JP3232923U - Air purification room - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an air purification room capable of sterilization and virus killing in an ozone atmosphere where concentration is safely controlled while having a simple structure and easy installation. SOLUTION: An air purification room 1 is a frame including a plurality of pillar materials and a horizontal member laid horizontally on the pillar material, a compartment 22 attached to the frame to partition the inside and outside airtightly or semi-airtightly, and a compartment. A room main body 2 having a doorway 23 provided on the body and a ventilation port 24 provided with a door portion that can open and close the ventilation opening formed in the compartment, an ozone generator installed in the room main body, and an ozone generator. Multiple ozone concentrations that are attached to the frame or compartment inside the room body and are arranged at predetermined intervals in the horizontal direction, that can measure the ozone concentration and transmit the signal of the numerical data of the measured ozone concentration to the outside of the machine. It includes a measurement sensor and a control device 5 that is arranged inside or outside the main body of the room to control the ozone generator. [Selection diagram] Fig. 1

Description

The present invention relates to an air purification room. More specifically, the present invention relates to an air purification room capable of sterilizing and killing viruses in an ozone atmosphere where the concentration is safely controlled, while having a structure that is easier to install and simpler than that of a conventional clean room.

Conventionally, clean rooms for sterilizing and killing viruses have been provided in buildings such as hospitals, laboratories, and factories. As a clean room provided in a hospital or the like, for example, an ozone sterilization system as shown in Patent Document 1 below has been proposed.

In the ozone sterilization system according to Patent Document 1, a sensor that detects the approach / separation of a person is connected to the ozone generator, and the ozone outlet of the ozone generator is made to face the sterilization required area, so that the person faces the sterilization required area. The ozone generator is driven and stopped based on the signal from the sensor when the ozone generator approaches or separates from the ozone generator.

According to the above-mentioned ozone sterilization system, by entering the room requiring sterilization, it is possible to kill germs adhering to the human body by the bactericidal action due to the strong oxidizing power of ozone, and when entering the room as in the past. , You can enter the area requiring sterilization in a short time without having to take an air shower, wash your hands with antiseptic solution, or press adhesive tape against clothes to remove germs adhering to the human body. At the same time, it is said that there is no need for troublesome work.

Japanese Unexamined Patent Publication No. 2002-253647

On the other hand, the above-mentioned ozone sterilization system is a large-scale system that involves construction work behind the ceiling, and it takes time and effort to install the system, and the construction cost is also high to some extent. In the event of an infectious disease epidemic, it is expected that there will be a need to set up a clean room in a hurry because it can be temporarily installed, but it is hard to say that the ozone sterilization system described above can meet this need.

The present invention was devised in consideration of the above points, and sterilizes and kills viruses in an ozone atmosphere where the concentration is safely controlled while having a simple structure that is easier to install than a conventional clean room. The purpose is to provide a moist air purification room.

In order to achieve the above object, the air purification room of the present invention has a frame including a plurality of pillars and a horizontal member spanning the upper part of the pillars, and is attached to the frame to make the inside and outside airtight. Alternatively, it has a compartment that is semi-airtightly partitioned, an entrance / exit provided in the compartment, and a ventilation port provided with a door portion that can open and close the opening in a ventilable opening formed in the compartment. A plurality of ozone generators capable of generating ozone, which are installed in the room main body and the room main body, and a plurality of ozone generators are attached to the frame or the compartment in the room main body, and each is horizontally spaced. An ozone concentration measuring sensor that can measure the ozone concentration and can transmit a signal of the measured numerical data of the ozone concentration to the outside of the machine, and is arranged either inside the room body or outside the room body. , A control device capable of controlling the ozone generator.

Here, the room main body can form columns and beams (girders) of the air purification room by having a frame including the above-mentioned columns and horizontal members. Further, by having the above-mentioned compartment, the room body can form a wall that divides the inside and outside of the room airtightly or semi-airtightly, thereby causing ozone leakage in the room body and the room body. The inflow of outside untreated air can be suppressed.

Then, the room main body can enter and exit the room main body by having an entrance / exit. In addition, since the room body has the above-mentioned ventilation port, when the ozone concentration in the room body rises too much from the standard, the door of the ventilation port is opened to ventilate the room body and the ozone concentration in the room body. If is below the standard, the ozone concentration can be adjusted to an appropriate level by closing the door of the ventilation port.

The ozone generator can be installed in the main body of the room to generate ozone. The structure of the "ozone generator" is not particularly limited, but for example, a device using an ultraviolet lamp including a light bulb, a fluorescent tube, an LED, etc. is preferably used, but the structure is limited to this. It may be a known device based on other principles.

The ozone concentration measurement sensor can measure the ozone concentration and transmit a signal of the measured numerical data of the ozone concentration to the outside of the machine. In addition, since a plurality of ozone concentration measuring sensors are arranged at intervals in the horizontal direction, it is possible to measure the ozone concentration in various places in the room main body.

