KR20170096365A

KR20170096365A - A Compartment for Keeping a Emergency Rescue Team From Infection and a System for the Same

Info

Publication number: KR20170096365A
Application number: KR1020160017667A
Authority: KR
Inventors: 박원균
Original assignee: (주)메가이엔씨
Priority date: 2016-02-16
Filing date: 2016-02-16
Publication date: 2017-08-24

Abstract

The present invention relates to an infection control room for an emergency rescue team and an infection control system using the same wherein, more specifically, the infection control room for an emergency rescue team disinfects or sterilizes an emergency rescue team member or emergency rescue equipment before and after emergency rescue to prevent the emergency rescue team member from being infected. The infection control room for an emergency rescue team comprises: an accommodation container (11) having an accommodation space which can be enclosed therein; an entrance unit (12) formed on one side of the accommodation container (11); a sterilizing air curtain unit (13) which is formed on an upper portion of the entrance unit (12) and generates a flow of air including a sterilizing element; a guide unit (14) which connects the entrance unit (12) to the outside and has a folding structure; and a lift base (162) arranged under the accommodation container (11). The circumferential wall of the accommodation container (11) is made of a material with thermal insulation and sealing properties having thermal conductivity of 0.005-0.025 kcal/mhK.

Description

[0001] The present invention relates to an infection control system for an emergency rescue party and an infection control system for the same,

The present invention relates to an infection control room for an emergency rescue unit and an infection control system therefor, and more particularly, to an infection control unit for emergency rescue units for disinfection or sterilization of emergency rescue personnel or emergency rescue equipment, And an infection management system therefor.

Emergency structures for emergencies are structured activities that require promptness and safety in connection with human life. Rescue equipment used in rescue operations can be exposed to a variety of germs or pollutants, which can present additional risks to rescuers or rescuers. Therefore, rescue equipment or rescue personnel need to be protected, sterilized or sterilized in advance before and after rescue operations. Emergency structures are expeditious, so it is advantageous to arrange rescue facilities in many areas, and rescue equipment and facilities for infection control of rescue personnel need to be located in each rescue facility. However, if the infecting equipment is expensive, the infecting equipment is structurally complex, or the infecting facilities are located in different areas, it is difficult to install in many areas or the management and supervision of the infecting equipment itself There is a problem that it is difficult.

Patent Publication No. 10-2007-0082330 discloses a method for disinfecting and cleaning germicidal objects such as gowns and clothes of medical personnel suspected of being infected and contaminated by pathogens, clothing such as jerseys of public employees, apparatuses and equipment, A sterilization chamber capable of sterilizing and washing a subject's body, comprising a sterilizing and cleaning area entrance door capable of being opened and closed from outside, a sterilizing object suspected of infection and contamination, a washing tub for sterilizing and cleaning a body part of a subject to be sterilized, A sterilizing and washing area consisting of a drying table for drying the sterilized object washed in the washing tank, an emergency shower booth for washing the whole body suspected of infection and contamination, a hot water water heater for supplying hot water, and an ozonated water generator for generating and supplying ozonated water; And a sterilizing module for sterilizing the sterilizing object by bringing the sterilizing object suspected of infection into the sterilizing and washing area and sterilizing the sterilizing object by a sterilizing module provided in a wall partitioned to communicate with the sterilizing and washing area, Disclosed is a sterilizing chamber divided into a sterilizing wash zone and a clean zone comprising a zone.

Patent No. 10-1030583 relates to a sterilizing and disinfecting chamber composed of a main body having a door for entrance and exit and a sterilizing space formed therein and an ultraviolet sterilizer for sterilizing the entrance and exit of ultraviolet rays on the inner wall of the main body, An air blower installed on the upper side of the main body and blowing sterilized meat downward to disinfect the passengers and to remove contaminants; a blower connected to one end of the blower and connected to the ultraviolet sterilizer, Disinfection chamber is disinfected with sterilizing air blown through an air blower together with ultraviolet sterilization by the ultraviolet sterilizing unit.

