JPH0253240B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a method for storing a plurality of slips on a printed matter (bag) serving as a support, such as a shipping bag with slips used between a photo processing laboratory and a photo processing shop. This invention relates to a method for manufacturing printed matter laminated onto a book.

Conventional technology and its problems Generally, when a customer requests a photo processing laboratory to develop and print the film through a handling store, the slip is attached to the bag containing the goods to prevent the goods and the slip from becoming separated and lost. A shipping bag with a slip is used. At the photofinishing laboratory, shipping bags with slips filled with initial data such as the slip number and name of the handling store are distributed to each handling store in advance, and orders from each location are processed based on the initial data and the ordering data written on the slip. Processing.

In such shipping bags with slips, the frame of the slip and the design pattern of the bag can be printed in advance, but
Initial data that differs for each bag or several bags, such as slip numbers, store names, and barcodes necessary to streamline each processing process, cannot be printed in advance, so conventionally, they were forwarded. The completed shipping bag with slips is made by laminating and pasting multiple slips onto the bag, and then a rubber stamp is stamped on each sheet one by one in a photo lab, or overprinted using an impact type printer such as a typewriter. Initial data was entered using methods such as However, this is a very time-consuming task. As an alternative to this method, initial data is printed on continuous paper with a slip frame printed on it using a thermal transfer printer or an electrophotographic printer, and then the paper is cut, and the cut pieces are combined into one bag at a time to be sent to a forwarding bag. There is also a method of pasting the documents on the paper, but it is necessary to organize each document after cutting in the order of the document numbers printed on it.
Because multiple slips and other slips correspond to each other, the task of assembling multiple slips and bags for each slip number becomes complicated, which not only causes work errors such as number discrepancies, but also makes automation difficult. It was hot. Also, data must be output from the computer to the printer twice, once for the bag and once for each slip.
There was a problem with inefficiency.

The present invention uses a printer to simultaneously print on the backing paper that forms the bag and the slip paper, such as a shipping bag with slips, so that a plurality of slips with the same slip number printed on the backing paper can be set and printed at the same time. To provide a method for easily and quickly producing printed matter such as a shipping bag with a slip with initial data printed on it, in which the work of overlapping and pasting them in a predetermined order can be automatically performed. .

Structure of the Invention The method of printing on printed matter with forms according to the present invention is such that a fixed pattern such as a general pattern and a delivery note frame is printed on a printed matter that serves as a base, such as the bag in the above example, and a plurality of slips are pasted on top of the printed matter. There are also annotations on each sheet, a copy of the same,
When producing printed matter with forms such as delivery slips, etc., the paper supplied to the printer is a strip-shaped double-page paper, the bottom paper is used as a backing paper for the bag in the above example, and the top paper is used as a form paper. Then, for each piece of mount paper, punch out the upper paper part that overlaps the part to be printed on the bottom paper to make a window in advance, and use the printer to pass through the window of the form paper and the same paper and onto the mount paper. After performing the necessary printing at once, the backing paper is cut into individual sheets, the window portion of the form paper is removed, the form portion is cut into various types of forms, and the backing paper is stacked on top of the backing paper below. It is then pasted together.

Embodiment FIG. 3 shows a shipping bag with a slip manufactured by an embodiment of the method of the present invention. A delivery note frame 2 is preprinted on the upper part of the back side of the bag 1, and a delivery note frame 4 is also printed on each of the plural sheets of carbon-backed paper sheets 3 pasted thereon.
is pre-printed. These slips are, from the top, a customer receipt, a copy of annotated document, a copy of annotated document, a copy of a delivery note, etc., and are made of thin paper so that they can be handwritten with a ballpoint pen, etc., and are packed in a bag. 1 is formed into a bag by laminating two slightly thick papers on the front and back sides at the side edges, and a delivery note frame 2 is printed on bag paper 5 which becomes the back side of the bag. The present invention attempts to simultaneously print necessary data on slip paper and bag paper of different paper quality using a non-impact printer such as a thermal transfer printer or an electrophotographic printer.

FIG. 1 illustrates the method of the present invention, in which a continuous slip sheet 6 and a continuous backing sheet 7 are pasted together at both ends 9 provided with sprocket holes 8 to form a bile sheet. The continuous backing paper 7 serves as the back side paper 5 of the bag 1 shown in FIG. On the upper slip sheet 6, one transparent window 10 is formed within the unit pattern length L of one bag, and the frame 4 of each slip described above is printed in advance on the portion other than the transparent window 10. In addition, a delivery note frame 2 is preprinted on the transparent window 10 of the upper slip sheet 6 along with a general pattern on the bag paper 7 on the lower side of the bile sheet.

