JP2021188161A - Film protective garment and film protective garment assembly - Google Patents

Abstract

To provide a film protective garment which can be easily worn by a wearer and can sufficiently surround the wearer, and to provide a film protective garment assembly.SOLUTION: A film protective garment 1 includes: a cylindrical sleeve film 10 whose both ends are opened and which is constituted of a cylindrical resin film through which an arm Ma can be inserted; and a bag-like body film 20 which is constituted of a bag-like resin film. The cylindrical sleeve film 10 is provided with, at an intermediate portion in a cylinder length direction Ls, a head hole 13 through which a head Mh can pass, and a torso hole 14 through which a torso Mb can be inserted. The head hole 13 and the torso hole 14 are placed opposite each other in a cylinder width direction Ws. The bag-like body film 20 is longer in a bag length direction La compared to a bag width direction Wa, is in a bag shape through which the torso Mb can be inserted, includes a head hole 21 through which the head Mh can be inserted at a bag bottom in the bag-like body film 20 and includes an arm hole 22 through which the arm Ma can be inserted on a side part near the bag bottom to face the bag-width direction Wa.SELECTED DRAWING: Figure 1

Description

The present invention relates to, for example, a film protective clothing and a film protective clothing set worn by a medical worker or the like so as not to be contaminated by a pathogen or the like in a medical field.

So far, there has been a film bag-like body (see Patent Document 1) in which a resin film bag body is provided with a hole and worn as a bibs, and it is said that the bag body can be made disposable.
On the other hand, in the medical field, medical workers wear protective clothing to protect them from pathogens such as viruses and fungi.

Such protective clothing needs to be replaced for each patient and each treatment, and simple and disposable protective clothing is required. In particular, if the infection of influenza or a new virus spreads rapidly, there was a risk that protective clothing such as medical gowns that are normally used would be insufficient.

To deal with such a problem, when a disposable film bag as proposed in Patent Document 1 is used as protective clothing, the wearer's arm is exposed because it is sleeveless, and the wearer is sufficiently satisfied. There was a problem that it could not be surrounded and infection could not be prevented. If the film bag-shaped body of Patent Document 1 is provided with sleeves, there arises a problem that the wearer becomes difficult to wear.

Utility Model Registration No. 3219182

Therefore, it is an object of the present invention to provide a film protective clothing and a film protective clothing set that can be easily worn by the wearer and can sufficiently surround the wearer.

The present invention includes a tubular film body made of a tubular resin film having both ends open, and a bag-shaped film body made of a bag-shaped resin film, and the tubular film body is an arm. The tubular film body is provided with a first head hole through which the head can pass and a body hole through which the body can be inserted at an intermediate portion in the tubular axial direction. The first head hole and the body hole are arranged substantially opposite to each other in the tubular crossing direction where the tubular axial direction intersects, and the bag-shaped film body is longer in the bag length direction than the bag width direction and has a body. In addition to being bag-shaped through which the head can be inserted, a second head hole through which the head can be inserted is provided in the bottom of the bag, which is one end in the bag length direction of the bag-shaped film body, and a side portion in the vicinity of the bottom of the bag. The film protective clothing is provided so that the arm holes through which the arm can be inserted face each other in the bag width direction.

The resin film may be not only a resin film having a thickness of less than 250 μm but also a thin resin film having a thickness of 250 μm or more, and is handled when worn or in a worn state. Any material may be used as long as it has high flexibility.
Examples of the resin constituting the resin film include polyethylene (PE) such as low density polyethylene (LDPE, soft polyethylene), polyvinyl chloride (PVC), polyvinyl alcohol (PVA), polypropylene (PP) and the like.

According to the present invention, it is possible to easily wear a film protective clothing that can sufficiently surround the wearer.
More specifically, the head is first inserted into the body hole provided in the middle portion in the cylindrical axial direction, and the head is exposed from the first head hole arranged substantially opposite to the cylindrical crossing direction. Then, when the arms are passed through both sides of the tubular portion whose both ends are open, the body is inserted into the body hole, and the tubular film body can be worn on both arms across the chest of the body. That is, the tubular film body can be worn with both sleeves integrated.

Further, the bag-shaped film body, which is longer in the bag length direction than the bag width direction, is covered from the opening side, and the head is projected from the second head hole provided in the bag bottom portion, and is provided in the side portion in the vicinity of the bag bottom portion. By pulling out the arm from the arm hole, the bag-shaped film body can be worn on the body. That is, the bag-shaped film body can be worn as a body.

As described above, the film protective clothing of the present invention can sufficiently surround the wearer in a state where the tubular film body and the bag-shaped film body are overlapped on the chest in the chest. Further, since the tubular film body is worn with both sleeves integrated and the bag-shaped film body is worn as a body, it is completely separate. Therefore, the tubular film body and the bag-shaped film body can be worn by different wearing operations. Therefore, the wearer can easily wear it as compared with the case of wearing a film body in which the sleeves and the body are integrated.

Further, since the tubular film body and the bag-shaped film body are made of a resin film, there is a possibility that the tubular film body and the bag-shaped film body may be stretched or torn due to an overload in the pulling direction. However, compared to the film body in which the sleeve and the body are integrated, the film protective clothing which is composed of a separate body and can be easily worn is less likely to exert a load on the tubular film body and the bag-shaped film body when worn. , It is unlikely that problems such as stretching and tearing will occur.

Further, since the film protective clothing provided with the tubular film body and the bag-shaped film body is made of a resin film, it can be disposable. Therefore, it can be replaced for each patient or each treatment, and it is possible to cope with the shortage of protective clothing at the time of rapid spread of influenza or new virus, and it is possible to contribute to the prevention of infection.

It should be noted that the above-mentioned effect can be obtained regardless of which of the tubular film body and the bag-shaped film body is worn first. However, of the tubular film body and the bag-shaped film body, which can be worn in an overlapping state in the chest by first wearing the tubular film body having a large movable range when wearing and acting. It is more preferable because the tubular film body is on the inside.

Further, the film protective clothing may be layered on top of the medical protective clothing or the like. In this way, by wearing the film protective clothing on top of the medical protective clothing and changing the film protective clothing for each patient or treatment, it is not necessary to change the medical protective clothing.

As an aspect of the present invention, in the bag-shaped film body, the bag width direction is wider than the opening length of the body hole in the tubular film body, and the bag length direction is the tubular shape of the tubular film body. It may be formed longer than the length in the crossing direction.

