KR102161495B1 - Simple movement selection clinic booth - Google Patents

Abstract

The present invention relates to a non-face-to-face positive pressure screening clinic. A treatment is performed while disposable plastic gloves are worn through a treatment hand inlet blocked from the outside while maintaining high pressure by continuously blowing air into the clinic with positive pressure and formed by multiple septum, without wearing protective clothing in an outdoor mobile medical booth. After the treatment, hands is put through the inlet for removing plastic gloves and take off the plastic gloves. A sample rod is inserted through a sample rod input port and the sample rod is collected into a collection box after sampling. An identification card in a photo zone is photographed while a subject is photographed by a camera. Communication such as multilingual selection and medical treatment status check is conducted through a central electronic screen. The non-face-to-face positive pressure screening clinic of the present invention includes: two medical hand inlets; a hand inlet for removing plastic gloves, which is installed at a lower end of the medical treatment hand inlet to remove one plastic glove; a saliva sampling device for sampling saliva of a subject; a camera for recognizing and photographing the subject and photographing an identification card placed in a photo zone; an electronic screen installed inside and outside the front of a booth body so as to be selected with multiple languages and request medical treatment status checking; and two-way microphone and speaker for communication between medical staff and the subject.

Description

Non-face-to-face positive pressure screening clinic {Simple movement selection clinic booth}

The present invention relates to a non-face-to-face positive-pressure screening clinic, and in particular, a treatment hand inlet formed of a multi-diaphragm blocked from the outside while maintaining high pressure by continuously blowing air into the clinic in a positive pressure type without wearing protective clothing in an outdoor mobile treatment booth After treatment, the plastic glove is put on the disposable plastic glove, and after treatment, the plastic glove is removed by putting your hand through the inlet for removing the plastic glove, and the sample bag is inserted through the sample bag inlet. The person in the photo zone is photographed and the ID card is photographed, and communication such as multilingual selection and medical treatment status check is possible through the electronic screen in the front center.

Recently, not only has anxiety and fear amplified worldwide due to the spread of the coronavirus, but also because treatment takes a lot of time and is more concerned about infection in hospitals, a drive-through screening treatment that performs treatment while in a car to compensate. The method is widely used, and screening treatment is performed through face-to-face contact between medical staff and physicians.

In addition, a negative pressure room is installed in a hospital and used for patient treatment. The negative pressure room refers to a special isolation room that blocks the spread of air inside the hospital to the outside by using the difference in air pressure inside the room.

These negative pressure hospital rooms use the property of moving air from high pressure to low pressure, so that the contaminated air in the negative pressure hospital room, which has a lower atmospheric pressure than the outside, does not flow out, and only clean outside air is introduced. Is usually formulated for isolation of patients with respiratory infections.

Conventionally, there were drawbacks such as a complicated process for performing the treatment when performing drive-through screening treatment outdoors or performing individual screening treatment without having to have a hospital, and it takes a lot of time to create such a screening clinic. There are various drawbacks that are caught and inconvenient to separate and store.

In order to solve the above drawbacks, the prior art related to the positive pressure screening clinic filed by the present applicant is disclosed as Application No. 10-2020-00455171.

Patent application No. 10-2015-0114233 Patent Application No. 10-2019-0031821 Patent Application No. 10-2020-00455171

The present invention is to solve such a conventional shortcoming, and the inside of the clinic is sterilized and sterilized by allowing air to flow into the clinic from the outside through a three-pass filter through a positive pressure type air pressure isolation structure when treating outdoors rather than a hospital. The aim is to provide a non-face-to-face positive-pressure screening clinic that enables treatment without wearing separate protective clothing.

Another object of the present invention is to use disposable plastic gloves for internal medical personnel in a state in which the internal and external is completely isolated, and to treat and sample external medical personnel through the diaphragm treatment hand inlet, and to remove the plastic gloves separately formed on the lower outside. It is to provide a non-face-to-face positive pressure screening clinic that allows plastic gloves to be discarded through a hand entry port.

Another object of the present invention is to provide a non-face-to-face positive-pressure screening clinic in which a medical staff or a medical practitioner collects saliva and seals it and then stores it in a sample basket when an individual registered sample rod is delivered to the outside through a sample rod input port. There is.

