of the case 20 at one end thereof, and is provided at both ends of the base panel 62 which is telescopically folded. A 64 and an auxiliary panel 66 are installed, and a sock hanger member 68 is installed between the door 64 and the auxiliary panel 66, and an ozone lamp 24 is mounted to the controller 54. At the same time as or separately from the ozone lamp 52 used to disinfect the shoe 12, power can be applied to the ozone lamp 24 when the socks 64 are fitted to the sock hanger member 68 and the door 64 is closed. Sterilization effect is achieved. The sock hanger member 68 may include a heating wire.

Hereinafter, a brief description will be made according to an operation procedure of an example of a shoe deodorizer sterilizer according to the present invention.

First, when the door 30 is pulled by the support member 40 which is telescopically folded, and the shoe storage space of the case 20 is opened, the shoe 12 is mounted on the seating wire mesh 46 installed on the upper side of the support member 40. ) Is seated and the mixed liquid is injected through the nozzle 59 provided on the inner side of the door 30, the ozone lamp 52 located on the inner side of the door 30 is connected to the flexible pipe 52a and the reel 57. After the insertion of the inside of the shoe 12 by the variable length of the wire wound in the (), and the storage space is closed by the door 30, the operation panel 54 'is operated to apply electricity under the control of the controller 54 Ozone is released from the furnace ozone lamp 52 to sterilize the shoe 12.

At this time, the negative ion generator 22 mounted inside the case 20 is discharged by the completion of the sterilization action by ozone in the closed state of the storage space while the controller is released for a predetermined time even in the open state of the storage space. (54).

In addition, the sterilization of the socks may be performed at the same time during the sterilization action of the shoe 12, and if made separately, electricity is applied to the ozone lamp 24 under the control of the controller 54 by the control panel 54 ', the negative ion The negative ions emitted from the generator 22 also have the same starting point and end point as in the case of shoes.

Here, a hot wire is used as the socks hanger member 68, and the sterilization action of the socks may be performed in parallel with the heat transmitted by the hot wire.

On the other hand, in the case of long-shoe shoes 12 'such as boots or boots, the length of the wire automatically wound on the reel 57 is changed through the groove 34 formed in the upper portion of the door 30, so that the case 20 The ozone lamp 52 is drawn out to the outside, and when the ozone lamp 52 is inserted into the shoe 12 ', the blocking cover 52d is mounted, and then the ozone lamp 52 is operated by the operation panel 54'. ) Electricity is applied to sterilization.

Here, briefly look at the function of the various materials used for disinfection of shoes, when the ozone lamp 52 is turned on, ultraviolet rays of 184.9nm wavelength and 253.7nm wavelength called germicidal rays that emit ozone are emitted simultaneously. At this time, the generated ultraviolet rays sterilize various germs on the inner surface of the shoe and help the photocatalytic reaction to act as antibacterial and deodorizer, and ozone penetrates into the space, corner, and inside the fiber where ultraviolet rays are not irradiated. It is possible to fundamental sterilization and deodorization. And, the anion is deodorizing, sterilizing, disinfecting while removing residual ozone in the case 20 that may be harmful to the human body.

In addition, if the multifunctional composite material containing the microcapsule flavor is sprayed into the shoes before sterilization, the sterilization effect by ozone is doubled. Fragrance divergence is achieved.

According to the present invention configured as described above, the bacteria remaining in the dehydrated shoes can be completely eradicated, as well as retaining comfort without providing a living environment for the bacteria, and also have a continuous sterilization action and aroma Efficacy can increase mental stability.

Claims (14)

In the sterilizer for disinfecting shoes, A case in which the multifunctional composite material is coated on the inner surface of the shoe while the shoe is received; A door having a predetermined loading space formed on one surface of the case and installed to open and close the storage space of the case; An apparatus unit installed so that electricity is applied to the ozone lamp inserted into the shoe located in the storage space when the controller embedded in the loading space is operated by an operation panel attached to the outer surface of the door; Shoe deodorizer sterilizer characterized in that it comprises a. The method of claim 1, The storage space of the case is equipped with an anion generator to release anion having a sterilization and deodorization function by a strong oxidation action while neutralizing the remaining ozone released by the ozone lamp, the anion generator is opened after the sterilization action by the ozone lamp. Shoe deodorizing sterilizer, characterized in that controlled by the controller to be operated for a predetermined time including the opening time of the door. The method of claim 1, The lower end of the door is provided with a support member consisting of a plurality of flat plates telescopically folded so that the door is pulled out of the case sliding sliding away, the wheel is attached to one end of the outermost plate of the support member to the inner surface of the case Shoe deodorizing sterilizer, characterized in that the predetermined distance is moved along the guide groove formed in the. The method of claim 3, The support member is provided with a mesh-shaped seating member so that the shoe is seated spaced apart from the upper surface, and a shoe deodorizer is installed to detach and attach the shoe so that dirt of the shoe is accumulated between the support member and the seating member. Sterilizer. The method of claim 1, The ozone lamp is connected to the wire, shoe wire deodorizing sterilizer, characterized in that connected to the lamp circuit board embedded in the loading space while being controlled by the control of the controller. The method of claim 5, Shoe deodorizer, characterized in that the wire is variable in length is automatically wound on the reel attached to the loading space so that the ozone lamp is inserted into the shoe located outside the case. The method of claim 6, Shoe deodorizer, characterized in that the removable cover is attached to the predetermined position of the wire so that the inside and the outside of the shoe with the ozone lamp is inserted. The method of claim 1, The apparatus unit further includes a water tank built in the loading space of the door, and a nozzle installed on the inner side of the door such that the liquid multifunctional composite material blended with the microcapsule fragrance in the tank flows under the control of the controller and sprayed into the shoe. Shoe deodorizing sterilizer, characterized in that made. The method of claim 1, The ozone lamp is a shoe deodorization sterilizer, characterized in that installed on the front end of the flexible pipe which is attached to the base end on one side of the door so that the position can be fixed at a desired angle. The method of claim 9, And the flexible pipe is detachably fixed to an inner surface of the door by a magnetic force of a magnet attached to the proximal end. The method of claim 9, The flexible pipe is detached from and attached to one end of the door fixed to the inner surface of the fixture, the other end of the fixture is characterized in that the other end is formed in the other end located in the weight loading space for compensating the weight of the flexible pipe Shoe deodorizer. The method according to claim 1 or 9, Protective wire mesh is fastened to the ozone lamp, shoe deodorizing sterilizer, characterized in that the cap is installed in a predetermined portion of the protective wire mesh is installed. The method of claim 1, Shoe deodorizing sterilizer, characterized in that the shoe storage space of the case is extended is further installed socks disinfection unit. The method of claim 13, The socks sterilization unit deodorizing sterilizer, characterized in that the door and the auxiliary panel forming one surface of the space is installed at both ends of the telescopic folding base panel, the hook member is fitted to the door and the auxiliary panel.