KR102628334B1 - Rotating Whole Body Disinfecting Water Spraying Apparatus - Google Patents

Abstract

A rotary whole-body disinfection water spray device according to an embodiment of the present invention can be installed in an indoor entrance area where visitors enter and exit to spray disinfectant water for sterilizing and disinfecting infectious viruses, and includes a base body that can be supported on the ground; An injection device body including a rotary lifting body that is coupled to the base body for relative rotation and up and down movement; A spray nozzle module is installed on the rotary elevator body and has a first spray nozzle unit that sprays disinfection water for sterilization and disinfection of infectious viruses as a disinfection mist in the form of fine particles, and a disinfection water storage tank for storing disinfection water, and is provided in the spray device main body. A disinfection water spray unit installed; An air purifying unit provided in the spray device body to purify the surrounding air; and a UV sterilization unit coupled to the rotary elevator body to emit ultraviolet rays from the front to sterilize infectious viruses.

Description

Rotating Whole Body Disinfecting Water Spraying Apparatus}

The present invention relates to a rotating whole-body disinfection water spray device, and more specifically, to a rotary whole-body disinfection water spray device, which is installed at the entrance of a multi-use facility and can perform air purifying functions such as sterilizing and disinfecting infectious viruses and removing fine dust. This is about a typical whole body disinfectant spray device.

Recently, as fine dust, including yellow dust from China, has increased, and the dry climate continues, the incidence of respiratory diseases such as rhinitis, asthma, and lung disease is increasing. In fact, if you check the trend in the number of patients treated according to the 2016 disease classification by Statistics Korea, the Ministry of Environment It can be seen that among the 9.7 million people who received treatment for diseases, rhinitis patients accounted for the largest number at 6.99 million.

In addition, since the 2000s, infectious viral diseases accompanied by high fever, such as SARS, MERS, and coronavirus (COVID-19), have become a major social problem. In particular, since the World Health Organization (WHO) recently warned of the seriousness of COVID-19 in March 2020, it has continued to be a global pandemic, threatening even our daily lives.

Therefore, strengthening quarantine systems is emerging as a more urgent social issue due to highly contagious viruses such as coronavirus (COVID-19). COVID-19 is a respiratory infectious disease. The pathogen is SARS-CoV-2, and it is mainly spread by droplets from an infected person penetrating the respiratory tract or mucous membranes of the eyes, nose, and mouth. In other words, it is spread by coughing, sneezing, etc., or by touching the eyes, nose, and mouth with your hands after touching a material contaminated with the virus. Recently, it has been known that the possibility of transmission by aerosol is high.

Meanwhile, multi-use facilities, including schools, rest areas, companies, churches, stores, and government offices, are spaces where people, including users who regularly commute to work and visitors from outside, come and go, and are subject to frequent entry and exit. There is also a problem of exposure to infectious diseases due to various visitors from outside.

Therefore, in the case of multi-use facilities, more thorough quarantine is required, and as part of automating the quarantine work for these multi-use facilities, technology related to an entrance quarantine device that is installed at the entrance of the space and sprays a sterilizing chemical solution on entering people is being developed. It is being studied.

As an example of technology related to such an entrance quarantine device, an entrance gate type is being considered. In this sterilization and disinfection device, the disinfectant solution is stored in a disinfectant container placed inside or outside the disinfection device, and when the disinfectant spray operation begins, a pump, etc. moves the disinfectant solution from the disinfectant container to the nozzle that sprays the disinfectant solution, thereby supplying the disinfectant solution to the nozzle. Spray disinfectant.

However, once this type of access gate is installed, it is difficult to disassemble again and there is a problem in that it cannot be moved freely.

In consideration of these problems, a portable disinfection device was introduced in Patent Registration No. 10-2193257. However, this disinfection device has a fixed spray nozzle and sprays only in one place, so the disinfection area is small and the disinfection efficiency is low. It is inefficient, and since it only sprays disinfectant water, there is a problem in that air purification functions such as fine dust removal cannot be implemented.

Therefore, there is a need for a new concept of sterilization and disinfection device that is portable, easy to install and dismantle, can increase the disinfection area compared to before, and can even implement air purification functions such as removing fine dust.

