JP2020157742A - Consecutive account book and method of manufacturing consecutive account book - Google Patents

Abstract

To provide a consecutive account book which prevents waste of a paper member used, reduces deformation in a winding state, and can be stored stably.SOLUTION: There is provided a consecutive account book comprising a first paper provided with a plurality of first transfer holes 59 at a predetermined pitch, having a first face 23 and not being provided with the transfer holes at the other end side, and a second paper 3 provided with a plurality of second and third holes 61, 62 at a predetermined pitch along edge parts of both end sides, in which the first paper and the second paper 3 are placed such that the first transfer holes 59 and the second transfer holes 61 are overlapped with each other, and adhered via a peelable adhesive 41. A separation piece 54 is adhered to the second paper 3, the separation piece being isolated from the first paper and comprising a plurality of fourth transfer holes 60 with a predetermined pitch such that these holes and the third transfer holes 62 are overlapped with each other. An information entry region 33 is printed in a region of the second paper 3 not overlapped with the first paper, and a concealment pattern is printed in a region of the second paper 3 overlapped with the first paper.SELECTED DRAWING: Figure 1

Description

The present invention relates to a continuous form used for an information entry area concealment sheet capable of concealing information entered in the information entry area.

Conventionally, a postcard is provided with an information entry area for entering information such as personal information, and is a sticker-shaped concealing member on which a tint block or the like is printed after the information is entered in the information entry area. There is a method of replying after peeling off the information on the surface of the information entry area. As a result, it is possible to prevent a third party from reading personal information or the like during the mailing of a postcard.

Further, Patent Document 1 has a structure in which a concealing member that conceals an information entry area is a laminated base paper, a peelable adhesive, and a release paper that are integrally connected to a postcard through a perforation for folding back. Has been proposed to.

In this case, after entering the information in the information entry area, peel off the release paper attached to the connecting base paper to expose the peelable adhesive layer, and then follow the perforations. By folding back the base paper and stacking it on the surface of the information entry area of the postcard, the base paper can be adhered to the postcard in a state where the information entry area is concealed.

Japanese Unexamined Patent Publication No. 2005-305956

By the way, such an information entry area is printed in advance, information is entered in the information entry area, the release paper is peeled off, and the information entry area is concealed by a concealing member with a peelable adhesive by folding back. Postcards are efficiently mass-produced by cutting the products manufactured as continuous forms into predetermined dimensions. The continuous form is provided with circular transfer holes continuously along both ends in the width direction, and the continuous form can be conveyed by engaging the protrusion of the sprocket-shaped transfer mechanism with the transfer hole. Commonly done.

Here, in such a postcard, the area of the portion to which the adhesive and the release paper are applied is smaller than the area when the postcard portion of the folded structure is unfolded, so that the width of the paper forming the postcard portion of the folded structure is increased. Therefore, the width of the paper on which the release paper is formed is narrowed, and both papers are pasted together via an adhesive to form a continuous form.

However, when such a manufacturing method is adopted, the continuous form is once wound into a roll in order to process the continuous form in which the postcard part and the release paper part bonded via the adhesive are laminated in a separate process. There is a need. At that time, while the thickness of the side on which the release paper is placed becomes thicker, the thickness of the side on which the release paper is not placed becomes thinner, so that the packaging of the continuously wound form is not stable. Due to the non-uniform internal stress, there was a risk that the continuous form would be wrinkled or partially torn.

Further, in order to stabilize the packing shape at the time of winding, the width of the paper forming the release paper is made the same as the width of the paper forming the postcard portion of the folded structure, and the paper forming the release paper is unnecessary at the final stage. A method of removing the portion is conceivable, but the unnecessary portion is wasted, which is disadvantageous in terms of material cost and the like.

This disclosure has been made in view of such a situation, and in the continuous form used for the information entry area concealment sheet that can conceal the information entered in the information entry area, waste of paper members used is suppressed and winding is performed. An object of the present invention is to provide a continuous form and a method for manufacturing a continuous form that can be stably stored by reducing deformation in the picked state as much as possible.

The continuous form according to the present embodiment is a form used for the information entry area concealment sheet capable of concealing the information entered in the information entry area, and is a plurality of forms for transfer along the edge on one end side. A first sheet of paper in which one transfer hole is provided at a predetermined pitch and no transfer hole is provided on the other end side, and a plurality of second and third transfers for transfer along the edges on both ends. A second sheet of paper in which the holes are provided at a predetermined pitch is arranged so that the first transfer hole and the second transfer hole overlap each other, and via a peelable adhesive. The second paper is adhered to the second paper so as to be on the same surface as the surface on which the first paper is arranged, separated from the first paper, and overlap with the third transfer hole. A separation piece having a plurality of fourth transfer holes having a predetermined pitch for transfer is adhered via an adhesive, and is the side of the second sheet on which the first sheet is placed. An information entry area is printed in an area that does not overlap with the first sheet, and is concealed in an area that overlaps with the first sheet on the side where the first sheet of the second sheet is arranged. The pattern is printed.

