KR102553654B1 - A seat undressing assistant system - Google Patents

Abstract

The present invention relates to a seated undressing assistance system, and more particularly, to remove gloves by hanging an outer glove on the undressing tongs installed on both sides of an auxiliary chair for undressing, pulling an arm, unzipping a protective clothing, removing a hood, and then removing the sleeve end. When you stand up with the tongs, the top comes off and goes down below the knee, and the clean sheet of the changing chair comes down and sits in clothes that are not exposed to germs on the clean sheet and takes off the protective clothing. The present invention relates to a seated undressing assistance system that allows a user to take off safely and easily while sitting comfortably by himself by sucking overshoes, gloves, protective clothing, etc. through a waste inlet.

Description

A seat undressing assistant system}

The present invention relates to a seated undressing assistance system, and more particularly, to remove gloves by hanging an outer glove on the undressing tongs installed on both sides of an auxiliary chair for undressing, pulling an arm, unzipping a protective clothing, removing a hood, and then removing the sleeve end. When you stand up with the tongs, the top comes off and goes down below the knee, and the clean sheet of the changing chair comes down and sits in clothes that are not exposed to germs on the clean sheet and takes off the protective clothing. The present invention relates to a seated undressing assistance system that allows a user to take off safely and easily while sitting comfortably by himself by sucking overshoes, gloves, protective clothing, etc. through a waste inlet.

Zoonotic diseases are diseases caused by mutually transmitted pathogens between vertebrates and humans. Zoonotic diseases can be transmitted in various ways by direct transmission, vectorial insects, or other mediators, and pathogens that cause zoonotic diseases are also very diverse, such as parasites, bacteria, and viruses.

Common zoonotic diseases among human and livestock legal diseases are anthrax, brucellosis (brucellosis), avian influenza, leptospirosis (bovine leptospirosis), vCJD (variant Creutzfeldt-Jakob Disease; bovine spongiform encephalopathy), Japanese encephalitis ( Porcine Japanese encephalitis), rabies (rabies), babesiosis (babesia disease), tuberculosis (tuberculous disease), and Q fever.

Farmers who have close contact with livestock or their by-products, meat processing, people who are frequently exposed to outdoor environments for occupational or recreational purposes, medical personnel treating patients or laboratory personnel involved in autopsies, and epidemiologists conducting epidemiological investigations outdoors , public health scientists, etc. belong to the at-risk group.

As new zoonotic diseases have recently increased and spread worldwide, interest in the prevention and management of zoonotic diseases has increased in Korea, and the need for zoonotic disease control activities centered on risk groups has been raised. In particular, it is emphasized that personnel belonging to the above-mentioned risk group must wear safety protective clothing when performing risk work that is directly exposed to danger, such as disinfection of contaminated areas, slaughtering infected livestock, and processing the intestines. Here, safety protective clothing is a term that collectively expresses various protective equipment that protects the body, and includes all protective glasses, protective gloves, protective helmets, etc., and there was difficulty in safely discarding these protective clothing after wearing them.

On the other hand, since last year, as an emergency response to COVID-19, the use of protective clothing (protective clothing, dustproof clothing, and protective clothing) has been increasing in hospitals and public institutions, and since used protective clothing must be disposed of immediately, medical staff wearing protective clothing are generally disposed of as medical waste. There is a problem that is inconvenient and unsafe to dispose of because it is directly put into a bag and discarded.

In addition, the Level C protective clothing worn by medical staff who come in contact with confirmed COVID-19 patients and the Level D protective clothing worn by medical staff who come in contact with pre-confirmed patients, such as screening clinics and life treatment centers, have different objects and methods of undressing, compared to Level C. Even Level D protective clothing, which is said to have a simple procedure and can be taken off alone, has the disadvantage that it is difficult to take off and takes a long time to do so. Therefore, there is a need for an assistive device that blocks the risk of infection and helps to easily and safely take off.

