KR101297311B1 - Multipurpose folding wallet and method for forming folding wallet - Google Patents

Abstract

The present invention relates to a versatile foldable wallet and a method of forming the same, the foldable wallet according to the present invention in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction in the center line A quadrangle having a first cutting line spaced at a predetermined interval and parallel to the center line, and a second cutting line spaced at a predetermined interval in a fourth direction opposite to the third direction from the first cutting line, and parallel to the first cutting line 1 side; A second quadrangular surface extending in the first direction from the first surface; A rectangular third surface extending in the second direction from the first surface; A fourth surface extending in the third direction from the third surface; A fifth surface extending in the fourth direction from the third surface; It has a sixth rectangular shape extending in the second direction from the third surface. According to the present invention, there is an advantage that can be used easily and easily folded.

Description

Multipurpose folding wallet and method for forming folding wallet

The present invention relates to a foldable wallet and a method of forming a foldable wallet that can be used for more than one, more specifically, can be used as a diary cover or book cover, and can be easily folded and used for passport storage, bill storage, card storage, etc. It relates to a versatile folding wallet and a method of forming a folding wallet.

In general, wallets that carry bills, credit cards, ID cards, etc., are made of leather, have bill storage spaces and card storage spaces, are manufactured in a fixed form, and their shape or color is fixed and relatively expensive. .

For the average student or those who get tired easily and are looking for something new, it's inconvenient to buy another new purse at the same time, leaving the wallet fully available.

Therefore, there is a need for a foldable wallet that is cheap, can be trendy, easy to use, and intriguing to the user.

Accordingly, it is an object of the present invention to provide a folding wallet and a method of forming a folding wallet that can overcome the above problems.

It is another object of the present invention to provide a folding wallet and a method of forming a folding wallet that can be conveniently folded and used.

Still another object of the present invention is to provide a folding wallet and a method of forming a foldable wallet that can lead the fashion while being cheap and easy to use and stimulate the curiosity.

Still another object of the present invention is to provide a folding wallet and a folding wallet forming method that can be used as a diary cover or a book cover when opened, and can be used as a passport storage, a bill storage, a card storage wallet, and the like when folded. .

According to an embodiment of the present invention for achieving some of the above technical problems, the foldable purse according to the present invention, in the first direction and the second direction centerline in a third direction perpendicular to the first direction and the second direction A quadrangle having a first cutting line spaced at a predetermined interval and parallel to the center line, and a second cutting line spaced at a predetermined interval in a fourth direction opposite to the third direction from the first center line and parallel to the first cutting line 1 side; A second quadrangular surface extending in the first direction from the first surface; A rectangular third surface extending in the second direction from the first surface; A fourth surface extending in the third direction from the third surface; A fifth surface extending in the fourth direction from the third surface; It has a sixth rectangular shape extending in the second direction from the third surface.

The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. The first fold line is provided at a predetermined position, and the fifth surface and the third surface are disposed on the fifth surface by the second distance, which is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line. The second folding line may be provided at a position spaced apart from the boundary line of the fifth surface in the fourth direction.

The first cutting line and the second cutting line may have a straight line shape or a curved shape in which an intermediate portion has a shortest distance from the center line than the edge portion.

The first surface further includes a third cutting line between the center line and the first cutting line, and the foldable wallet further includes a seventh surface extending in the third direction from the first surface. In the surface, a third distance corresponding to the shortest distance from the boundary between the first surface and the seventh surface to the edge of the third cutting line, in the third direction from the boundary between the first surface and the seventh surface The third folding line may be spaced apart from each other, and the third cutting line may have a straight line shape or a curved shape in which a middle part has a shortest distance from the center line than the edge part.

The first surface further includes a fourth cutting line between the center line and the second cutting line, and the foldable wallet further includes an eighth surface extending in the fourth direction from the first surface. In the surface, the fourth distance corresponding to the shortest distance from the boundary line between the first surface and the eighth surface to the edge of the fourth cutting line, in the fourth direction from the boundary line between the first surface and the eighth surface. The fourth folding line may be spaced apart from each other, and the fourth cutting line may have a straight line shape or a curved shape in which an intermediate portion has a shortest distance from the center line than the edge portion.

