JP3204613U - Pattern paper for Karakuri Notebook and Karakuri Notebook - Google Patents

Abstract

An object of the present invention is to provide an easy-to-use pattern paper and a Karakuri notebook even if the amount of information is increased by increasing the number of columns to increase the number of pages or the number of rows. A pair of a left page portion, a right page portion, a pair of upper end winding bands, and a lower end winding band form a frame shape, and at least one winding band is formed on the inside thereof. Use the pattern 2 for the Karakuri notebook. The pattern 2 has a large number of squares in a lattice shape partitioned by rows and columns, and characters, figures, symbols, and the like are written in part of the squares. The left page portion 6 and the right page portion 7 have the same dimensions, and are connected to each other by the upper end winding band 3 and the lower end winding band 5 to form a glued portion 8a. The upper end winding band 3, the lower end winding band 5, and the winding band 4 have the same length dimension. The winding band 4 has an elongated band shape, and one side is connected to the left page part 6 through a connecting part, and the other three sides are released by a notch part and have an end part 10. A glued portion 8 b is formed at the end portion 10. [Selection] Figure 1

Description

  The present invention relates to a template for a Karakuri notebook and a Karakuri notebook using the pattern, in which hidden pages appear one after another.

Conventionally, it is called Karakuri notebook or change picture puzzle, etc. that has a function to make hidden pages appear one after another by folding a single pattern with different letters, figures, symbols etc. drawn on the front and back There are "Karakuri toys" (Non-Patent Document 1, Non-Patent Document 2).
FIG. 20 shows a pattern 2 of a conventional pocketbook 1 having a structure of 3 rows and 4 columns, FIG. 21 shows a method for manufacturing the pocketbook 1 using the pattern 2, and FIG. Each usage is shown.
If the pattern 2 of FIG. 20 is used, as shown in FIG. 21 and FIG. 22, a total of 8 pages of Karakuri Notebook 1 on which 6 pieces of A, B, C, and D are displayed can be produced.

  Edited by Akira Naito, “Karakuri work that works with mysterious work”, revised edition, Ptic Corporation, P64   Tada Shinsaku, “Karakuri Toy Craft”, Ikeda Shoten Co., Ltd., P112-113

However, the conventional mechanical notebook 1 is in a state where the end of the wrapping band 4 is fluttering and is not fixed. Therefore, while playing with the conventional Karakuri notebook 1, the winding band 4 is difficult to use because of winding misalignment, coming off, or facing the opposite side (FIG. 21 (b), FIG. 22 ( b) etc.).
As shown in FIG. 20 to FIG. 22, a small amount of information as small as 3 rows and 4 columns as used in the related art has a large problem, although it is somewhat inconvenient. It was not.
However, when the number of rows and the number of columns is further increased, there is a problem that it cannot be practically used in an unstable state where the end of one or a plurality of winding bands 4 is fluttering. there were. Further, there is a problem that the upper end winding band 3 and the lower end winding band 5 come off during use.

The present invention aims to solve the above-mentioned conventional problems.
The device described in claim 1
A pair of left and right page portions, and a pair of upper and lower end winding bands, the periphery of which is formed in a frame shape, and is a template for a pocketbook that has at least one winding band inside thereof,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
With the same dimensions, connected to each other by the upper end winding band and the lower end winding band,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, and the winding band have the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
The end portion is characterized in that a glued portion is formed.
When the device according to the first aspect is used, the Karakuri notebook can be composed of a single sheet, so that it can be produced easily and at low cost. In addition, since the winding band is fixed to the left page part and the right page part, the edge part of the winding band does not move or come off with the fluttering, and it is possible to provide a karakuri notebook having a user-friendly structure. .

The invention described in claim 2
The pair of left and right page portions and the pair of upper and lower end winding bands form a frame shape, and at least one central winding band on the inside thereof, and one more than the central winding band A pattern for a pocketbook with a large number of winding bands,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
Are connected to each other by the upper end winding band, the lower end winding band and the central winding band with the same dimensions,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, the center winding band, and the winding band are the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
The end portion is characterized in that a glued portion is formed.
By using the contrivance according to claim 2, it is possible to more firmly adhere to the left page portion and the right page portion by the glued surfaces of a plurality of winding bands, so that even when the number of rows is increased, winding misalignment, etc. It can make it difficult to get up and get off.

