JP2887896B2 - Information communication body manufacturing method - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a method of manufacturing an information communication body which is formed as an apparently single leaf while a plurality of information display surface layers are stacked in a concealed state. For details, fold lines are provided on one sheet of paper, divided into multiple information display surfaces, information is printed on each information display surface, then folded from the fold line, and the combined information display surfaces are separated (Hereinafter, referred to as pseudo-adhesion) to form a single leaf and use it as a postcard or envelope.

(Prior Art) As a conventional information communication body, a single-leaf postcard or a letter in which a letter is put in an envelope is generally used. In a postcard, the information is displayed in an open state exclusively on the back of the stamp. If the amount of information is large or confidentiality is required, an envelope using an envelope is used.

On the other hand, recently, the amount of information to be communicated has increased, and confidential personal information has also been frequently communicated. For this reason, conventional postcards are unsuitable in that the amount of information that can be displayed is limited and that confidentiality is not maintained. Furthermore, in the case of advertisement / promotion information, a variety of fancy styles and appearances is important. Under these circumstances, conventional envelopes are intuitively old, require high postage, and require extra time for putting envelopes and letters in the envelopes. It is ideal for a company to be able to communicate as much information as possible at the lowest possible cost.

As one solution to this, an information communication body has been developed in which one mount is folded in half and the mating surfaces are peelably and re-adherably bonded to form a single leaf. This increased the number of information display surfaces, but had the disadvantage that the information display surfaces could not be concealed in a true sense because they could be re-adhered after peeling.

(Problems to be Solved by the Invention) It is an object of the present invention to provide a method for manufacturing an information communication body capable of increasing an information display area as much as possible and maintaining strict secrecy of displayed information.

(Means for Solving the Problems) In order to achieve the above object, a method of manufacturing an information communication body according to the present invention is to provide a folding line for dividing the mounting board into a plurality of sections, A solution is applied as a thin film by applying a solution to each surface of the mating surfaces that are to be opposed to each other when they are folded through the pseudo-bonding, and the mount is folded through the folding line, and the mating surface of the mount is folded. The whole is formed into a single leaf by pseudo-adhering in a heat-sensitive manner under the required temperature and pressure conditions so as to be peelable and non-re-adhesive through a pseudo-adhesive medium having the comrades deposited on their respective surfaces. Things.

(Operation) Since the information display surface has a multi-layer structure, the amount of information that can be displayed increases, and the information display surface cannot be re-adhered once the information display surface is peeled off. Therefore, the danger of leaking the information to another person before passing to the recipient can be prevented. Despite the multiple layers, it is peeled off by pseudo-adhesion and formed into a single leaf so that it can be used for envelopes.

(Embodiment) A feature of the present invention is that a plurality of fold lines are provided on one mount to form a plurality of information display surfaces, and folds are made from the fold lines to quasi-bond the mating surfaces to form a final size. In other words, the postal code or postal letter prescribed by the Postal Code is a single-leaf communication object.

If the number of fold lines is two, the number of folds increases according to the number of fold lines, and the number of information display surfaces increases. Also, how to fold is C
There are various types such as folding, Z-folding, a combination thereof, and double-folding, but the type of folding is not particularly limited.
In short, the final form may be the size of a postcard or a letter stipulated by the Postal Law, and it may be a single leaf as a result of pseudo adhesion. Hereinafter, the most typical three-fold case will be described.

The surface shown in FIG. 1A is the front surface of the mount, and the surface shown in FIG. 1B is the back surface of the mount. There are also C-fold and Z-fold in tri-fold. C-fold and Z-fold have a C-shaped cross section.
It is so called because it is shaped. First, an example of Z-fold will be described.

