JP2007181998A - Book binding implement for binding small number of book copies - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a book binding implement for a small number of book copies, which cause no page omission, even when a cardboard such as photographic paper is used and appear close to the type spine-bound by a special dedicated bookbinding machine. <P>SOLUTION: This book binding implement is a combination of (A) a tool for temporarily fastening a paper bundle to a fixed position with a clip so that the paper bundle does not slip off, and (B) an oversized stapling machine which can unmistakably staple even a thick book in as shallow a position as possible and without exception, with the help of a paper stopper, the clip, a scale. etc. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a book binding tool that easily and easily binds a small number of luxury books for the first time.

  Conventionally, when a small number of copies are printed and a back-bound bookbinding book is considered, it is common to purchase a commercially available small bookbinding machine or ask an amateur specialty store. For copy-sized paper, there is no worry about missing paper, but if you thicken the paper to make a color-printed book that looks great, at least all the plate-making machines that I tried within 1 million yen They were all worried about slipping out the paper completely or pulling it hard. Of course, there is also a method of binding with a large stapler, but it is unsatisfactory in terms of work and appearance, and there was no simple and beautiful method of binding except for a large-scale bookbinding machine that scratches and glues the back of the paper.

Instead of so-called documents, I selected paper quality, printed a small number of luxury books with color printing, and tried to book a book to a specialty store for back binding with cardboard. He refused that he could not use cardboard. In subsequent research tests, it was found that any simple and simple type of bookbinding machine that melts glue by applying heat is not possible with any manufacturer or model currently on the market. Another common method is to bind with a large stapler, but it is only a finish that an amateur made, and various cuts and scratches are made in the glued portion of the paper bundle, I tried it with a simple bookbinding machine after adjusting the temperature and time, but it was quite difficult to pull out, but it was not perfect, and as a conclusion it was best to hit the staples shallowly and barely with little gap However, when I actually tested it, it turned out that it was quite impossible to hit it in line and shallow, and even if it was possible, it turned out that it requires considerable skill.
The present invention seeks to solve this.

  In order to strike staple staples shallowly on the same line, a structure that cannot be deeply struck and an angle of the paper can be struck evenly if possible. Although it is possible to adjust the depth of hitting with an actual large stapler, the finish is considerably different from back binding at the shallowest position. Therefore, in order to strike a shallower average, a large staple is fixed to the base, and it is perpendicular to the staple so that it can be equally spaced at equal intervals. It was considered to provide a convex part (10) for holding the paper and to make a scale on the table so that it can be hit evenly.

  Although I thought that I could hit it evenly at a shallow position when I actually executed it, even if I thought that the bottom of the bundle of paper could easily be displaced cleanly even if the paper was aligned and placed on the stand On the side, the needle tends to come off. Furthermore, it was found that the hit position is easily shifted forward on the left and right. Fixing the paper bundle on the opposite side of the staple with a clip or the like was not very effective. As a result of the test, it was found that it was possible to strike the paper bundle with the most deviation by stopping the clip near the left and right staples with clips. If the paper bundle is not displaced, it can be hit evenly at a very shallow position.

  Therefore, on the desk or the like, make a part that can be stopped with a so-called eyeball clip at a fixed position from both the left and right directions without fail by placing it on a plate with convex parts perpendicular to the two directions made separately from the paper bundle aligned with the ton. The clip was also fitted back and forth on the staple fixing plate to make a groove that could be translated in the left and right directions. This ensures that the paper bundle does not shift, and that the finish is even more precise and shallower by hitting the needle according to the scale, and the finish with the cover is close to that of a back-bound bookbinding using glue. became.

  Even if you use a large-scale bookbinding machine that costs millions of yen, it will not open completely with thick paper. Even if a small number of copies can only be printed with a specialized special bookbinding machine, a single-printed bookbinding booklet that does not come out of paper can be printed on a single page with photo-quality print paper or thick paper, but if it is a small-number booklet, a general inkjet Printers and general-purpose laser printers can be used, resulting in a finish that is not the same as a full-fledged backbound bookbinding.

A Parts to hold the aligned printed material with clips so as not to slip and B Stands to fix large staples
It consists of two parts.

A A sheet-shaped L-shaped partition (2) is provided on two sides of the plate (1), and a straight recess (3) with a notch (4) on the left and right is provided at a position crossing the left and right. The width of the dent is set to a size that allows a clip (here, a so-called eyeball clip that is substantially flat on one side) (7) to fit the paper bundle temporarily. (Figure 1)
B A large stapler (8) is fixed to the scaled base (9), and a staple (10) for holding the sheet bundle is provided so that the staple needle can be hit as shallow as possible in an accurate linear position. In parallel, a recess (11) for the same width as A recess (3) (for clip slide) is provided. With this dent, the clip that has been temporarily stopped fits only in the front and back, and can move in parallel with the sheet bundle so that the position does not shift with respect to the convex portion (10) on the left and right.
As a result, the printed materials to be bound in a hard and flat place are lightly aligned while being gently pressed, set along the paper stopper partition while holding down so that they do not slip, and stopped while holding the paper bundle with a clip in place. (Fig. 2).

  If the paper bundle temporarily fixed is set so that the clip fits into the recess (11) and moved along the scale, the book can be bound easily and surely for the first time.

Perspective view of a stand that aligns a stack of paper and secures it with clips from both sides Fig. 1 shows a set of paper bundles fixed with clips. Perspective view of a stand incorporating a large stapler Fig. 3 shows a set of paper bundles fixed with clips.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 board 2 paper bundle stopper 3 dent provided in board 4 notch 5 stand which supports board 6 paper bundle 7 clip 8 large staple 9 scaled base 10 paper bundle stopper 11 dent for slide slide

Claims (1)

A sheet bundle having a sheet bundle stopper (2) in an L shape on two sides of the plate (1), and a dent (3) and a notch (4) for sandwiching in a fixed position by a clip in a part of the plate is provided. A tool (Fig. 1) (Fig. 2) for temporarily fixing it so as not to slip and a large staple (8) are fixed to the scaled base (9) so that the staples can be placed in an accurate linear position. A paper bundle stopper (10) is provided, and in parallel with the paper bundle stopper, a clip that is temporarily stopped so as not to shift the paper bundle fits only in the front and rear, and the paper bundle stopper (10) together with the paper bundle on the left and right A small number of binding tools in combination with (FIG. 3) (FIG. 4) provided with a groove (11) that can be translated so that the front and rear positions do not deviate from each other.

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