KR 10-1817104 (registration number) 2018.01.04. KR 10-2222135 (registration number) 2021.02.24. KR 10-2016-0083421 (publication number) 2016.07.12.

The present invention has been made to solve the above problems,

An object of the present invention is to provide a seated undressing assistance system in which a user wearing a protective clothing can safely and easily undress by himself in a undressing booth.

Another object of the present invention is a clean sheet sterilization nozzle in which an intensive sterilization nozzle is provided on the wall surface of the dressing booth in contact with the upper surface of the dressing assistant chair to sterilize the upper surface of the dressing assistant chair, and a sterilizing solution is sprayed when the clean sheet comes into contact with the dressing booth wall surface. This is provided to provide a sitting undressing assistance system capable of sterilizing the entire clean sheet.

Another object of the present invention is that the clean sheet of the changing chair is composed of a hinged clean sheet that rotates on a rotating shaft on the wall side of the dressing booth or a flip-type clean sheet that rotates on a rotating shaft provided at the center of both sides of the chair, so that the clean sheet can be easily rotated and used. It is to provide a dressing assist system.

Another object of the present invention is a seated undressing that can prevent the spread of viruses by providing a undressing aid chair in which a user wearing a protective clothing sits and stands multiple times and sterilizes the user while not sitting down. to provide an auxiliary system.

Another object of the present invention is to inhale gloves, overshoes, goggles, masks, protective clothing, etc. from the waste inlet and automatically inhale and process the waste at the same time as taking off, so that it not only helps to safely perform the complicated disrobing step, but also reduces fatigue caused by medical practice. It is an object of the present invention to provide a seated undressing assistance system in which various users can undress while sitting in a comfortable posture.

Another object of the present invention is to provide a seated undressing assistance system in which the waste intake is smooth since the waste inlet protrudes near the removed protective clothing to suck the protective clothing.

In order to achieve the above object, the present invention is provided with a whole body disinfectant spray nozzle 120 capable of disinfecting the whole body and a hand disinfectant spray device 130 capable of disinfecting hands, and a shoe disinfection panel 140 provided on the floor a dressing booth 100; Attached to the inner wall of the dressing booth 100, a clean sheet 210 rotatably installed on the top, a pair of dressing tongs 220 mounted on the front, and a waste inlet 230 formed on the bottom a dressing assist chair 200; and a waste disposal device 300 connected to the waste inlet 230 to suck in and treat the waste used by the user.

The dressing booth 100 of the present invention includes a first intensive sterilization nozzle 150 through which a sterilizing solution is sprayed to sterilize the upper surface 201 of the dressing auxiliary chair 200 from the upper wall surface of the dressing auxiliary chair 200, and the wall surface of the dressing auxiliary chair 200. A clean sheet sterilizing nozzle 160 spraying a sterilizing liquid for sterilizing the clean sheet 210 in contact with the surface is further provided in an n*m matrix.

The clean sheet 210 of the present invention includes a hinge-type clean sheet 210a having a first rotating shaft 211a at one edge, and the upper surface of the hinge-type clean sheet 210a contaminated after the user sits on the top After being rotated to stand perpendicular to the ground, the sterilizing liquid is sprayed from the clean sheet sterilizing nozzle 160 to sterilize the upper surface of the hinged clean sheet 210a.

The clean sheet 210 of the present invention includes a flip-type clean sheet 210b provided with a second rotational shaft 211b installed to be movable up and down along the rotational shaft transfer unit 203 at the center of both sides, and the user sits The top surface of the contaminated flip-type clean sheet 210b is sterilized by the first intensive sterilization nozzle 150 after the rotary shaft transfer unit 203 is lowered, or cleaned while the rotation shaft transfer unit 203 is raised. A sterilizing liquid is sprayed from the sheet sterilizing nozzle 160 to sterilize.

In the dressing auxiliary chair 200 of the present invention, a second intensive sterilization nozzle 240 for spraying a sterilizing solution forward is installed between the dressing tongs 220, and the clean sheet 210 is a dressing booth 100 The first intensive sterilization nozzle 150 is exposed when it comes into contact with the wall, and the waste inlet 230 sucks the removed protective clothing.