Republic of Korea Patent No. 10-2193257 2020.12.15

Therefore, the technical problem to be achieved by the present invention is that it is easy to move and can be installed and used in various places faster than before, as well as easy to install and dismantle, and it is possible to spray disinfectant water while rotating, so not only can the disinfection area be increased compared to before. It can also perform ultraviolet sterilization, so it has better sterilization and disinfection functions for infectious viruses than before, and can also perform air purification functions such as removing fine dust, so it can prepare for everything from biological disasters such as new infectious diseases to air pollution such as fine dust. The aim is to provide a rotating whole-body disinfection water spray device.

According to one aspect of the present invention, a base body that can be installed in an indoor entrance area where visitors enter and exit to spray disinfection water for sterilizing and disinfecting infectious viruses, and a base body that can be supported on the ground, and a base body that rotates relative to the base body and An injection device body including a rotary lifting body that is coupled to be movable up and down; A spray nozzle module installed on the rotary elevator body and having a first spray nozzle unit for spraying disinfection water for sterilization and disinfection of infectious viruses as a disinfection mist in the form of fine particles, and a disinfection water storage tank for storing the disinfection water, wherein the spray A disinfection water spray unit installed on the device body; An air purifying unit provided in the spray device body to purify the surrounding air; and a UV sterilization unit coupled to the rotary lifting body to emit ultraviolet rays toward the front to sterilize infectious viruses.

A thermal imaging camera coupled to the rotating lifting body to detect body temperature by photographing a person; And it may further include a control display including an information input unit that displays images captured by the thermal imaging camera or inputs information about visitors.

The rotating lifting body includes an installation body frame on which the first spray nozzle unit is installed; And a rotating lifting frame coupled to the lower part of the installation main frame, wherein the rotating lifting frame includes a support plate supporting the installation main frame; and a lifting slide tube that is coupled to the support plate in a direction crossing the support plate and slides when rising and lowering, and the base body may be provided with a guide block that guides the lifting and lowering of the lifting slide tube.

a lifting drive unit that lifts and drives the rotary lifting frame; and a rotation driving unit that rotates the rotary lifting frame, wherein the lifting driving unit has one end coupled to the base body and the other end coupled to the support plate, and may be a linear actuator that raises and lowers the support plate. there is.

The rotation drive unit includes a link bar coupled to one end of the support plate; And it may include a forward and backward actuator that moves the link bar forward and backward to rotate the support plate clockwise and counterclockwise.

a device control unit that controls the disinfection water spray unit, the air purification unit, and the UV sterilization unit; and a switch unit installed on the rotary elevating body and electrically connected to the device control unit, wherein the switch unit includes: a spray on-off switch that turns on and off the operation of the disinfectant spray unit; an air purifying on-off switch that turns on and off the operation of the air purifying unit; And it may include a UV sterilization on-off switch that turns on and off the operation of the UV sterilization unit.

The device control unit rotates the rotary elevator body according to the movement of the person recognized by the thermal imaging camera in front of the rotary elevator body, and rotates the rotation drive unit so that the first spray nozzle portion of the disinfectant water spray unit is directed toward the person. You can control it.

The spray nozzle module further includes a second spray nozzle unit that is coupled to the base body and sprays disinfection water for sterilizing and disinfecting infectious viruses in the vicinity of a person's legs as a disinfection mist in the form of fine particles, and the disinfection water reservoir is configured to spray the spray. It is connected to the nozzle module through a disinfection water hose and is installed on the rotary lifting body, and the first disinfection water hose connected to the second spray nozzle of the second spray nozzle unit is installed on the upper surface of the base body so that it can go up to the rotary lifting main body. A connection hole is formed and a second connection hole is formed on the lower surface of the rotary lifting body through which a disinfection water hose connected to the second spray nozzle can pass, and the disinfection water spray unit supplies the disinfection water stored in the disinfection water storage tank to the spray nozzle module. It may further include a disinfectant pump that pumps the disinfectant to be sprayed.

Rolling wheels are installed on the base body to facilitate movement, and the air purifying unit includes an air purifying fan installed on the rotating lifting main body; and an air purifying filter for purifying the air sucked by the air purifying fan, wherein a plurality of air inlets are provided on both sides of the rotary lifting body in the area where the air purifying filter is installed, and an upper wall of the rotary lifting main body is provided. A plurality of air outlets may be provided.

