JP2003080870A - Printed matter and arranged printed matter with such printed matters - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide printed matters and arranged printed matters with such printed matters which make a deviated position of connected parts of belt-like printed patterns hardly conspicuous, when the printed matters are arranged in such a way that the belt-like printed patterns are connected like a stretching belt. SOLUTION: The belt-like printed pattern 1 on a printed matter 10 is made to look like a printed pattern with a haloed belt border by setting a gradation region 1 g which changes parallel with the outer edge, in the neighborhood of the outer edge of a part stretching upto the outer edge E of the printed matter 10. Especially when the belt-like printed pattern 1 is like a continuous linear belt stretching across the opposite outer edges of printed matters, as is the case with a border pattern, the arrangement effect is significant and such a belt-like printed pattern 1 is best-suited for the effect. A continuous belt-like sheet may be used as a printed matter. The printed matter arranged with printed matters 100 can be obtained by arranging two pieces or more of the described printed matters in such a way that the belt-like printed patterns 1 are connected together.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a printed material that can be used for a side-by-side arrangement and a resulting arrayed printed material. In particular, the present invention relates to a printed matter and an arrayed printed matter in which a positional deviation in the arrangement of a striped printed pattern is less noticeable.

[0002]

2. Description of the Related Art Printed matter on which a print pattern representing a pattern, a character, an image, or the like is printed is used for various purposes. For example, in building material applications, printed matter is used as a decorative sheet, decorative paper, or the like, or by further adhering it to a plate material, such as a decorative board or a decorative panel, the interior material, exterior material, fittings, etc. of a building. Used for surface decoration. For example, as a wall material, it is used as a wall panel or the like.
In addition to building materials, a printed pattern (image) formed by printing on a plurality of printing papers is divided into a plurality of printing papers in a large outdoor or indoor advertisement where the size of one printing paper is insufficient. The target print pattern (image) is expressed by arranging the print paper of side by side.

Here, FIGS. 6 (A) and 6 (B) are plan views (side views) conceptually showing the case where they are used as building wall materials as an example of the above-mentioned printed matter and printed arrangement. ). The two printed matter 20 arranged in parallel to the horizontal direction is, for example, a panel formed by sticking a decorative sheet obtained by printing a predetermined pattern on a resin sheet or paper to a plate material or the like. In the diagram, which is a conceptual diagram, the number of printed matter to be arranged is two, which is the minimum number of printed sheets when arranged. Two prints 20
Is an example in which the array printed matter 200 is configured by abutting and abutting so that their outer edges are in contact with each other in the horizontal direction.
The array printed matter 200 constitutes a wall surface of a building.

In the figure, the two printed matter 20 are
The printed patterns 2 are the same as each other. That is, it is a state in which two prints having the same pattern are horizontally arranged. Further, in the case of the same drawing, the printed pattern 2 has one strip-shaped pattern that forms a continuous straight line in the horizontal direction of the printed matter in the central portion in the vertical direction of the printed matter. The printed pattern 2 is a pattern in which both ends thereof extend to the outer edges of the printed matter in the horizontal direction. Further, in the figure, the two printed materials 20 are arranged so that their top and bottom are aligned. Therefore, the printed patterns 2 of the two printed materials 20 are arranged between the two printed materials 20 in the array printed material 200. , And the length of the strip extends, resulting in a strip-shaped printed pattern that is longer in the horizontal direction. In addition, in the building wall surface given as an example, such a printed pattern is also called a border pattern.

[0005]

The strip-shaped printed pattern that forms a horizontal straight line as described above is a design expression that gives a sense of stability and accent on the wall surface of a building, but the pattern is strip-shaped and straight. Therefore, if there is a vertical misalignment when arranging prints next to each other, the subtle vertical misalignment between the strip-shaped print patterns that should be connected is likely to be conspicuous, probably because of a psychological effect. was there. FIG. 6 (B)
FIG. 3 is an explanatory diagram exaggeratingly drawing this positional deviation. Therefore, when arranging the printed matter, it is necessary to pay attention to the positional deviation, and the workability is poor. In addition, the array printed matter in which the band-shaped printed pattern was misaligned did not have a sufficient original design and the appearance quality deteriorated. Even if the printed materials can be arranged with high accuracy, if the printed patterns are misaligned within the printed materials, the misalignment becomes apparent when the printed materials are arranged. Therefore, it is necessary to pay attention to the positional deviation in the printed matter. In addition to the accuracy of the printing itself, misalignment in the printed matter may occur when the printed paper or printing sheet, etc., which has been created as a printed matter, is attached to a plate, etc. Positioning accuracy etc.