The waste disposal apparatus 300 of the present invention includes a ring blower 310 for injecting air through an air inlet pipe 311, and negative pressure is formed by the operation of the ring blower 310, and waste is sucked. A waste inlet 230, a waste movement passage 320 through which air introduced from the ring blower 310 through the air inlet pipe 311 and waste sucked in the waste inlet 230 are moved, and the waste movement passage It includes a waste storage box 330 in which waste moved along 320 is stored.

While the user is sitting on the upper surface 201 of the changing chair 200 of the present invention, the outer glove is hung on the changing tongs 220 to remove it, the sleeve end of the protective clothing is hooked, and the top is removed while standing up, and the changing chair After leaving the chair 200, the clean sheet 210 is rotated to cover the upper surface 201 of the auxiliary chair 200 so that when the user repeatedly sits on the auxiliary chair 200, the upper surface ( 201) or sit on the clean sheet 210.

Therefore, the seated undressing assistance system of the present invention has an effect that a user wearing a protective clothing can safely and easily take off alone in a changing booth.

In addition, the present invention is provided with a concentrated sterilization nozzle on the wall of the dressing booth in contact with the upper surface of the dressing assistant chair to sterilize the upper surface of the dressing assistant chair, and when the clean sheet comes into contact with the dressing booth wall surface, the clean sheet sterilization nozzle sprays a sterilizing solution It is provided and has an effect of sterilizing the entire clean sheet.

In addition, in the present invention, the clean sheet of the auxiliary chair for undressing is composed of a hinge-type clean sheet that rotates on a first rotating shaft on the wall side of the dressing booth or a flip-type clean sheet that rotates on a second rotating shaft provided in the center of both sides, so that the rotation and use of the clean sheet is easy. It's easy.

On the other hand, the present invention has the effect of preventing the spread of viruses by having a user wearing a protective suit undressing by sitting and standing several times, and sterilizing while the user is not sitting by providing a dressing assistant chair in which the user sits while undressing. .

In addition, the present invention inhales gloves, overshoes, goggles, masks, protective clothing, etc. from the waste inlet and automatically inhales and treats the waste, so that it not only helps to safely perform the complex step of taking off, but also makes it comfortable for users suffering from fatigue due to medical practice. Sit in a posture that allows you to take off and undress.

In addition, the present invention has an advantage in that the waste intake is smoothly performed because the waste inlet protrudes near the removed protective clothing to suck the protective clothing.

1 is a perspective view showing a state in which an automatic door of a dressing booth in a seated undressing assistance system according to the present invention is closed;
2 is a perspective view of a state in which an automatic door of a dressing booth is removed in a seated undressing assistance system according to the present invention;
3 is a perspective view of a waste treatment device in a sitting undressing assistance system according to the present invention;
4 is a perspective view showing a state in which a systemic disinfectant solution is sprayed into a dressing booth in a seated undressing assistance system according to the present invention;
5 is a perspective view showing a state in which a hand sanitizer spray device moves to a undressing booth in a seated undressing assistance system according to the present invention;
6 is a perspective view showing a state in which a user can sit on an upper surface of a dressing aid chair in a sitting undressing assistance system according to the present invention;
7 is a perspective view showing a state in which a user gets up and a clean sheet is lowered on the upper surface of a dressing assistant chair in a seated undressing assistance system according to the present invention;
8 is a perspective view showing a state in which a user can sit on a clean sheet of a dressing assistant chair in a sitting undressing assistance system according to the present invention;
9 is a perspective view showing a state in which a disinfectant solution is sprayed on the upper surface of a dressing assistant chair in a sitting undressing assistance system according to the present invention;
10 is a perspective view showing a state in which a clean sheet of a dressing assistant chair is in contact with a wall surface of a dressing booth in a sitting undressing assistance system according to the present invention and a disinfectant solution is sprayed;
11 is a state diagram in which a disinfectant solution is sprayed in the sitting undressing assistance system according to the present invention;
12 is a state diagram showing a flip-type clean sheet of a dressing assistant chair in a seated undressing assistance system according to another embodiment of the present invention;
13 is a diagram showing a state in which a flip-type clean sheet of a dressing assistant chair is lowered in a seated undressing assistance system according to another embodiment of the present invention;
14 is a perspective view showing a state in which a flip-type clean sheet of a dressing assistant chair is lifted up and rotated in a seated undressing assistance system according to another embodiment of the present invention.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the present invention will be described so that those skilled in the art can easily implement it.

