KR20110011197U - Footwear case - Google Patents

Abstract

The present invention relates to a shoe rack having a drying function capable of hygienic shoe storage by drying, sterilizing and deodorizing the shoes stored.
A shoe rack having a drying function according to the present invention has a loading space in which shoes can be loaded, a main body having an opening and closing door formed to selectively open and close the loading space, and drying the shoes loaded in the loading space. And a drying means including a heat transfer member provided on a side wall of the main body or a support plate for supporting the shoe, and a sterilizing means for sterilizing microorganisms in the air inside the loading space.
A shoe rack having a drying function according to the present invention enables hygienic shoe management through drying, sterilization and deodorization of shoes, and in particular, sterilization is performed to the inside of shoes to improve diseases, odors, etc., due to bacterial propagation. There is an advantage.

Description

Shoe rack with drying function {Footwear case}

The present invention relates to a shoebox having a drying function, and more particularly to a shoebox having a drying function that can be stored hygienic by drying, sterilizing and deodorizing the shoes stored.

In general, a shoe rack is a storage cabinet widely used for organizing or storing shoes, and generally includes a plurality of plates vertically partitioning the storage space so that a plurality of shoes can be placed therein. Its front face has a configuration in which a predetermined door for opening and closing the storage space is provided.

Such a conventional sanitary shoe is usually not provided with a separate ventilation means is not good breathability, but simply by placing the shoes horizontally on the plate is a shoe mount is made because most of the sweat or moisture present in the shoes There is a vulnerability that can not be discharged to the outside gathered at the tip of the toe rather than the opening.

Therefore, when the worn shoes or wet shoes are stored in the conventional sanitary shoes as they are, the growth of the bacteria is made more actively, and the air is contaminated in the cabinet and the phenomenon of bacteria is transmitted to all the shoes in the cabinet.

In particular, when storing shoes of a person infected with Athlete's foot or Candida, bacteria can be spread to other people through shoes, which can cause skin diseases and even serious digestive or bronchial diseases.

Conventional techniques for sterilizing shoes include, for example, Korean Utility Model Registration No. 300555 (portable shoe sterilizer using ultraviolet rays). However, this technology is not only convenient to carry the sterilizer, but also has the weakness of not being able to remove sweat or moisture, which provides a breeding environment for bacteria.

In addition, the Republic of Korea Utility Model Registration No. 298774 (shoes deodorizer and sterilizer), No. 318972 (large capacity shoe sterilizer), etc., but also proposes a technical means for the sterilization effect in the storage space, such as a shoe rack, Of course, the moisture inside the shoe can not be removed, as well as the sterilization action has a disadvantage that is limited to the outside of the shoe. In addition, the prior art as described above has a problem that the user can not grasp the degree of bacteria present in the shoe box can not cope with the contamination state.

On the other hand, the Republic of Korea Utility Model Registration No. 252075 (sanitary shoe box) is presented a technology that provides the effect of antibacterial, deodorizing by coating the photocatalyst reacted by ultraviolet rays in the shoe box. However, this technology also has a vulnerability that does not evenly dry, sterilize, or deodorize the shoes, since the supply of warm air or a photocatalytic reaction is performed while the shoes are simply placed horizontally on a shelf.

The present invention was created to solve the above problems, and provides a shoe rack having a drying function that can be hygienic storage of shoes by drying, sterilizing and deodorizing the shoes when the shoes are stored, thereby improving the user's foot health. There is a purpose.

A shoe rack having a drying function according to the present invention for achieving the above object has a loading space in which shoes can be loaded, and a main body having an opening and closing door formed to selectively open and close the loading space, and in the loading space. Drying means including a heat transfer member provided on the side wall of the main body or a support plate for supporting the shoe to dry the shoes to be loaded, and sterilization means for sterilizing microorganisms in the air inside the loading space.

The sterilization means is installed on one side of the main body and has a first and second vent holes formed therein, and is installed in the housing and the air inside the loading space through any one of the first and second vent holes. A blowing fan to allow the gas to enter the inside of the housing, an ultraviolet lamp for irradiating ultraviolet rays with sterilizing power to sterilize microorganisms in the air introduced into the housing, and coated inside the housing, It is provided with a photocatalyst coating layer for sterilizing light, the main body includes a main body in which the loading space is formed, and an auxiliary body formed on one side of the main body, the auxiliary body and the main body is the movement of air It is communicated through the inlet hole so that the drying means is the auxiliary to enable the movement of the air flowing through the inlet hole A connection pipe installed inside the DI, a suction fan installed on the pipe line of the connection pipe to suck air in the loading space, and water in the air sucked from the loading space installed on the pipe line of the connection pipe. It is preferable to further provide a filter part including a dehumidification filter for removal.

