KR102344963B1 - Screening clinics that can be screened separately to prevent the spread of infectious diseases - Google Patents

Abstract

The present invention relates to a screening clinic capable of performing separation and examination to prevent spread of infectious diseases, which reduces secondary infection. According to the present invention, the screening clinic comprises: a booth body including an external entrance door capable of opening and closing an entrance connecting the external space and the internal space; a first examination including a first examination area formed inside the booth body so that an inspector, who performs a primary examination task including a questionnaire and fever check from an subject, is located outside the booth body to be separated from the subject; a walk-through examination unit including a walk-through examination area formed inside the booth body so that an inspector, who collects a sample from the subject located outside the booth body, is located to be separated from the subject; a separate examination unit including, inside the booth body, a negative pressure area accommodating the subject and capable of forming a negative pressure environment, and a separate examination area disposed adjacent to the negative pressure area and formed to enable an examiner, who collects a sample from the subject located inside the negative pressure area, is located to be separated from the subject; a negative pressure providing unit forming a negative pressure inside the negative pressure area; and a positive pressure providing unit forming a positive pressure inside the walk-through examination area and the separate examination area.

Description

Screening clinics that can be screened separately to prevent the spread of infectious diseases

The present invention relates to a screening clinic, and more particularly, to a screening clinic including a separate screening area to prevent the spread of an infectious disease virus during screening for an infectious disease.

In general, screening clinics are operated for medical treatment that collects samples from patients infected with viruses such as respiratory infections. The demand for medical treatment is also continuously increasing.

As a result, there is a problem of death due to failure to receive timely treatment as the sample collection treatment to check whether or not an infection has occurred in a subject suspected of infection is delayed. There is a need for a solution to this.

Patent Application No. 10-2020-0049196

As described above, an object of the present invention is to provide a screening clinic including a separate screening area to prevent the spread of an infectious disease virus during screening for an infectious disease.

The screening clinic capable of separate examination for preventing the spread of infectious diseases according to the present invention includes a booth body including an external access door capable of opening and closing an entrance connecting an external space and an internal space, the booth body being located outside the booth body inside the booth body A first examination unit including a first examination area formed so that an examinee who performs a primary examination including a questionnaire and fever check from a subject is arranged separately from the subject, inside the booth body and outside the booth body A walk-through examination unit including a walk-through examination area formed so that an examinee who collects a sample from a positioned examinee is arranged to be separated from the subject; and a separate examination area disposed adjacent to the negative pressure area so that an examinee who collects a sample from a subject located inside the negative pressure area is disposed separately from the subject to be examined; It characterized in that it comprises a negative pressure providing unit for forming a negative pressure, and a positive pressure providing unit for forming a positive pressure inside the walk-through examination area and the separate examination area.

In addition, the screening clinic capable of performing a separate examination to prevent the spread of infectious diseases according to the present invention further includes an air sterilization unit for sterilizing the air inside the negative pressure area, and the air sterilization unit is, inside the booth body, the negative pressure Sterilization for sterilizing a sterilization area disposed adjacent to the area, an air exhaust means provided under the negative pressure area to exhaust the air inside the negative pressure area toward the sterilization area, and sterilizing the air exhausted from the negative pressure area inside the sterilization area It characterized in that it comprises a means, and an air exhaust means for discharging the air sterilized through the sterilization means to the outside in the upper part of the sterilization area.

In addition, the sterilization means, characterized in that it includes a HEPA filter.

In addition, the screening clinic for preventing the spread of infectious diseases according to the present invention further comprises an inner wall cleaning unit provided inside the negative pressure area to sterilize and wash the inner wall surface of the negative pressure area, wherein the inner wall cleaning unit is located inside the negative pressure area It characterized in that it comprises a guide rail provided, and a wiper member for wiping the inner wall surface of the negative pressure region while moving along the guide rail.