According to the present invention, since the bag width direction of the bag-shaped film body is wider than the opening length of the body hole in the tubular film body, by wearing the bag-shaped film body, the tubular film is worn. The body hole of the body is not exposed to the outside. Further, since the bag length direction of the bag-shaped film body is longer than the length of the tubular film body in the tubular crossing direction, the central portion of the tubular film body worn on the chest of the body is outward. Not exposed. Therefore, it is possible to reliably surround the wearer wearing the film protective clothing.

Further, as an aspect of the present invention, in the tubular film body, at least one of the first head hole and the body hole is directed toward the other along the direction connecting the first head hole and the body hole. A tubular tear promoting portion may be provided which extends and promotes the tearing of a part of the tubular film body.

The tubular tear-promoting portion is formed to have a notch for facilitating tearing of the tubular film body due to a perforation composed of continuous small holes or a pulling force, or a thin-walled portion as compared with other portions. Parts etc. are included.

Further, the tubular tear promoting portion extending from at least one of the first head hole and the body hole toward the other along the direction connecting the first head hole and the body hole is the first. It may be continuous between the head hole and the body hole, or may be a part thereof. Further, the tubular tear promoting portion extending from the first head hole toward the body hole is more preferable because it is difficult to tear when the tubular film body is worn.

According to the present invention, the worn tubular film body can be easily and quickly removed.
More specifically, in the tubular film body, the tubular tear promoting portion is formed from at least one of the first head hole and the body hole along the direction connecting the first head hole and the body hole. It is provided so as to extend toward the other side. Therefore, by applying a pulling force to the tubular tear-promoting portion of the worn tubular film body, the tubular film body is torn between the first head hole and the body hole. can do. That is, the intermediate portion of the tubular film body worn on both arms across the chest of the body can be torn. Therefore, the tubular film body can be divided into sleeves and can be easily and quickly removed.

Further, as described above, the film protective clothing can be worn in a state where the tubular film body and the bag-shaped film body are overlapped with each other in the wearing state. Therefore, even in the above-mentioned tubular tear promoting portion formed by the perforations composed of continuous small holes, it is possible to prevent the formation of a portion penetrating the inside and the outside of the film protective clothing in the wearing state.

Further, as an aspect of the present invention, in the bag-shaped film body, a bag-shaped film body extending from the second head hole along the bag length direction to promote tearing of a part of the bag-shaped film body. May be provided.

The bag-shaped tear promoting portion is formed into a notch for facilitating tearing of the bag-shaped film body due to perforations composed of continuous small holes or a pulling force, or a thin-walled portion as compared with other portions. Parts etc. are included. The bag-shaped tearing promoting portion may be provided on only one side of both main surfaces of the bag-shaped film body, or may be provided on both sides.

According to the present invention, the worn bag-shaped film body can be easily and quickly removed.
More specifically, the bag tear promoting portion is provided in the bag-shaped film body so as to extend from the second head hole along the bag length direction. Therefore, by applying a pulling force to the bag tearing promoting portion of the worn bag-shaped film body, the bag-shaped film body is split from the second head hole along the bag length direction. You can turn it down. Since the bag-shaped film body worn as a body is opened in the bag length direction, it can be easily and quickly removed.

Further, as an aspect of the present invention, the bag tear promoting portion may be formed shorter than the length in the tubular crossing direction connecting the first head hole and the body hole in the tubular film body.
According to the present invention, since the film protective clothing can be worn in a state where the tubular film body and the bag-shaped film body are overlapped with each other in the wearing state, the bag tear promoting portion formed by perforations composed of continuous small holes Even so, it is possible to prevent the formation of the penetrating portion in the wearing state.

Further, as an aspect of the present invention, the bag-shaped film body is used as the first bag-shaped film body, the arm hole is used as the first arm hole, the body can be inserted through the body, and the arm is in the middle portion in the bag length direction. A second bag-shaped film body may be provided so that the second arm hole through which the film can be inserted faces the bag width direction.

According to the present invention, by wearing the second bag-shaped film body together with the tubular film body and the first bag-shaped film body, the wearer can be integrally surrounded up to the head. It is more preferable to wear the second bag-shaped film body after attaching a face guard or the like to the wearer's head because the second bag-shaped film body is separated from the face.

Further, as an aspect of the present invention, in the first bag-shaped film body, the bag-shaped film body extends from the second head hole along the bag length direction and promotes the tearing of a part of the bag-shaped film body. A facilitating portion is provided, and the bag tearing promoting portion may be formed shorter than the length in the bag length direction from the second arm hole to the opening end portion in the second bag-shaped film body.

According to the present invention, the bag tear promoting portion formed in the second bag-shaped film body shorter than the length in the bag length direction from the second arm hole to the opening end is not exposed in the wearing state. Therefore, even in the bag tear promoting portion formed by the perforation composed of continuous small holes, it is possible to prevent the penetrating portion from being formed in the wearing state.

Further, as an aspect of the present invention, finger holes through which fingers can be inserted may be provided at each of the vicinity of both ends of the tubular film body.
INDUSTRIAL APPLICABILITY According to the present invention, by inserting a finger into a finger hole in a worn state, it is possible to prevent the tubular film body from being rolled up from an end portion and the arm portion being inadvertently exposed.

Further, as an aspect of the present invention, the tubular film body and the bag-shaped film body may be formed in different colors.
According to the present invention, the tubular film body and the bag-shaped film body can be distinguished from each other, and it is possible to prevent them from being mistakenly worn.

In addition to the tubular film body, if the first bag-shaped film body and the second bag-shaped film body are further formed in different colors, they can be distinguished from each other and mistaken wearing can be prevented, which is more preferable.
Further, when they are formed with different colors, the colors themselves may be different, or the color density and lightness may be different. Further, one may be colorless and the other may be colored.

Further, as an aspect of the present invention, the first head hole and the body hole may be formed by being cut in opposite directions.
According to the present invention, the hole portion can be clarified, and the tubular film body can be more easily worn. In addition, the load acting on the tubular film body can be reduced by the activity in the wearing state.

Further, as an aspect of the present invention, in the bag-shaped film body, the second head hole is formed by being cut in the bag length direction, and the arm hole is formed in a direction facing each other along the bag width direction. It may be cut and formed.
According to the present invention, the hole portion can be clarified, and the bag-shaped film body can be more easily worn. In addition, the load acting on the bag-shaped film body can be reduced by the activity in the wearing state.

