JP2002062604A - Housing file of x-ray film - Google Patents

Abstract

PROBLEM TO BE SOLVED: To smoothly draw out an X-ray film and to allow the check that the X-ray film is contained while the check of the image of the X-ray film is not possible. SOLUTION: The housing file of the X-ray film is formed by connecting a first sheet 1A and second sheet 1B which are plastic sheets 1 in part of their peripheral edges and putting the remaining part into a non-connecting state and houses the X-ray film 10 between the first sheet 1A and the second sheet 1B by putting the X-ray film 10 into and out of the file from the non-connecting parts. The housing file is formed to prevent the tight adhesion to the X-ray film 10 and to refract and randomly reflect the light in various directions with the rugged surfaces 2 by working the inside surfaces of the first sheet 1A and the second sheet 1B to the rugged shapes and to irregular reflect.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a storage file mainly used in hospitals for storing X-ray films for each patient.

[0002]

2. Description of the Related Art X-ray film storage files include paper files and plastic sheet files. The paper storage file has the feature that characters can be written directly on the surface. However, this storage file has a drawback that it is not strong enough and lacks durability. Another drawback is that it is not possible to determine from the outside whether or not the X-ray film is stored.

[0003]

A storage file made of a plastic sheet has a feature that it has sufficient strength and is superior in durability as compared with a paper file. However, this stored file has a disadvantage that the inserted X-ray film is in close contact with the inner surface and cannot be taken out smoothly. In particular, when a storage file containing an X-ray film is stored in a cabinet or the like, the storage file may be pushed from both sides to adhere the X-ray film over a wide area. The X-ray film in close contact with the inner surface of the storage file cannot be pulled out smoothly, but may be scratched when pulled out forcibly.

A first object of the present invention is to eliminate this drawback, that is, to provide a storage file from which an X-ray film can be smoothly pulled out.

Further, the file stored in the plastic sheet has a drawback that the image of the X-ray film inserted therein can be clearly confirmed from the outside. It is preferable that the X-ray film cannot be checked for an image in a storage file. It looks at the patient's own x-ray film in a storage file,
This is because they may be concerned about the disease. This disadvantage can be solved by coloring the stored file in an opaque state. However, the opaque storage file cannot be checked whether the X-ray film is loaded. Although it is possible to confirm whether or not the stored file contains an X-ray film, it is preferable that the image of the X-ray film cannot be confirmed. A second object of the invention is to achieve this, namely
The purpose of the present invention is to provide a storage file of the X-ray film, in which the image of the X-ray film cannot be checked, but that the image is inserted.

[0006]

The X-ray film storage file according to the present invention comprises a first sheet 1A and a second sheet 1B, which are plastic sheets 1, connected at a part of a peripheral edge thereof, and a remaining part is non-formed. In the connected state, the X-ray film 10 is taken in and out from the non-connected portion, and the first sheet 1A and the second sheet 1B
The X-ray film 10 is stored in between. X
The storage file of the X-ray film is obtained by processing the inner surfaces of the first sheet 1A and the second sheet 1B into irregularities.
The light is refracted in various directions by the uneven surface 2 and is irregularly reflected.

In the file for storing an X-ray film according to the second aspect of the present invention, the first sheet 1A or the second sheet 1B is colored.

Further, the storage file according to claim 3 of the present invention comprises a transparent plastic sheet 1 on the surface of the first sheet 1A.
Sub pocket 4 is provided.

Further, in the file for storing an X-ray film according to a fourth aspect of the present invention, the inner surfaces of the first sheet 1A and the second sheet 1B are processed into an uneven shape by pressing with an infinite number of uneven rollers. The first sheet 1A and the second sheet 1B are welded as a thermoplastic plastic sheet 1.

In the file for storing an X-ray film according to a fifth aspect of the present invention, the inner surfaces of the first sheet 1A and the second sheet 1B are processed by sandblasting to form irregularities.
The first sheet 1A and the second sheet 1B are welded as a thermoplastic plastic sheet 1.

[0011]

Embodiments of the present invention will be described below with reference to the drawings. However, the embodiments described below exemplify an X-ray film storage file for embodying the technical idea of the present invention, and the present invention does not specify the X-ray film storage file as follows. .

