KR102281353B1 - Mist Shower Device for Sterilization and Disinfection with Drying Function - Google Patents

Abstract

A mist shower device for sterilization and disinfection with a drying function according to the present invention generates a sterilizing mist by using electrolysis and performs sterilization by spraying the mist with a stream of air. The flow of mist and air are discharged to the outside through a mesh plate formed with a number of holes. In particular, the mesh plate driving unit drives the mesh plate to move an area in contact with the mist to an area in contact with the air. As the mist and the air layers on both sides are sprayed together along a tunnel-type passage, the mist has excellent straightness and flexible pressure control is possible, so that sterilization can be performed more evenly and efficiently. By alternately drying the positions of the area in contact with the mist and the area where the air is sprayed on the mesh plate, there is an effect of drying in advance before the mist is condensed into water droplets.

Description

Mist Shower Device for Sterilization and Disinfection with Drying Function }

The present invention relates to a mist shower device for sterilization and disinfection having a drying function, and more particularly, it is installed in a place where a large number of people enter and exit, and sprays a sterilizing mist to a person passing through the inside, It can remove various viruses and bacteria.

The recent outbreak of the COVID-19 virus around the world has had a great impact on daily life, and effective quarantine measures for a large number of people entering and leaving various places in daily life are more urgent than anything else.

Unlike the livestock epidemic, COVID-19 spreads from person to person throughout the region, so it is necessary to prevent entry and exit from most places where people come and go.

In this regard, the conventional disinfection room that is installed in a limited place such as a livestock barn and performs whole-body disinfection and sterilization for visitors is not easy to install and is cumbersome to use, so it is difficult to efficiently use it in many places.

In addition, since a large number of visitors cannot wear protective clothing individually, sterilization and disinfection must be performed while wearing everyday clothes. In this process, depending on the composition or condition of the material used for sterilization, it may be harmful to the human body. There should not be any side effects such as harming or contaminating clothes.

Regarding the sterilization and disinfection device for visitors, the 'outdoor walking-through sterilizer' of Korean Patent Registration No. 10-2191093 is installed outdoors and forms an atmosphere of disinfectant water as a person passes through it, thereby sterilizing the entire body of a passer by virus. make it possible

However, most of the conventional sterilization and disinfection apparatuses such as Patent Registration No. 10-2191093 use sterilization water that is separately manufactured and distributed in individual containers.

For example, since the disinfection water used in Patent Registration No. 10-2191093 is distributed while being stored in the disinfection water storage unit (canister), the contents must be periodically refilled or the entire barrel must be refilled before use.

In this way, when sterilizing water distributed in individual containers is used, it is very inconvenient to supply and manage sterilized water. Periodically supplying sterilization water to sterilization devices installed in multiple places requires considerable time and manpower, and is inevitably costly.

With respect to the technology for generating sterile water that can be used for sterilization, electrolysis may be used.

For example, Republic of Korea Patent Registration No. 10-2161372 discloses a 'portable beauty hydrogen sterilizing water mist device' that generates sterilizing water by discharging raw water underwater and discharging it to the outside in the form of mist.

However, as in the Patent Registration No. 10-2161372, the conventional technology for generating sterilization water using electrolysis is mainly used for small-scale sterilization water generation such as for cosmetic purposes, and a large amount of sterilization water such as prevention of a large number of people. It is not actively used in fields requiring sterile water. Since the electrolysis method can conveniently and economically supply sterilizing water, it is necessary to properly utilize it according to the situation in which quarantine is performed in daily life due to the pandemic of COVID-19.

On the other hand, when spraying the mist to the person to be quarantined for sterilization and disinfection as in the above-mentioned registered patent No. 10-2191093, special attention is required in handling the moisture caused by the condensation of the mist.

When the mist is condensed and water droplets fall, it not only makes clothes wet and uncomfortable, but also makes the passage slippery, which can cause a safety accident, and can cause various problems, such as worsening the aesthetic environment.

As a measure to prevent the problem of water droplets falling due to mist, mist generation can be stopped for a certain period of time periodically or when necessary, and water can be dried, but mist discharge must be stopped during drying, so the sterilization service is It should be stopped periodically.

