JPS63200758A - Skin treatment jig - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a conveniently portable skin treatment tool that seals a liquid agent and a bandage and can be easily and quickly applied to disinfection treatment when necessary.

More particularly, the present invention relates to a conveniently portable disinfectant treatment tool that can contain liquid agents, therapeutic ointments, and bandages for disinfecting external wounds, etc., and in particular, the present invention relates to a disinfectant treatment tool that can be easily opened as required and is effective. The present invention relates to a portable treatment tool that has a function of applying or dispensing, and also stores a treatment ointment and a bandage.

[Prior art] Conventionally, in order to carry treatment tools, it was necessary to carry the liquid application container and the n-side tube separately. 0 Convenient to carry and can be quickly applied to disinfection treatment of external wounds etc. In terms of medical treatment tools, bandages must be stored in bag-like containers made of paper, plastic, etc. due to their morphology, and it is difficult to integrate them with liquid application containers that are often used at the same time. Moreover, even if integrated, operations such as removal may become complicated.

In addition, for the treatment of external injuries, etc., it is usually done by dipping gauze or absorbent cotton into the solution using tweezers, or by soaking a cotton swab in the solution and applying it to the affected area.

It is being done. In other cases, a liquid container with a spray mechanism is used to treat external injuries. Furthermore, in the case of treatment with ointment, the ointment is removed from a container such as a bottle with fingers or the like, or after being squeezed out from a tube container.

Apply it directly to the affected area or apply it to gauze etc. and apply it to the affected area. With such general treatment methods, handling is complicated and the affected area cannot be wiped clean.
It has disadvantages such as getting your hands dirty when handling it. In addition, when using it for carrying, it is necessary to bring at least cotton, medicine, ointment, etc. separately.

Furthermore, in order to make it portable, it has traditionally been scratched.

BACKGROUND ART To disinfect and treat external wounds such as cuts, it is widely used to soak absorbent cotton supported by tweezers in a medicinal solution and apply it to the affected area. It is difficult to carry such tweezers, cotton pads, and medical solutions at all times, and when a wound is sustained outdoors, it often delays eradication and treatment and causes the wound to fester.

In addition, tweezers and absorbent cotton must be sterile when used, and tweezers must be sterilized after use and, like unused absorbent cotton, must remain sterile until the 9th use. It is almost impossible to maintain the tweezers in this condition at home.

In addition, conventional side tubes have a main body composed of an adhesive base, gauze, etc., and a release paper, and when necessary, the two-layer release paper is generally peeled off and then applied to the affected area. . When removing the release paper.

It easily adheres to fingers while operating the adhesive, and when fingers touch the adhesive base material, the adhesive strength is lost or insufficient, making it easy to peel off. Alternatively, a phenomenon may occur in which the tape portions partially stick to each other.

Traditionally, portable treatment devices have been small cotton swabs.

Usually, a brush, gauze, or absorbent cotton is impregnated with a small amount of a disinfectant solution and applied to the desired part of the human body. In this case, the stopper must be opened and carefully applied before use.

It is quite cumbersome to handle. In order to solve this problem, directly coatable containers having a liquid-permeable coating surface at the opening are provided and commercially available. However, 1! ! The bandage must be carried in addition to the cloth member.

[Problem to be solved by the invention] The present invention is 9. Disinfection in case of external trauma.

To provide a therapeutic tool that allows quick application of a medical solution without causing suppuration due to delayed treatment, and allows easy application of a bandage during use. A further object of the present invention is to provide a treatment tool having a liquid and a bandage, which solves the problem of having to carry a liquid application container and a bandage separately. Another object of the present invention is to provide a therapeutic tool having a medicinal solution and a bandage that solves the problem that it is difficult to maintain tweezers and absorbent cotton in a sterile state.

An object of the present invention is to provide a disinfection treatment tool that is small, lightweight, and suitable for portability. Another object of the present invention is to provide a portable treatment tool containing liquid agents and bandages with different properties.

Furthermore, it is an object of the present invention to provide a therapeutic tool in which the application member is sealed and can be easily opened and used when necessary, and at the same time, a bandage can be applied with a simple operation. The amount of liquid to be used is stored in a sealed container and can be easily opened when needed.

