KR20120113324A - Movable disinfection and sterilization apparatus - Google Patents

Abstract

PURPOSE: A movable disinfection and sterilization apparatus sterilizing contagious viruses is provided to sterilize people coming in and out using an antiseptic solution and ultraviolet rays. CONSTITUTION: A movable disinfection and sterilization apparatus includes an inner body(110), an outer body, a blower(142), jet nozzles(144), disinfection nozzles(46, 47), a hand disinfection nozzle(44), and an ultraviolet ray lamp(58). The inner body includes a sterilizing chamber for disinfecting and sterilizing people coming in and out to the sterilizing chamber, and an outlet for discharging air from the sterilizing chamber to the outside. The outer body surrounds the inner body, and includes a blowing passage connected to the outlet. The blower discharges the air to a blowing space. The jet nozzles are installed on inner walls of the inner body, and sprays the air discharged from the blower to the sterilizing chamber. The disinfection nozzles spray an antiseptic solution to the sterilizing chamber. The hand disinfection nozzle sprays the antiseptic solution to both hands of the people. The ultraviolet ray lamp emits ultraviolet rays to the sterilizing chamber.

Description

Mobile Disinfection Equipment {MOVABLE DISINFECTION AND STERILIZATION APPARATUS}

The present invention relates to a portable antiseptic disinfection apparatus, and to a portable antiseptic disinfecting apparatus for disinfecting and disinfecting a person using a disinfectant and ultraviolet rays.

Recently, swine flu has spread rapidly around the world. Swine flu as a source of infection as a source of infection, even humans are infected with a large number of people, due to the strong infectivity has caused many casualties.

In addition, livestock epidemics such as avian influenza and foot-and-mouth disease are occurring worldwide, and many livestock are being killed, which causes many problems not only for livestock farms but also for food.

As such, infectious diseases are currently occurring in various forms, but the current prevention and prevention equipments are simple prevention disinfection devices, personal hand cleaning tools and prevention disinfection equipment, and it is difficult to prevent and prevent infectious viruses quickly. As a result, it is difficult to immediately respond to the initial response and defense.

In particular, the conventional anti-disinfectant disinfection device is taking a way that the individual passes in the state of disinfecting disinfectant solution, according to this method is difficult to achieve a thorough anti-disinfection disinfection is difficult to evenly expose the body parts to the disinfectant solution. In addition, since the body's body is exposed to the atmosphere, antiseptic disinfection is carried out, so that the virus may spread through the atmosphere, and the virus is raised through foreign substances buried in the body of the person as they enter the livestock farm. There is a risk of influx into farms, which can spread the infectious virus indefinitely.

SUMMARY OF THE INVENTION An object of the present invention is to provide a mobile antiseptic disinfection apparatus capable of antiseptic disinfection of an infectious virus.

Another object of the present invention is to provide a portable anti-disinfection device that can be easily moved to a remote place according to the place to use.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

According to an embodiment of the present invention, the mobile anti-septic disinfection device provides a disinfection chamber in which the prevention and disinfection of the entrance and exit, the inner body is formed with a discharge port for discharging the air inside the disinfection chamber to the outside; An outer main body surrounding the inner main body and forming a blow passage communicating with the outlet at an outer side of the inner main body; A blower installed on the blower passage to discharge the air sucked through the outlet toward the blower space; A plurality of jet nozzles installed on an inner wall of the inner body and spraying the air discharged from the blower toward the disinfection chamber; A plurality of disinfection nozzles installed on an inner wall of the inner body to spray disinfectant solution toward the disinfection chamber; Hand disinfecting nozzles installed on the wall of the inner body for spraying disinfectant solution toward both hands of the accessor; An ultraviolet lamp installed on the ceiling of the inner body to irradiate ultraviolet rays toward the disinfection chamber; And it is installed on the bottom surface of the inner main body includes a disinfection mechanism for controlling and disinfecting the shoes of the person placed on the upper surface.

The portable anti-septic disinfection device is installed on the outlet to filter the air discharged through the outlet; And a secondary filter installed downstream of the blower to filter the air discharged from the blower.

The disinfection device may be a shoe disinfection nozzle.

The disinfection mechanism is a disinfection mat, and the disinfection mat may be a porous material.

The portable anti-septic disinfection device is installed in the air blowing space, the disinfecting liquid container in which disinfecting liquid is stored; And a liquid supply line connecting the disinfectant container and the disinfection mat to supply the disinfectant solution to the disinfection mat.

