KR102406093B1 - Untact Respiratory Clinic Booth - Google Patents

Abstract

Start a non-face-to-face respiratory relief clinic.
This embodiment is a container-type non-face-to-face virtual medical booth manufactured in a form that can be moved over a long distance. The virtual medical booth is manufactured in a container type to identify patients and perform a pre-inspection before the patient is admitted to the hospital. We provide a non-face-to-face respiratory safety clinic that allows pre-respiratory testing in a face-to-face, non-contact manner.

Description

Non-face-to-face respiratory relief clinic {Untact Respiratory Clinic Booth}

One embodiment of the present invention relates to a non-face-to-face respiratory relief clinic.

The content described below merely provides background information related to the present embodiment and does not constitute the prior art.

In recent years, the drive-thru medical treatment method in which the patient is in a car to compensate for the increased anxiety and fear due to the spread of the coronavirus worldwide, as well as taking a long time to receive treatment and more concerns about infection in hospitals. is being used, and screening treatment is performed through face-to-face contact between medical staff and medical practitioners.

Conventionally, there is a drawback in that the process for performing the treatment is complicated and takes a lot of time when drive-through treatment is performed outdoors or individual screening treatment is performed without going to a hospital. It takes a lot of time to create a screening clinic, and there are various drawbacks that are inconvenient to separate and store.

When an infectious disease spreads, medical personnel must repeatedly perform medical treatment to determine whether a large number of test subjects are infected. Therefore, it is not possible to digest a large number of people to be tested only by a normal medical facility, and a mobile clinic for digesting the people to be tested is installed.

Disinfection of the clinic, which is performed after every treatment in a mobile clinic, typically takes 10 to 30 minutes, which is not a small amount of time. In addition, there is a problem in that it takes a considerable amount of money and time for medical personnel to change into a new protective suit after each treatment, and the physical strength of medical personnel is consumed.

This embodiment is a container-type non-face-to-face virtual medical booth manufactured in a form that can be moved over a long distance. The virtual medical booth is manufactured in a container type to identify patients and perform a pre-inspection before the patient is admitted to the hospital. An object of the present invention is to provide a non-face-to-face respiratory safety clinic that enables respiratory examination in advance in a face-to-face, non-contact manner.

According to one aspect of this embodiment, a container-type booth; a kiosk installed outside the booth to check patient identification information; a patient identification unit outputting a barcode corresponding to the patient identification information when the patient identification information is checked; a pass box for allowing the sample collection kit to which the barcode is attached and the zipper bag to flow out of the booth with air circulation blocked; A glove wall having a hand passage for directing the hand of the medical staff toward the outside of the booth, and allowing the medical staff to collect the patient's sample using the sample collection kit by hand using the hand passage. and provides a non-face-to-face respiratory safety clinic, characterized in that the collected sample is received in the pass box in a state in which the barcode is attached to the zipper pack.

As described above, according to this embodiment, as a container-type non-face-to-face virtual medical booth manufactured in a form that can be moved over a long distance, patients and medical staff can It has the effect of providing a non-face-to-face respiratory clinic in a face-to-face, non-contact manner.

1 is a view showing a container-type non-face-to-face virtual medical booth according to the present embodiment.
2 is a view showing the arrangement and user movement of the virtual medical booth and the screening clinic according to the present embodiment.
3A and 3B are views showing a virtual medical booth according to the present embodiment.
4 is a view for explaining an inspection method using a kiosk and a respiratory safety booth according to the present embodiment.
5 is a view showing a pre-hospital examination scenario according to the present embodiment.
6 is a view showing reception and entry in a state in which the outside and the inside of the container are blocked according to the present embodiment.
7A and 7B are diagrams illustrating an operation scenario of the screening treatment booth according to the present embodiment.
8 is a view showing a method of adjusting the height according to the appearance and examination position of the patient according to the present embodiment.
9 is a diagram illustrating a non-contact medical treatment environment according to the present embodiment.
10 is a diagram illustrating a medical treatment environment in which a mobile patient and a general patient are separated according to the present embodiment.
11A, 11B, and 11C are diagrams illustrating a pass box according to the present embodiment.