(1) Republic of Korea Patent Registration No. 10-2191093 (Name: Outdoor walking-through disinfection device, Announcement date: December 15, 2020) (2) Republic of Korea Patent Registration No. 10-2161372 (Name: Portable Beauty Hydrogen Sterilization Water Mist Device, Publication Date: July 17, 2020)

Accordingly, the present invention has been devised to solve the above problems, and it is possible to conveniently and economically supply sterilization water using electrolysis, and to effectively prevent the droplet drop shape due to mist spray to enhance safety. There is provided a mist shower device for sterilization and disinfection having a function, and an object thereof is provided.

In order to achieve the above object, a mist shower device for sterilization with a drying function according to the present invention includes: a mist generating means for generating a mist having a sterilizing power; a mist guide unit forming a mist discharge passage so that the mist generated by the mist generating means can be discharged to the outside; a first blower for applying wind so that the mist generated by the mist generating means flows through the mist discharge passage; a first air guide portion and a second air guide portion forming an air discharge passage so that a flow of air can be discharged adjacent to both sides of the mist discharged from the mist guide portion; a second blower and a third blower that respectively apply a flow of air to an air discharge passage formed by the first air guide and the second air guide; a mesh plate through which the mist discharged from the mist guide unit, and air discharged from the first air guide unit and the second air guide unit pass, respectively; and a mesh plate driving unit for driving the mesh plate to move the area in contact with the mist to the area in contact with air, and moving a predetermined area in contact with the air to the area in contact with the mist.

The mist generating means includes: a water tank containing sterilizing water; one or more ultrasonic vibrators disposed in the lower part of the water tank to generate a mist over the water surface of the sterilizing water contained in the water tank; and one or more electrolysis modules for generating sterilizing water through electrolysis and supplying it to the water tank.

The mist shower device for sterilization and disinfection with the drying function includes an upper housing forming a ceiling, a left housing forming a left wall, and a right housing forming a right wall, and is configured to create a tunnel-type quarantine space. can

In this case, the mist guide unit, the first air guide unit, and the second air guide unit may be configured to discharge the mist and air from the ceiling toward the floor along the longitudinal direction passing through the tunnel-type quarantine space, respectively.

In addition, the mesh plate may be disposed in a longitudinal direction passing through the tunnel-type quarantine space under the upper housing.

The mesh plate driving unit is provided at the front and rear of the mesh plate, the guide rail portion for guiding the mesh plate to move in the left / right direction; motor unit; And according to the rotation of the motor unit, the mesh plate may include a connection unit for transmitting a force to move along the guide rail unit.

The connection unit may include: a circular rotating plate that rotates according to the driving of the motor unit; And one end is fixed near the edge of the rotating plate, the other end is fixed near the longitudinal center of the mesh plate, according to the rotation of the rotating plate may include a connecting bar for pushing and pulling the mesh plate.

The mesh plate driving unit may be configured to move the mesh plate when conditions such as when a movement command is input, when sterilizing water is sprayed, and when a preset period is satisfied.

The mist shower device for sterilization and disinfection having a drying function according to the present invention performs sterilization and sterilization of the target by spraying a mist having sterilization power.

Since the mist and the air layers on both sides are sprayed together, the mist has excellent straightness and flexible pressure control is possible, so that the sterilization and disinfection of the person to be quarantined can be performed more evenly and efficiently.

In addition, by alternately changing the positions of the part in direct contact with the mist and the part where the air is sprayed on the mesh plate, it can be dried in advance before the mist condenses into water droplets.

Accordingly, it is possible to prevent in advance various problems caused by water droplets falling, such as wet the clothes of the person to be quarantined, causing a safety accident by making the passage slippery, or worsening the aesthetic environment.

In particular, since the drying of the mesh plate is made using the air flow used in the mist spraying process, there is no need to stop the sterilization service.

1 is an embodiment of a mist shower device for sterilization and disinfection having a drying function according to the present invention;
2 is an embodiment of the mist generating means;
3 is an embodiment of the electrolysis module;
4 is an example of a blower structure for efficient discharge of mist;
5 is an example of a mist outlet and an air outlet formed with a long length;
6 is a specific embodiment of a mist shower device for sterilization and disinfection having a drying function according to the present invention;
7 is an example of the embodiment shown in FIG. 6 viewed from above;
8 is another embodiment of the appearance of a mist shower device for sterilization and disinfection having a drying function according to the present invention;
9 is an example illustrating that the part in contact with the mist is changed according to the movement of the mesh plate and drying occurs;
10 is an embodiment of a mesh plate driving unit;
11 is an enlarged example of a mesh plate driving unit.

