KR101226907B1 - Anti-personnel Sterilizer - Google Patents

Abstract

The present invention relates to an antiseptic structure, comprising: a passage assembly having an entrance passage having an inlet and an outlet; An exhaust machine room including exhaust devices for spraying sterilization particles on an entrance passage side through an exhaust nozzle, including a sterilization device including sterilization particles; And an intake machine room provided with intake devices for sucking and discharging the disinfecting disinfecting particles remaining in the entrance passage through the intake nozzle, wherein the sterilization particles are selected from ozone, ions, and aromas. It is made of any one or a combination thereof, and by further installing an ultraviolet sterilizer on the entrance passage side of the passage assembly, the external infectious factor contacts entering and exiting the entrance passage, thermal sensing of the contact propagating object, and automatically sterilizing and The present invention relates to a structure for disinfecting persons to enable disinfection to prevent the transmission of infectious agents.

Description

Anti-personnel Sterilizer

The present invention relates to a causal disinfection structure, and to a causal disinfection structure for automatically disinfecting people entering and leaving the access passage by installing in a place where a lot of people, such as an airport.

In general, cleaning and disinfection in the field of health hygiene is a basic and holistic way to secure the sanitation environment of the area and space.

In particular, the entrance and exit space of public facilities, which are frequently accessed by an unspecified number of people, prevents transmission of infectious agents through disinfection of access spaces because external infectious agent contacts and contact propagating objects are always crossing in and out.

In addition, the food industry, biological industry, life-related laboratories, etc. are always at risk of infection, contamination and external transmission of various pathogenic microbial factors, and make every effort to prevent the transmission of infectious agents.

For example, inoculation and disinfection are carried out nationwide for the prevention of infectious agents, such as the recent influenza influenza. In particular, infrared cameras are installed in the entrance and exit of public facilities to prevent thermal detection.

In addition, each individual is more concerned with sterilization and disinfection through hand sanitizers and hand sanitizers as a preventive measure.

However, as mentioned above, disinfection work is not directly performed on people entering and leaving public facilities, but instead, infrared cameras are installed to prevent indirect and inefficient preventive activities. There is a problem that can not be.

Therefore, the present invention has been made to solve the above problems, the object of the present invention, a sterilization apparatus for spraying sterilization disinfecting particles in places where a large number of unspecified people, and ultraviolet sterilization apparatus that ultraviolet rays are emitted It is to install and to automatically sterilize and disinfect people entering and leaving the passageway to prevent the spread of infectious agents.

In order to achieve the above object, the disinfection structure according to the present invention includes a passage assembly having an inlet and an outlet passage formed therein; An exhaust machine room including exhaust devices for spraying sterilization particles on an entrance passage side through an exhaust nozzle, including a sterilization device including sterilization particles; And an intake machine room provided with intake devices for sucking and discharging the disinfecting disinfecting particles remaining in the entrance passage through the intake nozzle, wherein the sterilization particles are selected from ozone, ions, and aromas. It is made of any one or a combination thereof, characterized in that the ultraviolet light sterilizer is further installed on the access passage side of the passage assembly.

The passage assembly is characterized in that the tunnel structure.

In the interior space of the passage assembly, a connecting pipe for transferring sterilization particles from the exhaust device and the intake device, respectively, extends along the length of the access passage, and branches toward the access passage at regular intervals to be connected to the intake and exhaust nozzles. It is characterized by.

The exhaust machine room includes an exhaust pump, a filter device for filtering the sterilization particles sprayed into the entry and exit passage, a blower for allowing the sterilization particles to be pumped through the connecting pipe, and a heat exchanger for controlling cold / temperature. It characterized in that it further comprises.

The intake machine room may further include an intake pump, a filter device and a re-sterilization device for disinfecting the sterilization particles discharged from the access passage once again.

The entrance of the passage assembly is characterized in that the detection sensor for detecting the people entering and exiting the access passage to operate the sterilization apparatus and ultraviolet sterilizer.

The exit of the passage assembly is characterized in that the thermal information of the infrared ray input device for collecting the contact information of the external infectious factor and the contact propagation object is installed through the collected heat information of the face information of people entering and leaving.