Further, in this specification, in order to make it easy to understand the claims, the numbers corresponding to the members shown in the embodiments will be referred to as “claims” and “ In the column of “means”. However, the members described in the claims are not limited to the members of the embodiments.

An X-ray film storage file shown in FIG. 1 includes a first sheet 1A which is a plastic sheet 1 and a second sheet 1A.
The sheet 1B is connected at a part of the periphery, and the remaining part is unconnected to form a bag. The storage file in the figure is 1
The two plastic sheets 1 are folded back at the lower edge, and are welded on both side edges and opened without connecting the upper edge to form a bag.

The plastic sheet 1 is a polypropylene sheet. However, as the plastic sheet, a plastic sheet such as an acrylic sheet or a polyethylene sheet can be used instead of the polypropylene sheet. The thickness of the plastic sheet 1 is 0.2 mm. Plastic sheets can be made thicker and tougher, but at a higher manufacturing cost. If the plastic sheet is too thin, it cannot have sufficient strength. The plastic sheet 1 can be set to, for example, 0.1 to 0.5 mm in consideration of strength and manufacturing cost.

In the illustrated storage file, since the lower edge is folded back, the first sheet 1A and the second sheet 1B are used as one plastic sheet 1. However, in the storage file of the present invention, the first sheet and the second sheet may be two plastic sheets. In this storage file, the first sheet and the second sheet are plastic sheets of the same material and thickness, or plastic sheets of different materials and thicknesses. The first consisting of two plastic sheets
The sheet and the second sheet can be formed in a bag shape by welding both side edges and a lower edge without welding the upper edge.

The storage file having a square external shape is shown in FIG.
As shown in (3), a bag shape is formed in which three sides are connected and the other side is not connected. In the storage file having this shape, the X-ray film 10 is put in and taken out of the opening that is not connected. The storage file of the present invention is not limited to a structure connecting three sides. It is also possible to adopt a structure in which the outer shape is square and two continuous sides are connected, and the remaining two sides are not connected.

The thermoplastic plastic sheet can be easily and securely connected by welding. However, the plastic sheets can be connected by bonding or by sewing.

First sheet 1 which is a plastic sheet 1
As shown in the enlarged cross-sectional view of FIG. 2, A and the second sheet 1B have a smooth surface 3 on the surface and an uneven surface 2 on the inner surface. This is for preventing close contact of the stored X-ray film 10 and making the image of the stored X-ray film 10 invisible. First surface with smooth surface 3
The sheet 1A and the second sheet 1B are characterized in that they are resistant to soiling and can easily wipe off soiling even if soiled. However, the first sheet and the second sheet may have uneven surfaces on both the front and inner surfaces.

The irregularities on the inner surfaces of the first sheet 1A and the second sheet 1B prevent the X-ray film 10 from adhering, refract the transmitted light in various directions, and diffusely reflect the light on the surface. To form a fine uneven surface 2. The first sheet 1A and the second sheet 1B are processed into irregularities by pressing the surface of the plastic sheet 1 with rollers having countless irregularities, or are processed into irregularities by sandblasting.

Further, the plastic sheets of the first sheet and the second sheet can be colored to make the image of the stored X-ray film more difficult to see. However, the storage file is colored to such a degree that it can be checked from the outside whether or not the X-ray film is inserted.

The storage file shown in FIG. 1 has a sub-pocket 4 provided on a part of its surface. The sub-pocket 4 is provided by welding three sides of the transparent plastic sheet 5, both side edges and a lower edge in the figure. The sub-pocket 4 has an opening at the upper edge so that the recording paper 6 can be taken in and out. In the sub-pocket 4 which is a transparent plastic sheet 5, the description of the recording paper 6 inserted can be clearly seen.

Further, the storage file shown in FIG. 1 is provided with a finding pocket 7 on the side edge. The head pocket 7 has a folded thermoplastic plastic sheet 8 welded to the side edge of the storage file. The head pocket 7 is open at both ends or is closed at one end. A heading 9 for identifying a stored file is stored in the heading pocket 7 in a state where the stored files are stored in an overlapping manner.