The infection control room or the disinfection / disinfection control room can be made as an independent facility, and the internal facility can be operated by itself, and it needs to be standardized so that the monitoring room itself can be monitored. The prior art does not disclose an infection control facility having such a structure.

The present invention has been made to solve the problems of the prior art and has the following purpose.

Prior Art 1: Patent Disclosure No. 10-2007-0082330 (published by Yong-Lim Choi, Aug. 21, 2007) Disinfection chamber and sterilization chamber divided into clean zone Prior Art 2: Patent Registration No. 10-1030583 (issued by Choi, Nam-Min, April 21, 2011)

It is an object of the present invention to provide an infection control room for an emergency rescue unit and an infection control system therefor that enable sterilization, sterilization, and cleaning of emergency rescue personnel and emergency rescue facilities while enabling monitoring of contamination.

According to a preferred embodiment of the present invention, the emergency management unit infection control room comprises: an accommodation container having an enclosed accommodation space formed therein; An access unit formed on one side of the container; A sterilizing air curtain unit formed at an upper portion of the access unit to generate a flow of air having a sterilizing component; An induction unit of a folding structure for connecting the entrance unit and the outside; And a lift base disposed below the container, and the peripheral wall of the container is formed of a material having a heat insulating property and a sealing property such that the thermal conductivity is 0.005 to 0.025 kcal / m · h · K.

According to another preferred embodiment of the present invention, there is further provided a circulating type sterilizing unit disposed inside the container, wherein the circulating type sterilizing unit generates oxygen clusters from the oxygen contained in the supplied gas by discharge electrodes .

According to still another preferred embodiment of the present invention, the water supply unit further includes a water supply unit disposed inside the container, and the water supply unit is disposed with a freeze prevention water leakage unit operated at a predetermined temperature.

According to another preferred embodiment of the present invention, the apparatus further comprises a contact sterilizing unit disposed in the access unit.

According to yet another preferred embodiment of the present invention, there is provided a microfine particle injection unit disposed in a container for sterilizing and purifying liquid into fine particles, and a control unit for controlling the spray amount of the injection unit.

According to another preferred embodiment of the present invention, the emergency management unit infection management system includes an internal environment detection unit for detecting temperature, humidity and bacteria inside the container; A management unit for processing and transmitting the information transmitted from the internal environment detection unit; An infection risk judging unit for judging whether or not an infection risk inside the container is determined based on the information detected from the internal environment detecting unit processed in the managing unit; A management operation unit for determining whether the equipment for cleaning or sterilizing the structural facility stored in the container is operated according to the determination result by the infection judging unit; And an alarm transmission unit that operates in accordance with a determination result of the infection judging unit.

According to another preferred embodiment of the present invention, an entrance detection unit detects entrance and exit to the inside or outside of the container, and transmits the entrance and exit to the management unit. An access approval unit for approval of access to the inside or outside; And a sterilizing operation unit disposed at an entrance of the receptacle container to be operated according to the control of the management unit.

The infection control room according to the present invention prevents various infection incidents that may occur during the emergency rescue process. In addition, the infection control room according to the present invention can be made into an assembled structure by being made of a material such as glass fiber reinforced plastic while being made to have the same or similar structure in various regions due to the standardized structure. In addition, the infection control system according to the present invention always detects the internal state of the infection control room and maintains the internal state of the infection control room in an appropriate state, thereby preventing the occurrence of an infectious incident, Ensure promptness.

1 shows an embodiment of an infection control room according to the present invention.
Fig. 2 shows an embodiment of the internal arrangement structure of the infection control room according to the present invention.
FIG. 3 shows an embodiment of the air curtain protection structure applied to the infection control room according to the present invention.
FIG. 4 shows an embodiment of the anti-freeze structure applied to the infection control room according to the present invention.
FIG. 5 shows an embodiment of the accessory disinfection structure applied to the infection control room according to the present invention.
6 shows an embodiment of an infection control system according to the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to the embodiments shown in the accompanying drawings, but the present invention is not limited thereto. In the following description, components having the same reference numerals in different drawings have similar functions, so that they will not be described repeatedly unless necessary for an understanding of the invention, and the known components will be briefly described or omitted. However, It should not be understood as being excluded from the embodiment of Fig.

