JP4397281B2 - Group slip production apparatus and group slip produced thereby - Google Patents

Description

  The present invention relates to a group slip manufacturing apparatus that creates a group slip in which a plurality of slip bodies are sequentially extracted, and a group slip manufactured thereby.

  In recent years, for example, when delivering a predetermined delivery, a delivery slip is affixed to the delivery, and the delivery slip is grouped into a plurality of delivery slips for delivery management. In addition, a slip that needs to be concealed is included in the delivery slip other than the user such as the usage details. In producing such a delivery slip, it is necessary to avoid the loss and misplacement of each delivery slip, while reducing the manufacturing time is desired.

  Conventionally, a delivery slip as a combined slip incorporating a plurality of slip bodies is printed with information specifying a delivery destination, a delivery requester, a delivery manager, etc. on a first slip arranged on the front surface, for example. The information is copied onto the second and third votes, the second vote is used as a management slip at the delivery intermediate point, and the third vote is used as a delivery slip with a receipt stamp at the end of delivery. . Further, when the delivery item is a purchase item, the usage details and the payment details are incorporated into the delivery slip as a slip (fourth vote). An apparatus for producing such a delivery slip is disclosed in the following patent document.

Japanese Patent No. 3066670

  The delivery slip manufacturing apparatus disclosed in the above patent document prints information for two pages in the width direction with respect to the conveyance direction of the continuous paper (20), and sequentially prints the information in the conveyance direction for each even page. This is the target of each delivery slip constituting the delivery slip. Such continuous paper (20) is separated (conveying direction) every two pages in the width direction, and further separated (width direction) for each page, and is fed to each sheet via an intermediate feeder (23). To the deflector (24). In the deflector (24), a predetermined number of sheets are gathered and stacked, and a crimp unit (26) is used to bind a piece of paper with a paper clip or an adhesive, and this is wrapped between the release paper and the film by a packaging machine (27). This is a delivery slip for a group slip.

  However, the delivery slip manufacturing apparatus disclosed in the above-mentioned patent document conveys each slip when name-binding and single-binding, and temporarily stops the conveyance when binding, so that in the manufacturing process, There is a problem that time is required and the sheet is conveyed for each sheet, so that it may be off the line in the middle of the conveyance and the yield may be reduced. In addition, when incorporating slips of details during delivery, there is no mechanism for concealing confidential information, and labeling must be performed by a separate device in the previous process of stacking multiple slips, resulting in reduced efficiency. There is.

  Incidentally, a multi-slip delivery slip that conceals confidential information such as details is disclosed in, for example, Japanese Patent Laid-Open No. 2000-263968. This delivery slip can be separated into four pieces by Z-folding or W-folding. It cannot be applied to a delivery slip or a manufacturing apparatus for extracting each slip with such a delivery slip or the manufacturing apparatus.

  Accordingly, the present invention has been made in view of the above problems, and is intended to reduce the manufacturing time of a combined slip that can be removed from a slip body that includes at least confidential information and has a concealment label attached thereto, thereby improving the yield. An object is to provide a device and a set slip produced thereby.

  In order to solve the above-mentioned problem, in the invention of claim 1, each area to be a plurality of slip bodies on the continuous sheet is determined in the transport direction by the transport means and the width direction with respect thereto, and the confidential information and A non-confidential information is printed, and the area which becomes each slip body is separated from the continuous paper, and the corresponding slip bodies are overlapped with each other, and a combined slip is produced that is unbounded and cut out by a cutting line. In the group slip manufacturing apparatus, an identification mark for attaching a concealment label to the printed confidential information is applied to a predetermined area of the continuous paper, and the detection means for recognizing the identification mark, the detection A label affixing unit that affixes a detachable concealment label on the secrecy information based on recognition of the identification mark by the unit, and a pair for each area in the width direction with respect to the transport direction of the continuous paper. First cutting means for cutting into a predetermined number of continuous parts by cutting in the transport direction, and among the predetermined number of continuous parts, the upper continuous part and the other predetermined number of continuous parts Corresponding to each region in the transport direction, the first overlap bonding means that makes a single continuous portion by applying an adhesive to the one side binding position of the other continuous portions and overlapping them together And cutting in the width direction to form a predetermined number of grouped slip bodies constituting the grouped slip, and among the predetermined number of grouped slip bodies, the uppermost grouped slip body and the other A second group of slips including a slip body to which the concealment label is affixed by applying an adhesive to the single binding position of the other slip forms and overlapping and bonding them together. Overlap adhesion means, a partially coated film and release paper are supplied, and the film Between Lum and release paper, a structure having an insertion means for inserting a set slip of said single each.

