KR20200068111A - Smart shoe management system with deodorant injection and drying function - Google Patents

Abstract

The present invention relates to a smart shoe management system with deodorant injection and drying functions, comprising: a shoe closet body having a diffusion space connected through an inlet line, and formed at the upper inner side of a space formed by each shelf, a plurality of first vents distributed in the diffusion space so as to face downward, and an exhaust port provided in the space formed by each shelf and a storage space; a plurality of holders vertically provided in the storage space so as to hold shoes and having second vents for blowing air to the inside of the held shoes; a first humidity sensor and a first odor sensor respectively provided for each space formed by each shelf; a second humidity sensor and a second odor sensor respectively provided for each holder; a holding detection sensor provided for each holder and detecting a shoe held in the holder; a controller receiving detection signals from the first and second humidity sensors, the first and second odor sensors, and the holding detection sensor, and performing control for maintaining predetermined humidity and removing odors; a blower selectively performing air blowing for each of the first and second air vents under control of the controller; a heater for heating the blown air of the blower under control of the controller; a first ultraviolet irradiation unit provided for each space formed by each shelf so as to operate in response to a control signal from the controller; a second ultraviolet irradiation unit provided for each holder so as to operate in response to a control signal from the controller; and a deodorant supply unit which atomizes a liquid deodorant stored in a deodorant storage tank by a deodorant atomizer and supplies the same to the second vent through a deodorant supply line in response to a control signal from the controller.

Description

Smart shoe management system with deodorant injection and drying function

The present invention relates to a smart shoe management system having a deodorant injection and drying function, and more specifically, to detect the mounting of a shoe so that spraying of the deodorant to the shoe is made to enable the use of comfortable shoes, and within a shoe cabinet. The present invention relates to a smart shoe management system having a deodorant injection and drying function to automatically and efficiently dry, sterilize, and deodorize shoes.

In general, shoes have different conditions depending on conditions such as the wearer's activity area, activity type, wearer's foot health condition, and climate used, but as they are used, moisture and odor are generated therein.

Such shoes are usually stored in a shoe cabinet, which has been used only as a storage cabinet limited to storage of other items in addition to the purpose of storing shoes. So, most of the shoe racks are made up of spaces for storing shoes and spaces for storing other items, so if you re-wear shoes without going through a separate drying and sterilization process, you may feel uncomfortable, and in case of rain To dry the wet shoes by wearing them, natural drying is performed in a separate shaded place, causing a lot of time and inconvenience in drying, and further deforming the shoes.

In addition, for long-term storage of shoes in the shoe rack, to prevent germ propagation and circular deformation that may occur due to moisture inside the shoe rack, a separate moisture inhibitor, newspaper, green tea leaves, coffee powder, etc., are used inside the shoe rack for deodorization. There was a hassle to keep together. In addition, by re-wearing unsterilized shoes, not only the occurrence of bacterial foot diseases such as athlete's foot, but also the treatment takes a long time, as well as the problem of spreading foot diseases such as athlete's foot to people around I had.

In order to solve this problem, as a conventional technique, Korean Patent Publication No. 2003-0067086, “Sterilized Drying Shoe Rack Using Ultraviolet Lamp and Hot Air Fan,” has been suggested, which opens the door in sterile dry shoe rack using UV lamp and hot air fan. Detecting the closing and detecting that the shoe has entered using a proximity sensor, humidity sensor, and heat sensor, sterilizing and drying using a UV lamp and a hot air fan, and maintaining the temperature and humidity inside the shoe cabinet to a certain level Was made.

However, such a conventional technique does not propose a configuration for increasing the sterilization and drying efficiency in the shoe cabinet, and thus does not fundamentally solve the above problems, and it is necessary to improve it because convenience and utility for use are not considered at all. There was.

In addition, the prior art does not have a direct deodorization treatment for the shoes, causing the user to have to perform a separate deodorization treatment.

In order to solve the problems of the prior art as described above, the present invention enables the use of comfortable shoes by automatically detecting the mounting of the shoes and spraying the deodorant to the shoes, depending on the condition of the shoes in the shoe cabinet The goal is to ensure that drying, sterilization, and deodorization of shoes are automatic and efficient, thereby enabling comfortable use of shoes, as well as preventing the induction and transmission of foot diseases such as athlete's foot due to the use of hygienic shoes. have.