Fig. 1 shows an embodiment of an infection control room 10 according to the present invention.

1, the infection control room 10 includes: an accommodation container 11 having an enclosed accommodation space therein; An entrance unit 12 formed on one surface of the container 11; A sterilizing air curtain unit (13) formed on the upper part of the access unit (12) to generate a flow of air having a sterilizing component; An induction unit 14 of a folding structure for connecting the entrance unit 12 and the outside; And a lift base (162) disposed below the container (11). The peripheral wall of the container (11) is formed of an elastic restoration material having a urethane foam built therein.

The infection control room 10 according to the present invention can be applied to various fields in which infection control is required, including, but not limited to, an infection control function such as sterilization or cleaning of rescue personnel or rescue equipment. The infection control room 10 may be fixed at a predetermined position or may be installed to be movable by mobile equipment such as a container. In addition, the infection control room 10 can be made in a structure in which an appearance similar to that of the container 11 is made, moved to a necessary place as necessary, and equipped with necessary sterilization facilities therein. As described above, the infection control room 10 according to the present invention can be fixedly installed at a predetermined place, installed to be movable, or assembled at a required place.

The receiving container 11 can be formed into a square box shape, a cylindrical shape, or a combination shape thereof, and can be made in a structure in which the inside is sealed. Equipment for the storage of various equipment, apparatus or tools for the structure inside the receiving container 11, facilities for disinfection or sterilization, or storage for storage of medicines for treatment may be arranged. The receiving container 11 may have a space in which the device for sterilization, washing or disinfection can be accommodated while the equipment or medicament necessary for the rescue operation is stored. The receiving container 11 can be made in a standardized form, and the facilities disposed therein can be appropriately determined depending on the installation place.

Advantageously, the container 11 is made of a lightweight and rigid structure as a whole. It is also advantageous to be made of an elastic restoration material. For example, the receiving container 11 can be made of a material such as fiber reinforced plastics, and can be made in one piece. Since the receiving container 11 can be placed in an outdoor environment, it needs to have heat insulating property and waterproofing property. For this purpose, the receiving container 11 may be made of a urethane-filled steel sheet or a fiber-reinforced plastic outer cover material and a rigid urethane foam having a density of 40 to 50 kg / m3. The thickness of the wall surface may be 80 to 120 mm, and the thermal conductivity may be 0.005 to 0.025 kcal / m · h · K. As described above, the receiving container 11 can be made into a suitable structure having an assembling structure and having an adiabatic characteristic and a sealing characteristic, and the present invention is not limited by the material or structure of the receiving container.

An entrance unit 12 is disposed on one side of the container 11 and a person, equipment or a person to be urged can enter and exit the inside of the container 11 through the entrance unit 12. The access unit 12 may include a double door, an access monitoring unit, an access control unit, or an access surveillance camera. Also, a sterilizing air curtain unit 13 for sterilizing or disinfecting people, goods, or equipment entering and leaving the receptacle 11 may be disposed above the access unit 12 or at any other suitable location. The sterilizing air curtain unit 13 can be operated when an object is detected by the access unit 12 and the access is approved. The sterilizing air curtain unit 13 may have a structure for injecting air containing a sterilizing component into the access unit 12. [ The sterilizing air curtain unit 13 can inject hot dry air containing the sterilizing component and a part of the air sprayed from the sterilizing air curtain unit 13 can be transferred to the analysis unit through the circulation passage. Specifically, the gas sprayed by the sterilizing air curtain unit 13 can sterilize or disinfect the person or equipment located in the access unit 12. [ And a part of the air used for sterilization or disinfection can be introduced into the circulation passage and analyzed by the analysis unit. And the humidity, temperature, contaminants, or the presence of certain bacteria in the sterilization / disinfection air can be detected. If contamination or specific bacteria are detected in the analytical unit, access may be restricted or sterilization / disinfection may be performed according to a separate procedure.