[0006] That is, an object of the present invention is to provide a printed matter and an arrayed printed matter in which, when the printed matter is arranged such that the belt-shaped printed patterns are connected and the belt is extended, the positional deviation of the joint portion of the belt-shaped printed patterns can be made inconspicuous. Is to provide.

[0007]

Therefore, in order to solve the above-mentioned problems, in the printed matter of the present invention, in a printed matter having at least a strip-shaped printed pattern, the strip-shaped printed pattern has at least one end of the strip an outer edge of the printed matter. The gradation region extending to the outer edge and extending in a direction parallel to the outer edge is provided at least in the vicinity of the outer edge.

With such a configuration, when the printed matter is arranged so that the striped printed patterns are connected and the strips are extended to form an arrayed printed matter, there is some misalignment of the connected portions of the striped printed patterns. Also, at least in the vicinity of the connecting portion of the strip-shaped printed pattern, the contour of the printed pattern becomes visually faint due to the gradation region, so that the positional deviation of the connecting portion of the strip-shaped printed pattern is less noticeable. it can.

Further, the printed matter of the present invention has the above-mentioned constitution, and further has a constitution in which the above-mentioned strip-shaped printed pattern has a continuous linear strip-shaped pattern between the outer edges of the printed matter facing each other.

In the printed matter having such a structure, since the strip-shaped printed pattern is a linear strip-shaped pattern which is continuous between the outer edges of the printed matter which face each other, a linear spread feeling is strongly felt. As a result, when the printed matter is arranged so that the striped printed patterns are connected and the strips are extended to form an arrayed printed matter, the positional deviation of the striped printed patterns becomes a particularly noticeable pattern visually. Even in the case of such a particularly conspicuous pattern, in the present invention, since the band-shaped printed pattern is provided with the gradation region peculiar to the present invention, the band-shaped printed pattern has the same effect as described above. It is possible to make the positional deviation of the connecting part inconspicuous.

Further, the printed matter of the present invention has a constitution in which, in any one of the above constitutions, the printed matter is a continuous strip-shaped sheet.

As described above, the printed matter of the present invention may have a structure of a continuous strip-shaped sheet, and in this structure, it is suitable for mass production by a rotary printing machine or the like, or used as a continuous strip-shaped product. However, the above-mentioned respective operational effects can be obtained.

In the printed matter array of the present invention, the printed matter having any one of the above-mentioned constitutions is formed so that the belt-like printed pattern extending to the outer edge of the printed matter is connected between the adjacent printed matters so that the belt extends.
The above arrangement is adopted.

By adopting such a constitution, the function and effect described in each printed matter can be obtained. That is, even if there is a slight positional deviation of the joints of the strip-shaped printed patterns at the joints of the printed components constituting the arrayed printed matter, at least in the vicinity of the joints of the strip-shaped printed patterns, the contours of the printed patterns are formed. However, since the gradation area is visually blurred, it is possible to make the positional deviation of the connection portion of the strip-shaped printed pattern inconspicuous.

[0015]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of a printed matter and an array printed matter of the present invention will be described below with reference to the drawings.

[Striped Print Pattern] FIG. 1 is a plan view conceptually illustrating each form of the printed matter and the arrayed printed matter of the present invention. In the drawing, which is conceptual, two printed products 10 are arranged in parallel in the horizontal direction to form an array printed product 100. The two printed matter 10 arranged is, for example, a panel formed by sticking a printing sheet such as a resin sheet or a decorative sheet obtained by printing a predetermined pattern on paper to a plate material or the like. Since the figure is conceptual, the number of prints is 2, which is the minimum arrangable number, but it is of course possible that the number is 2 or more. Further, the two printed materials 10 are illustrated as being arranged so as to abut each other so that their outer edges are in contact with each other, but as the arrayed printed material 100, a sealing material is used between the printed materials 10, for example, when a wall surface is used. It may be provided with a gap such as filling.

