JPS5938303Y2 - Mounting paper for scrapbooks, etc. - Google Patents

Description

[Detailed Description of the Invention] The present invention relates to a mount for binding scrapbooks, albums, etc.

For example, a scrapbook is for cutting out articles from newspapers, magazines, etc. and pasting them up as needed, so the mount should be made of high-quality paper like the mount of an album, or the mount should be made of high-quality paper like the mount of an album. There is no need to provide a regular film pocket on the top, so ordinary cardboard or thin paper, which is cheaper than before, is used as it is, and the user has to glue it appropriately.

However, as a practical matter, this process of gluing is very tedious and time-consuming, and it also stains your hands and paper, so making a scrapbook is not something that can be sustained over a long period of time unless you have a lot of patience and time. do not have.

In order to save time during this process of gluing, it is a good idea to apply re-wetting adhesive to the entire surface of the backing paper in advance, just like a stamp, and when necessary, wet the surface of the paper and paste the scraps. However, if only the rewetting adhesive is applied, there is a problem in that when the mounts are stitched together, the coated surfaces of the mounts become wet due to moisture contained in the air, causing the mounts to stick together.

In addition, in the conventional binding mount of this type, a hinge part is provided at one end of the mount to allow the main body of the mount to rotate freely relative to the binding edge. Cut lines are engraved or the backing paper main body and the binding edge are separated and formed in advance, and the backing paper main body and the binding edge are positioned at appropriate intervals and then both are shaped like a hinge belt. The former was formed by joining sheets with adhesive, but the former was prone to tearing at the score line during long-term use, and the latter was troublesome and time-consuming. there were.

The present invention has been made with the aim of solving the above-mentioned inconveniences and difficulties.

An embodiment of the present invention will be described below with reference to the drawings. Fig. 1 shows a mount for stacking a scrapbook, in which minute irregularities are formed on both sides of a relatively thick paper material 1 having a rectangular shape. At the same time, a suitable rewetting adhesive commonly used is applied to both sides of the paper material 1, and a slit 2 extending in the vertical direction is formed on one side of the paper material 1. ,
Sandwich this slit 2 and put one wide part into the mount body 3,
The other elongated portion serves as the binding edge 4, and the slit 2
A pair of upper and lower connecting parts 5, 5 are formed on both upper and lower end sides of the mount body 3 and the binding edge 4, and as shown in FIG. A band-shaped cover sheet 6 made of thin paper that covers a part of the mount body 3 is glued across the connecting parts 5, 5, and this sheet 6 and the connecting parts 5,
5 forms a hinge portion γ that allows the mount main body 3 to rotate freely relative to the binding edge 4.

FIG. 3 is an enlarged cross-sectional view macroscopically showing the cross section of the paper material 1 constituting the mount. In this figure, 8 is the uneven portion carved on both sides of the paper material 1, and 9 is the rewetting adhesive. It shows the layers of

The uneven portions 8 can be formed simultaneously on both sides of the paper material 1 using, for example, an embossing roller.

Further, in forming the uneven portion '8 and the adhesive layer 9, it is usually desirable to form the adhesive layer 9 by carving the uneven portion 8 on the paper material 1 and then applying rewetting adhesive.

By providing such uneven portions 8, voids 10 are formed on the surface of the paper material 1 by the recesses of the uneven portions 8. Therefore, even when the mounts are stacked on top of each other, air does not circulate between the mounts. Therefore, the rewetting adhesive layer 9 will not be wetted by moisture in the air, and if the mounts are in close contact with each other, there will be no risk of warping.

To attach scraps to this mounting board, all you need to do is apply a thin layer of water to the required areas on the three sides of the main body of the board, and then press the scraps S onto it as shown in Figure 1.

In addition, when adhering the cover sheet 6 to form the paper hinge 7, wet the binding edges 4 connecting parts 5, 5 of the paper material 1 and the required parts of the mount body 3 with water, and then apply the cover sheet 6 on top. Just press and glue.