The present invention is a sitting undressing assistance system that allows a medical staff (hereinafter referred to as a 'user') wearing a protective clothing to take off while sitting in a comfortable posture alone, as shown in FIGS. 1 to 14,

It is opened and closed by an automatic door 110, and a body disinfectant spray nozzle 120 capable of disinfecting the whole body and a hand sanitizer spray device 130 capable of disinfecting hands are installed inside, and a shoe disinfection panel 140 is provided on the floor. A dressing booth 100,

It is installed on the inner wall of the undressing booth 100, the clean sheet 210 is rotatably installed on the upper part, a pair of undressing tongs 220 are mounted on both sides of the front side, and a waste inlet 230 is formed on the lower part. A dressing assistant chair 200 that is

It includes a waste disposal device 300 connected to the waste inlet 230 to suck in and treat waste used by the user.

In addition, the dressing booth 100 includes a first intensive sterilization nozzle 150 through which a sterilizing solution is sprayed to sterilize the upper surface 201 of the dressing auxiliary chair 200 at the upper wall of the dressing auxiliary chair 200, and A clean sheet sterilizing nozzle 160 spraying a sterilizing liquid for sterilizing the contacted clean sheet 210 is further provided in an n*m matrix. That is, the clean sheet sterilization nozzle 160 can sterilize more widely than the first intensive sterilization nozzle 150 .

The disinfectant solution is composed of an ethanol disinfectant for killing microorganisms such as bacteria, and the disinfectant solution may be composed of a liquid that kills pathogens in order to prevent infection or transmission of microorganisms or diseases such as bacteria, but is not limited thereto, and is a disinfectant sold or used. Alternatively, a disinfectant solution may be used, and the disinfectant and disinfectant solution may be exchanged for use.

In the present invention, the protective clothing to be taken off corresponds to level D, and the user can take off the clothes by himself without the help of others and safely discharge medical waste without being exposed to the outside.

The whole body disinfectant spray nozzle 120 installed on the ceiling and wall of the dressing booth 100 and the first intensive sterilization installed on the wall side of the dressing booth 100 in contact with the upper surface 201 of the dressing assistant chair 200 The nozzle 150 and the second intensive sterilization nozzle 240 installed on the front of the changing chair 200 are intensive sterilization nozzles, and the whole body disinfectant spray nozzle 120 and the second intensive sterilization nozzle 240 are a dressing booth (100) The interior is sterilized and disinfected, and the first intensive sterilization nozzle 150 intensively sterilizes the upper surface 201 of the changing chair 200.

At this time, the first intensive sterilization nozzle 150 is open so that the clean sheet 210 is exposed even when it is in contact with the wall surface of the dressing booth 100, so that the sterilizing liquid can be sprayed forward regardless of the position of the clean sheet 210. be able to

On the other hand, in the dressing booth 100, open buttons 111 are installed on the front and rear bottom surfaces of the automatic door 110 so that the user can open the automatic door 110 with his or her feet instead of hands, and enter the room. When the automatic door 110 is closed and a hand is placed near the body disinfectant spray nozzle 120, the disinfectant solution is sprayed around the hand.

