JPS63200772A - Disinfecting medical 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 disinfectant treatment tool that is convenient to carry and has a liquid agent for disinfection, and a semi-solid external agent such as an ointment or cream, and in particular, the requirements are easy to follow. Can be opened.

It is a disinfectant treatment tool that stores a single-use amount that is convenient to carry.

[Conventional technology].

Conventionally, the treatment of external injuries and the like is usually done by soaking gauze or cotton wool in a 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.

[Problems to be Solved by the Invention] An object of the present invention is to provide a disinfection treatment tool that is small, lightweight, and suitable for portability. In addition, in the present invention, single-use drugs having different properties, such as a liquid preparation and a semi-solid external preparation, are stored in a small plastic container, so that handling is simple and treatment is easy during use, and there is no fear of staining hands, fingers, etc. The purpose of the present invention is to provide a disinfectant treatment tool suitable for carrying. Another object of the present invention is to provide a disinfection treatment tool whose application member is sealed and which can be easily opened and used when necessary. Another object of the present invention is to provide a disinfectant treatment tool that is convenient to carry, has a small amount of liquid medicine and a semi-solid external medicine, and can easily treat wounds and the like.

[Structure of the Invention] [Means for Solving the Problems] The present invention involves sealing an application member impregnated with a liquid agent having a disinfecting effect in a hard plastic container, and forming a thin wall part in the middle of the hard plastic container. By applying a lateral stress to the hard plastic container, the hard plastic container is easily broken at the thin wall portion, and a part of the application member is exposed to the outside.

On the other hand, the other end of the hard plastic container is fitted with a flexible plastic stopper having a recess, with the recess facing toward the hard plastic container, and the recess has a shape suitable for semi-solid topical application. This is a disinfectant treatment tool that contains a disinfectant.

Further, the application member may be made of cotton or a porous or long fiber material and may be fixed within the hard plastic container. Further, the hard cap portion broken and separated from the hard plastic container can have an end shape that can be fixed so as to wrap around the end of the hard plastic container application member.

[Function] The plastic container for storing a single-use drug according to the present invention has nine hard plastic parts, an application member, and a semi-solid external medicine storage part, and the hard plastic body contains the application member and the liquid medicine. It is fully sealed and has a thin section in the middle of its hard plastic body, making it easy to open when in use.

Furthermore, a semi-solid external preparation storage stopper is attached to the end opposite to the unsealed end. This has provided a disinfectant treatment tool that is convenient to carry and contains agents with completely different properties for disinfection and treatment.

In the structure of the disinfection treatment tool according to the present invention, an application member made of cotton, porous material, etc., impregnated with a liquid agent is sealed in a hard plastic container, and a thin wall part is provided in the middle of the hard plastic container. Force is applied to the hard plastic container from the side with the fingers on the hard parts on both sides of the thin wall part. That is, by applying lateral stress, the hard plastic container is easily broken at this thin wall portion.

At this time, a part of the application member sealed inside the container is exposed to the outside! & It has a shape suitable for cloth.

Furthermore, the disinfection treatment tool of the present invention is provided with a means for storing a semi-solid external preparation having a therapeutic effect on the other end of the hard plastic container body, and the semi-solid external preparation storage means includes: It has a concave inner surface to accommodate a semi-solid topical therapeutic agent, and is made of flexible plastic. Therefore, it can be easily attached to the end of the hard plastic container of the present invention. It therefore fits as a stopper at the end of a hard plastic container.

The application member used in the disinfection treatment tool of the present invention is a member for applying a liquid agent to the skin of a human body, and is preferably made of cotton, porous material, or a long fiber bundle material. Fixed within the tool's hard plastic container.

In order to make the sterilization treatment tool of the present invention convenient to carry and disposable, the hard plastic has a thin part in its middle part, from which it can be easily broken and separated. The broken and separated hard cap portion can have an end shape that can be fixed to wrap around the end of the hard plastic container applicator member.

