KR102535389B1 - A shoe sterilizer and a system for safety and sterilization including thereof - Google Patents

Abstract

The present invention measures the body temperature of the user, disinfects the hands, and also disinfects the sole of the shoe to prevent the inflow of infected persons and harmful bacteria, and sterilizes the shoe using ultraviolet rays and vacuums the foreign matter on the shoe, It has an optimized structure that can maximize these functions, and relates to a shoe disinfection device that can minimize exposure to ultraviolet rays harmful to the eyes, and a safety disinfection system including the same.
The shoe disinfection device according to the present invention includes a shoe seating portion including a flat plate made of a material that can transmit ultraviolet rays and anti-slip protrusions disposed in parallel at regular intervals on the flat plate and protruding from the flat plate; a case including an upper cover in which the shoe seating portion is horizontally built in, spaced apart from an upper surface of the shoe seating portion, and through which shoes pass to form a shoe passage; an ultraviolet lamp mounted on a lower end of the case to emit ultraviolet rays toward the shoe seating portion; and a suction unit mounted on the side surface of the case in a direction in which the non-slip protrusion is disposed so as to be seated on the shoe seating portion and to suck foreign substances from the shoe spaced apart from the flat plate by the non-slip protrusion.

Description

Shoe disinfection device and safety disinfection system including it {A SHOE STERILIZER AND A SYSTEM FOR SAFETY AND STERILIZATION INCLUDING THEREOF}

The present invention relates to a shoe disinfection device and a safety disinfection system including the same, and more specifically, measures a user's body temperature, disinfects hands, and also disinfects the sole of a shoe, thereby preventing the inflow of infected persons and harmful bacteria, and UV rays. Shoe sterilization using shoe sterilization and vacuum suction of foreign substances attached to the shoe, but having an optimized structure that can maximize these functions and minimizing the exposure of harmful ultraviolet rays to the eyes, and safety disinfection including the same It's about the system.

In order to prevent the spread of infectious diseases such as COVID-19, body temperature is measured at the entrance of each building while checking the identity of the person entering the building. Among these tasks, identity verification is performed by handwriting by the person entering or using QR code check-in, and recently, a facial recognition device is also being used. In addition, a body temperature measuring device, an infrared measuring device, and the like are used to measure body temperature, and recently, a product that simultaneously measures body temperature and recognizes a face has been released.

On the other hand, countries around the world are emphasizing the importance of hand hygiene to prevent the spread of infectious diseases, and alcohol hand sanitizers can quickly destroy many pathogens with the action of alcohol without using water or towels, and are effective against coronaviruses such as SARS and MERS. It is also effective for activation. Therefore, both the government and the private sector are fully committed to the supply and regular deployment of hand sanitizer or hand sanitizer in response to the COVID-19 emergency. For hand disinfection, spray-type hand sanitizers are most commonly provided and used, but upper spray-type hand sanitizers and automatic spray-type hand sanitizers have also been developed and used.

In addition, for the above-mentioned face recognition, fever check, and whole body disinfection, a stand-type product equipped with a device capable of implementing these functions is also being released. In addition, a company called 'Everymedi' is launching a product that can monitor the body temperature of visitors in real time with a facial recognition body temperature detection function in addition to facial recognition, temperature check, and hand disinfection functions, and even has a filtering function for whether or not a mask is worn.

Although all efforts are being made in quarantine, visitors' shoes are not currently disinfected, so there is concern about the inflow of infectious bacteria such as coronavirus on shoes, but complete quarantine measures are still in place for disinfection of shoes. not becoming

Republic of Korea Patent Registration No. 10-1428802 (2014.08.04)

The present invention was created to solve the above problems, and an object of the present invention is to disinfect shoes that can prevent the inflow of infected persons and harmful bacteria by measuring the user's body temperature, disinfecting hands, and disinfecting the bottom surface of shoes. To provide a device and a safety disinfection system including the device.

Another object of the present invention is to provide a shoe disinfection device having an optimized structure capable of sterilizing shoes using ultraviolet rays and vacuuming foreign substances on shoes, but maximizing these functions, and a safety disinfection system including the same. .

Another object of the present invention is to provide a shoe disinfection device and a safety disinfection system including the same that can minimize the exposure of harmful ultraviolet rays to the eyes.