Another object of the present invention is to provide an electronic screen that can be used both inside and outside the center of the booth body so that multiple languages can be selected and used so that it can be used in any country, and to check and request medical conditions through the screen. It is to provide a non-face-to-face positive pressure screening clinic.

The non-face-to-face positive-pressure screening clinic of the present invention for achieving such an object is installed in a mobile booth main body that is easy to assemble and disassemble to inhale air by driving a motor and filter the air inhaled through the air inlet. In the booth, two treatment hand inlets and a hand inlet for removing the vinyl glove that is installed at the lower end of the treatment hand inlet, a saliva sample means for sampling the saliva of the clinician, and a patient to take a picture. It is equipped with a camera for photographing identification cards placed in the photo zone, an electronic screen that can select multiple languages and request medical treatment status checks installed on the inside and outside of the front of the booth body, and an interactive microphone and speaker for communication between medical staff and clinicians. It is characterized by composition.

The treatment hand inlet is a double air soft tube formed to allow air to pass through, a radial diaphragm, a conical diaphragm installed in the middle, a corrugated rubber formed at the end, and a circular shape to block the inlet after treatment by being rotatably installed inside It is characterized by comprising a cover.

The vinyl glove removal hand inlet is made of soft antibacterial resin, so you can hold the antibacterial resin by putting your hand into the plastic glove removal hand inlet and take off the remaining plastic glove, and a plastic glove collection box is installed at the bottom of it. It is characterized by being composed.

The saliva sample means is installed at a lower portion of the treatment hand inlet and includes a sample rod inlet for inserting a saliva immersion rod, a rotary sealing cover rotatably installed inside the sample rod inlet, and an outer lower end of the sample rod inlet. It is installed in and is characterized in that it comprises a specimen rod collection box for collecting the specimen rod after the examination by the physician.

The present invention as described in detail above can be treated in a state in which the coronavirus, etc. is safely blocked by blowing air into the clinic in a positive pressure type without wearing a protective clothing in the mobile clinic, and the double air combined with the treatment hand inlet It has the effect of putting on a plastic glove through the vaginal tube, removing one glove after treatment, and putting the other glove into the hand entry for removing plastic glove combined with a soft antibacterial resin, and disposing of it in the collection box.

In addition, the present invention has the effect of preventing mutual infection between the practitioners by passing the specimen rod from the inside to the outside through the specimen bag entrance, and preventing infection by communicating through a two-way microphone and a speaker.

In addition, there is an effect of being able to select multiple languages through the electronic screen installed in the front, and to mark matters necessary for treatment and opinions of medical staff.

1 is an external view of the present invention non-face-to-face positive pressure screening clinic
Figure 2 is a view for explaining the injection port and the specimen rod inlet of the present invention
Figure 3 is a detailed view of the treatment hand inlet of the present invention
Figure 4 is a view showing a sealing cover rotatably installed on the back of the treatment hand inlet of the present invention
5 and 6 are views for explaining a state before and after putting a hand into the treatment hand input port of the present invention
7 is a view showing a process for sampling saliva of a clinician of the present invention
Figure 8 is a view showing the process of removing one of the vinyl gloves after the specimen of the present invention
9 is a view for explaining the operation of removing the remaining plastic gloves through a separate inlet at the bottom after the specimen of the present invention
10 is a view for explaining an operation of removing the remaining plastic gloves and putting them into a collection box after a specimen of the present invention.

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

The present invention provides a positive-pressure screening clinic, an air intake port for inhaling air in the booth body 1 that is installed to facilitate assembly and disassembly, a motor pump driven to inhale air from the air inlet, and suction through the air inlet. A triple filter for filtering the resulting air, a chemical liquid container installed under the triple filter and a pump for pumping, and a nozzle installed through a hose outside the upper end of the booth body to spray the disinfectant water from the chemical liquid container. In the treatment booth provided and configured, a plurality of treatment hand input ports 2 formed for treatment in front of the booth main body 1, and a plastic glove of the medical staff are formed in the lower center of the treatment hand input port 2 The plastic glove removal hand inlet (3) for removing the plastic glove for stripping, the saliva sample means for collecting and collecting saliva from the clinician, and the plastic glove removed after medical treatment are separately installed under the hand inlet (3) for removing the plastic glove. Recognizes the plastic glove collection box (6) for collection, the electronic screen (7) installed in the front center of the main body (1), the first camera (8) for recognizing the physician, and the ID card of the physician placed in the photo zone It is configured to include a second camera 9 to be used, and a pedestal 11 rotatably installed under the electronic screen 7 and provided with an ID photo zone 10. It is a photo zone of the doctor located to take a camera.