In addition, the sterilization means is further provided with a lifting unit which is lowered to be introduced into the inside of the shoe is loaded sterilization lamp in connection with the operation of the opening and closing door, the lifting unit is a touch sensor for detecting the open state of the opening and closing door And an elevating housing mounted on the main body or the support plate so as to be positioned above the shoe loaded in the loading space, and installed on an upper portion of the elevating housing, and applied with power according to the sensing information of the contact sensor to generate magnetic force. An elevating member which is formed to be movable up and down inside the elevating housing, and is formed of a magnetic material so as to elevate toward the electromagnet when the electromagnet has magnetic force, and is installed between the electromagnet and the elevating member. A first elastic member for elastically biasing downward and the elevating housing from the elevating member; A lifting rod which is exposed to a lower portion of the lifting rod and extends downward by a predetermined length, a lamp supporting member formed at a lower end of the lifting rod and configured to support a sterilizing lamp for irradiating ultraviolet rays for sterilization into the shoe, and the lamp supporting member It is provided in the to prevent the sterilization lamp is in contact with the pressurized shoe, extending downward from the lamp support member and having an internal space, and the support for the draw out and retractable to the auxiliary housing, the sterilization lamp is supported A drawer rod mounted on a lower end is formed to extend downwardly from the pullout rod, and a lower end is formed to be located relatively lower than a lower end of the sterilization lamp, so that the shoe is relatively lower than the sterilization lamp when the lift unit descends. A contact rod which is formed to contact the inside of the auxiliary housing Group drawn sikimyeo rod is elastically biased to be withdrawn downward, it is preferable to comprising a buffer and a second elastic member is compressed so as not to the sterilizing lamp is lowered when the contact load is to be in contact with the shoe.

A shoe rack having a drying function according to the present invention enables hygienic shoe management through drying, sterilization and deodorization of shoes, and in particular, sterilization is performed to the inside of shoes to improve diseases, odors, etc., due to bacterial propagation. There is an advantage.

1 is a perspective view showing an embodiment of a shoe rack having a drying function according to the present invention,
Figure 2 is a side cross-sectional view of the shoe box having a drying function of FIG.
3 is an exploded perspective view showing a sterilization means of the embodiment of FIG.
Figure 4 is a partial excerpt perspective view showing an air circulation unit,
5 is a partial excerpt perspective view showing another embodiment of the sterilization means,
6 is a partial perspective view illustrating the buffer of FIG. 5.

Hereinafter, with reference to the accompanying drawings will be described in more detail a shoe rack having a drying function according to the present invention (hereinafter referred to as 'shoes shoes').

1 to 4 illustrate a preferred embodiment of the shoe rack 100 according to the present invention.

As illustrated, the shoe rack 100 includes a main body 110 having a loading space 112 and a drying means, a sterilizing means, and a deodorizing means installed inside the main body 110 so as to load the shoes therein.

The main body 110 has a predetermined internal space and the main body 111 is open to the front, a plurality of support plates 113 for supporting the shoes installed and loaded in the main body 111, 113, It is installed in the main body 111 includes an opening and closing door 115 to open and close the loading space 112.

The support plate 113 is installed in the main body 110 so that a plurality of spaced apart in the vertical direction and extends along the left and right directions, the shoes are supported by the support plate 113 in the loading space.

The support plate 113 has a rear end spaced apart from the inner surface of the main body 111 by a predetermined distance so that the air can circulate along the up and down direction in the main body 111.

The drying means is for drying the shoe by heating the inside of the main body (110). When the shoes are wet by rain or snow or the shoes are wet by sweat, the humidity of the shoes is high, so that the bacteria can be easily reproduced. Therefore, it is preferable to dry the shoes to create an environment in which viruses or bacteria are difficult to breed.

The drying means of this embodiment includes a heat transfer member 121 installed on the support plate 113.

The heat transfer member 121 generates heat by receiving external power, and the heat transfer member 121 is installed on the support plate 113 to generate heat, thereby directly heating the shoe in contact with the support plate 113 and loading space ( 112) It also raises the temperature inside. As the internal temperature of the loading space increases, the amount of saturated steam in the air increases, thereby increasing the drying efficiency.

Since the heat transfer member 121 heats the support plate and heats the temperature inside the shoe and the loading space 112 by the heat radiated from the support plate 113, the heat can be maintained for a long time compared to the operation time. Power consumption is generally relatively small compared to shoe dryers using hot air.

Since the heat transfer member 121 is to dry the shoe in the form of the ondol method, the support plate 113 is preferably formed of a material capable of heat storage.

In addition, the drying means further comprises a filter unit 124 including a suction fan 122 installed in the auxiliary body 116 provided below the main body 111 and a dehumidification filter 125 for removing moisture in the air. Equipped.