According to a feature of the present invention for achieving the above object, the present invention relates to a shoe disinfection device, which is arranged in parallel with a flat plate made of a material capable of transmitting ultraviolet rays at regular intervals on the flat plate A shoe seating portion including a non-slip protrusion protruding from the flat plate; a case including an upper cover in which the shoe seating portion is horizontally built in, spaced apart from an upper surface of the shoe seating portion, and through which shoes pass to form a shoe passage; an ultraviolet lamp mounted on a lower end of the case to emit ultraviolet rays toward the shoe seating portion; and a suction unit mounted on the side surface of the case in a direction in which the non-slip protrusion is disposed so as to be seated on the shoe seating portion and to suck foreign substances from the shoe spaced apart from the flat plate by the non-slip protrusion.

In addition, the shoe seating unit or case may include a sensor for detecting the seating of the shoe on the shoe seating unit, and a control unit for controlling the operation of the UV lamp and the suction unit through detection by the sensor.

In addition, a radiation shade inclined toward the bottom surface of the shoe seated in the shoe seating portion may be mounted on the case to minimize exposure of ultraviolet rays emitted from the UV lamp to the outside through the shoe passage.

In addition, the non-slip protrusion may be disposed only at a portion corresponding to the shoe passage, and a flat side wall may be disposed extending along the longitudinal direction of the non-slip protrusion and contacting the upper cover.

On the other hand, according to the features of the present invention for achieving the above object, the safety disinfection system including the shoe disinfection device described above includes a body temperature measurement unit for recognizing a user and measuring the user's body temperature; a hand disinfection unit disposed below the body temperature measurement unit and spraying a disinfectant solution to the user's hands to disinfect the user's hands; A shoe disinfection device disposed in a position in front of the hand disinfection unit where body temperature measurement and hand disinfection are possible; and a control unit controlling the operation of the body temperature measurement unit, the hand disinfection unit, and the shoe disinfection device according to the user's approach.

According to the present invention, since the inflow of infected persons and harmful bacteria can be prevented by measuring the body temperature of the user, disinfecting the hands, and disinfecting the sole of the shoes, the entry of the infected person and the inflow of harmful bacteria can be comprehensively managed. there is.

In addition, according to the present invention, while sterilization of shoes using ultraviolet rays and vacuum suction of foreign substances on shoes are possible, the inflow of harmful bacteria on shoes can be blocked by having an optimized structure that can maximize these functions.

In addition, according to the present invention, since leakage of ultraviolet rays harmful to the eyes can be minimized, damage due to leakage of ultraviolet rays can be minimized.

1 is a perspective view showing the configuration of a safety disinfection system according to the present invention;
Figure 2 is a partial cutaway perspective view showing the configuration of a shoe disinfection device according to an embodiment of the present invention;
3 is a cross-sectional view taken along the line A-A' of FIG. 2;
Figure 4 is a cross-sectional view showing the operation of the shoe disinfection device according to this embodiment;
5 and 6 are partially cutaway perspective views showing the configuration of a shoe disinfection device according to another embodiment of the present invention.

Hereinafter, the structure of a shoe disinfection device according to the present invention and a safety disinfection system including the same will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the configuration of a safety disinfection system according to the present invention, Figure 2 is a partially cut perspective view showing the configuration of a shoe disinfection device according to an embodiment of the present invention, Figure 3 is A- A cross-sectional view along line A', and Figure 4 is a cross-sectional view showing the operation of the shoe disinfection device according to this embodiment.

As shown, the safety disinfection system according to the present invention includes a body temperature measurement unit 100, a hand disinfection unit 200, a shoe disinfection device 300, and a control unit (not shown).

The body temperature measuring unit 100 recognizes the user, measures and displays the user's body temperature, and a body temperature measurement device such as an infrared camera may be used. In addition, the body temperature measuring unit 100 may additionally include a system for recognizing the user's face in addition to measuring the body temperature. In this way, a registered user can be identified, and the user's body temperature can be measured and managed.

The hand disinfection unit 200 is a device that is disposed at the lower end of the body temperature measurement unit 100 and sprays a disinfectant solution to the user's hand to disinfect the user's hand. When the user's hand is inserted into the disinfection room 210 Spray disinfectant solution on The hand disinfection unit 200 may further include a sensor that detects the entry of a user's hand, and may further include a dryer that blows hot air for drying after spraying the disinfectant solution.

The shoe disinfection device 300 is disposed at the front lower end of the hand disinfection unit 200, and is a device that disinfects the user's shoes when the user stands on the shoe disinfection device 300. At this time, when the user stands on the shoe disinfection device 300, it is preferable that the shoe disinfection device 300 is disposed at a position where body temperature measurement in the body temperature measurement unit 100 and hand disinfection by the hand disinfection unit 200 are possible. do. The detailed configuration of the shoe disinfection device 300 will be described below.