In addition, the screening clinic capable of separate examination to prevent the spread of infectious diseases is provided on the outer wall of the booth body constituting the negative pressure area or the booth body constituting the negative pressure area to understand the entry and exit into the negative pressure area. It characterized in that it further comprises a through-hole formed to communicate with the inside of the negative pressure region and the external space, and a filter mounted to cover the through-hole.

In addition, the screening clinic capable of performing separate examinations to prevent the spread of infectious diseases includes an examination window provided on an outer wall of the booth body forming the walk-through examination area, and inside the booth body to partition between the separate examination area and the negative pressure area At least one of the examination windows provided in the partition wall provided in the An LM guide rail provided on the bulkhead, one end connected to the examination window and the other end connected to the LM guide rail, a connecting body provided to move along the LM guide rail, and fixing the moving state of the connecting body It is characterized in that it includes an examination window fixing member.

The screening clinic capable of separate screening for preventing the spread of infectious diseases according to the present invention includes a booth body, a first screening unit, a worker screening unit, a separate screening unit, a negative pressure providing unit, and a positive pressure providing unit, so that in the first screening unit It is configured so that the sample collection and treatment of the examinee can be performed secondarily in either the walk-through examination unit or the separate examination unit according to the confirmed first examination result of the examinee. It has the effect of preventing the spread of infectious diseases by preventing the occurrence of transmission and reducing secondary infection by allowing the sample collection process of the disease to be carried out in a separate space.

1 is a plan cross-sectional view showing a screening clinic capable of separate examination to prevent the spread of an infectious disease according to an embodiment of the present invention.
2 is a perspective view showing a screening clinic capable of separate examination to prevent the spread of an infectious disease according to an embodiment of the present invention.
3 is a side cross-sectional view showing a screening clinic capable of separate examination to prevent the spread of an infectious disease according to an embodiment of the present invention.
4 is a view exemplarily showing a state in which the examination window control unit is provided in a screening clinic where separate examination is possible to prevent the spread of an infectious disease according to an embodiment of the present invention.

Specific details including the problems to be solved in the present invention as described above, means for solving the problems, and the effects of the invention are included in the embodiments and drawings to be described below. Advantages and features of the present invention and methods of achieving them will become apparent with reference to the embodiments described below in detail in conjunction with the accompanying drawings.

In addition, when it is said that a part "includes" or "includes" a certain component throughout the specification, it does not exclude other components unless otherwise stated, but may further include or include other components. means that

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. First of all, it should be noted that in adding reference numerals to the components of each drawing, the same components are to have the same reference numerals as possible even though they are indicated on different drawings. In addition, in describing the present invention, when it is determined that a detailed description of a related known configuration or function may obscure the gist of the present invention, the detailed description thereof will be omitted.

1 is a cross-sectional plan view showing a screening clinic capable of separate screening for preventing the spread of an infectious disease according to an embodiment of the present invention, and FIG. is a perspective view.

1 and 2, the screening clinic capable of separate examination for preventing the spread of infectious diseases according to an embodiment of the present invention largely includes a booth body 100, a negative pressure supply unit, and a positive pressure supply unit, and the booth body ( 100) includes the first screening unit 110 , the walk-through screening unit 120 , and the separate screening unit 130 , and the health status of each subject according to the primary examination result confirmed by the first examination unit 110 . Accordingly, it is configured so that the secondary examination task of collecting a sample from the subject can be performed in either one of the walk-through examination unit 120 and the separate examination unit 130, so that depending on the condition of the subject, the risk of infection is high. The main feature is that the sample collection process of the examinee can be carried out in a separate space, thereby preventing the occurrence of transmission and reducing secondary infection.

For this reason, in the first examination area 111, according to the risk of infection according to the first examination result for each examinee, a negative pressure area, which is a separate space or receives a sample collection treatment in a state located outside the booth body 100 in a walk-through method By making it possible to receive specimen collection treatment at (131), a subject with a high risk of infection can receive specimen collection in a state where a negative pressure environment is implemented inside the negative pressure area 131, a space that is separated from the sample collection treatment. It is possible to reduce the possibility of screening multiple subjects at the same time, and the secondary screening job, the sample collection job, can be selectively treated in a separate space according to the risk of infection according to the first screening result. It allows the subject's sample collection task to be carried out quickly and easily, and at the same time to effectively reduce the possibility of disease transmission.

