JPH0459157B2 - - Google Patents

Description

[Detailed Description of the Invention] [Technical Field of the Invention] The present invention relates to a continuous form such as a continuous form for a computer and a method for manufacturing the same, and in particular, to a continuous form such as a continuous form for a computer and a method for manufacturing the same. The present invention relates to a continuous foam and a method for producing the same.

[Technical background of the invention and its problems]

In general, continuous forms used for computer continuous forms are divided into unit forms by bursting perforations carved in the width direction, and various data entry columns necessary for each unit form are printed. Necessary data is printed in these various data entry columns by a printing machine. The printing machine is connected to the output side of the computer, and is configured to automatically print data necessary for each unit form in accordance with the computer output.

Continuous forms on which necessary data, etc. are printed are separated into unit forms, classified and managed according to their uses and types. In this case, since the conventional continuous form is formed in the same color and there is no difference between adjacent unit forms, there is a possibility that the identification function for each unit form will be inferior. There are several types of unit forms on which particularly necessary information is printed, and it is necessary to classify and organize continuous forms in which these several types of unit forms are connected to each other, and to pick up and file unit forms of the same type. It is tedious and takes time to classify and organize. Moreover, if each unit form is classified and organized incorrectly, it is difficult to find the incorrectly filed unit form from among the large number of unit forms.

[Purpose of the invention]

This invention was made in consideration of the above-mentioned circumstances, and involves applying a chromatic color to each of a plurality of unit forms,
The purpose of the present invention is to provide a continuous form and a method for manufacturing the same, in which each unit form has a color-based identification function and classification and organization work can be carried out efficiently and smoothly.

[Summary of the invention]

In order to achieve the above object, the continuous form according to the first invention is one in which unit forms are separably connected via bursting perforations cut in the width direction, and is characterized in that a chromatic color is applied to each of a plurality of unit forms by a form coloring device so that each unit form can be identified by color.

In order to achieve the above-mentioned object, the second invention uses a form coloring device to apply and color the base paper fed from the paper feed roller with a chromatic color that can be distinguished by color for each portion corresponding to a plurality of unit forms. With,
A printing device prints various data entry fields on the portion corresponding to each unit form, and then perforations for bar sting are carved in the width direction using a perforation carving device so that the portion corresponding to each unit form can be separated. A continuous foam manufacturing method is characterized in that a unit foam of the continuous foam is defined.

[Embodiments of the invention]

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

FIG. 1 shows a continuous form 1 according to the present invention which is used for continuous forms for computers and the like. This continuous form 1 is divided into unit forms 3, 3, . . . by bursting perforations 2, 2, . . . cut in the width direction. Each unit form 3,3
. . . They are detachably connected via the bursting perforations 2, and each unit form 3, 3 . . . has various data entry fields 4 with different formats, for example.
a, 4b, and 4c are printed. Necessary data is printed in the data entry columns 4a, 4b, and 4c by a printing machine (not shown), respectively. The printing machine is connected to the output side of the computer,
Automatically activated by computer output.

On the other hand, marginal zones 6, 6 are formed on both sides of the continuous foam 1 with the slitting lines 5, 5 as boundaries, and marginal punch holes 7, 7 for guiding the feeding of the continuous foam 1 are arranged in the marginal zones 6, 6. It is perforated in the shape of a hole. The continuous foam 1 is guided in longitudinal direction by the marginal punch holes 7, 7.

In addition, unit forms 3, 3... of continuous form 1
... is the adjacent leading (or trailing) unit form 3
A different color is applied. Specifically, when unit forms 3, 3, 3 of different formats (the unit forms may be of the same type) are connected to the continuous form 1 as shown in FIG. The unit forms 3, 3, and 3 each form a set to form a unit form group 8, and each of the unit forms 3, 3, and 3 of different formats of this unit form group 8 has a different color (including achromatic colors). It is colored and has an identification function by color. Of each unit form group 8, for example, the first unit form 3 is colored white, the second one is colored in a pale color, the third one is colored in green, and thereafter, each unit form group 8 is colored in this order. Repeated.

FIG. 2 schematically shows the method for manufacturing continuous foam.

This manufacturing device 10 includes form coloring devices 11, 11 for applying a different color to each unit form 3 of the continuous form 1, and a rotary press type printing device 12 for printing a data entry field on each unit form 3. The continuous form 1 is provided with a perforation forming device 13 for forming perforations 2 for bursting on the continuous form 1. This perforation forming device 13 prints slit lines 5 on both sides of the continuous form 1 to form a marginal zone 6, and also marginal punch holes 7, 7, which guide the feeding of the continuous form 1 in this marginal zone 6. It is equipped with a device for drilling holes in rows. On the other hand, form coloring device 1
If two or more chromatic colors are required to be applied to the unit form 3 of the continuous form 1, a plurality of units 1 and 11 are installed. The form coloring device 11 and the printing device 12 are driven synchronously and are both rotary press type printers and have the same printing principle, so only one of them will be described.

FIG. 3 shows a form coloring device 11 as a rotary press type printing machine.

This form coloring device 11 has an endless flexible film-shaped printing plate 22 that is stretched between a plate cylinder 20 and a guide cylinder 21 . A plurality of coloring protrusions (letterpress portions) 23 are integrally formed on the printing plate 22 at appropriate intervals in the longitudinal direction. This coloring protrusion 23 has the same area as the form surface of the unit form 3, and is arranged at a specific form interval, for example every second unit form 3.
It is now possible to apply a chromatic color, for example a pale color, to the entire surface of the car. This printing plate 22 is formed in the same manner as the resin plate described in the specification and drawings of Patent No. 57281 filed by the present applicant.