The treatment hand inlet (2) includes a first radial diaphragm 12, a second conical diaphragm 13 installed in the middle, a double soft tube 14 formed to allow air to pass, and a corrugated rubber formed at the end ( 15), and a circular cover 16 that is rotatably installed on the inside to block the treatment hand inlet 2 after treatment.

The vinyl glove removal hand inlet (3) is made of a soft antibacterial resin, so put your hand in the plastic glove removal hand inlet (3) and remove the remaining plastic glove through the antibacterial resin to collect the plastic glove at the bottom. It is configured to discard in (6).

The saliva sample means is installed at the lower end of the treatment hand inlet (2) to insert a saliva immersion rod into a sample rod inlet (4), and a rotatable sealing cover rotatably installed inside the sample rod inlet (4) It consists of (16a) and a specimen rod collection box (5) installed at the lower outer side of the specimen rod inlet (4) to recover the specimen rod (17) after the examination by the physician.

However, the electronic screen 7 is configured to be used both inside and outside the central surface of the main body 1, and is configured to select and display multinational languages, and to check medical conditions.

The operation of the present invention configured as described above will be described.

The present invention is a mobile medical treatment booth, and medical staff and medical personnel can communicate while treating in a state that is completely blocked by a walking-through method.

The air intake port is installed inside the main body (1), so that external air is sucked into the main body (1) by a motor pump, and the inhaled air is continuously sterilized and sterilized through a filter to the inside of the booth main body (1). Flows into.

Therefore, the inside of the booth body 1 is filtered by a filter, so that clean air, completely blocked from viruses, etc., flows in, so that medical personnel can safely perform treatment without being infected with viruses or the like without wearing separate protective clothing.

In addition, when the doctor comes to the front of the booth body 1, the disinfectant is first sprayed through a nozzle installed above to disinfect the doctor.

And in the state where the doctor's disinfection is done, the medical staff extends their hands outward as shown in FIG. 2 while wearing plastic gloves through the two treatment hand inlets (2) installed on both sides of the main body (1) facing the medical staff. You can treat the practitioner.

At this time, the double air soft tube 14 is coupled to the outside of the treatment hand inlet 2, and a radial diaphragm 12 and a conical diaphragm 13 are installed in the center thereof, and a corrugated rubber 15 at the end thereof. Is formed, so that medical personnel can treat the clinician by putting their hands out of the corrugated rubber 15 by passing through the radial diaphragm 12 and the conical diaphragm 13 of the double air double soft vaginal tube 14 while wearing plastic gloves. The air is completely blocked by the air double soft pipe 14, the corrugated rubber 15, and the two diaphragms, so that it cannot enter the main body 1.

An air hole is connected to the air double soft pipe 14, and air is blown into the soft pipe 14 through the air hole, so that the air double soft pipe 4 is inflated like a balloon, and the air double soft pipe 14 The inner and outer sides are completely separated and blocked.

In addition, after the treatment is over, the plastic gloves must be removed from the outside of the treatment hand entry port 2, but first, as shown in FIG. 8, the plastic gloves of one hand can be easily removed and put into the plastic glove collection box 6, but Since it is uneasy to peel off the vinyl gloves with bare hands, in the present invention, as shown in FIG. 9, a separate inlet 3 for removing the plastic gloves is further installed under the treatment hand inlet 2, and a soft antibacterial resin 19 By combining the plastic gloves into a bag, put the hands off the plastic gloves into this slot (3), hold the soft antibacterial resin (19), remove the remaining plastic gloves, and put them in the plastic gloves collection box (6).

The disposable plastic gloves can be safely removed after use by a series of operations as described above without any contact with the hands and discarded in a separate plastic gloves collection box 6 as shown in FIG. 10.