In addition, the present invention has an object to provide a convenient life by reducing the time and effort required for the management of shoes, while maintaining excellent cleanliness in the shoe cabinet, and by easily controlling and monitoring the management state of these shoes from the outside.

Other objects of the present invention will be easily understood through the description of the following examples.

In order to achieve the above object, according to an aspect of the present invention, a multi-stage shelf and a storage space which are opened and closed by a door are provided, and diffusion connected through an inflow line inside the upper space of each space occupied by the shelves A shoe cabinet main body in which a space is formed, a plurality of first blowers distributed in a downward direction to the diffusion space are formed, and an exhaust port is provided in the space occupied by each shelf and the storage space; Mounting a plurality of upper and lower installed in the storage space so that each of the shoes are mounted, and a second air outlet for blowing air inside the mounted shoe is provided; A first humidity sensor and a first odor sensor installed in each space occupied by each shelf; A second humidity sensor and a second odor sensor installed on each of the cradles; A mounting detection sensor that is installed in each of the cradles and detects shoes mounted on the cradle; A control unit that receives a detection signal from the first and second humidity sensors, the first and second odor sensors, and the deferment sensor and performs control for maintaining a predetermined humidity and removing odor; A blower for selectively blowing each of the first and second blowers under the control of the control unit; A heater that heats the blowing air of the blower under control of the control unit; A first ultraviolet irradiation unit installed in each space occupied by each shelf to operate according to a control signal of the control unit; A second ultraviolet irradiation unit installed for each cradle to operate according to a control signal of the control unit; And a deodorant supply unit for atomizing the liquid deodorant stored in the deodorant storage tank by the deodorant atomizer and supplying it to the second tuyere side through the deodorant supply line according to the control signal of the control unit. Smart shoe management system having a.

The cradle is provided so that a pair of hooks extend vertically so that each shoe is caught, and a plurality of the second tuyeres are formed along the upper and upper circumferences of each of the hooks, by connecting the bottoms of the hooks to each other A duct connection part fixed to the inner surface of the storage space is provided so as to receive the blowing force to be supplied to the second tuyere, the second ultraviolet irradiation part is provided in each vertical part of the engaging part, and the engaging part is caught in the engaging part. In order to block the entrance and exit of the shoe, a blocking rib made of a material having resilience may be provided side by side in a number along the longitudinal direction on the outer surface of the engaging portion.

The first ultraviolet irradiation unit may be formed in a ring shape to be positioned around the entire first tuyere.

The control unit further includes a wireless communication module to perform wireless communication with an external terminal, and the control unit provides operation status information to the terminal through the wireless communication module, and corresponds to a control signal provided from the terminal. The blower, the heater, the first and second ultraviolet irradiation units, and the deodorant supply unit may be respectively controlled to perform an operation.

According to the smart shoe management system having a deodorant injection and drying function according to the present invention, it is possible to use comfortable shoes by automatically detecting the mounting of the shoes and spraying the deodorant to the shoes, so that the state of the shoes in the shoe cabinet In accordance with this, drying, sterilization and deodorization of shoes can be made automatically and efficiently, thereby enabling comfortable use of shoes, as well as preventing the induction and transmission of foot diseases such as athlete's foot due to the use of hygienic shoes. It is possible to provide a convenient life by reducing the time and effort required for the management of shoes while maintaining excellent cleanliness inside the shoe cabinet, and by easily controlling and monitoring the management status of these shoes from the outside. Can be.

1 is a perspective view showing a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention.
Figure 2 is a block diagram showing a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention.
3 is a front view showing a shelf of a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention.
4 is a perspective view showing a cradle of a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention.

The present invention can be variously changed, and may have various embodiments, and specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to specific embodiments, and should be understood as including all modifications, equivalents, and substitutes included in the technical spirit and scope of the present invention, and to be modified in various other forms. May be, the scope of the present invention is not limited to the following examples.