The shape of the strip-shaped printed pattern 1 included in the printed matter 10 of FIG. 1 is a strip-shaped pattern which forms a continuous straight line over the entire width in the lateral direction (left-right direction in the drawing). And in the case of the same figure, the continuous linear strip-shaped pattern is
One is provided at the center of the printed matter 10 in the vertical direction (vertical direction in the drawing). Then, the printed pattern 1 according to the present invention illustrated in FIG.
Then, each of the contours has a gradation area 1g in the top-bottom direction contour portion. If the areas between the top and bottom gradation areas 1g, that is, the portions other than the gradation area 1g are called non-gradation areas 1n, the strip-shaped print pattern 1 is composed of the gradation areas 1g and the non-gradation areas 1n. In the present invention, the gradation change direction Dg of the gradation region 1g
The (double-headed arrow direction in the drawing) is a direction parallel to the outer edge E of the printed matter in which the end of the strip-shaped print pattern extends, that is, in the case of the drawing, the vertical direction (the double-arrow direction in the drawing. As a result, the strip-shaped print pattern). The border part of the image is slightly blurred.

The "non" gradation area 1n in the present invention means a part other than the gradation area 1g, and does not mean a so-called gradation-free part. For example, in the gradation area 1g, there is a gradation in which the density becomes smaller toward the outside of the printed pattern, whereas in the non-gradation area sandwiched between the two gradation areas 1g, the area goes to the center of the belt (center in the vertical direction of the drawing). It means that there may be gradations with low density.

Of course, the density (hue, brightness, saturation, etc.) in the gradation area 1g increases or decreases because of the density of the print pattern 1 (more accurately, the non-gradation area 1n). It is an increase or decrease in the direction in which the density of the non-print pattern area N, which is an area, continuously changes. The density relationship between the printed pattern 1 and the non-printed pattern area N (more accurately, the vicinity of the portion in contact with the printed pattern 1) may be large or small (when the printed pattern 1 has a larger density than the non-printed pattern area). Since the printed pattern 1 has a lower density than the non-printed pattern N), in the gradation area 1g, both the case where the density increases and the case where the density decreases as the printed pattern 1 approaches the non-printed pattern area. It is possible.

Here, as a specific example, as an example of a printed material as a decorative plate used for the inner wall of a house, the strip-shaped printed pattern 1 has a width of 120 mm, of which (in the case of FIG. 1) the printed pattern. The gradation area 1g (gradation) width provided on the outline of the top and bottom of the
m, etc. Of course, this is just an example, and the present application is not limited to this numerical value. The width of the gradation area that is preferable for making the positional deviation less noticeable is different depending on the application of the printed matter and the arrayed printed matter, since the distance at which it is seen, the degree of attention, etc.
It may have an appropriate width.

By providing the predetermined gradation region 1g which changes in the parallel direction on the outer edge as described above, the strip-shaped print pattern 1 is connected and the strip is extended as shown in FIG.
When the printed matter 10 is arranged to form the arranged printed matter 100,
Even if there is a slight misalignment between the adjacent strips of the printed pattern 1 in the connected portion of the striped printed pattern 1, the contour of the printed pattern 1 becomes visually blurred due to the gradation region 1g. Therefore, it is possible to make the positional deviation of the connecting portion of the strip-shaped printed pattern 1 inconspicuous.

It is preferable that the portion where the gradation region is provided has the entire length of the strip-shaped printed pattern, in terms of design expression, because the strip-shaped printed pattern can be entirely uniform. However, the positional deviation when arranging the printed matter is most noticeable in the area where the printed materials are adjacent to each other, and therefore, at least, a gradation area may be present in a portion related to the adjacent area. That is, the gradation area may be only near the outer edge of the printed matter.

As shown in FIG. 1, the strip-shaped printed pattern has a shape in which both ends of the strip extend to the outer edge E of the printed matter 10,
That is, the outer edges E, which form two opposite sides of the printed matter, and a continuous band that continuously connects between the edges E may be used, but FIG.
The printed pattern 1 illustrated in FIG. 2 may have a shape in which only one end of the band extends to the outer edge E of the printed material.