Further, the present invention is composed of a tubular resin film having both ends open and through which an arm can be inserted, and a first head hole through which the head can pass and a body hole through which the body can be inserted in an intermediate portion in the tubular axial direction. And, a tubular film body in which the first head hole and the body hole intersect substantially in the tubular crossing direction intersecting the tubular axial direction, and a bag length from the bag width direction. It is made of a bag-shaped resin film that is long in the vertical direction and allows the body to be inserted into it. Inside, a bag-shaped film body provided with an arm hole through which the arm can be inserted is provided to face the bag width direction, a folded tubular film body, and the bag-shaped film body in a laminated state. A storage bag film body made of a resin film to be stored is provided, and the storage bag film body is provided with a part of the storage bag film body to be torn, and the tubular film body is housed inside. It is a film protective clothing set provided with a storage bag tear promoting portion forming an outlet for taking out the bag-shaped film body.

According to the present invention, it is possible to easily wear a film protective clothing that can sufficiently surround the wearer.
More specifically, a set of the tubular film body and the bag-shaped film constituting the film protective clothing are formed by tearing a part of the storage bag film body at the storage bag tearing promoting portion to form an outlet. The body can be easily removed and easily worn.

Further, since the set of the tubular film body and the bag-shaped film body constituting the film protective clothing can be accommodated in the storage bag film body, it is hygienic when the film protective clothing is not used such as storage and transportation. ..
Further, since the set of the tubular film body and the bag-shaped film body constituting the film protective clothing can be housed in the storage bag film body, the bag-shaped film body and the tubular film body can be stored separately. It can be worn more quickly than when it is done.

Further, as an aspect of the present invention, inside the storage bag film body, the folded tubular film body and the folded bag-shaped film body are housed so that their main surfaces overlap each other, and the storage bag tearing promoting portion is provided. May be provided at a position facing the main surface of the folded tubular film body in the storage bag film body.

According to the present invention, of the tubular film body and the bag-shaped film body housed inside the storage bag film body, the tubular film body can be taken out and worn. That is, it is possible to indirectly specify the wearing order of the tubular film body and the bag-shaped film body housed together inside the storage bag film body. As a result, either of the tubular film body and the bag-shaped film body may be worn first, but as described above, the tubular film body and the bag-shaped film body of the tubular film body and the bag-shaped film body are described above. It is more preferable because the tubular film body is on the inside.

According to the present invention, it is possible to provide a film protective clothing and a film protective clothing set that can be easily worn by the wearer and can sufficiently surround the wearer.

Front view of film protective clothing before wearing. Perspective view of film protective clothing before wearing. An exploded explanatory view of the film protective clothing set. Explanatory drawing of the film protective clothing set. Schematic front view of the tubular sleeve film before wearing. Schematic front view of the bag-shaped body film before wearing. Schematic front view of the film protective clothing worn. Schematic front view of the undressed bag-shaped body film. Schematic front view of the undressed tubular sleeve film. Front view of the film protective clothing of another embodiment before wearing. Schematic front view of the film protective garment of another embodiment of the wearing condition.

An embodiment of the present invention will be described in detail below with reference to the drawings.
FIG. 1 shows a front view of the film protective clothing 1 before wearing, and FIG. 2 shows a perspective view of the film protective clothing 1 before wearing. FIG. 3 shows an exploded explanatory view of the film protective clothing set 100. Specifically, FIG. 3 shows the tubular sleeve film 10 and the bag-shaped body film 20 before folding, the tubular sleeve film 10a and the bag-shaped body film 20a in the folded state, and the accommodating film 110 constituting the film protective clothing set 100. Is shown.

FIG. 4 shows an explanatory diagram of the film protective clothing set 100. Specifically, FIG. 4A shows a front view of the film protective clothing set 100 in which the tubular sleeve film 10a and the bag-shaped body film 20a are housed inside the housing film 110. FIG. 4B shows a front view of the film protective clothing set 100 in which the outlet forming portion 112 is removed at the perforation 111 to form the outlet 113. FIG. 4 (c) shows a vertical sectional view of the film protective clothing set 100 in FIG. 4 (b). In FIG. 4C, the tubular sleeve film 10a, the bag-shaped body film 20a, and the accommodating film 110 are shown with a thick wall thickness for easy understanding.

FIG. 5 shows a schematic front view before the wearer M wears the tubular sleeve film 10, and FIG. 6 shows a schematic front view before the wearer M wearing the tubular sleeve film 10 wears the bag-shaped body film 20. FIG. 7 shows a schematic front view of a state in which the wearer M wears the film protective clothing 1.

FIG. 8 shows a schematic front view of the undressed bag-shaped body film 20 in which the perforations 23 of the bag-shaped body film 20 are torn to form the torn portion 20t. FIG. 9 shows a schematic front view of the undressed tubular sleeve film 10 in which the perforations 15 of the tubular sleeve film 10 are torn to form the torn portion 10t.

As shown in FIG. 1, the longitudinal direction of the tubular sleeve film 10 (horizontal direction in FIG. 1) is the tubular length direction Ls, and the lateral direction of the tubular sleeve film 10 (vertical direction in FIG. 1). It is set to Ws in the cylinder width direction. Further, as shown in FIG. 1, the longitudinal direction of the bag-shaped body film 20 (vertical direction in FIG. 1) is defined as the bag length direction La, and the lateral direction of the bag-shaped body film 20 (horizontal direction in FIG. 1) is defined as the bag length direction La. Wa in the bag width direction.

The film protective clothing 1 can be easily worn by a wearer M such as a medical worker and can sufficiently surround the wearer M, and is made of a tubular resin film in which both ends in the cylinder length direction Ls are open. A tubular sleeve film 10 and a bag-shaped body film 20 made of a bag-shaped resin film are provided.

The tubular sleeve film 10 has a tubular shape through which the arm Ma of the wearer M can be inserted and the finger Mf can be extended from the end openings 17 at both ends, and the head Mh is inserted at the center of the tubular length direction Ls. A head hole 13 and a body hole 14 through which the body Mb can be inserted are provided. The head hole 13 and the body hole 14 are arranged in the tubular sleeve film 10 so as to face each other in the cylinder width direction Ws.
Although the tubular sleeve film 10 is formed in a horizontally long strip shape in FIG. 1, the tubular sleeve film 10 is shown in a flat state.

