JPS5964378A - Printing paper holding mount sheet and printing method therefor - Google Patents

Abstract

PURPOSE:To enable printing while temporarily adhering thin paper or small paper to a mount sheet, by forming a pressure sensitive adhesive layer to the mount sheet for holding printing paper in a printing paper holdable configuration. CONSTITUTION:A mount sheet 1 is formed by coating a synthetic resin material having silicon resin mixed therein as an antistatic agent and left and right as well as front and rear central lines 2, 3 and paper shape dimension quides 4 are printed on the upper surface thereof with ink. In this case, a pressure sensitive adhesive layer 5 is formed in the max. dimension of these paper shape dimension quides in a desired shape (an oblique grid shape in a drawing). When printing paper 6 is superposed and placed on the mount sheet 1 and pressed from above, the printing paper 6 is adhered to the under pressure sensitive adhesive layer 5. The pressure sensitive adhesive is appropriately selected from an acrylic, a polyvinyl alcohol, a poval, a vinyl chloride, a silicone, a vinyl acetate, a raw rubber and a synthetic rubber.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention provides a printing paper holder comprising a pressure-sensitive adhesive layer that exhibits adhesive properties under pressure on the surface of a holder sheet that holds printing paper, plastic film, fabric, etc. The present invention relates to a printing method of printing using a sheet and its printing paper holding base sheet.

Printing methods include printing using ordinary letterpress, letterpress, intaglio, etc., as well as printing using type stamps, word processors, computers, etc. In recent years, word processors have made remarkable progress in printing, and the use of word processors instead of conventional printing machines is increasing.

Along with this, the peripheral speed of word processor sensors is increasing, and for this reason, printing paper is often limited to specific paper compatible with high-speed machines, such as rolls of high-quality paper or meander-folded paper. It is a type of paper with holes punched in a chain on both side edges, and lacks versatility.

The uses of word processors and computers are expanding,
The relationship with Masuyosu Printing is close, and the performance as a printing machine is good (the more we get used to it, the more general-purpose 1〈↑9 is required. For example, thin Japanese paper, small Meizan 11, paper towels, cards, tack paper It has become desirable to be able to use many types of paper for various purposes such as slips, slips, and statistical forms. However, as mentioned above, in relation to the increasing speed of machines, the use of such thin paper and small paper has become difficult. This is extremely difficult in terms of machine performance and configuration, and if the machine were to be improved, it would not only be extremely expensive but also virtually impossible.

In view of the above-mentioned circumstances, the present invention focuses on the inconvenience and drawbacks of the most advanced technology, and in order to solve this problem, the present invention has been developed using a printing paper holder that temporarily attaches thin paper, small paper, etc. to a base sheet for printing. The purpose is to provide a sheet and a printing method using the same.

That is, the present invention provides a pressure-sensitive adhesive layer that exhibits adhesive properties under pressure on the surface of a base sheet made of a desired material that has the strength to hold printing paper such as thin paper or small paper.
The present invention relates to a printing paper holding base sheet characterized by being formed into a desired shape capable of holding printing paper, and a printing method using the same.

Since the present invention is configured as described above, thin Japanese paper or small paper such as business cards, postcards, and slips is placed at a desired position as printing paper on the surface of a base sheet such as plastic film or resin-treated paper, and then processed from above. When pressed, the paper is temporarily attached to the pressure-sensitive adhesive on the surface of the base sheet and becomes one with the base sheet, so if you press it into a word processor or computer and print using the conventional method, Can be easily printed. Therefore, after printing, the base sheet is taken out and the printed paper is peeled off from the base sheet. In this case, the pressure-sensitive adhesive is not sticky, so the printed paper on top can be removed cleanly.

Embodiments of the invention will be described below with reference to the drawings.

The drawings relate to the present invention, and FIG. 1 is a plan view of a printing paper holding base sheet, FIG. 2 is a side view thereof, and FIG. 3 is a plan view of a folded plurality (1) base sheet for consecutive rainbows.

A base sheet is made of a piece of paper coated with a synthetic resin material mixed with silicone resin as an antistatic agent, etc., and its upper surface is coated with left, right, front and rear center lines 2, 3, and paper pattern size guides 4, 4... is printed with ink.

Therefore, when the maximum size of the paper type size guides 4, 4... is the maximum size, for example, 84 size, pressure sensitive adhesive is applied to the desired shape (diagonal shape in the drawing) within the size range of 84 size. The agent layers 5, 5, . . . are formed.

1 sheet of printing paper 6 is placed on the base sheet 1 mentioned above! Then, when pressure is applied by hand from above, the printing paper 6 is stuck to the sweat pressure-sensitive adhesive layers 5, 5. Therefore, even if the printing paper 6 is a thin colored paper, it will not be stuck (and held) integrally with the base sheet 1, so if this base sheet 1 is pressed into a printing machine like normal paper and printed, It can print on thin Japanese paper, cloth, film, small paper, etc., which was previously possible with a Seiko copier, and can also be printed at high speed using a word processor or computer.