According to the second and third aspects of the invention, “a cut line that allows each slip body to be cut from the bonded portion is formed on the single set slip body on the premise that the cut line is not formed on the continuous paper. It has a configuration including a cutting line forming means,
“ Assuming that the film and the release paper are in a continuous state, the group slip inserted between the film and the release paper is cut for each group slip and The third cutting means is included ”.

  According to the first to third aspects of the present invention, areas to be a plurality of slip bodies are determined on the continuous paper, and a concealment label is affixed on the confidential information printed in the predetermined area, and is divided in the width direction with respect to the transport direction. By dividing each region in the conveyance direction into a predetermined number of continuous parts, these are overlapped to form a single continuous part, and further, the region divided in the conveyance direction is divided in the width direction. A predetermined number of group slips are formed, and a predetermined number of group slips are stacked and bonded together to form a single group slip body, which is inserted between the film and the release paper to produce a group slip This makes it possible to produce a set of slips including a slip body including at least a cover label with a concealment label affixed to it in a series of manufacturing processes without stopping the transportation state, and manufacturing time. Can be shortened To those up sheet is fabricated alone or loss due to lack of transport slipped is avoided, in which it is possible to improve the yield.

Hereinafter, the best embodiment of the present invention will be described with reference to the drawings.
In FIG. 1, the conceptual block diagram of the group slip manufacturing apparatus which concerns on this invention is shown. The group slip manufacturing apparatus 11 shown in FIGS. 1 (A) and 1 (B) will be described in detail in FIG. 2 and subsequent figures. However, each area that becomes a plurality of slip bodies on the continuous paper 12 corresponds to the transport direction by the transport means and to this. The secret information and the non-confidential information are respectively printed in a predetermined area and printed in a predetermined direction. The areas corresponding to the slip bodies are separated from the continuous paper 12, and the corresponding slip bodies are overlapped with each other. In order to produce a group slip that can be pulled out freely by a cutting line.

  That is, as shown in FIG. 1A, the continuous paper 12 is transported by a transport means (for example, a tractor) (not shown), and a barcode reader 13A and a mark sensor 14 as a detection means are arranged on the transport. . The mark sensor 14 is for recognizing an identification mark (see FIG. 2A) applied to a predetermined portion of the continuous paper 12 and attaching a concealment label. It is also possible to apply the concealment label at a predetermined position by reading the bar code (see FIG. 2A). In this case, the mark sensor 14 is omitted and the bar code reader 13A is detected. It is good.

  In addition, a label sticking unit 15 and a slitter 16A serving as a first cutting unit are sequentially arranged in the conveyance direction of the continuous paper 12. Here, assuming that it is determined that two information print areas are formed in the width direction with respect to the conveyance direction of the continuous paper 12, the single slitter 16A cuts and separates the continuous paper 12 into two continuous portions in the conveyance direction. Let One continuous part is conveyed as it is, and the other continuous part is coated with adhesive on the one-binding portion by the first overlap bonding means 18 including the adhesive applying means 17A, and the direction is changed by a predetermined number of conveying rolls. A single continuous portion is formed by overlapping and adhering to the lower portion of the one continuous portion. The slitters 16 </ b> B and 16 </ b> C are arranged at the next stage of the first overlap bonding means 18. The functions of the slitters 16B and 16C will be described later.