Hereinafter, this embodiment will be described in detail with reference to the accompanying drawings.

1 is a view showing a container-type non-face-to-face virtual medical booth according to the present embodiment.

The container-type non-face-to-face virtual medical booth 100 is manufactured in a form that can be moved over a long distance. The container type non-face-to-face virtual medical booth 100 is manufactured in a container type and uses virtual medical booths implemented inside/outside so that patients and medical staff can examine and treat in a non-face-to-face, non-contact manner. The container type non-face-to-face virtual medical booth 100 includes a respiratory safety booth 110 and a screening medical booth 120 .

2 is a view showing the arrangement and user movement of the virtual medical booth and the screening clinic according to the present embodiment.

The container-type non-face-to-face virtual medical booth 100 includes a respiratory safety booth 110 and a screening medical booth 120 manufactured in a form that can be moved over a long distance. The arrangement of the respiratory safety booth 110 and the screening treatment booth 120 included in the container-type non-face-to-face virtual medical booth 100 and the user's movement are as shown in FIG. 2 . Users who have completed the examination at the respiratory safety booth 110 and the screening treatment booth 120 included in the container-type non-face-to-face virtual medical booth 100 will then receive the examination room booth 210 and X-Ray booth 220 according to the test results. , the pediatric clinic booth 230 is available.

In order to be hospitalized as a pre-hospital test, the user enters the position of ① in order to receive a corona test essential at the respiratory safety booth 110. The user performs reception and storage at the kiosk installed on the respiratory safety booth 110 at the position of ②. The user performs respiratory safety treatment reception and receipt.

The user moves to the position of ③ of the respiratory safety booth 110 and receives respiratory safety treatment in a non-face-to-face, non-contact manner. If the user is a general patient, the user enters the screening treatment booth 120 at the position of ④ and receives screening treatment in a non-face-to-face, non-contact manner.

If the user is mobile, the user enters the screening treatment booth 120 at the position ⑤ and receives screening treatment in a non-face-to-face, non-contact manner for the mobile vulnerable. After that, when the respiratory examination and screening examination are completed, if the user is a general patient, the user enters the laboratory booth 210 at the position ⑥ and performs additional examination. After the respiratory examination and screening examination are completed, if the user is mobile, the user enters the examination room booth at the position ⑦ and proceeds with additional examination. According to the test result, the user enters the X-Ray booth 220 at the position ⑧ to receive an X-Ray test, or enters the pediatric clinic booth 230 at the position ⑨ to receive pediatric treatment.

3A and 3B are views showing a virtual medical booth according to the present embodiment.

Respiratory safety booth 110 is a smart booth that performs a respiratory safety clinic function, and performs a non-contact pre-hospital examination. Respiratory safety booth 110 performs reception and storage.

The respiratory safety booth 110 according to this embodiment includes a booth, a kiosk, a patient identification unit, a glove wall 310, a pass box 320, a display 330, a medical staff door 340, and a medical staff barcode scanner 350 ) is included. Components included in the respiratory safety booth 110 are not necessarily limited thereto.

The booth is designed and manufactured in the form of a container.

A kiosk is installed outside the booth to check patient identification information. The kiosk receives patient identification information including at least one of a resident number, a name, and a phone number from a patient on a screen. The kiosk confirms the expected hospitalization date that matches one of your social security number, name, or phone number. When the expected hospitalization date is confirmed, the kiosk requests a wait after receiving a confirmation input from the patient about the expected hospitalization date. If the expected hospitalization date matching one of the resident number, name, and phone number is unconfirmed or the current date is not one day before the expected hospitalization date, the kiosk outputs a notice of non-examination.

When the patient identification information is confirmed, the patient identification unit outputs a barcode corresponding to the patient identification information. When the reception from the kiosk is completed, the patient confirmation unit outputs a patient waiting list for pre-hospital examination on the display 330 provided outside. When an order arrives in the patient waiting list, the patient identification unit outputs a phrase for calling the patient to the display 330 .