Embodiments of the present invention are convenient to move and can be installed and used in various places faster than before, as well as easy to install and dismantle, and can spray disinfectant water while rotating, so not only can the disinfection area be increased compared to the conventional one, but also ultraviolet sterilization. It has a superior sterilization and disinfection function of infectious viruses than before, and can also perform air purification functions such as removing fine dust, making it a resource that can prepare for everything from biological disasters such as new infectious diseases to air pollution such as fine dust. A typical whole body disinfectant spray device can be provided.

Figure 1 is a schematic front view of a rotating whole body disinfection water spray device according to an embodiment of the present invention.
Figure 2 is a schematic side view of Figure 1.
FIG. 3 is a diagram schematically showing main parts to explain the interior of the spray device main body of the rotary whole body disinfectant water spray device in FIG. 2.
Figure 4 is a schematic plan view of Figure 1.
Figure 5 is a schematic cross-sectional view taken along line V-V of Figure 1.
FIG. 6 is a diagram illustrating a state in which the rotating lifting body of the rotating whole body disinfectant water spray device in FIG. 1 is raised.

In order to fully understand the present invention, its operational advantages, and the objectives achieved by practicing the present invention, reference should be made to the accompanying drawings illustrating preferred embodiments of the present invention and the contents described in the accompanying drawings.

Hereinafter, the present invention will be described in detail by explaining preferred embodiments of the present invention with reference to the attached drawings. The same reference numerals in each drawing indicate the same member.

Figure 1 is a schematic front view of a rotary whole body disinfectant water spray device according to an embodiment of the present invention, Figure 2 is a schematic side view of Figure 1, and Figure 3 explains the inside of the spray device main body of the rotary whole body disinfectant water spray device in Figure 2. To this end, it is a drawing schematically showing the main parts, FIG. 4 is a schematic plan view of FIG. 1, FIG. 5 is a schematic cross-sectional view taken along V-V of FIG. 1, and FIG. 6 is a rotation of the rotary whole body disinfectant spray device in FIG. 1. This is a diagram showing the lifting body in an elevated state.

As shown in these drawings, the rotary whole-body disinfection water spray device 10 according to this embodiment is easily installed at the entrance of a multi-use facility and sprays disinfection mist for sterilization and disinfection of highly contagious viruses. Not only can it perform a disinfection function and also perform an air purification function, but it can also confirm the identity of people entering and leaving, making it easy to trace the infection route of highly contagious viruses. In addition, the rotary whole body disinfection water spray device 10 according to this embodiment is easy to move, so the installation location can be easily changed as needed.

The rotary whole body disinfectant spray device 10 according to this embodiment includes a spray device main body 100 including a base main body 110 and a rotary elevating body 120, and a base main body ( A lifting drive unit 200 that raises and lowers relative to 110, a rotation driving unit 300 that rotates the rotary lifting body 120 relative to the base body 110, and a device installed on the injection device body 100. A disinfectant water spray unit 400, an air purifying unit 500 installed in the spray device main body 100, a UV sterilization unit 600 installed in the spray device main body 100, and a device that detects body temperature by photographing the entering person. A thermal imaging camera 700, a control display 800 capable of displaying images captured by the thermal imaging camera 700 or inputting information of visitors, a device control unit (not shown) that controls each unit, It includes a switch unit 900 including a plurality of switches.

The spraying device main body 100 can be installed in the indoor entrance area where visitors enter and exit in order to spray disinfectant water for sterilizing and disinfecting infectious viruses. A rolling wheel 113 is provided at the lower part of the base main body 110 to facilitate movement. It is installed. As a result, the installation location can be easily changed and installation and disassembly are also easy.

In addition, in the case of the prior art, there was a problem that the disinfection area was limited because the spray nozzle for spraying disinfection water was fixed. However, the rotary whole body disinfection water spray device 10 according to this embodiment can spray while rotating, thereby increasing the disinfection area compared to before.

This injection device body 100 includes a base body 110 that can be supported on the ground, and a rotary lifting body 120 that is coupled to the base body 110 so that it can rotate relative to the base body 110 and move up and down.

The base body 110 is implemented as a square box formed approximately in the height direction and left and right width directions, and a plurality of rolling wheels 113 are provided at the lower part to facilitate movement. The base body 110 is equipped with a second spray nozzle unit 413 that sprays disinfection water for sterilization and disinfection of infectious viruses as a disinfection mist in the form of fine particles near the legs of the person entering. In this embodiment, one second injection nozzle 416 is provided as the second injection nozzle unit 413, but the scope of the present invention is not limited thereto, and a plurality of them may be provided as needed.

