JP2015051625A - Continuous form - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a continuous form with which individual separation pieces in their state before separating the form can be subjected to printing without using a copying structure.SOLUTION: A continuous form is made up of a plurality of unit forms that are coupled to one another so as to permit separation in a sheet transport direction. The unit forms are ones which have at least a pressure-sensitive copying part and can be subjected to printing by a printer. The copying part is made up of at least a first substrate and a second substrate laminated one upon another. The first substrate is divided into at least a first printing region and a second printing region. A pressure-sensitive copying structure is disposed between the first substrate and the second substrate that correspond to the first printing region. The first substrate corresponding to the second printing region is adhered to the second substrate via an adhesive layer. The first substrate includes a cut-out part between the first printing region and the second printing region.

Description

  The present invention relates to a continuous form having a copy structure.

  Each sheet is associated with each other by assigning unique information for association to each sheet of the pressure-sensitive copying form. As the means for giving the unique information, there is a means for printing the unique information on each sheet of paper in advance with a printer, and then collating the sheets of each sheet using a collating device. .

As another means, first, a pressure-sensitive copying form in which each sheet on which no specific information is formed is collated using a collating apparatus is manufactured.
Next, predetermined unique information is printed in a predetermined area of the pressure-sensitive copying form using an impact printer. As a result, unique information is formed in a predetermined area of each sheet of the pressure-sensitive copying form, and the sheets can be associated with each other. (For example, see Patent Document 1)
In Japanese Patent Application Laid-Open No. H10-228707, since unique information for association is printed using an impact printer after collation by a collation device, mismatch occurs in unique information given to each sheet of a pressure-sensitive copying form. There is nothing.

  However, since the pressure-sensitive copying structure constituting the pressure-sensitive copying form exhibits coloration by a slight pressure, the influence of vibration from the printing mechanism of the impact printer when printing with the impact printer to give the unique information. Is transmitted to the form, and a part of the pressure-sensitive copying structure reacts to give an unnecessary color. For this reason, the conventional pressure-sensitive copying form has a problem that the value as a product may be lowered.

Japanese Patent No. 3874472

  An object of the present invention is to provide a continuous form that can be printed without using a copying structure for each separated piece in a state before form separation.

  The present invention solves the above problems by the following means. In addition, in order to make an understanding easy, although the code | symbol corresponding to embodiment of this invention is attached | subjected and demonstrated, it is not limited to this. In addition, the configuration described with reference numerals may be improved as appropriate, or at least a part thereof may be replaced with another configuration.

-1st invention is a continuous form formed by connecting a plurality of unit forms so as to be separable in the paper transport direction (P), the unit form being a printer-printable form having at least a pressure-sensitive copying unit, The copying part is formed by laminating at least a first base material (17) and a second base material (18), and the first base material (17) is formed in a first printing area (P1) and a second printing area (P2). A pressure-sensitive copying structure (32) is provided between the first base material (17) and the second base material (18) corresponding to the first printing region (P1) at least, and the second base material (18). The first base material (17) corresponding to the printing region (P2) is bonded to the second base material (18) through the adhesive layer (10), and the first base material (17) has the first base material (17). Along the paper transport direction (P) between the one print area (P1) and the second print area (P2). The continuous business form, characterized in that the disconnection (S) is provided.
The second invention is a continuous form in which a plurality of unit forms are connected so as to be separable in the paper conveyance direction (P), wherein the unit form is a form that can be printed by a printer having at least a pressure-sensitive copying unit, The copying unit is formed by laminating at least a first base material (17), a second base material (18), and a third base material (19), and the first base material (17) has a first printing region (P1). Between the first base material (17) and the second base material (18) which are at least divided into a second print region (P2) and a third print region (P3) and correspond to the first print region (P1). In addition, pressure-sensitive copying structures (32-1, 32-2) are provided between the second substrate (18) and the third substrate (19), and the second printing region (P2) and the first substrate The first base material (17) corresponding to the three printing regions (P3) is interposed through the adhesive layer (10-1). The second base material (18) that is bonded to the second base material (18) and corresponds to the third printing region (P3) passes through the adhesive layer (10-2), and the third base material (19 ) And the first base material (17) between the second printing area (P2) and the first printing area (P1), and between the second printing area (P2) and the third printing area ( A cutting line (S) is provided along the sheet conveyance direction (P) between the second printing area (P2) and the third printing area (P3). A continuous form characterized in that a cutting line (S) is provided along the sheet conveying direction (P) between the sheet and the sheet P3).
In a third aspect based on the first aspect, the adhesive layer (10) formed between the first base material (17) and the second base material (18) ) In the form of a line or dotted line, and the two lines of the paste are formed at a predetermined interval, and the first base material corresponds to the predetermined interval. (17) A continuous form characterized in that the surface area is the second print area (P2).
-4th invention is the adhesive layer (10-1) formed between said 1st base material (17) and said 2nd base material (18) in said 2nd invention, and said 2nd base material. The adhesive layer (10-2) formed between (18) and the third base material (19) is a linear glue formed in a line or dotted line along the paper transport direction (P). The linear glue is formed in two for each region with a predetermined interval, and each region on the surface of the first base material (17) corresponding to the predetermined interval is printed by the second printing. A continuous form characterized by the area (P2) and the third print area (P3).
The fifth invention is the first or third invention, wherein the pressure-sensitive copying structure (32) is a system that develops color by a chemical reaction between a color former and a developer, and the first substrate ( 17) of the opposing surface of the second substrate (18), a color former layer is provided on the first substrate (17) side, and a developer layer is provided on the second substrate (18) side. A continuous form characterized by being printed.
-A sixth invention is the method according to the second or fourth invention, wherein the pressure-sensitive copying structure (32-1, 32-2) develops a color by a chemical reaction between a color former and a developer, Of the opposing surfaces of the first base material (17) and the second base material (18), a color former layer is provided on the first base material (17) side, and on the second base material (18) side. A developer layer is provided, and a color developer layer is further provided on the second substrate (18) side of the opposing surfaces of the second substrate (18) and the third substrate (19), A continuous form, wherein a developer layer is provided on the third substrate (19) side.
The seventh invention is the method according to the first or third invention, wherein the pressure-sensitive copying structure (32) is a system that develops a color by a chemical reaction between a color former and a developer. 17) A continuous form characterized in that a self-coloring pressure-sensitive coloring layer is provided on the second substrate (18) side of the opposing surface of the second substrate (18).
The eighth invention is the method of the second or fourth invention, wherein the pressure-sensitive copying structure (32) is a system that develops a color by a chemical reaction between a color former and a developer. 17) and the second base material (18), a self-coloring type pressure-sensitive color developing layer is provided on the second base material (18) side, and the second base material (18) and the second base material (18) are further provided. A continuous form characterized in that a self-coloring pressure-sensitive coloring layer is provided on the third substrate (19) side of the opposing surface of the third substrate (19).