The glove wall 310 has a hand passage 312 that directs the hand of the medical staff toward the outside of the booth. The glove wall 310 uses the hand passage 312 to allow medical staff to collect a patient's sample by hand using a sample collection kit. Here, the sample collection kit includes Virus Transport Medium (VTM) or Universal Transport Media (UTM) as a virus transport medium.

The glove wall 310 has a hand passage 312 that directs the hand of the medical staff toward the outside of the booth. The glove wall 310 uses the hand passage 312 to allow medical staff to collect a patient's sample by hand using a sample collection kit.

The glove wall 310 has rubber gloves attached to the outside of the hand passage 312 that is directed toward the outside of the booth.

The glove wall 310 adjusts the height of the hand passage 312 according to the shape and height of the patient by using an electric motor according to the operation of the up and down movement button of the medical staff in the booth, so that the medical staff maintains a seated state. A sample collection kit should be used to collect a sample from the patient.

The pass box 320 allows the sample collection kit to which the barcode is attached and the zipper bag to flow out of the booth with air circulation blocked. The pass box 320 receives the collected sample in a state in which it is contained in a zipper pack to which a barcode is attached.

At least two pass boxes 320 are formed on the outer wall of the booth. A sample collection kit and a zipper bag are delivered to a patient outside the booth using one of the at least two pass boxes 320 . A zipper bag containing a sample collection kit is delivered from a patient outside the booth using the other one of the at least two pass boxes 320 .

The display 330 is installed on the outer wall of the booth, and outputs various information.

The internal storage box is provided inside the booth, and after the sample collected from the pass box 320 takes out the barcode-attached zipper pack, sterilizes the outer surface of the barcode-attached zipper bag and stores it.

The access door 340 for medical personnel is implemented outside the booth. The door is opened and closed so that only a person authenticated by the barcode scanner 350 for medical staff of the medical access door 340 can pass.

The barcode scanner 350 for medical staff is implemented outside the booth. The barcode scanner 350 for medical staff extracts personal identification information corresponding to the received medical staff barcode in order to open and close the door for medical personnel. The barcode scanner 350 for medical staff allows the medical staff access door 340 to be opened only when personal identification information is authenticated as a previously approved medical staff.

4 is a view for explaining an inspection method using a kiosk and a respiratory safety booth according to the present embodiment.

The respiratory safety booth 110 is provided with a kiosk.

A notification of arrival only for pre-hospital examination is output on the kiosk provided in the respiratory safety booth 110 (S410). A resident number is necessarily input on the kiosk provided in the respiratory safety booth 110, and a patient name, patient number, and barcode are selectively input (S420).

Confirm the patient's expected hospitalization date at the kiosk provided in the respiratory safety booth 110 (S430). In step S430, the patient's expected hospitalization date matched with the patient identification number is extracted from the kiosk provided in the respiratory safety booth 110, and the phrase 'Is the patient's expected hospitalization date correct from the 00th to the 00th day?' A user's operation or command is inputted.

When the expected date of hospitalization matching the patient identification number is confirmed at the kiosk provided in the respiratory safety booth 110, a waiting request is requested after reception (S440). In step S440, 'Received' on the screen at the kiosk provided in the respiratory safety booth 110. Please wait for a while.'

A patient waiting list is output to the 'pre-hospital examination' inspection department on the display provided outside of the respiratory safety booth 110 (S450). The scheduled patient examination date is output on the display provided outside of the respiratory safety booth 110 to receive confirmation (S460).

A barcode corresponding to the patient identification number is output or attached to the display provided on the outside of the respiratory safety booth 110 to call the patient (S470). Inspect the patient in the respiratory safety booth 110 (S480). A sample of the patient is collected in the respiratory safety booth 110 (S490).

