JP2011152643A - Method for forming business form - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a method for forming a business form which can find any business form separated at a scoring part by checking the scoring part immediately after performing a scoring process. <P>SOLUTION: In the method for forming the business form, it is checked whether the scoring part is broken and separated or not when forming the business form with the scoring part, and a mark is put on the business form with the separated part when the separated part is found. The method includes a step to print the business form, a step to make a scoring operation, a step to check the scoring part and a step to put a mark on the business form with the separated part. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a method for producing a form that inspects whether or not the form is divided at the pushing part when producing the form having the pushing part, and marks the form having the dividing part when the dividing part is found.

When a form is printed on continuous paper and folded, if it is folded horizontally, it is folded with a perforated cut (hereinafter also referred to simply as a perforation). When folding vertically, fold with perforations or fold with muscle push.
However, when folding with the continuous paper in the paper flow direction, the fiber direction of the paper matches the direction of the line, and the part where the line is pressed is cut off and divided There is.
On the other hand, when a form is printed on a sheet and folded, it can be folded by a folding device (folding machine) regardless of the paper eyes, and no lines are formed for folding.
However, when the contents are stored like a cardboard container and a person puts the lid on, the bracing portion is formed in advance in the bent portion of the lid portion even when printing with a sheet.

As described above, when a form is printed on continuous paper and folded with vertical stripes, the push is too strong and the form is divided into left and right and may be sent to the subsequent process as it is.
A technique for inspecting whether or not a form has been destroyed has been disclosed in the past (see, for example, Patent Document 1), but a technique for inspecting a defective portion in advance of muscle push in advance is not disclosed.

JP 2003-288544 A

  In view of the above, an object of the present invention is to inspect a muscle push portion immediately after a muscle push is performed, and to find a form divided by the muscle push portion.

  In order to achieve the above object, the first aspect of the method for producing a form of the present invention is to inspect whether or not the bracing part is broken and divided when producing a form having the bracing part. When a part is found, it is a method for producing a form for marking a form having a divided part, and at least a step of printing the form, a step of performing a line push, a step of inspecting the line push portion, And a step of marking a form having a divided part.

  In the second aspect, in the first aspect, in the step of inspecting the muscle pushing portion, light, laser, or air is applied from one side where the muscle pushing is performed, and the sensor on the other side is used. It is characterized by detecting and inspecting the divided portion.

  The third aspect is characterized in that, in the first aspect, in the step of marking a form having a divided part, a mark having the same length as the divided part is given to the exposed part of the completed form.

1) As in the first and second aspects, when a form having a muscle push portion is produced, it is inspected whether the muscle push portion is broken and divided, and if the cut portion is found, the division portion is A method for producing a form for marking a form having, at least, a step for printing the form, a step for performing a line push, a step for inspecting the line push portion, and a step for applying a mark to the form having the divided portion. In addition, in the step of inspecting the muscle pushing portion, from one side where the muscle pushing is performed, any one of light, laser, and air is applied, and the dividing portion is separated by the sensor on the other side. By detecting and inspecting, for example, a sealed letter containing personal information is not sent in an opened state.
2) Also, as in the third aspect, in the first aspect, in the step of marking the form having a divided part, by applying a mark of the same length as the divided part to the exposed part of the completed form, As mentioned above, items that were in the pre-opening condition from the beginning can be removed in advance, and even if items that were in the pre-opening condition from the beginning were sent without being removed in advance, the front of the sealed letter Since the exit is marked, it can be clarified whether the responsibility for opening is on the form maker side or if it is an accident in the middle of delivery.

It is a figure for demonstrating an example of the form which has a creasing part. It is a figure for demonstrating an example of a form in case the form of this embodiment is produced with a continuous paper. It is a figure for demonstrating an example of the production method of a form in case the form of this embodiment is produced with a continuous paper. It is a figure for demonstrating an example of the preparation method of a form in case the form of this embodiment is produced with a sheet | seat.

With reference to FIG. 1, an example of a form having a line pushing portion will be described.
Hereinafter, a form having a line pushing portion will be described using an example of an envelope.
A form (hereinafter also referred to as an envelope) 1 having a line pushing portion shown in FIG. 1 has a line pushing portion 11 between a flap portion 14 and an envelope body (not shown), and the envelope body portion is an adhesive portion 12. The envelope front (front) paper and the envelope backing paper are pasted together at the shaded area.
The boundary of the envelope is a portion 13 to be cut off, and the envelope is further connected before and after the envelope in the figure.