  Similarly, the present invention solves the above problems by the following means. For ease of understanding, reference numerals corresponding to those in the second to fourth embodiments are given for explanation, but the present invention is not limited to this. In addition, the configuration described with reference numerals may be improved as appropriate, or at least a part thereof may be replaced with another configuration.

The ninth invention is a continuous form in which a plurality of unit forms are continuous in the conveying direction. The unit form (201, 301, 401) includes a first piece (211, 411) and a first cutting line on the first piece. A first base material (210, 310, 410) comprising a second piece (212, 412) connected in a separable manner, and the second piece of the first base material laminated on the first base material. A second base material (220, 320) that is strongly bonded by the first adhesive layer (B201) and provided with a pressure-sensitive copying structure between the first base material and the first piece. A first printing area (P201, P401-1 to P401-3) and a second printing area (P202, P402-1 to P402-3) provided on the second piece, the first base material A first separation piece (241) including the first piece, and the second piece and the front of the first base material A continuous form characterized in that the second separation piece (242) in which the second base material is integrated by the first adhesive layer can be separated by cutting the first cutting line. is there.
The tenth invention is the continuous form of the ninth invention, wherein the first base material (210, 410) is opposite to the first piece (211 411) of the second piece (212, 412). A third piece (213, 413) that is separably connected to the second cutting line (S202, S402) on the side, and a third printing area (P203, P403-1 to P403-3) provided on the third piece. The second base material (220) is strongly bonded to the second piece of the first base material by the first adhesive layer (B201). And connected to the second piece adhesive piece so as to be separable at a third cutting line (S203, S403), arranged at a position corresponding to the third piece of the first base material, A third piece adhesive piece (223) strongly adhered by the second adhesive layer (B202), It is laminated on the second base material, a pressure-sensitive copying structure is provided between the second base material, and a third adhesive layer (B203) is provided on the third piece adhesive piece of the second base material. The strongly bonded third base material (230), the third piece of the first base material, the third piece adhesive piece of the second base material, and the third base material are the second adhesive. A third separation piece (243) integrated by a layer and the third adhesive layer is separable by cutting the second cutting line and the third cutting line. It is a continuous form.
In an eleventh aspect of the present invention, in the continuous form according to the ninth or tenth aspect, each print area includes (P201, P401-1 to P401-3, P202, P402-1 to P402-3, P203, P403-1). To P403-3) are continuous forms characterized by being printed in association with each other.

  According to the present invention, it is possible to provide a continuous form that can be printed without using a copying structure for each separated piece in a state before form separation.

It is an example of the continuous form concerning 1st Embodiment. It is another example of the continuous form concerning 1st Embodiment. It is an example of the pressure-sensitive copying structure concerning 1st Embodiment. It is a figure which shows the form 201 of 2nd Embodiment. It is sectional drawing which shows the state which isolate | separated the form 201 of 2nd Embodiment. It is a figure explaining the usage method of the form 201 of 2nd Embodiment. It is a figure explaining the usage method of the form 201 of 2nd Embodiment. It is a figure explaining the usage method of the form 201 of 2nd Embodiment. It is sectional drawing of the form 301 of 3rd Embodiment. It is the figure which looked at the form 401 of 4th Embodiment from the upper surface.

  Next, embodiments of the present invention will be described in detail with reference to the drawings.

(First embodiment)
FIG. 1 is an example of a continuous form according to the first embodiment.
In FIG. 1, X of 11 is printing, P1 is a first printing area, P2 is a second printing area, 16 is a sprocket hole, AA line is a cross-sectional line, P is a sheet conveyance direction, and S is a cut portion (cut line). ).
In FIG. 1A, unit forms connected in the paper conveyance direction P of the continuous form are illustrated, and a cutout portion S is provided along the paper conveyance direction P. Specifically, the cutout portion S is provided at a portion that becomes a boundary between the first print region P1 and the second print region P2. Further, a cut-out portion S is also provided at the boundary between each region of the form edge where the sprocket hole 16 is formed and the first printing region P1 and the second printing region P2. The cut portion S is usually a cut perforation, but is not limited to a perforation, and may be a cutting line, a line for pushing a line, or a half cut. In the figure, it is indicated by a broken line. The print 11 in the first print area P1 and the second print area P2 is obtained by performing print processing at high speed using a non-impact printer.

  The unique information assigned as the print 11 by the non-impact printer to the first print area P1 and the second print area P2 is managed as information associated with each other.

FIG. 1-2 is an example of a cross-sectional view taken along line AA in FIG. 1-1. 1-2, 10 is an adhesive layer, 11 is printing, 17 is a first substrate, 18 is a second substrate, and 32 is a pressure-sensitive copying structure.
In FIG. 1-2, the first base material 17 corresponding to the second printing region P2 is bonded to the second base material 18 via the adhesive layer 10, and the adhesive layer 10 is along the paper transport direction P. It is a linear paste formed in two lines or dotted lines with a predetermined interval. The predetermined interval means an interval corresponding to an effective print area in the range of the second print area P2. The adhesive layer 10 can be of any type, such as water, solvent, wax, hot melt, UV, and pressure-sensitive adhesive. Examples of water-based pastes include “AV-780” and “P-800LC” manufactured by NIHEI PROCESSING. The form of the adhesive layer 10 may be any of line glue, spot glue, pattern glue, and the like.