Although it is described that steps S410 to S490 are sequentially executed in FIG. 4 , it is not necessarily limited thereto. In other words, since it may be applicable to changing and executing the steps described in FIG. 4 or executing one or more steps in parallel, FIG. 4 is not limited to a time-series order.

5 is a view showing a pre-hospital examination scenario according to the present embodiment.

Respiratory safety booth 110 performs an examination before hospitalization. The respiratory safety booth 110 is a pre-hospital examination booth, and the medical staff in the respiratory safety booth 110 outputs three barcodes after checking the test guide and the test subject checked through the barcode. The barcode is output from the printer next to the barcode reader.

If the medical staff is not a subject for pre-hospital examination (for example, if it is not one day before admission), the medical staff does not perform the examination and returns the patient to the home or outpatient clinic. The medical staff in the respiratory safety booth 110 attaches three printed barcodes to the sample collection kit (VTM: Virus Transport Medium or UTM: Universal Transport Media) and two zipper bags, respectively.

The medical staff in the respiratory safety booth 110 delivers a sample collection kit (virus transport medium (VTM or UTM)) and one of two zipper bags to the patient using the pass box 320 .

Medical staff in the respiratory safety booth 110 receive a sample collection kit (virus transport medium (VTM or UTM)) from the patient using the glove wall 310 . The medical staff in the respiratory safety booth 110 collects a sample from the patient using a sample collection kit. The medical staff in the respiratory safety booth 110 guides the patient to put the collected sample in a zipper bag with a barcode.

When the medical staff in the respiratory safety booth 110 collects a sample from a patient using the glove wall 310, the height of the glove wall 310 is increased by using an electric motor provided inside so that the posture does not change according to the height of the patient. move up and down. In other words, the medical staff in the respiratory safety booth 110 can adjust the height of the glove wall 310 by manipulating the vertical movement button.

Medical staff in the respiratory safety booth 110 can conveniently collect a sample by adjusting the height according to the shape of the sample. The medical staff in the respiratory safety booth 110 adjusts the height through the up and down movement buttons using an electric motor without changing the posture according to the height of the sample while sitting comfortably during the sample collection process.

Medical staff in the respiratory safety booth 110 put the sample collection kit (virus transport medium (VTM or UTM)) contained in a zipper bag with a barcode into the pass box 320 . Medical staff in the respiratory safety booth 110 collects a zipper bag with a barcode attached from the pass box 320 . Medical staff in the respiratory safety booth 110 sterilize the outer surface of the zipper bag with the barcode and put it in the inner storage box.

6 is a view showing reception and entry in a state in which the outside and the inside of the container are blocked according to the present embodiment.

Respiratory safety booth 110 can facilitate reception and entry in a state in which the outside and inside of the container are blocked. In order to enter the respiratory safety booth 110, it includes a pass box 320 that can safely transfer a receipt, barcode, and specimen in two directions.

When the medical staff in the respiratory safety booth 110 opens the door provided on one side of the pass box 320 and puts an object to be delivered, and closes the door, the door provided on the other side of the pass box 320 opens, takes out the object, and then closes the door. Since the pass box 320 is used to deliver an object to the outside of the respiratory safety booth 110, the circulation of air is blocked.

The respiratory safety booth 110 receives a barcode by using a barcode scanner 350 for medical personnel to open and close the medical staff entrance door 340 . Respiratory safety booth 110 extracts personal identification information corresponding to the received barcode. Respiratory safety booth 110 opens the door 340 for medical staff only when personal identification information is authenticated. The respiratory safety booth 110 opens and closes the medical staff entrance door 340 only when the barcode scanner 350 for medical staff recognizes the barcode given by the medical staff approved in advance and is authenticated.

7A and 7B are diagrams illustrating an operation scenario of the screening treatment booth according to the present embodiment.

The screening treatment booth 120 is divided into a negative pressure room and a positive pressure room to treat patients. Negative pressure room means a special isolation room that blocks the air inside the hospital from spreading to the outside by using the pressure difference inside the room. The negative pressure room uses the property of air moving from high pressure to low pressure, so that polluted air in the negative pressure room with a lower atmospheric pressure than outside does not flow out, and only clean outside air flows in. It is usually created for the isolation of patients with respiratory infections.