That is, since the ozone concentration measurement sensor has the above-mentioned configuration, the manager of the air purification room receives and perceives the ozone concentration information in various places in the room main body by the information communication terminal or the like, and biases depending on the place. With consideration, it can be controlled and adjusted so that the ozone concentration is appropriate.

Although the ozone concentration measurement sensor is attached to the frame or compartment, it is preferable to attach it to the frame because it can easily support the weight of the ozone concentration measurement sensor, and when it is attached to individual pillars, it is naturally attached. It is more preferable because the mode is "each arranged at intervals in the horizontal direction".

The control device is arranged either inside or outside the room body, and the administrator can control the ozone generator either inside or outside the room body. The "control device" includes, for example, various information communication terminals in which dedicated computer software or an application is installed, but the present invention is not limited to this, and for example, switches connected to the control device may be used.

The signal transmission between the ozone generator and the control device is preferably a wireless method because wiring is not required and installation is easy, but the signal transmission is not limited to this, and for example, a wired method may be used. Good.

As described above, according to the present invention, an air purification room capable of sterilizing and killing viruses in an ozone atmosphere where the concentration is safely controlled is provided while having a structure that is easier to install and simpler than that of a conventional clean room. can do.

Further, when the ventilation fan provided in the ventilation port is further provided, forced ventilation in the room main body can be performed. As a result, when the ozone concentration in the room body rises too much from the standard, the ventilation fan can be operated to ventilate and adjust the ozone concentration to an appropriate level. The ventilation fan may be one that exhausts the air in the room main body, or may be one that sends air into the room main body.

Further, the ventilation port has a tubular shape, the base end is connected to the ventilation port to communicate with the ventilation port, and the tip has an extension lead-out portion extending outside the main body of the room, and the tip of the extension lead-out portion is provided. When the ventilation fan arranged on the side is further provided, the ventilation fan can be easily attached and detached, and the attached ventilation fan can perform forced ventilation in the room main body.

As a result, when the ozone concentration in the room body rises too much from the standard, the ventilation fan can be operated to ventilate and adjust the ozone concentration to an appropriate level. The ventilation fan may be one that exhausts the air in the room main body, or may be one that sends air into the room main body. Further, since the ventilation port has the extension lead-out portion having the above-mentioned configuration, it has a structure that makes it easy to connect by fitting a ventilation fan at the tip.

Further, when the room main body portion has a transparent or semi-transparent pocket-shaped storage portion that can be seen from the outside on the outer portion of the compartment, the stored items can be stored in the same portion. Here, the "stored item" may be, for example, a signal display, a sheet on which the date and time of checking the ozone concentration and the name of the person in charge and the name of the person in charge are recorded, or a touch panel type display unit described later. It may be an information communication terminal (hereinafter referred to as "tablet terminal") that can be carried and carried, or a monitor connected to a personal computer for management (hereinafter referred to as "personal computer") and separated from the personal computer.

As a signal display, for example, a green-orange-red lamp connected to an ozone generator is provided, and based on the signal received from the ozone concentration measurement sensor, the red lamp is displayed when the inside of the room body is in the sterilization process. , The orange lamp lights up when ozone is being generated, and the green lamp lights up when the sterilization process inside the room is completed, and the blue, yellow, and red lamps are connected to the ozone generator. , When the ozone concentration in the room body is within the standard value (safety) based on the signal received from the ozone concentration measurement sensor, the blue lamp is when it approaches the standard value, and when the yellow lamp exceeds the standard value. There is a structure in which each red lamp lights up, but other structures are not excluded.

Further, the control device is an information communication terminal having a touch panel type display unit, or an information communication terminal having a monitor separable from the main body, and the storage unit is an information communication terminal having a touch panel type display unit. Or, if the size is such that the separated monitor can be stored, the display unit or monitor of the information communication terminal can be visually recognized through the transparent or semi-transparent part of the storage unit, and the information communication terminal can be stored in the storage unit. The display unit or monitor can be stored.

As a result, the user can always visually recognize the information displayed on the display unit or monitor of the information communication terminal through the transparent or translucent portion of the storage unit, and can obtain the measurement information such as the ozone concentration in the room main body. It can be perceived from outside the room body. In addition, when the control device is an information communication terminal having a touch panel type display unit, necessary operations such as taking out the information communication terminal from the storage unit and controlling the ozone generator are appropriately performed outside the room main body. You can also do it.

If a recording device that receives the signal transmitted from the ozone concentration measurement sensor and can record the measured value is further provided, the recording device records the change over time in the measured value of the ozone concentration in the air purification room. be able to. As a result, the user can use the obtained measured value information as a record necessary for operating the air purification room and as reference information for future operation. The recording device may be an external recording medium such as a server or a hard disk, or may be integrated with an information communication terminal (tablet terminal or personal computer). Further, the signal transmission between the ozone concentration measurement sensor and the recording device is preferably a wireless method because wiring is not required and installation is easy, but the signal transmission is not limited to this, for example, a wired method. May be good.