  2, FIG. 2A is another example of a continuous form according to the first embodiment. The continuous form shown in FIG. 1 has a two-layer configuration of a first base material 17 and a second base material 18. On the other hand, the continuous form shown in FIG. 2 has a three-layer structure provided with a third base material 19. As described above, the continuous form shown in FIG. 2 is the first base material which is the outermost surface for associating each base material composed of the first base material 17, the second base material 18 and the third base material 19 with each other by the unique information. Three print areas were provided on 17 surfaces. In the figure, P1 is the first printing area, P2 is the second printing area, P3 is the third printing area, 10-1 is the adhesive layer, 10-2 is the adhesive layer, and 32-1 is the first pressure sensitive copy. Structure 32-2 is a second pressure-sensitive copying structure.

  Unique information associated with the unique information printed in the first print area P1 is printed in the third print area P3 and the second print area P2, and the first print area P1, the second print area P2, Each boundary of the third print region P3 is formed so as to be cut by the cut portion S along the paper transport direction P. The cut portion S between the first printing region P1 and the second printing region P2 may be formed to a depth that allows only the first base material 17 to be separated. The cut portion S between the second printing region P2 and the third printing region P3 may be formed to a depth that allows both the first base material 17 and the second base material 18 to be separated. Further, a cut-out portion S is also provided at the boundary between each region of the form edge where the sprocket hole 16 is formed and the first printing region P1 and the third printing region P3. This cut-out portion S is for separating all of the first base material 17, the second base material 18, and the third base material 19. Between the first base material 17 and the second base material 18, a first pressure-sensitive copying structure 32-1 is formed. Further, an adhesive layer 10-1 is formed between the first base material 17 and the second base material 18 corresponding to the second print region P2 and the third print region P3.

  A second pressure-sensitive copying structure 32-2 is formed between the second base material 18 and the third base material 19. Furthermore, an adhesive layer 10-2 is formed between the second base material 18 and the third base material 19 corresponding to the third printing region P3.

  FIG. 2-2 is an example of a cross-sectional view taken along line BB in FIG. Each of the unique information formed as the print 11 by the non-impact printer on the surface of the first base material 17 corresponding to the first to third printing areas is managed as information associated with each other.

  In FIG. 1 and FIG. 2, the print 11 printed on the surface of the first base material 17 by the non-impact printer is a non-impact printer, so the printing pressure is applied to the second base material 18 and the third base material 19. Therefore, there is no influence on product deterioration such as coloring. The first base material 17, the second base material 18, and the third base material 19 are kraft paper, high-quality paper, copy paper, glassine paper, parchment paper, rayon paper, coated paper, synthetic paper, paper laminated with a resin film. A paper such as cellophane, stretched polypropylene, polyethylene terephthalate, stretched polystyrene, and polyvinyl chloride may be used. The thickness of the first base material 17, the second base material 18, and the third base material 19 is usually preferably about 20 μm to 200 μm.

  FIG. 3 is an example of a pressure-sensitive copying structure. That is, it is an example of a cross-sectional view of a pressure-sensitive copying unit in the continuous form according to the first embodiment. In FIG. 3, 30 is a print, 31 is a first substrate, 32 is a pressure-sensitive copying structure, and 33 is a second substrate.

  The pressure-sensitive copying portion is a portion in which the first base material 17, the second base material 18, and the third base material 19 corresponding to the first printing region P <b> 1 are laminated via the pressure-sensitive copying structure 32. As the pressure-sensitive copying structure 32, for example, there is a system in which color is developed by a chemical reaction between the color former 32a and the developer 32b by pressure printing. In this system, a color former 32a is provided on the first base material 17 side, and a developer 32b is provided on the second base material 18 side. The color former 32a is a microcapsule having a dye on the first base material 17 side. The microcapsule has a diameter of several microns that is obtained by dissolving a colorless dye in a non-volatile oil and surrounded by a polymer film. It is a fine particle. The microcapsules are easily destroyed by the printing pressure, and the colorless dye in the microcapsules flows out, contacts with the developer 32b, causes a chemical reaction, and instantly develops color.

  In FIG. 1-2, it is also possible to provide a pressure-sensitive color developing layer of a self color developing system (single color developing system, composite color developing system) having a layer structure of the developer 32b and the color developing agent 32a on the second substrate 18 side. .

  The pressure-sensitive copying structure 32 as described above is a clean material because it does not contain harmful substances such as PCB (polychlorobiphenyl), heavy metals, and organic chlorine compounds, which can be recycled and has little environmental pollution.

  Specific examples will be described below.

Example 1
The example of the 1st manufacturing process of the continuous form of the 2 layer structure which consists of the 1st base material 17 shown in FIG. 1 and the 2nd base material 18 was shown below.
A step of printing a pattern (unique information) on the first base material 17 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the second substrate 18.
A step of forming a solid pattern on the entire area corresponding to the second printing area P2 as the adhesive layer 10 on the second substrate 18. A collating step of collating the first base material 17 and the second base material 18. A printing step of printing variable information including unique information simultaneously on the first printing area P1 and the second printing area P2.
Inspection and packing process.

(Example 2)
The example of the 2nd manufacturing process of the continuous form of the 2 layer structure which consists of the 1st base material 17 shown in FIG. 1 and the 2nd base material 18 was shown below.
A step of printing a pattern (unique information) on the first base material 17 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the second substrate 18.
A step of forming two linear glues on the second base material 18 as the adhesive layer 10 along the paper conveyance direction P at both ends of the region corresponding to the second printing region P2 by the line glew method. A collating step of collating the first base material 17 and the second base material 18. A printing process in which variable information including unique information is simultaneously printed in a region where the adhesive layer 10 is not formed in the first printing region P1 and the second printing region P2.
Inspection and packing process.

(Example 3)
The example of the 1st manufacturing process of the continuous form of the 3 layer structure which consists of the 1st base material 17, the 2nd base material 18, and the 3rd base material 19 which were shown in FIG. 2 was shown below.
A step of printing a pattern (unique information) on the first base material 17 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the second base material 18 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the third base material 19.
As the second base material 18 adhesive layer 10-1, glue is formed in a solid pattern in each of the areas corresponding to the second print area P2 and the third print area P3 along the paper transport direction P, and the third base material 19 A step of forming glue as a solid pattern in the area corresponding to the third printing area P3 along the paper conveyance direction P as the adhesive layer 10-2. A collating step of collating the first base material 17 and the second base material 18. A collating process for collating the second base material 18 and the third base material 19. A printing step of printing variable information including unique information simultaneously on the first printing area P1, the second printing area P2, and the third printing area P3.
Inspection and packing process.