Further, in the continuous form according to another embodiment of the present embodiment, the first paper and the separation piece have a plurality of the first and fourth transfer holes for transfer along the edges on both ends. It may be formed by cutting a third sheet of paper provided at a predetermined pitch along the arrangement direction of the fourth transfer hole.

Further, in the continuous form according to another embodiment of the present embodiment, the distance in the width direction perpendicular to the arrangement direction of the first transfer holes of the first paper is the second or the third of the second paper. The spacing in the width direction perpendicular to the arrangement direction of the transfer holes may be 40% or more and 60% or less.

Further, in the continuous form according to another embodiment of the present embodiment, information may be printed in the information entry area.

The method for manufacturing a continuous form according to the present embodiment is a method for manufacturing a form used for an information entry area concealment sheet that can conceal the information entered in the information entry area, and is transferred along an edge on one end side. A first paper preparation step for preparing a first paper having a plurality of first transfer holes provided at a predetermined pitch and no transfer holes on the other end side, and an information entry area and for concealment. Preparation of the second paper on which the pattern is printed and a plurality of second and third transfer holes for transfer are provided at predetermined pitches along the edges on both ends. A process, a separation piece preparation step of preparing a separation piece having a plurality of fourth transfer holes having a predetermined pitch for transfer, and an adhesive in the vicinity of the third transfer hole of the second paper. A separation piece bonding step of printing or coating, and then arranging and adhering the separated pieces so that the third transfer hole and the fourth transfer hole overlap each other, and peeling to the second paper The pressure-sensitive adhesive is printed or applied, and then the first paper is placed at a position where the first transfer hole and the second transfer hole overlap each other and are separated from the separation piece. An information entry area is printed in an area of the second sheet on which the first sheet is arranged and which does not overlap with the first sheet, and the first sheet of the second sheet is arranged. Includes a first paper bonding step of arranging and adhering at a position on which a concealment pattern is printed in a region that overlaps with the first paper.

Further, in the method for manufacturing a continuous form according to another embodiment of the present embodiment, a plurality of the first and fourth transfer holes for transfer are provided at predetermined pitches along the edges on both ends. A third paper preparation step for preparing the third paper and a third paper cutting step for cutting the third paper along the arrangement direction of the first and fourth transfer holes. Further included, the first paper and the separation piece may be formed by cutting the third paper.

Further, in the continuous form manufacturing method according to another embodiment of the present embodiment, after the first paper bonding step, a printing step of printing the destination information on the first paper and the information entry area of the form are obtained. By folding the sheet in which the information entered in the information entry area is separated into a concealable sheet and the sheet in which the information entered in the information entry area can be concealed, the information entry area and the concealment pattern can be obtained. However, there are a sheet folding step in which the sheets are arranged so as to face each other and overlap each other, and a sealing and sealing step in which a sheet folded by the sheet folding step and in which the information entered in the information entry area can be concealed is sealed and sealed in an envelope. Further may be included.

Further, in the method for manufacturing a continuous form according to another embodiment of the present embodiment, an information printing step of printing information in the information entry area, which is performed before the sheet folding step and the sealing and sealing step, may be further included.

According to the present embodiment, in the continuous form used for the information entry area concealment sheet that can conceal the information entered in the information entry area, waste of paper members used is suppressed and deformation in the wound state is reduced as much as possible. However, it is possible to provide a continuous form and a method for manufacturing a continuous form that can be stably stored.

It is plan view and sectional drawing explaining the structure of the continuous form of 1st Embodiment. It is a top view explaining the process of slitting the 1st paper. It is a top view explaining the 1st surface side of the 2nd paper. It is a top view explaining the 2nd side of the 2nd paper. It is a top view explaining the process of applying an adhesive and an adhesive on the 1st surface side of the 2nd paper. It is a top view explaining the information entry area concealment sheet. It is a plan view and a sectional view explaining the folded information entry area concealment sheet. It is a schematic diagram explaining an example of the manufacturing process of the continuous form of 1st Embodiment. It is a schematic diagram explaining an example of the manufacturing method up to the sealing and sealing of the information entry area concealment sheet of 1st Embodiment. It is a schematic diagram explaining the modification of the manufacturing method up to the sealing and sealing of the information entry area concealment sheet.

Hereinafter, an example of the continuous form of the present disclosure and a method of manufacturing the continuous form will be described with reference to drawings and the like. However, the continuous form of the present disclosure and the method for manufacturing the continuous form are not limited to the embodiments and examples described below.