After entering the dressing booth 100, the user disinfects his or her hands, disinfects the area most exposed to contamination through the full-length mirror 180 installed inside the dressing booth 100, and removes visible contaminants using a tissue. let it do Then, when the disinfectant solution is sprayed from the whole body disinfectant spray nozzle 120 to the whole body for 10 seconds from all sides, the user opens both arms so that there is no dead zone where the disinfectant solution does not reach. In addition, as soon as the spraying of the disinfectant solution from the whole body disinfectant spray nozzle 120 is finished, air is sucked from the floor to suck the floating disinfectant solution. In addition, fresh air is discharged from the upper air inlet 170 of the undressing booth 100 to help the user breathe.

And the negative pressure system with the air flow to the floor will work. At this time, the negative pressure system may be composed of the waste treatment device 300 sucking air, and makes the pressure of the indoor air lower than the outside to prevent the leakage of contaminated air and bacteria from the inside.

In this way, after the user enters the dressing booth 100 by pressing the open button 111 provided on the floor of the dressing booth 100 with his/her foot, disinfecting the whole body by the disinfectant solution sprayed from the whole body disinfectant spray nozzle 120, removes the knot of overshoes while sitting in a comfortable posture on the upper surface 201 of the dressing assistant chair 200, hangs the outer gloves on the dressing tongs 220 installed on both sides of the front side of the dressing assistant chair 200, and arms Pull to remove the outer glove. At this time, the removed outer glove is sucked in from the waste inlet 230 provided at the bottom of the dressing assistant chair 200, and when the user touches the hand sanitizer spray device 130 installed on one side wall of the dressing booth 100, it is automatically Disinfect the inner gloves using the sprayed disinfectant solution. In addition, the user finds the zipper hook of the protective clothing while sitting down, unzips the zipper, takes off the hood, takes off both shoulders of the protective clothing, hangs the sleeve ends of both arms of the protective clothing on the changing tongs 220 of the changing chair 200, and slightly extends the left and right arms. If you stand up while removing your hand from the end of the protective clothing while pulling it, the upper part of the protective clothing is peeled off, and the contaminated outer surface of the protective clothing is lowered inward to below the knee while the user is standing. At this time, holes or loops are formed at the ends of the sleeves and thumbs of both arms of the protective clothing, so that they are hung on the undressing tongs 220, and if not present, they are torn and hung.

Meanwhile, the dressing assistant chair 200 detects that the user is up for a while, and covers the upper surface 201 of the dressing assistant chair 200 with the clean sheet 210 standing behind the back. At this time, the clean sheet 210 may be lowered automatically using a cylinder or lowered by hand.

While the user confirms that the clean sheet 210 has come down and disinfects his or her hands with the hand sanitizer spray device 130 in order to sit on the clean sheet 210 and finally take off the protective clothing, the undressing tongs 220 use the undressing tongs transfer unit 202 ) along the bottom and move toward the floor, peeling off the protective clothing to the floor and holding it in close contact with the floor.

When the user carefully removes both feet from the protective clothing and completely finishes removing the protective clothing while sitting comfortably, the waste inlet 230 installed at the bottom of the undressing assistant chair 200 protrudes near the removed protective clothing and inhales strongly.

Thereafter, the user disinfects hands, removes goggles, disinfects inner gloves, removes masks, removes inner gloves using the dressing tongs 220, and disinfects hands with the hand sanitizer spray device 130.

In addition, the user steps on the shoe disinfection panel 140 provided on the floor of the dressing booth 100 to disinfect shoes and presses the open button 111 using the foot to open the automatic door 110 and leave the dressing booth 100. .

Inside the dressing booth 100, where there is no one, the self-disinfection device operates, and sterilization is performed with the sterilizing solution sprayed from the whole body disinfectant spray nozzle 120, the first intensive sterilization nozzle 150, and the second intensive sterilization nozzle 240. .

In this way, the take-off tongs 220 are formed to be able to walk on the outer glove, the inner glove, and the sleeve end of the protective clothing, so that the protective clothing can be easily taken off.

