JPH0890962A - Manufacture of information laminate - Google Patents

Abstract

PURPOSE: To produce an information laminate in a short time by a method wherein in manufacture of the information laminate used for direct mail, confidential postcard, etc., folding insertion of a layout sheet, insertion of a pseudo- adhesive film, and registration between opposed surfaces are so constructed as to be simultaneously carried out with a film guide and a folding roller. CONSTITUTION: Layout paper 1 having a size twice that of a postcard which is provided in a layout sheet stocking box 9 is sent out on a conveyor belt 3 by a paper feed roller 2, and stopped at a position abutting against a stopper 5. Besides, a pseudo-adhesive film 6 drawn out from a roll of another process is cut to a specific length with a cutter 10 on a film guide 7, and stocked in the film guide 7. The stocked pseudo-adhesive film 6 is pushed into the layout paper 1 when the film guide 7 descends onto a central line of the layout paper 1, and the layout paper 1 is folded to be inserted between folding rollers 4. It is made a double-folded stuck postcard, which is heated to be fixed by pressure with heating roller 8.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an information layered body which can be used for direct mail, a personalized postcard, etc., and which can be peelably integrated by folding a mount on which information is displayed by means of printing or the like through a pseudo adhesive film. The present invention relates to a manufacturing method of.

[0002]

2. Description of the Related Art In recent years, a direct mail or a private postcard in which a mount having an area twice as large as that of a postcard is folded into a standard size and the opposite surface of which is closely attached so that it can be peeled off is widely used. These information stacks have many advantages such as having a strong impact on the recipient, being able to write more than three times as much information as a postcard fee, and being unable to read the information written on the opposite side by a third party. Have

Conventionally, as a method for producing an information laminated body which is releasably integrated via a pseudo adhesive film, a mount which has been individually cut into a predetermined size is mounted on a folding machine to be folded and manually opposed. A pseudo-adhesive film was inserted between the surfaces, and the pseudo-adhesive film was hung on a heat roller for close contact and integration. Further, as shown in FIGS. 4A and 4B, at the same time when the continuous paper 12 on which information is displayed by form printing is folded, the pseudo adhesive film 6 fed out from the roll is continuously fed in the same flow direction and passed through the heat roller, and then the bar. The method of cutting individually by the star is used.

However, in the manual method, it takes time to align the film at a predetermined position between the opposing surfaces of the mount, and in the case of a large amount of processing, defective products due to film misalignment are inevitably generated, resulting in extremely high efficiency. Bad for In form printing, there is no problem such as film alignment due to mechanical work, but since the mount must be in the form of continuous paper, offset printing etc. in the form of a mount individually cut into a predetermined size eventually leads to I have to rely on manual work.

[0005]

DISCLOSURE OF THE INVENTION The present invention is capable of accurately aligning a film at a predetermined position between opposing surfaces of a backing sheet without manual work, and it is possible to perform individual printing such as offset printing which is not in the form of continuous paper such as form printing. An object of the present invention is to provide a manufacturing method for producing a large amount of information laminated bodies using a mount cut in a short time.

[0006]

In order to achieve the above-mentioned object, the manufacturing method of the present invention is such that a printed board having a predetermined size is folded in and any counter surface can be peeled off through a pseudo adhesive film. In the laminated information laminate, the mounts individually cut to a predetermined size are conveyed to the folding rollers, and the pseudo adhesive film fed from the roll in another process is cut according to the size of the opposing face of the mounts. It is characterized in that the backing sheet is folded, a pseudo adhesive film is inserted between the opposing surfaces, and any opposing surface is laminated so as to be peelable by overheating / pressure bonding means.

As a typical example of the information laminated body, there is a double-folded contact postcard which has been widely used recently. This postcard is releasably laminated and integrated by putting a backing sheet having a size twice as large as that of the postcard into two by folding the center folding line and interposing a pseudo adhesive film between the opposing surfaces. Further, as a modification of the double-folded postcard, there is a reciprocal postcard in which a mount having a size three times as large as that of the postcard is folded into three equal parts and any adjacent facing surfaces are laminated and integrated so as to be peelable via a pseudo adhesive film. It can also be used for speed whales.

As the appearance of the pseudo-adhesive film, the pseudo-adhesive film (winding roll-shaped) disclosed in Japanese Utility Model Laid-Open No. 25546/1990 and having heat-sensitive outer surfaces can be preferably used.

The pseudo adhesive film unwound from the winding roll is cut into pieces by a cutter and falls into the lower film guide by its own weight. The film guide is provided at the upper part of the folding roller in the form of a plate having a different length at the lower part, and functions to push the mount into the folding roller along the folding line of the mount conveyed on the folding roller. At that time, since the length is different at the lower part, the folding roller pulls the film exposed on one side into the mount and pulls it into the film, leaving only the film guide. (See FIG. 3) After that, the mount sheet sandwiching the pseudo adhesive film is overheated and pressure-bonded by a heat roller or the like to be integrated. When a folding process such as a reciprocating postcard is required, the sheet is passed through a folding roller after heating and pressure bonding.