An entrance unit (14) is provided in the entrance unit (12) to guide the movement of equipment or a person. The guiding unit 14 can be made in a ramp structure, preferably removable from the receiving container 11 or made into a folded structure. The guide unit 12 may also be provided with a non-slip strip or an air spray hole. Hot dry air can be injected through the air spray holes, whereby dust or moisture can be removed from the equipment or person entering or exiting the container 11. [ The guide unit 14 is made to have a folding structure or a detachable structure so that the transfer operation by the moving equipment such as a crane can proceed smoothly. For a similar reason, the sterilizing air curtain unit 13 may also be made detachable from the receiving container 11. [

A protective fixing frame 161 may be disposed around the front or rear surface of the receiving container 11 to prevent the receiving container 11 from being damaged during the movement or installation of the receiving container 11. [ The protective fixing rim 161 can be made of rubber or stretch synthetic resin and can be made of a structure in which a core of rigid material is disposed inside. The protective securing rim 161 may have the function of preventing structural deformation by protecting the receiving container 11 against an external impact while preventing the receiving container 11 from being in direct contact with, for example, a mobile device such as a crane have. The protective fixing rim 161 can be made of various materials or structures that can prevent damage and structural deformation of the receiving container 11, and the present invention is not limited to the illustrated embodiments.

A lift base 162 may be disposed below the container 11. The lift base 162 is configured to allow the receiving container 11 to be loaded on a transportation vehicle such as a forklift and at the same time to separate the bottom of the receiving container 11 from the ground, To the outside. The lift base 161 may be made of polyurethane, synthetic rubber or silicone material, and may be made of a material having a gap through which the hand of a forklift can be inserted, for example. Further, the lift base 161 can be made of a material having a waterproof characteristic, a contamination resistance characteristic, and an insulation characteristic. The lift base 161 may be made of various materials having excellent thermal insulation properties while having elasticity, and the present invention is not limited to the embodiments shown.

Various facilities for sterilization, cleaning or disinfecting can be arranged inside the container 11, and the inside of the container 11 can be kept sterilized.

Fig. 2 shows an embodiment of the internal arrangement structure of the infection control room according to the present invention.

2, facilities for the operation of the infection control room, equipment for washing, disinfecting or sterilizing equipment may be disposed along the wall surface inside the container 11. Specifically, the equipment washing machine 21 is disposed on one wall surface of the access unit 12, and the washing machine 22, the sink 23, the plasma sterilizing unit 24, the equipment storage unit 25, A unit such as the unit 26 or the refrigerator 27 may be disposed. An integrated control system 28 may also be disposed within the receptacle 11.

The infection control room can have its own structure and can have a water supply and drainage structure. For example, the infection control room may have a structure operated by a solar power plant or connected to an external power source. It can also be connected to an external water supply or drainage facility. Such power supply and water supply / drainage may be controlled by an integrated control system 28.

The infection control room has the main function to enable sterilization or sterilization of the internal air or the internal environment. The internal environment of the receiving container 11 can be detected by the detection unit, and the internal environment can be maintained by, for example, the plasma sterilizing unit 24 or other sterilizing unit. For example, the plasma sterilizing unit 24 can generate ion clusters from oxygen to sterilize the inside air. In addition, gas or hydroxyl group (OH ^- ) containing hydrogen peroxide can be generated to sterilize the inside air. And air containing ion clusters, hydrogen peroxide or hydroxyl groups can be made to circulate inside the receiving container 11 by appropriate ventilation units. Such germicidal air may also be used to disinfect equipment or facilities. In addition, such germicidal air can be applied to sterilizing air curtain units.

FIG. 3 shows an embodiment of the air curtain protection structure applied to the infection control room according to the present invention.