The portable anti-rust disinfection device is installed in the blowing space, the disinfecting solution container having a disinfecting solution stored therein and having an inlet for sucking the air in the blowing space; A compressor connected to the disinfectant container and forcibly supplying the disinfectant gas vaporized from the air and the disinfectant solution sucked through the inlet through one side; And a gas phase supply line connected to one side of the compressor to supply the air and the disinfection gas to the disinfection nozzles, respectively.

The mobile antiseptic device is installed on the inner wall of the inner body, the heat detection camera for detecting the body temperature of the person; A controller for detecting the body temperature sensed by the heat sensing camera; And it may further include a monitor for displaying the body temperature detected through the controller.

The portable anti-rust disinfection device is connected to the blower and the compressor, the controller for controlling the blower and the compressor in accordance with a pre-programmed to carry out the prevention and disinfection in the disinfection room; And a remote controller connected to the controller wirelessly to control the controller.

The portable antiseptic disinfection device includes a dust sensor for detecting dust in the disinfection room; And a controller for operating the blower according to the amount of dust detected by the dust sensor.

According to an embodiment of the present invention, the disinfectant and the ultraviolet lamp may be used to prevent the disinfection of an individual's body. In particular, it is possible to prevent the spread of the infectious virus through the body as the individual moves by performing an anti-disinfection of the body of the individual in a space blocked from the outside.

1 is a plan sectional view schematically showing a portable anti-septic disinfection device according to an embodiment of the present invention.
FIG. 2 is a front sectional view schematically showing the portable anti-septic disinfection device shown in FIG. 1.
3 is a photograph showing the trailer shown in FIG.
4 is a view showing the structure of the ceiling wall shown in FIG.
5 is a view showing a liquid supply line and a gas phase supply line connected to the disinfectant container and the disinfectant container shown in FIG.
FIG. 6 is a block diagram showing a schematic configuration of the portable antiseptic disinfection device shown in FIG. 2.
FIG. 7 is a flowchart showing the operation of the portable anti-septic disinfecting apparatus shown in FIG. 2.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to FIGS. 1 to 7. The embodiments of the present invention can be modified in various forms, and the scope of the present invention should not be construed as being limited to the embodiments described below. The embodiments are provided to explain the present invention to a person having ordinary skill in the art to which the present invention belongs. Accordingly, the shape of each element shown in the drawings may be exaggerated to emphasize a clearer description.

1 is a planar cross-sectional view schematically showing a portable anti-septic disinfection device according to an embodiment of the present invention, Figure 2 is a front sectional view schematically showing the mobile anti-septic disinfection device shown in FIG.

As shown in Figure 1 and 2, the mobile anti-disinfection device has an inner body 110 and the outer body 120, the inner body 120 has a double structure surrounded by the outer body 120. . The inner body 110 has side walls 111, doors 131, 132, ceiling walls 112, and bottom walls 113, and the inner body 110 has side walls 111, doors 131, 132, and ceiling walls. 112, and a disinfection room 130 surrounded by the bottom wall 113.

The disinfection room 130 is blocked from the outside, the interior of the disinfection room 130 is in communication with the air passage 141 through the outlet 114 to be described later. The accessor may enter the disinfection room 130 through the entrance door 132, and may finish the anti-disinfection disinfection of the body and clothes in the disinfection room 130 and exit the disinfection room 130 through the exit door 131.

Similarly, the outer main body 120 includes a side wall 121, a ceiling wall 122, and a bottom wall 123, and the outer main body 120 surrounds the outside of the inner main body 110. A blow passage 141 is formed between the inner body 110 and the outer body 120, and the blow passage 141 communicates with the disinfection chamber 130 through the outlet 114, and the outside of the outer body 120. Keep blocked from Accordingly, in the state in which the doors 131 and 132 are closed, the air in the disinfection room 130 may move only to the air passage 141 through the outlet 114, and the air in the air passage 141 may be jet nozzles 144 described later. Only through the disinfection room 130 can be moved through.

On the other hand, the mobile anti-rust disinfection device is provided with a trailer (120a), the mobile anti-rust disinfection device can be moved to a distance through the trailer (120a). The trailer 120a includes a plurality of rollers 120b installed on the lower surface, and the portable anti-septic disinfection apparatus uses the rollers 120b with the outer body 120 placed on the upper surface of the trailer 120a. Easy to move 3 is a photograph showing the trailer shown in FIG.

