JPH02212192A - Card incorporating sheet for card continuous typing - Google Patents

Abstract

PURPOSE:To prepare cards grouped in number such as name cards, POP cards or envelopes having thin paper quality capable of being subjected to continuous typing by one process by continuously forming bag parts opened at the side edges thereof in a chain like manner and providing a punched space to each of the bag parts on the surface side thereof so as to leave a frame to the circumference thereof and inserting typing cards in the bag parts. CONSTITUTION:A sheet main body 1 is formed by two heat-resistant synthetic resin sheet strips composed of polypropylene having a depth (d) sufficient to insert cards and a predetermined length (h) and continuously forming five bag parts 3 opened at one side edges 4 thereof in a chain like manner by heat sealing and providing a punched space 5 to each of the bag parts 3 on the surface side thereof so as to leave a frame 6 to the circumference thereof. A card incorporating sheet 5 is constituted by inserting typing cards in the bag parts 3. When duplication is performed by a copier using this card incorporated sheet S, subjects corresponding to the number of the typing cards 2 are positioned and aligned on a photosensitive surface and the sheet S is sent into a feeder. In the case of typing by a word processor, FD preliminarily brought to a software system by continuously typing a predetermined number of sets of typing bodies is utilized and the sheet 5 is sent into the feeder of a printer. Whereupon, a plurality of copied name cards or word processor typed name cards are prepared in a single process.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) This invention provides a card for continuous printing of small-sized cards such as business cards using a copy machine, word processor, personal computer, etc. Between the built-in seats.

(Prior Art) Since the present inventor is not aware of any card-embedded sheet that achieves the object of the present invention, it is not possible to make a comparison with others.

Conventional copiers, word processors, personal computers, and the like cannot continuously print small-sized cards such as business cards at that card size.

In other words, general copy machines are limited to paper that is about the size of an official postcard, and it is impossible to copy on multiple sheets of paper at the same time in one cycle. Although it is possible to create multiple business cards at the same time by arranging them and sending 85 sheets of paper, there is still time to cut them later, which wastes paper margins. Although there are small personal copiers that can make copies using small-sized paper, these machines can only make copies of one sheet of paper per cycle, and cannot copy multiple sheets of paper at once. do not have.

Additionally, with word processors, it is possible to print postcard-sized prints by installing a postcard feeder in the printer, but with small-sized paper such as business cards, the paper fits completely inside the paper holder, making it difficult to place the paper. I no longer understand,
In addition, paper feeding is not carried out smoothly and accurately, resulting in double printing, which is an inconvenience, so it is rarely used.
When copying on paper with the thickness of Naori 5, the trouble of cutting it later remains as in the case of a copy machine.

(Problems to be Solved by the Invention) The present invention has been made in consideration of the above-mentioned inconveniences of the conventional technology. In the case of a copy machine, the subject is lined up on the photosensitive surface, and in the case of a word processor, etc., a predetermined number of print bodies are continuously input, and the rest is done in the same way as conventional paper feeding. The purpose of the present invention is to provide a card-embedded sheet that can be continuously printed to the above-mentioned size by feeding it into the feeder of a printer.

[Structure of the Invention] (Means for Solving tIB) In order to achieve the above object, the card-embedded sheet for continuous printing of cards of the present invention has a predetermined length of heat-resistant sheet having a depth sufficient for loading cards. A continuous synthetic resin sheet band is formed into a series of bag parts with side ends opened in a chain, a punching space is provided on the surface side of each bag part leaving a frame around the periphery, and a printing card is loaded into the bag part. It is composed of

(Example) The following will be explained with reference to an example of the drawings. In FIG. 2, 1 is a sheet body, and 2 is a standard size printing card such as a business card. By incorporating the latter into the former, the card assembly system S) of the present invention shown in FIG. 1 is completed.