Referring to FIG. 3, the sterilizing air curtain unit 13 can be fixed by a fixing frame formed on the upper side of the entrance unit 12. As described above, the fixed frame can be made detachable in the receiving container. The sterilizing air curtain unit 13 may include an operating unit 31 including a fan and a driving motor for regulating the intake and exhaust of air. The inlet 311 of the operation unit 31 can be connected to the plasma sterilization unit described above and the outlet 312 can be formed to face the front of the outlet unit 12 and the outlet 312 can be connected to the sterilizing air A guide passage 32 for guiding the flow can be formed. And a restriction plate 33 may be disposed at the end of the guide passage 32 and extend in the outward direction of the container. The restriction plate 33 may function to prevent the sterilizing air from being discharged upwardly or the outside air from flowing into the sterilizing area during the operation of the sterilizing air curtain unit 13. [ The restriction plate 33 can be releasably coupled to the guide passage 32 by the engagement bracket 34. [ Such a detachable coupling allows movement disturbance to be prevented as described above. A side restriction plate 35 may be formed to prevent lateral inflow of outside air. The side restricting plate 35 may form one side of the protective fastening edge described above.

The sterilizing air curtain unit 13 can be made in various configurations, and the present invention is not limited to the embodiments shown.

FIG. 4 shows an embodiment of the anti-freeze structure applied to the infection control room according to the present invention.

Referring to Fig. 4, a water supply unit 42 may be disposed inside the receiving container, and a water supply unit 42 may be provided with a freeze prevention water leakage unit 43 operated at a predetermined temperature.

As described above, infection control rooms can be deployed outdoors while operating independently. Therefore, it is necessary to have a freeze protection structure that limits the operation of the internal equipment because it can be exposed to extreme external conditions and needs to be managed automatically. Such a freeze protection structure needs to be made for water supply facilities. The water supply pipe 41 may be disposed inside the peripheral wall W1 and the bottom surface W2 of the container having a heat insulating structure and the water supply pipe 41 may be connected to the inside of the container. The water supply unit 42 may be connected to the water supply pipe 41, and the water supply unit 42 may supply the hot water to clean various equipment. If the water supply unit 42 is not operated, the entire operation of the infection control room may become difficult. Therefore, the water supply unit 42 needs to be kept operable irrespective of the external climatic conditions. For this purpose, a freeze prevention leak unit 43 may be disposed at a portion connected to the water supply pipe 41 and the water supply unit 42. The freeze prevention water leakage unit 43 includes a water leakage element 431 for discharging the water introduced through the water supply pipe 41 to the outside, a temperature sensor 431 for detecting the temperature of the connection part between the water supply pipe 41 and the water supply unit 42, And a switch 433 for opening and closing according to the detected temperature.

The temperature of the water supply pipe 41 is drastically lowered due to the change of the external environment, so that the water supplied from the water supply pipe 41 can be frozen at the connection site. The occurrence of the freezing probability due to the change in the external temperature can be detected by the temperature sensor 432 as described above. 4A, when the temperature of the water supplied through the water supply pipe 41 becomes lower than 2 DEG C, the temperature around the freezing prevention leak unit 43 is lowered by the temperature sensor 432 Can be detected. When the temperature detected by the temperature sensor 432 is lower than a predetermined temperature, the opening / closing switch 433 is operated to allow water to flow from the water supply pipe 41, and at the same time, the water discharge device 431 is operated, And can be discharged to the outside. Thus, a flow of water is generated in the freezing prevention leak unit (43) and freezing can be prevented. Water discharged to the outside from the freeze prevention leak unit 43 can be discharged to the inside or outside of the container through a suitable drain pipe. 4 (b), the open / close switch 433 is actuated so that the water is supplied from the water supply pipe 41 to the water supply pipe 41. When the temperature detected by the temperature sensor 432 changes to 2.5 to 3 占 폚, The operation of the water discharge element 431 may be interrupted and the discharge of the external water may be stopped. When the temperature detected by the temperature sensor 432 is lower than a predetermined temperature due to a change in the external temperature, the operation of the open / close switch 433 and the water discharge element 431 causes the water in the freeze- A flow can be generated and freezing can be prevented.