And after the treatment, it is possible to completely block the treatment hand inlet 2 by rotating the rotary sealing cover 16 inside the main body 1.

In addition, a sample rod inlet 4 is installed at the lower end of the treatment hand inlet 2 so that the medical staff can deliver the sample rod 17 to the clinician outside through this inlet 4, and the clinician or medical staff can The saliva of the clinician is buried through the saliva immersion rod in the specimen rod (17), sealed on the specimen rod (17), and placed in the specimen rod collection box (5).

Even at this time, a rotating sealing cover (16a) is installed inside the sample rod input port (4), so that the sample rod input port (4) can be completely blocked through this sealing cover (6a). Attach a sticker with the person's medical number and name so that they can be identified.

On the other hand, when the clinician stands in the clinician's photo zone 11a, which is a designated location of the booth body 1, the first camera 8 photographs and recognizes the clinician's face, and then the ID photo zone 10 on the pedestal 11 If the doctor's ID card is placed in ), the second camera 9 photographs and stores the name and resident number.

In addition, since the booth main body 1 is entirely sealed, medical staff and physicians can communicate their intentions to each other through separate microphones and speakers, thus preventing secondary infection caused by the use of a telephone as before.

In addition, multiple languages can be selected for use in any country through the electronic screen 7 installed inside and outside the front of the booth body (1) so that both medical staff and practitioners can use it, and record individual opinions of medical staff or medical conditions Etc. can be checked.

As described above, when all treatment procedures of the medical staff are completed, the disinfectant is sprayed through the nozzle again as if the disinfectant was sprayed through the upper nozzle when the clinician first came, and all treatments are completed by disinfecting the area around the treatment location. It is in a waiting state for medical treatment.

1: Booth body 2: Treatment hand slot
3: Hand inlet for removing plastic gloves 4: Sample bag inlet
5: Sample bag basket 6: Collected plastic gloves
7: electronic screen 8: first camera
9: Second camera 10: ID photo zone
11: Stand 11a: Photo zone for the patient
12: radial diaphragm 13: conical diaphragm
14: air double soft pipe 15: wrinkled rubber
16,16a: Rotary sealing cover 17: Sample rod
18: disposable vinyl gloves 19: soft antibacterial resin

Claims (4)

An air intake port installed on one side of the treatment booth main body to inhale air, a motor pump driven to inhale air through the air inlet, a filter including a wool filter for filtering air inhaled through the air inlet, and the filter In the selection clinic having a chemical solution passage with a disinfectant installed at the bottom, and a pump and a nozzle installed at the upper end of the booth body through a hose to pump the disinfectant water from the chemical solution container and spray it to a physician,
A treatment hand inlet (2) provided for treatment in front of the booth main body (1), a hand inlet (3) for removing one plastic glove provided under the treatment hand inlet (2) to remove the vinyl glove, A saliva sample means is provided at the bottom of the treatment hand inlet (2) for collecting and collecting saliva from the clinician, and the treatment hand inlet (2) is a first radial diaphragm for blocking the inflow of external air ( 12), a second conical diaphragm (13) installed in the middle, a corrugated rubber (15) formed at the end, and a double soft pipe (14) formed to allow air to pass therethrough, and the treatment hand inlet (2) inside Non-face-to-face positive pressure screening clinic, characterized in that configured with a circular cover (16) installed to block the. delete The method of claim 1, wherein the hand inlet (3) for removing the vinyl gloves,
Non-face-to-face positive-pressure sorting, characterized in that the soft antibacterial resin is combined and the plastic glove removal hand entry port (3) is put into the hand, and the remaining plastic glove is removed with the antibacterial resin, and the plastic glove collection box (6) is disposed clinic. The method of claim 1, wherein the saliva sample means,
A sample rod inlet 4 installed at the lower end of the treatment hand inlet 2 to insert a saliva immersion rod, a rotatable sealing cover 16a rotatably installed inside the sample rod inlet 4, and the specimen A non-face-to-face positive-pressure screening clinic, characterized in that it comprises a specimen rod collection box (5) installed at the lower outer side of the rod inlet (4) and for recovering the specimen rod (17) after the examination by the physician.

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