Example 4
The example of the 1st manufacturing process of the continuous form of the 3 layer structure which consists of the 1st base material 17, the 2nd base material 18, and the 3rd base material 19 which were shown in FIG. 2 was shown below.
A step of printing a pattern (unique information) on the first base material 17 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the second base material 18 and a step of forming the cutout portion S.
A step of printing a pattern (unique information) on the third base material 19.
Line glue method is applied to both ends of each of the second printing region P2 and the third printing region P3 by applying two linear glues along the paper conveyance direction P as the adhesive layer 10-1 on the second base material 18. Forming two linear glues on the third base material 19 as the adhesive layer 10-2 along the paper transport direction P on both ends of the region corresponding to the third printing region P3 by the line mulch method. . A collating step of collating the first base material 17 and the second base material 18. A collating process for collating the second base material 18 and the third base material 19. A printing step of printing variable information including unique information simultaneously on the first printing area P1, the second printing area P2, and the third printing area P3.
Inspection and packing process.

(Modification 1)
In the example of the continuous form shown in FIG. 1, the unique information printed on the second print area P2 and the unique information printed on the first print area P1 need only be managed as information associated with each other. The characters and designs printed on the display may be different from each other.
(Example 1)
A code pattern such as a barcode or QR code (registered trademark) may be displayed in the second print area P2, and a personal name or an address associated with the code pattern may be displayed in the first print area P1.
(Example 2)
The employee numbers may be displayed in a row along the paper conveyance direction P in the second print area P2, and the personal information of the employees corresponding to the employee numbers may be displayed in the first print area P1.
The same applies to FIG. 2, and the unique information printed in the first print area P1, the unique information printed in the second print area P2, and the unique information printed in the third print area P3 shown in FIG. Different displays may be used.
As described above, it is preferable that the second and third print areas, which are the print areas on the side where the adhesive layers 10, 10-1, and 10-2 are formed, print information suitable for a strip-like long and narrow area. .

(Modification 2)
In FIG. 2, a three-layer configuration is shown, but a second substrate (18) and a third substrate (19) corresponding to the second and third printing regions (P2, P3) on the first substrate. The number of stacked layers may be increased to any number of layers.

  As described above, the form according to the present embodiment does not cause a mismatch in the unique information for association given to each sheet of the pressure-sensitive copying form, and provides the unique information. Since printing is performed by a non-impact printer, there is no possibility that a part of the pressure-sensitive copying structure reacts to exhibit unnecessary color development, and there is an effect that the value as a product is improved.

(Second Embodiment)
Next, a second embodiment of the present invention will be described.
In the following embodiments and drawings, an XYZ orthogonal coordinate system is provided for ease of explanation and understanding. This coordinate system represents a horizontal direction X, a vertical direction Y, and a thickness direction Z with reference to the state of FIG. Further, in order to clearly illustrate the configuration, the configuration in the thickness direction Z is exaggerated.
The form of the first embodiment and the form 201 of the second embodiment have substantially the same structure. For this reason, the following description of 2nd Embodiment has a part which overlapped with the said description of 1st Embodiment.

FIG. 4 is a diagram illustrating a form 201 according to the second embodiment.
FIG. 4A is a view of the form 201 as viewed from above. FIG. 4A illustrates a part of a continuous form in which a plurality of forms 201 (unit forms) are continuous in a vertical direction Y (conveyance direction) via a cutting line 202 (perforation, etc.).
FIG. 4B is a cross-sectional view of the form 201.
FIG. 5 is a cross-sectional view showing a state in which the form 201 of the second embodiment is separated.
In the present embodiment, an example of a form 201 will be described that is used for examination of a subject.

The form 201 includes three types of base materials: top paper 210 (first base material), middle paper 220 (second base material), and bottom paper 230 (third base material).
The top paper 210, the middle paper 220, and the bottom paper 230 are laminated in this order from the upper side Z2. The top paper 210, the middle paper 220, and the bottom paper 230 are used for a copy form using carbonless paper.
A color former layer 210b is laminated on the entire bottom surface of the base 210a of the top paper 210.
A developer layer 220 c is laminated on the entire upper surface of the base material 220 a of the middle paper 220. On the entire lower surface of the base material 220a of the middle paper 220, a color former layer 220b is laminated.
A developer layer 230 c is laminated on the entire upper surface of the base material 230 a of the bottom paper 230.

On the top paper 210, the middle paper 220, and the bottom paper 230, the following pieces are continuously provided from the right side X2 to the left side X1 through cutting lines (perforations, etc.).
・ Top paper 210
A marginal piece 215, a cutting line S215, a first piece 211, a first cutting line S201, a second piece 212, a second cutting line S202, a third piece 213, a cutting line S216, and a marginal piece 216 are connected to the top paper 210. It is installed.
・ Middle paper 220
A marginal piece 225, a cutting line S225, a second piece bonding piece 222, a third cutting line S203, a third piece bonding piece 223, a cutting line S226, and a marginal piece 226 are connected to the middle sheet 220.
・ Bottom paper 230
On the bottom paper 230, a marginal piece 235, a cutting line S235, an adhesive piece 233, a cutting line S236, and a marginal piece 236 are connected.

Each piece of paper will be described.
On the upper surface of the first piece 211 of the top paper 210, a form (characters, symbols, lines, etc.) for printing and filling in necessary items at the time of use is printed.
The second piece 212 is detachably connected to the left side X1 of the first piece 211 by a first cutting line S201.
The third piece 213 is detachably connected to the left side X1 of the second piece 212 (on the side opposite to the first piece 211) by a second cutting line S202.

  The second piece 212 and the third piece 213 need only secure a second printing area P202 and a third printing area P203, which will be described later. For this reason, the external shape of the 2nd piece 212 and the 3rd piece 213 is an elongate rectangle in a vertical direction, respectively. That is, in the left-right direction X, the size of the second piece 212 and the third piece 213 is sufficiently smaller than the size of the first piece 211.