In FIG. 1 etc., the strip-shaped printed pattern 1 is
Although the leading end (one end) of the belt completely extends to the outer edge E of the printed matter 10 and the leading edge of the belt and the outer edge E match each other, a gap may be provided between the leading edge of the belt and the outer edge E. The gap is
For example, it is a joint portion for use as a wall surface of a building. The larger the gap is, the smaller the effect of the present invention is, but the degree of the effect varies depending on the use of the printed matter, the size of the printed matter, the viewing distance of the printed matter, the degree of attention, and the like. Therefore, the maximum size of the permissible gap is not uniquely determined, but when a printed matter having such a gap is arranged to form an arrayed printed matter, the strip-shaped printed pattern is connected between the adjacent printed matters. The effect of the present invention can be obtained as long as the gap is such that it can be visually felt as if the belt is stretched. Here, as a specific example of the size of the gap, it is about 1 cm or the like when the size of the printed material is wall use and the size is about 2 m in length and 1 m in width. As described above, in the present invention, the fact that one end of the strip of the strip-shaped printed pattern extends to the outer edge of the printed matter also includes the case where there is a gap between the tip (one end) of the strip and the outer edge E.

Further, as a modification of the shape as shown in FIG. 2A, as shown in FIG. 2B, as a whole, there is a band extending between the outer edges E which form two opposite sides of the printed matter 10 and E. It is a discontinuous band, and some printed patterns 1A and 1C have an outer edge E.
However, a part of the printed pattern 1 (center part in the left-right direction in the figure)
The pattern B may not be applied to the outer edge E. In this case, it is preferable to provide gradation regions in all of the print patterns 1A, 1B, and 1C from the viewpoint of overall uniformity in design expression, but as shown in FIG. However, the effect can be obtained even if only the strips 1A and 1C related to the outer edge are provided and the strip-shaped printed pattern 1B at the center has no gradation region. Such a mode may be appropriately selected in consideration of the intended design expression and the like.

As described above, in FIGS. 1 and 2, the strip shape of the strip-shaped printed pattern is all straight, but in the present invention, the strip shape is not a straight line, but a broken line, a curved line, or a straight line and a curved line. It is also possible to use a combination of. FIG. 3 shows an example thereof. Figure 3
The strip-shaped printed pattern 1 shown in (A) is a wavy curve. Further, the strip-shaped printed pattern 1 shown in FIG. 3B is a polygonal line composed of straight line segments. The strip-shaped printed pattern 1 shown in FIG. 3 (C) is a zigzag pattern composed of a plurality of separated straight line segments. Further, as in the strip-shaped printed pattern 1 shown in FIG. 4, the strip may have a non-uniform width. FIG. 4 shows a case where one contour line of the band is a straight line and the other contour line is a polygonal line. As mentioned above, various band shapes are possible, but if the band shape is a straight line (a band center line is a straight line and has a uniform band width), that is, if it is a continuous straight band shape, it is the most position. The deviation is apt to be noticeable, and the effect of the present invention is the greatest in this linear band-shaped printed pattern.

In addition, a strip-shaped pattern which constitutes a strip-shaped printed pattern in one printed matter is shown in FIG.
The printed matter 10 illustrated in FIG. In the case of the same drawing, as the strip-shaped printed pattern 1, a linear strip-shaped pattern continuous in the horizontal direction (the horizontal direction in the drawing) between the facing outer edges is defined as the upper end and the lower end in the vertical direction (the vertical direction in the drawing) of the printed matter 10. , And in the center have a total of three. In addition, the strip-shaped pattern at the top, that is, the strip-shaped printed pattern at the top, is the direction in which the strip is cut vertically (the horizontal direction in the drawing).
Is in contact with the upper end of the printed matter 10. Similarly, the strip-shaped pattern at the lower end is also in a form in which it is turned upside down and is in contact with the lower end of the printed matter. When a plurality of strip patterns unique to the present invention are provided in one printed material, the strip patterns may be non-parallel patterns or intersecting patterns. Further, in the case of having a plurality of strip-shaped patterns, they may be combinations of different shapes (for example, straight lines, curved lines, polygonal lines, full width, partial length).

In the case of the example shown in FIG. 5, the upper end or the lower end of the printed matter 10 is the outer edge of the printed matter, but is not a portion where one end of a strip-shaped printed pattern extends and is in contact, but the strip is vertically divided. The gradation area 1g, which is peculiar to the present invention, is not provided because it is a contacted portion. This is the same even if the printed matter 10 is arranged in the vertical direction of the drawing. At the upper end and the lower end, even if those strip-shaped print patterns are connected to each other between adjacent prints and form a continuous external shape pattern, it is an arrangement in which the strip becomes thick,
This is because the arrangement is not such that the belt extends.