A first connection hole 114 is formed on the upper surface of the base body 110 so that the disinfection hose 440 and an electric wire (not shown) can go up to the rotary lifting body 120. In response to this, a second connection hole (not shown) is formed on the lower surface of the rotary lifting body 120. As a result, no matter where the disinfection water storage tank 420 is installed, disinfection water can be supplied to both the base body 110 and the rotary lifting body 120, and electricity can also be supplied.

Additionally, the base body 110 is provided with a foot switch pocket 119 that can store a foot switch (not shown).

Meanwhile, a first spray nozzle unit 411 is provided in the rotary lifting body 120 disposed on the upper part of the base body 110. And because the rotary lifting body 120 can rotate relative to the base body 110, the rotary lifting body 120 rotates around the base body 110 and sprays disinfection mist in the form of fine particles from the first spray nozzle part 411. can be sprayed. This makes it possible to increase the disinfection area.

In addition, since the rotary lifting main body 120 is provided to be able to move up and down with respect to the base main body 110, the position of the first spray nozzle unit 411 installed on the rotary lifting main body 120 depends on the height of the person entering and leaving. can be adjusted up and down.

Here, the first injection nozzle unit 411 includes a plurality of first injection nozzles 413 that are spaced apart from each other along the height direction of the rotary lifting body 120. The plurality of first spray nozzles 413 mainly spray disinfectant water toward the upper body area of the person entering. In this embodiment, five first spray nozzles 413 are provided, and disinfection water is sprayed from the five first spray nozzles 413. However, the scope of the present invention is not limited thereto, and the number of first injection nozzles 413 may be appropriately changed as needed.

And the rotary lifting body 120 includes an installation main body frame 121 on which the first spray nozzle unit 411 is installed, and a rotary lifting frame 123 coupled to the lower part of the installation main body frame 121.

The installation body frame 121 is implemented as a square enclosure formed approximately in the height direction and the left and right width directions, and the air purifying fan 510 and air purifying filter 520 of the air purifying unit 500 are placed inside, and also controls the device. A unit (not shown) and a disinfection water storage tank 420 may be placed.

A thermal imaging camera 700 and a control display 800 are coupled to the upper part of the installation body frame 121, and a switch unit 900 is installed in the upper area of the installation body frame 121 so that it can be operated from the outside.

And the rotating lifting frame 123 includes a support plate 125 that supports the installation main frame 121, and a lifting slide tube 127 that is coupled in a direction crossing the support plate 125 and slides when rising and lowering. Includes.

Meanwhile, the lifting drive unit 200 drives the rotating lifting frame 123 to lift and lower. This lifting drive unit 200 is a linear actuator that has one end coupled to the base body 110 and the other end coupled to the support plate 125 to raise and lower the support plate 125. However, the scope of the present invention is not limited thereto, and various types of lifting drive units 200 may be applied.

With this configuration, when the lifting drive unit 200 moves the support plate 125 up and down, the support plate 125 and the installation body frame 121 coupled to the upper part of the support plate 125 move up and down, and the support plate 125 moves up and down. The lifting slide tube 127, which is coupled to the direction crossing 125, also moves.

The lifting slide tube 127 is disposed within the base body 110 before the support plate 125 rises, and when the support plate 125 and the installation body frame 121 rise, the base body 110 and the support plate ( 125) and has a structure placed between them.

And the base body 110 is provided with a guide block 111 that guides the raising and lowering of the lifting slide tube 127. In this embodiment, guide blocks 111 are provided at four locations on the base body 110 along the circumference of the lifting slide tube 127, but the scope of the present invention is not limited thereto, and the number may be appropriately changed as needed. will be.

Meanwhile, the rotation drive unit 300 rotates the rotation lifting frame 123. This rotation drive unit 300 advances and moves the link bar 311 to rotate the link bar 311 coupled to one end of the support plate 125 clockwise and counterclockwise. It includes a forward and backward actuator 313 that moves backwards.

With this configuration, when the forward and backward actuator 313 moves the link bar 311 backward and forward, the support plate 125 rotates clockwise and counterclockwise. In this embodiment, it rotates to the left and right of the center at an angle of approximately 25 degrees. However, the scope of the present invention is not limited to this, and the angle may be adjusted appropriately.