The head hole 13 through which the head Mh passes is a hole that communicates the inside and the outside of the tubular sleeve film 10, and the length of Ls in the tubular length direction is formed to be about half of the body hole 14. ing.
The body hole 14 through which the body Mb passes is a hole that communicates the inside and the outside of the tubular sleeve film 10 like the head hole 13, and the length in the cylinder length direction Ls is the length of the tubular sleeve film. It is formed to about 1/3 of 10.

In the strip shape formed by bending the head hole 13 and the body hole 14 at the center position in the circumferential direction of the cylinder, the head hole 13 and the body hole 14 are formed on the upper side of the strip-shaped tubular sleeve film 10 and. It is formed in a hole shape that is recessed from the lower side to the inside of Ws in the cylinder width direction.

Further, a perforation 15 is provided along the cylinder width direction Ws from the center of the head hole 13 in the cylinder length direction Ls toward the body hole 14. The perforation 15 is composed of continuous small holes and is formed to have a length of about half of the distance between the head hole 13 and the body hole 14 in the cylinder width direction Ws.
Further, finger holes 16 through which the thumb Mt of the wearer M can be inserted are provided near both ends of the cylindrical sleeve film 10 in the tubular length direction Ls.

In the tubular tubular sleeve film 10 configured in this way, the shoulder portion 11 includes a predetermined range in the front-rear direction of the cylinder length direction Ls of the body hole 14, and both sides of the cylinder length direction Ls from the shoulder portion 11 are sleeve portions. It is set to 12.
The tubular sleeve film 10 is made of low-density polyethylene (LDPE, soft polyethylene) having a thickness of 25 μm and is colored blue.

The bag-shaped body film 20 has a substantially rectangular shape in the front view in which the bag length direction La is longer than the bag width direction Wa, and the bag bottom side (upper side in FIG. 1) provided with the head hole 21 described later is closed. The lower end opening 24 is open and has a bag shape.
Although the bag-shaped body film 20 is formed in a substantially rectangular shape in FIG. 1, the bag-shaped body film 20 is shown in a flat state.

The bag-shaped body film 20 has a substantially rectangular shape in the front view in which the bag length direction La is longer than the bag width direction Wa, and the bag bottom side (upper side in FIG. 1) provided with the head hole 21 described later is closed. The lower end opening 24 is open and has a bag shape. The lower end opening 24 is an opening through which the body Mb of the wearer M can be inserted.

A head hole 21 through which the head Mh can be inserted is provided in the upper portion of the bag-shaped body film 20 which is the bottom of the bag, and an arm is provided on the side (corner) of the upper portion of the bag-shaped body film 20. The arm hole 22 through which Ma can be inserted is provided so as to face Wa in the bag width direction.

The head hole 21 is a hole that communicates the inside and the outside of the bag-shaped body film 20, and is a U-shape in front view that is recessed from the upper side of the bag-shaped body film 20 toward the lower side in the bag length direction La. It is formed in a shape. Further, a perforation 23 extending downward from the lower end of the head hole 21 formed in a substantially U shape in the front view toward the lower side in the bag length direction La is provided. The perforation 23 is composed of continuous small holes.

The arm hole 22 is a hole that communicates the inside and the outside of the bag-shaped bag-shaped body film 20 on the side (corner portion) of the upper part of the bag-shaped body film 20, and is recessed inside Wa in the bag width direction. It is formed in the shape of a hole.
The head hole 21 thus formed is formed to have a shorter length of La in the bag length direction than the arm hole 22, and the arm hole 22 is a vertically long rectangular bag-shaped body film 20 long in the bag length direction La. It is formed with a length of about 1/4 of the length.

The bag-shaped body film 20 thus configured is made of low-density polyethylene (LDPE, soft polyethylene) having a thickness of 25 μm, and is colored lighter blue than the tubular sleeve film 10.

In the tubular sleeve film 10 and the bag-shaped body film 20 configured in this way, the length of Wa in the bag width direction of the bag-shaped body film 20 is the length of Ls in the tubular length direction of the body hole 14 of the tubular sleeve film 10. Wider than that. Further, the length of the bag-shaped body film 20 in the bag length direction La is formed to be about four times the length of the strip-shaped tubular sleeve film 10 in the tube width direction Ws. More specifically, the length of the bag-shaped body film 20 formed as described above in the bag length direction La of the head hole 21 is formed to be approximately the same as the length of the strip-shaped tubular sleeve film 10 in the cylinder width direction Ws. ing.
Further, the length of La in the bag length direction of the head hole 21 of the bag-shaped body film 20 is formed shorter than the distance between the head hole 13 and the body hole 14 in the tubular sleeve film 10 in the tube width direction Ws. There is.

The film protective clothing 1 having the tubular sleeve film 10 and the bag-shaped body film 20 configured as described above constitutes the film protective clothing set 100 housed in the accommodating film 110.
The accommodating film 110 is a front-view horizontally long rectangular bag-like having an accommodating space capable of accommodating an internally folded tubular sleeve film 10a and a bag-shaped body film 20a, and is one of the main surfaces in the front-view horizontally oblong rectangular shape. A front-viewing oval perforation 111 forming an outlet 113 is provided on the main surface.

The accommodating film 110 is made of low-density polyethylene (LDPE, soft polyethylene) having a thickness of 25 μm, similar to the tubular sleeve film 10 and the bag-shaped body film 20. The accommodating film 110 may be colored or may be printed with advertisements or the like.

As shown in FIG. 3, the film protective clothing set 100 composed of the accommodating film 110 configured in this way is formed by bending the tubular sleeve film 10 and the bag-shaped body film 20 along a virtual bending line Fl, and accommodating the film 110. Fold it into a rectangular shape that can be accommodated inside. Then, the folded tubular sleeve film 10a and the bag-shaped body film 20a are housed inside the housing film 110 and sealed to form the film protective clothing set 100.

The tubular sleeve film 10a and the bag-shaped body film 20a in a folded state folded along the folding line Fl are laminated so as to overlap the main surfaces and housed inside the housing film 110. Then, in the state of being accommodated inside the accommodating film 110, as shown in FIG. 4C, the tubular sleeve film 10a is arranged on the side where the perforations 111 for forming the outlet 113 are formed. It is housed in the orientation.