In other words, as mentioned above, the paper type dimension guides 4, 4, etc. are printed on the base sheet 1, so if it is small paper, you can temporarily attach a piece of paper to each base sheet. . For example, 10 business cards can be temporarily pasted on an 84-size base sheet 1, four business cards can be placed side by side on a 1" leaf, and even small paper can be pasted on the base sheet 1 using the pressure-sensitive adhesive layer 5. Therefore, it can be treated like a piece of paper.

As the pressure-sensitive adhesive, various synthetic resin materials are compounded, and the formulation is changed as appropriate depending on the application. The base material is appropriately selected from acrylic, polyvinyl alcohol, poval, m-vinyl, silicone, saxan vinyl, raw rubber, synthetic rubber, and the like. In addition, a curing agent, adhesive, desiccant, antistatic agent, and heat resistance improver are appropriately added. 3M™ as a low tack adhesive can also be utilized.

The base sheet 1 may be made of plastic film. In this case, when using elastic materials such as polycarbonate (☆・l resin, polyester resin, etc.), there is the advantage that a thin film can be used.In addition, these synthetic resin films easily generate static electricity, so Problems are likely to occur especially when used in winter, so it is recommended to form an anti-static agent layer on the film surface, such as a fluorocarbon resin, or mix an anti-static agent into the material. The processing for the upper surface is the same even when paper or the like is used as the material for the base sheet 1.

When forming the pressure-sensitive adhesive layers 5, 5... by a roller printing method, a convex body of a desired shape is formed on the curved surface of a rubber roller, and the adhesive is adhered to the convex body like ink. Form a stamp.

Since this RE1i Akira is configured as described above, it is extremely easy to print on thin Japanese paper or woven fabric, which could not be printed using conventional computers, word processors, electronic photographic machines, letterpress printing, screen printing, etc. In addition, it has become extremely easy to print on small paper such as business cards, slips, and postcards that could not be printed using word processors, computers, electronic copying machines, etc.

FIG. 3 shows a plurality of continuous folding base sheets 7 for a computer. Computer paper is generally foldable, and both III! l Feed holes 7a, 7a and 44 parts
... is formed, so this may be used.

A pressure sensitive adhesive layer 7b in a desired shape on the upper surface of this base sheet 7,
7b... is formed. This continuous base sheet 7 may be a small number of 5 to 6 sheets, or may be 100 sheets or 200 sheets consecutively. In that case, it can be specified for postcards, slips, business cards, etc. By identifying them,
The degree of tackiness of the pressure sensitive adhesive layer 7b... can be changed, or the shape of the pressure sensitive adhesive M7a... can be changed. The paper pattern size guide 9 is arbitrarily printed so as to specify a predetermined size range, but instead of printing with ink, the paper pattern size can also be specifically positioned using a pressure-sensitive adhesive layer. In that case, it is possible to mix a pigment into the pressure-sensitive adhesive layer 7b for easy identification (it is possible to do so), and it is also possible to differentiate colors for each paper type size for easy identification. This makes positioning easier in dark places.

In addition to manufacturing and selling the above-mentioned base sheet only as a base sheet, it is also possible to automatically temporarily attach a specific paper, cloth, or film onto the base sheet in advance and to integrate it.

[Brief explanation of drawings]

The drawings relate to the present invention; FIG. 1 is a plan view of a base sheet, FIG. 2 is a side view thereof, and FIG. 3 is a plan view of a base sheet showing another embodiment. DESCRIPTION OF SYMBOLS 1... Base sheet, 2, 3... Center line, 4... Paper type dimension guide, 5... Pressure sensitive adhesive layer, 6... Printing paper, 7... Base sheet, 7a ...Feeding hole, 7b...Pressure sensitive adhesive layer, 8...Folding line, 9...Paper type size guide. Patent applicant Michi Isono, agent of Asahi Screen Process Printing Co., Ltd.
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Claims (2)

[Claims] (1) A pressure-sensitive adhesive layer that exhibits adhesive properties under pressure is formed on the surface of a base sheet made of a desired material that has enough strength to hold printed paper, and is formed into a desired shape that can hold printed paper. Features a printed paper holding base sheet. (2) A pressure-sensitive adhesive layer that exhibits adhesive properties under pressure is formed on the surface of a base sheet made of a desired material that is strong enough to hold printed paper, in a desired shape that can hold printed paper. Features: 1. Printing paper is temporarily pasted under pressure at appropriate positions on the printing paper holding base sheet, printing is performed using a desired printing machine, and the printing paper is peeled off from the printing paper holding base sheet after printing. A printing method characterized by