JPH0440230Y2 - - Google Patents

Description

[Detailed Description of the Invention] [Industrial Application Field] The present invention relates to a paper quality sample, and more particularly to a paper quality sample configured to display the finishing quality of printing for each paper quality.

[Prior art]

In the past, paper quality samples were made up of bound samples of various paper types, as shown in Figure 3, and some innovations were made, such as adding an index (not shown).

Recently, due to the development of paper manufacturing technology, especially the increase in paper types and grades, and the development of printing technology,
Paper quality samples such as those shown in Figure) are no longer sufficient as materials for evaluating and selecting paper quality.

In other words, grades are subdivided for each type of paper quality (for example, printing paper A, B, C, D, coated paper, wrapping paper, etc. according to the JIS standard), and the total number of grades is enormous (more than several types). And, furthermore, homogeneous,
Since each paper manufacturer sells paper of the same grade (so-called equivalent products), it is difficult to store them in one or two sample books.

On the other hand, with the advancement and spread of printing technology, paper has come to be used in many cases with printing applied to it. For this reason, a blank paper quality sample alone is insufficient as a material for paper quality selection, and there has been a need to be able to compare and examine paper quality samples with various types of printing.

In response to such social demands, a printability display paper quality sample as shown in FIG. 4 has been put into practical use.

The type sample book 1 includes paper quality samples representative of each type of paper quality, such as paper quality A, paper quality B, paper quality C, and paper quality D.

The paper quality sample booklet 2a includes printed samples (printed paper quality samples) _A1 , _A2 to _A7 of different grades within the paper quality type A of the type sample book 1. The reason why these A ₁ to A ₇ are not bound is to make it easier to compare A ₂ and A ₆ side by side, for example.

Similarly, grade sample book 2b includes printed samples by grade.
B ₁ to _{B 7} are inserted, and the grade sample booklet 2c includes printed samples C ₁ to C ₇ . Type D,
Grade sample books 2d and 2e for E~, respectively.
(not shown) corresponds.

Paper quality sample showing printability as above (No. 4)
Figure) is convenient for narrowing down the scope of consideration among the vast variety of paper types and comparatively evaluating their printability.

[Problem that the invention attempts to solve]

However, the above-mentioned paper quality samples (Figure 4) must be handled with care, as there is a risk that the printed samples stored in each grade sample booklet 2a, 2b, 2c, etc. may be scattered or replaced. Must be.

This idea was created in view of the above circumstances.
The purpose is to ensure that there is no risk of printed samples being lost or replaced, and that they are easy to handle.
Moreover, it is an attempt to provide a paper quality sample displaying printability, which is convenient for comparative evaluation of print samples.

[Means for solving problems]

In order to achieve the above purpose, the present invention divides paper quality samples into multiple types, A, B, C, D~, and creates a type sample book by extracting representative paper quality samples for each of the above types. , for each of the above-mentioned A, B, C, D ~ types, this is graded into A ₁ ~ A _o , B ₁
〜B _o , C ₁ 〜C _o , D ₁ 〜D _o 〜 (n
is an integer of 2 or more), dimensions corresponding to A5 to B4 size in paper quality samples indicating printability, which are made by combining paper quality samples of each grade within each category with paper samples by grade. An even number of transparent bags of the same size are arranged in a row to form a folded book, and each transparent bag stores a paper quality sample printed for each grade, and the even number of the above is characterized by having a value of 4 to 10. However, in the present invention, for example, a bag compatible with A5 size refers to a bag configured to store paper cut into A5 size or paper folded into A5 size.

[Effect]

The printed sample packaged in a transparent bag configured in the form of a notebook as described above is convenient for unfolding and viewing, folding, carrying, and storing, and there is no risk of it being lost or replaced. It is also possible to take out a desired print sample for comparison if necessary, and it is also easy to store it in a transparent bag after comparative evaluation. Moreover, since the number of folded unit leaves is an even number of 4, 6, 8, or 10, it is convenient to handle, and it is possible to insert a cover (back cover) or add an index on the front and back of the folded state. This is useful for expressing trademarks.