Since the present invention can apply various transformations and can have various embodiments, specific embodiments are illustrated in the drawings and described in detail in the detailed description. However, this is not intended to limit the present invention to specific embodiments, and it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In describing the present invention, if it is determined that a detailed description of a related known technology may obscure the gist of the present invention, the detailed description thereof will be omitted.

The terms used in the present application are only used to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise.

In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Terms such as first, second, etc. may be used to describe various elements, but the elements should not be limited by the terms. The above terms are used only for the purpose of distinguishing one component from another.

Referring to FIG. 1 , the mist shower device 100 for sterilization and disinfection having a drying function according to the present invention includes a mist generating means 110 for generating a mist with sterilization power, and a mist guide part 131 for forming a mist discharge passage. ), the first blower 121 for applying wind so that the mist flows through the mist discharge passage, adjacent to the left and right sides of the mist, respectively, a first air guide forming an air discharge passage so that the air flow can be discharged The part 132 and the second air guide part 133, the second blower 122 and the third blower 123 for applying the flow of air to each air discharge passage, the mist and the air discharged to the outside, respectively A mesh plate 140 passing through, and a mesh plate driving unit 150 for driving the mesh plate 140 to change the area in contact with the mist and the area in contact with air is made including.

That is, the mist shower device 100 for sterilization and disinfection having a drying function sprays the mist with sterilization power together with the flow of air adjacent to both sides.

The mist generating means 110 generates a mist having sterilizing power, and may be configured in various ways to generate a sterilizing mist having a fine particle size.

As a specific example, the mist generating means 110 may electrolyze water to generate sterilizing water, and make the generated sterilizing water into mist.

2 shows an embodiment of the mist generating means 110, a water tank 111, one or more electrolysis modules 112 for generating sterilizing water through electrolysis and supplying it to the water tank 111, a water tank ( 111) may include one or more ultrasonic vibrators 113 for generating mist in the space 115 above the water surface 30 of the sterilizing water.

The water tank 111 serves as a container for sterilizing water, and the material, shape, size, etc. of the water tank 111 may be variously configured. In particular, the sterilizing water contained in the water tank 111 may be sterilizing water generated through electrolysis.

The electrolysis module 112 electrolyzes raw water to generate sterilizing water having sterilizing power, and supplies the generated sterilizing water to the water tank 111 .

Raw water can be supplied through various routes. For example, the electrolysis module 112 may be configured to electrolyze the water contained in the water tank 111 , and may electrolyze raw water such as tap water introduced from the outside of the water tank 111 through the raw water supply pipe 50 . It may be disassembled and supplied to the water tank 111 .

The electrolysis module 112 may be disposed in a variety of ways.

As an example, the electrolysis module 112 may be disposed at the lower end of the water tank 111 so as to be submerged in the water contained in the water tank 111 to electrolyze the water in the water tank 111,

As another example, the electrolysis module 112 is disposed on the upper portion of the water tank 111 so as not to be submerged in the water contained in the water tank 111, as shown in FIG. 2, and generates sterilizing water through electrolysis to create a water tank (111) can be configured to feed.

When configured as in the latter example, since the electrolysis module 112 is not submerged in water, the failure rate is small, and maintenance/repair is convenient.

3 shows an example of the electrolysis module 112, the electrolysis module 112 includes one or more pairs of electrode plates 112-1 and 112-3 having a negative electrode (-) and a positive electrode (+). It can be made by decomposing water molecules using the principle of underwater discharge, and making it into sterilizing water with sterilizing power.

^{For example, various negative ions (O -} , O ₃ ^- , OH ^- , HOCl, H ₂ O ₂ ) generated by plasma discharge in water through the two electrode plates 112-1 and 112-3 are corona- It can sterilize various viruses, bacteria, and bacteria such as 19.