In the disinfection treatment tool of the present invention, an applicator impregnated with a disinfectant is loaded into the hard part, and a thin wall part is provided at a predetermined hard part outside the location where the applicator is loaded. . With such a configuration, by applying a breaking force to the hard plastic part with two fingers, for example, by applying stress in the lateral direction, the hard plastic part will easily break at the thin part. .

This (because of this, a part of the application member is exposed to the outside,
It becomes a shape suitable for cloth. That is,! & Since the tip of the cloth member is exposed to the outside and the applicator part inside the hard plastic part is fixed, the tip of the applicator plays the same role as the tip of the brush tip and has a shape suitable for application. become.

Since the liquid is sealed and stored on the fixed side of the applicator, the applicator is wet with the liquid in this state, so you can apply the liquid to the required area as is, or wipe the required area with the liquid. can.

Plastic resins used in the liquid container of the present invention include 1. For example, polyolefins such as polyethylene and polypropylene. Polystyrene type, polycarbonate type, etc. can be used. These synthetic resins can be molded by injection molding, extrusion molding, blow molding, vacuum molding, or the like.

Furthermore, in order to be able to apply the therapeutic semi-solid external preparation to the affected area that has been cleaned with the applicator, the present invention has a method in which the therapeutic semi-solid external preparation is applied to the inner surface of the hard part main body at the end opposite to the fracture separation part. It has a structure in which a plug-like member made of a flexible material is attached to the recess.

That is, in the disinfection treatment tool of the present invention, the liquid container and the semi-solid external preparation are sealed and integrated in a small plastic container and stored, and can be stored in a sealed state until the time of use. when necessary.

A transverse stress is applied to the thin wall part in the middle of the liquid container to separate it and open it. After opening the package, the exposed application member can apply the solution onto the skin of a human body, and the application member can sequentially supply the solution onto the skin or the like. That is, the hollow part of the hard container is moistened with the liquid agent that has been completely stored, and the liquid agent oozes out through the application member. For this purpose, the application element can be moistened accordingly.

The disinfection treatment tool of the present invention is further equipped with a semi-solid external agent mounting portion to which a semi-solid external agent is attached.

With such a configuration, the ointment can be further applied after cleaning the wound with the liquid.

The disinfection treatment tool according to the present invention is not limited to a tubular shape, but a tubular shape is preferable from the viewpoint of molding techniques.

The application member used in the disinfection treatment tool according to the present invention is made of cotton,
It is manufactured from non-woven paper, a fibrous filter, a bundle of long fibers, porous plastic, etc. It is made of materials that have good permeability to liquid agents and can be fixed in a predetermined position within a rigid container.

In this way, in the present invention, a thin part is provided in the middle of the hard plastic part, and the liquid container is opened by being broken by applying a lateral stress. .

End shape 2 that can be attached to the liquid container again, for example, it can be made to have a diameter larger than the broken end of the liquid drug container, and can be shaped so that it can be attached again by wrapping the application member at the end of the liquid drug container. Accordingly, when discarding the disinfection treatment tool of the present invention, the liquid agent application member can be wrapped and disposed of without releasing toxic liquid or the like to the outside.

In the liquid container of the present invention, the hard plastic portion that is broken and separated from the container main body is shaped so that the end opposite to the broken end can be pipe-fitted to the broken end of the liquid container main body. That is, after breaking apart by threading or forming an attachment feature on their ends, again! & It is possible to provide a liquid drug container configured so that the end of the cloth member is wrapped and attached to the container body, and the liquid drug can be used even a few times.

Next, the disinfection treatment tool of the present invention will be explained using specific examples, but the present invention is not limited to the following explanation.

An example of the liquid agent container of the present invention is shown in a partial cross-sectional view of FIG. 1 showing the lower half in cross section.

1 is a container body made of hard plastic, 2 is an applicator, 3 is an applicator stopper for fixing the applicator, and a thin section 6 for cutting is provided approximately in the middle of the container body 1. On the other hand, the storage stopper 5 for the semi-solid external preparation 4 is connected to its container body 1.
is attached to the end of the

The application member 2 is fixed in the hollow part of the container body.