First, the booth body 100 forms the exterior of the screening clinic according to the present invention, and includes an external access door 200 capable of opening and closing an entrance connecting an external space and an internal space.

Next, the first examination unit 110, the examinee who performs the primary examination task including a questionnaire and fever check from the examinee located outside the booth body 100 inside the booth body 100 It includes a first examination area formed to be separated from the examinee, and a first examination window 112 provided on the outer wall of the booth body 100 forming the first examination area. In addition, the first examination unit 110 may further include a microphone, a speaker, a display, and a heat sensing means for communication with the examinee located outside the first examination area 111 and the booth body 100 . have.

Next, the walk-through examination unit 120 is formed so that an examinee who collects a sample from a subject located outside the booth body 100 inside the booth body 100 is disposed separately from the subject. It includes an examination area 121 and a second examination window 122 provided on the outer wall of the booth body 100 forming the walk-through examination area 121, and the second examination window 122 includes a work piece. The second examination window ( A hand inlet 134 is formed through the 122), and a silicone cover 135 coupled to the inlet to cover the hand inlet 134, a silicon cover 135 in which a radially incision line is formed in the central portion may be further provided.

Next, the separate examination unit 130 is disposed adjacent to the negative pressure area 131 that is accommodated by the examinee and can form a negative pressure environment inside the booth body 100, and the negative pressure area 131, and the negative pressure A separate examination area 132 is formed so that the examinee who collects a sample from the subject located in the area 131 is arranged to be separated from the subject, and the separated examination area 132 and the negative pressure area 131 are separated. It includes a third examination window 133 provided in the partition wall, and in the third examination window 133, an examiner positioned inside the walk-through examination area 121 can enter the booth body 100 from the inside of the booth body 100. ) A hand inlet 134 is formed through the third examination window 133 so that a hand and arm can be inserted to collect a sample from a subject to be examined located outside, and to cover the hand inlet 134 Doedoe coupled to the inlet, a silicon cover 135 in which an incision line is formed radially from the central portion may be further provided.

Next, the negative pressure providing unit (not shown) is to form a negative pressure inside the negative pressure region 131 inside the booth body 100, for example, a negative pressure region to form the negative pressure inside the negative pressure region 131. (131) is configured to discharge the air inside, and the air inside the negative pressure area 131 is discharged to the negative pressure tank by using a negative pressure compressor through a negative pressure line connecting the inside of the negative pressure area 131 and the negative pressure tank, The inside of the chamber housing is configured to implement a negative pressure that is lower than atmospheric pressure.

A negative pressure is formed in the internal space of the negative pressure region 131 by the negative pressure providing unit as described above, and a subject who is confirmed to have a fever according to the first examination result is accommodated in the negative pressure region 131 in the process of collecting a sample. , to prevent the leakage of harmful substances such as viruses from the inner space of the negative pressure area 131 to the outer space of the negative pressure area 131, It should be possible to effectively prevent the spread of the virus to other subjects other than the examinee or to the examinee who collects samples.

Next, the positive pressure providing unit (not shown) includes the first examination area 111, the walk-through examination area 121, and the separate examination area 132, which are areas in which the examinee performing examination is accommodated. By forming positive pressure inside, for example, compressed air is pumped into the chamber to form positive pressure inside the first examination area 111 , walk-through examination area 121 , and separate examination area 132 of the booth body 100 . It is configured to be supplied into the housing, and the compressed air is stored in the positive pressure tank by compressing the air inside the positive pressure tank using a positive pressure compressor, and the first examination area 111, the walk-through examination area 121, and the separate examination area (132) Compressed air inside the positive pressure tank through the positive pressure supply line connecting the inside and the positive pressure tank to the inside of each of the first examination area 111, the walk-through examination area 121, and the separate examination area 132 It is supplied and configured to implement positive pressure, which is a pressure higher than atmospheric pressure.