The purpose is to provide a therapeutic device that prevents the liquid from adhering to hands and fingers after opening the package, allows one drop to be appropriately applied to the area to be applied, selectively wipes the area, and at the same time can appropriately supply a bandage. shall be.

[Structure of the Invention] [Means for Solving Problems] The gist of the present invention is to provide a cylindrical hard plastic container, a coating member located at one end of the container, and a coating member that can be connected to the container from the outside. A sealing body that is a hollow body extending in the axial direction of the hard plastic container and having a slit in the axial direction, and a sealing body that is housed in a rolled state inside the sealing body and is separated from the adhesive piece. It has a band-shaped bandage comprising a piece of paper.

The container and the sealing body are integrated in a shape that allows them to be separated during use, and when the two are separated, a portion of the application member is exposed from one end of the container, and I! ! An applicator is held in the container so as to have a shape suitable for cloth, and the adhesive piece of the bandage has a grip at one end, and the grip is exposed outside through the slit, and the side of the grip is peeled off. The end of the paper is stored in the sealing body in a state where it is in contact with the sealing body, so that when the adhesive piece is pulled out from the slit while grasping the gripping part, the release paper is not exposed from the slit. This skin treatment tool is characterized by being configured as follows.

[Function] The portable treatment device of the present invention stores a bandage and a liquid agent, and the bandage is adhered with two types of release paper: 1-strong adhesive release paper and weak-adhesive release paper. It is stored in a cylindrical container in a rolled state, and the end of the strongly adhesive release paper is peeked through the slit of the cylindrical container, and while the end is also pulled out, the weakly adhesive release paper is removed. The release paper is configured so that it remains inside the cylindrical container while being completely peeled off from the bandage. Also.

In the portable treatment device of the present invention, a liquid application member is hermetically stored, and for this purpose, the plastic liquid container for storing a small amount of liquid according to the present invention is made of hard plastic,
The applicator member sealed in the hard plastic part and the applicator member provided in the portable treatment device of the present invention, which has a means for easily opening the liquid agent, can assume a shape convenient for application by opening the seal. It is something.

The plastic container for storing the liquid or medicine according to the present invention is made of hard plastic, and the application member and the liquid are sealed in it, and a thin part is provided in the middle of the hard plastic part so that the container can be easily opened during use. . Further, a bandage is stored in a portion of the unsealed end on the opposite side of the liquid medicine storage portion. As a result, it has become possible to provide a portable skin treatment tool that is convenient to carry and includes a liquid agent and a bandage with completely different properties for disinfection and treatment.

That is, the coating member is loaded in the hard plastic part, and a thin portion is provided in a predetermined hard plastic part outside of the location where the coating member is loaded. With this configuration, 1, for example, 9 can be attached to the hard plastic part.
By applying a breaking force with fingers or the like, that is, by applying stress in the lateral direction, the hard plastic part can be easily broken at the thin part. This exposes a portion of the application member to the outside, i.e.! ! ! The tip of the cloth member is exposed to the outside and has a shape suitable for application. This application member is
Since it is fixed within a hard plastic container, the tip of the applicator member plays the same role as the tip of the brush tip and provides the preferred shape for application. Since the liquid can be hermetically stored on the fixed side of the applicator, the applicator can be wetted with the liquid in this state, so the liquid can be applied to the required area as it is, or the required area can be wiped with the liquid.

In the portable skin treatment device of the present invention, a liquid agent storage container and a bandage storage part are integrated, a cylindrical part of the bandage storage container has a slit, and a specially structured bandage is wrapped inside the container. However, it has been stored. The bandage has a special structure in which two types of release paper, a 9-strong adhesive release paper and a weak-adhesive release paper, are adhered to an adhesive base material.

The end of the strongly adhesive release paper is placed outside the container slit, and the end of the weakly adhesive release paper is positioned inside the cylindrical slit.

The container for storing the liquid agent, liquid agent application member, and bandage of the present invention is made of one synthetic resin, for example, polyethylene.

It is a hard plastic molded using polypropylene, polystyrene, polyethylene terephthalate, etc.

These synthetic resins are injection molded.

It can be formed by extrusion molding, blow molding, vacuum forming, etc.

Furthermore, the bandage contained in the portable skin treatment device of the present invention is made of an adhesive base with a protective material for the affected area, such as gauze, adhered to the same as a normal bandage.

