JPH0813591B2 - Envelope continuous strip, method for manufacturing envelope, and envelope - Google Patents

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a continuous strip of envelopes provided with a slip for typing the output from a computer, a method for manufacturing an envelope, and an envelope.

This envelope, for example, comes with a contact slip between the photo lab and the dealer when undertaking the photo printing business.The photo lab develops the photo according to the instructions on the envelope, puts it in the envelope, and sells it. The present invention relates to a method of manufacturing an envelope or the like, which allows a customer to pass a photograph exactly as ordered to a customer via a store smoothly and easily.

[Prior Art] Currently, when a photo development and printing is outsourced to a retailer, an order by voucher is sent to the photofinishing lab, and the photo burned at the photofinishing lab is put in a paper envelope bag. Passed to.

[Problems to be Solved by the Invention] The present invention provides a method of manufacturing a plastic film envelope and a method for manufacturing the envelope, which enables communication between a photofinishing laboratory and a store and a contact between a customer and the store by a simple slip operation. It is intended to be provided.

[Means for Solving the Problems] The present inventors
We paid attention to the fact that the photo storage bag that moves between the store and the photo lab is useful not only as a photo storage bag but also as a negative film delivery bag and order form for the photo lab.

In the meantime, each bag needs to be identified by a code symbol.By printing this code symbol on the bag and the voucher attached to the bag at the same time, it is possible to accurately communicate between the customer, the store, and the photo lab. Can be carried out.

The present inventors have completed an envelope and an envelope in which a code symbol different for each envelope is printed on the envelope by attaching a slip to the envelope, and an efficient manufacturing method thereof.

In order to print the code symbol changed for each envelope, the present inventors have made the envelope into a continuous band shape and provided a marginal punch hole row on the side edge for enabling computer printing, whereby the computer It is now possible to print different code symbols for each envelope.

The present invention provides a method for manufacturing such a continuous envelope band, a method for manufacturing an envelope in which the continuous envelope band is separated, and such an envelope.

That is, the present invention comprises the inventions of the following items.

1 Has a row of marginal punch holes on both edges at regular intervals,
Two long plastic films that have been printed, at least one surface of which has been roughened, and one of them has a sewing machine for opening at every interval of the envelope length. A belt-shaped laminate in which a line of sight is provided perpendicularly to the longitudinal direction is superposed with a rough surface on the outside and two long plastic films are polymerized while fitting a predetermined row of marginal punch holes of both films to the protrusions of the roll. To form side edges of the envelope by heat-sealing both inner edges of the marginal punch hole row while continuously sending the sheet, and stacking one or more sheets on the roughened surface of the strip-shaped laminate. A method for manufacturing a continuous strip of envelopes in which the slips are attached to a part of the surface of each envelope in a peelable manner.

2. Sending the continuous envelope strip manufactured by the manufacturing method of Paragraph 1 to a computer, performing predetermined printing on the slip, and then fusing above the perforation line for opening for each predetermined length of envelope. A method of manufacturing a characteristic envelope.

3 Polymerize two rectangular plastic films,
An envelope in which a bag shape is formed by fusing the upper part, the bottom part, and both left and right sides, and a marginal punch hole row is provided on an edge extending to the outside of the fusing side part, and at least one surface of the envelope Is roughened, and one or more slips having a transfer function are attached to the roughened surface, and perforations are provided horizontally on the film along the edge of the upper fusion portion to form the perforated sheet. An envelope characterized by having an opening.

4 Has marginal punch hole rows at regular intervals on both sides,
Two long plastic films that have been printed, at least one surface of which has been roughened, and one of them has a length for opening at every interval of the length of the envelope. A perforation line perpendicular to the direction and a perforation line that extends upward from both ends to form a U-shape are provided, and two long plastic films are provided on both sides with the rough surface as the outside. While aligning the row of marginal punch holes with the projections of the roll, they are polymerized to form a strip-shaped laminate,
While continuously feeding this, both inner edges of the marginal punch hole row are heat-sealed to form fusion-bonded edges of the envelope, and heat-sealed vertically at regular intervals in the longitudinal direction to form fusion-bonded edges at the bottom of the envelope. A method for producing a continuous envelope strip in which one or a plurality of stacked slips are attached in a peelable state on the roughened surface of the strip-shaped laminate.

5. The continuous strip of envelopes manufactured by the manufacturing method according to Item 4 is sent to the computer with the row of marginal punch holes aligned.
A method for manufacturing an envelope, comprising: performing predetermined printing, and then cutting between the opening perforation line and the bottom fusion bonding edge for each predetermined length of the envelope.