When cut at the thin section 6, the application member 2 preferably has a thickness of about 3
It should be made to exhibit ~10 mm and 1 g. The application member 2 is preferably one that has good permeability to the liquid agent, is inert to the liquid agent, has good shape retention, has a pleasant feel when applied to the skin, and does not cause pieces of the application member to come out. , one in which a large number of acetylcellulose-based long fibers are fixed into a bundle to form a cylindrical shape as a whole, or a porous one can be used. This application member 2 is preferably fixed to the container body 1 so that it does not move. In order to fix it, it is necessary that a part longer than the length of the part of the application member 2 that is exposed when cut at the thin wall part 6 is housed in the container, and when force is applied to the exposed part. A stopper 3 is provided to prevent the application member 6 from moving inside the container.

The ratio of the exposed portion to the portion contained within the container is preferably 1:3 or less.

The hard plastic body of the antiseptic treatment device of the present invention is preferably provided with a thin wall portion 6 having a thickness of about 0.15 to 0.5 mm, which is formed for rupture. The shape of this thin part 6 is, for example, a V-shaped groove as shown in Fig. 1. 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 6 in the middle of the hard plastic container body 1 so that it is wide enough to be pinched with one finger. .

Here, stress is applied to the hard plastic parts on both sides of the thin wall part 6 to break the hard container body at the thin wall part 6.

As shown in Figure 2, broken part 1! L is further.

It can be reversed and attached to the sterilization treatment tool container body 1.

When discarding it, it can be disposed of by covering it with the application member 2 containing the drug, as shown in FIG.

[Effects of the Invention] The disinfection treatment tool of the present invention has a container body made of hard plastic, an applicator member, and a semi-solid external medicine storage part, and firstly,
We were able to provide a disinfectant treatment tool that is small and lightweight and has disinfectant and therapeutic agents that can be carried at all times.

Second, the liquid and semi-solid topical preparations, which have different properties, are almost completely sealed and can be easily opened when applied, making them compact and lightweight and suitable for carrying. Because the liquid and semi-solid external preparations are stored together, for example, the liquid preparations are disinfectants and semi-solid external preparations, and the ointments are used to treat external injuries such as anti-inflammatory drugs.

Fourthly, we have been able to provide a disinfectant treatment tool that combines drugs that can be used to treat wounds and illnesses appropriately.Fourthly, when applying drugs, liquids and semi-solid external preparations can be used.

Both the ointment and the ointment can be treated with simple operations without staining hands and fingers.Fifth, when discarding the ointment after use, the whole can be refitted and integrated, so that the medicine does not stain other parts.
We were able to obtain significant technical results, such as being able to provide a container in which the treatment could be performed.

[Brief explanation of the drawing]

FIG. 1 is a partial sectional view showing the structure of a disinfection treatment tool according to the present invention. FIG. 2 shows a configuration in which the liquid agent container shown in FIG. 1 is broken at a thin part of the hard plastic container body and discarded after use. [Explanation of symbols of main parts] 100. Container body 1a, broken part 200
．． Application member 3...! & Cloth member stopper 400. Semi-solid external preparation 500. Semi-solid external medicine storage stopper 600. Thin section for cutting

Claims (3)

[Claims] (1) A coating member impregnated with a liquid agent having a disinfecting effect is sealed in a hard plastic container, a thin wall is provided in the middle of the hard plastic container, and lateral stress is applied to the hard plastic container. The hard plastic container is easily broken at the thin wall part, and a part of the application member is exposed to the outside and has a shape suitable for application, while the other end of the hard plastic container has a recessed part. A disinfection treatment tool, characterized in that a flexible plastic stopper is attached with the recessed portion facing the hard plastic container, and a semi-solid external preparation is housed in the recessed portion. (2) The disinfection treatment tool according to claim 1, wherein the application member is made of cotton, porous material, or a long fiber bundle material, and is fixed within the hard plastic container. (3) Disinfection treatment according to claim 1, characterized in that the hard cap portion broken and separated from the hard plastic container has an end shape that can be fixed so as to wrap around the end of the hard plastic container application member. Tools.