It should be noted that each figure shown below is schematically shown. Therefore, the size and shape of each part, the thickness of each layer in the cross-sectional view, and the like are exaggerated as appropriate for easy understanding. Further, in each drawing, hatching showing a cross section of the member is omitted as appropriate. Numerical values such as dimensions of each member and material names described in the present specification are examples of embodiments, and are not limited thereto, and can be appropriately selected and used. In the present specification, terms that specify shapes and geometric conditions, such as parallel, orthogonal, and vertical, are intended to include substantially the same state in addition to the exact meaning. Further, for convenience of explanation, the term “upper or lower” may be used for explanation, but the vertical direction may be reversed, and the same applies to the horizontal direction.

1. 1. First Embodiment The first embodiment of the continuous form of the present disclosure will be described. FIG. 1 is a diagram showing an example of a form 1 for an information entry area concealment sheet, which is a continuous form of the first embodiment, FIG. 1 (a) is a plan view, and FIG. 1 (b) is FIG. 1 (a). It is sectional drawing which looked at the XX cross section shown in 1 from the lower side of the paper surface. 2A and 2B are plan views showing a first sheet 2 before and after being separated by slit processing, FIG. 2A shows before slit processing, and FIG. 2B shows after slit processing. Further, FIG. 3 is a plan view showing the first side 31 side of the second paper 3, and FIG. 4 is a plan view showing the second side 32 side of the second paper 3.

(A) Configuration of Information Entry Area Concealed Sheet Form As shown in FIGS. 1 (a) and 1 (b), the information entry area concealed sheet form 1 is transferred along the edges of both ends on the left side of the paper. It has a hole 57 and a plurality of transfer holes 58 on the right side. Further, as shown in FIG. 1A, a stamp pasting column, a zip code entry column, etc. printed on the first side 23 of the first sheet 2 are visually recognized on the left side of the information entry area concealment sheet form 1, and on the right side. The information entry area 33 printed on the first side 31 of the second sheet 3 is visually recognized. Further, from this, the left side of the information entry area concealment sheet form 1 has a configuration in which the second paper 3, the adhesive 41, and the first separation piece 21 of the first paper 2 are laminated in this order.

Further, on the right side of the information entry area concealment sheet form 1, only the right end portion is laminated with the marginal portion 56, the adhesive 42, and the marginal portion 54 of the second paper 3 in this order to form the marginal portion 52 as a whole. In the area on the right side other than the above, only the second paper 3 exists. The marginal part refers to both ends of the continuous form including the transfer holes used for transporting the continuous form. Usually, perforation or the like is performed, and it is often configured so that only the marginal part can be separated later.

On the other hand, at the left end of the information entry area concealment sheet form 1, the marginal portion 55 and the marginal portion 53 of the second sheet 3 are overlapped with the gap created by the adhesive 41 sandwiched between them to form the marginal portion 51 as a whole. There is. The pressure-sensitive adhesive 41 may be arranged so as to directly bond the marginal portion 55 and the marginal portion 53.

In addition, in the substantially rectangular structure shown in FIG. 1A, the information entry area concealment sheet form 1 which continuously forms a long continuous form on the upper side and the lower side of the paper surface is formed on the upper side and the lower side. The side is omitted and the information entry area is divided into the areas constituting one concealment sheet. The same applies to FIGS. 2 to 5. Hereinafter, each component will be described.

(I) First Paper The first paper 2 does not develop the adhesive strength of the adhesive 41 until the postcard is bent to hide the information entry area 33 after the information is entered on the information entry area concealment sheet 4, which will be described later. It has a role as a release paper for this purpose. In addition, the peeled part of the first sheet 2 is printed on the first side 23 with necessary printing such as a stamp pasting column and a zip code entry column so that it can be used as a postcard as needed. However, such printing is not necessary. Further, a mold release layer 27 for maintaining releasability with the adhesive 41 described later is provided on the second surface 24, which is the opposite surface of the first surface 23 of the first paper 2.

As shown in FIG. 2A, the first sheet 2 has a plurality of transfer holes 59 on the left side of the paper surface and a plurality of transfer holes 60 on the right side along the edges at both ends thereof. The distance between the transfer holes 59 and the transfer holes 60 in the width direction (distance between the centers of both holes) is the transfer holes 57 and the transfer holes formed along the edges of both ends of the information entry area concealment sheet form 1 described above. It is smaller than the width direction interval of 58. When the former interval is D1 and the latter interval is D2, the value of D1 is preferably 40% or more and 60% or less of the value of D2. Under such conditions, it is possible to secure a sufficient space for the information entry area 33 formed on the second sheet 3, and finally, the first sheet 2 sufficiently hides the information entry area 33. Because it can be done.