The electrolysis module 112 may be configured to include an electrode separator plate 112 - 2 to space the two electrode plates 121 and 123 facing each other from each other.

A plurality of slits may be formed in each of the electrode plates 112-1 and 112-3 in a specific direction, and the slits formed in each electrode plate may be disposed to have a predetermined angle (eg, 90 degrees) with respect to each other. Water introduced into the electrolysis module 112 is discharged underwater while passing through each slit.

3 is an example for helping understanding of the description, and the electrolysis module 112 may be configured in various ways as needed, but is not limited thereto.

One or more ultrasonic vibrators 113 are disposed below the water tank 111 to generate mist in the upper space 115 of the water surface 30 of the sterilizing water contained in the water tank 111 .

In order for the ultrasonic vibrator 113 submerged in water to most efficiently generate mist in the upper space 115 of the water surface, the depth of the sterilizing water into which the ultrasonic vibrator 113 is submerged may be maintained constant.

The water tank 111 may be partitioned into a plurality of sections, and one or more ultrasonic vibrators 113 may be disposed in each partitioned section. Then, the mist can be generated and discharged more uniformly. In an embodiment in which the water tank 111 is divided into a plurality of sections, one or more electrolysis modules 112 may be disposed corresponding to each section.

Although FIG. 2 shows six electrolysis modules 112 and six ultrasonic vibrators 113 for convenience of explanation, the number and arrangement of the electrolysis modules 112 and ultrasonic vibrators 113 may be variously configured. As such, it is not limited thereto.

In addition, the electrolysis module 112 and the ultrasonic vibrator 113 may be linked one-to-one as well as one-to-many.

The mist guide unit 131 forms a mist discharge passage so that the mist generated by the mist generating means 111 can be discharged to the outside.

The mist guide unit 131 communicates with the water tank 111 through the mist communication port 114, and the mist introduced through the mist communication port 114 moves along the mist discharge passage to the end of the mist discharge port (H1). discharged through

The mist discharge passage may be configured in various ways as needed. As a specific example, if the mist is configured to be sprayed from above the head of the person to be quarantined toward the ground, the mist outlet (H1)) may be configured to face the ground.

The mist outlet (H1) through which the mist flowing along the mist discharge passage is discharged to the outside may be configured in various shapes and sizes.

For example, if mist is sprayed from the top of the person's head to the floor along the tunnel-type quarantine space, the mist outlet (H1) has a constant width and may be formed as a long hole.

The first blower 121 applies wind so that the mist generated by the mist generating means 110 flows through the mist discharge passage.

The first blowing unit 121 may be configured by using various blowing techniques such as various types of fans and blowers in order to spray the mist to a desired level, and is not particularly limited. In addition, the first blower 121 may be configured in plurality.

For efficient discharge of the mist, the wind applied from the first blower 121 may be applied to be biased on one side of the water tank 111 from the upper portion of the water tank 111 .

4 shows an embodiment in which the wind applied from the first blower 121 is applied so as to be biased on one side of the water tank 111 .

At this time, a guide plate 117 for guiding the wind generated by the first blowing unit 121 to one side of the water tank 111 is provided under the first blowing unit 121 , and the mist guide unit in the water tank 111 is provided. Mist communication port 114 through which the mist is introduced to the 131 is formed on the opposite side to the side to which the wind is applied by the first blower 121 .

The guide plate 117 has an inclination that is inclined downward toward one side of the water tank 111 under the first blower 121 .

Accordingly, after the wind generated by the first blower 121 is biased toward one side of the water tank 111 through the guide plate 117, the mist is generated while proceeding in the opposite direction through the space 115 above the water surface of the water tank. It is moved and discharged to the mist discharge passage.

When the wind direction in the water tank is processed in this way, the first blower 121 applies wind to the center of the water surface from near the center of the water tank, and when the mist is discharged to both sides of the water tank 111, mist The emission efficiency can be increased.

A porous member 118 may be provided in the mist communication port 141 through which the mist in the water tank 111 exits to the mist discharge passage, preventing the coarse mist particles from being discharged to the outside by condensing and falling.

A method for applying wind by biasing the first blower 121 to one side of the water tank 111 may be variously configured.

As another example in which the first blower 121 is biased toward one side of the water tank 111 to apply wind, the first blower 121 is disposed to be biased toward one side of the water tank 111 and is guided The plate 117 may not be used.