Therefore, when the accommodating film 110 is torn at the perforations 111 and the outlet forming portion 112 is removed to form the outlet 113, the tubular sleeve film 10a is exposed from the outlet 113. Therefore, the tubular sleeve film 10a can be first taken out from the take-out port 113. Then, when the tubular sleeve film 10a is taken out, the bag-shaped body film 20a is exposed at the outlet 113, so that the bag-shaped body film 20a can be subsequently taken out.

In this way, a wearing method for forming the film protective clothing 1 by wearing the tubular sleeve film 10 and the bag-shaped body film 20 taken out from the accommodating film 110 of the film protective clothing set 100 will be described.
First, as described above, the tubular sleeve film 10a exposed from the outlet 113 formed in the accommodating film 110 of the film protective clothing set 100 is taken out and developed.

Then, the head Mh is inserted from the body hole 14 of the developed tubular sleeve film 10, and the head Mh is ejected from the head hole 13. Further, the arm Ma is inserted through the body hole 14 and inserted into the sleeve portion 12. Then, the finger Mf is pulled out from the end opening 17, and the thumb Mt is inserted into the finger hole 16.

In this way, when the arm Ma is inserted into the sleeve portion 12, the upper portion of the body Mb is inserted into the body hole 14, the shoulder portion 11 is located at the upper portion of the body Mb, and the arm Ma is located at the sleeve portion 12. A tubular sleeve film 10 can be worn on the shoulder (see FIG. 6).

Then, the head Mh and the arm Ma are inserted and covered from the lower end opening 24, the head Mh is taken out from the head hole 21, and the arm Ma wearing the sleeve portion 12 is taken out from the arm hole 22. Then, the bag-shaped body film 20 can be worn by stretching the bag-shaped body film 20 downward, and the wearing of the film protective clothing 1 is completed (see FIG. 7).

In such a state of wearing the film protective clothing 1, the lower part of the head hole 21 of the bag-shaped body film 20 is located on the outside of the shoulder portion 11 on the upper part of the body Mb, and the tubular sleeve film 10 is located on the upper part of the body Mb. And the bag-shaped body film 20 are laminated. Therefore, the bag-shaped body film 20 is arranged on the outside of the perforations 15 provided on the tubular sleeve film 10, and the shoulder portion 11 is arranged on the inside of the perforations 23 provided on the bag-shaped body film 20. Become.

In order to undress the film protective clothing 1 worn in this way, first, a tensile force in the bag width direction Wa is applied to the perforations 23 of the bag-shaped body film 20 worn on the outside. Then, starting from the perforation 23 having a lower strength than the other portions, the bag-shaped body film 20 is torn along the perforation 23 extending in the bag length direction La to form a torn portion 20t. (See FIG. 8). Therefore, the wearer M can easily undress the bag-shaped body film 20 by opening the torn portion 20t.

Next, a tensile force in the bag length direction La is applied to the perforations 15 of the tubular sleeve film 10 worn on both arm Ma across the upper part of the body Mb. Then, starting from the perforation 15 whose strength is lower than that of the other portions, the space between the head hole 13 and the body hole 14 is torn to form a torn portion 10t (see FIG. 9). Since the split portion 10t is formed on both the front side and the back side of the body Mb of the wearer M, the tubular sleeve film 10 is divided into left and right by the shoulder portion 11, and the tubular sleeve film 10 can be easily separated. You can undress.

As described above, the film protective clothing 1 includes a tubular sleeve film 10 made of a tubular resin film having both ends open, and a bag-shaped body film 20 made of a bag-shaped resin film. ing. The tubular sleeve film 10 has a tubular shape through which the arm Ma can be inserted, and the tubular sleeve film 10 has a head hole 13 through which the head Mh can pass in an intermediate portion in the tubular length direction Ls, and a body Mb. A body hole 14 through which the body can be inserted is provided. The head hole 13 and the body hole 14 are arranged so as to substantially face each other in the cylinder width direction Ws intersecting the cylinder length direction Ls. The bag-shaped body film 20 is longer in the bag length direction La than in the bag width direction Wa, and is bag-shaped through which the body Mb can be inserted. A head hole 21 through which the head Mh can be inserted is provided in the bottom of the bag, which is one end of the bag-shaped body film 20 in the bag length direction, and an arm hole 22 through which the arm Ma can be inserted is provided in the side portion near the bottom of the bag. It is provided so as to face Wa in the bag width direction. Therefore, as the film protective clothing 1, the film protective clothing 1 that can sufficiently surround the wearer can be easily worn.

More specifically, the head Mh is first inserted into the body hole 14 provided in the middle portion in the cylinder length direction Ls, and the head Mh is ejected from the head hole 13 arranged substantially opposite to the cylinder width direction Ws. .. Then, when the arms Ma are passed through both sides of the tubular portion whose both ends are open, the body Mb is inserted into the body hole 14, and the tubular sleeve film 10 is worn on both arm Ma across the chest of the body Mb. Can be done. That is, the tubular sleeve film 10 can be worn with both sleeves integrated.

Further, it is covered from the lower end opening 24 side of the bag-shaped body film 20 which is longer in the bag length direction La than the bag width direction Wa, and the head Mh is ejected from the head hole 21 provided in the bag bottom, and the side portion in the vicinity of the bag bottom. By pulling out the arm Ma from the arm hole 22 provided in the body Mb, the bag-shaped body film 20 can be worn on the body Mb. That is, the bag-shaped body film 20 can be worn as a body.

As described above, the film protective clothing 1 of the present invention can sufficiently surround the wearer with the tubular sleeve film 10 and the bag-shaped body film 20 overlapping each other on the chest of the body Mb. Further, since the tubular sleeve film 10 is worn with both sleeves 12 integrated and the bag-shaped body film 20 is worn as the body, it is completely separate. Therefore, the tubular sleeve film 10 and the bag-shaped body film 20 can be worn by different wearing operations. Therefore, the wearer can easily wear it as compared with the case of wearing a film body in which the sleeves and the body are integrated.

Further, since the tubular sleeve film 10 and the bag-shaped body film 20 are made of a resin film, there is a possibility that the tubular sleeve film 10 and the bag-shaped body film 20 may be stretched or torn due to an overload in the pulling direction. However, compared to the film body in which the sleeves and the body are integrated, the film protective clothing 1 which is composed of a separate body and can be easily worn has a load acting on the tubular sleeve film 10 and the bag-shaped body film 20 when worn. It is difficult to cause problems such as stretching and tearing.