Further, since the first sheet 2 is provided with transfer holes 59 and 60 at both ends, it can be easily transferred by engaging the protrusions of the sprocket-shaped transfer mechanism with the transfer holes, which is necessary as appropriate. Can be printed and processed. The pitch (distance between the centers of the adjacent transfer holes) along the arrangement direction of the transfer holes 59 and 60 provided at both ends of the first sheet 2 is set to a predetermined pitch including a certain tolerance in order to maintain the transfer accuracy. Has been done. As shown in FIG. 2B, on the first sheet 2 after necessary printing and the like, the marginal portion 54 on the right side is a perforation provided in advance from the first separation piece 21 of the first sheet 2 of the main body. It is separated along the planned cutting line 26.

In this way, the first paper 2 is finally arranged on the second paper 3, which will be described later, while being separated from the first separation piece 21 and the marginal portion 54. As shown in FIG. 1B, the first separation piece 21 is adhered to the second paper 3 via a peelable adhesive 41 between them, and the marginal portion 54 is bonded to the second paper 3 via an adhesive 42 between them. 2 Adhered to paper 3. The marginal portion 54 can also be simply called a separation piece.

(Ii) Second Paper The second paper 3 is a basic part of the information entry area concealment sheet 4 described later, and as shown in FIG. 3, the first side 31 of the second paper 3 is subjected to a post-process. A concealing region 34 is formed by printing or the like in the region on the left side where the adhesive 41 and the first separation piece 21 of the first paper 2 are to be mounted. This is provided in order to conceal the information entry area 33 in which the information is entered when the information entry area concealment sheet 4 is folded, and to make the entered information difficult to see from the outside. The concealment area 34 can be formed of a tint block as shown in FIG. 3, for example, but forms some concealment pattern such as a pattern using characters, figures, lines, etc., or a pattern by dark solid printing or the like. Anything is fine.

Further, an information entry area 33 is formed by printing or the like in the area on the right side of the first surface 31 of the second paper 3 on which the adhesive 41 and the first separation piece 21 of the first paper 2 are not mounted. The information entry area 33 may have a format for entering some information related to personal information. For example, in the present embodiment, it is assumed that the information entry area concealment sheet 4 is an account transfer request form, and is provided with entry fields such as a depositor name, a financial institution name, an account number, or a passbook number. In addition to this, when the information entry area concealment sheet 4 is a credit card payment application form, entry fields such as a card number, a holder, an expiration date, etc. may be provided, and other uses and items. But it goes without saying that it is okay.

Similar to the first paper 2, the second paper 3 also has a plurality of transfer holes 61 on the left side of the paper surface and a plurality of transfer holes 62 on the right side along the edges at both ends thereof. Since the second paper 3 is provided with transfer holes 61 and 62 at both ends, it can be easily transferred by engaging the protrusions of the sprocket-shaped transfer mechanism with the transfer holes, and the above printing or the like can be performed. Can be done. The pitch (distance between the centers of the adjacent transfer holes) along the arrangement direction of the transfer holes 61 and 62 provided at both ends of the second paper 3 is set to a predetermined pitch including a certain tolerance in order to maintain the transfer accuracy. Has been done.

The second sheet 3 is provided with planned cutting lines 36 and 37 at perforations in advance so that the marginal portion 55 on the left side and the marginal portion 56 on the right side can be separated in a later process. Further, along the boundary between the concealed area 34 and the information entry area 33, a planned folding line 35 for facilitating bending is formed at the perforation.

On the other hand, as shown in FIG. 4, the destination information 38, which is the destination of the reply postcard, is printed on the second side 32, which is the back side of the first side 31 of the second paper 3, and is printed on the right side. The explanation column 39 is printed and formed. The second paper 3 of FIG. 4 shows a state in which the second paper 3 of FIG. 3 is rotated by 180 ° around the axis of rotation about the planned folding line 35. Therefore, the explanation column 39 of the second surface 32 is arranged on the back surface corresponding to the concealed area 34 of the first surface 31, and the destination information of the second surface 32 is arranged on the back surface corresponding to the information entry area 33 of the first surface 31. 38 are arranged.

The address information 38 describes, for example, the address when the information entry area 33 in which the information is entered is concealed by folding the information entry area concealment sheet 4 and then mailed as a postcard. Further, although the explanation column 39 describes the description method of the information entry area 33 in the present embodiment, it may be a description of some other communication matter, advertisement, or the like. Since the explanation column 39 is arranged on the back surface corresponding to the concealed area 34, it may be a surface without printing at all, but since the description portion of the destination information 38 corresponds to the back surface corresponding to the information entry area 33, somehow. It is preferable to print characters, figures, solid patterns, etc. from the viewpoint of concealment.