  Subsequently, the barcode reader 13B and the cutting / separating means 19 serving as the second cutting means are sequentially arranged at the next stage of the slitters 16B and 16C. The bar code reader 13B is for detecting whether or not the bar code (see FIG. 2A) is in the uppermost position when the single continuous part is used. The cutting / separating means 19 is composed of, for example, a pair of conveyance rollers, and is separated by a separation sewing line (see FIG. 2A) formed on the continuous paper 12 by increasing the number of rotations of the subsequent conveyance rollers. Thus, the group slip body 20A which is in the upper position and the group slip body 20B which is overlapped and bonded to the lower side are formed.

  Next to the cutting / separating means 19, a second overlap bonding means 21 including an adhesive application means 17B is disposed. That is, an adhesive is applied by the adhesive application means 17B to the single binding position of the group slip 20B positioned below the group slip body 20A, and is bonded to the group slip body 20A to form a single group slip body 20. . Then, the direction is changed from the arrangement position of the second overlap bonding means 21, and for example, the reversing means 22 is arranged in a right angle direction. The reversing means 22 reverses the top and bottom of a single set slip body 20 (that is, the top surface on which the barcode is applied is directed downward). This is for the purpose of making the surface to be bonded to a film, which will be described later, a surface to which a barcode is applied, and also for ensuring the drying time of the adhesive that has been bonded. Therefore, when the film to be bonded is positioned above, the reversing means 22 is not necessary, and it is not necessary to change the transport direction, and it is sufficient to simply provide a transport path having a length that ensures a drying time.

  On the other hand, the roll-shaped release paper film continuum 23 supplies the release paper 24 and a film 25 partially coated with an adhesive (see FIG. 4A). Is temporarily peeled off. Then, the set slip body 20 that is appropriately reversed by the reversing means 22 is inserted on the film 25 that has been temporarily peeled off by the insertion means 26, whereby the surface of the set slip body 20 on which the barcode is applied is placed on the film 25. It will be glued.

  Therefore, as shown in FIG. 1 (B), a sewing machine line forming blade 27, which is a cut line forming means, is disposed on the set slip body 20 bonded on the film 25. The sewing machine line forming blade 27 is used to form a cut line (see FIG. 4A) for allowing a part to be applied to the adhesive to be freely extracted. Since the formation position of the cut line can be specified, it can be formed in advance on the continuous paper 12. In this case, the sewing line forming blade 27 is not necessary.

  At the next stage of the sewing machine wire forming blade 27, a roll or the like that allows the release paper 24 and the film 25, which have been temporarily peeled off, to be releasably adhered is disposed so that the set slip body 20 on which the tear line is formed is the release paper. 24 and the film 25 are held. Furthermore, an air bleeding roll 28 is disposed as appropriate, and a third cutting means 29 is disposed. The third cutting means 29 is for cutting a continuous release paper film continuum, in which the set slip body 20 is held at a predetermined interval, into a final set slip 30 for each set slip body 20. Thus, for example, there is one in which a cutting blade is formed in the axial direction of the roll. The release paper 24 and the film 25 can be supplied not in a continuous form but in a single piece having a shape corresponding to the size of the assembled slip body 20, and in this case, the third cutting means 29 is not necessary. Become.

  Therefore, FIGS. 2 to 4 are explanatory diagrams of the group slip production process by the group slip manufacturing apparatus of FIG. 1, and will be described together with each processing component of FIG. FIG. 2A shows the continuous paper 12, and marginal portions 31A and 31B in which a conveyance hole for conveyance is formed are provided via separation sewing lines 32A and 32B for cutting. Here, it is determined as an area in which a slip for two pages is printed in the width direction with respect to the conveyance direction, and this is continuous in the conveyance direction via the separation sewing line 33 for cutting later, and is a secret corresponding to each area. Information including information is printed. In the figure, the continuous paper 12 is zigzag-folded by the separation sewing line 33, but it may be a roll.

  For example, in the case of a four-page booklet-type one-sided binding slip, areas of a slip body for one page and two pages in the width direction are determined as shown in the figure, and three pages for the next stage in the transport direction. 4 page slip areas are determined, and corresponding information is printed on each of them. This is to divide the two regions in the width direction later along the virtual separation line 34 (actually not displayed) in the transport direction, thereby dividing the first continuous portion 35A and the second continuous portion 35B. It is what is done.