〔Example〕

FIG. 1 is an explanatory diagram of one embodiment of the present invention.

Transparent plastic bags 3 _{a-1 to} 3 _{a-6 are lined up and connected to each other to accommodate printed samples A 1 to A 6 ,} respectively, to form a graded sample signature book 3a.

Similarly, a graded sample foldbook 3b stores printed samples _B1 to _B6 , a graded sample folded book 3c stores printed samples _C1 to _C6 , and a graded sample folded book 3d stores printed samples _D1 to _D6 . Configure.

Although not shown, grade sample signatures 3e and 3f are constructed in correspondence with types E and F, respectively.

When implementing the present invention, the number of transparent bags constituting one grade sample booklet (for example, 3a) is 4, 6,
An even number such as 8 or 10. Also, 1
The even number of transparent bags constituting each grade sample signature shall be of the same shape and size.

Different grade sample signatures (e.g. 3a and 3b, 3b
and 3c) may be changed in size.

By setting an even number, the printed sample A ₁ at both ends,
If you mark the back side of each A ₆ (hidden in Figure 1) with letters (e.g. title), patterns (e.g. trademark), etc. as a cover, when this grade sample fold book 3a is folded, The pattern of the cover appears on both sides. Moreover, when this is unfolded, the cover pattern is hidden, as shown in Figure 1, and all six sides are effectively lined up with printed samples for viewing.

Since the printed sample is thus stored in a transparent bag, there is no risk that the printed sample will be scattered or exchanged with other signatures.

Furthermore, when it is desired to directly view or touch the printed sample without looking through the plastic bag, the desired print sample can be easily taken out and placed in the transparent plastic bag.

When implementing the present invention, the number of transparent bags constituting one graded sample booklet is 4 to 10. If it is less than 4, the effect of displaying the printed sample will not be sufficient and it will lack practical value. Also, numbers over 10 (e.g.
12), it is difficult to handle because it exceeds the appropriate length to hold both ends with both hands.

FIG. 2 shows a different embodiment from the above. The shape and dimensions of each transparent bag making up the grade sample signature book 3a correspond to A5 to B4 size, but the printed sample A' ₁
The shape and dimensions of ~ are not necessarily restricted to this. In other words, as shown in Figure 2 of this book, A5
It only needs to be the shape and dimensions of a B4 or B4 version.

[Effect of idea]

As detailed above, when the present invention is applied, it is possible to organize and store a large number of printed samples in an easy-to-use manner without the risk of scattering them, and there is no risk of the organization being confused, and moreover, as needed. You can compare and examine the desired grade sample, and check the quality of the paper sample,
It is particularly suitable for comparatively evaluating its printability.

[Brief explanation of the drawing]

FIG. 1 is an explanatory view showing one embodiment of a paper sample of the present invention, and FIG. 2 is a perspective view of an embodiment different from the above. Figure 3 is a perspective view showing an example of the previous paper quality sample;
FIG. 4 is an explanatory diagram of an example of a paper quality sample displaying known printability. 1...Type sample book, 2a, 2b, 2c...Known grade sample book, 3a, 3b, 3c, 3d...Grade sample book according to the present invention, 3 _a-1 to 3 _a-6 , 3 _{b -1} to 3
_b-6 ...Transparent bag.

Claims (1)

[Scope of utility model registration request] For more than a dozen types of paper quality samples, this is A,
A type sample book that is roughly divided into multiple types of B, C, D~ and extracted representative paper quality samples for each of the above types, and a type sample book for each of the above types A, B, C, D~. A ₁ ~ A _o , B ₁ ~ _{B o} ,
It is divided into grades such as C ₁ ~ _{C o} , D ₁ ~ _{D o} ~ (n is an integer of 2 or more), and consists of a combination of paper quality samples of each grade within each category, printed and collected. , in the paper quality sample displaying printability,
An even number of transparent bags of the same size corresponding to A5 to B4 size are arranged in a row to form a folded book, and inside each transparent bag is a paper quality sample with each grade printed. A paper quality sample displaying printability, wherein the even number is 4 to 10.