(Iii) Adhesive In FIG. 5, the adhesive 41 is provided on the concealing area 34 on the left side of the first surface 31 of the second paper 3 shown in FIG. 3 in an area substantially the same area as the concealing area 34, and the adhesive 41 is provided on the right end. It is a top view explaining that the linear adhesive 42 is provided in the region along the edge portion of the marginal portion 56, and in the region inside the transfer hole 62. When the information entry area 33 in which the information is entered is concealed by bending the information entry area concealment sheet 4, the adhesive 41 has a right side area and a concealment area of the first surface 31 of the second paper 3 including the information entry area 33. The left side area including 34 is adhered to the extent that it does not come off during mailing as a postcard.

The pressure-sensitive adhesive may be, for example, an aqueous emulsion-type pressure-sensitive adhesive containing a natural rubber as a main component, and may also contain known components such as acrylic, solution-type acrylic, emulsion-type acrylic, and rubber. May be good.

(Iv) Adhesive The linear adhesive 42 provided near the right end of the second paper 3 along the edge is the marginal portion 56 at the right end of the second paper 3 and FIGS. 1 (a) and 1 (b). As shown in the above, the marginal portion 54, which is a separated piece separated from the first paper 2 mounted above the first paper 2, is applied to be adhered to the marginal portion 54. The marginal portions 56 and 54 are aligned so that the respective transfer holes 62 and 60 overlap in the plane direction of the form, and are bonded via the adhesive 42. Various known glues and adhesives can be used as the adhesive. Further, the adhesive 42 may be formed of the same material as the adhesive 41 described above by printing or the like at the same time.

(V) Release layer As will be described later, a release process such as providing a release layer 27 may be performed on the second surface 24, which is the back surface of the first surface 23 of the first sheet 2. As shown in FIGS. 1A and 1B, the first separation piece 21 of the first paper 2 is attached to the left side of the second paper 3 via the adhesive 41, and the first separation is said. The piece 21 also functions as a release paper for suppressing the adhesive function of the adhesive 41. Therefore, it is preferable that the first separation piece 21 can be easily separated from the adhesive 41 when the information entry area 33 in which the information is entered is concealed by bending the information entry area concealment sheet 4. The release layer 27 can be provided, for example, by printing an ink containing silicone or the like.

(B) Method of Manufacturing Form for Information Entry Area Concealment Sheet Next, an example of a method of manufacturing the information entry area concealment sheet form 1 will be described with reference to each figure. FIG. 8 is a schematic schematic diagram showing a manufacturing process of the information entry area concealment sheet form 1 which is a continuous form of the present embodiment. The first paper 2 and the second paper 3 are prepared as the first paper winding 73 and the second paper winding 71 as roll-shaped windings, respectively (step (G), step (A)). The first sheet 2 is preliminarily printed with the necessary characters and the like described above and the release layer 27 is printed, and the second sheet 3 is preliminarily printed with the above-mentioned concealed area 34 and information. The entry area 33, the destination information 38, the explanation column 39, and the like are printed, and transport holes for transport are formed at both ends of the first paper 2 and the second paper 3.

The second paper continuous paper 72, which is the continuous paper of the second paper 3, is unwound from the second paper take-up 71 and adheres to the linear region along the edge of the marginal portion 56 of the second paper 3 in FIG. The adhesive 42 is applied by the agent application portion 75 (step (B)). On the other hand, the first paper continuous paper 74, which is the continuous paper of the first paper 2, is unwound from the first paper take-up 73, and is separated from the first separation piece 21 by the slit portion 79 as shown in FIG. 2 (b). The slit is separated from the marginal portion 54 (step (H)).

After that, the marginal portion 54, which is a separated piece, is overlapped on the above-mentioned second paper continuous paper 72 via a guide roller, sandwiched between the rollers from above and below at the first collating portion 76, and both are crimped. (Step (C)). As a result, as shown in FIGS. 1A and 1B, the marginal portion 56 and the marginal portion 54 at the right end of the second paper 3 are adhered to each other via the adhesive 42, and the marginal portions 56 and 54 are bonded to each other, respectively. The transfer holes 62 and 60 of the above are fixed in an overlapping arrangement in the plane direction of the form to form a marginal portion 52 having continuous transfer holes 58 from the transfer holes 62 to 60.

After that, the second continuous paper 72 having the marginal portion 52 is heated by the first heat-drying portion 77, and the curing of the adhesive 42 is promoted (step (D)). Further, a liquid pressure-sensitive adhesive 41 is supplied from the ink pan of the pressure-sensitive adhesive printing unit 78 to the printing roller on the downstream side thereof, and the region of the pressure-sensitive adhesive 41 is printed and formed so as to cover the concealed region 34 as shown in FIG. (E)). When the adhesive 42 is an ultraviolet curable adhesive, the first heat-drying unit 77 may be replaced with a UV irradiator.