Paste a weak adhesive release paper on the top surface, leave a small adhesive surface on one end of the surface to be pasted, and place a strong adhesive release paper between the remaining adhesive base and the edge of the weak adhesive release paper. It has a structure in which the ends are pierced and adhered.

A portable treatment tool having such a structure can be made into an easy-to-carry emergency tool. Immediately.

The portable treatment device of the present invention is a 9-cylindrical liquid container.

The application member and the cylindrical bandage storage container can be easily integrated and connected.

The application members used in the portable skin treatment device of the present invention include cotton, non-woven paper, M miscellaneous filter, long fiber Tobu material,
It can be manufactured from porous plastic or the like, has good permeability to the liquid, and is fixed at a predetermined position within the liquid container.

The hard plastic part that houses the liquid agent and liquid application member of the present invention is provided with a thin part in the middle as described above, and is broken by applying lateral stress to open the liquid container.
This exposes the liquid agent application member. The hard part at the tip that is broken and separated is the part that stores the bandage. Also, for example, by making the diameter larger than the broken end of the liquid medicine container, the storage space for the bandage can be increased and storage can be facilitated.

Further, a flexible soft plastic part can be fixed to the opposite end of the hard plastic part, and a part having a dropper function can be connected thereto. When this soft plastic part is pressed, the liquid agent stored in the container can be allowed to seep out through the applicator member, and the applicator member can be appropriately moistened.

This means that if the application member directly touches the affected area, it will cause pain, then the application member should not be brought into contact with the affected area.

By pressing the soft plastic part, the liquid in the liquid container flows out via the applicator, and can be dripped from the applicator as appropriate. In addition, if the area to be applied is large and the liquid applied to the application member is quickly lost after opening the package, the liquid can be pushed out by pressing the soft plastic part and applied. The member can be used by sufficiently containing the drug. After such treatment, a bandage can be applied.

The liquid medicine contained in the portable treatment device of the present invention is as follows.

A drug to be applied to the skin of the human body, such as a liquid agent for disinfection, treatment, etc., which is stored and applied in liquid form.

The portable treatment device of the present invention may further include an ointment attachment portion with ointment. With such a configuration, it is possible to provide a product that allows a wound or the like to be cleaned with a liquid agent, then this ointment is further applied, and a bandage can be applied. The ointment attachment part has a concave inner surface, and the therapeutic ointment is stored there.

Made of flexible plastic. Therefore, it is easily attached to the end of a hard plastic container. It fits as a stopper into the end of a hard plastic container.

In order to make the portable skin treatment device of the present invention convenient to carry and disposable, the hard plastic has a thin part in the middle part, from which it can be easily broken and separated, and the hard cap part that has been broken and separated. This is for storing bandages. A therapeutic ointment can be applied to the affected area that has been cleaned with the application member, and the affected area is then protected with a bandage.

In the portable treatment device of the present invention, the solution, the solution container, and the adhesive bandage are integrated and stored in a small plastic container in a sealed state, and can be kept sealed until the time of use. When necessary, a transverse stress is applied to the thin part in the middle of the liquid container to cut and separate the container and open the container. After opening the package, the liquid agent can be applied onto human skin or the like using the W-extruded application member. The application member can sequentially supply the liquid agent onto the skin or the like. That is, it is moistened with the liquid agent stored in the hollow part of the hard container, and the liquid agent oozes out through the application member. For this purpose, the applicator can be appropriately moistened. Next, a bandage is applied to the treated area.

[Examples] Next, the portable skin treatment device of the present invention will be explained using the following specific examples, but the present invention is not limited to the following explanations.

FIG. 1 is a perspective view of a bandage to be housed in the skin treatment tool of the present invention.

FIG. 2 shows a cross-sectional view of the bandage, ie.

Place a weakly adhesive release paper 1 on top of the adhesive base 3, sandwich gauze, etc., and adhere to it, and place a 1 strength adhesive release paper 2 near one end of the adhesive base 3, and a 9 strength adhesive release paper 1 as shown in the figure. and the adhesive base 3 and stick together.

That is, in the skin treatment device of the present invention, the adhesive plaster shown in FIG. 1 is wrapped and stored so that the highly adhesive release paper 2 comes out from the slit 6 of the 9-cylindrical hard plastic container 5 as shown in FIG. 3. be.