The first air guide part 132 and the second air guide part 133 are respectively adjacent to the left and right sides of the mist discharged from the mist guide part 131 to form an air discharge passage so that the air flow can be discharged. .

That is, the first air guide part 132 is adjacent to the left side of the mist discharged from the mist guide part 131 to form an air exhaust passage so that the flow of air can be discharged, and the second air guide part 133 is Adjacent to the right side of the mist discharged from the mist guide part 131, an air discharge passage is formed so that the flow of air can be discharged.

The second blowing unit 122 generates a flow of air in the air discharge passage formed by the first air guide unit 132 , and the third blowing unit 123 is the air formed by the second air guide unit 133 . Apply a flow of air to the exhaust passage.

The first blower 121 , the second blower 122 , and the third blower 123 may be configured using various blowing technologies, such as various types of fans and blowers, respectively. It may consist of a plurality of pieces.

The shape, direction, size, etc. of the mist outlet (H1) of the mist guide part 131, the air outlet (H2) of the first air guide part 132, and the air outlet (H3) of the second air guide part 133 Accordingly, the mist and each air flow can be discharged in various ways.

As a specific example, when mist is sprayed from the top of the person's head to the floor along the tunnel-type path, the mist outlet (H1) and each air outlet (H2, H3) have a constant width and are in the form of a long hole. can be configured.

5 is an example in which the mist outlet (H1) and each air outlet (H2, H3) have a constant width and are formed to have a long length, the width of the mist outlet (H1) is w1, the first air outlet (H2) When the width of w2, the width of the second air outlet H3 is w3, and the length is all L, w1, w2, and w3 may be variously configured as needed. Not all w1, w2, and w3 have to be the same.

6 and 7 show a specific embodiment of the mist shower device 100 for sterilization and disinfection having a drying function. FIG. 6 is a perspective view viewed from the bottom, and FIG. 7 is an example viewed from above. 7 , the upper cover and the first blower 121 are omitted to show the inside of the water tank.

A plurality of fans in the longitudinal direction at the upper ends of both sides respectively constitute the second blower 122 and the third blower 123, and a long water tank is formed inside the housing along the longitudinal direction.

The water tank is divided into several sections by a diaphragm 119, and a plurality of ultrasonic vibrators 113 are disposed at the bottom of each section.

An electrolysis module 112 is provided corresponding to each section, and raw water supplied along the raw water supply pipe 50 is supplied to each electrolysis module 112 .

Each electrolysis module 112 electrolyzes raw water supplied along the raw water supply pipe 50 to generate sterilization water and supplies it to the water tank.

Referring to FIG. 8 , the mist shower device 100 for sterilization and disinfection having a drying function forms a tunnel-type quarantine space 80 , and sprays a sterilizing mist into the tunnel-type quarantine space 80 , the space It may be configured to sterilize and disinfect a passing quarantine target.

To this end, the mist shower device 100 for sterilization includes an upper housing 100-1 forming a ceiling, a left housing 100-2 forming a left wall, and a right housing 100-3 forming a right wall. ) can be included.

FIG. 8 is only for helping understanding of the description, and the tunnel-type quarantine space is not limited thereto and may be configured in various ways.

The water tank 111 may be disposed in the upper housing 100 - 1 .

And, the mist outlet (H1) through which the mist is discharged, and the first air outlet (H2) and the second air outlet (H3) through which the air passes are located on the lower surface of the upper housing 100-1 in the longitudinal direction through which the person to be quarantined passes. It is formed long along the, and can be configured to spray the mist from top to bottom.

At this time, the mesh plate 140 may be disposed along the mist outlet (H1), the first air outlet (H2), the second air outlet (H3) in the lower portion of the upper housing (100-1).

Considering the properties of mist made of sterilizing water into fine particles, it may be preferable to spray the mist from the ceiling toward the floor rather than spraying the mist from the side in order to increase the sterilization effect.

In the embodiment shown in FIG. 8 , the embodiment shown in FIGS. 6 and 7 may be disposed on the upper housing 100 - 1 .

