WO1995035218A1

WO1995035218A1 - Sheet storage mount

Info

Publication number: WO1995035218A1
Application number: PCT/JP1995/000805
Authority: WO
Inventors: Kazunori Takeuchi; Ryouichi Matsui
Original assignee: Kokuyo Co., Ltd.
Priority date: 1994-06-22
Filing date: 1995-04-25
Publication date: 1995-12-28
Also published as: KR970703865A; MY121553A; CN1151136A; TW295914U; KR100253494B1; CN1054576C

Abstract

A sheet storage mount, which can be used as an album for consecutively storing photographs, post cards or the like. The mount comprises a bag-shaped film (11) covering a predetermined area on one side of a mount forming sheet (10), so that photographs (P1-P4) or post cards (PC1, PC2) can be stored in a gap between the mount forming sheet (10) and the bag-shaped film (11). Storage areas for the respective photographs are formed by fused portions (20-27) which connect both surfaces of the film (11) at a plurality of locations. The fused portion (20) is set to be larger in area than the other fused portions (21-27), so that separation of both surfaces of the film (11) from each other particularly liable to occur when taking in and out of the photograph (P4) is effectively prevented.

Description

Description Paper for paper sheet storage Technical field

The present invention mainly relates to a backing for storing a piece of paper such as a photograph, a post card or a business card. Background art

Recently, the diversification of camera functions has made it possible to take pictures of so-called panoramic sizes in addition to standard sizes. Because the panorama-size photos are longer than the conventional standard-size photos, some photos that can store the standard-size and panorama-size photos in a single album mount will appear. It has been reached.

Figure 6 shows an example of a conventional album mount that can selectively store photos of standard size and panorama size. This album mount is composed of a square mount-forming sheet 30 and a transparent film 31 that covers the front and back surfaces on one side of the mounting-sheet forming sheet 30.

The backing sheet piece 30 is bound so that the left side in FIG. 6 is bound to a binder (not shown), and the backing sheet piece 30 is slightly cut off at the upper and lower end edges covered by the film 31. The welding margin of the film 31 is formed. The first row of punched portions 35, 36 are formed at the two locations along the upper edge of the backing sheet 30 with the same size as each other, and are located below these punched portions 35, 36. Are formed with second and third rows of punched portions 37, 38 and 39, 40 having the same dimensions.

The front and back of the film 31 are connected by two welded portions 41, 42 at the upper end along the first row of punched portions 35, 36 and a welded portion 49 at the edge, and In the area of the punched portions 35 to 40, welding portions 43 to 48 are formed by spattering the films 31 on the front and back sides, thereby forming standard-size photographs Pl, P2, P 3 While three storage areas are provided for storing each of the storage areas, areas for storing one panorama-size photograph P4 are formed along the vertical direction.

According to such an album mount, it is possible to selectively store photos of greatly different sizes by a single mount, and to store even recently popular panoramic size photos in a single album. The advantage is that you can leave a typical statement photo.

In an album mount having such a configuration, the punching portions 35 to 40 have the same punching dimensions, and inevitably, each of the welding portions 43 to 40. The welding areas of 48 are also the same. Therefore, particularly when the panoramic-size photograph P 4 is taken in and out, the welding portion 43 on the binding side located in the first row gradually becomes brittle, and the film 31 on the front and back sides is easily separated from each other. Atsuta.

However, since the above-mentioned album mount has an additional welded portion 41 having the same length as the welded portion 43 at the upper position of the welded portion 43, a certain amount of 3 ^ increase can be achieved. The welded portion 41 is located outside the mount-forming paper piece 30, resulting in an inconvenience of spoiling the appearance. In the conventional structure, the welded portion 49 located at the lower end edge of the film 31 appears conspicuously on the outside of the backing sheet 30, which also impairs the appearance of the film 31. there were.