FIG. 3 is a perspective view of one example of the portable treatment device of the present invention. The adhesive bandage is stored by taking out a little of the strongly adhesive release paper 2 from the slit 6 of the cylindrical hard plastic container 5 and rolling it inside the cylindrical hard plastic container 5. The hard plastic liquid storage part 12 and the thin part 13 are integrally connected to each other to store the liquid and the liquid application member. In this example, the other end of the hard plastic part 5 has a soft plastic part 11 for applying pressure to push out the liquid from the liquid application member. That is, the soft plastic portion 11
acts as a dropper.

FIG. 4 is a cross-sectional view of a bandage stored in the portable treatment tool of the present invention.

The strong adhesive release paper 2 is shown through the slit 6 of the cylindrical hard plastic container 5 long enough to be pulled out with fingers, and the end of the 9 weak adhesive release paper 1 on the strong adhesive release paper side is 4 As shown in Figure 1, the bandage is placed inside the cylindrical container and the entire bandage is stored in a rolled state. 6 The side tube storage container of the present invention stores the bandage in a cylindrical container. It can be easily combined with a cylindrical liquid application container.

FIGS. 5A, B, C, and D are cross-sectional views illustrating how to use the bandages stored in the portable treatment tool of the present invention. A and B are the bandages of the present invention.

C and D can be applied to the human body while being drawn out from the container in this order.

In Figure A, the strongly adhesive release paper 2, which is partially exposed from the slit 6 of the cylindrical container, is picked up with fingers and pulled. Then, the bandage comes out from the slit 6, being pulled by the 1 strength adhesive release paper.

In Figure B, the adhesive base material 3 of the bandage is adhered to the 1 strength adhesive release paper 2 and is pulled out. At the same time, the weakly adhesive release paper 1 is peeled off from the adhesive base material 3 of the bandage, but its ends are caught inside the two-cylindrical hard plastic container 5 and do not come out from inside the container.

Therefore, the release paper 1 with a weak adhesiveness of 1 is stored inside the container 5, and this pulling action simultaneously causes the release paper to be peeled off.

In Figure 0, the 1 strength adhesive release paper 1 is peeled off and the adhesive base material 3 is pasted on the human body 7. Alternatively, after applying the adhesive base material 3 of the bandage to the human body 7, the 2-strong adhesive release paper 2 can be peeled off.

In Figure D, the adhesive base material 3 is attached to the human body 7 while being pulled out from the cylindrical hard plastic container 5. In this case, the operation can be made easier by pasting the two cylindrical hard plastic containers 5 while moving them. When pasting is completed, the release paper 1 with a slightly lower adhesive strength remains inside the cylindrical hard plastic container S.

An example of the portable treatment device of the present invention is shown in the partial cross-sectional view of FIG. 6, which shows the right half in section.

It has a hard plastic container 5 for storing a bandage and a liquid medicine storage part 12, which are integrally connected by a thin part 13. That part is made of hard plastic and will break if you apply force to bend it. In this example, the soft plastic part 11 and the hard plastic part 12 are further secured to each other by a securing sheath part 17. hard plastic part 1
A thin part 13 is provided in the middle of 2. The liquid agent 14 is hermetically sealed in a hollow portion of the liquid container as shown in the figure. Further, the application member 16 is completely fixed to the hollow part in the middle of the hard plastic liquid storage part 12 as shown in the figure. A coating member fixture 15 for fixing the coating member 16 is provided.

A hole 19 through which the liquid agent 14 passes is provided approximately at the center of the applicator fixture 15 to ensure smooth supply of the liquid agent 14. The hard plastic applicator storage portion 12 is made of a plastic that is inert to the liquid agent 14 and has low permeability. The plastic of this container body consists of a hard part and a soft part as shown in above 9, but in order to integrate it, it is desirable that the hard part and the soft part be made of the same series of resin.A suitable example is a hard plastic liquid material. The housing portion 12 is formed using a polypropylene homopolymer, and the soft plastic portion 11 is formed using a polypropylene-based olefin elastomer.