The mobile anti-septic disinfection apparatus further includes a blower 142, a prefilter 114a, a hepa filter 143a, and an antibacterial filter 143b. The blower 142 is installed in the lower portion of the blower passage 141 to be adjacent to the outlet 114, and sucks air in the disinfection chamber 130 through the outlet 114 to discharge the upper portion of the blower passage 141. . At this time, the prefilter 114a is installed on the outlet 114. The prefilter 114a has a mesh structure and filters dust or impurities having a relatively large particle size included in the air moving to the air passage 141 through the outlet 114. The HEPA filter 143a and the antibacterial filter 143b are installed at the outlet side of the blower 142. The HEPA filter 143a filters fine particles in the air, as well as fine particles such as dust, mite carcasses, pollen, floating fungus, animal hair, and the like, and the antibacterial filter 143b has an antibacterial effect. Therefore, the air in the disinfection room 130 is primarily filtered through the pre-filter 114a, and then filtered through the hepa filter 143a and the antibacterial filter 143b, after which the jet nozzles in a clean state ( 124, 144 may be injected into the disinfection room 130.

In addition, the mobile prevention disinfection device may further include jet nozzles 124 and 144, hand sanitizing nozzles 44, and disinfection nozzles 46 and 47. The jet nozzles 124 and 144 are installed on the inner wall of the inner body 110, and discharge the filtered air into the disinfection chamber 130 after being discharged through the blower 142. As shown in FIG. 2, the upper jet nozzles 124 are installed on the ceiling wall 112 of the inner main body 110 to inject air toward the lower side, and the side jet nozzles 144 may have the inner main body 110. It is installed on the side wall 111 of the) and injects air in a direction substantially perpendicular to the side wall 111. Therefore, a person entering the disinfection room 130 may perform an air shower on the body and clothes. At this time, the injection speed through the jet nozzles (124,144) may be about 10-30 m / s.

As shown in FIG. 2, the hand sanitizing nozzles 44 are installed at a height corresponding to the hand of the person in the side wall 111 and spray the gas disinfectant solution supplied through the gas phase supply line 15 to be described later. do. Therefore, the person who enters the disinfection room 130 may put a hand on the hand disinfecting nozzle 44 and then perform an anti-disinfection treatment on the hand.

In addition, the disinfection nozzles 46 and 47 are respectively installed on the upper side and the lower side of the side wall 111, and spray the gas disinfectant solution supplied through the gas phase supply line 15 toward the disinfection room 130. The upper disinfection nozzles 46 spray disinfectant solution toward the side and the lower side, and the lower disinfection nozzles 47 spray disinfectant solution toward the side and the upper side. Therefore, a person who enters the disinfection room 130 can carry out anti-disinfection of the body and clothing. On the other hand, the shoe disinfecting nozzle 48 is installed on the upper surface of the bottom wall 113, the gas disinfecting solution supplied through the gas phase supply line 15 is sprayed toward the disinfection room 130. The shoe disinfecting nozzle 48 sprays a disinfectant solution toward the upper part, and an accessor may disinfect the shoe while moving the shoe to the upper part of the shoe disinfecting nozzle 48.

The portable antiseptic disinfection device may further include a disinfection mat 13. Disinfection mat 13 is placed on the top surface of the bottom wall 113, may be a porous material. Disinfection mat 13 is connected to the liquid supply line 14 to be described later, the liquid supply line 14 supplies a disinfectant solution in a liquid state to the disinfection mat 13. Therefore, the disinfection mat 13 is kept wet with disinfectant solution, and the person entering the disinfection room 130 performs disinfection on the body and clothes while standing on the disinfection mat 13 and simultaneously prevents shoes. Disinfection can be performed.

4 is a view showing the structure of the ceiling wall shown in FIG. Mobile anti-disinfection device may further include an illumination lamp 56 and the ultraviolet lamp (58). The lighting lamp 56 may be installed on the ceiling wall 112 and may illuminate the inside of the disinfection room 130 through the transparent window 112a of the ceiling wall 112. Similarly, the ultraviolet lamp 58 is installed on the ceiling wall 112 and irradiates ultraviolet rays into the disinfection room 130 through the transparent window 112a of the ceiling wall 112. Ultraviolet rays are known to destroy or modify the nucleic acids of DNA so that they are no longer active and have bactericidal effects. Therefore, when irradiated with ultraviolet rays through the ultraviolet lamp 58, it can be seen to sterilize the infectious bacteria in the disinfection room 130.