  A bar code 36 having information specific to the group slip is applied to the first page area located at the top of the group slip on the continuous paper 12, and confidential information is printed in an area corresponding to the fourth page. As a thing, the label sticking mark 37 as an identification mark which specifies the position for sticking a concealment label later is given.

  When the continuous paper 12 as described above is conveyed, the barcode information is read by the barcode reader 13A, and it is determined whether or not the concealment label is to be attached (herein, it is assumed that it is attached). When the label sticking mark 37 is recognized by the mark sensor 14, the label sticking means 15 sticks a peelable concealment label 41 on the secret information on the fourth page as shown in FIG. The concealment label 41 is applied with, for example, a pressure-sensitive adhesive so as to be peelable. As the pressure-sensitive adhesive, for example, natural rubber latex or the like used in a peelable postcard is used. An adhesive base filled with a fine particulate filler such as silica is used.

  As shown in FIG. 2C, the continuous paper 12 to which the concealment label 41 is attached is divided by the slitter 16A into the first continuous portion 35A in which the odd-numbered page areas are continuous along the virtual separation line 34 and the even-numbered pages. Are separated into a continuous second continuous portion 35B, and the second continuous portion 35B is conveyed by another path. And the adhesive 42 is apply | coated by the adhesive application means 17A of the 2nd overlap adhesion | attachment means 18 to the single binding part of each area | region (2nd page, 4th page) of 2nd continuous part 35B, FIG. 3 (A). As shown in FIG. 3, the first continuous portion 35A is adhered to the back surface of the first continuous portion 35A. In this case, the area of the 4th page is located below the area of the 1st page with the area of the 2nd page adhered with the adhesive 42, and the area of the 4th page with the concealment label 41 attached below the area of the 3rd page. It is positioned in a state where it is bonded with the adhesive 42. That is, this results in a single continuous portion 35C.

  In the single continuous part 35C, as shown in FIG. 3A, the marginal parts 31A and 31B are separated by the slitters 16B and 16C, and the first page is positioned by the barcode reader 13B. Is done. Then, as shown in FIG. 3B, due to the difference in the number of rotations of the conveying rolls constituting the cutting and separating means 19 that is the first cutting means, it is separated by the separation sewing machine wire 33 and the combined slip body 20A and the combined slip body. 20B are sequentially separated. That is, the group slip body 20A is a single-bound form of the first page and the second page, and the group slip body 20B is a single-bound form of the third page and the fourth page to which the concealment label 41 is attached. It will be a thing. And the adhesive 43 is apply | coated by the adhesive application means 17B of the 2nd overlap adhesion | attachment means 21 to the single binding part of the 3rd page surface of the uppermost position in the group bill body 20B (3rd page, 4th page).

  Subsequently, as shown in FIG. 3C, the second overlap bonding means 21 overlaps and bonds the paired slip body 20B to the lower surface of the paired slip body 20A to form a single paired slip body 20. That is, the single set slip body 20 is in a state of being bound in a booklet form in the order from the first page with the barcode 36 to the fourth page with the concealment label 41 attached. . Then, the set slip body 20 is appropriately reversed by the reversing means 22 and sent to the inserting means 26.

  On the other hand, the release paper 24 and the film 25 are supplied from the release paper film continuous material 23 in a state where they are once peeled off. As shown in FIG. 4A, the film 25 is in a state where the adhesive 45 is applied and bonded to the release paper 24 except for one end side. Therefore, as shown in FIG. 4A, the insertion means 26 inserts and positions the set slip body 20 in the adhesive application portion of the film 25 to adhere the first page surface onto the film 25. . In this case, one end portion of the set slip body 20 is positioned at the application boundary portion of the adhesive 45 on the film 25.