The flow of the mist discharged through the mist outlet (H1), and the flow of each air discharged from the first air outlet (H2) and the second air outlet (H3) is discharged to the outside through the mesh plate (140).

A plurality of holes are formed in the mesh plate 140 , and these plurality of holes can give straightness to the flow of mist and air. The shape, depth, size, number, arrangement, etc. of the holes formed in the mesh plate 140 may be variously configured, and are not particularly limited.

Referring to Figure 9a, the mist is currently discharged through a portion (M1) of the mesh plate 140, the air is discharged to both sides.

However, even if the particle size of the mist is so fine that it does not wet the clothes even if it is sprayed on the person to be quarantined, if the mist continues to contact the specific part (M1) of the mesh plate 140, water droplets form and eventually fall to the floor. there is.

Therefore, the mesh plate driving unit 150 drives the mesh plate 140 to move the area in contact with the mist to the area in contact with air, and by moving a certain area in contact with air to the area in contact with the mist, the mesh In certain areas of the plate 140, the mist is dried before condensing.

In FIG. 9A , an area M1 of the current mesh plate 140 is an area through which the mist passes, and an area M2 is an area through which air passes. If the mist continues to be sprayed in this state, water droplets may form in the area M1.

The mesh plate driving unit 150 moves the mesh plate 140 at an appropriate time, moves the area M1 to a place that does not contact the mist and comes into contact with the air, and where the mist passes through a certain area M2 where the air has passed. to (9b). Then, the area M1 can be dried before water droplets form.

And, when the mesh plate driving unit 150 moves the next mesh plate 140, it can be moved to the state shown in Figure 9a again.

In order to use this method, the width of the mesh plate 140 is at least w1 than the sum of the widths of the mist outlet (H1) and the first air outlet (H2) and the second air outlet (H3) (w1+w2+w3). It is preferable that it is larger than that.

When using the method of driving the mesh plate 140 in the transverse direction, it is not necessary to use a separate blowing means or stop the sterilization service to dry the area wet by the mist, and it can be implemented simply.

10 and 11 show an embodiment of the mesh plate driving unit 150, the mesh plate driving unit 150, a guide rail unit 151 for guiding the movement path so that the mesh plate 140 can move, The motor unit 152 and the connection unit 153 for applying a force to the mesh plate 140 according to the rotation of the motor unit 152 may be included.

The guide rail 151 is provided at the front and rear of the mesh plate 140 to provide a path so that the mesh plate 140 can move in the left/right direction.

Although an example of a plate-shaped rail configured to slide the front and rear end portions of the mesh plate 140 is shown, the guide rail unit 151 may be configured in various ways to guide the mesh plate 140, thus not limited

The guide rail unit 151 may be supported through a fixing bar 154 in the longitudinal direction, and front and rear ends of the mesh plate 140 are placed on the guide rail unit 151 .

At this time, the mesh plate driving unit 150 may be installed on any one of the fixing bars 154 to push and pull the mesh plate 140 .

Here, the front and rear refer to the longitudinal direction (direction through which the person to be quarantined) of the mesh plate 140, and the left / right direction means a direction perpendicular to both sides thereof.

The connection part 153 is a circular rotating plate 153-1 that rotates according to the driving of the motor 152, and one end is fixed to the vicinity of the edge of the rotating plate 153-1, and the other end is of the mesh plate 140. It may be configured to include a connection bar (153-2) fixed near the longitudinal center.

At this time, the connection bar 153-2 may be fixed to the connection bar support member 143 mounted near the center of the mesh plate 140, and the rotating plate 153-1 has a central axis of the mesh plate 140. It may be disposed standing up so as to be formed in the longitudinal direction. In addition, both ends of the connection bar 153 - 2 may be fixed to be movable for smooth operation.

Since one end of the connecting bar 153-2 is fixed to the edge of the rotating plate 153-1, the connecting bar 153-2 extends in the direction of the mesh plate 140 as the rotating plate 153-1 rotates. vary in length.

That is, the connection bar 153-2 pushes and pulls the mesh plate 140 according to the rotation of the rotating plate 153-1, and as a result, as shown in FIG. 9, the area through which the mist passes in the mesh plate 140 is is changed

When the mesh plate driving unit 150 moves the mesh plate 140 may be set in various ways so that condensation of the mist does not occur depending on the operating conditions of the mist shower device 100 for sterilization and disinfection having a drying function.