In addition, the mobile prevention disinfection device is a speaker 52, a thermal camera 54, a dust sensor 59, and a wind speed sensor (wind speed sensor can be replaced by the air flow sensor, the air flow sensor can be installed additionally 45) may be further included. When a person enters the interior of the disinfection room 130, a separate sensor (not shown) detects that the person has entered the interior of the disinfection room 130, and through the speaker 52 to send out the announcement about the disinfection prevention process Can be. The heat detection camera 54 detects the body temperature of the person, and through this, it is possible to determine whether the person's swine flu infection (in addition to the infection of the disease that can be determined through the change in body temperature). The sensed temperature may be transmitted to the monitor 160 through the controller 150, which will be described later, and the manager may determine the state of the person through the monitor 160. The dust sensor 59 detects the amount of dust in the disinfection room 130, and the controller 150 may adjust the time of the air shower or the operation of the blower 142 according to the detected amount of dust. The wind speed sensor 45 detects a blowing speed of the air injected through the jet nozzle 144, and the controller 150 may adjust the operation of the blower 142 according to the detected blowing speed.

On the other hand, the portable anti-disinfection device may further include a compressor 16, the disinfectant container 17, and the pedestal (19). The pedestal 19 is installed on the air passage 141, and the disinfectant solution container 17 is placed on the pedestal 19. The disinfectant container 17 is connected to the compressor 16 through the connection line 18, and the air and gaseous disinfectant in the air passage 141 is supplied to the compressor 16 through the connection line 18. The compressor 16 is connected to the hand disinfecting nozzles 44 and the disinfection nozzles 46 and 47 through the gas supply line 15, respectively, and disinfects the air and the gaseous disinfecting nozzles 44 and the disinfection solution. Force supply to the nozzles 46 and 47, respectively.

5 is a view showing a liquid supply line and a gas phase supply line connected to the disinfectant container and the disinfectant container shown in FIG. The disinfectant container 17 stores a disinfectant solution in a liquid state and has an inlet 17a and an outlet 17b. The inlet 17a is formed at an upper portion of the disinfectant container 17, and the air in the air passage 141 may be introduced into the disinfectant container 17 through the inlet 17a. The outlet 17b is positioned higher than the liquid level of the disinfectant solution stored in the disinfectant container 17 and is connected to the compressor 16 through the connection line 18. Therefore, when the compressor 16 is operated, air in the air passage 141 flows into the disinfectant container 17 through the inlet port 17a due to the pressure difference, and the connection line 18 through the outlet port 17b. Supplied by. At this time, the disinfectant solution filled in the disinfectant container 17 is evaporated by the rapid flow of air, and the vaporized disinfectant solution is supplied to the connection line 18 through the outlet 17b together with the air. Air and gaseous disinfectants are forcibly supplied to the gas phase supply line 15 through the compressor 16.

On the other hand, the liquid supply line 14 is connected to the lower portion of the disinfectant container 17, the liquid disinfectant solution is supplied to the disinfection mat 13 through the liquid supply line 14 to wet the disinfection mat (13).

FIG. 6 is a block diagram showing a schematic configuration of the portable antiseptic disinfection device shown in FIG. 2. The mobile prevention disinfection device may further include a controller 150 and a monitor 160. As shown in FIG. 6, the controller 150 includes a camera 54, a dust sensor 59, and a wind speed sensor 45. ), Respectively. The controller 150 may be installed on the outer side of the side wall 121, and may transmit / receive with the remote controller 170 via wireless. Accordingly, the manager may control the controller 150 wirelessly through the remote controller 170.

On the other hand, the information input through the camera 54 or the amount of dust input through the dust sensor 59, the information about the blowing speed of the air injected through the jet nozzles (124, 144) is input to the controller 150 The controller 150 may transmit the corresponding information to the monitor 160. Therefore, the manager can easily grasp the state of the anti-disinfection apparatus as well as the state of the person through the monitor 160. In addition, the manager may control operations of the speaker 52, the blower 142, and the compressor 16 through the remote controller 170 and the controller 150. In addition, the controller 150 may spray the disinfectant solution by adjusting the hand sanitizing nozzle 44 or the disinfecting nozzles 46 and 47, or may irradiate ultraviolet rays by adjusting the ultraviolet lamp 58.

FIG. 7 is a flowchart showing the operation of the portable anti-septic disinfecting apparatus shown in FIG. 2. Referring to Figure 7 describes the operation of the mobile prevention disinfection device as follows.

First, the accessor opens the entrance door 132 and enters the interior of the disinfection room 130, and when the entrance is completed, closes the entrance door 132 to block the interior of the disinfection room 130 from the outside. At this time, a separate sensor (not shown) detects the fact that a person enters the interior of the disinfection room 130, the speaker 52 sends a guide broadcast for the disinfection process.