  Therefore, as shown in FIG. 4 (A), a cut line 44 for extracting each slip body by the sewing machine wire forming blade 27 is formed on one side binding portion (adhesive 42, 43 portion) of the combined slip body 20. Although the figure shows the case where the tear line 44 is formed up to the first page, it is sufficient to form it for at least the second page to the fourth page. The sewing line forming blade 27 may be disposed between the cutting / separating means 19 and the inserting means 26 so that the tear line 44 is formed before the assembled slip body 20 is bonded to the film 25. Further, as described above, it is also possible to previously form a sewing line on the continuous paper 12, and in this case, the processing by the sewing line forming blade 27 becomes unnecessary.

  Subsequently, as shown in FIG. 4 (B), the release paper 24 is adhered again on the film 25 to which the assembled slip body 20 is adhered, and the release paper 24 and the film 25 are bonded by the air release means 28 of the pressure roll. Air (air bubbles) is removed, and as shown in FIGS. 4 (C) and 4 (D), for each of the release paper 24 and the film 25 on which each set slip body 20 is held by the third cutting means 29 By cutting into two, a single set slip 30 is obtained. Here, the bar code 36 applied to the first page when the single set slip 30 is selected may be used to finally confirm whether or not the first page is positioned at the top. In addition, when it is supposed that the film 25 and the release paper 24 coated with the adhesive 45 are supplied not in a continuous form but in a so-called single piece form having a size corresponding to the set slip body 20, the second cutting is performed. The processing by means 29 becomes unnecessary.

  Here, FIG. 5 shows a block diagram of a group slip produced by the group slip manufacturing apparatus of FIG. In FIG. 5, the set slip 30 produced as described above has a slip body 20-1 on the first page as a first slip body in which a barcode 36 bonded to the film 25 with an adhesive 45 is applied. The slip body 20-2 on the second page is attached to the lower side thereof by an adhesive 42 so that the slip body 20-2 can be pulled out by a cut line 44, and the slip body 20-3 on the third page can be pulled out by a cut line 44 below the adhesive. 44 is bonded in a single-sided manner.

  In addition, the slip body 20-4 on the fourth page as the second slip body with the concealment label 41 attached to the lower side of the slip body 20-3 on the third page can be pulled out by the cut line 44 so that it can be pulled out by the adhesive 42. The release paper 24 and the film 25 are bonded to each other by the adhesive 45 so as to hold them. Here, the group slip 30 includes the release sheet 24, but the release sheet 24 is peeled off when used, and even a sheet without the release sheet 24 is a group slip of the present invention. There is no change.

  Next, FIG. 6 shows a usage explanatory diagram of the group slip according to the present invention. FIG. 6 shows a case where the group slip 30 is a delivery slip 30A. For example, the delivery address, address, handling store, etc. are printed on the first page to the third page, and the fourth page shows the delivery slip. A concealment label 41 that can be peeled off is affixed to confidential information such as a purchased product name and a credit number as a payment statement. In this case, for example, the slip body 20-2 on the second page is used as a management slip for the delivery intermediate point, and the slip body 20-3 on the third page is used as a delivery slip to be taken home with a receipt stamp after delivery. Is.

  Therefore, as shown in FIG. 6A, the delivery slip 30A as described above is attached to the delivery 51 and placed in the delivery route. At the delivery intermediate point, the slip body 20-2 on the second page is extracted as shown in FIG. At the delivery destination, as shown in FIG. 6C, the delivery slip 20-3 on the third page is extracted, and the receipt is stamped and taken home. Then, the purchaser who has received the delivery 51 pulls out the payment statement 20-4 on the fourth page and peels off the concealment label 41 as shown in FIG. It is something that can be done.

  As described above, each slip body 20-1 to 20-4 including the slip body 20-4 on the fourth page as the second slip body having the concealment label 42 attached to at least the confidential information can be extracted by one-side binding. The paired slip 30 can be manufactured in a series of manufacturing processes without stopping the conveyance state, and the manufacturing time can be shortened as compared with the conventional method. Since the object is not transported alone, loss and mixing are avoided, and the yield can be improved. Along with this, the produced slip 30 can be made inexpensive.