The freeze prevention leak water unit 43 can be operated in the locked state of the water supply unit 42 and can be disposed between the water supply pipe 41 and the water supply unit 42. [ The open / close switch 433 may be a switch operated according to a temperature, for example, a bimetal, and in such a case, the temperature sensor 432 need not be installed independently. In this way, since the freezing prevention water leakage unit 43 is installed in the infection control room, water is prevented from being wasted, and at the same time, water supply interruption due to freezing is prevented.

FIG. 5 shows an embodiment of the accessory disinfection structure applied to the infection control room according to the present invention.

5, a contact sterilizing unit 53 may be disposed between the access unit 12 and the guide unit 14 for disinfecting a site where the shoe or equipment of the passenger comes into contact with the ground.

The contact sterilizing unit 53 may be installed in a planar connecting unit 51 formed at the end of the induction unit 14. [ The contact sterilizing unit 53 may have a disinfection mat made of a sponge structure inside the interface with the interface being formed. Disinfection mats may be sterilized or hydrogen peroxide and disinfecting solution may be supplied from below. The access authentication unit 54 can be disposed on one side of the connection unit 51 and the access authentication unit 54 can be operated by detecting the pressure applied to the contact sterilizing unit 53. [ By the pressure detected by the contact sterilizing unit 53, the access authentication unit 54 can detect the entrance of the person or equipment into the container 11 and operate the door of the access unit 12. [ Dry air may be discharged from the drying unit 52 when the equipment or person sterilized by the contact sterilizing unit 53 is located in front of the door. The drying unit 52 may have a discharge hole capable of discharging hot dry air downward. At the same time as the drying unit 52 is activated, the sterilizing air curtain unit described above is activated and then the door is opened by the entrance authentication unit 54 so that the equipment or person can enter the receiving container 11. [

5 (B), a circulating-type sterilizing unit can be disposed inside the receiving container 11, and the circulating-type sterilizing unit can be formed by the discharge electrode 55 from the oxygen contained in the supplied gas Oxygen clusters can be created. Specifically, oxygen-containing air can be introduced into the sterilizing unit, and the discharge electrode 55 can be arranged at a height from the bottom surface B of the sterilizing unit to the ceiling surface T. [ The gas oxygen (GO) introduced with air can be made into gas ions (GI) while passing through the discharge electrode 55 which maintains a high voltage state by the high voltage unit 551 while the high voltage is made into a grid structure. Particulate matter of, for example, 1 to 100 mu m is jetted onto the gas ions (GI), whereby a gas cluster (GC) can be formed. The particulate water may comprise, for example, hydrogen peroxide or chlorine water. Bacteria or bacteria can be collected by the gas clusters (GC) thus made. The gas clusters (GC) thus made can be applied to the disinfection, internal air circulation or sterilization air curtain units of the equipment.

According to the present invention, a control unit for controlling the injection of the fine particle injection unit and the fine particle injection unit may be installed for sterilization and humidity control of the interior of the container 11. For example, the fine particle spraying unit may contain a cleaning liquid such as acidic hypochlorous acid water, alkaline electrolytic water, hypochlorous hypochlorous acid water, sodium hypochlorite water, alkaline ionic water or acidic ionic water stored at a pressure of 2 to 10 atm for 5 to 100 It is possible to spray while forming fine particles having a diameter of 占 퐉. The injection unit can form a gas cluster by spraying a cleaning liquid through a nozzle tip having an injection diameter of 5 to 20 mu m at a pressure of 5 to 20 atm. The amount of the cleaning solution sprayed from the injection unit can be determined according to the humidity of the container 11. The humidity inside the accommodating container 11 may be predetermined in accordance with the season or time, and the control unit may control the amount of the cleaning liquid sprayed in the injection unit or the amount of ions contained in the cleaning liquid according to the predetermined humidity condition can do.

Disinfection, disinfection or sterilization in the receiving container 11 may be accomplished by various means known in the art, such as high temperature, steam or ultraviolet radiation, and the present invention is not limited to the embodiments shown.

The infection control room needs to be kept in a sterilized state because it is a place where first aid personnel are kept in the room when the first aid equipment is stored.