In addition, if either or both of the pillars and the horizontal members are provided with an expansion / contraction mechanism and the compartment is in the form of a sheet, the size of the air purification room can be arbitrarily adjusted within the range of the maximum extension value. Since it has a simpler structure, it is convenient for temporary use indoors and outdoors.

Specifically, the height of the air purification room can be adjusted by providing the expansion and contraction mechanism on the pillar material, and the air purification by providing the expansion and contraction mechanism on the horizontal member. The width of the room or the size in the depth direction can be adjusted. Since the compartment is in the form of a sheet, even if either or both of the pillar material and the horizontal member are expanded and contracted by the expansion / contraction mechanism, a part of the compartment is bent or folded to stretch it to an appropriate size. Can be set up.

Furthermore, since the pillar material is provided with an expansion / contraction mechanism, it can be made shorter in the length direction than the maximum extension value, so that it does not need to be bulky during transportation and storage, it does not take up space, and it is easy to transport. , Convenient. Furthermore, since the compartment is in the form of a sheet, it can be folded into a small size, so that it does not need to be bulky during transportation and storage, it does not take up space, and it is easy to carry, which is convenient.

Examples of the "expansion / contraction mechanism" include, for example, a nesting expansion / contraction mechanism, a joint expansion / contraction mechanism, a folding expansion / contraction mechanism or a slide expansion / contraction mechanism, or a combination thereof, but the present invention is not limited to this, and other known mechanisms are available. You may. Further, as the "compartment body", for example, a tent fabric is preferably used, but the present invention is not limited to this, and a fabric such as canvas, a paper material sheet, various synthetic resin sheets, and a sheet of other known materials are used. It may be.

In order to achieve the above object, the air purification room of the present invention includes a plurality of pillars and a horizontal member extending over the pillars, and at least the horizontal member is provided with a telescopic mechanism. A frame, a sheet-shaped compartment attached to the frame to airtightly or semi-airtightly partition the inside and outside, a curtain-shaped doorway provided in the compartment, and a ventilable opening formed in the compartment. A door portion that can open and close the opening portion, and an extension lead-out portion that has a tubular shape and has a base end connected to the opening portion to communicate with the opening portion and whose tip end extends toward the outside of the compartment are provided. A room main body having a ventilation port provided and a transparent or semi-transparent pocket-shaped storage portion provided on the outer side of the compartment and visible from the outside, and ozone installed in the room main body. An ozone generator capable of generating ozone, and a plurality of ozone generators attached to the frame or compartment in the main body of the room, each of which is arranged at intervals in the horizontal direction to measure and measure ozone concentration. A wireless ozone concentration measuring sensor capable of transmitting a signal of numerical concentration data to the outside of the machine, a recording unit capable of receiving the signal transmitted from the ozone concentration measuring sensor and recording it as a measured value, and the ozone. It is an information communication terminal that includes a control unit that can control the generator, has a touch panel type display unit, and has a size that can be stored in the storage unit, or has a monitor that can be separated from the main body. The separated monitor includes a control device, which is an information and communication terminal having a size that can be stored in the storage portion, and a ventilation fan arranged on the tip end side of the extension lead-out portion.

Here, the room main body can form columns and beams (girders) of the air purification room by having a frame including the above-mentioned columns and horizontal members. Since at least the horizontal member is provided with the expansion / contraction mechanism, the width of the air purification room or the width in the depth direction can be adjusted. Furthermore, since at least the horizontal member is provided with an expansion / contraction mechanism, it can be made shorter in the length direction than the maximum extension value, so that it does not need to be bulky during transportation and storage, and it does not take up space and is transported. Because it is easy, it is convenient.

Further, by having the above-mentioned compartment, the room body can form a wall that divides the inside and outside of the room airtightly or semi-airtightly, thereby causing ozone leakage in the room body and the room body. The inflow of outside untreated air can be suppressed. Since the compartment is in the form of a sheet, even if either or both of the pillar material and the horizontal member are expanded and contracted by the expansion / contraction mechanism, a part of the compartment is bent or folded to stretch it to an appropriate size. Can be set up. Furthermore, since the compartment is in the form of a sheet, it can be folded into a small size, so that it does not need to be bulky during transportation and storage, it does not take up space, and it is easy to carry, which is convenient.

Then, the room main body can enter and exit the room main body by having an entrance / exit. Since the entrance / exit is curtain-shaped, it is easy to enter / exit, and since it can be formed of the same material as the sheet-shaped compartment, it is easy to manufacture and can contribute to cost reduction.