FIG. 2 shows an example of an apparatus for carrying out the method of the invention. The bile paper is fed into the printer head 11. The printer head 11 may be of either a thermal transfer type or an electrophotographic type. Printing is performed on the bile paper using print data sent from a computer. For printing, initial data such as the document number, the name of the distribution store, and the bar code are printed through the window 10 on the top page 6 of the bile sheet, inside the delivery note frame 2 on the bottom page 7 and in each document frame 4 on the top page. It is printed. printer head 11
A slitter 12 cuts off both edges 9 of the bile paper sent out from the slitter 12, and a slip paper 6 and a bag paper 7 are divided into upper and lower parts by a feed roll 13, and cut by cutters 14 and 15, respectively. . These cutters photoelectrically detect the timing mark printed by the printer head 11 at the same time as the data is printed by the detectors 20 and 21, and are activated by the detection signal.
From there, unnecessary parts near the transparent window 10 are cut off, and the sorting flapper 19, which moves up and down in conjunction with the cutter 14, discharges it upward and cuts it into individual slips 3. Each slip 3 is sequentially transferred to the rotating receiving shelf 16 They are sent to the top and stacked on the same shelf. Further, the bag paper 7 is cut into one bag by the cutter 15, and the cut bag paper 5 for one bag is conveyed to the multi-strip belt conveyor 1.
8 is sent out on top. The conveyor 18 is always moving to feed the bag paper 5 to the right, but a stopper 17 protrudes between each strip, and the bag paper cut by the cutter 15 hits this stopper and stops. The rotary shelf 16 is configured in the shape of an impeller with four shelf surfaces perpendicular to each other in a cross shape, and the cutter 15
In conjunction with the operation of the cutter, the cutter rotates 90 degrees counterclockwise with each movement, and the document 3 stacked on the shelf is rotated 90 degrees counterclockwise.
is dropped onto the leading end of the bag paper 5 that has been sent onto the conveyor 18. The dropped slip 3 is transferred to the right along with the bag paper 5 on the conveyor 18, and is moved to the stopper 17.
The bag paper 5 and the leading edges of each slip 3 are aligned. After that, the stopper 17 is retracted,
The bag paper 5 and the plurality of slips stacked thereon are sent to the right by a conveyor 18 and transported to a pasting process. A controller 22 controls the operations of the cutters 14, 15, the rotary shelf 16, the stopper 17, the flapper 19, and the like.

The rotating shelf 16 rotates 90 degrees for each bag of bile paper supplied and transfers the stacked slips on the shelf onto the bag paper below, so that the slips are automatically combined with a sheet of bag paper in a predetermined combination. slips are stacked in a certain order.

Effects As described above, the present invention provides a window in a part of the upper paper, allows printing on the lower paper through the window, simultaneously performs necessary printing on two strips of paper that are stacked on top of each other, and Since the specified cutting is performed during the transfer process of the upper and lower sheets of paper, the trouble of printing each sheet separately, cutting them, and collating them later is eliminated, and the production of printed materials with forms is greatly streamlined. Slips without collation errors are created.

[Brief explanation of drawings]

FIG. 1 is a perspective view for explaining the method of the present invention, FIG. 2 is a perspective view of an apparatus for carrying out the method of the present invention, and FIG. 3 is a perspective view of a shipping bag with a slip manufactured by an embodiment of the method of the present invention. It is a back view. 1... Bag, 3... Slip, 5... Bag paper, 6...
Continuous slip paper, 7... continuous bag paper, 10... transparent window, 11... printer, 14, 15... cutter, 16... rotating shelf.

Claims (1)

[Claims] 1. Layer the top sheet of paper for documents with holes punched at regular intervals and the bottom sheet of paper for printed matter that will serve as a stand, and pass it through the printer with the bottom sheet peeking through the windows of the top sheet, and then insert the top sheet of paper except for the windows of the top sheet. Print simultaneously on the part of the bottom paper and the part of the bottom paper that looks through the window, separate the top and bottom papers that have passed through the printing section of the printer, cut out the window part of the top paper, and remove the remaining printed part. The paper is cut into multiple pieces and stacked one after another on a tray.The bottom paper is cut into sheets, including the printed part, corresponding to one window on the top paper. In conjunction with the transfer between the sheets, the upper paper shreds stacked up in between are transferred to the upper surface of the bottom paper cut into one sheet, and then the lower paper and the upper paper shreds placed on top of the bottom paper are transferred. 1. A method for producing printed matter with forms, which is characterized by combining stacks of documents into one book.