The main body 111 and the auxiliary body 116 are in communication with each other through the inlet hole 117 and the outlet hole 118, the inlet hole 117 and the outlet hole 118 is connected to the connection pipe 123 Is connected to each other through, the suction fan 122 is installed on the conduit of the connecting pipe (123).

Therefore, when the suction fan 122 is driven, air inside the loading space 112 flows into the connection pipe 123 through the inlet hole 117, passes through the filter unit 124, dehumidifies, and then discharges again. It is discharged to the loading space 112 through the hole 118.

Since the amount of water vapor contained in the air in the process of passing through the dehumidification filter 125 is reduced, the drying efficiency of the shoe is improved.

In the present embodiment, the heat transfer member 121 is installed on the support plate 113, but the heat transfer member 121 may divide the loading space 112 if it is capable of heating the air inside the loading space 112. It may be installed on the inner peripheral surface of the separate partition plate or main body 111 which is installed to extend in the vertical direction to (111).

Sterilization means is for sterilizing microorganisms such as bacteria or viruses in the loading space 112 is installed on the upper side of the main body 111 to sterilize the microorganisms in the air circulating.

The sterilization means includes a housing 131, a blowing fan 133 and an ultraviolet lamp 132 installed in the housing 131, and a photocatalyst coating layer 135 coated inside the housing 131.

First and second vent holes 134a and 134b are formed in the housing 131, and a predetermined internal space in which the ultraviolet lamp 132 is mounted is provided. In addition, the blowing fan 133 is installed in the first vent hole 134a to introduce air in the loading space 112 into the housing 131, and the air passing through the housing 131 is the second vent hole. It is discharged to the outside of the housing 131 through the (134b).

The ultraviolet lamp 132 irradiates UV-C ultraviolet rays which can be sterilized, and the photocatalyst coating layer 135 moves electrons by ultraviolet rays irradiated from the ultraviolet lamp 132, and the electrons are strongly oxidized and reduced. By causing the action to sterilize the microorganisms contained in the air.

In addition, although not applied in the present embodiment, the loading space 112 may be provided with a detection sensor for detecting a loading state of the shoe to turn on and off the sterilization means. For example, by installing a piezoelectric element for sensing the weight on one side of the bottom surface of the loading space 112, when the shoes are loaded and the load is applied, the loading state of the shoes is checked through this, and the blowing fan 133 is driven and UV The lamp 132 may emit light or may be installed to determine whether or not the shoe is loaded through a light emitting sensor, a contact sensor, or the like.

Deodorizing means is composed of a deodorizing filter 141 is installed in the filter unit 124.

The filter unit 124 includes a deodorizing filter 141 in addition to the dehumidifying filter 125 described above, and when passing the deodorizing filter 141 in the process of circulating air inside the loading space 112, deodorizing filter Thereby minimizing odors.

5 and 6 show another embodiment of the sterilization means.

Sterilizing means of the present embodiment is a lifting unit 200 which is lifted and lowered in accordance with the open and closed state of the opening and closing door 115 to the inside or out of the shoe and the sterilization lamp 131 installed in the lifting unit 200 Include.

Except for some areas where the foot is inserted or removed due to the structure of the shoe, the overall shoe is wrapped in the upper. Generally, the shoe is sterilized to the inside of the shoe because the shoe is not exposed to the outside unless the shoe is shaped like a sandal. It is difficult. Therefore, the lifting unit 200 is formed to lift the sterilization lamp 131 so that the sterilization lamp 131 can directly irradiate ultraviolet rays from the inside of the shoe.

The lifting unit 200 cuts or connects the power supplied from the power supply unit 211 according to the detection sensor 210 and the detection information of the detection sensor 210 to check the open state of the opening and closing door 115. The controller 212, the elevating housing 221 installed in the main body 110, the electromagnet 222, the elevating member 223, and the first elastic member 224 installed in the elevating housing 221 are provided. Include.

The elevating housing 221 has a predetermined internal space, and an electromagnet 222 is installed at the upper end of the elevating housing 221. The electromagnet 222 generates a magnetic force through the power applied by the controller 212.

The elevating member 223 is provided to elevate inside the elevating housing 221, and when the electromagnet 222 has a magnetic force, the elevating member 223 is formed of a magnetic material to elevate toward the electromagnet 222.

The first elastic member 224 is installed between the electromagnet 222 and the elevating member 223 to elastically bias the elevating member 223 downward, the power is not applied to the electromagnet 222 is generated magnetic force If not, the elevating member 223 maintains the lowered state of the elevating housing 221 by the elastic force of the first elastic member 224.

The elevating rod 225 extending downward is extended to the elevating member 223 to be exposed to the outside of the elevating housing 221, and the elevating member 223 is elevated.

The lifting unit 200 further includes a buffer 240 for stably supporting the sterilizing lamp 131.