6 Polymerize two rectangular plastic films,
An envelope in which a bottom portion and left and right side portions are fused to each other to form a bag shape, and a marginal punch hole row is provided on an edge extended to the outside of the fused side portion, and at least one surface of the envelope,
It is characterized in that a roughening treatment is applied, one or a plurality of slips having a transfer function are stuck to the rough surface, and a lid piece is extended from one edge of the upper opening. envelope.

7. The method for producing a continuous envelope band according to item 1 or 4, wherein a perforation line is provided between the row of marginal punch holes and the side edge heat seal line.

8. The method for manufacturing an envelope according to item 2 or 5, wherein a perforation line is provided between the marginal punch hole row and the side edge heat seal line, and the marginal punch hole row is separated from the perforation line after printing by a computer.

[9] The method for manufacturing a continuous envelope band according to [1], [4] or [7], wherein the punch holes in the marginal punch hole row are punched with a heating round blade.

 The present invention will be described in more detail with reference to the drawings of the embodiments.

FIG. 1 is a plan view of a voucher manufactured by the method for manufacturing a continuous envelope belt according to an embodiment of the present invention, as viewed from the front side.

FIG. 2 is a plan view of the front film used in the embodiment of FIG. 1, which corresponds to the plan view of FIG. 1 before the slip is attached.

The continuous envelope manufacturing method of this embodiment uses two long films as main raw materials.

One sheet constitutes the back side of the envelope, and has a row of marginal punch holes provided on both side edges at a pitch that fits the projections of the insertion roll for computer printing. (Not visible in the drawing).

The other sheet constitutes the front surface of the envelope, and is a long front film 11 having a writable surface and serving as a surface on which order specifications and code symbols are printed.

The front film 11 has marginal punch hole rows 19 of the same size at the same intervals on both side edges corresponding to the back film, has a rough surface coated with matte ink on one side, and is the same as a voucher on the rough surface. It is a film in which the slip transfer column 1 of the frame is printed, and the order column 2 on which the order details can be written is printed periodically as shown in FIG. A long film 11 having a perforation line 13 provided vertically.

The marginal punches of these films can be punched mechanically with ordinary punches, but punching while melting with heat with a heated round blade ensures a hole with a strong peripheral edge and punching is more reliable. It is desirable because it can be done.

The above-mentioned two long films are polymerized by fitting a marginal punch to a roll protrusion and continuously sending the heat-sealing process to continuously heat-seal the inside of the left and right marginal punch hole rows. The side fusion-bonded portions 16 and 17 are provided, and two long films are fixed by this heat sealing to form a strip-shaped laminated body.

This strip-shaped laminate must be laminated with the rough surface coated with matte ink facing the front side.

On the slip transfer column of this strip-shaped laminate, slips 3, 4,
5 and 6 are overlapped and the upper edge is adhered with a pressure sensitive adhesive to form a bundle of slips, which is further attached to the slip transfer column of the front film 11 with the pressure sensitive adhesive. Carbon is applied to the back surface of each of the slips, and the characters typed or written on the slip 3 are also transferred by carbon to the slips and the slip transfer column 1 on the rough surface of the lower slip and the envelope. .

This voucher can be attached mechanically or manually. Thus, the continuous envelope belt as shown in FIG. 1 can be manufactured.

In the production of this continuous envelope band, the printing of the transfer column 1, the order column 2 and the perforation 13 can be performed separately on both sides of the front and back films, but from the viewpoint of positioning of the construction, It is desirable to perform all the constructions on the front film 11 because the processing steps will be easier.

This voucher can be made of plastic film or ordinary paper.

These are attached by a pressure sensitive adhesive at the upper edge and can be peeled off one by one, but when a plastic film is used as a slip, it can be fused to the envelope by heat sealing. In the case where the slips are attached by fusing, the slips can be peeled off so that each slip can be separated by perforations just below the heat seal.

The continuous envelope strip in FIG.
This is inserted into the computer using the marginal punch hole array, and a code that can identify each envelope is typed on the slip on the slip. This code is also transferred onto the surface of the transfer field 1 of the film 11 of the lower slip and envelope by the carbon on the back of the slip. With this code symbol, the relationship between the envelope and the four slips attached to it can be confirmed.

Next, the continuous envelope band is sent to the fusing step, and the individual envelopes are fused and separated. Due to this fusing, the upper fusing part 14 of the envelope is
And the bottom fused portion 15 are simultaneously formed.

Alternatively, in the continuous envelope belt of this embodiment, the upper fusion bonding portion 14 and the bottom fusion bonding portion 15 are formed by heat sealing as shown in FIG. 8, and the upper fusion bonding portion is formed simultaneously with this heat sealing step.
Separation perforations 10 may be provided between the bottom portion 14 and the bottom fusion-bonding portion 15 so that each envelope unit can be separated. In this way, if the perforation for separation 10 is provided in advance, after printing, there is no need to perform a fusing or cutting process,
It is convenient in that it can be easily separated by hand to separate each envelope unit.