In addition, the control unit controls the operation of the body temperature measurement unit 100, the hand disinfection unit 200, and the shoe disinfection device 300 according to the user's approach, and measures the user's body temperature when approaching a location where the body temperature can be measured. In addition, when the user's hand enters the disinfection room 210 of the hand disinfection unit 200, the disinfectant is sprayed, and when the shoe disinfection device 300 is stepped on, each component is controlled to disinfect the shoes.

Meanwhile, as shown in FIGS. 2 to 4 , the shoe disinfection device 300 includes a shoe seating portion 310, a case 320, an ultraviolet lamp 330, and a suction portion 340.

The shoe seating portion 310 is a configuration in which the user climbs up while wearing shoes, and is composed of a flat plate 311 and a non-slip protrusion 312. The flat plate 311 is made of a material that can transmit ultraviolet rays, and the anti-slip protrusions 312 are arranged in parallel at regular intervals on the flat plate 311 and protrude from the flat plate 311. . The non-slip protrusion 312 is to prevent slipping when the user stands on the flat plate 311, and is made of a material to prevent slipping, but is mounted on the flat plate 311 so that a lot of ultraviolet rays can pass through. The smaller the area, the better.

And in this embodiment, the non-slip protrusion 312 is provided to protrude on the flat plate 311, which is so that when the user steps on the non-slip protrusion 312, the bottom surface of the shoe is spaced apart from the flat plate 311 and has a gap. is to do

In addition, the non-slip protrusions 312 are arranged in parallel at regular intervals. This is to ensure that the non-slip protrusions 312 serve as a suction passage when suction is performed by the suction unit 340 to be described below.

In order to maximize the role of the suction passage, the non-slip protrusion 312 is disposed only in a portion corresponding to the shoe passage 321a, as shown in FIG. 5, and the remaining space in the longitudinal direction of the non-slip protrusion 312 A flat side wall 313 in contact with the upper cover 321 may be disposed. A suction passage is formed from the shoe seated on the shoe seat 310 to the suction unit 340 by the side wall 313, so that foreign substances attached to the shoe can be more smoothly sucked in.

The case 320 is configured in a box shape composed of an upper cover 321, a lower cover 322, and a side cover 323, and the shoe seating portion 310 is between the lower cover 322 and the upper cover 321. embedded horizontally in A shoe passage 321a through which shoes can pass is formed in the upper cover 321 . This is not only a passage through which shoes can enter the shoe mounting portion 310 built in the case 320, but also serves to shield the shoes to be sterilized by ultraviolet rays from the outside.

The ultraviolet lamp 330 is mounted on the lower end of the case 320, that is, the lower cover 322 to emit ultraviolet rays toward the shoe mounting portion 310. The ultraviolet lamp may be composed of a UVA-LED or a UVC-LED.

In addition, in order to minimize leakage of emitted ultraviolet rays to the outside, the ultraviolet lamp 330 is inclined toward the bottom surface of the shoe. That is, a first radiation shade 331 disposed in an oblique direction is installed on the lower cover 322, and an ultraviolet lamp 330 is mounted on the first radiation shade 331 so as to face the bottom surface of the shoe. .

At this time, the first radiation shade 331 extends in an oblique direction so as to guide concentrated illumination of the ultraviolet lamp 330 to a specific location.

In addition, as shown in FIG. 6 , the UV lamp 330 is also installed on the lower surface of the upper cover 321 of the case 320 to sterilize the side and upper surfaces of the shoe. In this case, in order to minimize leakage to the outside while the ultraviolet rays are intensively illuminated, a second radiation shade 332 is installed to face the side and upper surface of the shoe, and the ultraviolet lamp 330 is installed inside the second radiation shade 332 is mounted

On the other hand, the shoe mounting portion 310 or the case 320 is provided with a sensor for detecting the seating of the shoe on the shoe mounting portion 310, and the UV lamp 330 and the suction unit are detected by the sensor. A controller (not shown) for controlling the operation of 340 may be further provided.

Next, the operation of the shoe disinfection device and the safety disinfection system including the same according to the present invention will be described.