A form (see FIG. 8) similar to that of the first piece 211 is printed on the second piece adhesive piece 222 of the middle paper 220. The outer shape of the second piece adhesive piece 222 is equal to the outer shape of the first piece 211 and the second piece 212 of the top paper 210, and is arranged immediately below these.
That is, the third cutting line S203 of the middle paper 220 is disposed immediately below the second cutting line S202 of the top paper 210.

  The third piece adhesive piece 223 is detachably connected to the second piece adhesive piece 222 at a third cutting line S203. The outer shape of the third piece adhesive piece 223 is equal to the outer shape of the third piece 213 of the top paper 210 and is disposed immediately below the third piece 213 (a position corresponding to the third piece 213).

  On the upper surface of the adhesive strip 233 of the bottom paper 230, a form (see FIG. 8) similar to the first strip 211 is printed. The outer shape of the adhesive piece 233 is equal to the outer shape of the first piece 211, the second piece 212, and the third piece 213 of the top paper 210, and the second piece adhesive piece 222 and the third piece adhesive piece of the middle paper 220. 223 is equal to the combined outer shape.

With the above configuration, the color developer layer 210b on the lower surface of the first piece 211 of the top paper 210 and the developer layer 220c on the upper surface of the second piece adhesive piece 222 of the middle paper 220 are in direct contact with each other. Configure the reproduction structure. Further, the color developer layer 220b on the lower surface of the second piece adhesive piece 222 and the developer layer 230c on the upper surface of the adhesive piece 233 form a pressure-sensitive copying structure by direct contact.
As a result, the contents printed on the first piece 211 of the top paper 210 by a dot impact printer or entered with a pen or the like are copied to the second piece adhesive piece 222 and the adhesive piece 233.

(Adhesive layer)
The form 201 includes a first adhesive layer B201, a second adhesive layer B202, and a third adhesive layer B203. These adhesive layers strongly bond the top paper 210, the middle paper 220, and the bottom paper 230 so that they cannot be peeled off. In the embodiment, each adhesive layer shows an example in which two linear glues are applied in the vertical direction Y, but may be one thick belt-like glue.
The first adhesive layer B201 strongly bonds between the second piece 212 of the top paper 210 and the second piece adhesive piece 222 of the middle paper 220.
The second adhesive layer B202 strongly bonds between the third piece 213 of the top paper 210 and the third piece adhesive piece 223 of the middle paper 220.
The third adhesive layer B 203 strongly bonds between the third piece adhesive piece 223 of the middle paper 220 and the adhesive piece 233 of the bottom paper 230.

(Separation of form 201)
As shown in FIG. 5, the form 201 can be separated into a first separation piece 241, a second separation piece 242, and a third separation piece 243.
The first separation piece 241 is obtained by cutting the first cutting line S201 to separate the piece including the first piece 211 of the top paper 210. The marginal piece 215 may be separated and discarded.

  The second separation piece 242 cuts the first cutting line S201, the second cutting line S202, and the third cutting line S203, so that the second piece 212 of the top paper 210 and the second piece adhesive piece 222 of the middle paper 220 However, it is a single piece. The second separation piece 242 is strongly separable between the second piece 212 and the second piece adhesive piece 222 with the first adhesive layer B201, and can be separated as a unit. The marginal piece 225 may be separated and discarded.

  The third separation piece 243 cuts the second cutting line S202 and the third cutting line S203, thereby bonding the third piece 213 of the top paper 210, the third piece bonding piece 223 of the middle paper 220, and the bottom paper 230. The piece 233 is integrally separated. In the third separation piece 243, the third piece 213 and the third piece adhesive piece 223 are strongly bonded by the second adhesive layer B202, and the third adhesive layer B203 is provided between the third piece adhesive piece 223 and the adhesive piece 233. Can be separated as a whole. The marginal pieces 235, 216, 226, and 236 may be separated and discarded.

(Print areas P201 to P203)
As shown in FIG. 4, the top surface of the top paper 210 includes three first printing areas P201, a second printing area P202, and a third printing area P203. In the cross-sectional view, the printing regions P201 to P203 are indicated by bold lines for convenience, but some layers are not laminated in these regions.
These three print areas P201 to P203 are print areas that are directly printed without using a copying method.
In the three print areas P201 to P203, the same form number 250 (see FIG. 6A, etc.) for identifying the form 201 is printed as the associated information. The form number 250 is unique information that differs for each form 201. That is, the form number 250 is information for identifying the subject.

  The printing of the form number 250 is not limited to the printing of the number, but the number can be printed as a machine-readable code (one-dimensional code, two-dimensional code, etc.) or a combination of these two or more. it can. In addition, the print areas P201 to P203 may be solid printed in addition to the form number 250 or independently. In this case, for example, by determining the color of solid printing for each different hospital, the hospital can be identified by the color of solid printing.

The first printing region P201 is provided on the upper surface of the first piece 211. After separation of the form 201, the first print region P201 is included in the first separation piece 241.
The second printing region P202 is provided on the upper surface of the second piece 212. After separation of the form 201, the second print region P202 is included in the second separation piece 242.
The third printing region P203 is provided on the upper surface of the third piece 213. After separation of the form 201, the third print region P203 is included in the third separation piece 243.
In the second print area P202 and the third print area P203, a form number 250 is printed in the vertical direction in accordance with these external shapes.

  The second print region P202 and the third print region P203 can be provided by processing the three cutting lines S201, S202, and S216 on the top paper 210. For this reason, it can be easily provided without drilling.

As described above, the first separation piece 241, the second separation piece 242, and the third separation piece 243 of the form 201 all include printing of the form number 250. Therefore, these are maintained in the associated state by the form number 250 even after separation.
Since the three print areas P201 to P203 are exposed on the top surface of the top paper 210, printing can be performed by a method in which the head does not contact the form 201, such as printing by an ink jet printer. As a result, the form 201 has almost no pressure applied to the second piece adhesive piece 222 and the adhesive piece 233, and can be prevented from being inadvertently copied to them, and the appearance of the form number 250 printed can be obtained. Can be high quality.