Hereinafter, exemplary embodiments according to the present invention will be described in detail with reference to the accompanying drawings, and the same reference numerals will be assigned to the same or corresponding components regardless of reference numerals, and redundant description thereof will be omitted.

1 is a perspective view showing a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention, Figure 2 is a smart shoe management system having a deodorant injection and drying function according to an embodiment of the present invention It is a schematic diagram showing.

1 and 2, a smart shoe management system 100 having a deodorant injection and drying function according to an embodiment of the present invention includes a shoe cabinet body 110, a cradle 120, and a first humidity sensor 131. And a first odor sensor 141, a second humidity sensor 132 and a second odor sensor 142, a mounting detection sensor 220, a control unit 150, a blower 160, a heater 170, a first and It may include a second ultraviolet irradiation unit (180 190), and a deodorant supply unit 230.

1 to 3, the shoe cabinet body 110 is provided with a multi-stage shelf 111 and a storage space 112 that are opened and closed by a door 118, and the upper side of the space occupied by each of the shelves 111 In the diffusion line 115 connected to the inflow line 114 is formed, the first blower 113 which is distributed in a plurality to the downward direction is formed in the diffusion space 115, each of the shelves 111 is occupied Exhaust ports 116 and 117 are provided in the space and the storage space 112. The shoe cabinet body 110 accommodates devices constituting the smart shoe management system 100 having a deodorant injection and drying function according to the present invention, for example, a control unit 150, a blower 160, and a heater 170, etc. It can be configured as possible.

Referring to Figures 1 and 4, the cradle 120 is installed in a plurality of up and down in the storage space 112, so that each shoe is mounted, a second tuyere 123 for blowing inside the mounted shoe is provided.

The cradle 120 may be provided so that a pair of engaging portions 121 extend vertically so that each shoe is caught, and a plurality of second tuyeres 123 along the upper and upper circumferences of each of the engaging portions 121 may be provided. It can be formed, by connecting the lower end of the engaging portion 121 to each other to be provided with a duct connecting portion 122 fixed to the inner surface of the storage space 112 to receive the blowing force to be supplied to the second tuyere 123 And, by providing a second ultraviolet irradiation unit 190 in each vertical portion of the engaging portion 121, it is possible to be irradiated with ultraviolet rays to the inside of the shoes caught in the engaging portion 121.

In order to block the entrance and exit of the shoes caught in the engaging portion 121, the holder 120 has blocking elements 124 and 125 made of a material having resilience, such as rubber or synthetic resin material having resilience to bending, of the engaging portion 121. On the outer surface may be provided side by side in a number along the longitudinal direction. Therefore, as in the present embodiment, the blocking ribs 124 and 125 are made of a material having resilience so that they can be detachably inserted into the doorway side of the shoe, so that each doorway for each shoe having a different depth or shape can be blocked to some extent. A large number, for example, the first blocking rib 124 and the second blocking rib 125 are arranged side by side, and are provided obliquely, for example, in an elliptical shape, to correspond to the shape and posture of the shoe, thereby preventing the locking portion 121 from By delaying the outflow of warm air or deodorant supplied into the shoe, the sterilization and deodorizing effect on the shoe can be excellent.

1 to 4, the first humidity sensor 131 and the first odor sensor 141 are respectively installed in each space occupied by the shelf 111, thereby measuring humidity and odor, respectively, and controlling them as a detection signal ( 150). Here, the first odor sensor 141 may be a sensor that detects a component corresponding to the odor, such as ammonia.

The second humidity sensor 132 and the second odor sensor 142 are installed on each of the cradles 120 to measure humidity and odor inside the shoe caught in the engaging portion 121, respectively, to the control unit 150 as a detection signal. Output it. Here, the second odor sensor 142 may be a sensor that detects a component corresponding to the odor, such as ammonia.

Mounting detection sensor 220 is installed for each of the cradle 120, to detect the shoes mounted on the cradle 120, for example, is installed on the top of the locking portion 121 is detected by pressing or touching when the shoe is mounted Various switches or sensors in a mechanical or optical way to output a signal can be used.