The positive pressure providing unit configured as described above creates positive pressure in the area where the examinee is accommodated, thereby preventing harmful substances including viruses from entering the area from outside, thereby ensuring the safety of the examinee. make it possible

3 is a side cross-sectional view showing a screening clinic capable of separate examination for preventing the spread of an infectious disease according to an embodiment of the present invention, showing a state in which the cross-section is processed by the line A-A' shown in FIG. 1; In order to prevent the spread of infectious diseases according to an embodiment of the present invention, the air sterilization unit 300 and the inner wall cleaning unit 400 are further provided in the screening clinic where separate examination is possible, and the air sterilization unit 300 and the inner wall cleaning unit (400) will be described in more detail as follows.

Referring to FIG. 3 , the air sterilization unit 300 includes a sterilization area 310 disposed adjacent to the negative pressure area 131 inside the booth body 100 to form a separate space, and the negative pressure area 131 . ) provided in the lower portion of the air exhaust means 320 to exhaust the air inside the negative pressure region 131 toward the sterilization region 310, and the air exhausted from the negative pressure region 131 inside the sterilization region 310 It includes a sterilization means 330 for sterilizing the sterilization area 310, and an air exhaust means 340 for discharging the sterilized air through the sterilization means 330 to the outside.

At this time, the air exhaust means 320 exhausts the air inside the negative pressure area 131, for example, by ventilating the negative pressure area 131 400 times per hour to ventilate the air inside the negative pressure area 131 within 1 minute. Preferably, the air exhaust means 320 is formed integrally with a part of the negative pressure providing unit or may be configured as a separate exhaust means, and as such, the ventilation rate inside the negative pressure region 131 is a predetermined size. When it becomes larger than that, the external wall and internal bulkhead of the booth body 100 constituting the negative pressure area 131 or the negative pressure door provided on the outer wall of the booth body 100 for entering and exiting the negative pressure area 131 is damaged, such as being crushed. In order to prevent the negative pressure area 131, a through hole is formed in the outer wall of the booth body 100 constituting the negative pressure area 131 or the negative pressure door provided on the outer wall, so that the inside and the outside space of the negative pressure area 131 communicate with each other, The filter 137 is mounted in the corresponding through hole, and even if the ventilation rate inside the negative pressure region 131 is increased by a predetermined size or more due to the through hole in which the filter 137 is mounted, the pressure between the inside and the outside space of the negative pressure region 131 By partially offsetting the car, it is possible to prevent damage to the outer wall of the booth body 100 or the negative pressure door. 2 exemplarily shows a state in which the through hole and the filter 137 are mounted on the negative pressure door.

In addition, the sterilization means 330 may include a HEPA filter for filtering air, and an ultraviolet sterilization lamp for emitting ultraviolet rays for sterilizing the air.

In addition, the sterilization means 330 is inserted through the outer wall of the booth body 100 constituting the sterilization area 310 and is used in combination to seal the outer wall of the booth body 100, and is used in conjunction with the outer wall of the booth body 100. It is preferable that it is configured in a modular form so that it can be removed by releasing the coupling and withdrawing it to the outside of the booth body 100, and is configured to be usable by replacing the modular sterilization means 330, and the modular sterilization means 330 A plurality of silver sterilization areas 310 may be installed in a vertical direction.

On the other hand, in the air sterilization unit 300, it is preferable that the air exhaust means 320 is provided below the negative pressure region 131, and in addition, the air sterilization unit 300 is provided above the negative pressure region 131, so that the negative pressure region (131) It is preferable to further include an air induction fan for guiding the transfer of the internal air to the lower part.