Further, since the film protective clothing 1 provided with the tubular sleeve film 10 and the bag-shaped body film 20 is made of a resin film, it can be disposable. Therefore, it can be replaced for each patient or each treatment, and it is possible to cope with the shortage of protective clothing at the time of rapid spread of influenza or new virus, and it is possible to contribute to the prevention of infection.

It should be noted that the above-mentioned effect can be obtained regardless of which of the tubular sleeve film 10 and the bag-shaped body film 20 is worn first. However, by first wearing the tubular sleeve film 10 having a large range of movement when wearing and acting, the tubular sleeve film 10 and the bag-shaped body film 20 that can be worn in an overlapping state on the chest are tubular. It is more preferable because the sleeve film 10 is on the inside.

Further, in the bag-shaped body film 20, Wa in the bag width direction is wider than the opening length of the body hole 14 in the tubular sleeve film 10, and La in the bag length direction is larger than the length of Ws in the tubular sleeve film 10 in the tubular width direction. It is formed long. Therefore, the bag width direction Wa of the bag-shaped body film 20 is wider than the opening length of the body hole 14 in the tubular sleeve film 10, and by wearing the bag-shaped body film 20, the body of the tubular sleeve film 10 is worn. The hole 14 is not exposed to the outside. Further, since the bag length direction La of the bag-shaped body film 20 is longer than the length of the tubular sleeve film 10 in the cylinder width direction Ws, the central portion of the tubular sleeve film 10 worn on the chest of the body Mb is exposed to the outside. Not exposed. Therefore, the wearer wearing the film protective clothing 1 can be reliably surrounded.

Further, in the tubular sleeve film 10, a part of the tubular sleeve film 10 is torn by extending from the head hole 13 toward the body hole 14 along the direction connecting the head hole 13 and the body hole 14. Since the perforations 15 for promoting are provided, the worn tubular sleeve film 10 can be easily and quickly removed.

More specifically, the perforations 15 extend from at least one of the head hole 13 and the body hole 14 toward the other along the direction connecting the head hole 13 and the body hole 14 in the tubular sleeve film 10. It is provided in. Therefore, by applying a pulling force to the perforations 15 of the worn tubular sleeve film 10, the tubular sleeve film 10 is torn between the head hole 13 and the body hole 14. The portion 10t can be formed. That is, the intermediate portion of the tubular sleeve film 10 worn on both arms Ma can be torn across the chest of the body Mb. Therefore, the tubular sleeve film 10 can be divided into sleeves and can be easily and quickly removed.

Further, as described above, in the wearing state, the film protective clothing 1 can be worn in a state where the tubular sleeve film 10 and the bag-shaped body film 20 are overlapped on the upper part of the body Mb. Therefore, even if the perforation is 15.23 composed of continuous small holes, it is possible to prevent the formation of a portion penetrating the inside and the outside of the film protective clothing 1 in the wearing state.

Further, since the bag-shaped body film 20 is provided with a perforation 23 extending from the head hole 21 along the bag length direction La to promote tearing of a part of the bag-shaped body film 20, the bag-shaped body film 20 is worn. The bag-shaped body film 20 can be easily and quickly removed.

More specifically, the perforations 23 are provided in the bag-shaped body film 20 so as to extend from the head hole 21 along the bag length direction La. Therefore, by applying a pulling force to the perforations 23 of the worn bag-shaped body film 20, the bag-shaped body film 20 can be torn from the head hole 21 along the bag length direction La. can. Since the bag-shaped body film 20 worn as a body is opened in the bag length direction La, it can be easily and quickly removed.

Further, the perforations 23 are formed shorter than the length of Ws in the tubular width direction connecting the head hole 13 and the body hole 14 in the tubular sleeve film 10, and the film protective clothing 1 is the tubular sleeve film 10 in the wearing state. It can be worn with the bag-shaped body film 20 overlapping. Therefore, even in the perforation 23 composed of continuous small holes, it is possible to prevent the formation of the penetrating portion in the wearing state.

Further, since the finger holes 16 through which the thumb Mt can be inserted are provided in the vicinity of both ends of the tubular sleeve film 10, the tubular sleeve film 10 can be inserted by inserting the thumb Mt into the finger holes 16 in the wearing state. Can be prevented from being rolled up from the end and the arm Ma being inadvertently exposed.

Further, since the tubular sleeve film 10 and the bag-shaped body film 20 are formed in different colors, the tubular sleeve film 10 and the bag-shaped body film 20 can be distinguished from each other, and it is possible to prevent them from being mistakenly worn.

Further, since the head hole 13 and the body hole 14 are formed by being cut in the cylinder width direction Ws, the hole portion can be clarified and the tubular sleeve film 10 can be more easily worn. In addition, the load acting on the tubular sleeve film 10 can be reduced by the activity in the wearing state.

Further, in the bag-shaped body film 20, the head hole 21 is formed by being cut in the bag length direction La, and the arm hole 22 is formed by being cut in the direction opposite to each other along the bag width direction Wa. Therefore, the hole portion can be clarified, and the bag-shaped body film 20 can be more easily worn. In addition, the load acting on the bag-shaped body film 20 can be reduced by the activity in the wearing state.

Further, the film protective clothing set 100 is a resin film in which a tubular sleeve film 10, a bag-shaped body film 20, a folded tubular sleeve film 10 and a bag-shaped body film 20 are laminated and housed therein. It is provided with a configured accommodating film 110. Because the accommodating film 110 is provided with a perforation 111 that promotes the tearing of a part of the accommodating film 110 and forms an outlet 113 for taking out the tubular sleeve film 10 and the bag-shaped body film 20 accommodated therein. , The film protective clothing 1 that can sufficiently surround the wearer can be easily worn.

More specifically, by tearing the accommodating film 110 at the perforation 111 and removing the outlet forming portion 112 to form the outlet 113, a set of tubular sleeve film 10 and a bag constituting the film protective clothing 1 are formed. The body film 20 can be easily taken out and easily worn.

Further, since a set of the tubular sleeve film 10 and the bag-shaped body film 20 constituting the film protective clothing 1 can be accommodated in the accommodating film 110, it is hygienic when the film protective clothing 1 is not used for storage or transportation. ..
Further, since a set of the tubular sleeve film 10 and the bag-shaped body film 20 constituting the film protective clothing 1 can be accommodated in the accommodating film 110, the bag-shaped body film 20 and the tubular sleeve film 10 can be stored separately. It can be worn more quickly than when it is done.

