JP3144503U - Memo sheet for 3D memo - Google Patents

Abstract

A memo for a three-dimensional memo that has sufficient stability when assembled and placed on a horizontal surface without using other materials such as an adhesive, and has high visibility so that the contents of a memo can be confirmed even from a distance. Provide a sheet.
SOLUTION: A memo is entered on a sheet with a notch 2 (or an elongated cutout or perforation capable of performing the same function) so as to surround a part of the memo entry part 1 inside the sheet. A solid memo that can be placed stably on a horizontal plane with the surrounding area as a base if the memo entry part 1 is folded with the line connecting the edges of the cut after writing the memo on the part 1 as the crease 3 Can be formed.
[Selection] Figure 2

Description

  The present invention relates to a memo sheet for a three-dimensional memo that can achieve both stability and high visibility without using other materials such as an adhesive.

  Conventional memo paper is a simple memo written on a single piece of paper and placed on a desk, etc., so it is difficult to check from a distance. It was necessary to insert it or fix it on the wall with a magnet or a thumbtack.

  As an invention for solving this problem, there is already a three-dimensional memo (see Patent Document 1), but since an adhesive is required, it becomes expensive.

In addition, there is a three-dimensional card as an invention that can make a memo part three-dimensional without using an adhesive (see Patent Document 2), but this has a notch entering toward the center of the sheet, and the notch has a lot of space. It is easy to limit the area where you can write a note to take, and even when forming a solid and placing it on the horizontal plane, the memo display part does not stand up completely against the horizontal plane, so it is visible when viewed from a distance There is a problem that it is scarce.
Public Open Heisei 06-009971 JP 2006-326921 PR

  The problem to be solved is to provide a memo sheet for a three-dimensional memo that can achieve both sufficient stability and high visibility when placed on a horizontal plane without using other materials such as an adhesive.

  The present invention is a sheet having a perforation that performs the same function as a cut by cutting or cutting an elongated portion, or cutting by the user himself, while leaving a part to surround an area inside the paper. The main feature is that a solid memo can be formed by writing a memo inside and then folding the inner part using a line connecting the cut and cut edges.

  In the memo sheet for 3D memos of the present invention, the surrounding parts serve as the foundation when assembled and used, and it can give a sense of stability without using other materials such as adhesives, and even write memos Since the inner part can stand completely with respect to the horizontal plane, there is high visibility.

  The memo sheet for the three-dimensional memo of the present invention is suitable for mass production and is inexpensive because it is just a sheet that has been cut, cut or perforated.

  In addition, the memo sheet for 3D memo of the present invention can be placed anywhere as long as it is flat when assembled and used, so if you place the memo in a place where you can see it, it is highly visible The content always comes into my eyes. Therefore, it is possible to prevent the user from forgetting what he / she wrote down, and if he / she writes down what should be memorized, he / she can fix his / her memory by repeatedly checking his / her life.

  In addition, the memo sheet for the three-dimensional memo of the present invention can use both the front and back sides as a memo surface. For example, for the purpose of learning, write the problem on the front side and write the answer to it on the back side. It is useful for applications such as improving the efficiency of learning by checking the answer on the back side only when necessary.

  While taking the memo part as wide as possible, the objective of achieving the minimum stability and strength required for use was realized.

  FIG. 1 shows an embodiment of the present invention, which is a sheet having a U-shaped cut 2 so as to surround an area 1 inside the sheet. A region 1 surrounded by the cuts is a space for writing a memo.

  FIG. 2 shows the operation of the first embodiment. The line 3 connecting the ends of the notch 2 is bent with a crease, and the portion of the region 1 is set up. Use the surrounding area as a base, on a flat surface.

  The shape of the sheet and the shape of the cut are not limited to the shapes introduced in the first embodiment, and may be any shape as long as there is no problem with the stability of the base. As an example, Example 2 is shown in FIG.

  FIG. 4 shows an embodiment of the present invention, and an example in which an elongated cutout is used instead of the cut as in the first embodiment will be mentioned.

  FIG. 5 shows one embodiment of the present invention, and a case where a part of the cut in the first embodiment is replaced with a perforation will be mentioned. When using a perforation, cut it along the perforation in advance before assembling, and then fold and use the ends of the cut as in the first embodiment. By making a part perforated, the user has to cut off himself, but the strength in the sheet state increases, which helps to prevent breakage during non-use such as manufacturing, shipping and display.

  The present invention can be used for a memo pad, a printed matter issued by a printer, a POP, a price card, a calendar, a message card, an auxiliary stationery for learning, and the like.

It is explanatory drawing which showed the implementation method of a three-dimensional memo. Example 1 FIG. 6 is a diagram illustrating an operation of the first embodiment. It is explanatory drawing which showed the implementation method of a three-dimensional memo. (Example 2) It is explanatory drawing which showed the implementation method of a three-dimensional memo. (Example 3) It is explanatory drawing which showed the implementation method of a three-dimensional memo. Example 4

Explanation of symbols

1 Memo entry part 2 Cut part 3 Uncut part (part which forms crease)
4 Cutout 5 Perforation

Claims (5)

  In a sheet that has been cut away so as to enclose a certain area inside the sheet, after writing a note inside it, fold the inner part using the line connecting the edges of the notch as a crease Memo sheet for three-dimensional memos that can form a three-dimensional shape when woken up.   3. A memo sheet for a three-dimensional memo according to claim 1, wherein an elongated cut-out is used in place of the cut.   In Claims 1 and 2, as a substitute for notching or cutting, a part or all of the perforation is used, and the user himself cuts along the perforation to achieve the same effect as incision. Memo sheet.   3. A memo sheet for a three-dimensional memo according to claim 1, wherein the outside of the portion surrounded by the notch and the crease serves as a base when assembled and placed.   4. A memo sheet for a three-dimensional memo according to claim 1, 2, and 3, wherein a memo can be written on both the front and back sides of a single sheet.

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