[Other Printed Patterns] The printed matter 10 of the present invention is
As described with reference to FIGS. 1 to 5 of the conceptual diagram, the printed matter has at least the strip-shaped printed pattern 1, but other printed patterns may be expressed. For example, if a construction material application such as a wall material is envisioned, there may be a stone pattern, a grain pattern, a wood pattern, etc., or a printed pattern expressing other patterns such as characters, figures, and images. Such a printed pattern is a striped printed pattern 1
It can be provided in the non-printed pattern area N where no pattern is formed, or in the strip-shaped printed pattern itself, or in both areas. When the strip-shaped print pattern itself (inside) is provided, the non-gradation area or the gradation area can be provided. When it is provided in the gradation area, it is preferable to provide the same (pattern) pattern as the non-gradation area together with the non-gradation area, from the viewpoint that there is no sense of discontinuity. That is,
The gradation region referred to in the present invention includes not only the change in density as a solid pattern, but also the change in density with a pattern such as a pattern.

The printed pattern including the band-shaped printed pattern peculiar to the present invention may be formed by selecting an appropriate one from known methods and materials according to the application. For example, the printing method is
Gravure printing, silk screen printing, transfer printing, ink jet printing, etc.

[Form of Printed Product] The form of the printed product of the present invention is not particularly limited as long as it can form a strip-shaped printed pattern peculiar to the present invention, and the material, shape and the like are arbitrary.

For example, the shape is a sheet, a plate, a three-dimensional three-dimensional object, or the like. The sheet may have a continuous strip shape (web) in addition to the sheet. Specific examples of the material of the sheet include a resin sheet (film) such as polyester resin and polyolefin resin, paper, non-woven fabric, metal foil, or a laminated body or a composite body of these. Also, as a specific example of the material of the plate,
It is a resin plate such as an acrylic resin or a polyolefin resin, an inorganic non-metal plate (cement plate or the like), a metal plate or a wood plate. Further, the plate may be a flat plate, a bent plate having an L-shaped cross section, a curved plate, or the like. The material of the three-dimensional object is resin,
Metals, wood materials, inorganic non-metal materials and the like can be mentioned. If the printed matter is a plate or a three-dimensional three-dimensional object, if it cannot be linearly printed on it, or if it is not linearly printed, then the printed matter once produced in the form of a sheet such as a resin sheet or paper is a known laminating means such as an adhesive. These can be printed by stacking them on the surface of a plate or a three-dimensional solid.

The external shape of the printed matter is not limited to square, rectangular, rhombic, triangular, polygonal even in the case of a sheet or plate. It may also include an arc. The array printed matter has a large degree of freedom in the outer shape, as long as it has a shape in which at least two printed matters can be arranged adjacent to each other.

Although there are some continuous strip-shaped sheets that are distributed as wallpaper for rolls, for example, when they are arrayed printed sheets, they are used as an array of sheet-like sheets cut into a finite length. To be done. Therefore, normally, when the printed matter is a continuous strip-shaped sheet, it means that the strip-shaped printed pattern has a continuous linear strip-shaped pattern over the outer edges of the printed matter. The so-called striped pattern over the entire width. However, the continuous strip-shaped sheet is a sheet-like printed material cut into sheets (finite length) when arrayed as described above. Therefore, if there is a strip-shaped printed pattern extending in the flow direction on a continuous strip-shaped sheet, it is the same as the other printed matter, with the cut edges (upper and lower in the flow direction) generated at the time of cutting the sheet as the outer edge. By arranging adjacently, it seems that the adjacent printed matter can be arranged so that the belts are connected and stretched. Therefore, in a strip-shaped printed pattern in the flow direction in such a continuous strip-shaped printed matter, the gradation region is
It may be changed in the width direction.

[Arranged Printed Material] In the case of FIGS. 1 to 5 of the above-described conceptual diagram, the arrayed printed material of the present invention has been illustrated as an example in which only two printed materials 10 are arranged in the lateral direction of the drawing.
Of course, the number of printed materials to be arranged may be two or more. The arrangement method in that case is arbitrary, but when arranging in two directions of vertical and horizontal directions, a square arrangement, a staggered arrangement,
There are brick pile arrangements and other arrangements. Also, in the array,
For example, there is a form in which two or more printed materials are arranged in only one direction such as the vertical or horizontal direction.