On the other hand, when a plurality of negative pressure regions 131 are provided, the sterilization region 310 is a separate space partitioned by a barrier rib disposed adjacent to each negative pressure region 131 , and the sterilization region 310 includes a plurality of negative pressure regions. It is preferably provided in the space interposed between the sterilization areas 310 and the air inside the plurality of negative pressure areas 131 adjacent to the sterilization area 310 is exhausted so that the exhausted air is sterilized and discharged to the outside.

Referring to FIG. 3 , the inner wall cleaning unit 400 is provided inside the negative pressure region 131 to sterilize and clean the inner wall surface of the negative pressure region 131 , and the inner wall cleaning unit 400 includes the negative pressure region 131 . A guide rail 410 provided inside, a wiper member 420 for wiping the inner wall surface of the negative pressure region 131 while moving along the guide rail 410, and the wiper member 420 for sterilizing It includes a wiper cleaning means, and in FIG. 3, for convenience, only one surface of the inner surface of the negative pressure region 131 is shown to be cleaned by wiping, but the guide rail 410 is provided extending along the inner surface of the negative pressure region 131, or each of the inner surfaces It may be separately provided on the guide rail 410 and may be configured to be cleaned by wiping all of the side, upper, and lower surfaces of the negative pressure region 131 while the wiper member 420 moves along the guide rail 410 .

Looking at the inner wall cleaning unit 400 in more detail, for example, the inner wall cleaning unit 400 moves along the guide rail 410 provided on the inner wall surface of the negative pressure region 131 and the guide rail 410 . a wiper member 420 for wiping the inner wall surface of the negative pressure region 131, and a cleaning container 430 provided under the negative pressure region 131 to form a space in which the wiper member 420 is accommodated; It may include a cleaning liquid supply means for supplying a cleaning liquid (washing water and a cleaning solution) to the inside of the cleaning container 430, and a cleaning liquid discharge means for discharging the cleaning liquid contained in the cleaning solution to the outside, wherein the cleaning liquid is used for cleaning It may include washing water and a separate washing solution, and the washing solution supply means is configured to inject washing water and washing solution into the washing container 430, respectively, or a washing solution that is a mixed solution of washing water and washing solution. can

As another example, the inner wall cleaning unit 400 wipes the inner wall surface of the negative pressure area 131 while moving along the guide rail 410 and the guide rail 410 provided on the inner wall surface of the negative pressure area 131 . A wiper member 420, a washing vessel 430 provided below the negative pressure region 131 to form a space in which the wiper member 420 is accommodated, and a high-temperature steam generated inside the washing vessel 430 It may include a steam supplying means for supplying the steam, and a disinfecting solution spraying means for spraying a sterilizing and disinfecting solution for cleaning into the washing container 430 .

As another example, the inner wall cleaning unit 400 includes the guide rail 410, the wiper member 420, the washing container 430, the cleaning solution supplying means, the cleaning solution discharging means, the steam supplying means, and the disinfecting solution spraying means. It is also possible to provide all of them, so that the wiper member 420 can be both cleaned by a cleaning liquid and by supplying steam.

Meanwhile, in the inner wall cleaning unit 400 , the cleaning container 430 communicates with the sterilization area 310 , and an exhaust means for exhausting the air inside the cleaning container 430 to the sterilization area 310 is provided, the cleaning container It is preferable that the air inside the 430 is also configured to be ventilated through the sterilization area 310 .

In addition, the inner wall cleaning unit 400 may further include vibrating means for vibrating the wiper member 420 while the wiper member 420 is accommodated in the washing container 430 to perform washing.

On the other hand, the second examination window 122 provided on the wall surface of the booth body 100 constituting the walk-through examination area 121 of the walk-through examination unit. The third examination window 133 of the separation examination unit 130 provided in the partition wall formed to partition the negative pressure area 131 and the separation examination area 132 inside the booth body 100 is on the wall or the partition wall, respectively. It is also possible to form a plurality.