In other words, the sheet body l has a depth d sufficient for loading cards.
Two heat-resistant synthetic resin sheet bands such as polypropylene having a predetermined length h are stacked one on top of the other, and five bags 3 each having a chain opening 4 at one side end are formed by heat sealing.
A punching space 5 is provided on the surface side of the frame, leaving a frame 6 around the periphery. Then, the printing card 2 is inserted into the bag portion 3.

FIG. 6 shows an embodiment in which the seat main bodies 1 are arranged in two parallel configurations. In other words, two heat-resistant synthetic resin sheet bands having a predetermined length h and having a depth d that is sufficient to load cards are placed one on top of the other, and are heat-sealed to form a bag portion 3 with openings 4 in a chain at opposite ends. Five bags are continuously formed back to back, and each bag part 3
A punching space 5 is provided on the front side of the bag 3 leaving a frame 6 around it, and a printing card 2 is loaded into the bag portion 3.

(Operation (Usage)) Now, we will explain the case where a so-called copy business card or a word processing business card is produced using the card-incorporated sheet S with the above configuration. As shown in the figure, the objects (business cards) corresponding to the number of printed cards 2 incorporated in the card-embedded sheet S (5 to 10 in the example) are positioned and aligned on the photosensitive surface, and the sheets S are placed in the feeder. Send it in.

On the other hand, in the case of printing using a word processor, as shown in Fig. 4, a predetermined number of printing fonts (items to be written on business cards) are continuously typed in advance using an FD that has been softened, and the sheet S is sent to the feeder of the printer. .

Then, in any of the above cases, as shown in FIG. 5, the desired printing body is printed on each card 2 loaded in the bag portion 3 of the card-embedded sheet S, and the copied business card or word-processed business card is printed. Multiple pieces are made in the process.

Therefore, cards 2 made into business cards are taken out from each bag portion 3 and used.

[Effects of the Invention] The present invention is as described above, and the sheet body 1 allows small-sized printing cards such as business cards, which cannot be handled by conventional copy machines or word processors, to be connected together into a single sheet of paper. It is effective and allows continuous printing in one step, making it extremely convenient for producing cards in large quantities, such as business cards, POP cards, and envelopes made of thin paper.

In actual sales, two types of sheets will be prepared: one for printing cards of a specific size such as business cards, and one for printing cards of unspecified standard sizes.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention; FIG. 1 is a perspective view, FIG. 2 is a perspective view of the sheet body 1 and the card 2 separated,
Figure 3 is a side view showing how the copy machine is used;
The figure is a perspective view showing the word processor in use, FIG. 5 is a front view after printing is completed, and FIG. 6 is a perspective view of another embodiment. 1---Sheet body, 2-m-printing card, 3-m-
Bag portion, 4-m-opening, 5-m-punching space, 6--cap i, s--1 card-embedded sheet.

Claims (3)

[Claims] (1) A heat-resistant synthetic resin sheet band of a predetermined length with a depth sufficient for loading cards is continuously formed into bags with chain-like openings at the side ends, and a picture frame is placed around the front side of each bag. 1. A card-embedded sheet for continuous printing of cards, characterized in that a punching space is provided by leaving a blank space, and a printing card is loaded in the bag portion. (2) Two heat-resistant synthetic resin sheet bands of a predetermined length with sufficient depth to load cards are overlapped and heat-sealed to continuously form a bag portion with one end opened in a chain shape. A card-embedded sheet for continuous printing of cards, characterized in that a punching space is provided on the surface side of each bag portion leaving a frame around the periphery, and a printing card is loaded in the bag portion. (3) Layering two heat-resistant synthetic resin sheet bands of a predetermined length that are approximately twice as deep as the depth for loading cards,
By heat sealing, bag portions with opposite ends opened in a chain are formed back to back, a punching space is provided on the front side of each bag portion leaving a frame around the periphery, and a printing card is loaded into the bag portion. A card-embedded sheet for continuous printing of cards.