A thin section 13 having a thickness of preferably about 0.3 to 0.5 mm is provided at approximately the midpoint in the longitudinal direction. The shape of this thin part 13 is, for example, a V-shaped groove as shown in Fig. 6. It is important to set it so that it is easy to break only when force is applied from the side. In order to apply more stress, the thin portion 13 is designed to have a length of 20 mm or more on both sides, and to have a portion that can be pinched with fingers.

Thin wall part 13 in the middle of hard plastic liquid storage part 12
The hard plastic part of the structure has a certain width on both sides, i.e. more than 20 mm.

The bandage shown in FIG. 1.2 is housed in the other part torn at the thin part 13 as shown in FIG. 4. That is, the strong adhesive release paper 2 protrudes from the slit 6 for a length sufficient to be pulled out with fingers as shown in the figure, and the ejaculation adhesive release paper 1 and the adhesive base material 3 are rolled up and stored. has been done.

FIG. 7A is a partially sectional view showing another example of a portable treatment tool. The symbols are the same as those in FIG. Liquid agent 14
and a hard plastic part 1 enclosing the liquid application member 13.
2 and the bandage storage portion 5 are combined and integrated at the thin wall portion 13,
Further, a soft plastic part 11 for pressing the liquid is fixed to the other end of the hard plastic part 12.

When stress is applied to the hard plastic parts on both sides of the thin part 13 so as to break the part, the part breaks at the thin part 13, as shown in FIG. 7B.
As shown in FIG. 1C, it is separated into a hard plastic portion 5 and a liquid container body 12. and.

The application member 16 is exposed as shown in FIG. 7B.

That is, the thin part 13 is located in the hard plastic part at a position where the applicator member 16 is housed, and when cut at the thin part 13, the applicator member 16 is preferably exposed by about 3 to 5 mm.

The application member 16 is preferably one that has good permeability to the liquid agent, is inert to the liquid agent, has good shape retention, feels comfortable when applied to the skin, etc., and does not easily generate cloth pieces. 0
For example, a material in which a large number of acetylcellulose-based long fibers are fixed into a bundle to form a columnar shape as a whole, or a porous material can be used. f! ! Preferably, the cloth member 16 is fixed within the hard plastic liquid storage portion 12 and does not move. Is there a thin way to fix it? lft!
It is necessary that a part longer than the length of the exposed part of the application member 16 when cut at 13 is stored in the liquid storage part (side), and when force is applied to the exposed part, the application member 16 An application member fixing device 15 is provided to prevent the application member 16 from moving toward the liquid storage side.

In the liquid container main body, when the soft plastic part 11 is pressed as shown by symbol A in FIG.
6, and the liquid agent is applied to the required location at the tip of the application member 16. Since the soft plastic portion 11 is pressed with a finger or the like, the length of the soft plastic portion 11 is preferably 10 mm or more.

The method for assembling the liquid container of the present invention is to first insert the applicator 16 into the hard plastic liquid storage part 12 from the fixed sheath part 17 side, then insert and fix the applicator member fixture 15, and store the liquid 14. death.

The soft plastic part 11 is sealed with the fixed sheath part 17,
On the other hand, place a bandage inside the cylinder at the other end of the hard plastic as shown in the figure. ! It can be rolled up and stored like a J. Then, the highly adhesive release paper 2 is taken out from the slit 6.

Another example of the skin treatment device of the present invention is shown in the partial cross-sectional view of FIG. 8, which shows the lower half in cross section.

A coating member 16 is housed in a hard plastic container body 21, and a cloth member 16 is fixed by a coating member fixture 15a, and a thin wall portion 13 is provided approximately in the middle of the hard plastic container body 21. on the other hand.

The ointment 24 is stored in an ointment storage stopper 25, which is attached to the end of the hard plastic container body 21. A bandage is stored in a cylindrical container 5 with its strong adhesive release paper 2 slightly exposed, rolled up as shown in FIG. 4.

The applicator member 16 is fixed in the hollow part of the hard plastic container, and when cut at the thin wall part 13, preferably about 3 to 5 mm of the applicator member 16 is exposed. The coating member is
It is preferable that the liquid agent has good permeability, is inert to the liquid agent, has good shape retention, has a pleasant feel when applied to the skin, and does not come out easily. For example, acetyl cellulose-based It is possible to use a material in which a large number of long fibers are fixed into a bundle to form a cylindrical shape as a whole, or a porous material. Preferably, this application member has a structure in which it is fixed to the hard plastic container body 21 and does not move.