The lower end of the passage assembly is characterized in that the wheel is installed to enable easy transportation of the passage assembly.

The passage assembly is installed at the entrance of the facility using a prefabrication method.

As described above, according to the disinfection structure according to the present invention, a plurality of spray nozzles for spraying ions, ozone and aroma, and a ultraviolet sterilizer for emitting ultraviolet rays are prefabricated to the tunnel-type structure installed on the entrance passage side. By simply installing through it, it is possible to automatically sterilize and disinfect people entering and leaving the public facilities, thereby preventing the spread of infectious agents.

In addition, there is an effect that can easily transport the structure by installing a wheel on the structure.

1 is a perspective view showing a disinfection structure for personal care according to the present invention.
Figure 2 is a plan view showing a disinfection structure for adults according to the present invention.
3 is a block diagram showing the configuration of an intake apparatus and an exhaust apparatus according to the present invention.

Hereinafter, the configuration of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing a disinfection structure according to the present invention, Figure 2 is a plan view showing a disinfection structure according to the present invention, Figure 3 shows the configuration of the intake apparatus and the exhaust apparatus according to the present invention It is a block diagram.

Adult disinfecting structure according to the present invention consists of a prefabricated structure that is installed at the entrance of public facilities, such as airports, railways, ports, etc., which are frequently accessed by an unspecified number of people.

The adult disinfection structure is constructed using a prefabrication method, which is a prefabricated method of pre-processing and assembling the structure in a factory and then bringing it into a site for installation. In other words, in order to improve the productivity of the site, improve the uniformity and precision of the quality, reduce the cost and reduce the air, the structure of the structure is manufactured in advance in the factory and transported to the site to be installed, and then it is adapted to the entrance structure of the public facilities. Will be installed.

1 and 2, the disinfection structure is composed of a passage assembly 10 of a tunnel structure in which an entrance passage 11 having an entrance and an exit therein is formed. However, it does not necessarily have to be a tunnel type structure, and a structure arranged on both sides with the access passage 11 therebetween is sufficient.

Such a passage assembly 10 is a kind of support structure, preferably made of a simple structure having a hollow formed therein.

To this end, a hollow body 12 having a space therein may be installed at an outer circumference of the passage assembly 10. The hollow body 12 is not essential and may have a structure in which a hollow is directly formed in the passage assembly 10.

In the inner space of the hollow body 12, a connecting pipe 13 for transferring the sterilizing disinfecting particles produced by the sterilizing apparatus 22 from the exhaust apparatus and the intake apparatus described later extends along the longitudinal direction of the hollow body 12. It is provided in the state which extended and branched toward the access passage 11 at regular intervals.

At this time, the exhaust nozzle 14 connected to the end of the access passage 11 side of the connecting pipe 13 to spray the sterilization disinfecting particles into the access passage 11, and sprayed to the access passage 11 side to disinfect people An intake nozzle 15 for sucking one contaminated sterilizing particle is provided.

The connecting pipe 13 is piped inside the hollow body 12 and connected to a high pressure pump installed in the exhaust machine room 20 and the intake machine room 30. That is, the sterilization disinfection particles produced by the sterilization apparatus 22 according to the operation of the exhaust pump 21 of the exhaust machine chamber 20 and the intake pump 31 of the intake machine chamber 30 are connected to the pipe 13. Through the pressurized and discharged from the exhaust machine room 20 to the access passage 11 side or sprayed from the access passage 11 side to the intake machine chamber 30 is discharged to the outside.

At this time, the exhaust machine room 20 and the intake machine room 30 is installed one by one on the left and right access passage 11 side, the machine room installed on one side to spray the sterilization particles to the access passage 11 side. An exhaust machine room 20 is provided with a series of exhaust devices, and the machine room installed on the other side is an intake air having a series of intake devices for sucking and discharging the disinfecting disinfectant particles sprayed to the entrance passage 11 side. Machine room 30.

The exhaust device provided in the exhaust machine chamber 20 includes an exhaust pump 21 and a sterilizing apparatus 22 for generating ozone, ions, aromas, and the like.