Although not shown in the above-mentioned envelope, printing such as a design is applied to the front of the envelope.
Further, when an envelope is produced in a continuous form, feed holes (hereinafter also referred to as sprocket holes) are formed on the left and right sides of the envelope. The envelope is set in a sealing device with a printing device, personal information such as a destination is printed, contents linked to the personal information are sealed from the flap portion 14 side, and the flap portion 14 is folded at the bracing portion 11. And sealed. At this time, the flap portion 14 is folded at a correct position by the muscle pushing portion 11.
The envelope in which the inclusion is enclosed is cut off at the planned separation portion 13 to become an envelope containing the inclusion.
Depending on the sealing device, after the envelope is cut off at the planned portion 13, the contents are sealed and sealed.

FIG. 2 is an example of a form when the form of the present embodiment is made of continuous paper.
Roll paper is set on the rotary press and printing is first performed. Printing may be performed on the same line on the front side and the back side, or on one side only. In the printed roll paper, a horizontal sewing machine is formed in the planned separation part 13, a pusher part 11 is formed, an edge notch of a flat part is formed (not shown), and the planned separation part 16 is vertically formed. Finally, sprocket holes 151, 152, 153, and 154 are formed by a sewing machine, and rewinded as a form 1 having a muscle pushing portion.
The above-mentioned scheduled separation part 16 in the vertical direction is formed in the vicinity of the center of the form in the left-right direction. In the figure, the left side of the planned separation part 16 is the front side of the envelope and the right side is the back side of the envelope.
In some cases, the vertical sewing machine is not formed in the above-described scheduled separation portion 16, and only the separation position is printed and displayed.

  The above-mentioned form 1 having the rewound muscle pushing portion is put on a bag making apparatus, separated into a front portion and a back portion by the above-mentioned scheduled separation portion 16, and a cover and a back surface by the adhesive portion 12 described in FIG. Paper is glued into a continuous envelope.

With reference to FIG. 3, an example of a method for producing a form when the form of the present embodiment is produced with continuous paper will be described.
FIG. 3 shows a part of a continuous form printing machine (rotary press), a process for performing a line push, a process for inspecting a line push part, and a process part for marking a form having a dividing part at the line push part. FIG.

As described with reference to FIG. 2, the winding paper is printed, a horizontal sewing machine is formed in the part to be separated 13, and the muscle pushing portion (hereinafter also referred to as a muscle pushing roller) 51 and the driving roll 52 are used to produce the muscle pushing portion. 11 is formed.
The muscle pushing roller 51 is like a rotating body having no rotary push cutting blade, and rotates in conjunction with the drive roll 52.
The muscle pushing roller 51 is interlocked with the drive roll 52 via a gear so as not to place a burden on paper or the like which is a form substrate.
A plastic receiving portion made of a slippery material is fitted into a portion of the driving roll 52 corresponding to the muscle pushing roller 51, and a shallow groove (concave portion) is formed in the receiving portion.
In some cases, a shallow groove is formed on the muscle pushing roller 51 side, and a protrusion is formed on the drive roll 52 side.

The form base material (for example, paper) on which the muscle pushing portion 11 is formed enters the muscle pushing portion inspection process via the guide roll 42.
In the inspection section of the muscle pushing section, light or laser is irradiated from one of the form base materials, for example, the light projecting section 21 of the inspection apparatus from the front side, and the light receiving section 22 on the back side of the form base material. Is detected.
When a split portion 110 such as a tear is generated in the muscle pushing portion 11, it passes through the muscle pushing portion 11 and is detected by the sensor portion of the light receiving portion 22.
When the segmentation part 110 such as a tear is not generated in the muscle pushing part 11, the sensor of the light receiving part 22 does not react due to “cutting” of the form substrate.
The sensor of the light receiving unit 22 is finely adjusted according to the thickness and material of the form substrate. In addition, the streaks 11 may not be printed so as not to be affected by the printing ink.

  As a means for inspecting the above-described dividing section 110, a method of blowing air (air) from one side of the form substrate, for example, from the front side and detecting air (air) on the back side of the form substrate may be used. it can. In this case, unlike the case of using light or laser as described above, even if printing ink is present in the streaks 11, it is not affected.

The light receiving portion 22 (in the case of air, an air detecting portion) of the inspection device is linked to the mark device 3 and forms a mark 30 on the exposed surface of the form.
The positional relationship between the light receiving unit 22 (in the case of air, an air detection unit) and the mark device 3 are set apart by, for example, the finished dimensions of the form (the interval of the scheduled separation portion in FIG. 3).
In that case, after detecting the dividing unit 110 by the light receiving unit 22 described above, the movement length (printing speed) of the form is calculated, the mark is started after the final dimension of the form is moved in time, and the dividing unit 110 A mark 30 having the same length as the length is formed on the surface of the form (the front surface or the back surface of the envelope).