Further, in the arrayed printed matter, it is not always necessary that all the shapes of the printed matter to be arrayed have the same shape and the same size. Further, even if the printed materials to be arranged have the same shape and the same size, it is not always necessary that the strip-shaped printed patterns that they have have the same shape (and the same gradation). Further, even if all the printed patterns have the same shape, it is not always necessary to have the same appearance in terms of other patterns, background color and the like. These depend on the intended use of the printed matter, the image / information to be expressed, the design, and the like.

In the arrayed printed matter, the printed matter to be adjacent to each other may be brought into contact with each other without a gap therebetween, but may be arranged in abutting manner, but there may be some gap between them. For example, in the case of a wall material or the like, the space may be filled with a sealing material and attached. However, according to the present invention, since the positional deviation is not conspicuous, it is difficult to impair the appearance of design expression or the like even if the gap is made smaller or arranged by abutting without leaving the gap.

There is no particular limitation on the method of fixing the printed materials in a predetermined positional relationship when the printed materials are arranged to form an array printed material, and any known means may be used depending on the application.
For example, in the case of printed sheets or plates, known adhesives, nails, adhesive tapes, tacks, etc. for larger sheets or plates, or three-dimensional solid objects, structures such as vehicles and buildings. It suffices to use fixing means as appropriate for fixing. Examples of the material of the sheet, the plate, and the three-dimensional solid object include those listed for the material of the printed matter described above.

[Use of Printed Material or Arrayed Printed Material] The application of the printed material or the arrayed printed material of the present invention is not particularly limited.
However, it is suitable for applications in which the feature of the present invention that the positional deviation of the band-shaped printed pattern is not noticeable at the time of arrangement can be utilized. Such applications include, for example, building interior and exterior materials such as the interior and exterior walls of buildings, door interior and exterior surfaces, and vehicle interior and exterior materials. Specifically, the printed matter is, for example, a wallpaper, a wall panel, a partition, or the like, and the arranged printed matter is a structure in which these are arranged. Alternatively, it is also suitable for applications such as large-scale advertisements outdoors or indoors.

[0040]

EXAMPLES Next, the present invention will be described in more detail by way of examples.

[Example 1] A continuous strip-shaped transparent polyester resin sheet having a strip width of 120 mm over the entire width in the width direction, of which 10 mm in width at the upper and lower contours in the flow direction, respectively, outside (upside down) After forming a band-shaped print pattern with a dark brown color by gravure printing that has a gradation area in which the gradation changes so that the density becomes lighter, the beige color is further applied to the entire surface of the resin sheet. The pattern of the grain pattern was formed by gravure printing to obtain a continuous strip-shaped printed matter. The strips (centers) of the strip-shaped printed pattern are arranged at intervals of 101 cm in the flow direction. Further, a white polyolefin resin sheet was attached to the back side of this printed material by a dry lamination method using an adhesive for dry lamination to obtain a continuous strip-shaped printed material (printing sheet) as a decorative sheet.

Next, the continuous strip-shaped printed matter (printing sheet) is attached to a FRP (fiber reinforced plastic) plate having a length of 200 cm and a width of 80 cm with a polyurethane adhesive to form a sheet-like plate, as shown in FIG. A printed matter 10 having three strip-shaped patterns as shown as the strip-shaped printed pattern 1 was produced. One strip in the continuous strip-shaped printed matter was attached so that the strip was divided at the center in the longitudinal direction of the plate and the next strip was divided at approximately the center to reach the upper and lower ends of the plate. Therefore, the striped print pattern is
In the plate-shaped printed matter 10, the central band in the vertical direction (longitudinal direction) has a gradation region in the vertical contour, the upper end band has a gradation region in the lower contour, and the lower end band. Has a gradation area on its upper contour. The top and bottom size of the FRP plate is 200c
The distance between the top and bottom of the strip-shaped printed pattern is 101 cm, which is indivisible with respect to m. The reason why the continuous strip-shaped printed sheet is attached to the sheet material is the amount of the cutting margin of the sheet. 2 cm is secured in this case. If a cutting allowance is required for the attachment, it goes without saying that the cutting allowance may be a size that is easy to process, for example, an appropriate size such as 1 to 20 cm.