[0010]

[Working] The mount that has been individually cut to a specified size and the pseudo adhesive film that has been fed and cut from a separate process
It is folded and inserted into a predetermined position on the opposing surface by the film guide. The folding roller uses the film guide to fold the mount and align (hold) the film at the same time.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a schematic view showing the entire steps of the manufacturing method of the present invention. FIG. 2 is a schematic perspective view of the front and rear processes centering on the film guide portion. FIG. 3 is a side view showing the folding process of the postcard mount by the film guide part and the insertion process of the pseudo adhesive film for easy understanding.

As a typical example of manufacture, a double-folded contact postcard having an area twice as large as the postcard described above is used. It should be noted that, as will be described later in part, a method for producing a rejuvenation type postcard of a double-fold contact postcard can also be produced by the same steps.

1 and 2, a mount 1 (hereinafter referred to as a mount) having a size twice as large as a postcard installed in a mount stocker 9 is mounted on a conveyor belt 3 (conveyor roller, etc.) by a paper feed roller 2. And waits at a position where it hits the stopper 5 on the right side of the folding roller 4. At that time, the position of the stopper 5 is set in advance so that the center line 5 of the mount 1 is located at the center of the folding roller 4 (see FIG. 3, a).

Next, the pseudo-adhesive film 6 fed out from the roll in the separate process is cut on the film guide 7 by the cutter 1.
It is cut to a predetermined size by 0 and is stocked in the film guide 7 installed below. (See Figure 3, a)

From FIG. 3, the stocked pseudo-adhesive film 6'is in the state shown in "a", and one outer side is covered with the film guide 7 and the other outer side is exposed at the lower part. Then, the film guide 7 is lowered together with the pseudo adhesive film 6 on the center line 11 of the mount, and the mount 1 is pushed into the folding roller 4 as it is (see FIGS. 3 and b). Further, as shown in c, by winding the folding roller 4, only the backing sheet 1 and the stocked pseudo adhesive film 6'in a free state are pulled downward,
As a result, the state of the stacked double-folded contact postcard of d is obtained.

The double-folded contact postcard in the laminated state is then heated by the heat roller 8 installed below the folding roller 4.
After passing through, it is overheated and crimped to be completely integrated. Also,
In the case of a reciprocating postcard type in which one leaf is added to the double-folded contact postcard and folded, a communication part of the double-folded contact postcard and a folding step X of the reply postcard to which one leaf is added may be added thereafter.

The method of cutting the pseudo adhesive film 6 unrolled from the roll state is not limited to cutting with a cutter. For example, perforations such as perforations may be preliminarily set to a predetermined size, and tensile rupture may be performed with a burster or the like. Further, the heating / pressing means is not limited to a heat roller, and a heat panel may be used for pressing. Further, by increasing the heating / pressing process and the folding process, it becomes possible to manufacture an information laminated body which can be further developed.

[0018]

As described above, according to the manufacturing method of the present invention, the folding of the mount, the insertion of the pseudo adhesive film, and the positioning between the opposing surfaces are simultaneously performed by the film guide and the folding roller. Therefore, the information laminated body is manufactured. Can be done in a short time. Instead of special printing such as form printing that uses continuous paper, it can be used for ordinary printing such as offset printing that cuts the mount into a predetermined size.In addition, after the mount is folded, a pseudo adhesive film is manually inserted. Eliminates time loss due to film positioning and defective products due to film misalignment
A large amount of information laminated bodies can be manufactured in a short time.

[Brief description of drawings]

FIG. 1 is a simplified diagram showing the overall steps of a manufacturing method of the present invention.

FIG. 2 is a schematic perspective view of front and rear steps centering on a film guide portion.

FIG. 3 is a side view showing the process of inserting the pseudo adhesive film in an easy-to-understand manner.

FIG. 4 is a perspective view showing a method of inserting a pseudo adhesive film for form printing.

[Explanation of symbols]

 1 mount 4 folding roller 5 stopper 6 pseudo adhesive film 6'stocked pseudo adhesive film 7 film guide 8 heat roller 10 cutter 12 continuous paper X optional process

Claims (1)

[Claims] 1. An information laminated body in which a printed base material having a predetermined size is folded and an arbitrary opposing surface is laminated via a pseudo adhesive film so as to be peelable, and the information laminated body is individually cut into a predetermined size. The backing sheet is transported to a folding roller, the pseudo adhesive film fed from a roll in another process is cut according to the size of the opposing surface of the backing sheet, the backing sheet is folded, and the pseudo adhesive film is pressed between the opposing surfaces. , Overheating
A method for manufacturing an information laminated body, comprising laminating any opposing surface so as to be peelable by a pressure bonding means.