After that, the first separation piece 21 of the first paper continuous paper 74 slit-separated in the step (H) is aligned with the second paper continuous paper 72 by the guide roller, as shown in FIGS. 1A and 1B. The leftmost marginal portion 55 of the second sheet 3 and the leftmost marginal portion 53 of the first separating piece 21 are fixed via the adhesive 41, and the marginal portions 55 and 53 are respectively transferred holes 61 and The 59s are fixed in an overlapping arrangement in the plane direction of the form to form a marginal portion 51 having continuous transfer holes 57 from the transfer holes 61 to 59.

After the first separation piece 21 of the first continuous paper 74 and the second continuous paper 72 are aligned, they are sandwiched by rollers from above and below at the second collating portion 80, and both are crimped (process). (F)). After that, the second continuous paper 72 is heated by the second heat-drying unit 81, and the curing of the pressure-sensitive adhesive 41 is promoted (step (I)). In this way, the information entry area concealment sheet form 1 which is a continuous form as shown in FIGS. 1A and 1B is completed, and is wound up as a roll-shaped information entry area concealment sheet form winding 83. (Step (J)).

When the pressure-sensitive adhesive 41 is an ultraviolet curable adhesive, the second heat-drying portion 81 may be replaced with a UV irradiator. In addition, aging can be performed at a predetermined temperature for a certain period of time in order to completely cure the adhesive 42 and the adhesive 41 that are applied and printed on the roll-shaped information entry area concealment sheet form winding 83. As a result, high adhesive reliability can be obtained in each step up to the encapsulation and sealing step in the subsequent step and in the subsequent use.

As shown in FIG. 1, the information entry area concealment sheet form 1 of the present embodiment has a thickness of a portion where the adhesive 41 and the first separation piece 21 are laminated on the second paper 3, which is one end in the width direction of the form. The thickness of the portion where the adhesive 42 and the marginal portion 54 are laminated on the second paper 3, which is the other end in the width direction of the form, is substantially the same. At least, the difference in thickness between one end and the other end can be reduced as compared with the case where nothing is laminated on the second paper 3 which is the other end in the width direction of the form. As a result, the roll-shaped information entry area concealment sheet form winding 83 manufactured in the above step has substantially the same thickness in the width direction of the form, so that the internal stress and deformation generated inside the form are uniform. Can be changed. Therefore, when the form winding 83 for the information entry area concealment sheet is used in a subsequent process, the risk of quality defects such as deformation or tearing of the form can be reduced.

(C) Manufacturing method up to sealing and sealing the information entry area concealment sheet Next, the information entry area concealment sheet is formed and enclosed by using the information entry area concealment sheet form winding 83 manufactured by the above manufacturing process. An example of a manufacturing method until sealing will be described. FIG. 9 is a schematic schematic diagram showing a manufacturing process up to performing sealing and sealing using the information entry area concealment sheet form 1 which is a continuous form of the present embodiment.

First, the information entry area concealment sheet form 1 is unwound from the information entry area concealment sheet form winding 83, and the perforation processing unit 84 forms a perforation at a predetermined position of the information entry area concealment sheet form 1 (step). (L)). For example, it can be performed on the planned folding line 35 as shown in FIG. 1A and the outline of the outer circumference of the information entry area concealment sheet 4 described later. The perforation processing portion 84 simulates a rotary cutter in which a blade is attached to a rotating roller, but the present invention is not limited to this, and a punching method in which the blade moves up and down may be used, or may be formed by laser irradiation. ..

Next, the printer 85 performs necessary printing on the information entry area concealment sheet form 1 in which the perforations are formed (step (M)). Whether or not printing by the printer and the content to be printed when printing are arbitrary. For example, a part of the user's information is preliminarily printed in the information entry area 33 in which the destination user should enter the information by himself / herself. It can be printed with. An example is the name of the depositor. As a result, it is possible to reduce the time and effort for the user to fill in all of the information entry area 33 by handwriting. The printing process by the printer may be performed before the perforation forming process.

After that, the information entry area concealment sheet form 1 in which the perforations are formed and printed is separated into the respective information entry area concealment sheets 4 along the perforations in the burster unit 86 (step (N)). .. The burster unit 86 sandwiches the information entry area concealment sheet form 1 between the upper and lower transport rollers on the upstream side and the downstream side of the transport, and makes a difference in the rotation speeds of the respective transport rollers on the upstream side and the downstream side. As a result, tension is applied to the information entry area concealment sheet form 1 along the transport direction, and the information entry area concealment sheet 4 is separated.

A plan view of the information entry area concealment sheet 4 is shown in FIG. The information entry area concealment sheet 4 is further removed from the first separation piece 21 of the first sheet 2 shown in FIG. 2B along the planned cutting line 25 at which the marginal portion 55 is perforated, and the flow direction, that is, The second separation piece 22 from which the upper and lower portions of the paper surface of FIG. 6 are separated is arranged on the left side. Further, the second paper 3 in FIG. 3 is separated from the second paper by removing the marginal portions 55 and 56 at both ends along the planned cutting lines 36 and 37, which are perforations, and separating the upper and lower portions of the paper surface of FIG. The piece 40 is processed, and the second separation piece 22 is attached to the left side of the second paper separation piece 40 in FIG. 6 via an adhesive 41.