6 shows an embodiment of an infection control system according to the present invention.

Referring to FIG. 6, an infection control system using a container capable of sterilizing rescue equipment with an enclosed accommodation space therein includes an internal environment detection unit 622 for detecting temperature, humidity, and bacteria inside the container. A management unit 61 for processing and transmitting the information transmitted from the internal environment detection unit 622; An infection risk judgment unit (661) for judging whether or not an infection risk inside the container is determined based on the information detected from the internal environment detection unit (622) processed in the management unit (61); A management operation unit 662 for determining whether the equipment for cleaning or sterilizing the structural facility stored in the container is operated according to the determination result by the infection risk determination unit 661; And an alert transmission unit 663 that operates according to the determination result of the infection risk determination unit 661. [ An infiltration detection unit (621) for detecting an inflow or outflow to the inside or outside of the acceptance container and transmitting it to the management unit (61); An access admission unit 641 for admission of the inside or outside; And a sterilizing operation unit 642 disposed at an entrance of the receptacle container to be operated under the control of the management unit 61. [ The infection control system may further include a solar power unit disposed in the receiving container, and the solar power unit may be connected to the power grid by an inverter.

The infection control system is a system for the operation of the infection control room described above, and can have functions of power supply to the infection control room, water / drain operation management, access control, internal sterilization status monitoring and maintenance of internal facilities. The infection control system may be powered by an external power source, but may preferably be operated by itself. For example, the infection control system may include a solar power unit installed in a receiving container, and may receive power from an inverter connected to the solar power unit. The inverter may be connected to an external power supply unit, and may have a function of converting a current generated from the solar power generation unit into an AC current or voltage and supplying the AC current or voltage. The inverter is connected to an external power source and can be powered externally if the power generated from the solar power unit is sufficient for the operation of the infection control system. On the other hand, if it is not enough for the operation of the infection control system, the power can be supplied to the external power source. The power supply to the infection control system can be done in various ways, and the present invention is not limited to the embodiments shown.

The entrance detection unit 621, the internal environment detection unit 622, and the facility detection unit 623 may be disposed in the infection management room so that the operation state of the entire infection control room can be detected. The access detection unit 621 may be, for example, a surveillance camera or an optical sensor installed in the access unit, and may include access authentication means. If an access object is detected at the access unit, it can be transmitted to the management unit 61. If the access object is inflow from the outside, the sanitization unit 642 can be operated while the access admission unit 641 is operated. The sterilizing unit 642 may comprise, for example, a sterilizing air curtain unit or a contact sterilizing unit.

The state inside the container can be detected by the temperature sensor 631, the humidity sensor 632 or the bacteria sensor 633. [ A light intensity sensor, a contamination concentration measurement sensor or a harmful gas detection sensor may be installed as needed. The information detected by such a sensor may be transmitted to the internal environment detection unit 622. [ The internal environment detection unit 622 can process the detected information from each sensor and transmit it to the management unit 61. [ The management unit 61 may compare the transmitted detection information with the value stored in the internal environment database 65. [ The internal environment database 65 can have an appropriate level of temperature, humidity, oxygen concentration, contamination level, or specific bacteria detection information according to the condition in which the infection control room is installed. The management unit 61 may compare the information transmitted from the internal environment detection unit 622 and the information stored in the internal environment database 65 and transmit the information to the infection risk determination unit 661. The infection risk judgment unit 661 can determine the danger level according to the state inside the container and operate the management operation unit 662 according to the danger level. The management operation unit 662 may include, for example, the operation of a plasma sterilizer unit, a temperature control unit, a humidity control unit or an ultraviolet sterilizing unit. In accordance with the danger level, the alert transmission unit 663 is operated to inform the user of the danger level by an electronic device such as an administrator's smartphone.

The facility detection unit 623 is for detecting the operation state of each facility and can detect, for example, an operation state of the illumination unit, an operation state of the air purification unit, or an operation state of the sterilizer. Or the facility detection unit 623 can detect the operating state of the above-described freeze protection leak unit. When an abnormality occurs in the operation of the facility detected by the facility detection unit 623, an alarm can be generated by the alarm transmission unit 663. For example, if freezing occurs due to a malfunction in the freeze protection leak unit, it can be transmitted to the alert transmission unit 663.