On the other hand, when the user takes off the upper part of the protective clothing, the clean sheet 210 rotates and covers the upper surface 201 of the changing chair 200 so that the user wears uncontaminated clothes inside the protective clothing and sterilizes the clean sheet 210 The entire protective clothing is removed while sitting on the seat, and the protective clothing and other wastes (overshoes, inner gloves, outer gloves, masks, goggles) are sucked through the waste inlet 230.

The clean sheet 210 includes a hinge-type clean sheet 210a having a first rotating shaft 211a at one edge, and the upper surface of the hinge-type clean sheet 210a contaminated by the user after the user sits on the top When it is rotated and erected perpendicularly to the ground, the n*m clean sheet sterilizing nozzle 160 sprays a sterilizing liquid to sterilize the upper surface of the hinged clean sheet 210a.

When the user sits on the upper surface 201 of the changing chair 200 and subsequently undresses after the hinged clean sheet 210a is rotated upward, the upper surface 201 is contaminated. The upper surface is sterilized by the first intensive sterilization nozzle 150, so that the clean sheet 210 can always maintain a clean state as well as the upper surface 201 of the changing chair, so that the next user can change clothes. When entering the booth 100, a sterilized dressing assistant chair 200 may be provided.

Next, the clean sheet 210 includes a flip-type clean sheet 210b provided with a second rotational shaft 211b installed to be movable up and down along the rotational shaft transfer unit 203 at the center of both sides, and the user sits The top surface of the contaminated flip-type clean sheet 210b is sterilized by the first intensive sterilization nozzle 150 after the rotary shaft transfer unit 203 is lowered, or cleaned while the rotation shaft transfer unit 203 is raised. A sterilizing liquid is sprayed from the sheet sterilizing nozzle 160 to sterilize.

The user can sit on both sides of the flip-type clean sheet 210b by rotating it by 180 degrees, and the contaminated surface on which the user sits is sterilized by the sterilizing solution sprayed from the first intensive sterilization nozzle 150, or With the flip-type clean sheet 210b perpendicular to the ground in the raised state of the sender 203, the sterilizing liquid is sprayed over a wide range from the clean sheet sterilizing nozzle 160 to perform sterilization.

The waste treatment device 300 connected to the waste inlet 230 is installed in a space separated from the space where disinfection takes place in the dressing booth 100, and as shown in FIG. 3, air is supplied through the air input pipe 311 Connected to the ring blower 310 for injecting, the waste inlet 230, and connected to the air inlet pipe 311, when air is introduced from the ring blower 310 through the air inlet pipe 311, the sound A waste movement passage 320 in which waste sucked from the waste inlet 230 at which pressure is formed is moved, a waste storage box 330 in which waste moved along the waste movement passage 320 is stored, and a waste inlet ( 230) consists of a negative pressure device 340 for sterilizing and discharging the air introduced therein.

The waste movement passage 320 is coupled through the air injection pipe 311 and the air injection pipe coupling part 321, and coupled through the negative pressure machine 340 and the negative pressure machine coupling part 322. An air outlet is formed in the waste passage 320, and the contaminated air discharged from the negative pressure machine coupler 322 through the air outlet is provided to move to the negative pressure device 340.

In the waste disposal device 300, when air is pushed from the ring blower 310 along the air injection pipe 311, the waste in the waste inlet 230 is transported to the waste storage box 330 along the waste movement passage 320. While being moved, the waste is stored in the vinyl inside the waste storage box 330, and the inlet of the vinyl in which the waste is stored is blocked, cut, and sealed, so that the waste can be conveniently and safely disposed of automatically.

And, by sterilizing and discharging polluted air in the negative pressure device 340, the risk of spreading pathogens is prevented and the working environment is improved.

On the other hand, as shown in FIGS. 6 to 11, the clean sheet 210 is composed of a hinged clean sheet 210a rotatably installed on one side edge by a first rotating shaft 211a, or as shown in FIGS. 12 to 11. As shown in Fig. 14, it is composed of a flip-type clean sheet 210b rotatably installed by a second rotational shaft 211b installed movably up and down along the rotation shaft transfer unit 203 at the center of both sides.