The device described in claim 3 is the device described in claim 1 or claim 2,
The left page portion has a left outer page portion and a left inner page portion formed by being bent in the vertical direction,
The right page portion has a right outer page portion and a right inner page portion which are formed by being bent in the vertical direction.
The device described in claim 4 is the device described in claim 3,
The inside of the left page portion formed by the left outside page portion and the left inside page portion;
Inside the right page portion formed by the right outer page portion and the right inner page portion,
It is characterized by the insertion of cardboard.
Use of the device described in claim 3 or claim 4 makes it difficult to cause winding misalignment even when the number of pages is further increased by increasing the number of columns, and is easy to open and use. Can do.

The device described in claim 5 is the device described in claim 1 or claim 2,
The upper end winding band and the lower end winding band are:
It is wider than the winding band or the central winding band.
With the invention of claim 5, even when the number of pages is increased by increasing the number of columns or when the number of rows is increased, further winding misalignment, etc. are difficult to occur, unwind, or come off. can do.

The invention described in claim 6
A Karakuri notebook that uses a pattern for a pocketbook that has a pair of left and right page sections, a pair of upper and lower winding bands, and a peripheral frame that has at least one winding band inside. Because
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
With the same dimensions, connected to each other by the upper end winding band and the lower end winding band,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, and the winding band have the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A glued part is formed at the end,
The upper end winding band and the lower end winding band are:
Each square is folded into a valley and wrapped around the right page,
The winding band is
The connecting portion is folded around and wound around the left page portion,
The gluing portion at the end of the winding band is fixed to the gluing portion of the left page portion or the right page portion.

The invention described in claim 7
The pair of left and right page portions and the pair of upper and lower end winding bands form a frame shape, and at least one central winding band on the inside thereof, and one more than the central winding band It is a Karakuri Notebook that uses a pattern for Karakuri Notebook with a large number of winding bands,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
Are connected to each other by the upper end winding band, the lower end winding band and the central winding band with the same dimensions,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, the center winding band, and the winding band are the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A glued part is formed at the end,
The upper end winding band, the lower end winding band and the central winding band are:
Each square is folded into a valley and wrapped around the right page,
The winding band is
The connecting portion is folded around and wound around the left page portion,
The gluing portion at the end of the winding band is fixed to the gluing portion of the left page portion or the right page portion.

  When the device according to claim 6 and claim 7 is used, even when the number of pages is increased by increasing the number of columns or the number of rows is increased, the winding band, the upper end winding band, and the lower end winding band This makes it difficult for winding misalignment to occur or to come off. Therefore, an easy-to-use Karakuri notebook can be provided.

With the present invention, even if the number of pages is increased by increasing the number of columns or the amount of information is increased by increasing the number of rows, the winding band 4, the upper end winding band 3, the lower end winding band 5, etc. Since it is difficult to cause winding slippage or disengagement, it is possible to provide a handbook with a structure that is easy to use.
Therefore, when the present invention is used, a number of rows and columns and a large amount of information displayed along with it, for example, an educationally significant device such as a long-period table of elements or a unit conversion table, etc. It can be manufactured at low cost.