An ink roll 2 is attached to the coloring protrusion 23 of the printing plate 22 which is stretched around the plate cylinder 20.
Ink is applied by steps 4 and 24. The ink applied to the protrusion is transferred to the paper feed roll 25 (see Figure 2).
The image is transferred and coated onto a base paper (continuous form) 26 supplied from. During this ink application, the base paper 26 is pressed against the plate cylinder 20 side by the pressure cylinder 27, and due to this pressure, the ink is applied to the base paper 26 in a halftone dot pattern (solid coating is also possible).
The base paper 26 is designed to be colored.

Next, a method for manufacturing continuous foam will be explained.

When molding unit forms 3 of different colors, for example, three types shown in FIG. 1, from the continuous form 1, two form coloring devices 1 are used.
1 and 11 are installed in a row as shown in FIG. 13 are activated synchronously.

Therefore, from the paper feed roller 25 to the guide roller 2
8, the base paper 26 is transferred to the continuous form manufacturing device 10.
is fed, and the fed base paper 26 is guided to be fed in the longitudinal direction by each form coloring device 11, 11. The base paper 26 guided to the continuous form manufacturing device 10 is coated with a chromatic color by the first form coloring device 11 at a predetermined interval, for example, at a specific unit form portion corresponding to every second unit form. Fully colored.

The base paper 26 colored by the first form coloring device 11 is then guided to the second form coloring device 11 and is colored there in the same way as in the first form coloring device 11. Second form coloring device 11
In this case, a different chromatic color is applied to a subsequent (or preceding) unit form corresponding part adjacent to the unit form corresponding part colored by the first form coloring device 11, and the unit form corresponding part is colored. The color of the base paper 26 is used for the remaining unit form corresponding portions.

the first and second form coloring devices 11;
The base paper 26 colored by 11 is then guided to the printing device 12, where the data entry column 4 necessary for the surface of the base paper 26, that is, the portion corresponding to each unit form, is
a to 4c For example, data entry fields in different formats are printed to form a continuous form 1. The continuous form 1 on which the data entry fields 4a to 4c have been printed is then guided to a perforation marking device 13, where bursting perforations 2 are carved in the width direction of the continuous form 1, and each unit form 3 is , 3. This perforation forming device 13 is adapted to punch marginal punch holes 7, 7, . . . in a marginal zone 6 formed on both sides of the continuous form 1 via slit wires. Each unit form 3, 3 is pulled out by a pair of tension rollers 29 while being connected to each other via the bursting perforation 2, guided to a storage box 30, and folded and stored in this storage box 30. and put it into use.

In one embodiment of the present invention, an example was explained in which two chromatic colors are applied to a continuous form, but this may be applied even if only one color or three or more chromatic colors are applied. Good too. Also,
When three or more chromatic colors are applied to each unit form, a form coloring device may be used to perform partial overlapping application. In this case,
For example, the same effect as applying three different chromatic colors using two foam coloring devices can be obtained, and the continuous foam manufacturing device can be made more compact.

〔Effect of the invention〕

As described above, in this invention, a chromatic color is applied to each of the plurality of unit forms constituting the continuous form using a form coloring device so that each unit form can be identified by color. Each unit form of the form can be given a color-based identification function, and the work of separating and organizing each unit form can be performed efficiently and smoothly.

[Brief explanation of drawings]

FIG. 1 is a plan view illustrating an embodiment of the continuous foam according to the present invention, FIG. 2 is a diagram schematically showing the continuous foam manufacturing apparatus described above, and FIG. 3 is a diagram illustrating the continuous foam manufacturing apparatus incorporated in the continuous foam manufacturing apparatus. It is a figure showing a form coloring device. 1... Continuous form, 2... Perforation for bursting, 3... Unit form, 4a, 4b, 4
c...Data entry column, 6...Marginal zone,
7... Marginal punch hole, 10... Continuous form manufacturing device, 11... Form coloring device,
12... Printing device, 14... Perforation engraving device,
20... Plate cylinder, 21... Guide cylinder, 22... Printing plate, 23... Coloring protrusion (letterpress part), 24... Ink roll, 25...
... Paper feed roll, 26 ... Base paper, 27 ... Press roll.

Claims (1)

[Scope of Claims] 1. In a continuous form in which unit forms are separably connected via bursting perforations carved in the width direction, the continuous form has portions corresponding to each successive unit form each having a different color. A continuous form characterized in that a chromatic color of the same color is applied to each of a plurality of unit form-corresponding parts by a form coloring device so that the continuous form can be identified by color. 2. The continuous form according to claim 1, wherein the unit form is colored in a chromatic color different from that of the adjacent preceding or following unit form. 3. The continuous form according to claim 1, wherein a plurality of consecutive unit forms form a set to form a unit form group, and each unit form of the unit form group is formed in a different color. 4. The continuous foam according to claim 1, wherein the unit foam is coated with a chromatic color over the entire surface of the foam. 5. The base paper fed from the paper feed roller is colored by applying the same chromatic color that can be identified by color to each of the plurality of unit form corresponding parts using a form coloring device, and a printing device is applied to each of the unit form corresponding parts. After that, perforations for bursting are carved in the width direction using a perforation carving device so that the parts corresponding to each unit form can be separated, thereby defining the continuous form unit form. A method for manufacturing a continuous form, characterized by: 6. The method for manufacturing a continuous foam according to claim 5, wherein the entire surface of the foam is colored in the portion corresponding to the unit foam.