The control unit 150 receives the detection signals from the first and second humidity sensors 131 and 132, the first and second odor sensors 141 and 142, and the mounting sensor 220, respectively, and controls for maintaining the specified humidity and removing odor That is, to control the blower 160, the heater 170, the first and second ultraviolet irradiation units 180, 190, and the deodorant supply unit 230. Here, the control unit 150 may perform control of the control valve 162, which will be described later, to control the blower 160 and the heater 170 and blow the air to a predetermined position in order to maintain a predetermined humidity. When the odor exceeds a predetermined value, the control unit 150 first and second ultraviolet irradiation units to irradiate ultraviolet rays to the corresponding shoes in order to remove odors from shoes corresponding to the corresponding space or shoes corresponding thereto ( 180,190), and further, the blower 160 and the heater 170 may be controlled together to supply warm air to corresponding shoes. In addition, when the control unit 150 detects the shoes for the cradle 120 by the cradle detection sensor 220, the controller 150 is in the cradle 120 for a predetermined time, for example, 5 to 20 seconds, by the control of the deodorant supply unit 230. Deodorant may be controlled to be sprayed on the mounted shoe.

The control unit 150 receives a detection signal from a temperature sensor or various other environmental sensor not shown, and blowers 160, a heater 170, and first and The second ultraviolet irradiation units 180 and 190 may be controlled, and power supplied from the outside may be controlled to be supplied as power required for operation.

The blower 160 selectively performs blowing for each of the first and second blowers 113 and 123 under the control of the controller 150. The air supplied from the blower 160 is connected to each of the inflow lines 114 for supply to the first tuyere 113 through the supply duct 161, and the duct connection for supplying to the second tuyere 123 ( 122) can be connected to each. A control valve 162, which is controlled by the control unit 150, is installed at a branch end branched to be connected to each of the inlet line 114 and the duct connecting portion 122 in the supply duct 161. Can be.

The heater 170 is configured to heat the blowing air of the blower 160 under the control of the control unit 150, and may be installed on the supply duct 161, and an overheating prevention device may be installed. The heater 170 may be a heating device that converts electric energy supplied from the outside into thermal energy.

The first ultraviolet irradiation unit 180 is installed in each space occupied by each of the shelves 111 to operate according to a control signal from the control unit 150. The first ultraviolet irradiation unit 180 may be formed in a ring shape to be positioned around the entire first tuyere 113. Therefore, ultraviolet rays can be effectively irradiated to the inside of the shoe located on the shelf 111 by the first ultraviolet irradiation unit 180 in the form of a ring.

The second ultraviolet irradiation unit 190 is installed for each of the cradles 120 to operate according to the control signal of the control unit 150, thereby allowing ultraviolet rays to be effectively irradiated inside the shoe mounted on the cradle 120.

The smart shoe management system 100 having a deodorant injection and drying function according to an embodiment of the present invention further includes a wireless communication module 211 so that the control unit 150 performs wireless communication with the external terminal 10. In addition, further, an operation unit 212 for inputting a user's operation signal to the control unit 150, a memory unit 213 for storing various data and programs necessary for operation, and an operation state and data are displayed externally. The display unit 214 may be further included. The control unit 150 may perform control to perform a corresponding operation according to an operation signal of the operation unit 212, and may control the display unit 214 to display an operation state or required data according to a predetermined method. .

The control unit 150 provides operation status information to the terminal 10 through the wireless communication module 211, receives a control signal from the terminal 10, and blowers 160 to perform an operation corresponding to the control signal , Heater 170, first and second ultraviolet irradiation units 180 and 190, and deodorant supply unit 230, respectively. Here, the terminal 10 performs a function required by the present invention by installing and driving an application or a program, and various information processing and communication devices such as a smart phone or a tablet PC or a PC or laptop to perform wireless communication. Can be used.