  This is a pattern 2 of Example 1 (3 rows, 4 columns). (A) Basic structure (front surface) of the pattern 2 (B) Arrangement of each square symbol (A, B, C) on the front surface. (C) Arrangement of each square symbol (A, B, C) and glued portions 8a, b on the back surface.   This is a manufacturing method of the Karakuri notebook 1 according to the first embodiment. (A) The connecting portion 9 between the winding band 4 and the left page portion 6 is folded at the bottom and folded back to the left. (B) The winding band 4 is valley-folded and wound around the left page portion 6. The right page portion 7, the upper end winding band 3, and the lower end winding band 5 are folded back and folded. (C) The left page portion 6, the upper end wrap 3 and the lower end wrap 5 are folded and folded back to the left. The glued part 8b of the winding band 4 and the glued part 8a of the right page part 7 are glued and fixed. (D) Front side and back side of Karakuri Notebook 1   This is a method of using the Karakuri Notebook 1 of the first embodiment. (A) Six A letters are lined up on the front side. (B) Open the center of the left and right pages. (C) The letter B on the next page is visible. (D) When further opened, 6 B characters are arranged. (E) Six A letters are arranged on the back side.   This is a pattern 2 of Example 2 (3 rows, 8 columns, geological chronology). (A) Arrangement of symbols of each square on the front surface. (B) Arrangement of each square symbol and the pasted portions 8a and 8b on the back surface.   This is a pattern 2 of Example 3 (3 rows, 13 columns, long periodic table). (A) Arrangement of each square element symbol and pasting portion 8a on the front surface. (B) Arrangement of each square element symbol and pasting portion 8b on the back surface.   This is a manufacturing method of the Karakuri notebook 1 according to the third embodiment. (A) The left outer page portion 11 and the left inner page portion 13 of the left page portion 6 are folded and sandwiched with cardboard 19a. The right outer page portion 15 and the right inner page portion 17 of the right page portion 7 are folded and sandwiched with a thick paper 19b. (B) Fold the band 4 and turn it back to the left. (C) Wrap the winding band 4 around the left page portion 6. The upper end winding band 3 and the lower end winding band 5 are wound around the right page portion 7. (D) The gluing portion 8b of the winding band 4 and the gluing portion 8a of the right page portion 7 are fixed.   It is the usage method of the Karakuri notebook 1 (long period table) of Example 3. FIG. (A) Elements on the front side are Group 1 (H, Li, etc.) and Group 2 (Be, Mg, etc.) elements. (B) When the central part of the left and right rows is opened, elements of Group 3 and Group 4 appear. (C) When this operation is repeated, elements of Groups 15 and 16 appear. (D) Group 17 (F, Cl, etc.) and Group 18 (He, Ne, etc.) are the final pages.   This is a paper pattern 2 of the Karakuri notebook of Example 4. (A) Symbol arrangement on the front surface. (B) Arrangement of symbols on the back surface, glued portions 25a and 25b, and glued portions 27a and 27b.   This is a manufacturing method of the Karakuri notebook 1 of the fourth embodiment. (A) Folding belts 21a and 21b are folded back to the left side. The right page portion 7 is folded and folded to the left. (B) Wrap the winding bands 21a and b around the left page portion 6. The upper page 3, the lower end 5 and the center band 23 are wound around the right page portion 7. (C) Adhering the glued portions 27a, 27b and the glued portions 25a, 25b. (D) A conversion table of length and unit appears on the first page on the front side.   It is the usage method of the Karakuri notebook 1 (unit conversion table) of Example 4. (A) On the back side of the first page is a conversion table of mass and unit. (B) Open the center on the front side of the first page. (C) A conversion table for the area and unit of the next page appears. (D) When the center part is further opened, a conversion table of volume and unit appears.   This is a pattern 2 of Example 5. (A) Arrangement of characters of each square on the front surface. (B) Arrangement of pasted portions 25a and 25b and pasted portions 27a and 27b such as square characters on the back surface.   This is a pattern 2 of Example 6. (A) Element arrangement of each square on the front surface. (B) Arrangement of each square element and glued portions 35a, b, c and glued portions 37a, b, c on the back surface.   This is a manufacturing method and usage of Example 6. (A) The winding bands 31a, b, c are folded back to the left. The right page portion 7 is folded back to the left with respect to the upper end winding band 3, the lower end winding band 5, and the center winding bands 33a, b. (B) Wrap the winding bands 31a, b and c around the left page portion 6. The upper page 3, the lower end 5, and the center bands 33 a and 33 b are wound around the right page portion 7. (C) The pasted portions 37a, b, c and the pasted portions 35a, b, c are fixed. (D) When the central part of the Karakuri Notebook 1 is opened in order, another family appears.   This is a pattern 2 of Example 7. (A) Element arrangement of each square on the front surface. (B) Arrangement of each square element on the back surface, the glued portions 35a, b, c and the glued portions 37a, b, c.   This is a manufacturing method and usage of Example 7. (A) The winding bands 31a, b, c are folded back to the left. The right page portion 7 is folded back to the left with respect to the upper end winding band 3, the lower end winding band 5, and the center winding bands 33a, b. (B) (c) Winding bands 31a, b, c are wound around the left page portion 6. The upper webbing 3, the lower webbing 4, and the central webs 33a and 33b are wound around the right page portion 7. (D) The pasted portions 37a, b, and c are fixed to the pasted portions 35a, b, and c. (E) When the central part of the Karakuri Notebook 1 is opened in order, another family appears.   This is a pattern paper 2 of Example 8. (A) Element arrangement of each square on the front surface. (B) Arrangement of each square element on the back surface, the glued portions 35a, b, c and the glued portions 37a, b, c.   This is a manufacturing method and usage of Example 8. (A) The winding bands 31a, b, c are folded back to the left. The right page portion 7 is folded back to the left with respect to the upper end winding band 3, the lower end winding band 5, and the center winding bands 33a, b. (B) Wrap the winding bands 31a, b and c around the left page portion 6. The upper page 3, the lower end 5 and the center bands 33 a and 33 b are wound around the right page portion 7. (C) The pasted portions 37a, b, c and the pasted portions 35a, b, c are fixed. (D) When the central part of the Karakuri Notebook 1 is opened in order, another family appears.   The upper end wrap 3 and the lower end wrap 5 of Example 9 are wide patterns 2. (A) Arrangement of each rectangular element on the front surface and the pasted portions 35a, b, c. (B) Arrangement of each square element and glued portions 37a, b, c on the back surface.   This is a manufacturing method and usage of Example 9. (A) A thick paper 19 a is sandwiched between the left outer page portion 11 and the left inner page portion 13. Similarly, the thick paper 19 b is sandwiched between the right outer page portion 15 and the right inner page portion 17. (B) Fold the winding bands 31a, b, c to the left. (C) Wrap the winding bands 31a, 31b, 31c around the left page portion 6. The top page 3, the center strips 33 a and 33 b, and the bottom strip 5 are wound around the right page portion 7. (D) The pasted portions 37a, b, and c are fixed to the pasted portions 35a, b, and c.   This is a paper pattern that does not have a pasting portion of a conventional example (3 rows, 4 columns). (A) Arrangement of square symbols (A, B, C, D) on the front surface. (C) Arrangement of each square symbol (A, B, C, D) on the back surface.   This is a conventional manufacturing method. (A) The winding band 4 is folded back and wound around the right page portion 7. (B) The left page portion 6 is folded up and folded back. The right page portion 7 and the boundary between the upper end winding band 3 and the lower end winding band 5 are folded and folded. (C) Six A characters are arranged on the front side of the Karakuri Notebook 1. (D) Six B letters are arranged on the back side of the Karakuri notebook 1.   This is a method of using a conventional pocketbook. (A) Six B letters are lined up on the back side of the first page. (B) Open the central part of the row where B characters are arranged. (C) The C letter on the second page is visible. (D) When further opened, six D characters are arranged on the third page.