Further, inside the accommodating film 110, the folded tubular sleeve film 10a and the folded bag-shaped body film 20a are accommodated so that their main surfaces overlap each other, and the perforations 111 are accommodating the folded tubular sleeves in the accommodating film 110. It is provided at a position facing the main surface of the film 10a. Therefore, of the tubular sleeve film 10a and the bag-shaped body film 20a housed inside the accommodating film 110, the tubular sleeve film 10 can be taken out and worn. That is, it is possible to indirectly specify the wearing order of the tubular sleeve film 10a and the bag-shaped body film 20a housed together inside the housing film 110. As a result, either the tubular sleeve film 10 or the bag-shaped body film 20 may be worn first, but as described above, the tubular sleeve film 10 and the bag-shaped body film 20 are in the tubular state in the worn state. It is more preferable because the sleeve film 10 is on the inside.

The above-mentioned film protective clothing 1 is composed of a tubular sleeve film 10 and a bag-shaped body film 20, but even a film protective clothing 1a provided with a bag-shaped bag-shaped head film 30 that covers the head Mh. Good (see Figures 10 and 11). Note that FIG. 10 shows a front view of the film protective clothing 1a, and FIG. 11 shows a schematic front view of the film protective clothing 1a in a worn state.

The bag-shaped head film 30 constituting the film protective clothing 1a together with the tubular sleeve film 10 and the bag-shaped body film 20 is a bag-shaped film having a slightly wider bag width direction Wa than the bag-shaped body film 20 and having an open lower end. be. Further, the bag-shaped head film 30 is provided with an arm hole 31 through which the arm Ma is inserted so as to face Wa in the bag width direction near the center of the bag length direction La.

The bag-shaped head film 30 thus configured is made of low-density polyethylene (LDPE, soft polyethylene) having a thickness of 25 μm, and is transparent unlike the tubular sleeve film 10 and the bag-shaped body film 20. ..
The bag-shaped head film 30 configured in this way is covered from the lower end opening after wearing the tubular sleeve film 10 and the bag-shaped body film 20, and the arm Ma is inserted into the arm hole 31 provided in the center in the bag length direction La. Is inserted and worn.

As described above, in the film protective clothing 1a, the bag-shaped head is provided so that the arm hole 31 through which the body Mb can be inserted and the arm Ma can be inserted in the middle portion in the bag length direction La faces the bag width direction Wa. A part film 30 is provided. Therefore, by wearing the bag-shaped head film 30 together with the tubular sleeve film 10 and the bag-shaped body film 20, the wearer can be integrally surrounded up to the head Mh. It is more preferable to wear the bag-shaped head film 30 after attaching a face guard or the like to the wearer's head Mh because the bag-shaped head film 30 is separated from the face.

Further, in the bag-shaped body film 20, the perforations 23 are formed shorter than the length of La in the bag length direction from the arm hole 31 to the lower end opening of the bag-shaped head film 30, so that the perforations 23 are worn. Not exposed in. Therefore, even in the perforation 23 composed of continuous small holes, it is possible to prevent the formation of the penetrating portion in the wearing state.

In the correspondence between the configuration of the present invention and the above-described embodiment, the mounting location of the present invention corresponds to the tubular film body of the embodiment corresponding to the tubular sleeve film 10.
Similarly below
The bag-shaped film body corresponds to the bag-shaped body film 20 and
The arm corresponds to the arm Ma,
The tubular axial direction corresponds to the tubular length direction Ls,
The head corresponds to the head Mh,
The first head hole corresponds to the head hole 13 and
The fuselage corresponds to the fuselage Mb,
The fuselage hole corresponds to the fuselage hole 14 and
The tubular crossing direction corresponds to the tubular width direction Ws,
The bag width direction corresponds to the bag width direction Wa,
The bag length direction corresponds to the bag length direction La,
The second head hole corresponds to the head hole 21 and
The arm hole corresponds to the arm hole 22 and
Film protective clothing corresponds to film protective clothing 1,
The tube tear promotion part corresponds to the perforation 15 and
The bag tear promotion part corresponds to the perforation 23,
The finger corresponds to the thumb Mt,
The finger hole corresponds to the finger hole 16 and
The storage bag film body corresponds to the storage film 110,
The outlet corresponds to the outlet 113,
The storage bag tear promotion part corresponds to the perforation 111,
The film protective clothing set corresponds to the film protective clothing set 100,
The first bag-shaped film body corresponds to the bag-shaped body film 20 and
The first arm hole corresponds to the arm hole 22 and
The second arm hole corresponds to the arm hole 31 and
The second bag-shaped film body corresponds to the bag-shaped head film 30,
The present invention is not limited to the configuration of the above-described embodiment, and many embodiments can be obtained.

As described above, the tubular sleeve film 10 and the bag-shaped body film 20 are the same blue color and have different densities, but the colors themselves may be different. Further, they may be formed in the same color, but it is preferable that the colors are different from the viewpoint that the tubular sleeve film 10 and the bag-shaped body film 20 can be distinguished.

The perforations 15, 23, and 111 are composed of continuous small holes, but for example, a V-shaped notch for facilitating tearing due to a tensile force, or a portion formed thinner than other portions. It may be configured by such as. The perforations 23 may be provided on both main surfaces of the bag-shaped body film 20 which is bag-shaped.

Further, the perforations 15 are formed along the cylinder width direction Ws with a length of about half from the head hole 13 toward the body hole 14, but are formed with a length connecting the head hole 13 and the body hole 14. It may be formed from the body hole 14 toward the head hole 13. However, the perforations 15 extending from the head hole 13 toward the body hole 14 are more preferable because they are less likely to tear when the tubular sleeve film 10 is worn.

The tubular sleeve film 10, the bag-shaped body film 20, and the bag-shaped head film 30 are made of low-density polyethylene (LDPE, soft polyethylene) having a thickness of 25 μm, but may be formed with different thicknesses. .. Furthermore, it may be composed of other materials such as polyvinyl chloride (PVC), polyvinyl alcohol (PVA), and polypropylene (PP).

In the above description, the thumb Mt is inserted into the finger hole 16 of the tubular sleeve film 10 in the wearing state, but a middle finger or the like other than the thumb Mt may be inserted into the finger hole 16. In some cases, the tubular sleeve film 10 may not have the finger holes 16.