Figure 4 is a macroscopic view of the cross-sectional shape of a mount formed from relatively thin paper material 1. In this case, paper material 1
The concavo-convex portions 18 on both sides are molded so that a convex portion formed on one surface becomes a concave portion at a corresponding position on the other surface.

It should be noted that the mounting board according to the present invention is applicable not only to the scrapbook illustrated in the above embodiment but also to albums and other mounting boards.

As explained above, the binding mount of the present invention has minute irregularities carved all over the front and back sides of the paper material, and rewetting adhesive is applied to both the front and back sides of the paper material. Since this re-wet adhesive normally does not have adhesive properties and only exhibits adhesive properties when wet with water, there is no need for special gluing when pasting scraps, etc. on the mount. Pasting can be easily done by moistening only the necessary parts with water and placing scraps etc. on it.

In addition, re-wet adhesive does not exhibit adhesive properties unless it is wetted, so when mounts are stacked on top of each other, unattached parts such as scraps on both mounts may come into close contact with each other, or may be pasted onto one of the mounts. There is no inconvenience such as the attached scraps or the like being attached to a portion of the other mount where no scraps or the like are attached.

Furthermore, even when the humidity in the air is extremely high, such as during the rainy season, and the rewetting adhesive applied to the backing paper becomes naturally wet, the microscopic particles engraved on the paper surface can be easily removed. Since voids are formed by the concave parts of the uneven parts and allow air to circulate, there is less occurrence of inconvenient situations such as mutual contact and adhesion as described above, and even if such inconvenient situations do occur, they can be easily removed. It can be peeled off and separated.

In addition, according to the present invention, when forming the hinge part in the mount, a vertical slit is made in one side of the paper material, and the band-shaped cover sheet is stretched from the binding edge to a part of the mount main body, so that both the front and back surfaces of the mount are formed. The hinge part can be easily formed by simply adhering the cover sheet, and in this case, when adhering the cover sheet, the rewetting adhesive is applied to both the front and back sides of the paper material. All you have to do is wet a part of the mount body and the joints on both ends of the slit with water on both the front and back sides and apply the cover sheet.
There is no need to perform a special adhesive application work for the cover sheet, which simplifies the work.

In addition, with such a hinge, the cover sheet is stretched flush from the stacking edge of the paper material over the surface of the slit to the main body of the mount, so there may be unevenness or steps on the hinge. It does not expose any parts and is very smooth, giving it a soft feel and making it look great.

Furthermore, even if the paper material is flexible and thick, the joints can be easily bent by narrowing the width of the joints, and since a film is pasted on the joints, there is no possibility of tearing. It won't tear or tear.

[Brief explanation of the drawing]

Figure 1 is a perspective view showing an embodiment of the binding mount of the present invention, Figure 2 is an enlarged cross-sectional view showing the folding paper hinge on the binding mount, and Figure 3 is the essentials of the binding mount. FIG. 4 is a sectional view similar to FIG. 3 of the main part of the mount according to another embodiment. 1...Paper material, 2...Slit, 3...
Curved mount body, 4... Insertion edge, 5...
Connecting portion, 6...Cover sheet, 7...
Hinge part, 8... Uneven part, 9... Rewetting adhesive layer, 10... Void part.

Claims (1)

[Scope of utility model registration request] A relatively thick rectangular paper material is carved with minute irregularities on both the front and back surfaces, and a rewetting adhesive is applied to the entire surface, and a slit extending vertically is formed on one side of the paper material. , one wide area of the paper material across this slit is the main body of the mount,
The other elongated portion is used as the binding edge, and integral connecting parts between the mount main body and the binding edge are formed on both ends of the slit, and a relatively thin strip cover sheet is attached to the mount from the binding edge. It is glued to a part of the main body so as to cover both the front and back sides thereof, using the rewetting adhesive, and is bent at the part of the cover sheet covering the slit and the connecting part and the connecting part. A mount for storing scrapbooks, etc., formed with a flexible hinge part.