A paper pattern for a handbook and a handbook related to the present invention will be described in detail with reference to FIGS. Even if the number of pages is increased by increasing the number of columns or the number of rows is increased, the Karakuri Notebook 1 using the present invention is wound around the winding band 4, the upper winding band 3, the lower winding band 5, etc. Can be difficult to get up and off.
As a result, easy-to-produce cost-effective notebooks (tables with a large number of rows and columns) with a large number of pages and rows and a large amount of information, such as periodic tables of elements and unit conversion tables. can do.

A first embodiment of the present invention will be described with reference to FIGS. FIG. 1 shows a pattern 2 having a large number of quadrilaterals in the form of a lattice of 3 rows and 4 columns, which is the minimum unit constituting the handbook 1 of the present invention. As the material of the pattern 2, a single sheet made of paper or resin can be used. If the pattern 2 of Example 1 is used, the Karakuri notebook 1 of 6 pages in total, each displaying 6 pieces of A, B, and C, can be produced.
<Pattern>

This paper pattern 2 has a large number of squares in a lattice shape partitioned by rows and columns, and alphabet characters (A, B) are provided on some squares on both sides (front surface and back surface). , C) are described (FIGS. 1B and 1C).
The pattern paper 2 of Example 1 is formed in a frame shape by a pair of left page portion 6 and right page portion 7, and a pair of upper end winding band 3 and lower end winding band 5, and inside the frame shape. Has one wrapping band 4.
The left page portion 6 and the right page portion 7 have the same dimensions, and the upper end winding band 3, the lower end winding band 5, and the winding band 4 have the same dimensions. The left page portion 6 and the right page portion 7 are connected to each other by the upper end winding band 3 and the lower end winding band 5.
The inner wrapping band 4 has an elongated band shape. One side of the winding band 4 is connected to the left page part 6 through the connecting part 9, and the other three sides are separated from the upper end winding band 3, the lower end winding band 5 and the right page part 7 by the notch part and released. And has a square end 10 at the right end (FIG. 1A).
A glued portion 8b is formed on a part of the square-shaped end portion 10 on the back surface of the winding band 4, and a part of the right page portion 7 which is fixed to be opposed to each other is also squared as will be described later. A glued portion 8a is formed (FIG. 1C).
In the present embodiment 1 and the embodiment described later, for ease of explanation, the surface of the wrapping band 4 with the connecting portion 9 on the left side (left page portion 6) is the front surface of the pattern 2 (FIG. 1 (a ), (B)), and the surface on which the connecting portion 9 of the wrapping band 4 is on the right side (right page portion 7) is referred to as the back surface of the pattern 2 (FIG. 1 (c)). In this state, a large number of square-shaped mountain folds and valley folds in a lattice shape are described. In FIG. 20, in the conventional paper pattern, the surface on which the connecting portion 9 is on the right side is the front surface. However, since it is described as such in Non-Patent Document 1 and Non-Patent Document 2 described above, FIG. Decided to do.
<How to make a Karakuri Notebook>