The receptionist in the screening booth 120 confirms the medical application and receives the patient as an outpatient of the relevant medical professor. The receptionist in the screening booth 120 distributes the reception receipt to the patient and guides them to wait in the waiting area.

Inducing the patient to enter the treatment room in the screening treatment booth (120). The screening treatment booth 120 calls the patient through the external wall display 330 when the order of treatment is reached. The barcode scanner in the screening booth 120 is used to recognize the barcode on the receipt, and when the door is automatically opened, the patient enters. The patient enters the negative pressure area within the screening booth 120 .

Treatment is performed in a non-face-to-face, non-contact manner in the screening treatment booth 120 . The patient screening treatment booth 120 is divided into a negative pressure area in which the patient enters and a positive pressure area in which medical staff reside. A medical team in the area where positive pressure is maintained in the screening booth 120 confirms the patient's position and connects to a remote doctor by video.

The doctor checks and communicates with the patient through the patient's medical chart, interview history, and the naked eye in the video connection state. When the doctor determines that remote palpation is necessary, the medical staff present in the positive pressure area uses the glove wall 310 to operate the medical device 810 to facilitate the palpation.

The data promoted by the medical staff existing in the positive pressure area using the glove wall 310 is transmitted to a doctor terminal located at a remote location in real time, so that the doctor can check it. When a doctor requires a prescription, he or she prescribes an in-hospital prescription using the doctor's terminal or prescribes a test after classifying the cases. When the doctor's prescription is completed, the medical staff in the positive pressure area instructs the patient in the negative pressure area to leave.

8 is a view showing a method of adjusting the height according to the appearance and examination position of the patient according to the present embodiment.

The patient screening treatment booth 120 is divided into a negative pressure area where the patient enters and a positive pressure area where medical staff reside. A glove wall 310 may be installed on one side of the wall separating the negative pressure area and the positive pressure area.

The medical staff present in the positive pressure region can conveniently perform medical treatment by adjusting the height of the glove wall 310 according to the appearance and examination position of the patient present in the negative pressure region. The patient maintains negative pressure on the patient side and positive pressure on the medical staff side for non-face-to-face and non-contact treatment in the screening treatment booth 120 . When the patient leaves the room after treatment, the door automatically detects the door and maintains a strong sound pressure for about 5 minutes.

Specialists perform non-face-to-face treatment through monitors in the hospital's treatment room. The assistant medical staff is located on the medical staff side and uses the globe wall 310 to assist in non-contact medical treatment such as electronic auscultation and body temperature measurement. The assistant medical staff manipulates the electric motor connected to the glove wall 310 to control the height of the glove wall 310 by manipulating a button to move the glove wall 310 up and down.

9 is a diagram illustrating a non-contact medical treatment environment according to the present embodiment.

A glove wall 310 is installed on one side of the wall separating the negative pressure area and the positive pressure area, and the medical device 810 as shown in FIG. 9 is provided toward the positive pressure area where the medical staff exists.

Medical staff existing in the positive pressure area use the medical device 810 installed toward the positive pressure area to establish a non-contact medical environment free from infection and transmit the data to the doctor terminal using a smart medical device to perform non-face-to-face examination.

The screening booth 120 maintains negative pressure on the patient side and positive pressure on the medical staff side for non-face-to-face, non-contact treatment. The screening booth 120 maintains a strong negative pressure for about 5 minutes through automatic detection of the entrance and exit of the negative pressure area when the patient's treatment is finished. The specialist performs non-face-to-face treatment through a monitor in an in-hospital treatment room remotely in conjunction with the medical device 810 .

The assistant medical staff uses the medical device 810 located on the medical staff side of the globe wall 310 to assist the patient in the negative pressure area with non-contact medical treatment such as electronic auscultation and body temperature measurement. Assistant medical staff should make and store a hexagonal screen to reduce the exposure of rubber gloves exposed to the patient.