(Method for manufacturing form 201)
A method for manufacturing a continuous form up to a state before the form number 250 is printed will be described.
In addition, you may change the order of the following processes as needed.
-Pre-processing of the top paper 210 (1) Printing process The form of the first piece 211 is continuously printed corresponding to the continuous form on the top surface of the top paper 210 having the marginal pieces 215 and 216 at both ends. Printing is performed by ink jet printer printing, offset printing, or the like.
(2) Cutting Line Formation Step The first cutting line S201, the second cutting line S202, and the cutting lines S215 and S216 are processed on the top paper 210. For the processing, processing using a sewing blade, laser processing, or the like is used.
Thus, the pre-processing of the top paper 210 is completed.

-Pre-processing of the middle paper 220 (1) Printing process As with the pre-processing of the top paper 210, the form is continuously applied to the upper surface of the middle paper 220 having the marginal pieces 225 and 226 at both ends corresponding to the continuous forms. And print.
(2) Cutting Line Formation Step Similar to the pre-processing of the top paper 210, the third cutting line S203 and the cutting lines S225 and S226 are formed on the middle paper 220.
Thus, the pre-processing of the middle sheet 220 is completed.

-Pre-processing of the bottom paper 230 (1) Printing process As with the pre-processing of the top paper 210, the form is continuously applied to the upper surface of the bottom paper 230 having the marginal pieces 235 and 236 at both ends corresponding to the continuous form. And print.
(2) Cutting Line Formation Step Similarly to the pre-processing of the top paper 210, the cutting lines S235 and S236 are formed on the bottom paper 230.
Thus, the pre-processing of the top paper 210 is completed.

Each piece of paper for which pre-processing has been completed is processed as follows while being fed in the vertical direction Y.
(1) Bonding process between top paper 210 and middle paper 220 By applying a strong adhesive to the lower surface of top paper 210 (or the upper surface of middle paper 220), first adhesive layer B201 and second adhesive layer B202 The top paper 210 and the middle paper 220 are bonded together. As a result, the top paper 210 and the middle paper 220 are stacked by being put together. The strong adhesive can be applied linearly to the top paper 210 or the middle paper 220 continuous in the longitudinal direction Y.
(2) Adhesion process between middle paper 220 and bottom paper 230 Middle paper while forming third adhesive layer B201 by applying a strong adhesive to the lower surface of middle paper 220 (or the upper surface of bottom paper 230). Adhere between 220 and bottom paper 230. As a result, the middle paper 220 and the bottom paper 230 are stacked by being put together. The strong adhesive can be applied linearly to the middle paper 220 or the bottom paper 230 that is continuous in the longitudinal direction Y.
(3) Cutting line formation process The cutting line 202 (refer FIG. 4) for isolate | separating between the continuous forms 201 is processed. The cutting line 202 is processed into all of the top paper 210, the middle paper 220, and the bottom paper 230.

  As described above, it is possible to manufacture a continuous form in which the form number 250 is not printed and the form 201 is continuous in the vertical direction Y. The manufacturer of the form 201 keeps the continuous form in this state as stock.

(how to use)
6 to 8 are diagrams for explaining a method of using the form 201 according to the second embodiment.
The form 201 is used among the manufacturer, the center, the hospital, and the subject in the following order.
The center is a screening center that manages screening performed at a plurality of hospitals.
(1) FIG. 6 (A): Processing / Printing at the Manufacturer According to the order from the center, the manufacturer applies the same form number 250 to the three print areas P201 to P203 of the stored continuous form. To print. In the example of FIG. 6A, the number “0123” is printed in the three print areas P201, P202, and P203. The manufacturer simultaneously prints the form number 250 on the form 201 for the number of orders with a non-impact printer (for example, an electrophotographic printer, an inkjet printer, or the like).
-Shipment to center The manufacturer sends the printed form 201 to the center.

In this way, the form 201 can be shipped immediately after printing on the print areas P201 to P203, so that it can be dealt with in a short delivery time and, as described above, without applying pressure to the second piece adhesive piece 222, the print area P201. Since printing can be performed on P203, the appearance can be improved.
Further, since the form 201 is printed in the same process in the three print areas P201 to P203, a matching error of these form numbers 250 does not occur.

  Further, by using a non-impact printer such as a child photograph type printer, the form 201 can improve the degree of freedom in selecting a print color. For this reason, it is possible to print the second print region P202 separated as the second separation piece 242 and the third print region P203 separated as the third separation piece 243 in a color different from the color due to the copy structure.

(2) FIG. 6B: Processing and Printing at the Center The center operator prints necessary items on the form 201 while sending the form 201 in the vertical direction Y through the marginal holes of the marginal pieces at both ends.
FIG. 6B shows an example in which characters 261 (hospital name “A hospital”) and characters 262 (center communication item “anaemia test available”) are printed on the first piece 211. The continuous form is printed by separating the number of sheets requested from the hospital.
Printing is performed by a method in which pressure is applied to the form 201. For this reason, the print content of the first piece 211 is copied to the second piece adhesive piece 222 and the adhesive piece 233 by the action of the copying structure. For printing, for example, a method using a dot impact printer is used.
-Shipment to hospital The center operator sends the printed form 201 to Hospital A, which is a hospital that actually examines the subject.

(3) FIG. 7 and FIG. 8: Processing at hospital, entry of name, etc. The hospital hands the form 201 to the subject.
The subject enters the necessary information in the form 201 with a writing instrument such as a ballpoint pen.
FIG. 7 shows an example in which the name 263 (name “B”) of the subject is entered on the first piece 211. The contents entered in the first piece 211 are copied to the second piece adhesive piece 222 and the adhesive piece 233 by the action of the copying structure.
These names 263 and the like may be printed by a hospital using a dot impact printer.

-Separation of First Separation Piece 241 As shown in FIG. 8, a hospital worker cuts the form 201 along the first cutting line S201 (see FIG. 5).
Thereby, the form 201 is separated into two parts, that is, a part of the first separation piece 241 and a part in which the second separation piece 242 and the third separation piece 243 are integrated.
Next, the hospital worker cuts the part where the second separation piece 242 and the third separation piece 243 are integrated, along the cutting lines S202 and S203. As a result, the form 201 is separated into the second separation piece 242 and the third separation piece 243.
As described above, the form 201 is separated into three.
Of these, the first separation piece 241 is sent to the center.
The second separation piece 242 is handed over to the examiner as a record.
The third separation piece 243 is stored in the hospital as a record.