Furthermore, since the room body has the above-mentioned ventilation port, when the ozone concentration in the room body rises too much from the standard, the door of the ventilation port is opened to ventilate the room, and ozone in the room body is ventilated. If the concentration is below the standard, the ozone concentration can be adjusted to an appropriate level by closing the door of the ventilation port.

Since the above-mentioned ventilation port has an extension lead-out portion, it is easy to attach / detach the ventilation fan arranged on the tip side thereof, and the attached ventilation fan can perform forced ventilation in the room main body. As a result, when the ozone concentration in the room body rises too much from the standard, the ventilation fan can be operated to ventilate and adjust the ozone concentration to an appropriate level.

In addition, since the room main body portion has the above-mentioned storage portion, the stored items can be stored in the same portion. Here, as the "stored object", for example, a lamp lights up based on a signal received from an information communication terminal having a touch panel type display unit, a monitor separable from the main body of the information communication terminal, or an ozone concentration measurement sensor. Examples include a structural signal display, a sheet on which the date and time of checking the ozone concentration, etc., and the name of the person in charge are recorded.

The ozone generator can be installed in the main body of the room to generate ozone. In addition, the ozone concentration measurement sensor can measure the ozone concentration and transmit a signal of the measured numerical data of the ozone concentration to the outside of the machine. In addition, since a plurality of ozone concentration measuring sensors are arranged at intervals in the horizontal direction, it is possible to measure the ozone concentration in various places in the room main body. In other words, because the ozone concentration measurement sensor has the above-mentioned configuration, the manager of the air purification room perceives the ozone concentration information in various places in the room body, considers the bias depending on the location, and considers the appropriate ozone. It can be controlled and adjusted to a concentration.

The control device is either an information communication terminal having a touch panel type display unit or an information communication terminal having a monitor separable from the main body, whereby the administrator can control the ozone generator.

The control device may be arranged either inside the room main body or outside the room main body, but is stored in the storage portion provided on the outer side of the room main body (that is, arranged outside the room main body). The display unit or monitor of the information communication terminal can be stored in the storage unit in such a manner that the display unit or monitor of the information communication terminal can be visually recognized through the transparent or translucent portion of the storage unit. it can.

As a result, the user or the administrator can always visually recognize the information displayed on the display unit or the monitor of the information communication terminal through the transparent or translucent part of the storage unit, and can measure the ozone concentration in the room main body. Information can be perceived from outside the room body. In addition, when the control device is an information communication terminal having a touch panel type display unit, necessary operations such as taking out the information communication terminal from the storage unit and controlling the ozone generator are appropriately performed outside the room main body. You can also do it.

The signal transmission between the ozone generator or ozone concentration measurement sensor and the control device is preferably wireless because wiring is not required and installation is easy, but the signal transmission is not limited to this, for example. It may be a wired system.

As described above, according to the present invention, an air purification room capable of sterilizing and killing viruses in an ozone atmosphere where the concentration is safely controlled is provided while having a structure that is easier to install and simpler than that of a conventional clean room. can do. Further, since the air purification room has a simple structure in which the main body of the room is composed of the above-mentioned frame and compartment, it is convenient for temporary use indoors and outdoors.

According to the present invention, it is possible to provide an air purification room capable of sterilizing and killing viruses in an ozone atmosphere where the concentration is safely controlled, while having a structure that is easier to install and simpler than that of a conventional clean room. ..

It is a perspective explanatory view which showed the air purification room of this invention from the front direction. It is a perspective explanatory view which showed the air purification room shown in FIG. 1 from the back direction. It is a perspective explanatory view of the state which the section body of the air purification room shown in FIG. 1 is removed. It is a plan view explanatory view which shows the structure of the air purification room shown in FIG. It is a perspective explanatory view of the ozone generator. It is a perspective explanatory view which shows the ozone generator shown in FIG. 5 from the back direction.

Embodiments of the present invention will be described in more detail with reference to FIGS. 1 to 6. In addition, the reference numerals in each figure are attached within the range which reduces the complexity and facilitates understanding. Further, in the English letters described together with the arrows shown in the drawings, F is the front side in FIG. 1, B is the back side in FIG. 1, W is the width direction in FIG. 1, and H is the height in FIG. The direction is shown.

The air purification room 1 according to the present embodiment includes a room main body 2, an ozone generator 3, an ozone concentration measurement sensor 4, a control device 5, and a ventilation fan 6. Each part constituting the air purification room 1 will be described in detail below.

(Room body 2)
The room main body 2 has a frame 21 and a compartment 22. The frame body 21 is composed of four pillar members 211 and four horizontal members 212 bridged above the adjacent pillar members 211 (see FIG. 3).

The pillar material 211 is made of an aluminum alloy, and is provided with a nesting type expansion / contraction mechanism capable of expanding / contracting in the arrow H (height direction) shown in FIG. Further, each pillar member 211 is arranged so as to be rectangular in a plan view (see FIGS. 3 and 4).