10 is a diagram illustrating a medical treatment environment in which a mobile patient and a general patient are separated according to the present embodiment.

The screening treatment booth 120 separates the movement and environment of mobile patients (wheelchairs, etc.) and general patients, and establishes an environment in which simultaneous treatment is possible. The screening treatment booth 120 arranges two treatment rooms in one virtual clinic so that non-face-to-face, non-contact treatment for the mobile and vulnerable is possible, and allows one medical staff to perform cross treatment.

11A, 11B, and 11C are diagrams illustrating a pass box according to the present embodiment.

The pass box 320 may be provided in each of the respiratory safety booth 110 and the screening treatment booth 120 . The pass box 320 refers to a box used to eliminate cross-infection of viruses that may be attached to samples or documents from which the specimen is collected.

The pass box 320 has a structure that can close the door and take out the object from the other side when an object is put in and closed from one side. The pass box 320 has a structure such that, when a door is opened on one side, the door on the other side is physically locked so that the door on one side and the door on the other side do not open at the same time.

As shown in 11a, the pass box 320 has doors that can be opened and closed, respectively, on one side and the other side. The pass box 320 has a transparent material so that a portion of the door existing on one side and the other side, respectively, can check the inside. The pass box 320 has a handle in the form of protruding to the outside of the door existing on one side and the other side, respectively.

As shown in 11b, when the door provided on one side of the pass box 320 is opened, the door provided on the other side is automatically closed. The medical staff opens the door provided on one side of the pass box 320 to deliver the sample collection kit and zipper bag to the patient who is outside the respiratory safety booth 110 and the screening treatment booth 120, and puts the sample collection kit and zipper bag in it. close The door provided on the other side of the bestial pass box 320 for medical personnel to open the door provided on one side of the pass box 320 is automatically locked.

As shown in 11c, when the door provided on the other side of the pass box 320 is opened, the door provided on the one side is automatically closed. The patient opens the door provided on the other side of the pass box 320 to receive the sample collection kit and zipper bag from the medical staff present in the respiratory safety booth 110 and the screening treatment booth 120, and opens the sample collection kit and the zipper bag. take out and close The door provided on one side of the pass box 320 is automatically locked the moment the patient opens the door provided on the other side of the pass box 320 .

The pass box 320 includes a first door 1102 and a second door 1104 . A first door 1102 that can be opened and closed is provided on one side of the pass box 320 . A second door 1104 that can be opened and closed is provided on the other side of the pass box 320 . The pass box 320 maintains a state in which air circulation is blocked by automatically locking the other door when one of the first door 1102 and the second door 1104 is opened.

The pass box 320 has a transparent material on one side of the first door 1102 and the second door 1104 so that the inside can be checked. The pass box 320 has a handle in the form of protruding to the outside on each of the first door 1102 and the second door 1104 .

The above description is merely illustrative of the technical idea of this embodiment, and various modifications and variations will be possible without departing from the essential characteristics of the present embodiment by those skilled in the art to which this embodiment belongs. Accordingly, the present embodiments are intended to explain rather than limit the technical spirit of the present embodiment, and the scope of the technical spirit of the present embodiment is not limited by these embodiments. The protection scope of this embodiment should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be interpreted as being included in the scope of the present embodiment.

100: container type non-face-to-face virtual medical booth
110: Respiratory safety booth
120: screening booth

Claims (12)