The present invention has been devised in order to improve the strength and disadvantages of the conventional example. The purpose of the present invention is to provide a relatively easy-to-load access port for inserting and removing paper sheets such as photographs. The ARNO can prevent the separation of the front and back of the film inside the welded part located on the side, improve the strength reliability, and form the welded part at an inconspicuous position to ensure a good appearance. The purpose of the present invention is to provide a mount for a computer system. Disclosure of the invention

In order to achieve the above object, the present invention provides a backing sheet formed with a punched portion or a notch at a predetermined location, and a bag-shaped film covering a fixed area on one side of the backing formed sheet from both sides. In a backing sheet in which one or two or more kinds of sheet pieces can be stored between the sheet and the film by providing a front and back welding part of the film in the part or the notch, the welding part is along the direction of inserting and removing the sheet piece. Multiple And at least one of the welded portions located on the side of the paper sheet inlet / outlet is set larger than the welded area of the other welded portions.

Further, the present invention comprises a backing sheet piece provided with a punched portion or notch at a predetermined location, and a bag-like film covering a certain area on one side of the backing sheet from the front and back. In the backing paper provided with a film welding portion so as to be able to store a paper sheet having a first size from the width direction of the mounting paper forming paper piece, and to be able to store a paper sheet having a second size from one end side in the longitudinal direction. One or two or more welding portions are provided on the side of the paper-sheet opening and closing port having the second size and on the binding side of the backing sheet, and the sum of the welding areas is determined by another welding. The configuration of setting relatively larger than the part is preferably adopted o

Here, two or more welding portions located on the side of the slot of the paper sheet having the second size and on the binding side of the force, the backing sheet and the paper sheet are provided in a dispersed manner, and the anti-binding of these welding portions is performed. It is preferable that the welding part located on the side is set larger than the welding part on the binding side c

The film is preferably formed using a two-edge open-type bag made of a single sheet material.

Further, the respective welded portions are arranged at an interval capable of selectively storing a standard size photograph and a Z or panoramic size photograph.

In the paper sheet storing paper according to the present invention, the welded portion located on the side of the slot for inserting and removing a photograph as a storage object, a post card, etc., is relatively large with respect to the welded area of the other welded portions. Since it is set, the strength of the welded portion on the inlet / outlet side is physically increased. Therefore, the frequent insertion and removal of the paper sheets effectively reduces the detachability of the front and back of the film at the welded portion. In addition, in a configuration in which paper sheets of different sizes can be stored, especially when the paper sheets are photographs, photographs of any size can be selectively stored, and therefore, it is possible to continuously store recorded photographs. Becomes BRIEF DESCRIPTION OF THE FIGURES

FIG. 1 is a front view showing a first embodiment in which the paper sheet storing sheet according to the present invention is applied to an album sheet, FIG. 2 is a front view of the sheet forming sheet in the above-described embodiment, and FIG. FIG. 4 is a front view showing a third embodiment, FIG. 5 is a front view showing a fourth embodiment, and FIG. 6 is a front view showing a conventional album mount. BEST MODE FOR CARRYING OUT THE INVENTION

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, the same reference numerals as those in the above-described conventional example will be used as necessary.

First embodiment

FIG. 1 shows a first embodiment in which the paper sheet storing paper according to the present invention is applied to a so-called pocket album mounting paper. In this figure, an album mount is a square mount-forming sheet 10 and a transparent film 11 1 covering one side of the mounting-sheet forming sheet 10, that is, the front and back surfaces over an area slightly more than half the right side in the figure. It consists of:

Binding holes 10 are formed at two upper and lower positions along the left edge of the backing sheet 10 so that binding can be performed sequentially through a binder bin (not shown). ing. The mount-forming paper piece 10 is formed as a vertically long rectangle as a whole, and has a substantially U-shaped notch 13, 14 at two upper edges as shown in FIG. Have been. At this time, of the notches 13 and 14, the notch 13 located on the binding side of the backing sheet 10 is cut out longer than the other notch 14 in the lateral direction, and the notch area is increased. Largely provided. Punched portions 15 to 18 are formed at predetermined intervals below each of the cutouts 13 and 14 in the figure, and these cutouts 15 to 18 are cutouts 13 and 14 respectively. Together with this, a welding margin of the film 11 is formed.

The film 11 is formed by using a single sheet material.For example, a transparent strip-shaped film such as polypropylene or polyethylene obtained by an infusion film forming method or the like is used as a continuous bag-shaped material. It is formed using. This implementation In the example, it is formed using a two-edge open bag that is cut at the center along the direction of extension of the raw material. Specifically, the left edge and the upper edge in FIG. 1 are open edges, and the right edge, which is the side opposite to the binding, is a closed edge. With the film 11 covering the front and back of the backing sheet 10, a welded portion for connecting the front and back of the film 11 within the cutouts 13, 14 and each of the punched portions 15 to 18. 20 to 25 are provided respectively.