The horizontal member 212 is made of an aluminum alloy, and the horizontal member 212 located on the front side and the back side of FIG. 3 is a horizontal member located on the left side and the right side of FIG. 3 in the arrow W (horizontal width direction). The 212 is provided with a link type expansion / contraction mechanism that can be expanded / contracted in each of the arrows FB (depth direction). Further, each horizontal member 212 is arranged so as to be rectangular in a plan view (see FIG. 3).

The compartment 22 is formed of an airtight or semi-airtight sheet material formed by applying a vinyl chloride resin to a polyester base cloth, and is provided in a substantially cross shape in a developed state. The compartment 22 is placed so that the central region of the cross shape overlaps the rectangular region in a plan view formed by each of the horizontal members 212, and the four peripheral portions are hung down and attached to the pillar member 211. ..

That is, the compartment 22 is attached to the frame 21, and the cross-shaped central region of the compartment 22 constitutes the ceiling portion, and the four piece portions around the cross shape of the compartment 22 described above form a ceiling portion. Each side wall portion on the front side, the back side, and the left and right sides is formed, and the inside and outside of the air purification room 1 are airtightly or semi-airtightly divided.

The compartment 22 is formed in a gate shape in which one portion arranged in front of the four pieces around the cross shape of the compartment 22 described above is opened in the tip direction, and is formed in a gate shape. A hook-and-loop fastener is provided on the edge.

An entrance / exit 23 is attached to the gate-shaped opening of the compartment 22 described above. The doorway 23 is provided with a hook-and-loop fastener at the peripheral edge portion, is removable from the hook-and-loop fastener provided at the opening of the gate-shaped opening, and can be opened and closed like a curtain with respect to the compartment 22. The doorway 23 is made of the same material as the compartment 22.

A storage portion 25 is provided on the outer side portion of the side wall (left wall in the present embodiment) of the compartment 22. The storage portion 25 is made of a transparent synthetic resin material, has an opening at the top, and is provided in a pocket shape large enough to accommodate the control device 5.

The ventilation port 24 is provided on a surface (the back side of the room main body 2) opposite to the entrance / exit 23 of the compartment 22, and includes an opening 241, a door portion 242, and an extension lead-out portion 243. The opening 241 is a ventilable hole formed in the compartment 22.

The door portion 242 is a curtain body having a size capable of closing the opening portion 241 and having an upper portion fixed to the partition body 22. The door portion 242 is made of the same material as the compartment 22, and is rolled up and held upward when the extension lead-out portion 243 is deployed or the opening 241 is closed.

The extension lead-out portion 243 has a tubular shape formed of the same material as the compartment 22, and the base end is connected to the opening 241 to communicate with the inside of the room main body 2 through the opening 241 and the tip is the compartment 22. It is a structure that extends in the outward direction of.

(Ozone generator 3)
The ozone generator 3 is mounted on the gantry 8 in the vicinity of the compartment 22 which is the back surface of the room main body 2. The ozone generator 3 has a structure including a main body 30, a lid 31, a control unit 32, a connection port 33, an ultraviolet lamp 34, an air supply port 35, and an exhaust fan 36, that is, generates ozone. It is a possible device.

The main body 30 is made of synthetic resin and is an airtight box with an opening on the front side. The lid portion 31 is made of synthetic resin and is provided so as to be openable and closable with a size capable of closing the opening portion on the front side of the main body portion 30.

The control unit unit 32 is arranged on the inner bottom surface side of the main body unit 30, and internally stores the control device in an airtight or semi-airtight manner. The control device of the control unit unit 32 has at least a communication function with the control device 5, an on / off function of the ultraviolet lamp unit 34, and an on / off function of the exhaust fan 36.

The connection port unit 33 is provided on the back side of the main body unit 30 and is connected to the control unit unit 32. The connection port 33 includes a power receiving connector from external power, a USB connector (mainly used for wired connection with the control device 5), a connection connector with the signal display 7 (used for power transmission and operation signal transmission), and the like. A power transmission connector for the control device 5 and a power transmission connector for the ventilation fan 6 are provided (each reference numeral is omitted).

The ultraviolet lamp portion 34 is composed of two ultraviolet lamps and attachments provided in parallel with the inner top portion of the main body portion 30.

The air supply port 35 can guide the air outside the main body 30 into the main body 30, and is provided on the left side surface of the main body 30. The exhaust fan 36 can exhaust the air inside the main body 30 to the outside of the main body 30, and is provided on the right side surface of the main body 30.