In addition, in each of the second examination window 122 and the plurality of third examination windows 133 , a plurality of hand input ports 134 provided in the examination window are vertically spaced apart from each other to form a plurality of them according to the height of the examinee. The hand inlet 134 is configured so that a sample can be collected by selectively using any one of the hand inlets 134 by the examiner, or the hand inlet 134 is installed to be movable up and down, and the hand inlet 134 according to the height of the examinee ) can be configured to move the upper and lower positions so that the sample can be collected.

In addition, the second examination window 122 or the third examination window 133 has a face receiving part 136 protruding toward the outside of the booth body 100 or the negative pressure area 131 to accommodate the face of the examinee. ) is further provided so that, in the sample collection process, the examiner can more easily check the process of collecting a sample from the subject, and the sample collection treatment can be performed. The examination window itself provided with the unit 136 is provided to be movable up and down, so that the examiner adjusts the positions of the hand input port 134 and the face receiving unit 136 according to the height of the examinee so that the sample can be collected. can be configured.

4 is a view exemplarily showing a state in which the examination window control unit 500 is provided in a screening clinic where a separate examination is possible to prevent the spread of an infectious disease according to an embodiment of the present invention. It may be provided in any one of the second examination window 122 and the third examination window 133, and for example, an LM guide rail 510 provided on a wall where the third examination window 133 is provided; One end is connected to the third examination window 133 , and the other end is connected to the LM guide rail 510 , and a connecting body 520 provided to be movable along the LM guide rail 510 , and the LM guide rail 510 . ) and the other end of the connecting body 520 connected to the moving along the LM guide rail 510 may be configured to include an examination window fixing member 530 for fixing the moved state.

At this time, as shown in FIG. 4 , the examination window fixing member 530 is, for example, a fixing protrusion extending in the examination window in an outer direction of the examination window, and a fixing groove in which the fixing protrusion is fitted on the wall where the examination window is provided. A plurality of fitting members are formed in the vertical direction, and a fixing protrusion is fitted to any one of the plurality of fitting members to adjust the vertical installation position of the examination window, or

Or the examination window fixing member 530, as another example, a driving means for moving the connection body 520 through the LM guide rail 510, and a control signal switch that receives a drive signal from the examinee so that the driving means is driven. Including, it may be configured to move the examination window in the upper or lower direction according to the examiner presses the control signal switch.

In addition, in the above case, as the examination window is movable up and down, a telescopic sealing member 540 made of a stretchable material along the outer periphery of the examination window for sealing between the upper and lower and left and right outer perimeters and the wall during the examination is further provided. desirable.

On the other hand, in the screening clinic capable of separate examination to prevent the spread of infectious diseases according to an embodiment of the present invention, in the above configuration, the first examination unit 110 measures the body temperature of the examinee located outside the booth body 100 It further includes a fever detection sensor that detects non-contact, and checks whether or not fever is based on a preset standard according to the body temperature of each subject detected through the fever detection sensor. 130), it is preferable to further include a display unit that generates and outputs guide information in at least one of sound, image, and text to move to the walk-through examination unit 120 side when fever is not confirmed, and the display unit is at least one of a display or a speaker may contain one.

As such, those skilled in the art to which the present invention pertains will understand that the above-described technical configuration of the present invention may be implemented in other specific forms without changing the technical spirit or essential characteristics of the present invention.

Therefore, the embodiments described above are to be understood as illustrative and not restrictive in all respects, and the scope of the present invention is indicated by the following claims rather than the above detailed description, and the meaning and scope of the claims and their equivalents All changes or modifications derived from the concept should be construed as being included in the scope of the present invention.