Here, the welded portion 20 provided in the region of the cutout portion 13 is larger than the other welded portions 21 to 25 in combination with the large cutout area of the cutout portion 13. Also, the welding area force is set large. The welded portions 21 to 25 have substantially the same weld length.

When the standard-size photos P1 to P3 as the first size are stored in the album mount configured in this manner, the surface of the mount-forming paper piece 10 is set from the binding side of the mounting-sheet-forming paper piece 10. Can be accommodated in the gap between the film 11 and the guide surface. On the other hand, when storing the panorama-size photograph P4 as the second size, slightly open the upper end opening side with a finger to open the space between the backing sheet 10 and the film 11, and in this state, The photo P4 can be stored by inserting the photo P4 with the top end of the film 11 as the slot.

Therefore, according to such a first embodiment, of the welded portions 20 and 21 located on the side of the slot for storing the panoramic-sized photograph P4, the side of the binding side of the mount forming paper piece 10 is located. Since the welding area of the welding portion 20 is set to be relatively large, {J} at the portion is physically increased. In particular, the insertion and removal of the panorama-size photograph P 4 causes the film 11 at the welding portion 20 to be removed. This has the effect that separation of the front and back can be effectively avoided. This effect will be described in more detail.When storing the photos P 1 to P 3 of the standard size, each of the photos P 1 to P 3 is slid by using the surface of the backing sheet 10 as a guide surface. While it is possible to store the panorama photograph P4 easily without applying a significant load to the welded portion, there is no initial guide surface when storing the panoramic photograph P4. Photo P4 cannot be stored in the close contact with 1 by the same slide operation. Therefore, when storing, an artificial gap is formed between the backing sheet 10 and the film 11 For this purpose, it is necessary to insert a finger into the inside and spread the finger, whereby a particularly large load force is applied to the welded portion 20. However, in the present embodiment, since the welded portion 20 is configured to have a relatively large welded area, the separation of the front and back of the film 11 can be effectively prevented even by the above operation. Becomes Further, in the present embodiment, the same number of photographs P1 to P3 or P4 as the conventional number can be stored by the total of six welded portions 20 to 25, and the number of welded portions formed is small. At least two can be reduced to simplify the configuration.

Each of the welded portions 20 to 25 of the film 11 is provided in an area buried in the mount-forming paper piece 10, and can be said to be fused to the mounting-form forming paper piece 10. Therefore, these welded portions 20 to 25 become inconspicuous, and there is also an effect that the appearance can be favorably secured.

In addition, the backing sheet 10 is only a small part of the substantially rectangular base paper punched out, and the waste of material is less than that of the conventional one in which the upper and lower edges are cut off relatively more. This is expected to have the effect of conserving resources when viewed macroscopically. Next, other embodiments of the present invention will be described. In the following embodiments, the same reference numerals are used for the same or equivalent components as those in the first embodiment, and the description is omitted or simplified.

Second embodiment

FIG. 3 shows a second embodiment of the present invention. This embodiment is different from the first embodiment in that the welded portions 20 located on the upper edge side are dispersed in two along the horizontal direction. The other structure is the same as that of the first embodiment.

In the case of such a dispersed welding portion 20, the risk of concentrating the shrinkage of the film 11 during welding at one point can be reduced, and the accuracy of the product can be improved. An additional effect can be added that even if there is a 20 force separation, the possibility of interlocking separation can be suppressed.

Third embodiment

FIG. 4 shows a third embodiment of the present invention. In this embodiment, postcards such as New Year's cards and Christmas cards PC1 and PC2 and Panora It is suitable for storing a large-sized photograph p4. Specifically, welded portions 22 and 23 are formed immediately below welded portions 20 and 21, and punched portions 26 and 27 are provided slightly below welded portions 24 and 25, respectively. Welding sections 28 and 29 are additionally provided in these punched sections 26 and 27, so that two postcards PC1 and PC2 and one panoramic-sized photograph P4 can be stored. Has become. Other configurations are substantially the same as those of the first embodiment.