Further, on the right side of the second separation piece 22, the information entry area 33 printed on the second paper separation piece 40 is visually recognized. The second separation piece 22 needs to be easily peeled off when the user fills in the information entry area 33 and then folds and adheres the postcard via the adhesive 41. Therefore, a region where the adhesive 41 is not applied may be locally provided on the corner portion of the second separation piece 22 so that the second separation piece 22 can be easily peeled off from the corner portion.

The information entry area concealment sheet 4 has a perforation planned fold line 35 formed substantially in the center along the vertical direction of the paper surface of FIG. 6 so that it can be easily folded back in the left-right direction. When enclosing in an envelope, after the above step (N), the information entry area concealment sheet 4 is placed on the planned folding line 35 at the folding processing section 88 arranged on the downstream side of the burster section 86. A process of folding the second separation piece 22 and the information entry area 33 of the second paper separation piece 40 so as to face each other is performed (step (O)). After that, the enclosed envelope 89 is obtained by enclosing and sealing the folded information entry area concealment sheet 4 in an envelope based on a cutting process for adjusting the size of the information entry area concealment sheet 4 as needed (). Step (P).

A plan view of the information entry area concealment sheet 4 folded in the step (O) is shown in FIG. 7 (a). Further, FIG. 7 (b) shows a cross-sectional view of the YY cross section in FIG. 7 (a) as viewed from the lower side of the paper surface. The broken line portion in FIG. 7A shows the second paper separating piece 40 before being folded. The destination information 38 printed on the second side 32 of the second paper separation piece 40 is visually recognized on the outermost surface of the folded information entry area concealment sheet 4. In addition, it has a second separation piece 22 inside and comes into contact with the coated area of the adhesive 41. Since the release layer 27 is printed on the contact surface of the second separation piece 22 with the coating area of the adhesive 41 as described above, the adhesive is applied after the user has entered the information in the information entry area 33. When the postcard is folded and adhered via the 41, the second separation piece 22 can be easily separated from the adhesive 41.

In the present embodiment, by aging the roll-shaped information entry area concealment sheet form winding 83 for a certain period of time, the coated and printed adhesive 42 and the adhesive 41 can be completely cured, and the stability of the process can be improved. The adhesive reliability of the product can be improved. Further, aging can be efficiently performed by collectively storing a large number of information entry area concealment sheet form winding 83 in the aging room, which is advantageous when the product lot is relatively large.

2. 2. Modification Example Next, regarding the manufacturing process of the continuous form of the present disclosure, a modification relating to the manufacturing method up to the sealing and sealing of the information entry area concealment sheet will be described. FIG. 10 is a diagram showing a manufacturing process of a modified example in which the steps after step (I) are different from those shown in FIGS. 8 and 9 in the manufacturing process of the continuous form shown in FIG. In the above-mentioned manufacturing method, after the step (I) of FIG. 8, the information entry area concealment sheet form 1 is once wound up on the information entry area concealment sheet form winding 83 and then passed to the subsequent process. In the modified example, the printing step, the separating step, the folding step, and the sealing and sealing step on the form are continuously performed without winding up the form 1 for the information entry area concealment sheet.

The information entry area concealment sheet form 1, which is a continuous form in which the adhesive 41 is cured through the step (I), is subsequently subjected to necessary printing by the printer 85 on the downstream side shown in FIG. 10 (step (Q)). ). The content printed by the printer is the same as in the above-mentioned step (M). After that, the form cutter 90, which is a rotary cutter with a blade attached to the rotating roller, cuts and separates the information entry area concealment sheet form 1 into individual information entry area concealment sheets 4 (step (R)). ..

Further, in the information entry area concealment sheet 4, the second separation piece 22 and the information entry area 33 of the second paper separation piece 40 face each other along the planned folding line 35 at the folding processing section 88 on the downstream side. (Step (S)). After that, the enclosed envelope 89 is obtained by enclosing and sealing the folded information entry area concealment sheet 4 in an envelope based on a cutting process for adjusting the size of the information entry area concealment sheet 4 as needed (). Step (T)).

The manufacturing method of this modification is not premised on aging as the form winding 83 for the information entry area concealment sheet, and is performed in-line until the encapsulation and sealing, so that it can be applied to products that require a relatively short delivery time. It is advantageous.