100: booth body
110: first examination unit
111: first examination area
112: first examination window
120: walk-through examination unit
121: walk-through examination area
122: second examination window
130: separate examination unit
131: sound pressure region
132: separate examination area
133: third examination window
134: hand inlet
135: silicone cover
136: face receiving part
137: filter
200: exterior door
300: air sterilization unit
310: sterilization area
320: air exhaust means
330: sterilization means
340: air exhaust means
400: inner wall cleaning unit
410: guide rail
420: wiper member
430: washing container
500: examination window control unit
510: LM guide rail
520: connection body
530: inspection window fixing member
540: expansion and contraction sealing member
600: first inner door
700: second inner door

Claims (6)

a booth body including an external access door capable of opening and closing an entrance connecting an external space and an internal space;
A first examination area formed so that an examinee performing a primary examination task including a questionnaire and fever check from an examinee located outside the booth body inside the booth body is disposed separately from the examinee; examination department;
a walk-through examination unit including a walk-through examination area formed inside the booth body so that an examinee collecting a sample from a subject located outside the booth body is disposed separately from the subject;
In the booth body, a negative pressure area accommodated by the examinee and capable of forming a negative pressure environment, and a negative pressure area arranged adjacent to the negative pressure area, the examinee collecting a sample from the examinee located inside the negative pressure area is separated from the examinee Separate examination unit including a separate examination area formed so as to be;
a negative pressure providing unit for forming a negative pressure in the negative pressure region; and
a positive pressure providing unit that forms a positive pressure in the walk-through examination area and the separate examination area;
It further includes; an air sterilization unit for sterilizing the air inside the negative pressure region, wherein the air sterilization unit is provided inside the booth body, a sterilization region adjacent to the negative pressure region, and a lower portion of the negative pressure region to sterilize the sterilization unit Air exhaust means for exhausting the air inside the negative pressure region toward the region, sterilization means for sterilizing the air exhausted from the negative pressure region inside the sterilization region, and the air sterilized through the sterilization means on the upper part of the sterilization region to the outside Including an air exhaust means for discharging to the sterilization means includes a HEPA filter,
The sterilization means is inserted through the outer wall of the booth body constituting the sterilization area and is used to seal the outer wall of the booth body, and the module can be removed by releasing the coupling with the outer wall of the booth body and withdrawing it to the outside of the booth body is configured to be installed in a plurality of vertical directions within the sterilization area,
The first screening unit further includes a fever sensor for non-contact sensing of the body temperature of the examinee located outside the booth body, and determines whether or not a fever is generated according to the body temperature of each subject detected through the fever detection sensor according to a preset standard. and a display unit for generating and outputting guidance information in at least one of sound, image, and text so as to move to the separate examination unit when fever is confirmed and to the walk-through examination unit when fever is unconfirmed. and the display unit includes at least one of a display and a speaker,
A screening clinic that allows separate examinations to prevent the spread of infectious diseases.
delete delete According to claim 1,
An inner wall cleaning unit provided inside the negative pressure area to sterilize and clean the inner wall surface of the negative pressure area; further comprising,
The inner wall cleaning unit
a guide rail provided inside the negative pressure region;
Screening clinic capable of separate examination to prevent the spread of infectious diseases, characterized in that it includes a wiper member for wiping the inner wall surface of the negative pressure region while moving along the guide rail.
According to claim 1,
A through hole formed through the external wall of the booth body constituting the negative pressure region or the booth body constituting the negative pressure region in order to communicate with the inside and outside space of the negative pressure region in the negative pressure door provided to understand entry and exit into the negative pressure region;
Screening clinic capable of separate examination to prevent the spread of infectious diseases, characterized in that it further comprises a filter mounted to cover the through hole.
According to claim 1,
At least one of an examination window provided on an outer wall of the booth body forming the walk-through examination area and an examination window provided on a partition wall provided inside the booth body to partition between the separate examination area and the negative pressure area, It further includes; an examination window control unit for adjusting the installation position by moving the examination window up and down;
The examination window control unit,
an LM guide rail provided on the outer wall of the booth body or the bulkhead;
A connecting body having one end connected to the examination window and the other end connected to the LM guide rail to be movable along the LM guide rail;
Screening clinic capable of separate examination to prevent the spread of infectious diseases, characterized in that it comprises a screening window fixing member for fixing the state in which the connection body is moved.

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