The management system according to the present invention can be operated in various ways, and the present invention is not limited to the embodiments shown.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention . The invention is not limited by these variations and modifications, but is limited only by the claims appended hereto.

10: Infection Control Room 11: Container Container
12: Access unit 13: Sterilization air curtain unit
14: Induction unit 21: Equipment washer
22: Washing machine 23: Sink
24: Plasma sterilizing unit 25: Equipment storage unit
26: medicine storage unit 27: refrigerator
28: Integrated control system 31: Operation unit
32: guide passage 33: limiting plate
34: engaging bracket 35: side limiting plate
41: water supply pipe 42: water supply unit
43: Freezing prevention leak unit 51: Connection unit
52: drying unit 53: contact sterilizing unit
54: entrance / exit authentication unit 55: discharge electrode
61: management unit 65: internal environment database
161: protective securing rim 162: lift base
311: Inlet port 312: Outlet port
431: Leakage discharge element 432: Temperature sensor
433: opening / closing switch 551: high voltage unit
621: entrance / exit detection unit 622: internal environment detection unit
623: facility detection unit 631: temperature sensor
632: Humidity sensor 633: Bacteria sensor
641: Access admission unit 642: Sterilization operation unit
661: infection risk judgment unit 662: management operation unit
663: Alarm transmission unit B: bottom surface
GC: gas cluster GI: gas ion
GO: gas oxygen T: ceiling surface
W1: circumferential wall W2: bottom surface

Claims

An accommodation container (11) in which a sealable accommodation space is formed;
An entrance unit 12 formed on one surface of the container 11;
A sterilizing air curtain unit (13) formed on the upper part of the access unit (12) to generate a flow of air having a sterilizing component;
An induction unit 14 of a folding structure for connecting the entrance unit 12 and the outside; And
And a lift base (162) disposed below the container (11)
Wherein the peripheral wall of the receiving container (11) is formed of a material having a heat insulating property and a sealing property such that the thermal conductivity is 0.005 to 0.025 kcal / m · h · K.

The sterilizing unit according to claim 1, further comprising a circulating type sterilizing unit disposed inside the container (11), wherein the circulating type sterilizing unit is configured to discharge oxygen clusters Wherein said infection control unit is adapted to generate an infectious disease control unit.

The water treatment system according to claim 1, further comprising a water supply unit (42) disposed inside the container (11), wherein the water supply unit (42) is provided with a freeze prevention water leakage unit (43) The Emergency Medical Emergency Management Room is characterized by.

2. The emergency management unit infection control room according to claim 1, further comprising a contact sterilization unit (53) disposed in the access unit (12).

The infection control system according to claim 1, comprising a fine particle injection unit arranged in the container (11) for converting sterilizing and cleaning liquid into fine particles, and a control unit for controlling the spray amount of the injection unit.

1. An infection control system using an accommodation container capable of sterilizing rescue equipment with an enclosed accommodation space formed therein,
An internal environment detection unit 622 for detecting temperature, humidity and bacteria inside the container;
A management unit 61 for processing and transmitting the information transmitted from the internal environment detection unit 622;
An infection risk judgment unit (661) for judging whether or not an infection risk inside the container is determined based on the information detected from the internal environment detection unit (622) processed in the management unit (61);
A management operation unit (662) for determining whether the equipment for cleaning or sterilizing the structural facility stored in the container is operated according to the determination result in the infection judging unit (661); And
And an alert transmission unit (663) operating according to the determination result of the infection determination unit (661).

The system according to claim 6, further comprising: an access detection unit (621) for detecting access to the inside or outside of the accommodating container and transferring it to the management unit (61);
An access admission unit 641 for admission of the inside or outside; And
And a sterilizing operation unit (642) disposed at an entrance of the receptacle container to be operated under the control of the management unit (61).