The printed mount 1 is a single leaf sheet, which is inserted
The area is divided into A, B, and C planes at 2a and 2b. The back surface is the A 'plane, B' plane, and C 'plane. Since the size of the mount 1 is an information communication body on the premise of mailing, the size of the mount 1 is appropriately determined so as to conform to the regulations of the Postal Law. According to the current rules, assuming three-fold, if mailing at a postcard fee, the long side is about 27 to 32.1 cm, the short side is about 14 to 15 cm, and if mailing at a sealed letter, the long side is 27 to 3 36cm, short side 14 ~ 23.5
A size of about cm is possible. The base paper of the mount 1 may be a series of rolled paper or a single sheet of paper. However, since the processing as an information communication body is performed on the mount 1 as a single body, the state of the base paper does not matter here.

As one mode of the Z-folding, folding is performed so that the A ′ plane and the B ′ plane, and the B plane and the C plane are aligned with each other along the folding lines 2a and 2b. Pseudo-adhesion to prevent re-adhesion. When the respective mating surfaces are pseudo-adhered, the mount 1 is apparently a single leaf piece. The method of pseudo bonding using the pseudo bonding medium will be described later. In the state of a single leaf piece, the C ′ plane is used as a stamp face. The recipient peels off each pseudo adhesive surface and reads the information inside. Once peeled, re-adhesion is not possible.

 Next, the C-fold will be described.

In one embodiment, the C-plane is aligned with the B-plane at the boundary of the fold line 2b, and the back side of the C-plane C ′ that is now folded at the boundary of the fold line 2a is C '.
Lay the A side on the side. Each bonding surface is pseudo-bonded.

In the illustrated embodiment, the mount 1 has a rectangular shape including a long side and a short side, but may be a square instead of a rectangle. Further, it is also possible to form a single-leaf communication body of a predetermined size by using a large backing sheet and providing folding lines in the vertical and horizontal directions and folding the same, and bonding the mating surfaces together in a pseudo manner.

With respect to the method of pseudo bonding using the pseudo bonding medium, the pseudo bonding medium 3 is deposited as a thin film on each mating surface of the mount 1 to be pseudo bonded by applying a solution, and the thin film of the pseudo bonding medium 3 is bonded with an adhesive. In this method, the mating surfaces are quasi-bonded so as to be peelable and non-re-bondable under a required temperature or pressure condition. The type and composition of the simulated bonding medium 3 are appropriately selected according to the thin film deposition means and simulated bonding conditions.

In this case, if the non-adhesive portion 4 having a width of about 2 mm is provided on the opposing peripheral edges of the pseudo-adhesion surface, for example, over the entire circumference, or only on the upper and lower edges or only one edge, the pseudo-adhesion surface is peeled off. It is convenient as an opening for time.

(Effects of the Invention) According to the present invention, the amount of information that can be displayed when used as a postcard is larger than that of a conventional postcard, the confidentiality of the information is kept, and the postage only needs to be a postcard, which is economical. That is, if the size of the mount is increased or the number of layers is increased, the postage will be a sealed fee, but since there is no need to put the letter and letter in the letter, the cost will be reduced accordingly.
In addition, an information communication body having a feature that various and modern information can be displayed under a free and wide layout with respect to the mount can be effectively obtained.

[Brief description of the drawings]

The drawings show the mount before folding in the embodiment of the method for manufacturing an information communication body according to the present invention, wherein FIG. 1 (a) is a plan view and FIG. 1 (b) is a rear view thereof. 1 ... Mount, 2a, 2b ... Fold line, 3 ... Pseudo-adhesion medium,
4 ... non-adhesive part

Claims (2)

(57) [Claims] A fold line for dividing the mount into a plurality of parts is provided on a mount surface, and when the mount is folded through the fold line, a pseudo solution is applied to each surface of a mating surface to be simulated to be bonded. At the required temperature and pressure, the adhesive medium is deposited as a thin film, and the mat is folded through a fold line, and the mating surfaces of the mat are laid on each side. A method of manufacturing an information communication body, comprising forming a single piece by pseudo-adhesion under conditions such that it can be peeled off and cannot be re-attached by a heat-sensitive method. 2. A quasi-adhesive medium is applied to each surface of the mating surface to be quasi-adhered such that a non-adhering portion is formed on the opposing peripheral edges of the quasi-adhering mating surface of the mount. Item 2. The method for manufacturing an information communication body according to Item 1.