Next, a method for manufacturing the Karakuri Notebook 1 will be described with reference to FIG.
The winding band 4 is folded around the connecting portion 9 and wound around the left page portion 6 (FIGS. 2A and 2B). The boundary between the connecting portion 9 of the winding band 4 and the left page portion 6 is valley-folded and folded back to the left, and the central portion of the winding band 4 is valley-folded and wound around the left page portion 6 from above. That is, the wrapping band 4 is valley-folded for each square in a lattice shape and wound around the left page portion 6.
The upper end winding band 3 and the lower end winding band 5 are folded at the valley and wound around the right page portion 7 (FIGS. 2B and 2C). The left end of the right page portion 7 and the grid-like boundary between the upper end winding strip 3 and the lower end winding strip 5 are folded back and folded, and the upper end winding strip 3 and the lower end winding strip 5 are wound around the right page portion 7. Finally, the boundary between the left page portion 6 and the upper end wrap 3 and the lower end wrap 5 is mountain-folded and folded back to the left. In other words, the upper end winding band 3 and the lower end winding band 5 are folded at each grid-like square and wound around the right page portion 7.
The glued portion 8b at the end of the wrapping band 4 and the glued portion 8a of the right page portion 7 are made to face each other and glued with, for example, glue or double-sided tape, and fixed, whereby the pocketbook 1 is completed (FIG. 2). (C)). Each of the winding band 4 and the right page portion 7 can be firmly fixed by adhering them with the glued portions 8a and 8b. Therefore, it is possible to provide the pocketbook 1 having an easy-to-use structure without the end portion 10 of the wrapping band 4 moving or fluttering during use.
There are 6 A letters on the front side of the completed Karakuri Notebook 1 (3 A letters on the left page and 3 A letters on the right page), and 6 C letters on the back side. The characters are lined up (FIG. 2 (d)).
<How to use Karakuri Notebook>

Next, how to use the Karakuri Notebook 1 will be described with reference to FIG.
A total of six A characters are arranged on the left and right pages on the front side of the Karakuri Notebook 1 (FIG. 3A). When the middle part of the left and right pages of the first page is opened, the letter B of the next page becomes visible (FIGS. 3 (b) and 3 (c)). B characters are arranged (FIG. 3D). In this state, a total of six A letters are arranged on the back side of the handbook 1 (FIG. 3E).
That is, in Example 1, since the Karakuri notebook 1 of 6 pages (A, B, C) in total can be composed of a single sheet, it can be manufactured easily and at low cost.

A second embodiment of the present invention will be described with reference to FIG. FIG. 4 shows an example of the pattern 2 composed of a quadrangle having a large number of lattices in 3 rows and 8 columns. Here, an intermediate row excluding the left page portion 6 and the right page portion 7 (here, the portions of the upper end winding band 3, the lower end winding band 5, and the winding band 4 are referred to as an intermediate row) have the same length dimension. By increasing the number to 6 columns, the number of pages of the Karakuri Notebook 1 can be made to 12 pages in total, so the amount of information can be increased. In other words, by increasing or decreasing the number of intermediate columns excluding the left page portion 6 and the right page portion 7, it is possible to freely design the handbook 1 for the desired number of pages.
As an example, letters and figures relating to a geological chronology are described in a part of a square in a lattice shape on both sides (front surface and back surface) of the pattern 2 (FIG. 4A). ), (B)). Since the manufacturing method and usage of the Karakuri notebook 1 using the pattern 2 of the second embodiment are the same as those of the first embodiment, the details are omitted.
As with the first embodiment, the handbook 1 of the second embodiment is firmly fixed to the glued portion 8b of the winding band 4 and the glued portion 8a of the right page portion 7. Therefore, even if the number of pages is increased, the end portion 10 of the wrapping band 4 does not flicker during use, and the upper end wrapping band 3 and the lower end wrapping band 5 do not come off.

A third embodiment of the present invention will be described with reference to FIGS. FIG. 5 shows an example of a pattern 2 made up of a large number of quadrangles in a grid of 3 rows and 11 columns. Here, by increasing the number of intermediate columns excluding the left page portion 6 and the right page portion 7 to 9 columns, the total number of pages in the handbook can be made to be 18 pages. Long period table up to 18 groups) can be prepared. The manufacturing method and usage of the Karakuri notebook 1 according to the third embodiment include parts that are common to the first and second embodiments, and therefore the common parts will be omitted.
<Pattern>

