JPS59162096A - Collating method - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a method for manufacturing notebooks, notebooks, bookbinding, etc.

For K such as a notebook, there is a credit card r in the back part.
In some cases, the pocket into which a device is inserted is too small, and various improvements have been made to meet the demands of customers.

The most common notebook manufacturing means is constructed by the procedure shown in FIGS. 1(a) to (C). That is, cover a
Select a material that can fix the IC synthetic resin sheet (adhesion, welding, etc.) and configure it into a predetermined shape.b't
Attach mI first to form a pocket (e) as shown in Figure (1), and on the other hand, attach the facing eli folded in half on both sides of the bound sheet group d as shown in Figure 1 (b), and cut as shown by the dotted line X. (
After pasting the back reinforcing piece f, half of the cover e is pasted on the inside of the cover. Figure 1 (e
), it must be inserted into the return pocket C and affixed. This has the disadvantage that it cannot be pasted by a machine.

Therefore, it has been proposed that after pasting a cover on the cover, a synthetic resin sheath for the pocket should be pasted on the unlined edge of the inside of the cover. Next, adhere the rear cover ef cover aI/c to the L edge shown in Fig. 2 (&), then align the synthetic resin sheet (b) and adhere ( (adhesion, welding, etc.).

Therefore, the synthetic resin sheet b must be attached after the paper is made, and the positioning requires precision and manual labor. Moreover, due to the use of the remaining tension,
The part where synthetic resin sheet b is added becomes L-shaped,
Accommodation and retention as Pocket C is low.

The present invention is a book made based on the above-mentioned circumstances, and by using an i-nate sheet made of paper sheets laminated with synthetic resin, the cover part [with a pocket] is used as the cover. The purpose is to provide an efficient method for producing notebooks that does not have the usual pockets and can be operated by a machine.

For this purpose, the present invention is a synthetic example of a paper sheet &'Th laminated sheet with its synthetic resin side. Layer another synthetic resin sheet to form a pocket in the shape of a paulownia resin sheet and adhere the resin to each other to form a pocket.Fold the above laminated sheet with the paulownia resin sheet and attach paper as a substitute for the dead tree. This method is characterized by attaching a leaf group Vr, then cutting three *Vs and attaching one cover.

Hereinafter, one embodiment of the present invention will be described in detail with reference to FIGS. 3(a) to 3(c). Here, for return 1, a paper sheet whose negative side is laminated with thermoplastic synthetic resin 1a such as vinyl is used.

The above-mentioned sheet of paper is the size of two notebooks, and a synthetic resin sheet 2 such as vinyl is placed on top of it, and is fixed in a U-shape with a hot stamp 3 (4111 using a soluble agent).
It may also be adhesion between fats). After this, it is folded in half,
Together with a separately prepared front endpaper 4, it is stacked on a previously prepared binding sheet group 5, and after attaching the back reinforcing piece 6, it is cut as shown by the dotted line X and divided into two pieces. Cutting formula 7 is removed.

After adjusting the external dimensions in this way, each half of the facings 1 and 4 is attached to the cover 8 as usual.

In this method, the synthetic resin sheet 2 is mechanically placed on top of the sheet of paper for the back cover, fixed by hot stamping, etc., and then cut at the same time as the back cover, so installation is troublesome. No manual labor required. Even if the attachment fails, only the paper sheet with the return force l is damaged, so the yield is better than when the pocket is attached using a synthetic resin sheet after the entire structure is completed.

After that, the process is completely carried out by conventional notebook making means, so there is no manual work involved in making notebooks such as notebooks with pockets. Although there are restrictions on the foaming of T-kets, the U-shape allows for excellent accommodation and retention as a pocket.

As detailed above, the present invention is a material in return? identify,
By improving the notebook manufacturing process, we can produce notebooks with durable tickets in return using an efficient method that allows for all mechanical notebook manufacturing. is obtained.

[Brief explanation of drawings]

ff11 FIGS. 1(a) to (e) #1 Procedures of conventional notebook manufacturing method FIGS. 3(a) to (a) are perspective views of procedures of a notebook manufacturing method showing an embodiment of the present invention. 1...Paper leaf, la...Synthetic m fat laminate, 2...Synthetic II IIW sheet, 3...
...Hot stamp, 5...Paper leaves, 8.
·····cover. Patent applicant 61 Iwao Yoshizawa

Claims (1)

[Claims] 2. Overlap another synthetic resin sheet on the synthetic resin sheet to form a pocket of a predetermined shape on the synthetic resin side and fix it by resin mutual bonding. A method for making a notebook characterized by folding back the prepared laminated sheet, attaching it to a group of bound paper leaves as a substitute for a dead tree, then cutting three edges, and attaching a cover.