A booth in the form of a container and corresponding to a respiratory safety booth;
a kiosk installed outside the booth to check patient identification information;
a patient identification unit outputting a barcode corresponding to the patient identification information when the patient identification information is checked;
a pass box for allowing the sample collection kit to which the barcode is attached and the zipper bag to flow out of the booth with air circulation blocked;
A glove wall that has a hand passage that directs the hand of the medical staff toward the outside of the booth, and allows the medical staff to collect the patient's sample using the sample collection kit by hand using the hand passage - collection allowing the sample to be input into the pass box while being contained in the zipper bag to which the barcode is attached;
a screening booth divided into a negative pressure area where the patient enters and a positive pressure area where medical staff reside;
an examination booth for performing additional examinations according to the examination results of the patients who have completed the respiratory examination and screening examination at the respiratory safety booth and the screening booth;
an X-ray booth capable of receiving an X-ray examination according to the additional examination result; and
A pediatric clinic booth that can receive pediatric care according to the additional test results;
When the patient's position is confirmed in the screening booth, a remote doctor is connected via video, and the data promoted by the medical staff in the positive pressure area using the globe wall is transmitted to a remote doctor terminal in real time. ,
When a drug prescription is required, the doctor prescribes it as an in-hospital prescription using the doctor terminal, and when the doctor's prescription is completed, the medical staff in the positive pressure area instructs the patient in the negative pressure area to leave the room. Face-to-face respiratory relief clinic. According to claim 1,
The kiosk is
receiving the patient identification information including at least one of a resident number, a name, and a phone number from the patient on a screen, and confirming an expected hospitalization date matching one of the resident number, the name, and the phone number; When the expected hospitalization date is confirmed, the non-face-to-face respiratory relief clinic, characterized in that the patient receives a confirmation of the expected hospitalization date and requests waiting after reception. 3. The method of claim 2,
The kiosk is
Non-face-to-face respiratory relief clinic, characterized in that when the expected hospitalization date matching one of the resident number, the name, and the phone number is unconfirmed or the current date is not one day before the expected hospitalization date, a guide to not performing the examination is output. 3. The method of claim 2,
The patient identification unit,
When the reception from the kiosk is completed, a patient waiting list for pre-hospital examination is output to a display provided outside, and when an order arrives in the patient waiting list, a phrase to call the corresponding patient is output to the display A non-face-to-face respiratory safety clinic. According to claim 1,
The sample collection kit,
A non-face-to-face respiratory relief clinic comprising Virus Transport Medium (VTM) or Universal Transport Media (UTM) as a virus transport medium. According to claim 1,
The globe wall is
Non-face-to-face respiratory safety clinic, characterized in that rubber gloves are attached to the outside of the hand passage to face the outside of the booth. According to claim 1,
The globe wall is
According to the operation of the up and down movement button of the medical staff in the booth, the height of the hand passage is adjusted according to the appearance and height of the patient by using an electric motor, and the specimen collection kit is used in a state where the medical staff is maintained in a seated state. A non-face-to-face respiratory relief clinic that allows patient samples to be taken. According to claim 1,
An internal storage box in which the sample collected from the pass box is taken out of the zipper bag to which the barcode is attached, and the outer surface of the zipper bag to which the barcode is attached is disinfected and stored
Non-face-to-face respiratory relief clinic, characterized in that it further comprises. According to claim 1,
It includes an entrance door for medical staff and a barcode scanner for medical personnel on the outside of the booth,
In order to open and close the medical staff door, personal identification information corresponding to the medical staff barcode input is extracted using the medical staff barcode scanner, and only when the personal identification information is authenticated as an approved medical staff in advance. Non-face-to-face respiratory relief clinic, characterized in that it is open. According to claim 1,
The pass box has a first door that can be opened and closed on one side and a second door that can be opened on the other side, and when one of the first door and the second door is opened, the other door is automatically locked. Non-face-to-face respiratory safety clinic, characterized in that it maintains the state in which the circulation of the air is blocked. 11. The method of claim 10,
The pass box is
Non-face-to-face, characterized in that one side of the first door and the second door is made of a transparent material that allows the inside to be checked, and each of the first door and the second door has a handle in the form of protruding to the outside. Respiratory Relief Clinic. According to claim 1,
forming at least two pass boxes on the outer wall of the booth,
delivering the sample collection kit and the zipper bag to the patient outside the booth using one of the at least two pass boxes,
A non-face-to-face respiratory relief clinic, characterized in that the zipper bag containing the sample collection kit is delivered from a patient outside the booth using the other one of the at least two pass boxes.

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