The disinfectant water spray unit 400 is installed in the spray device main body 100. This disinfecting water spray unit 400 includes a spray nozzle module 410, a disinfecting water storage tank 420, and a disinfecting water pump 430. In this embodiment, the disinfection water storage tank 420 and the disinfection water pump 430 are installed in the rotary lifting main body 120, but the scope of the present invention is not limited thereto and may also be installed in the base main body 110 if necessary.

As described above, the spray nozzle module 410 is installed on the rotary elevator body 120 and includes a first spray nozzle unit 411 that sprays disinfection water for sterilization and disinfection of infectious viruses as a disinfection mist in the form of fine particles, It is coupled to the base body 110 and includes a second spray nozzle unit 413 that sprays disinfection water for sterilizing and disinfecting infectious viruses near the human legs as a disinfecting mist in the form of fine particles.

The first injection nozzle unit 411 includes a first injection nozzle support bar 412 and a plurality of first injection nozzles 413 arranged to be spaced apart from each other on the first injection nozzle support bar 412. This makes it easy to install the plurality of first injection nozzles 413.

In addition, as described above, in this embodiment, the first injection nozzle unit 411 includes five first injection nozzles 413, and the second injection nozzle unit 413 includes one second injection nozzle. It is provided with (416), and the first spray nozzles 413 and the second spray nozzles 416 are mist nozzles. When the mist nozzle is applied in this way, the disinfecting water is sprayed as a disinfecting mist in the form of a mist by the first spray nozzles 413 and the second spray nozzles 416.

In this embodiment, the disinfection water storage tank 420 is installed on the rotating lifting body 120 of the spraying device body 100. And the disinfecting water stored in the disinfecting water storage tank 420 is pumped by the disinfecting water pump 430 and sprayed through the spray nozzle module 410 connected through the disinfecting water hose 440.

Here, the disinfection water hose 440 connected to the second spray nozzle 416 installed on the base body 110 has one end connected to the disinfection water storage tank 420, and then is connected to the second connection hole of the rotary lifting body 120 and the base body 110. It is connected to the second injection nozzle 416 through the first connection hole 114.

It is desirable to select and use products that are harmless to the human body and have excellent virus sterilizing power as the disinfectant water used in this embodiment. Disinfection water such as electrolyzed water, hypochlorous acid water (hypochlorous acid), and sodium hypochlorite is usually used. In this example, hypochlorous acid water (hypochlorous acid) is used.

Meanwhile, the air cleaning unit 500 is provided on the rotary lifting main body 120 of the spraying device main body 100 and performs the function of purifying the air by removing fine dust, etc. from the surrounding air.

This air purifying unit 500 includes an air purifying fan 510 installed on the rotary lifting main body 120 and an air purifying filter 520 for purifying the air sucked by the air purifying fan 510.

In addition, a plurality of air inlets 116 are provided on both sides of the rotary elevator body 120 in the area where the air cleaning filter 520 is installed, and a plurality of air outlets 118 are provided on the upper wall of the rotary elevator body 120. do. With this configuration, the air flowing into the air inlet 116 on both sides of the wall passes through the air cleaning filter 520 and is discharged through the air outlet 118 on the upper wall to perform the function of cleaning the surrounding air. In this embodiment, the air cleaning filter 520 is a high-performance filter for removing radioactive dust and aerosols, and is capable of cleaning the air of fine dust and ultrafine dust.

The UV sterilization unit 600 is coupled to the rotary elevator body 120 to emit ultraviolet rays from the front to sterilize infectious viruses. This UV sterilizing unit 600 includes UV sterilizing lamps 610 installed long along the height direction on both sides of the front of the rotary lifting main body 120. In this embodiment, the UV sterilizing lamp 610 is a UV LED lamp. As a result, when the rotary lifting body 120 rotates, the UV sterilizing lamp 610 also rotates as a result, thereby expanding the range of sterilization and disinfection.

Meanwhile, the thermal imaging camera 700 is coupled to the rotary lifting body 120 and detects body temperature by photographing people, that is, people entering and leaving. Based on the body temperature measured in this way, it may be possible to control those entering and leaving with a high temperature. And in this embodiment, the thermal imaging camera 700 is an infrared thermal imaging camera 700 and can recognize entering and exiting persons.