As for the method of fixing it, it is necessary that a part longer than the length of the part of the application member 16 that is exposed when cut at the thin wall part 13 is housed in the container, and when force is applied to the exposed part. To.

A coating member fixture 15a is provided to prevent the coating member 16 from moving inside the container. The ratio of the exposed portion to the portion contained within the container is preferably 1:3 or less.

In the hard brass body of the portable treatment device of the present invention,
For rupture, the thinned portion 13 is preferably formed to have a thickness of about 0.3 to 0.5 mm. The shape of this thin part 13 is, for example, a V-shaped groove as shown in Fig. 8. Normally, force is applied to it, so it is important to set it so that it is easy to break only when force is applied from the side. In order to apply stress, make a hard plastic structure with a certain width, that is, 20 mm or more, on both sides of the thin wall part 13 in the middle of the hard plastic container body 21 so that it is wide enough to be pinched with one finger. .

Stress is applied to the hard plastic parts on both sides of the thin part 13 to break the hard plastic body at the thin part 13.

[Effect of the invention] The portable skin treatment device of the present invention is:

First, it was possible to provide a portable treatment tool that can be made into a small, lightweight, and suitable form for carrying around, and that can easily supply bandages and liquids that can be carried around at all times, so that it is convenient for treating external injuries and the like.

Second, it was possible to provide a portable skin treatment tool that has an adhesive bandage that can be easily applied during treatment and a liquid that can be easily supplied from an applicator.

Thirdly, according to the present invention, it is possible to provide an instrument that allows easy application of a bandage and easy application of a liquid agent.

Fourthly, the portable therapeutic device of the present invention is able to provide a product that is suitable for portable use, in which a liquid agent, its application member, and a bandage are integrated.Fifthly, it is disposable;
Because it is a multiple treatment, it is completely sealed during storage, and the hour wheel can be opened when applying the liquid.

We were able to provide a skin treatment tool that allows immediate use of bandages.

Sixthly, it provides a skin treatment tool that can apply or wipe the liquid by directly bringing the applicator into contact with the required area when applying the liquid, and that can easily supply a bandage to be applied there. We were able to obtain remarkable technical effects such as:

[Brief explanation of the drawing]

1 is a perspective view showing the structure of the bandage itself that can be stored in the skin treatment tool of the present invention. Figure 2 is a sectional view showing the structure of the bandage itself that can be stored in the skin treatment tool of the present invention. Fig. 3 is a perspective view showing a skin treatment tool having a liquid agent and a bandage of the present invention. Fig. 4 is a cross-sectional view showing the bandage stored in the skin treatment tool of the present invention. 5A, B, C, and D are explanatory cross-sectional views sequentially illustrating how to use the bandage housed in the skin treatment device of the present invention. FIG. 6 is a portable treatment device of the present invention. FIG. 7 is a partial cross-sectional view showing the structure of the device. FIGS. Fig. 8 is a partial sectional view showing the structure of another example of the portable skin treatment device of the present invention. [Explanation of symbols of main parts] 1908 weak adhesive ejaculation release paper 2361 strong Adhesive release paper 306. Viscous base material 460. Gauze 5000 Cylindrical hard plastic container 600. Slit 7016 Human body 11.
, Soft plastic part 12, , Hard plastic liquid storage part 13, , Thin wall part 14. ,,Liquid 1
5.15a, Coating member fixture 16, Coating member 17. ,,Fixed sheath part A,,
,,pressure

Claims (1)

[Claims] (1) A cylindrical hard plastic container, an application member located at one end of the container, and a hollow body that shields the application member from the outside and extends in the axial direction of the hard plastic container. It has a sealing body having a slit in the axial direction, and a band-shaped bandage that is stored in a rolled state inside the sealing body and includes an adhesive piece and release paper. The application member is held in the container so that when the two are separated, a part of the application member is exposed outside one end of the container, and the application member is in a shape suitable for application. The adhesive piece of the bandage has a gripping part at one end, the gripping part is exposed outside the slit, and the end of the release paper on the gripping part side is in contact with the inside of the sealing body. A skin treatment device, which is housed in the sealing body and configured so that the release paper is not exposed from the slit when the adhesive piece is pulled out from the slit while gripping the gripping portion.