JP3126946U - Album or picture book - Google Patents

Abstract

[PROBLEMS] Conventional albums and picture books are usually printed directly on cardboard, folded in half, and the back portions are sequentially pasted together, so the stiffness of the fulcrum when turning pages is too strong In addition, there is a problem that the page floats when the page is opened, and there is a problem that the cost is high in the planographic printing if the number of produced copies is small.
A method in which a crease is pressed in the center of a cardboard and printed on a paper having a back surface of an adhesive surface by a printer or the like, separated from the center of the fold of the cardboard by 0.5 to 10 mm. Affix to the inside.
An album or picture book with an arbitrary number of pages is created by applying glue to both sides of the outer side of the plurality of thick papers created in this manner and sequentially sticking the outer sides of the thick papers together.
[Selection] Figure 6

Description

  The present invention relates to albums and picture books suitable for low-volume production.

  Conventional albums and picture books are generally printed directly on cardboard, folded in half, and the back part is pasted together, so the rigidity of the part that becomes a fulcrum when turning the page is too strong. When you open the page, the page may float (see Fig. 7), and if the number of pages increases, the folded part will overlap several times, so it will be thicker than the other parts, and the width of the back cover will be larger than the thickness of the main body As a result, it became necessary to enlarge the sheet, and as a result, there was a problem that when stacked, it became slanted and the corner of the joint between the back cover and the cover was damaged.

  In addition, to reduce costs, the paper printed on a thick paper with a laser printer is folded in half and bound in the same way as above, and the pigment particles peel off at the crease of the paper that is stretched or bent by turning the page. There was a problem to do.

The object of the present invention is to solve the above-mentioned problems in the structure of conventional albums and picture books, and at the same time to reduce the cost of low-volume albums and picture books.
In other words, graduation albums have a large number of volumes, so even if they are created by lithographic printing, which requires an initial cost, the unit price per book will be cheaper, but only one or two albums will be created that collect wedding snapshots. It also solves problems such as high costs.

A crease is pressed at the center of the cardboard, and a paper printed with a printer or the like on the back side is attached to the inner surface of the cardboard with a distance of 0.5 to 10 mm from the crease center of the cardboard. .
An album or picture book with an arbitrary number of pages is created by applying glue to both sides of the outer side of the plurality of thick papers created in this manner and sequentially sticking the outer sides of the thick papers together.

  Since any picture or photo can be printed on a commercially available printer paper with an adhesive surface, the cost is not increased even in small-scale production.

  The thickness is increased by folding the thick paper by pasting the paper with the adhesive surface (hereinafter referred to as “seal paper”) printed with a printer or the like at a distance of 0.5-10 mm from the center of the folding line of the thick paper. In addition, since the thickness increased by sticking the sticker paper is slightly larger, the width of the spine cover does not need to be larger than the thickness of the main body.

  As a result, the main body and the back cover can be made the same thickness, so that they can be flattened even when stacked, and the corners of the joint between the back cover and the cover are not damaged.

  Since the surface printed by the printer is not bent, the pigment particles are not peeled off.

  Since the fulcrum part is thinner and more flexible than the part to which the photo is pasted, the page opens flatly without floating up, no matter what page is opened. This makes it possible to produce albums and picture books that are easy to see, have a high-class feel, and are not easily damaged.

A specific album or picture book creation method will be described below with reference to FIGS.
It should be noted that the size and thickness of the paper written in the description are not specific to this.

  The crease 3 is pressed at the center so that it has a vertical A4 finish, with a thickness of 0.25 mm and an A3 size ultra-thick high-quality paper.

  A slitter (cut) is processed on the paper 2a protecting the adhesive surface, and a photo or picture is printed by a printer.

Place the sticker paper 2 printed 0.5 to 10 mm away from the center of the crease 3 of the mount 1, and peel off the paper 2a protecting the adhesive surface along the slitter on the part far from the crease. Then, a part 2b of the sticker paper is pasted with the exposed adhesive surface (see FIG. 3).
Since the position is determined by this, the remaining adhesive face protective paper 2a is peeled off, and the whole sticker paper is stuck so that air does not enter.
At this time, a position is determined by using a jig so that an interval A which is 0.5 to 10 mm away from the crease center of the mount is fixed.

  When the sticker paper is pasted, it is held in a state where the mount is folded and pressed.

  When a predetermined time elapses after pressure is applied, a paste is applied to both sides 1a on the outside of the mount, and the substrates are sequentially bonded to each other (see FIG. 4).

  When one mount is pasted, pressure is applied and held until the glue is dry, and then cold chill 4 (paper glued on cotton cloth) is pasted on the back.

  When the paste with the cold koji is dry, cut the three sides.

  The width of the cardboard that forms the core of the back cover is a value obtained by adding the thickness of the front cover and the back cover to the thickness of the main body. Others are completed with a cover as usual.

Top view of sticker paper on the mount Front view with sticker paper on the mount Explanatory drawing of the process of applying sticker paper Explanatory drawing which forms the continuous page by pasting together the outer surfaces of the mount Explanatory drawing of the process of cutting and cutting a cold ridge on the back Front view when the album (picture book) of the present invention is opened Front view when opening an album (picture book) created by a conventional method

Explanation of symbols

1 Mount (cardboard)
1a Outer surface of mount with glue 2 Paper with sticky surface (seal paper)
2a Paper that protects the adhesive surface 2b The part pasted on the adhesive surface 3 Folding line 4 Cold chill 5 Cutting position 6a Front cover 6b Back cover 6c Back cover A Dimension from the center of the folding line to the sticker

Claims (1)

A crease is formed in the center of the cardboard by pressing,
Fold the cardboard in half along the fold line,
Print or print a photo or picture on the surface of the paper with the adhesive side on the back,
Cutting the paper with the adhesive side into about half the size of the cardboard,
Affixing the paper with the adhesive surface to the inner surface of about half of the thick paper avoiding a width of 0.5 to 10 mm from the crease center of the cardboard,
By pasting the paper having the adhesive surface different from the one already pasted on the inner surface of about half avoiding the width of 0.5 to 10 mm from the center of the folding line to the remaining half of the cardboard,
Create a cardboard with a photo or picture printed paper on both sides when folded,
Apply glue on both sides of multiple cardboards created in the same way,
An album or picture book having an arbitrary number of pages created by sequentially bonding the outer surfaces of the plurality of cardboards.

Images