JPH02223492A - Small-size paper incorporating sheet for continuously printing cards of other small-size paper - Google Patents

Abstract

PURPOSE:To perform a continuous printing for every size by a method wherein a chain of cards to be printed are disposed on a heat-resistant synthetic resin sheet band having a depth sufficient for loading the cards and a predetermined length. CONSTITUTION:As a sheet body 1, a heat-resistant synthetic resin sheet band of polypropylene or the like having a depth (d) sufficient for loading cards or other small-size paper and a predetermined length (h) is used, thereon a chain of cards 2 are disposed, and on the top sides of the cards a heat-resistant sheet 4 is overlapped. The sheet 4 is provided with punched spaces 5, which are surrounded by frame lines 6 so as to positionally coincide with the respective cards. This is fed into a feeder of a printer in a copying machine or a word processor. After the completion of printing, the sheets 1, 4 are peeled, and the cards are taken out.

Description

[Detailed Description of the Invention] [Object of the Invention] (Field of Industrial Application) This invention provides a method for continuously printing small-sized papers such as business cards using a copy machine, a word processor, a personal computer, etc.
Concerning sheets that incorporate small-sized paper such as cards.

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

That is, with a general copying machine, the paper size is limited to a government postcard or F6 size, and it is impossible to copy on a plurality of papers at the same time in a cycle.

For example, you can create multiple business cards at the same time by arranging multiple business cards on the photosensitive surface and sending -85 sheets of paper.
There is no need to cut the paper later, and the margins of the paper are wasted. 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.

In addition, with word processors, etc., when using small-sized paper such as business cards, the paper fits completely into the paper holder, making it difficult to determine the paper's position, and the paper cannot be fed smoothly and accurately, resulting in double printing. There are inconveniences such as
Hardly used.

Note that when copying on paper with a size of 85 plates, 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 view of the above-mentioned inconveniences. If you are using a copy machine or word processor, you need to line up the subject on the photosensitive surface, and if you are using a word processor or the like, you need to continuously print a predetermined number of print bodies, and then the rest is done in the same way as conventional paper feeding. Includes a card IF that allows continuous printing to the above sizes by feeding it into the printer's feeder.
It provides the following information.

[Structure of the Invention] In order to achieve the above object, the small-sized paper embedded sheet for continuous printing of small-sized paper such as cards of the present invention is a heat-resistant synthetic sheet of a predetermined length having a depth sufficient for loading cards. Place printing cards in a chain on the resin sheet-1 band, and then place the printing cards on top of the resin strip in a chain, and place a punching space on the front surface of each card to match the position of each card, leaving a frame around it. It is constructed by laminating adhesive sheets together. After printing, the sheet is peeled off and the card is taken out.

(Example) To explain the following using an example of the drawings, in Fig. 2,
1 and 4 are sheet bodies, 2 is a card for printing such as a business card, and the latter is inserted between 1 and 4 of the former to complete the card-incorporated sheet 1-S of the present invention shown in FIG.

That is, the sheet body 1 is a heat-resistant synthetic resin sheet band such as VOPP propylene having a predetermined length h and a depth d sufficient for loading small-sized paper such as cards, and the cards 2 are chained thereon.
2, and on top of that, a heat-resistant sheet 4 with a punched space 5, leaving a frame 6 around the front side of each card, is laminated on top of it in accordance with the position of each card (each bag part 3 has a This means that printing card 2 has been loaded) 1! After printing, the sheet is peeled off and the card is taken out.

FIG. 6 shows an embodiment of a sheet y in which the sheet bodies 1 and 4 are pasted together in two parallel manners.

That is, each printing card 2 is placed on a heat-resistant synthetic resin sheet band 1 of a predetermined length h that is approximately twice the depth d that is sufficient for loading cards, and the printing card 2 is placed on top of the heat-resistant synthetic resin sheet band 1, which is approximately twice the depth d that is sufficient for loading cards. It is constructed by laminating heat-resistant sheets 4 with a punching space 5 on the front side of each card leaving a frame 6 on the periphery, and the sheets are peeled off after printing to take out the cards.

It should be noted that an adhesion method in which the adhesive sheets are laminated and printed and then peeled off is possible, such as an address label for copying by a copy machine. Further, the material of the sheet 1 is not limited to heat-resistant synthetic resin, but may also be made of, for example, heat-resistant paper.

(Operation (Usage)) Now, to explain the case of making a so-called copy business card or word processing business card using the card-embedding sheet S with the above configuration, first, in the case of copying with a copy machine,
As shown in FIG. 3, objects (business cards) corresponding to the number of printing cards 2 (5 to 10 in the case of the embodiment) installed in the card installation sheet +-S are positioned and aligned on the photosensitive surface, Feed sheet S into the feeder. 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 and softened using an FD, and then the paper is transferred to the feeder of the printer.
send.

Then, in any of the above cases, as shown in FIG.
A target printing body is printed on the paper, and a plurality of word processing business cards, which are the copy business cards, are produced in one process.

Then, the sheet is peeled off and the card 2, which has been turned into a business card, is taken out and used.

[Effects of the Invention] As described above, the present invention allows small printing cards such as business cards, which cannot be handled by conventional copy machines or word processors, to be combined into a single sheet of paper by the sheet bodies 1 and 4. It has a similar effect and enables continuous printing in the - process, and can be used to print a certain number of items such as business cards, POP cards, envelopes with thin paper, and paper in shapes other than squares (circle or star shape). It is very convenient for making cards.

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 paper of unspecified standard sizes.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and FIG. 1 is a perspective view, FIG. 2 is a perspective view of the sheet main body 1 on which the printing card 2 is placed and the sheet 4 separated, and FIG. 3 is a copy. 4 is a side view showing the machine in use, FIG. 4 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. 111 Sheet body 2 m-bag part 4 Punching space 6 Card built-in sheet 1 Card built-in sheet Card sheet body for printing - Picture frame

Claims (2)

[Claims] (1) Place the printing cards in a chain on a heat-resistant resin sheet strip of a predetermined length that is deep enough to load the cards, and place the printing cards on top of the chain according to the position of each card. Small-sized paper such as cards, which is characterized by the fact that heat-resistant sheets with a punching space and a frame on the side are stacked and pasted together, and after printing, the sheets can be peeled off to take out each card.Incorporated into small-sized paper for continuous printing, such as cards. sheet. (2) Place the printing cards in parallel and in a chain on a heat-resistant resin sheet band of a predetermined length that is approximately twice the depth that is sufficient for loading cards, and align each card on top of the band. For continuous printing of small-sized paper such as cards, which is characterized by stacking heat-resistant sheets with a punched space on the front side of each card, leaving a frame on the periphery, pasting them together, and removing the sheets after printing to take out the cards. Small-sized paper built-in sheet.