  Next, FIG. 7 shows an explanatory diagram of another configuration in the overlapping adhesive means of the continuous portion of FIG. For example, an area in which a slip body for 3 pages is printed in the width direction with respect to the conveyance direction is determined on the continuous paper 12A, and this is continuous through the separation line 33 in the conveyance direction, and the predetermined area is labeled. After the concealment label is pasted by the pasting means 15, the slitters 16A and 16D show the case where the first continuous portion 35A, the second continuous portion 35B and the third continuous portion 35D are cut and separated. That is, the second continuous portion 35B applied with the adhesive by the adhesive applying unit 17A is single-stitched and bonded to the first continuous portion 35A, and the third continuous portion 35D applied with the adhesive by the adhesive applying unit 17C. Can be made into a single continuous portion by being bonded in a single stitch.

  In this way, even if the page area is increased in the width direction in order to increase the number of pages of the group slip, the manufacturing time for producing the group slip can be shortened as compared with the past, and the yield can be reduced. In addition to being able to improve, the combined slip produced along with this can be made inexpensive.

  The group slip manufacturing apparatus and group slip of the present invention can be applied to a group slip including a slip body in which a concealment label is affixed on confidential information and a device for producing the group slip, and other payment notification group slips. .

It is a conceptual block diagram of the group slip manufacturing apparatus which concerns on this invention. It is explanatory drawing (1) of the group slip production process by the group slip manufacturing apparatus of FIG. It is explanatory drawing (2) of the group slip production process by the group slip manufacturing apparatus of FIG. It is explanatory drawing (3) of the group slip production process by the group slip manufacturing apparatus of FIG. It is a block diagram of the group slip produced by the group slip manufacturing apparatus of FIG. It is use explanatory drawing of the group slip based on this invention. It is explanatory drawing of the other structure in the overlap bonding means of the continuous part of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Group slip manufacturing apparatus 12 Continuous paper 15 Label sticking means 16 Slitter 17 Adhesive application means 18, 21 Overlap adhesion means 19 Cutting separation means 20 Group slip body 24 Release paper 25 Partial adhesive film 29 Cutting means 30 Group slip (delivery slip)
41 Concealment label 42, 43, 45 Adhesive 44 Cut line

Claims (3)

Each area to be a plurality of slip bodies on the continuous paper is determined in the transport direction by the transport means and the width direction with respect to this, and confidential information and non-confidential information are printed in a predetermined area. A set slip manufacturing apparatus for producing a set slip that separates the areas to be the respective slip bodies and overlaps the corresponding slip bodies to be freely stitched by a cutting line.
An identification mark for applying a concealment label on the printed concealment information is applied to a predetermined area of the continuous paper, and detecting means for recognizing the identification mark,
Label affixing means for affixing a detachable concealment label on the confidential information based on recognition of the identification mark by the detection unit;
First cutting means for cutting into a predetermined number of continuous portions by cutting in the transport direction corresponding to each region in the width direction with respect to the transport direction in the continuous paper;
Of the predetermined number of continuous parts, a continuous part which is an upper position and another predetermined number of continuous parts are applied to the single binding position of the other continuous part by applying an adhesive and bonded together. A first overlap bonding means as a continuous portion;
A second cutting unit configured to cut the single continuous part in the width direction in correspondence with each region in the transport direction to form a predetermined number of grouped slip bodies constituting the grouped slip;
Of the predetermined number of group slip bodies, the concealment is performed by applying an adhesive to the one side binding position of the other group slip body and overlapping the other group slip body with the uppermost group slip body. A second overlap bonding means for each single set slip body including a slip-attached slip body;
Insertion means for supplying a film and release paper partially coated with an adhesive and inserting the single slip sheet between the film and release paper;
A slip manufacturing apparatus characterized by comprising: 2. The group slip manufacturing apparatus according to claim 1, wherein on the premise that the cut line is not formed on the continuous sheet, the single group slip body is capable of cutting each slip body freely from the adhesive portion. A slip manufacturing apparatus comprising cutting line forming means for forming a cut line. The group slip manufacturing apparatus according to claim 1 or 2, wherein the group slip is inserted between the film and the release paper on the assumption that the film and the release paper are in a continuous state. A group slip manufacturing apparatus comprising: a third cutting unit that cuts each body to form the single group slip.

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