As an inner wall structure of the building, as shown in FIG.
As shown in FIG. 5, a required number of the plate-shaped printed matter 10 are arranged parallel to each other in the horizontal direction so as to be adjacent to each other in abutting manner to form an array printed matter 100.

[Example 2] Contrary to Example 1, a transparent polyester resin sheet was pasted on the surface side of a lower polyolefin resin sheet on which a pattern was printed to form a continuous strip similar to that of Example 1. A printed material was prepared and arranged to obtain an array printed material.

That is, after forming a pattern of a light brown-colored grain pattern by gravure printing on a continuous strip-shaped white polyolefin-based resin sheet, further, a strip width of 120 mm over the entire width of the resin sheet. Then, in the upper and lower contours in the flow direction, each has a width of 10 mm and has a gradation region in which the gradation is changed so that the density becomes thinner toward the outside (vertical direction), and printing of a band-shaped grain pattern in dark brown color The pattern was formed by gravure printing to obtain a continuous strip-shaped printed matter. In addition, the strips (centers) of the strip-shaped printed patterns are at 101 cm intervals in the flow direction, as in the first embodiment. Further, a transparent polyester resin sheet was attached to the printed surface side of this printed material by a dry lamination method using an adhesive for dry lamination to obtain a continuous strip-shaped printed material (printing sheet) as a decorative sheet.

Next, the continuous strip-shaped printed matter (printing sheet) was attached to the FRP plate with a polyurethane adhesive as in Example 1, and three strip-shaped patterns as shown in FIG. A sheet-shaped printed matter 10
Was produced. Then, in the same manner as in Example 1, as the inner wall structure of the building, a required number of the plate-shaped printed materials 10 were arranged parallel to each other in a horizontal direction, and were arranged adjacent to each other in abutting manner to form an array printed material 100.

[0047]

(1) According to the printed matter of the present invention, when the printed matter is arranged to form an array printed matter so that the belt-shaped printed patterns are connected and the belt extends, the position of the joint portion of the belt-shaped printed patterns is arranged. Even if there is some deviation, it can be made inconspicuous. (2) In particular, conventionally, when the band-shaped printed pattern was a linear band-shaped pattern that was continuous over the outer edges of the printed matter that faced each other, the positional deviation was noticeable, but in this case, the positional deviation is more effective. Can be made inconspicuous. (3) When the printed matter is a continuous strip-shaped sheet, the printed matter is suitable for mass production by a rotary printing machine or the like, or as a continuous strip-shaped product in a usage form. (4) According to the printed matter array of the present invention, it is possible to make it inconspicuous even if there is some positional deviation in the joint portion of the strip-shaped printed pattern.

[Brief description of drawings]

FIG. 1 is a plan view conceptually illustrating a strip-shaped printed pattern in a printed matter and an arrayed printed matter of the present invention in one form thereof.

FIG. 2 is a plan view illustrating another example of a strip-shaped printed pattern.

FIG. 3 is a plan view illustrating another example of a strip-shaped printed pattern.

FIG. 4 is a plan view illustrating another example of a strip-shaped printed pattern.

FIG. 5 is a plan view illustrating another example of a strip-shaped printed pattern.

FIG. 6 is a plan view illustrating a positional deviation of a printed pattern in a conventional printed material and an array printed material.

[Explanation of symbols]

1 band-shaped print pattern 1A band-shaped print pattern 1B Band-shaped printed pattern (band part without gradation) 1C Strip-shaped print pattern 1g gradation area 1n non-gradation area 2 striped print pattern 10 printed matter 20 (conventional) printed matter 100 prints 200 (conventional) array prints Change direction of Dg gradation E Outer edge of printed matter N Non-printed pattern area

Claims (4)

[Claims] 1. A printed matter having at least a strip-shaped printed pattern, wherein the strip-shaped printed pattern has at least one end of the strip extending to an outer edge of the printed article, and at least in the vicinity of the outer edge, in a direction parallel to the outer edge. A printed matter having a gradation area that changes to. 2. The printed matter according to claim 1, wherein the strip-shaped printed pattern has a continuous linear strip-shaped pattern extending between opposite outer edges of the printed matter. 3. The printed matter according to claim 1, wherein the printed matter is a continuous strip-shaped sheet. 4. An array printed matter in which two or more of the printed matter according to any one of claims 1 to 3 are arranged so that a strip-shaped printed pattern extending to an outer edge of the printed matter is connected between adjacent printed articles to extend the strip.