The hinged clean sheet 210a is made in the same shape as a regular toilet seat cover, but only a portion corresponding to the first intensive sterilization nozzle 150 is open so that the first intensive sterilization nozzle 150 is exposed, and the first rotation shaft ( 211a) to cover the upper surface 201 of the changing chair 200, and the flip-type clean sheet 210b is rotated 180 degrees at the center of both sides by the second rotating shaft 211b. are provided

The hinged clean sheet 210a stays in contact with the wall surface of the dressing booth 100 when the user sits and rotates when the user wakes up to cover the upper surface 201 of the dressing assistant chair 200, or When the user sits down and gets up while the upper surface 201 of the auxiliary chair 200 is covered, it rotates to come into contact with the wall surface of the dressing booth 100 and is sterilized by the clean sheet sterilization nozzle 160.

When the upper surface 201 of the changing chair 200 is disinfected by the first intensive sterilizing nozzle 150, the hinged clean sheet 210a is in contact with the wall surface of the changing booth 100 (hinged clean sheet ( 210a) is made of (perpendicular to the ground), and the flip-type clean sheet 210b has a second rotating shaft 211b that rises along the rotating shaft transfer part 203 of the changing chair 200 and is placed on the upper part to assist in changing. When the disinfection of the upper surface 201 of the chair 200 is finished, the second rotating shaft 211b descends and is seated on the upper surface 201 of the changing chair 200 . In addition, even in a state where the hinge type clean sheet 210a and the flip type clean sheet 210b cover the upper surface 201 of the changing chair 200, the first intensive sterilization nozzle 150 sprays the sterilizing liquid to clean the clean sheet ( 210) It can sterilize the stomach.

In this way, the first intensive sterilization nozzle 150 sprays the sterilizing solution forward regardless of the position of the clean sheet 210 .

Accordingly, the upper surface of the hinge-type clean sheet 210a or both sides of the flip-type clean sheet 210b is sterilized by the first intensive sterilization nozzle 150, and the upper surface 201 of the changing chair 200 is The sterilization process is performed with or without the user standing up by the single intensive sterilization nozzle 150.

Therefore, the seated undressing assistance system of the present invention has an effect that a user wearing a protective clothing can safely and easily take off alone in a changing booth.

In addition, in the present invention, the first intensive sterilization nozzle 150 is provided on the wall surface of the dressing booth 100 in contact with the upper surface of the auxiliary dressing chair 200 to sterilize the upper surface of the auxiliary dressing chair 200, and clean sheet 210 A clean sheet sterilizing nozzle 160 spraying a sterilizing solution when the sterilizing agent comes into contact with the wall of the dressing booth 100 is provided, so that the clean sheet 210 can be sterilized as a whole.

In addition, in the present invention, the clean sheet 210 of the changing chair 200 is a hinged clean sheet 210a that rotates on the first rotational shaft 211a on the wall side of the dressing booth 100 or a second rotational shaft provided at the center of both sides It is composed of a flip-type clean sheet 210b that rotates in 211b, and it is easy to rotate and use the clean sheet.

On the other hand, the present invention has the effect of preventing the spread of viruses by having a user wearing a protective suit undressing by sitting and standing several times, and sterilizing while the user is not sitting by providing a dressing assistant chair in which the user sits while undressing. .

In addition, the present invention inhales gloves, overshoes, goggles, masks, protective clothing, etc. from the waste inlet 230 and automatically inhales and treats the waste, so that it not only helps to safely perform the complex undressing step, but also reduces fatigue due to medical practice. Allow the user to sit in a comfortable posture and take off and undress.

In addition, the present invention has the advantage that the waste is smoothly sucked in because the waste inlet 230 protrudes near the removed protective clothing to suck the protective clothing.