In addition, in addition to the exhaust pump 21 and the sterilizing apparatus 22, the exhaust machine chamber 20 includes a filter device 23 for filtering the sterilizing sterilizing particles sprayed to the access passage 11 side, and the sterilizing sterilizing particles. Is configured to include a blower (24) to be pumped through the connecting pipe 13, and a heat exchanger (25) for controlling cold / temperature.

On the other hand, the intake apparatus provided in the intake machine chamber 30 is an intake pump 31 for sucking contaminated sterilization particles, and the sterilization disinfection particles discharged from the filter device 32 and the access passage (11). It is configured to include a re-sterilization device 33 for disinfecting once more.

The sterilization and disinfection device 22 of the exhaust machine room 20 is implemented by an oxygen generator that generates oxygen, and the oxygen generator sucks external air to be compressed through a compressor, and nitrogen in the compressed air After removing the remaining oxygen in a storage container at a certain pressure to discharge a proper amount of oxygen to the outside.

The ozone generator for forming an ozone layer may be formed using the oxygen generated from the oxygen generator, and the ion generator or aroma generator may be formed by forming an ion or aroma fragrance diverging unit that may generate ions or aromas in oxygen. can do.

As such, the sterilization apparatus 22 may include a material made of any one selected from ozone, ions, and aromas or a combination thereof.

In particular, the ozone generator is typically formed by attaching a ground electrode to one side of a plate-shaped ceramic dielectric or embedding the ground electrode in the dielectric, and depositing a conductive material on the other side of the ceramic dielectric, or sintering by printing, or A patterned linear discharge electrode formed by plating is formed. When a high voltage is applied to each of the opposite electrodes, a corona discharge occurs along the surface of the dielectric at the boundary between the discharge electrode and the ceramic dielectric, and a part of the oxygen molecules in the source gas is being discharged. It is activated when it collides with and combines with other oxygen molecules to generate ozone.

In addition, the ion generator is a device for generating oxygen ions and active hydrogen ions, comprising a cation generator and an anion generator, in the anion generator consisting of the needle electrode and the cation generator consisting of a ceramic electrode The high voltage is applied to generate ions. Here, the sterilization apparatus 22 may be made of any apparatus as long as it has a sterilization and disinfection function in addition to ozone, ions, and aromas.

In addition to the sterilization apparatus 22, an ultraviolet sterilizer 40 is further provided at the entrance passage 11 side of the passage assembly 10.

The ultraviolet sterilizer 40 is composed of a single module that is provided with a UV (Ultra Violet) emitter to emit ultraviolet light.

The UV light emitter is a lamp-type component which is installed at a predetermined height to disinfect and disinfect people entering and leaving the access passage 11 and emits UV light, and has an ultraviolet ray having a wavelength of about 250 nm generated by the UV light emitter. Is absorbed by thymine among the factors of DNA in the cell and destroys the arrangement of DNA, which leads to the loss of gene function and sterilization.

In addition, ultraviolet rays having a wavelength of about 180 nm generate ozone for sterilization and deodorization. The ozone, as is well known, reacts with double bonds of fatty acids on bacterial cell walls and proteins surrounding the nucleic acids of viruses. It melts by distillation and sterilizes due to changes in intracellular solubility.

In addition, the entrance of the passage assembly 10 is provided with a detection sensor 41 for detecting the people entering and exiting the access passage 11 to operate the sterilization apparatus 22 and the ultraviolet sterilization apparatus 40. At the exit, a thermal infrared input device 42 for collecting the thermal information of the faces of the people entering and leaving and searching for the external infectious factor contactor and the contact propagation object through the collected thermal information.

The thermal infrared input device 42 includes a thermal infrared camera, a thermal infrared sensor, and the like, which perform a function of converting input thermal information into digital data by quantizing the input thermal information according to a height of a temperature, but is not limited thereto. The relevant device can be adopted.

The caustic disinfection structure configured as described above has a large size and weight of the structure, and since the installation space is mainly installed inside a public facility, it is not possible to use a transport device for transporting the wheels at the bottom of the passage assembly 10. It is desirable to mount 16 so that it can be carried easily.

On the other hand, the interval of the access passage 11 can be adjusted according to the number of people entering and exiting the disinfection structure, in particular, to disinfect the wheels of vehicles entering and exiting the contaminated area with barns or infectious diseases. It is desirable to be able to adjust the gap to the vehicle body.