The deodorant supply unit 230 atomizes the liquid deodorant stored in the deodorant storage tank 231 by the deodorant atomizer 232 according to the control signal of the control unit 150, and then performs the second deodorant supply line 233 through the deodorant supply line 233. It is to be supplied to the tuyere 123 side. Here, the deodorant atomizer 232 may be, for example, an ultrasonic vibrator to atomize the liquid deodorant supplied from the deodorant storage tank 231 by its own weight. On the other hand, the deodorant supply unit 230 is interlocked with the control valve 162 of the blower 160 and the second blower 123 side under the control of the control unit 150, so that the corresponding deodorant is blown into the shoe. Can be supplied. The deodorant is a liquid substance having a sterilizing function as well as removing odors remaining in the shoe, and there is no limitation in its type, as long as it is a composition and a state in which atomization is easy. In addition, the deodorant storage tank 231 is stored in the shoe cabinet body 110, may be configured to fill the deodorant by opening and closing the stopper.

The operation of the smart shoe management system having the function of injecting and drying the deodorant according to the present invention will be described.

The control unit 150 receives the detection signals of the first and second humidity sensors 131 and 132 and the first and second odor sensors 141 and 142, respectively, for each of the spaces or the cradles 120 that the shelf 111 occupies. When the measured humidity is equal to or greater than the set humidity, it is determined that excessive moisture is contained in the shoes accommodated in the space occupied by the shelf 111 or the shoes mounted on the cradle 120, and the heater 170 is driven together with the driving of the blower 160. Drive, and control the air heated by the opening of each of the control valves 162 at the corresponding position to be blown to the space or the cradle 120 occupied by the corresponding shelf 111 so that the corresponding shoes are dried. do. At this time, the first tuyere 113 is to provide a warm air in the shower method for the shoes, so that the warm air is sprayed in a plurality of flows downward from the upper portion of the space occupied by the shelf 111, thereby the shelf 111 of the Even if the position of the shoes on the upper surface is different each time, the drying efficiency of the shoes is always maintained to be high. In addition, the second tuyere 123 provides warm air to the inside of the shoe preferentially, so that the hot air is provided individually and intensively in the shoe, thereby increasing the drying efficiency of the shoe.

On the other hand, the warm air supplied to the shoe cabinet body 110 may be circulated and discharged through the exhaust ports 116 and 117. Such a discharge method may be performed in a natural manner, or may be made in a forced manner using a separate blower as needed.

In addition, when the odor measured for each of the spaces occupied by the shelves 111 or each of the cradles 120 is greater than or equal to a set value, the controller 150 is mounted on the shoes or cradles 120 accommodated in the space occupied by the shelves 111. It is determined that the shoes contain excessive odor or harmful substances, and the first or second ultraviolet irradiation units 180 and 190 at the corresponding position are operated to sterilize the space occupied by the shelf 111 or the side of the cradle 120. At this time, the first ultraviolet irradiation unit 180 is made of a ring shape to irradiate ultraviolet rays downward to increase the sterilization efficiency by introducing a large amount of ultraviolet rays into the shoe opening on the shelf 111. In addition, the second ultraviolet irradiation unit 190 by irradiating ultraviolet rays from the engaging portion 121 in the state in which the engaging portion 121 is put into the shoe, so that the ultraviolet light is evenly irradiated throughout the shoe to increase the sterilization efficiency. . On the other hand, if it is determined that the odor of the shoe is excessive, the controller 150 performs control of the blower 160, the control valve 162, and the heater 170 together to supply the warm air with ultraviolet irradiation to the shoe. can do.

In addition, when the control unit 150 detects that the shoe is mounted on the cradle 120 from the cradle detection sensor 220, the liquid deodorant supplied from the deodorant storage tank 231 by driving to the deodorant atomizer 232 Is supplied through the deodorant supply line 233 to the side of the second tuyere 123 located on the cradle 120 where the shoe is detected as being mounted. At this time, the control unit 150 maintains a state in which the control valve 162 is opened so that the blowing is performed by driving the blower 160 toward the corresponding second tuyere 123, thereby controlling the blowing force of the blower 160. The atomized deodorant may be sprayed entirely into the shoe through each of the second tuyeres 123. Meanwhile, the control unit 150 may control the deodorant spraying time for these shoes to be performed for a predetermined time, for example, 5 to 20 seconds.