FIG. 5 is a pattern 2 of the long periodic table of 3 rows and 13 columns (left and right page columns (4 columns) + intermediate column (9 columns)). Since a long periodic table of up to 18 groups is prepared, the middle row (the number of rows of the upper end winding band 3, the lower end winding band 5, and the winding band 4) is set to 9 rows having the same length.
Thus, when the number of intermediate rows is increased, the next page of the handbook 1 is difficult to open in the left page portion 6 and the right page portion 7 which are sheet-like as in the first and second embodiments. Problems such as difficulties were revealed.
Therefore, the left page portion 6 is composed of a left outer page portion 11 and a left inner page portion 13 which are formed by being bent in the vertical direction. Similarly, the right page portion 7 is composed of a right outer page portion 15 and a right inner page portion 17 which are formed by being bent in the vertical direction. Thus, it was found that the thickness of the left page portion 6 and the right page portion 7 makes it easy to open and use the Karakuri Notebook 1 (FIG. 5).
Further, inside the left page portion 6 formed by the left outer page portion 11 and the left inner page portion 13, and inside the right page portion 7 formed by the right outer page portion 15 and the right inner page portion 17, respectively. It was found that by inserting cardboard 19a, b made of paper or resin, the Karakuri Notebook 1 can be easily opened and used (FIG. 6). When the present invention is used, even when the number of pages is increased by increasing the number of rows, it is possible to make winding misalignment and the like difficult to use and easy to use.
In addition, it is preferable that dimensions such as the thickness of the thick papers 19a and 19b are appropriately selected depending on the thickness and material of the pattern paper 2 to be used, the number of rows, and the like. Since the other methods for manufacturing the handbook are almost the same as those in the first and second embodiments, detailed description thereof is omitted.
<How to use Karakuri Notebook>

How to use the Karakuri Notebook 1 of Example 3 will be described (FIG. 7). On the first page on the left side of the first page of the first page of the Karakuri Notebook 1, elements of Group 1 (H, Li, etc.) are present, and on the second page of the right side, elements of Group 2 (Be, Mg, etc.) are displayed. ) Are displayed side by side (FIG. 7A).
Opening the central part of the left and right columns on the front side of the first page, the pages of elements of Group 3 and Group 4 appear next (FIG. 7 (b)). When the center part of the left and right columns is further opened in order (FIG. 7 (c)), elements of group 17 (F, Cl, etc.) and group 18 (He, Ne, etc.) appear and become the final page (FIG. 7). (D)).
By using the present invention, the long periodic table of elements can be made compact and easy to hold, and the periodic table of elements that are meaningful for learning can be displayed, so it is very useful as a teaching material.

A fourth embodiment of the present invention will be described with reference to FIGS. FIG. 8 shows an example of a unit conversion table using a pattern 2 composed of quadrangular grids of 5 rows and 5 columns. In the following description, parts common to the above-described first to third embodiments will be omitted.
<Pattern>

This paper pattern 2 has a large number of squares in a lattice shape partitioned by rows and columns, and some of the squares on both sides (front surface and back surface) have respective units (length, It is a single sheet shape in which the area, volume, etc. are described (FIGS. 8A and 8B).
The pattern paper 2 of Example 4 is formed in a frame shape by a pair of left page portion 6 and right page portion 7, and a pair of upper end winding band 3 and lower end winding band 5. On the inner side of the frame shape, there is one central winding band 23 located at the center and two winding bands located above and below it (one more winding band 21a and winding band 21b than the central winding band 23). It consists of That is, by adding one central winding band 23 and one winding band, it is possible to form the pattern 2 of 5 rows, and use it as a unit conversion table by increasing the amount of information that can be displayed. can do.
Further, the end portions 10 of the two winding bands (the winding band 21a and the winding band 21b) have paste portions 27a and 27b, respectively, and the back portion of the corresponding right page portion 7 also has a paste portion 25a. , B. Then, by increasing the number of glued surfaces to two, it can be more firmly fixed, so that even when the number of rows is increased, it is possible to make it difficult for winding deviation or the like to occur.
<Production method and usage of Karakuri Notebook>

The manufacturing method of the Karakuri notebook is almost the same as the above-described embodiments. That is, the two winding bands 21a and 21b are wound around the right page portion 6 with the connecting portion being folded down (FIG. 9A). On the other hand, the upper end winding band 3, the lower end winding band 5 and the central winding band 23 are folded around each grid-like square and wound around the right page portion 7 (FIG. 9B). Then, the glued portions 27a and 27b at the ends of the winding bands 21a and b are fixed to the glued portions 25a and 25b on the back surface of the corresponding right page portion 7 to complete the booklet notebook 1 (FIG. 9C). .
The length appears on the left side page of the first page (first page) of the completed Karakuri notebook 1, and the unit appears on the right page (FIG. 9 (d)). The mass and unit appear on the back side of the first page (first page) (FIG. 10A).
When the central part on the front side of the first page (first page) is opened, an area conversion chart appears on the left side of the second page and a unit conversion table appears on the right side. Similarly, when the center portion is further opened, a conversion table of volume appears on the left side of the third page and a unit conversion table appears on the right side. Elementary school students and the like can easily learn how to convert units that they are not good at using the Karakuri Notebook 1 of Example 4 that appears in the order of length, area, and volume.