-Shipment to the center When the examination is completed, the hospital worker sends the first separation piece 241 and the container (not shown) containing the specimen to the center.

(4) Processing and specimen analysis at the center The worker at the center analyzes the specimen.
・ Printing of examination result The operator of the center uses a reader capable of OCR (optical character recognition) to fill in the contents of the first piece 211 of the first separation piece 241 (see FIG. 8) (in the first printing area P201). Form number 250, name 263, etc.). Based on the form number 250, the computer stores the read entry content and the analysis result in association with each other. Thereby, the entry contents of the first separation piece 241 and the analysis result are integrated on the system.
Then, the center operator prints the name 263, the form number 250, the analysis result, and the like on the inspection result form (not shown) as the inspection result by the printer.
・ Shipment to hospital The center worker sends the printed test result form to the hospital where the subject was examined. Then, a test result form is delivered from the hospital to the subject.
Thus, a series of procedures is completed.

As described above, the form 201 of the present embodiment can cope with a short delivery time and can have a high quality appearance.
Further, since the form 201 is printed in the same process in the three print areas P201 to P203, a matching error of these form numbers 250 does not occur.

(Third embodiment)
Next, a third embodiment of the present invention will be described.
In the following description and drawings, parts having the same functions as those of the above-described second embodiment will be given the same reference numerals or the same reference numerals at the end (the last two digits), and overlapping descriptions will be appropriately given. Omitted.
FIG. 9 is a cross-sectional view of a form 301 according to the third embodiment.
The form 301 includes a top paper 310 and a bottom paper 320.
The form 301 has a form in which the third separation piece is removed from the form of the first embodiment. That is, the form 301 has a form in which the first separation piece 241 and the second separation piece 242 are detachably connected by the first cutting line S201.

The color developer layer 310b of the top paper 310 and the developer layer 320c of the bottom paper 320 form a copying structure.
For this reason, the content written in the first piece 211 with a dot impact printer, pen, or the like is copied to the second piece adhesive piece 222.

  The form 301 of this embodiment also has the same effect as that of the second embodiment. That is, the manufacturer can cope with a short delivery time by printing the form number on the first printing area P201 and the second printing area P202 of the stored continuous form with an inkjet printer or the like, and has a high appearance. Can be quality. Further, since the form 301 can be printed in these print areas P201 and P202 in the same process, a matching error of these form numbers 250 does not occur.

The form 301 can be used, for example, when the center itself examines the subject.
In this case, the center operator separates the first separation piece 241 and the second separation piece 242 by cutting the first cutting line S201 after printing the examination result on the form 301 (see FIG. 7). That's fine. Then, the worker at the center may store the first separation piece 241 as a record and give the second separation piece 242 to the subject.

(Fourth embodiment)
Next, a fourth embodiment of the present invention will be described.
FIG. 10 is a view of a form 401 according to the fourth embodiment as viewed from above.
Although illustration of the laminated structure of the form 401 is omitted, the top paper 410, the middle paper, and the bottom paper are laminated as in the second embodiment.
The method of using the form 401 is the same as in the second embodiment.
FIG. 10 is a diagram (a diagram corresponding to FIG. 7) illustrating a process in the hospital in the method of using the form 401.

The form 401 is used when performing a blood test for group screening, and the one shown in FIG. 10 is used for three subjects B1 to B3.
One form 401 is provided with columns 401-1 to 401-3 for three subjects B1 to B3 in the vertical direction Y.
In addition, when the name of the subject of the group examination is known in advance, the hospital (or center) may print the name of the subject with a dot impact printer.

The areas corresponding to the column 401-1 are the first print area P 401-1 of the first piece 411, the second print area P 402-1 of the second piece 412, and the third print area P 403-1 of the third piece 413. With.
In each of the print areas P401-1 to P403-1, "0001" is printed as a form number.

  Similarly, the columns 401-2 and 401-3 include print areas P401-2 to P403-2 and print areas P401-3 to P403-3, and “0002” and “0003” are printed as the form numbers.

  In the present embodiment, a plurality of fields 401-1 to 401-3 are provided in one form 401, and different form numbers are printed in each field, so that it can be used for examination of a plurality of subjects. .

  As mentioned above, although embodiment of this invention was described, this invention is not limited to embodiment mentioned above, For example, various deformation | transformation and a change are possible like the deformation | transformation form etc. which are mentioned later, These are also It is within the technical scope of the present invention. In addition, the effects described in the embodiments are merely a list of the most preferable effects resulting from the present invention, and the effects of the present invention are not limited to those described in the embodiments. It should be noted that the above-described embodiment and modifications described later can be used in appropriate combination, but detailed description thereof is omitted.

(Deformation)
(1) In the second to fourth embodiments, an example is described in which the form includes top paper and bottom paper. However, the present invention is not limited to this. The form may be, for example, one provided with carbonless self-paper, carbon type, or the like.

(2) In the second to fourth embodiments, the form has been described as being used for the examination of the subject, but is not limited thereto. If the adhesive layer is provided on the back side of the form, it can be affixed to the delivery and used for the delivery slip.
In this case, the form of the second embodiment separates the first separation piece and uses it as a copy of the delivery source (client), and after delivery, separates the second separation piece and uses it as a copy of the delivery person. The third separation piece stuck to the object can be used as a delivery destination copy.
The form according to the third embodiment separates the first separated piece and uses it as a copy of the delivery source (client). After delivery, the second separated piece attached to the delivery is used as a copy of the delivery destination. Can be used.
For example, the delivery person can input the form number into the computer at the time of receiving the goods or at the time of delivery to manage the delivery of the delivery items.