For example, the mesh plate driving unit 150 has a preset movement period for periodic movement of the mesh plate 140 when a movement command of the mesh plate 140 is input from the administrator, when spraying of sterilizing water is executed. When a specific condition is satisfied, such as when the mist condensation state of the mesh plate 140 is greater than or equal to the reference value, it may be configured to move the mesh plate 140 . The mist condensation state of the mesh plate 140 can be confirmed through a sensor that can detect the state.

Although the present invention has been shown and described in relation to specific preferred embodiments, the present invention may be modified and changed in various ways without departing from the technical features or fields of the present invention provided by the following claims. It will be apparent to those of ordinary skill in the art.

100: Mist shower device for sterilization with drying function
100-1: upper housing 100-2: left housing
100-3: right housing 110: mist generating means
111: water tank 112: electrolysis module
112-1, 112-3: electrode plate 112-2: electrode separator plate
113: ultrasonic vibrator 114: mist communication port
118: porous member 119: diaphragm
121: first blower
122: second blower 123: third blower
131: mist guide unit 132: first air guide unit
133: second air guide unit 140: mesh plate
150: mesh plate driving unit 151: guide rail unit
152: motor unit 153: connection unit
153-1: rotary plate 153-2: connecting bar
H1: Mist outlet H2 1st air outlet
H3 2nd air outlet

Claims (6)

mist generating means for generating mist having sterilizing power;
a mist guide unit forming a mist discharge passage so that the mist generated by the mist generating means can be discharged to the outside;
a first blower for applying wind so that the mist generated by the mist generating means flows through the mist discharge passage;
a first air guide portion and a second air guide portion forming an air discharge passage so that a flow of air can be discharged adjacent to both sides of the mist discharged from the mist guide portion;
a second blower and a third blower that respectively apply a flow of air to an air discharge passage formed by the first air guide and the second air guide;
a mesh plate through which the mist discharged from the mist guide unit, and air discharged from the first air guide unit and the second air guide unit pass, respectively; and
Sterilization with a drying function, including a mesh plate driving unit for driving the mesh plate, moving the area in contact with the mist to the area in contact with air, and moving a certain area in contact with the air to the area in contact with the mist Mist shower device for disinfection. The method of claim 1,
The mist generating means,
a water tank containing sterile water;
one or more ultrasonic vibrators disposed in the lower part of the water tank to generate a mist over the water surface of the sterilizing water contained in the water tank; and
A mist shower device for sterilization and disinfection with a drying function, comprising one or more electrolysis modules for generating sterilization water through electrolysis and supplying it to the water tank. The method of claim 1,
The mist shower device for sterilization and disinfection with the drying function includes an upper housing forming a ceiling, a left housing forming a left wall, and a right housing forming a right wall, creating a tunnel-type quarantine space,
The mist guide part, the first air guide part, and the second air guide part are each configured to discharge mist and air from the ceiling toward the floor along the longitudinal direction passing through the tunnel-type quarantine space,
The mesh plate is disposed along the longitudinal direction passing through the tunnel-type quarantine space in the lower portion of the upper housing, a mist shower device for sterilization and disinfection having a drying function. The method of claim 1,
The mesh plate driving unit,
a guide rail provided at the front and rear of the mesh plate to guide the mesh plate to move in the left/right direction;
motor unit; and
According to the rotation of the motor unit, a mist shower device for sterilization and disinfection having a drying function, comprising a connection unit that transmits a force to the mesh plate to move along the guide rail unit. 5. The method of claim 4,
The connection part,
a circular rotating plate that rotates according to the driving of the motor unit; and
One end is fixed near the edge of the rotating plate, the other end is fixed near the longitudinal center of the mesh plate, comprising a connecting bar that pushes and pulls the mesh plate according to the rotation of the rotating plate, sterilization and disinfection with a drying function For mist shower unit. The method of claim 1,
The mesh plate driving unit when one or more conditions of when a movement command of the mesh plate is input, when sterilizing water spray is made, and when a predetermined period for the periodic movement of the mesh plate is satisfied, the mesh plate A mist shower device for sterilization with a drying function, which is configured to move.

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