(Ozone concentration measurement sensor 4)
The ozone concentration measurement sensor 4 has a function of measuring the ozone concentration, a function of signaling the measured numerical data of the ozone concentration, and a function of wirelessly transmitting the signalized data to the outside of the machine. The ozone concentration measurement sensor 4 is attached to each of the pillar members 211 in the vicinity of the upper end in the height direction in the room main body 2. That is, there are a total of four ozone concentration measurement sensors 4 in the air purification room 1, each of which is arranged at the same height in the horizontal direction and at intervals.

(Control device 5)
The control device 5 includes a receiving unit that receives the above-mentioned signal transmitted from the ozone concentration measurement sensor 4, a recording unit that can record the received signal as a measured value, and a control unit that can control the ozone generator 3. It is a tablet terminal (information communication terminal) having a touch panel type display unit and having a size that can be stored in the storage unit 5.

Then, the control device 5 is installed with computer software for wirelessly controlling the ozone generator 3, computer software for recording the received signal from the ozone concentration measurement sensor 4, and computer software for displaying the data recorded by the recording unit. There is. In the user interface where each computer software is displayed in cooperation, at least the icon of the on / off switch of the ozone generator 3 and the icon of the switch that calls the history of the data recorded by the recording unit are displayed, and these switches are displayed with a finger. By touching it, you can operate it without a keyboard or the like.

(Ventilation fan 6)
The ventilation fan 6 is of a ventilation system, is arranged on the tip side of the extension lead-out portion 243, and is provided with a base portion fitted and inserted into the extension lead-out portion 243.

(Signal display 7)
The signal display 7 is connected to the ozone generator 3 and includes a green-orange-red lamp, and is red when the inside of the room main body 2 is in the process of sterilization based on the signal received from the ozone concentration measurement sensor 4. The structure is such that the orange lamp lights up when ozone is being generated, and the green lamp lights up when the sterilization step in the room main body 2 is completed. In FIG. 1, it is stored in the storage unit 25.

In the present embodiment, there are four pillars 211, and each pillar 211 is arranged so as to be rectangular in a plan view, but the present invention is not limited to this, and for example, the number of pillars 211 is three or more. The number may be five or more, and the plan view shape formed by the arrangement of the pillar members may be a triangle or a polygon.

In the present embodiment, there are four horizontal members 212, and each horizontal member 212 is arranged so as to be square in a plan view, but the present invention is not limited to this, and for example, the number of pillar members 211. The number of the horizontal members 212 may be increased or decreased according to the above, or the arrangement may be such that the pillar members 211 in the opposite direction or diagonally are bridged with each other.

In the present embodiment, the doorway 23, the door portion 242, and the extension lead-out portion 243 are made of the same material as the compartment 22, but the present invention is not limited to this, and the door portion 242 and the extension lead-out portion 243 are formed of different materials. May be good. Further, the compartment 22 may be made of a material other than the above-mentioned materials, and may be, for example, a known material such as a synthetic resin material, wood, or a paper material, or a combination thereof, particularly for a long period of time or. For the purpose of constant installation, a hard or highly rigid material is preferably used.

In the present embodiment, the main body portion 30 and the lid portion 31 are made of synthetic resin, but the present invention is not limited to this, and for example, other known materials such as a metal material or a combination thereof may be formed. .. Further, in the present embodiment, the connection port unit 33 may be further provided with a port for connecting a LAN cable or another externally connected device in addition to the various connectors described above. Further, in the present embodiment, the positions where the air supply port 35 and the exhaust fan 36 are provided may be reversed left and right, or may be designed such that they are provided at the top and bottom of the main body. ..

In the present embodiment, the ozone generator 3 has the above-mentioned structure, but the present invention is not limited to this, and any device that can generate ozone may be used, and the ozone generator 3 can be controlled from the outside by the control device 5. Is preferable.

In the present embodiment, the ozone concentration measuring sensor 4 has a function of measuring the ozone concentration, but may have a function of measuring other environmental information such as the _{CO 2 concentration.} Further, in the present embodiment, the ozone concentration measurement sensor 4 has a function of wireless transmission, but does not exclude equipment having only a wired transmission function.

In the present embodiment, one ozone concentration measuring sensor 4 is attached near the upper end of each pillar 211 in the height direction, but the present invention is not limited to this, and for example, the height of each pillar 211 is not limited to this. It may be attached to the vicinity of the lower end of the direction, attached to each of the pillars 211 substantially in the middle of the height direction, or attached to the compartment 22. Further, the number of the ozone concentration measurement sensor 4 attached to each pillar material 211 may be increased or decreased. It exists near the upper end of the pillar material 211 in the height direction, approximately in the middle of each pillar material 211 in the height direction, and near the lower end of the pillar material 211 in the height direction. It may be an embodiment (that is, three ozone concentration measurement sensors 4 are attached to one pillar material 211, which enables fine measurement of the ozone concentration at each height in the room).

In the present embodiment, the ozone concentration measurement sensors 4 are arranged at intervals in the horizontal direction, but the present invention is not limited to this, and for example, the mounting height is changed for each pillar material 211. In this case, the ozone concentration at each height in the room can be finely measured.