As described above, according to the present invention, it is possible to use comfortable shoes by automatically detecting the mounting of shoes and spraying a deodorant to the shoes, and drying, sterilizing and deodorizing shoes according to the condition of the shoes in the shoe cabinet It can be made automatically and efficiently, thereby enabling the use of comfortable shoes, as well as preventing the induction and transmission of foot diseases such as athlete's foot due to the use of hygienic shoes.

In addition, according to the present invention, it is possible to reduce the time and effort required for the management of the shoe while maintaining the cleanliness of the interior of the shoe cabinet, and by easily controlling and monitoring the management state of the shoe from the outside, a convenient life Can provide.

Although the present invention has been described with reference to the accompanying drawings, various modifications and variations can be made without departing from the technical spirit of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined not only by the claims described below, but also by the claims and equivalents.

10: terminal 110: shoe cabinet body
111: shelf 112: storage space
113: 1st air outlet 114: inlet line
115: diffusion space 116,117: exhaust
118: door 120: holder
121: engaging portion 122: duct connection
123: second air outlet 124: first blocking rib
125: second blocking rib 131: first humidity sensor
132: 2nd humidity sensor 141: 1st odor sensor
142: second odor sensor 150: control unit
160: blower 161: supply duct
162: control valve 170: heater
180: first ultraviolet irradiation unit 190: second ultraviolet irradiation unit
211: wireless communication module 212: operation unit
213: memory unit 214: display unit
220: mounting detection sensor 230: deodorant supply unit
231: Deodorant storage tank 232: Deodorant atomizer
233: Deodorant supply line

Claims (4)

A multi-stage shelf and a storage space that are opened and closed by a door are provided, and a diffusion space connected through an inflow line is formed inside the space occupied by each of the shelves, and a plurality of agents distributed downward to the diffusion space are formed. A shoe cabinet body in which one air outlet is formed and an exhaust port is provided in the space occupied by each of the shelves and the storage space;
A plurality of upper and lower shoes installed in the storage space so that the shoes are mounted, and a second air outlet for blowing air inside the mounted shoes is provided;
A first humidity sensor and a first odor sensor installed in each space occupied by each shelf;
A second humidity sensor and a second odor sensor installed on each of the cradles;
A mounting detection sensor that is installed for each of the cradles and detects shoes mounted on the cradle;
A control unit that receives a detection signal from the first and second humidity sensors, the first and second odor sensors, and the deferment sensor and performs control for maintaining a predetermined humidity and removing odor;
A blower for selectively blowing each of the first and second blowers under the control of the control unit;
A heater that heats the blowing air of the blower under control of the control unit;
A first ultraviolet irradiation unit installed in each space occupied by each shelf to operate according to a control signal of the control unit;
A second ultraviolet irradiation unit installed for each cradle to operate according to a control signal of the control unit; And
A deodorant supply unit for atomizing the liquid deodorant stored in the deodorant storage tank by the deodorant atomizer according to the control signal of the control unit and supplying the deodorant supply line to the second vent through the deodorant supply line;
Including, smart shoe management system having a deodorant injection and drying function. The method according to claim 1,
The cradle,
A pair of engaging portions are provided to extend up and down so that each of the shoes is caught, and a plurality of the second vents are formed along the upper and upper circumferences of each of the engaging portions. A duct connection part fixed to the inner surface of the storage space is provided so as to receive the blowing force for supply to the supply, the second ultraviolet irradiation part is provided in each vertical portion of the locking part, and the doorway of the shoe caught in the locking part is provided. In order to block, a smart shoe management system having a deodorant injection and drying function is provided with a blocking rib made of a material having resilience in parallel along the length direction on the outer surface of the engaging portion. The method according to claim 1,
The first ultraviolet irradiation unit,
A smart shoe management system having a deodorant injection and drying function, which is formed in a ring shape to be located around the entire first tuyere. The method according to claim 1,
The control unit further includes a wireless communication module to perform wireless communication with an external terminal,
The control unit,
The blower, the heater, the first and second ultraviolet irradiation units, and the deodorant supply unit to provide operation status information to the terminal through the wireless communication module and perform an operation corresponding to a control signal provided from the terminal Smart shoe management system with deodorant injection and drying functions, each controlled.

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