A fifth embodiment of the present invention will be described with reference to FIG. FIG. 11 shows an example of the pattern 2 made up of a large number of quadrangles having a grid shape of 5 rows and 7 columns. Here, by increasing the number of intermediate columns excluding the left page portion 6 and the right page portion 7 to 5 columns, the number of pages of the Karakuri Notebook 1 can be increased to 10. Therefore, the amount of information can be further increased compared to the fourth embodiment. .
As an example, the history of Japan is described in a part of a square in the form of a lattice on both surfaces (front surface and back surface) of the pattern 2. Since the manufacturing method and usage of the Karakuri notebook 1 using the pattern 2 of the fifth embodiment are the same as those of the fourth embodiment, the details are omitted.

A sixth embodiment of the present invention will be described with reference to FIGS. FIG. 12 is an example of a short periodic table using a pattern 2 composed of a large number of quadrangles in a 7-row, 5-column grid pattern. In the following description, portions common to the above-described fourth and fifth embodiments will be omitted.
<Pattern>

This pattern 2 has a large number of grid-like squares partitioned by rows and columns, and each element is described on a part of the squares on both sides (front surface and back surface). One sheet is formed (FIGS. 12A and 12B).
The pattern paper 2 of Example 4 is formed in a frame shape by a pair of left page portion 6 and right page portion 7, and a pair of upper end winding band 3 and lower end winding band 5. Inside the frame shape, it is composed of two central winding bands 33a, b located in the center and three winding bands (winding bands 31a, b, c) positioned above and below them. That is, the two central winding bands 33a and 33b and the three winding bands (one more winding band than the central winding band) enable the pattern paper 2 of 7 rows to be displayed. By increasing the amount of information, it can be used as a short periodic table.
In addition, the end portions of the three winding bands (winding bands 31a, 31b, 31c, 31c, 31c, 31c, 31c, and 31c) respectively have glued portions 37a, b, and c, and 3 It has glued portions 35a, b, c. In this way, the number of the glued surfaces can be made three, and it can be more firmly fixed, so that it is possible to make it difficult to cause a winding deviation or to come off.
The manufacturing method and usage of the Karakuri notebook 1 using the pattern 2 of the sixth embodiment are almost the same as those of the fourth and fifth embodiments, and the details are omitted (FIG. 13).

A seventh embodiment of the present invention will be described with reference to FIGS. FIG. 14 is an example of a short periodic table using a pattern 2 composed of a large number of quadrangles in a 7-row, 6-column grid pattern.
The manufacturing method and usage of the Karakuri notebook 1 using the paper pattern 2 of the seventh embodiment are substantially the same as those of the fourth to sixth embodiments, and the details are omitted (FIG. 15).

An eighth embodiment of the present invention will be described with reference to FIGS. FIG. 16 is an example of a transition metal table using a pattern 2 composed of a large number of quadrangles in a 7-row, 7-column grid pattern.
The manufacturing method and usage of the Karakuri notebook 1 using the pattern 2 of the eighth embodiment are almost the same as those of the fourth to seventh embodiments, and the details are omitted (FIG. 15).

A ninth embodiment of the present invention will be described with reference to FIGS. FIG. 18 is an example of a long-period table using a pattern 2 composed of a large number of squares in a grid of 7 rows and 13 columns.
In the ninth embodiment, since the number of columns is large, the left page portion 6 is composed of a left outer page portion 11 and a left inner page portion 13 formed by bending in the vertical direction, as in the third embodiment, and the right page portion. 7 is composed of a right outer page portion 15 and a right inner page portion 17 formed by being bent in the vertical direction (FIG. 18).
Further, thick paper is provided inside the left page portion 6 formed by the left outer page portion 11 and the left inner page portion 13 and inside the right page portion 7 formed by the right outer page portion 15 and the right inner page portion 17, respectively. 19a and b were inserted (FIG. 19). By doing in this way, the Karakuri notebook 1 can be easily opened and used.
When the middle row (the upper end winding band 3, the lower end winding band 5, the winding bands 31a, b, c, the center winding bands 33a, b, etc.) increases and becomes longer, the upper end winding band 3 and the lower end winding band 5 It was recognized that when the width was narrow, it would become easy to unwind during winding. Here, it was found that the width of the upper end winding band 3 and the lower end winding band 5 can be made difficult to unwind by widening. That is, it has been found that it is preferable to use the upper end winding band 3 and the lower end winding band 5 wider than the winding bands 31a, b, c and the center winding bands 33a, b.
When the invention of Example 9 is used, even when the number of pages is increased by increasing the number of columns or the number of rows is increased, further winding misalignment or the like is difficult to occur, unravel, or come off. can do.
In addition, since the manufacturing method and usage method of the Karakuri notebook 1 are substantially the same as those in the third to eighth embodiments, detailed description thereof is omitted.