Hereinafter, the sterilization and disinfection process of the disinfection structure for personal care according to the present invention will be described.

At the entrance of the public facilities, the disinfection structure pre-fabricated by the factory is brought in and installed.

Then, when people enter and exit the access passage 11 of the personal disinfection structure, the detection sensor 41 detects this.

When the detection sensor 41 detects the entrance and exit of the people as described above, the exhaust apparatus including the exhaust pump 21 is driven in the exhaust machine room 20, and the sterilization and disinfection apparatus 22 operates.

At this time, the sterilization disinfection process by the sterilization apparatus 22 is sterilization disinfection particles produced in the sterilization apparatus 22 is transported through the connection pipe 13 and the access passage 11 through the exhaust nozzle 14 Sprayed to the side to sterilize people entering and leaving.

At the same time, when the intake pump 31 is driven in the intake machine room 30, the contaminated sterilizing particles remaining on the entrance passage 11 side pass through the connection pipe 13 through the intake nozzle 15 to the outside. Is discharged.

Therefore, the disinfectant structure for disinfection according to the present invention transmits the infectious agent by performing external sterilization factor contact and entry and exit of the access passage 11 and thermally detecting the contact propagating object and automatically sterilizing and disinfecting. Being able to prevent the source at first.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, Various modifications to the embodiments are also within the scope of the claims of the present invention.

10 passage passage assembly 11 access passage
12 hollow body 13 connecting pipe
14 exhaust nozzle 15 intake nozzle
16: wheel 20: exhaust chamber
21: exhaust pump 22: sterilization apparatus
23: filter device 24: blower
25: heat exchanger 30: intake machine room
31: intake pump 32: filter device
33: re-disinfection device 40: UV sterilizer
41: detection sensor 42: thermal infrared input device

Claims (9)

A passage assembly having an entry and exit passage formed therein;
An exhaust machine room including exhaust devices for spraying sterilization particles on an entrance passage side through an exhaust nozzle, including a sterilization device including sterilization particles; And
It is configured to include an intake machine room equipped with intake devices to suck out the disinfecting disinfecting particles remaining in the entrance passage side through the intake nozzle to the outside,
The sterilizing particles are made of any one selected from ozone, ions and aroma or a combination thereof,
An ultraviolet sterilizer is further installed at the access passage side of the passage assembly.
The exhaust machine room includes an exhaust pump, a filter device for filtering the sterilization particles sprayed into the entry and exit passage, a blower for allowing the sterilization particles to be pumped through the connecting pipe, and a heat exchanger for controlling cold / temperature. Adult disinfecting structure, characterized in that it further comprises.
The method of claim 1,
The passage assembly is a personal disinfection structure, characterized in that the tunnel structure.
The method of claim 1,
In the interior space of the passage assembly, a connecting pipe for transferring sterilization particles from the exhaust device and the intake device, respectively, extends along the length of the access passage, and branches toward the access passage at regular intervals to be connected to the intake and exhaust nozzles. Adult disinfection structure, characterized in that.
delete The method of claim 1,
The intake machine room, the disinfection structure, characterized in that it further comprises an intake pump, a filter device and a re-sterilization apparatus for disinfecting the sterilization particles discharged from the access passage once again.
The method of claim 1,
The disinfection structure for personal disinfection, characterized in that a sensor installed to detect the people entering and exiting the access passage to operate the sterilization apparatus and ultraviolet sterilization apparatus.
The method of claim 1,
The outlet assembly of the passage assembly is characterized in that the disinfection structure, characterized in that the installation of the thermal information of the face of the people coming in and out, and through the collected heat information, the external infectious factor contactor, and a thermal infrared input device for searching the contact propagation object.
The method of claim 1, wherein
The disinfecting structure for the disinfection of the passage assembly, characterized in that the wheel is installed to enable easy transportation of the passage assembly.
The method according to any one of claims 1 to 3 or any one of claims 5 to 8,
The passage assembly is a disinfection structure, characterized in that installed in the entrance of the facility using a prefabrication (frefabrication) method.

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