In some shoes, because the heel is very high, the sterilization lamp 131 is in contact with the bottom surface of the shoe in the process of lowering the sterilization lamp 131 or may be damaged. Therefore, the sterilization lamp 131 is prevented from being damaged through the buffer 240.

The buffer unit 240 extends downwardly from both ends of the lamp support member 233 and is provided with an auxiliary housing 241 having a hollow therein, and retractable into the auxiliary housing 241. A pull-out rod 242 protruding downward from the 241 and the sterilization lamp 131 is mounted, and a second elastic member installed inside the housing 241 to elastically bias the pull-out rod 242 downward ( 244 and a contact rod 243 extending downward from the lead rod 242 so that the position of the end portion thereof is positioned below the lower end of the sterilizing lamp 131.

Therefore, when the lamp support member 233 is lowered by the driving of the elevating unit 200, the second elastic member 244 is formed when the end of the contact rod 243 contacts the bottom surface of the shoe due to the high heel of the shoe. By blocking the lowering of the sterilization lamp 131 while being compressed, the sterilization lamp 131 is prevented from being damaged by contacting and pressing the bottom surface of the shoe.

The remaining components of the present embodiment are the same in form and configuration as those of the embodiments shown in FIGS. 1 to 4, and thus, detailed descriptions thereof will be omitted.

100; Shoe rack with drying function
110; main body
111; Main body 116; Auxiliary body
121; Heat transfer member 122; Suction fan
123; Connector 124; Filter part
131; Sterile lamp 141; Deodorization Filter
200; Lifting unit

Claims (4)

A main body having a loading space into which shoes can be loaded and having an opening / closing door formed to selectively open and close the loading space;
Drying means including a heat transfer member provided on a side wall of the main body or a support plate for supporting the shoes to dry the shoes loaded in the loading space;
Shoe cabinet having a drying function characterized in that it comprises a sterilization means for sterilizing microorganisms in the air inside the loading space. The method of claim 1,
The sterilization means is installed on one side of the inside of the housing and the first and second vent holes are formed;
A blowing fan installed in the housing to allow air in the loading space to flow into the housing through any one of the first and second vent holes;
An ultraviolet lamp installed inside the housing to irradiate ultraviolet rays with sterilizing power to sterilize microorganisms in the air;
And a photocatalyst coating layer coated on the inside of the housing and having a photocatalyst coating layer which is sterilized by being irradiated with light of the ultraviolet lamp. The method of claim 2,
The main body includes a main body in which the loading space is formed, and an auxiliary body formed at one side of the main body,
The auxiliary body and the main body is communicated through the inlet hole to allow the movement of air,
The drying means may include a connection pipe installed inside the auxiliary body to allow movement of air introduced through the inlet hole, a suction fan installed on a pipe line of the connection pipe to suck air in the loading space; And a filter unit installed on the conduit of the connection pipe, the filter unit including a dehumidification filter for removing moisture in the air sucked from the loading space. The method of claim 3, wherein
The sterilization means is further provided with a lifting unit which is lowered to be introduced into the inside of the shoe is sterilized lamp is loaded in connection with the operation of the opening and closing door,
The lifting unit and the contact sensor for detecting the open state of the opening and closing door;
An elevating housing mounted to the main body or the support plate so as to be positioned above the shoe loaded in the loading space;
An electromagnet installed at an upper portion of the elevating housing and configured to generate a magnetic force by applying power according to the sensing information of the contact sensor;
An elevating member which is installed to be capable of elevating inside the elevating housing and formed of a magnetic material to elevate toward the electromagnet when the electromagnet has magnetic force;
A first elastic member installed between the electromagnet and the elevating member to elastically bias the elevating member downward;
An elevating rod extending from the elevating member to the lower portion of the elevating housing and extending downward a predetermined length;
A lamp support member formed at a lower end of the elevating rod and configured to support a sterilization lamp for irradiating ultraviolet light for sterilization into the shoe;
It is provided on the lamp support member to prevent the sterilization lamp is in contact with the shoe and pressurized, extending downward from the lamp support member and having an inner space, and is supported to be pulled out and retractable to the auxiliary housing, The sterilizing lamp is formed to extend downwardly from the withdrawal rod and the withdrawal rod mounted on the lower end, and the lower end is formed to be located relatively lower than the lower end of the sterilizing lamp, the relative lower than the sterilizing lamp when the lifting unit descends. First, the contact rod is formed in contact with the shoe, and is installed inside the auxiliary housing to elastically bias the pull-out rod to be pulled out downward, and when the contact rod is in contact with the shoe so that the sterilization lamp is not lowered It characterized in that it comprises a shock absorbing portion including a second elastic member to be Shoe rack with drying function to gong.

Images