DESCRIPTION OF SYMBOLS 10 Adhesive layer 10-1 Adhesive layer 10-2 Adhesive layer 11 Printing 16 Sprocket hole 17 1st base material 18 2nd base material 19 3rd base material AA line Section line BB line Section line P Paper Conveying direction S Cutting section 30 Printing 32 Pressure sensitive copying structure 32-1 First pressure sensitive copying structure 32-2 Second pressure sensitive copying structure 32a Color developer 32b Developer

201, 301, 401 Forms 210, 310, 410 Top paper 211, 411 First piece 212, 412 Second piece 213, 413 Third piece 220 Middle paper 222 Second piece adhesive piece 223 Third piece adhesive piece 230, 320 Bottom Paper 233 Adhesive piece 241 First separation piece 242 Second separation piece 243 Third separation piece 250 Form number B201 First adhesive layer B202 Second adhesive layer B203 Third adhesive layer P1, P201, P401-1 to P401- 3 First printing area P2, P202, P402-1 to P402-3 Second printing area P3, P203, P403-1 to P403-3 Third printing area S201, S401 First cutting line S202, S402 Second cutting line S203 , S403 Third cutting line

Claims (11)

In continuous forms in which multiple unit forms are connected in a detachable manner in the paper transport direction,
The unit form is a printer-printable form having at least a pressure-sensitive copying unit,
The pressure-sensitive copying part is formed by laminating at least a first base material and a second base material,
The first substrate is at least divided into a first printing area and a second printing area,
A pressure-sensitive copying structure is provided between the first substrate and the second substrate corresponding to the first printing region,
The first substrate corresponding to the second printing region is bonded to the second substrate via an adhesive layer,
The continuous form, wherein the first base material is provided with a cutting line along the paper conveyance direction between the first printing area and the second printing area. In continuous forms in which multiple unit forms are connected in a detachable manner in the paper transport direction,
The unit form is a printer-printable form having at least a pressure-sensitive copying unit,
The pressure-sensitive copying part is formed by laminating at least a first base material, a second base material, and a third base material,
The first substrate is at least divided into a first printing area, a second printing area, and a third printing area,
A pressure-sensitive copying structure is provided between the first substrate and the second substrate corresponding to the first printing region and between the second substrate and the third substrate,
The first substrate corresponding to the second printing region and the third printing region is bonded to the second substrate via an adhesive layer,
The second substrate corresponding to the third printing region is bonded to the third substrate through an adhesive layer,
The first base material is provided with a cutting line along the paper conveyance direction between the first printing region and the second printing region, and between the second printing region and the third printing region,
The continuous form according to claim 2, wherein a cutting line is provided on the second base material along the paper conveyance direction between the second printing area and the third printing area. In the continuous form according to claim 1,
The adhesive layer formed between the first base material and the second base material is a linear paste formed in a line shape or a dotted line shape along the paper transport direction,
The continuous form is characterized in that two pieces of the linear glue are formed with a predetermined interval between them, and a region on the surface of the first base material corresponding to the predetermined interval is defined as the second print region. In the continuous form according to claim 2,
The adhesive layer formed between the first base material and the second base material and the adhesive layer formed between the second base material and the third base material are arranged along the paper transport direction. A linear paste formed in a linear or dotted line,
The linear glue is formed in two for each area with a predetermined interval area,
The continuous form, wherein each region on the surface of the first base material corresponding to the region of the predetermined interval is the second printing region and the third printing region. In the continuous form according to claim 1 or claim 3,
The pressure-sensitive copying structure is
A system that develops color by a chemical reaction between a color former and a developer,
Of the opposing surfaces of the first base material and the second base material, a color former layer is provided on the first base material side, and a developer layer is provided on the second base material side. A continuous form. In the continuous form according to claim 2 or claim 4,
The pressure-sensitive copying structure is
A system that develops color by a chemical reaction between a color former and a developer,
Of the opposing surfaces of the first substrate and the second substrate, a color former layer is provided on the first substrate side,
A developer layer is provided on the second substrate side,
Furthermore, a color former layer is provided on the second substrate side among the opposing surfaces of the second substrate and the third substrate,
A continuous form, wherein a developer layer is provided on the third substrate side. In the continuous form according to claim 1 or claim 3,
The pressure-sensitive copying structure is
A system that develops color by a chemical reaction between a color former and a developer,
A continuous form, wherein a self-coloring type pressure-sensitive coloring layer is provided on the second substrate side of the opposing surfaces of the first substrate and the second substrate. In the continuous form according to claim 2 or claim 4,
The pressure-sensitive copying structure is
A system that develops color by a chemical reaction between a color former and a developer,
Among the opposing surfaces of the first base material and the second base material, a self-coloring type pressure-sensitive color developing layer is provided on the second base material side,
Furthermore, a self-coloring pressure-sensitive color forming layer is provided on the third substrate side of the opposing surfaces of the second substrate and the third substrate. In continuous forms with multiple unit forms in the transport direction,
The unit form is
A first base comprising a first piece and a second piece detachably connected to the first piece at a first cutting line;
A second layer laminated on the first base material, strongly bonded to the second piece of the first base material by a first adhesive layer, and provided with a pressure-sensitive copying structure between the first base material A substrate;
A first printing region provided in the first piece;
A second printing region provided on the second piece,
A first separation piece including the first piece of the first base material, and a second separation piece in which the second piece and the second base material of the first base material are integrated by the first adhesive layer. Can be separated by cutting the first cutting line,
A continuous form characterized by In the continuous form according to claim 9,
The first substrate is
A third piece detachably connected by a second cutting line to the opposite side of the second piece to the first piece;
A third printing area provided in the third piece,
The second substrate is
A second piece adhesive piece strongly adhered by the first adhesive layer to the second piece of the first substrate;
It is connected to the second piece adhesive piece so as to be separable at a third cutting line, and is arranged at a position corresponding to the third piece of the first base material, and is strong against the third piece by a second adhesive layer. With a bonded third piece adhesive piece,
Laminated on the second base material, a pressure-sensitive copying structure is provided between the second base material and strongly bonded to the third piece adhesive piece of the second base material by a third adhesive layer. A third substrate,
The third piece of the first base material, the third piece adhesive piece of the second base material, and the third base material are integrated by the second adhesive layer and the third adhesive layer. The third separation piece is separable by cutting the second cutting line and the third cutting line;
A continuous form characterized by In the continuous form according to claim 9 or claim 10,
In each of the print areas, printing associated with each other is performed,
A continuous form characterized by

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