In this way, an envelope having a shape as shown in FIGS. 3 and 4 can be manufactured.

This envelope is an envelope formed by stacking two rectangular plastic films and fusing the upper part 14, the bottom part 15 and the left and right side parts 16 and 17 to form a bag, and the outer side of the fusing side part. A marginal punch hole row 19 is provided on the edge 18 extending to the surface, and at least one surface of the envelope is subjected to roughening treatment, and four sheets of slips 3, 4 having a transfer function on the rough surface are stacked. This is an envelope in which bundles 5 and 6 are adhered, and perforations 13 are horizontally provided on the film along the edge of the upper fusion portion, and the perforation is used as the opening.

In this envelope, a code symbol that can be identified for each envelope is printed in advance on the envelope and the slip. At this store, the customer's name and order details are written down on the envelope.
The written name of the customer and the like are transcribed by the carbon coated on the back of the slip onto all the slips below and on the transfer column 1 of the envelope.

Break the perforation line 13, put the negative film in the envelope, peel off the slips 3 and 4, hand the slip 3 to the customer as a voucher, and save the slip 4 as a copy of the store,
The item with 5 and 6 is sent to the photo lab along with the negative.

At the photofinishing place, printing is performed according to the description in the order column 2, the finished photograph and the negative are put in an envelope, the slip 5 is stripped off as a copy of the photofinishing place and stored, and the envelope is sent to the store.

The store calculates the charge, describes the charge on the slip 6, stores it as an accounting slip in the store, and hands the envelope to the customer.

The customer can write in the transcription column 1 and the order column 2 of the envelope.
You can check the charges, order details, and photos.

As shown in FIG. 3, the envelope of the present embodiment is characterized in that the opening is formed by breaking the perforation line. Even if the opening is not sealed, the contents are bag-shaped. It will not get caught on the lid 8 and fall out.

A second embodiment of the present invention has a lid piece 20 having an opening extending from one opening edge like a mail envelope as shown in FIG.

This envelope is an envelope formed by stacking two rectangular plastic films and fusing the bottom part 15 and the left and right side parts 16 and 17 to form a bag shape, and extending outside the fusion-bonded side part. A row of marginal punch holes is provided on the edge, and at least one surface of the envelope is subjected to a roughening treatment, and four sheets with carbon coated on the back of the rough surface are laminated and adhered, and the upper opening is formed. The part is an envelope in which the lid piece 20 extends from one edge.

This envelope is the same method as the envelope of the above-mentioned embodiment of FIG. 1, except that the long film shown in FIG. 7 is used instead of the front film 11, and the portion corresponding to the bottom of the envelope of the strip-shaped laminate is heat-sealed. Can be manufactured.

Then, as shown in FIG. 7, by using a front film provided with perforations 9 in a U-shape, a lid piece is provided in the opening.
Twenty can be provided.

The side edge portion of the perforation 9 is provided in a place slightly narrower than the width of the side edge fused portions 16 and 17.

The envelope can be cut off slightly below the bottom fusion-bonded portion 15 of the continuous envelope band.

Instead of this cutting, it is convenient to insert a perforation for cutting on the cutting line at the stage of the front film to be used.

After the envelope units are formed in this way, the film surrounded by the U-shaped perforations 9 is removed from the opening to form the lid 20 of the opening.

In the form having the lid piece 20, the lid piece 20 can be sealed with an adhesive or a stapler, but it is desirable to apply a heat-sensitive adhesive or a pressure-sensitive adhesive to the opening for sealing. .

In addition, in the present invention, perforations can be provided between the row of marginal punch holes and the side edge fused portion.
With this perforation, it is possible to remove the portion of the marginal punch hole row after printing and form an envelope with a good appearance.

[Effects of the Invention] The marginal punch hole array useful for computer printing is
In the method for producing an envelope of the present invention, it is also useful in the positioning of the polymerization process and perforation process of two long films,
The envelope can be manufactured efficiently.