According to such a configuration, there is an effect that different types of storage objects can be stored in a single mount.

Fourth embodiment

FIG. 5 shows a fourth embodiment of the present invention. This embodiment is a modification of the configuration of the third embodiment. Specifically, the cutouts 13 on the upper edge side are dispersed at two locations adjacent to each other in the lateral direction, and welded portions 20 and 20 are provided in the regions of the cutouts 13 respectively. , 20 are relatively larger than the weld areas of the other welds. At this time, of the welded portions 20, 20, the welding length of the welded portion 20 located on the anti-binding side, that is, the right side in FIG. 5 is slightly longer than the welded portion 20 on the binding side, that is, the left side in FIG. The length is set to be long, and the strength is strengthened especially for those who are likely to add photos P4 when taking it in and out. Other configurations are the same as those of the third embodiment.

In each of the above examples, only the welded portion 20 was made to have a relatively large welded area. However, the welded portions 15, 17, 28 on the entrance side of the standard-size photographs P 1 to P 3 were removed. May be provided in a large welding area. When such a configuration is adopted, the possibility of separation of the front and back of the film 11 due to the loading and unloading of the standard-size photographs P1 to P3 can be further avoided, and long-term use can be expected. it can.

Further, the present invention can be similarly applied to a mount for a business card holder or the like. However, considering the general form of storing business cards, the ability to sort or exchange business cards over time <many, so the possibility of separation of the welded part located on the business card slot side becomes higher because However, it is preferable to set the welding area of all the welded portions located on the business card entrance / exit side to be larger than the welded portion on the depth side.

The present invention is configured as described above, and is used for taking in and taking out a paper sheet such as a photograph. By preventing separation of the front and back of the film in the welded part located on the side of the entrance where the load is easily applied, the reliability of the strength is improved, and by forming the welded part at a position that is not noticeable, the appearance is improved. It is possible to provide a mount for storing paper pieces that achieves excellent results, which makes it possible to ensure a good appearance even in the conventional style <Industrial applicability

INDUSTRIAL APPLICABILITY The present invention can be used as an album for selectively storing standard-size photos, postcards, business cards, and the like, and storing panorama-size photos on a single mount.

Claims

The scope of the claims

1. A board-forming paper piece provided with a cutout or notch at a predetermined location, and a bag-shaped film that covers a fixed area on one side of this board-forming piece from the front and back, and is provided in the punching or notch. In a backing sheet in which one or two or more kinds of sheet pieces can be stored between the sheet and the film, a welding portion is provided at a plurality of positions along the direction of inserting and removing the sheet piece. A paper sheet storing board, wherein at least one of the welded portions located on the side of the paper-sheet insertion / removal opening is set to be larger than the welding area of the other welded portions.

2. It consists of a board-forming paper piece provided with a punching or notch at a predetermined location, and a bag-like film that covers a fixed area on one side of this board-forming paper from the front and back. In a backing paper provided with a film welding portion and provided so as to be able to store a paper sheet having a first size from the width direction of the mounting paper sheet, and to be able to store a paper sheet having a second size from one end in the longitudinal direction. And at least one welded portion located on the side of the paper sheet entry / exit port having the second size and located on the binding side of the backing sheet, and the sum of these welded areas is relatively smaller than the other welded portions. A paper sheet storage sheet characterized by a large setting.

3. Two or more welded portions are disposed on the binding side of the paper piece having the second size, which are located on the side of the entrance of the paper sheet having the second size, and are formed on the binding side of the paper piece. 3. The paper sheet storing paper according to claim 2, wherein the welding portion located on the side is set larger than the welding portion on the binding side.

4. The paper sheet storing paper according to claim 1, wherein the film is formed using a two-edge open-type bag made of a single sheet material.

5. The paper according to any one of claims 1 to 3, wherein each of the welded portions is arranged at an interval capable of selectively storing a standard size photograph and a panoramic size photograph. Mount for storing leaf pieces.

6. The paper sheet storage according to any one of claims 1 to 3, wherein each of the welded portions is arranged at an interval capable of selectively storing a post card and a panoramic size photograph. Mount.