When a user approaches, the control unit measures the user's body temperature in the body temperature measuring unit 100 . At this time, if the user's body temperature exceeds the threshold body temperature, for example, 37.5° C., the control unit may additionally take measures to limit the user's entry beyond the normal range. For example, an alarm sound or warning display may be displayed, a manager may be notified, or information of an identified user may be added.

In addition, when the user inserts the hand into the disinfection room 210 of the hand disinfection unit 200 to disinfect the hand, the hand disinfection unit 200 sprays a disinfectant solution to the hand.

In addition, when the user is located for hand disinfection, that is, when the user stops at a good position to insert his hand into the disinfection chamber 210, the user's feet are placed on the shoe disinfection device 300. That is, when arranging the positions of the hand disinfection unit 200 and the shoe disinfection device 300 at such a distance to disinfect hands, the user naturally stands on the shoe disinfection device 300.

When shoes enter the shoe passage 321a of the upper cover 321 in the shoe disinfection device 300 and stand on the flat plate 311, more precisely, when they stand on the anti-slip protrusion 312 protruding on the flat plate 311 , the user can stably maintain an upright posture while preventing slipping. In this state, while the user is disinfecting his hands in the hand disinfection unit 200, the suction unit 340 operates to suck in foreign substances on the sole of the shoe, and the ultraviolet lamp 330 is turned on to clean the sole of the shoe. Initiate sterilization. At this time, in the modified example of the present invention, the UV lamp 330 is also mounted on the lower surface of the upper cover 321 to sterilize the side and upper surface of the shoe.

In addition, the UV lamp 330 is focused only on the shoe in a state where leakage to the outside is minimized by the first and second radiation shades 331 and 332 that are inclined toward the shoe and limit the radiation angle of the UV lamp 330. will be illuminated by Through this action, foreign substances are removed and sterilized within about 3 to 5 seconds of standing on the shoe disinfection device 300 and disinfecting hands, so that the user does not have to spend a separate time to disinfect the shoes, and the infectious bacteria caused by the user's shoes inflow can be prevented.

The rights of the present invention are defined by what is described in the claims, not limited to the embodiments described above, and that those skilled in the art can make various modifications and adaptations within the scope of rights described in the claims. It is self-evident.

100: body temperature measuring unit
200: hand disinfection unit 210: disinfection room
300: shoe disinfection device
310: shoe mounting portion 311: flat plate
312: non-slip protrusion 313: side wall
320: case 321: upper cover
321a: shoe passage 322: lower cover
323: side cover
330: UV lamp 331: first radiation shade
332: second radiation shade
340: suction part

Claims (5)

A shoe seating portion 310 including a flat plate 311 made of a material capable of transmitting ultraviolet rays and strip-shaped non-slip protrusions 312 protruding in parallel at regular intervals on the flat plate 311;
A case 320 including an upper cover 321 in which the shoe seating portion 310 is installed horizontally, spaced apart from an upper surface of the shoe seating portion 310, and a shoe passage 321a formed therethrough;
an ultraviolet lamp 330 mounted on a lower end of the case 320 to emit ultraviolet rays toward the shoe mounting portion 310; and
The case 320 at both ends in the longitudinal direction of the non-slip protrusion 312 to suck foreign substances from the shoe seated on the shoe seating portion 310 and spaced apart from the flat plate 311 by the non-slip protrusion 312 A shoe disinfection device comprising a; suction unit 340 mounted on the side of the.
According to claim 1,
The shoe seating portion 310 or the case 320 is provided with a sensor for detecting the seating of the shoe on the shoe seating portion 310,
A control unit for controlling the operation of the ultraviolet lamp 330 and the suction unit 340 through detection by the sensor is further provided.
According to claim 2,
In the case 320, ultraviolet rays emitted from the ultraviolet lamp 330 are directed toward the bottom surface of the shoe seated on the shoe seating portion 310 to minimize exposure to the outside through the shoe passage 321a. Shoe disinfection device, characterized in that the inclined shade (331 or 332) is mounted.
delete Body temperature measuring unit 100 for recognizing the user and measuring the user's body temperature;
a hand disinfection unit 200 disposed below the body temperature measurement unit 100 and spraying a disinfectant solution to the user's hands to disinfect the user's hands;
A shoe disinfection device 300 according to any one of claims 1 to 3 disposed in a position in front of the hand disinfection unit 200 where body temperature measurement and hand disinfection are possible; and
A safety disinfection system comprising a; control unit for controlling the operation of the body temperature measurement unit 100, the hand disinfection unit 200, and the shoe disinfection device 300 according to the user's approach.

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