[0023]

The storage file of the present invention has a feature that the stored X-ray film can be smoothly pulled out.
This is because the inner surfaces of the first sheet and the second sheet are processed into an uneven shape, and an air layer is provided between the X-ray film and the plastic sheet, so that adhesion can be reliably prevented. The storage file of this structure has a feature that the X-ray film can be reliably prevented from sticking even in a usage environment where it is very humid or pressed from both sides and it is extremely easy to adhere to the conventional storage file, so that it can always be inserted and removed smoothly. There is. In addition, the storage file of the present invention, which allows the X-ray film to be smoothly put in and out, also realizes a feature that scratches can be minimized when putting in and out, especially when pulling out.

In the storage file of the present invention, the light transmitted through the plastic sheet is refracted in various directions by the uneven surfaces provided on the inner surfaces of the first sheet and the second sheet, and the light is irregularly reflected on the uneven surface. This also realizes a feature that the image on the X-ray film cannot be confirmed. The storage file of the present invention, which controls the transmission of light by the unevenness provided on the first sheet and the second sheet and blurs the image of the X-ray film like a frosted glass, uses the X-ray film while making the image invisible. Can be clearly identified. Therefore, it is possible to realize an ideal feature that it is possible to clarify whether or not the X-ray film is inserted and to make it difficult to recognize the image of the inserted X-ray film.

In particular, in the storage file according to claim 2 of the present invention, since the first sheet and the second sheet are colored, the density of the coloring is adjusted so that the image of the X-ray film is more difficult to understand. There is a feature that it can be seen that the X-ray film is stored.

Further, since the storage file according to the third aspect of the present invention is provided with a sub-pocket made of a transparent plastic sheet, there is a feature that the recording paper stored therein can be easily viewed. In particular, since the sub-pockets are provided on the surface of the plastic sheet having an uneven inner surface, the background of the sub-pockets is in a non-patterned state so that the recording paper can be easily viewed.

Further, in the storage file according to the fourth and fifth aspects of the present invention, the inner surfaces of the first sheet and the second sheet are processed into an uneven shape, and the first sheet and the second sheet are formed as thermoplastic plastic sheets. Because of the welding, the first sheet and the second sheet can be connected so as not to be peeled off. That is, the first sheet and the second sheet whose inner surfaces are uneven are heated and heated in a state where the uneven surface is in local contact.
This is because, when pressed and welded, a portion that is in local contact can be reliably welded and strongly bonded.

[Brief description of the drawings]

FIG. 1 is a perspective view of an X-ray film storage file according to an embodiment of the present invention.

FIG. 2 is an enlarged sectional view showing a state in which an X-ray film is stored in the storage file shown in FIG.

[Explanation of symbols]

1 ... plastic sheet 1A ... 1st sheet
1B: 2nd sheet 2 ... Uneven surface 3 ... Smooth surface 4 ... Sub-pocket 5 ... Plastic sheet 6 ... Recording paper 7 ... Finding pocket 8 ... Plastic sheet 9 ... Heading 10 ... X-ray film

Claims (5)

[Claims] 1. A first sheet (1A) and a second sheet (1B), which are plastic sheets (1), are connected at a part of a peripheral edge, and the remaining part is in a non-connected state. Wire film
Take in and out of (10), 1st sheet (1A) and 2nd sheet (1B)
In the storage file configured to store the X-ray film (10) between, the inner surfaces of the first sheet (1A) and the second sheet (1B) are processed into an uneven shape, and the X-ray film (10) An X-ray film storage file characterized in that light is refracted in various directions by the uneven surface (2) and irregularly reflected, while preventing adhesion of the X-ray film. 2. The storage file for an X-ray film according to claim 1, wherein the first sheet (1A) or the second sheet (1B) is colored. 3. The X-ray film storage file according to claim 1, wherein a sub-pocket (4) of a transparent plastic sheet (5) is provided on a surface of the first sheet (1A). 4. An inner surface of the first sheet (1A) and the second sheet (1B) is pressed by a roller having countless irregularities to be processed into an irregular shape, and the first sheet (1A) and the second sheet (1B) are processed. The storage file for an X-ray film according to claim 1, wherein 1B) is welded as a thermoplastic plastic sheet (1). 5. The inner surfaces of the first sheet (1A) and the second sheet (1B) are sandblasted to form irregularities, and
The X according to claim 1, wherein the sheet (1A) and the second sheet (1B) are welded as a thermoplastic plastic sheet (1).
Line file storage file.