The control display 800 displays images captured by the thermal imaging camera 700. At this time, the person's body temperature can be automatically checked and displayed on the control display 800. Additionally, in this embodiment, the information of the visitor may be input through the control display 800. At this time, the visitor's mobile phone number can be entered or the information can be entered by scanning the QR code.

The device control unit (not shown) is installed on the rotary lifting main body 120 and controls the disinfection water spray unit 400, the air cleaning unit 500, and the UV sterilization unit 600. In addition, the device control unit (not shown) rotates the rotary elevator body 120 according to the movement of the person recognized by the thermal imaging camera 700 in front of the rotary elevator body 120 to spray the first spray of the disinfectant water spray unit 400. The rotation drive unit 300 may be controlled so that the nozzle unit 411 is directed toward the entering person.

Meanwhile, as described above, the switch unit 900 is installed in the upper area of the installation body frame 121 of the rotary lifting body 120 so that it can be operated from the outside and is electrically connected to a device control unit (not shown).

This switch unit 900 includes a spray on-off switch 911 that turns on and off the operation of the disinfectant spray unit 400, an air purifying on-off switch 912 that turns on and off the operation of the air cleaning unit 500, and , includes a UV sterilization on-off switch 913 that turns on and off the operation of the UV sterilization unit 600. In addition, the present embodiment further includes an automatic/manual switch 914 that determines the automatically operated mode and the manually operated mode, and a 4/8 second switch 915 that sets the time for spraying disinfectant water.

Additionally, the switch unit 900 further includes a foot switch (not shown) that can operate the disinfectant spray unit 400 when stepped on. When the foot switch (not shown) is not in use, it can be stored in the foot switch pocket 119 of the base body 110.

Meanwhile, below, the operating process of the rotating whole body disinfectant water spray device 10 according to an embodiment of the present invention will be described as follows.

When an entrant enters a multi-use facility and stands in front of the rotating whole-body disinfection water spray device 10 according to an embodiment of the present invention, the thermal imaging camera 700 measures the body temperature of the entrant, and based on this, the entrant with a high fever Entry may be restricted.

Entrants whose body temperature has been measured can use the thermal imaging camera 700 and control display 800 to capture a QR code or enter their mobile phone number.

The spraying of disinfectant water may occur after, before, or at the same time. In this embodiment, when a person stands in front of the rotating whole-body disinfectant spray device 10, the rotary elevating body 120 rotates left and right, and the plurality of first spray nozzles 413 spray disinfectant mist and the base body 110 )'s second spray nozzle 416 also sprays disinfection mist. In this embodiment, the first spray nozzles 413 spray the disinfectant mist toward the upper body of the visitor, and the second spray nozzles 416 spray the disinfectant mist toward the feet of the visitor.

In addition, the UV sterilizing lamp 610 of the UV sterilizing unit 600 also rotates as the rotary lifting body 120 rotates and emits ultraviolet rays to sterilize the surrounding area.

Furthermore, the air purifying unit 500 removes fine dust by introducing surrounding air and passing it through the air purifying filter 520, and discharges the purified air to the outside to purify the surrounding air.

The rotary whole-body disinfection water spray device 10 according to the present embodiment as described above is convenient to move and can be quickly installed and used in various places, as well as easy to install and dismantle, and can spray disinfectant water while rotating, so it has a disinfection area larger than before. Not only can it increase the You can even prepare for air pollution such as dust.

As such, the present invention is not limited to the described embodiments, and it is obvious to those skilled in the art that various modifications and changes can be made without departing from the spirit and scope of the present invention. Accordingly, such modifications or variations should be considered to fall within the scope of the patent claims of the present invention.

10: Rotating whole body disinfectant spray device
100: Injection device body 110: Base body
111: Guide block 113: Cloud wheel
114: first connection hole 116: air inlet
118: air outlet 120: rotary lifting body
121: Installation main frame 123: Rotating lifting frame
125: Support plate 127: Elevating guide tube
200: Elevating drive unit 300: Rotation drive unit
311: link bar 313: forward and backward actuator
400: Disinfection water spray unit 410: Spray nozzle module
411: first injection nozzle portion 412: first injection nozzle support bar
413: first injection nozzle 415: second injection nozzle unit
416: Second spray nozzle 420: Disinfection water storage tank
430: Disinfection water pump 440: Disinfection water hose
500: air purifying unit 510: air purifying fan
520: Air purification filter 600: UV sterilization unit
610: UV sterilizing lamp 700: Thermal imaging camera
800: Control display 900: Switch unit