The envelope of the present invention can provide a water-resistant envelope for photographs and the like. Further, it enables accurate execution of the printing work of the photograph, and can easily use the paperwork.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a plan view of a continuous envelope belt according to an embodiment of the present invention, FIG. 2 is a plan view of a front film raw material used for the continuous envelope band, and FIG. 3 is a plan view of the present invention. FIG. 4 is a cross-sectional view showing the structure of the envelope of the embodiment, FIG. 5 is a plan view of the envelope of the embodiment of another aspect, and FIG. 6 is a cross-sectional view showing the structure. FIG. 7 is a plan view of another embodiment of the front film raw material used for the continuous envelope belt of the present invention, and FIG. 8 is a plan view of the continuous envelope belt manufactured according to another embodiment of the present invention. The reference numerals in the figure are 1; slip transfer column, 2; order specification column, 3; slip (for customer), 4; slip (for dealer), 5; slip (for photo lab), 6; slip (for accounting) , 7; pressure-sensitive adhesive, 8; bag lid, 9; U-shaped perforation, 10; separation perforation, 11; front film,
13; Perforations, 14; Envelope top fusion part, 15; Envelope bottom fusion part, 16, 17; Envelope side fusion part, 18; Side extension edge, 19; Marginal punch, 20; Lid piece is there.

─────────────────────────────────────────────────── ─── Continuation of the front page (51) Int.Cl. ⁶ Identification number Internal reference number FI Technical display location B42F 7/00 E B65D 27/10 0330-3E (56) References Actually published 60-67961 (JP , U) Actually open 60-36266 (JP, U) Actually open 54-5520 (JP, U) Actually open 61-56243 (JP, U) Actually open 54-87912 (JP, U) Actually open 54-10411 (JP, U) Actual public 52-2499 (JP, Y2) Actual public 52-2502 (JP, Y2) Actual public 63-47497 (JP, Y2)

Claims (9)

[Claims] 1. A printed long plastic film having two rows of marginal punch holes on both side edges, at least one surface of which has been roughened. Then, one of the two sheets provided with perforation lines for the opening perpendicularly to the longitudinal direction at intervals of the length of the envelope, and a long two-sheet plastic film with the rough surface as the outside, While stacking the marginal punch hole row with the protrusions of the roll to form a belt-shaped laminated body, while continuously feeding this, both inner edges of the marginal punch hole row are heat-sealed to form the side edges of the envelope. A method for producing a continuous envelope band, in which one or a plurality of slips stacked on the roughened surface of the strip-shaped laminate is attached to a part of the surface of each envelope unit in a peelable state. 2. The continuous strip of envelopes manufactured by the manufacturing method according to claim 1 is sent to a computer, a predetermined print is performed on a slip, and then the perforation line for the opening is lined up for each predetermined length of the envelope. A method for manufacturing an envelope characterized by fusing. 3. An envelope in which two rectangular plastic films are polymerized and the top, bottom and left and right sides are fused together to form a bag shape, which is extended to the outside of the fused side. A line of marginal punch holes is provided at the edge, and at least one surface of the envelope is roughened, and one or more slips having a transfer function are attached to the rough surface, and the top fusion is performed. An envelope characterized in that a perforation is provided horizontally on the film along the edge of the attachment portion and this is used as an opening. 4. A printed long plastic film having two rows of marginal punch holes on both side edges, wherein at least one surface of the film is roughened. A perforated line that is perpendicular to the longitudinal direction for the opening and a perforated line that extends upward from both ends to form a U-shape for each length interval of the envelope. Two long plastic films, with their surfaces facing outward, are polymerized while fitting the specified marginal punch hole rows of both films to the projections of the roll to form a belt-shaped laminated body, which is continuously fed to the marginal film. Both inner edges of the punch hole row are heat-sealed to form the fusion-bonded side edges of the envelope, and the heat-sealing is performed perpendicularly to the longitudinal direction at regular intervals to form the fusion-bonded edges of the bottom of the envelope. Transmission of one or more layers on the surface Method of manufacturing the envelope continuous band that was impregnated with a peelable state. 5. A continuous strip of envelopes manufactured by the manufacturing method according to claim 4 is fed to a computer with a line of marginal punch holes aligned, and after predetermined printing, the opening is formed for each predetermined length of envelope. A method for manufacturing an envelope, characterized in that a space between the perforation line and the bottom fusion bonding edge is cut. 6. An envelope in which two rectangular plastic films are polymerized to form a bag shape by fusing the bottom and left and right side parts together, and an edge extending outside the fusing side part. A row of marginal punch holes is provided on at least one surface of the envelope, and a roughening treatment is applied to the surface, and one or more slips having a transfer function are attached to the rough surface, and the upper opening is An envelope in which a lid piece is extended from one edge. 7. The method for producing a continuous envelope band according to claim 1, wherein a perforation line is provided between the row of marginal punch holes and the side edge heat seal line. 8. A perforation line is provided between the marginal punch hole row and the side edge heat seal line, and the marginal punch hole row is separated from the perforation line after printing by a computer. Envelope manufacturing method. 9. The method for producing a continuous envelope belt according to claim 1, 4 or 7, wherein the punch holes in the marginal punch hole row are punched with a heating round blade.