Furthermore, the film protective clothing 1, 1a may be worn on top of the medical protective clothing or the like. In this way, by wearing the film protective clothing 1 and 1a on top of the medical protective clothing and replacing the film protective clothing 1 for each patient and each treatment, it is not necessary to change the medical protective clothing.

Further, in the above description, the accommodating film 110 provided with the perforations 111 having an oblong circular shape in the front view forming the outlet 113 on one of the main faces in the horizontally long rectangular shape in the front view includes the tubular sleeve film 10a and the tubular sleeve film 110. The bag-shaped body film 20a was accommodated to form a film protective clothing set 100. On the other hand, as shown in FIG. 4 (d), semi-elliptical perforations (not shown) are provided on both the front and back sides of the long side portion of the accommodation film 110a which is a bag-shaped horizontally long rectangular bag in front view. It may be a film protective clothing set 100a in which the outlet forming portion is removed to form a semi-elliptical outlet 113a. In this case, both the tubular sleeve film 10a and the bag-shaped body film 20a are exposed at the outlet 113a, but by clearly indicating on the accommodating film 110a which side is to be taken out first, the tubular sleeve film 10 and the bag are exposed. It is possible to promote the order of wearing with the body film 20.

1,1a ... Film protective clothing 10 ... Cylindrical sleeve film 13,21 ... Head hole 14 ... Body hole 15, 23, 111 ... Perforation 16 ... Finger hole 20 ... Bag-shaped body film 22 ... Arm hole 30 ... Bag-shaped Head film 31 ... Arm hole 100, 100a ... Film protective clothing set 110, 110a ... Containing film 113, 113a ... Outlet La ... Bag length direction Ls ... Cylinder length direction Ma ... Arm Mb ... Body Mh ... Head Mt ... Thumb Wa ... Bag width direction Ws ... Cylinder width direction

Claims (14)

A tubular film body made of a tubular resin film with both ends open,
A bag-shaped film body composed of a bag-shaped resin film is provided.
The tubular film body has a cylindrical shape through which an arm can be inserted, and also has a tubular shape.
The tubular film body is provided with a first head hole through which the head can pass and a body hole through which the body can be inserted in an intermediate portion in the cylindrical axial direction, and the first head hole and the body hole are provided. And are arranged substantially opposite to each other in the cylindrical crossing direction intersecting the tubular axial direction.
The bag-shaped film body is longer in the bag length direction than the bag width direction, and has a bag shape through which the body can be inserted.
A second head hole through which the head can be inserted is provided in the bottom of the bag, which is one end in the bag length direction of the bag-shaped film body, and an arm hole through which the arm can be inserted is provided in a side portion in the vicinity of the bottom of the bag. Film protective clothing provided so as to face the bag width direction. The bag-shaped film body is
The bag width direction is wider than the opening length of the body hole in the tubular film body.
The film protective clothing according to claim 1, wherein the bag length direction is formed longer than the length of the tubular film body in the tubular crossing direction. In the tubular film body, the tubular film extends from at least one of the first head hole and the body hole toward the other along the direction connecting the first head hole and the body hole. The film protective clothing according to claim 1 or 2, wherein a tubular tear promoting portion for promoting tearing of a part of the body is provided. The first aspect of the bag-shaped film body is provided with a bag-shaped tear-promoting portion extending from the second head hole along the bag length direction and promoting tearing of a part of the bag-shaped film body. The film protective clothing according to any one of claims 3. The bag tear promoting part is
The film protective clothing according to claim 4, which is formed shorter than the length in the tubular crossing direction connecting the first head hole and the body hole in the tubular film body. The bag-shaped film body is used as the first bag-shaped film body, and the arm hole is used as the first arm hole.
Claim 1 is provided with a second bag-shaped film body provided with a second arm hole through which the body can be inserted and an arm can be inserted into an intermediate portion in the bag length direction so as to face the bag width direction. The film protective clothing according to any one of claims 3. In the first bag-shaped film body, a bag tearing promoting portion extending from the second head hole along the bag length direction and promoting tearing of a part of the bag-shaped film body is provided.
The film protective clothing according to claim 6, wherein the bag tear promoting portion is formed shorter than the length in the bag length direction from the second arm hole to the opening end portion of the second bag-shaped film body. The bag tear promoting part is
The film protective clothing according to claim 7, which is formed shorter than the length in the tubular crossing direction connecting the first head hole and the body hole in the tubular film body. The film protective clothing according to any one of claims 1 to 8, wherein finger holes through which fingers can be inserted are provided in the vicinity of both ends of the tubular film body. The film protective clothing according to any one of claims 1 to 9, wherein the tubular film body and the bag-shaped film body are formed in different colors. The film protective clothing according to any one of claims 1 to 10, wherein the first head hole and the body hole are cut in opposite directions. In the bag-shaped film body, the second head hole is formed by being cut in the bag length direction.
The film protective clothing according to any one of claims 1 to 11, wherein the arm hole is cut in a direction facing each other along the bag width direction. It is made of a tubular resin film with both ends open and an arm can be inserted, and a first head hole through which the head can pass and a body hole through which the body can be inserted are provided in the middle portion in the tubular axial direction. , A tubular film body in which the first head hole and the body hole are arranged so as to substantially face each other in the tubular crossing direction where the tubular axial hole intersects.
It is made of a bag-shaped resin film that is longer in the bag length direction than the bag width direction and allows the body to be inserted, and a second head hole through which the head can be inserted is provided at the bottom of the bag, which is one end in the bag length direction. A bag-shaped film body provided with an arm hole through which the arm can be inserted facing the bag width direction at a side portion in the vicinity of the bag bottom.
A storage bag film body made of a resin film, which houses the folded tubular film body and the bag-shaped film body in a laminated state, is provided.
The storage bag film body promotes tearing of a part of the storage bag film body, and forms a storage bag tearing promotion that forms an outlet for taking out the tubular film body and the bag-shaped film body housed inside. Film protective clothing set with a part. Inside the storage bag film body,
The folded tubular film body and the folded bag-shaped film body are housed so that their main surfaces overlap each other.
The film protective clothing assembly according to claim 13, wherein the storage bag tearing promoting portion is provided at a position facing the main surface of the folded tubular film body in the storage bag film body.

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