1 Information entry area concealment sheet form 2 1st paper 3 2nd paper 4 Information entry area concealment sheet 21 1st separation piece 22 2nd separation piece 23 1st surface 24 2nd surface 25, 26 Scheduled cutting line 27 Separation layer 31 First side 32 Second side 33 Information entry area 34 Concealed area 35 Scheduled folding line 36, 37 Scheduled cutting line 38 Destination information 39 Explanation column 40 Second paper separation piece 41 Adhesive 42 Adhesive 51, 52, 53, 54 , 55, 56 Marginal parts 57, 58, 59, 60, 61, 62 Transfer hole 71 Second paper winding 72 Second paper continuous paper 73 First paper winding 74 First paper continuous paper 75 Adhesive coating part 76 1st collating part 77 1st heating and drying part 78 Adhesive printing part 79 Slit part 80 2nd collating part 81 2nd heating and drying part 83 Information entry area Concealed sheet form winding 84 Perforated part 85 Printer 86 bar Star part 88 Folding part 89 Enclosed envelope 90 Foam cutter

Claims (8)

A form used for the information entry area concealment sheet that can conceal the information entered in the information entry area.
Along the edge on one end side, a plurality of first transfer holes for transfer are provided at a predetermined pitch, and a first sheet having no transfer holes on the other end side.
A second sheet in which a plurality of second and third transfer holes for transfer are provided at predetermined pitches along the edges on both ends are the first transfer hole and the second transfer hole. The transfer holes of the above are arranged so as to overlap each other, and are adhered via a peelable adhesive.
The second sheet is designated for transfer so as to be on the same surface as the surface on which the first sheet is arranged, separated from the first sheet, and overlap with the third transfer hole. Separations with a plurality of fourth transfer holes having a pitch are glued together via an adhesive.
An information entry area is printed in an area of the second sheet on which the first sheet is arranged and which does not overlap with the first sheet.
A continuous form in which a concealment pattern is printed in an area of the second paper on which the first paper is arranged and which overlaps with the first paper. The first paper and the separation piece are a third paper in which a plurality of the first and fourth transfer holes for transfer are provided at a predetermined pitch along the edges on both ends. The continuous form according to claim 1, which is formed by cutting along the arrangement direction of the fourth transfer hole. The distance in the width direction perpendicular to the arrangement direction of the first transfer holes of the first paper is the distance in the width direction perpendicular to the arrangement direction of the second or third transfer holes of the second paper. The continuous form according to claim 1 or 2, which is 40% or more and 60% or less of the above. The continuous form according to any one of claims 1 to 3, wherein the information is printed in the information entry area. It is a manufacturing method of a form used for an information entry area concealment sheet that can conceal the information entered in the information entry area.
Along the edge on one end side, a plurality of first transfer holes for transfer are provided at a predetermined pitch, and a first sheet having no transfer holes on the other end side is prepared. Preparation process and
Prepare a second sheet of paper on which the information entry area and concealment pattern are printed and with multiple second and third transfer holes for transfer along the edges on both ends, each at a predetermined pitch. The second paper preparation process and
A separation piece preparation step of preparing a separation piece having a plurality of fourth transfer holes having a predetermined pitch for transfer, and a separation piece preparation step.
An adhesive is printed or applied to the vicinity of the third transfer hole of the second paper, and then the separation piece is arranged so that the third transfer hole and the fourth transfer hole overlap. Separation piece bonding process and
A peelable adhesive is printed or applied to the second paper, and then the first paper is printed on the first paper so that the first transfer hole and the second transfer hole overlap each other. It is in a position to separate and
An information entry area is printed in an area of the second sheet on which the first sheet is arranged and which does not overlap with the first sheet.
The first paper to be arranged and adhered at a position where a concealment pattern is printed in an area of the second paper on which the first paper is arranged and which overlaps with the first paper. A method of manufacturing a continuous form, including the bonding process. A third paper preparation step of preparing a third paper in which a plurality of the first and fourth transfer holes for transfer are provided at predetermined pitches along the edges on both ends.
The third paper cutting step of cutting the third paper along the arrangement direction of the first and fourth transfer holes is further included.
The method for manufacturing a continuous form according to claim 5, wherein the first paper and the separated piece can be formed by cutting the third paper. After the bonding step of the first paper, a printing step of printing the destination information on the first paper, and
A sheet separation process that separates the form into sheets in which the information entered in each information entry area can be hidden, and
A sheet folding step in which the information entry area and the concealment pattern are arranged so as to face each other and overlap each other by folding a sheet on which the information entered in the information entry area can be concealed.
Manufacture of the continuous form according to claim 5 or 6, further comprising an encapsulation and sealing step of enclosing and sealing a sheet in which the information entered in the information entry area folded by the sheet folding step can be concealed in an envelope. Method. The method for manufacturing a continuous form according to claim 7, further comprising an information printing step of printing information in the information entry area, which is performed prior to the sheet folding step and the sealing and sealing step.