In the present embodiment, the ventilation fan 6 is arranged on the tip end side of the extension lead-out portion 243,
It may be arranged directly in the opening 241.

In the present embodiment, the configuration of the signal display 7 is as described above, but the present invention is not limited to this, and for example, it is connected to the ozone generator 3 and includes a blue-yellow-red lamp, and an ozone concentration measurement sensor. Based on the signal received from 4, the blue lamp is when the ozone concentration in the room body 2 is within the reference value (safety), the yellow lamp is when it approaches the reference value, and the red lamp is when it exceeds the reference value. However, the signal indicators having a structure in which they are lit may be lit.

(For use)
The operation and effect of the air purification room 1 will be described.
The room main body 2 can form the columns and beams (girders) of the air purification room 1 by having the frame 21 including the column member 211 and the horizontal member 212. Since the pillar member 211 is provided with the expansion / contraction mechanism, the height of the air purification room 1 can be adjusted, and the horizontal member 212 is provided with the expansion / contraction mechanism for air. The width and depth direction of the cleaning room 1 can be adjusted. Furthermore, since the expansion / contraction mechanism is provided, it can be shortened in the length direction, it does not need to be bulky during transportation and storage, it does not take up space, and it is easy to transport, which is convenient.

Further, the partition body 22 can form a wall that divides the inside and outside of the room airtightly or semi-airtightly, whereby ozone leaks inside the room body 2 and the untreated air outside the room body 2 is discharged. The inflow can be suppressed. Since the compartment 22 has a sheet shape, even if either or both of the pillar member 211 and the horizontal member 212 expands and contracts due to the expansion / contraction mechanism, it is appropriate to bend or fold a part of the compartment 22. It can be stretched in any size. Furthermore, since the compartment 22 has a sheet shape, it can be folded into a small size, so that it does not need to be bulky during transportation and storage, it does not take up space, and it is easy to carry, which is convenient.

Then, the doorway 23 can enter and exit the room main body 2 by this. Since the doorway 23 has a curtain shape, it is easy to go in and out, and it can be held in a sealed state by fastening a face tape, and it can also be formed of the same material as the sheet-shaped compartment 22. It is easy to manufacture and can contribute to cost reduction.

Furthermore, when the ozone concentration in the room body 2 rises too much above the standard, the ventilation port 24 opens the door 242 to ventilate the room, and if the ozone concentration in the room body 2 falls below the standard, the ventilation port 24 is ventilated. By closing the door portion 242, the ozone concentration can be adjusted to an appropriate level. Since the ventilation port 24 has the extension lead-out portion 243, the ventilation fan 6 arranged on the tip side thereof can be easily attached and detached, and the attached ventilation fan 6 can perform forced ventilation in the room main body portion. As a result, when the ozone concentration in the room main body 2 rises too much from the reference value, the ventilation fan 6 can be operated to ventilate and adjust the ozone concentration to an appropriate level.

In addition, the storage unit 25 can store the control device 5 and the signal display 7, which are stored items, in the same part. As a result, the ozone concentration displayed on the display unit of the control device 5 can be constantly visually recognized through the transparent storage unit 25 (that is, the ozone concentration can be perceived from outside the room body 2), and in some cases. It is also possible to operate the ozone generator 3 by operating the touch panel type display unit. Further, since the signal display 7 lights up the color of the signal indicating the ozone concentration as described above, the process (sterilization process is in progress) from the outside of the room body 2 to the inside of the room body 2 through the transparent storage unit 25. Whether or not ozone is being generated) can be perceived.

The ozone generator 3 can generate ozone in the room main body 2. Further, the ozone concentration measurement sensor 4 measures the ozone concentration in the room main body 2, and transmits a signal of the numerical data of the measured ozone concentration to the outside of the machine. In addition, since the ozone concentration measuring sensor 4 has the above-mentioned arrangement, it is possible to measure the ozone concentration at various places in the room main body 2. As a result, the manager of the air purification room 1 perceives information on the ozone concentration in various places in the room main body 2, and manages and adjusts the ozone concentration so as to be appropriate after considering the bias depending on the place. be able to.

The control device 5 allows the administrator to control the ozone generator 3 with this. In addition, necessary operations such as taking out the control device 5 which is an information communication terminal having a touch panel type display unit from the storage unit 25 and controlling the ozone generator 3 are appropriately performed outside the room main body 2. You can also.

As described above, according to the device according to the present embodiment, air capable of sterilizing and killing viruses in an ozone atmosphere where the concentration is safely controlled while having a structure that is easier to install and simpler than that of a conventional clean room. A cleaning room 1 can be provided. Further, since the air purification room 1 has a simple structure in which the room main body 2 is composed of the frame body 21 and the partition body 22 described above, it is convenient for temporary use indoors and outdoors.