100: dressing booth 110: automatic door
111: open button 120: whole body disinfectant spray nozzle
130: hand sanitizer spray device 140: shoe disinfection panel
150: first intensive sterilization nozzle 160: clean sheet sterilization nozzle
170: air inlet 180: full-length mirror
200: dressing assistant chair 201: upper surface
202: dressing tongs transfer unit 203: rotation shaft transfer unit
210: clean sheet 210a: hinge type clean sheet
210b: Flip type clean sheet 211a: 1st rotating shaft
211b: second rotation shaft 220: undressing tongs
230: waste inlet 240: second intensive sterilization nozzle
300: waste disposal device 310: ring blower
311: air inlet pipe 320: waste movement passage
321: Air input pipe coupling part 322: Negative pressure machine coupling part
330: waste storage box 340: negative pressure

Claims (7)

A dressing booth 100 equipped with a body disinfectant spray nozzle 120 capable of disinfecting the whole body and a hand sanitizer spray device 130 capable of disinfecting hands inside, and having a shoe disinfection panel 140 on the floor;
Attached to the inner wall of the dressing booth 100, a clean sheet 210 rotatably installed on the top, a pair of dressing tongs 220 mounted on the front, and a waste inlet 230 formed on the bottom a dressing assist chair 200;
A seated undressing assistance system including a waste disposal device 300 connected to the waste inlet 230 to suck in and treat waste used by the user.
According to claim 1,
The dressing booth 100 includes a first intensive sterilization nozzle 150 through which a sterilizing liquid is sprayed to sterilize the upper surface 201 of the dressing auxiliary chair 200 from the upper wall of the dressing auxiliary chair 200, and A sitting undressing assistance system further comprising a clean sheet sterilizing nozzle 160 spraying a sterilizing liquid for sterilizing the clean sheet 210 in an n*m matrix.
According to claim 2,
The clean sheet 210 includes a hinged clean sheet 210a having a first rotating shaft 211a at one side edge,
After the user sits down, the upper surface of the contaminated hinge-type clean sheet 210a is rotated upward and erected perpendicular to the ground, and then the sterilizing liquid is sprayed from the clean sheet sterilization nozzle 160 to sterilize the upper surface of the hinge-type clean sheet 210a A sitting undressing assistance system.
According to claim 2,
The clean sheet 210 includes a flip-type clean sheet 210b provided with a second rotary shaft 211b installed to be movable up and down along the rotary shaft transfer unit 203 at the center of both sides,
The top surface of the flip-type clean sheet 210b contaminated by the user sitting down is sterilized by the first intensive sterilization nozzle 150 after the rotation shaft transfer unit 203 is lowered, or the rotation shaft transfer unit 203 is raised by the upper surface. A sitting undressing assistance system that sterilizes by spraying a sterilizing liquid from the clean sheet sterilizing nozzle 160 in the state of being.
According to claim 1,
The dressing assistant chair 200 is
A second intensive sterilization nozzle 240 for spraying a sterilizing solution forward is installed between the dressing tongs 220,
The clean sheet 210 is pierced so that the first intensive sterilization nozzle 150 is exposed when in contact with the wall surface of the dressing booth 100,
The waste inlet 230 is a seated undressing assistance system for inhaling the undressed protective clothing.
According to claim 1,
The waste disposal device 300 includes a ring blower 310 for injecting air through an air inlet pipe 311, and a negative pressure is formed by the operation of the ring blower 310, and a waste suction port through which waste is sucked ( 230), a waste movement passage 320 through which the air introduced from the ring blower 310 through the air input pipe 311 and the waste sucked from the waste inlet 230 are moved, and the waste movement passage 320 A sitting undressing assistance system including a waste storage box 330 in which waste moved along is stored.
According to claim 1,
While the user is sitting on the upper surface 201 of the dressing assistant chair 200, the outer glove is hung on the dressing tongs 220 to remove it, the sleeve end of the protective clothing is hooked, and the top is removed while standing up, and the dressing assistant chair 200 After being removed, the clean sheet 210 is rotated to cover the top surface 201 of the changing chair 200 so that when the user repeatedly sits on the changing chair 200, the top surface 201 in a sterilized state or A seated undressing assistance system that sits on the clean sheet 210.

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