The base material (paper) having the streak portion on which the split detection mark 30 is formed moves to the next unit of the printing press.
Up to this point, an example of performing a process of performing a line push, a process of inspecting a line push part, and a step of marking a form having a divided part at the line push part in the middle of a series of continuous form printing machines (rotary presses). Although described, it is not always the case when it is performed in the middle of printing, but it may be performed by other, for example, a dedicated machine or a bag making apparatus.
However, even if the state of the muscle pushing portion 11 is inspected with light, laser, or air, the light receiving portion 22 (not shown, but in the case of air, the air detecting portion) is shown in the figure with respect to the paper movement direction. It is preferably located in the lateral direction as shown, and is not installed in the vertical direction of paper where paper dust tends to accumulate.
More preferably, the light projecting unit 21 and the light receiving unit 22 of FIG. 3 are housed in a transparent box (not shown) and inspected so as not to be affected by paper dust or the like.

With reference to FIG. 4, an example of a method for producing a form when the form of the present embodiment is produced from a sheet will be described.
As described above, there are cases where a form having a line pushing portion is made of a sheet.
When the form is made of a sheet, the direction of the line for pushing and the fiber direction of the paper may not be the same direction.
In the case where the line pushing line is the same as the fiber direction of the paper, in general, the line pushing part is likely to be divided, and in the opposite case, the line division is difficult to occur.

For example, when a form having a line pushing portion is made of an envelope having a flap portion and made of a sheet, a placement blade is used, a V-shaped flat pressure machine or a flat bed printing machine is used, and the line pushing is flat. A streak is formed by pressing the form substrate against the pressing blade formed on the surface of the slab.
When a form is made of a sheet, in many cases, the muscle push portion is inspected by a dedicated device different from the aforementioned muscle push device.

Even in the case of the above-described dedicated apparatus, as shown in FIG. 4, the light receiving unit 22 (not shown, but in the case of air, an air detection unit) is provided, as in the case where the streaks are inspected with the continuous paper described in FIG. It is preferable that the paper roll is installed at a position where the form base material sandwiched between the drive rolls 61 and 62 and 63 and 64 as shown in the figure is sandwiched in the horizontal direction, as shown in the figure. Do not install in the vertical direction of paper that tends to accumulate.
In addition, as described with reference to FIG. 3, the light receiving unit 22 (in the case of air, an air detection unit) of the inspection device is linked to the mark device 3 to form a mark on the surface of the form.
The positional relationship between the light receiving unit 22 of the inspection device (in the case of air, an air detection unit) and the mark device 3 are separated from each other by, for example, the finished dimensions of the form.
In that case, after detecting the dividing part by the light receiving unit 22 described above, the movement length of the form is calculated, the mark is started after the finished dimension of the form in time, and the length is the same as the length of the dividing part. A mark is formed on the surface of the form.

  The method for producing a form according to the present invention is suitable for producing a form having a pushing portion, in particular, an envelope having a flap part used for sending personal information, or a certificate having a separation part that is difficult to divide. Available to:

DESCRIPTION OF SYMBOLS 1,10 Form | form with a pushing part, form base material 3 Mark apparatus 11 Pushing part 12 Bonding part 13,16 Scheduled part 14 Flap part 21 Light emitting part 22 Light receiving part, Detection part 30 Mark 41, 42 Guide roll 51 Muscle pushing device 52 Driving roll 61, 62, 63, 64 Driving roll 110 Muscle pushing portion, muscle 151, 152, 153, 154 Feed hole, sprocket hole 110 Dividing portion

Claims (3)

It is a method for producing a form in which when a form having a push-in part is produced, it is inspected whether the push-in part is broken and divided, and when the divided part is found, a form is marked on the form having the divided part. ,
A method for producing a form, comprising: at least a step of printing a form, a step of performing a line push, a step of inspecting a line push portion, and a step of marking a form having the divided portion. In the preparation method of the form according to claim 1,
In the process of inspecting the muscle pushing portion, it is characterized in that either one of light, laser, and air is applied from one side where the muscle pushing is applied, and the dividing portion is detected and inspected by the sensor on the other side. How to make a form to do. In the preparation method of the form according to claim 1,
A method for producing a form, characterized in that, in the step of marking a form having a divided part, a mark having the same length as that of the divided part is given to an exposed part of the completed form.

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