In addition, according to the air purification room 1, for example, in the event of an infectious disease epidemic such as influenza or COVID-19, in an area where a clean room is not normally installed, such as an airport, a station, a facility entrance / exit, or a temporary luggage storage. , A space that can be cleaned of air can be installed easily and quickly without requiring large-scale construction.

The air purification room 1 installed in this way can perform quarantine treatment (sterilization and virus killing) to kill bacteria and viruses adhering to the cargo and luggage by storing them for a predetermined time, for example. Since it can be used as a space for short-term infectious disease testing and vaccination, it can contribute to the prevention of infectious diseases. The air purification room 1 can of course be used even when an infectious disease is epidemic.

The terms and expressions used in the present specification and the present utility model registration claims are for explanatory purposes only and are not limited in any way, and are within the scope of the present specification and the present utility model registration claims. There is no intention to exclude terms or expressions equivalent to the described features and some of them. In addition, it goes without saying that various modifications are possible within the scope of the technical idea of the present invention.

1 Air purification room 2 Room main body 21 Frame body 211 Pillar material 212 Horizontal material 22 Section body 23 Doorway 24 Ventilation port 241 Opening 242 Door part 243 Extension lead-out part 25 Storage part 3 Ozone generator 30 Main body part 31 Lid part 32 Control unit 33 Connection port 34 Ultraviolet lamp 35 Air supply port 36 Exhaust fan 4 Ozone concentration measurement sensor 5 Control device 6 Ventilation fan 7 Signal display 8 Stand

Claims (8)

A frame body including a plurality of pillar materials and a horizontal member bridged over the pillar materials, a partition body attached to the frame body to partition the inside and outside airtightly or semi-airtightly, and an entrance / exit provided in the partition body. And, a room main body portion having a ventilation port provided with a door portion that can open and close the opening portion in the ventilable opening portion formed in the same compartment.
An ozone generator installed in the main body of the room that can generate ozone,
A plurality of ozone concentrations are attached to the frame or compartment in the room main body, and each of them is arranged at intervals in the horizontal direction, and the signal of the numerical data of the measured ozone concentration can be measured outside the machine. Ozone concentration measurement sensor that can be transmitted to
An air purification room provided with a control device that is arranged either inside the room body or outside the room body and can control the ozone generator. The air purification room according to claim 1, further comprising a ventilation fan arranged in the ventilation port. The ventilation port has a tubular shape, the base end is connected to the ventilation port to communicate with the ventilation port, and the tip has an extension lead-out portion extending outside the main body of the room, and the tip of the extension lead-out portion. The air purification room according to claim 1, further comprising a ventilation fan arranged on the side. The air purification room according to any one of claims 1 to 3, wherein the room main body has a transparent or semi-transparent pocket-shaped storage portion visible from the outside on the outer portion of the compartment. The control device is an information communication terminal having a touch panel type display unit, or an information communication terminal having a monitor separable from the main body.
The air purification room according to claim 4, wherein the storage unit has a size capable of storing the information communication terminal having the touch panel type display unit or the separated monitor. The air purification room according to any one of claims 1 to 5, further comprising a recording device capable of receiving a signal transmitted from the ozone concentration measuring sensor and recording the measured value. The air purification room according to any one of claims 1 to 6, wherein a telescopic mechanism is provided on either or both of the pillar material and the horizontal member, and the compartment is in the form of a sheet. A frame body including a plurality of pillar materials and a horizontal member bridged over the pillar material, and at least the horizontal member is provided with an expansion / contraction mechanism, and is attached to the frame body to make the inside and outside airtight or semi-airtight. A sheet-shaped compartment to be partitioned, a curtain-shaped doorway provided in the compartment, a ventilable opening formed in the compartment, a door portion that can open and close the opening, and a tubular shape. , A ventilation port provided with an extension lead-out portion having a base end connected to the opening to communicate with the opening and having an extension extending in the outward direction of the compartment, and an outer portion of the compartment. A room body having a transparent or semi-transparent pocket-shaped storage that can be seen from the outside,
An ozone generator installed in the main body of the room that can generate ozone,
A plurality of ozone concentrations are attached to the frame or compartment in the room main body, and each of them is arranged at intervals in the horizontal direction, and the signal of the numerical data of the measured ozone concentration can be measured outside the machine. With a wireless ozone concentration measurement sensor that can transmit to
It includes a recording unit that can receive the signal transmitted from the ozone concentration measurement sensor and record it as a measured value, and a control unit that can control the ozone generator, and has a touch panel type display unit. An information and communication terminal having a size that can be stored in the storage unit, or an information and communication terminal that has a monitor that can be separated from the main body and the separated monitor has a size that can be stored in the storage unit. Control device and
An air purification room including a ventilation fan arranged on the tip side of the extension lead-out unit.

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