Claims (9)

It can be installed in the indoor entrance area where visitors enter and exit in order to spray disinfectant water for sterilization and disinfection of infectious viruses, and includes a base body that can be supported on the ground and a rotary lift that is capable of relative rotation and up and down movement with respect to the base body. An injection device body including a main body;
A spray nozzle module installed on the rotary elevator body and having a first spray nozzle unit for spraying disinfection water for sterilization and disinfection of infectious viruses as a disinfection mist in the form of fine particles, and a disinfection water storage tank for storing the disinfection water, wherein the spray A disinfection water spray unit installed on the device body;
An air purifying unit provided in the spray device body to purify the surrounding air; and
It includes a UV sterilization unit coupled to the rotary elevator body to emit ultraviolet rays on the front side to sterilize infectious viruses,
The rotary lifting body,
An installation body frame on which the first injection nozzle unit is installed; and
It includes a rotating lifting frame coupled to the lower part of the installation main frame,
The rotating lifting frame is,
A support plate supporting the installation body frame; and
It includes a lifting slide tube that is coupled to the support plate in a cross direction and slides when rising and falling,
A rotating whole body disinfectant water spray device, characterized in that the base body is provided with a guide block that guides the raising and lowering of the lifting slide tube. According to paragraph 1,
A thermal imaging camera coupled to the rotating lifting body to detect body temperature by photographing a person; and
A rotary whole body disinfectant water spray device further comprising a control display having an information input unit that displays images captured by the thermal imaging camera or inputs information about the person entering the room. delete According to paragraph 2,
a lifting drive unit that lifts and drives the rotary lifting frame; and
It further includes a rotation drive unit that rotates the rotation lifting frame,
A rotary whole body disinfectant spray device, characterized in that the lifting drive unit is a linear actuator that has one end coupled to the base body and the other end coupled to the support plate to raise and lower the support plate. According to paragraph 4,
The rotation drive unit is,
A link bar coupled to one end of the support plate; and
A rotating whole body disinfectant water spray device comprising a forward and backward actuator that moves the link bar forward and backward to rotate the support plate clockwise and counterclockwise. According to paragraph 4,
a device control unit that controls the disinfection water spray unit, the air purification unit, and the UV sterilization unit; and
It is installed on the rotary lifting body and further includes a switch unit electrically connected to the device control unit,
The switch unit is,
A spray on/off switch that turns on and off the operation of the disinfectant spray unit;
an air purifying on-off switch that turns on and off the operation of the air purifying unit; and
A rotating whole-body disinfection water spray device comprising a UV sterilization on-off switch that turns on and off the operation of the UV sterilization unit. According to clause 6,
The device control unit rotates the rotary elevator body according to the movement of the person recognized by the thermal imaging camera in front of the rotary elevator body, and rotates the rotation drive unit so that the first spray nozzle portion of the disinfectant water spray unit is directed toward the person. A rotating whole body disinfectant spray device characterized in that it is controlled. According to paragraph 1,
The spray nozzle module further includes a second spray nozzle unit that is coupled to the base body and sprays disinfection water for sterilizing and disinfecting infectious viruses in the vicinity of a person's legs as a disinfection mist in the form of fine particles,
The disinfection water storage tank is connected to the spray nozzle module through a disinfection water hose and is installed in the rotary lifting body,
A first connection hole is formed on the upper surface of the base body so that the disinfection water hose connected to the second spray nozzle of the second spray nozzle unit can go up to the rotary lifting body, and the second spray nozzle is on the lower surface of the rotary lifting main body. A second connection hole is formed through which the disinfectant hose connected to can pass,
The disinfection water spray unit,
A rotary whole-body disinfection water spray device further comprising a disinfection water pump that pumps the disinfection water stored in the disinfection water reservoir to be sprayed onto the spray nozzle module. According to paragraph 1,
Rolling wheels are installed on the base body to facilitate movement,
The air purifying unit is,
An air purifying fan installed on the rotary lifting body; and
It includes an air purifying filter to purify the air sucked by the air purifying fan,
A rotary whole body disinfectant water spray device, characterized in that a plurality of air inlets are provided on both walls of the rotary elevator body in the area where the air cleaning filter is installed, and a plurality of air outlets are provided on the upper wall of the rotary elevator body.

Images