  The present invention can be used as a Karakuri notebook 1 with a large number of rows and columns and a large amount of information, such as a periodic table of elements and a unit conversion table.

DESCRIPTION OF SYMBOLS 1 Karakuri notebook 2 Pattern paper 3 Upper end winding band 4 Winding band 5 Lower end winding band 6 Left page part 7 Right page part 8a, b Gluing part 9 Connection part 10 End part 11 Left outside page part 13 Left inside page part 15 Right outside page Part 17 Right inner page part 19a, b Cardboard 21a, b Winding band 23 Central winding band 25a, b Gluing part 27a, b Gluing part 31a, b, c Winding band 33a, b Central winding band 35a, b, c Glue Attached part 37a, b, c Glued part

Claims (7)

A pair of left and right page portions, and a pair of upper and lower end winding bands, the periphery of which is formed in a frame shape, and is a template for a pocketbook that has at least one winding band inside thereof,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
With the same dimensions, connected to each other by the upper end winding band and the lower end winding band,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, and the winding band have the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A paper pattern for a pocketbook, wherein a glued portion is formed at the end. The pair of left and right page portions and the pair of upper and lower end winding bands form a frame shape, and at least one central winding band on the inside thereof, and one more than the central winding band A pattern for a pocketbook with a large number of winding bands,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
Are connected to each other by the upper end winding band, the lower end winding band and the central winding band with the same dimensions,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, the center winding band, and the winding band are the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A paper pattern for a pocketbook, wherein a glued portion is formed at the end. The left page portion has a left outer page portion and a left inner page portion formed by being bent in the vertical direction,
The said right page part has a right outer side page part and a right inner side page part formed by bending in the vertical direction. The pattern paper for Karakuri notebooks of Claim 1 or Claim 2 characterized by the above-mentioned. The inside of the left page portion formed by the left outside page portion and the left inside page portion;
Inside the right page portion formed by the right outer page portion and the right inner page portion,
A cardboard for a framed notebook according to claim 3, wherein cardboard is inserted in each case. The upper end winding band and the lower end winding band are:
The paper pattern for a pocketbook according to claim 1 or 2, wherein the paper pattern is wider than the winding band or the central winding band. A Karakuri notebook that uses a pattern for a pocketbook that has a pair of left and right page sections, a pair of upper and lower winding bands, and a peripheral frame that has at least one winding band inside. Because
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
With the same dimensions, connected to each other by the upper end winding band and the lower end winding band,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, and the winding band have the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A glued part is formed at the end,
The upper end winding band and the lower end winding band are:
Each square is folded into a valley and wrapped around the right page,
The winding band is
The connecting portion is folded around and wound around the left page portion,
The Karakuri notebook, wherein a gluing portion at an end of the winding band is fixed to a gluing portion of the left page portion or the right page portion. The pair of left and right page portions and the pair of upper and lower end winding bands form a frame shape, and at least one central winding band on the inside thereof, and one more than the central winding band It is a Karakuri Notebook that uses a pattern for Karakuri Notebook with a large number of winding bands,
The pattern is
It has a large number of squares in a lattice shape partitioned by rows and columns,
Characters, figures, symbols, etc. are written on at least a part of the rectangle,
The left page portion and the right page portion are
Are connected to each other by the upper end winding band, the lower end winding band and the central winding band with the same dimensions,
Either the left page portion or the right page portion is formed with the square pasted portion,
The upper end winding band, the lower end winding band, the center winding band, and the winding band are the same length dimension,
The winding band is
It has an elongated band shape, one side is connected to the left page portion via a connecting portion, and the other three sides have the rectangular end portions that are released at the cut portions,
A glued part is formed at the end,
The upper end winding band, the lower end winding band and the central winding band are:
Each square is folded into a valley and wrapped around the right page,
The winding band is
The connecting portion is folded around and wound around the left page portion,
The Karakuri notebook, wherein a gluing portion at an end of the winding band is fixed to a gluing portion of the left page portion or the right page portion.