Then, when the blower 142 is operated, the air filtered through the prefilter 114a, the hepa filter 143a, and the antibacterial filter 143b is supplied to the blow passage 141, and the jet nozzles 124 and 144 are blown. Air flowing through the passage 141 is injected toward the disinfection chamber 130. Therefore, a person entering the disinfection room 130 may perform an air shower on the body and clothes, and the air shower is made for about 5 seconds.

Then, the person touches the hand to the hand disinfecting nozzles 44, the hand disinfecting nozzles 44 detects the hand and then sprays a disinfectant solution in a gaseous state supplied through the vapor supply line 15 to the hand. The hand sanitizing nozzle 44 may spray the sanitizing solution for about 3 seconds.

Thereafter, the disinfection nozzles 46.47 spray the gas disinfectant solution supplied through the gas phase supply line 15 toward the disinfection room 130, and the accessor may disinfect the body and the clothing. Disinfection nozzles 46 and 47 may spray disinfectant solution for about three seconds.

Thereafter, the jet nozzles 124 and 144 again inject air toward the disinfection room 130, and the person entering the disinfection room 130 may perform the air shower for the body and the clothes again. The air shower lasts about 5 seconds.

Thereafter, the person who opens the exit door 131 and exits from the disinfection room 130, the quarantine and disinfection is completed through the above process.

Although the present invention has been described in detail by way of preferred embodiments thereof, other forms of embodiment are possible. Therefore, the technical idea and scope of the claims set forth below are not limited to the preferred embodiments.

13: disinfection mat 16: compressor
17: disinfectant solution 44: hand sanitizing nozzle
45: wind speed sensor 46,47: disinfection nozzle
52: speaker 54: camera
56: lighting lamp 58: UV lamp
110: inner body 120: outer body
124,144: Jet nozzle 130: Disinfection room
131,132: Door 142: Blower

Claims (9)

Providing a disinfection room for the prevention and disinfection of the entrance, the inner body is formed with a discharge port for discharging the air inside the disinfection room to the outside;
An outer main body surrounding the inner main body and forming a blow passage communicating with the outlet at an outer side of the inner main body;
A blower installed on the blower passage to discharge the air sucked through the outlet toward the blower space;
A plurality of jet nozzles installed on an inner wall of the inner body and spraying the air discharged from the blower toward the disinfection chamber;
A plurality of disinfection nozzles installed on an inner wall of the inner body to spray disinfectant solution toward the disinfection chamber;
Hand disinfecting nozzles installed on the wall of the inner body for spraying disinfectant solution toward both hands of the accessor;
An ultraviolet lamp installed on the ceiling of the inner body to irradiate ultraviolet rays toward the disinfection chamber; And
And a disinfection mechanism installed on the bottom surface of the inner body to disinfect and disinfect the shoes of the person placed on the upper surface. The method of claim 1,
The mobile prevention disinfection device,
A primary filter installed on the outlet to filter the air discharged through the outlet; And
And a secondary filter installed downstream of the blower to filter the air discharged from the blower. The method of claim 1,
The disinfection device is a mobile anti-disinfection device, characterized in that the shoe disinfection nozzle. The method of claim 1,
The disinfection device is a disinfection mat,
The anti-disinfection mat device is characterized in that the porous material. The method of claim 4, wherein
The mobile prevention disinfection device,
A disinfecting solution container installed in the blowing space and having a disinfecting solution stored therein; And
And a liquid supply line for connecting the disinfectant container and the disinfection mat to supply the disinfectant solution to the disinfection mat. The method of claim 1,
The mobile prevention disinfection device,
A disinfectant solution container installed in the blowing space and having a disinfecting solution stored therein and having an inlet for sucking the air in the blowing space;
A compressor connected to the disinfectant container and forcibly supplying the disinfectant gas vaporized from the air and the disinfectant solution sucked through the inlet through one side; And
And a vapor phase supply line connected to one side of the compressor to supply the air and the disinfection gas to the disinfection nozzles, respectively. The method of claim 6,
The mobile prevention disinfection device,
A heat detection camera installed on an inner wall of the inner body and detecting a body temperature of the visitor;
A controller for detecting the body temperature sensed by the heat sensing camera; And
And a monitor for displaying the body temperature detected by the controller. The method of claim 6,
The mobile prevention disinfection device,
A controller connected to the blower and the compressor, the controller controlling the blower and the compressor according to a pre-programmed program to perform prevention and disinfection in the disinfection room; And
And a remote controller connected wirelessly to the controller to control the controller. The method of claim 1,
The mobile prevention disinfection device,
A dust sensor for detecting dust in the disinfection room; And
And a controller for operating the blower according to the amount of dust detected by the dust sensor.

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