The first surface further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, and the foldable wallet has a third direction from the first surface. And a seventh surface extending from the first surface and an eighth surface extending in the fourth direction from the first surface, wherein the seventh surface includes a third cut line at a boundary between the first surface and the seventh surface. And a third folding line which is spaced apart in a third direction from a boundary between the first surface and the seventh surface by a third distance corresponding to the shortest distance to an edge portion, and the eighth surface is provided with the third folding line. A fourth display spaced apart from the boundary line between the first surface and the eighth surface by a fourth distance corresponding to the shortest distance from the boundary line between the first surface and the eighth surface to the edge portion of the fourth cutting line; Four folding lines are provided, and the third cutting line and the fourth cutting line are straight. Shape, or the shortest distance from the middle portion than the edge portion wherein the center line may be longer than a curved shape is formed.

The fourth surface may have a rectangular structure, or may have a trapezoidal structure in which first and second widths become narrower as the first and second widths move away from the boundary line between the third and fourth surfaces. The surface may have a symmetrical structure with respect to the fourth surface with respect to the third surface.

The foldable wallet may further include at least two faces extending in the first direction from the second face or at least two faces extending in the second direction from the sixth face.

The first surface further comprises a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, wherein the foldable wallet is in a third direction from the second surface. And a thirteenth surface extending and a fourteenth surface extending in a fourth direction from the second surface, wherein the second surface is spaced apart from the boundary line between the second surface and the thirteenth surface in a fourth direction by a predetermined distance. A fifth folding line parallel to a boundary line between the second surface and the thirteenth surface, and the second surface and the first surface at a point spaced at a predetermined distance in a third direction from a boundary line between the second surface and the fourteenth surface; A sixth folding line parallel to a boundary line of fourteen surfaces, and on the thirteenth surface, a third distance corresponding to the shortest distance from an edge portion of the first direction to an edge portion of the third cut line; And a seventh folding line spaced apart from the fifth folding line in a third direction. The fourteenth surface may be spaced apart from the sixth fold line in a fourth direction by a fourth distance corresponding to the shortest distance from the edge portion of the fourth direction to the edge portion of the fourth cut line. An eighth folding line is provided, and a boundary line portion between the fifth folding line and the second surface and the fourteenth line at a boundary between the second surface and the thirteenth surface among the boundary lines between the first surface and the second surface. The boundary line portion between the sixth folding line is cut off at the boundary line of the plane, and the third cutting line and the fourth cutting line are straight lines or a curved line having a middle portion longer than the edge portion and forming a shortest distance from the center line. Can be.

The first surface further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, and the fourth surface has a width in a first direction and a second direction. The fifth surface has a trapezoidal structure that becomes narrower as it moves away from the boundary between the third surface and the fourth surface in a third direction, and the fifth surface has a symmetrical structure with respect to the fourth surface with respect to the third surface. The foldable wallet further includes a thirteenth surface extending in a third direction from a portion of the second surface and a fourteenth surface extending in a fourth direction from a portion of the second surface, wherein the second surface is the second surface. A fifth folding line parallel to a boundary line between the second surface and the thirteenth surface at a point spaced at a predetermined interval in a fourth direction from a boundary line between the surface and the thirteenth surface, and at a boundary line between the second surface and the fourteenth surface Boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance in the third direction And a sixth folding line parallel to the second surface, wherein the fifth surface has a third distance corresponding to the shortest distance from an edge portion of the first surface to an edge portion of the third cut line. A seventh folding line spaced apart from the folding line in a third direction, and the fourth surface corresponding to the shortest distance from the edge portion of the fourth cut line to the edge portion of the fourth cut line on the fourteenth surface. An eighth folding line spaced apart from the sixth folding line in a fourth direction by a distance, and the fifth folding line is formed at a second direction edge portion of a boundary line between the second surface and the thirteenth surface on the second surface. A perforation line extending to a line, and a perforation line extending from a second direction edge portion of the boundary line between the second surface and the fourteenth surface to the sixth folding line, wherein the third perforation line and the fourth perforation line are straight or edged. The middle part of the body The shortest distance from the center line group may be a longer curved shape forming.

The foldable wallet may further include at least two faces extending in the first direction from the second face or at least two faces extending in the second direction from the sixth face.

According to another embodiment of the present invention for achieving some of the technical problems described above, the folding purse forming method according to the present invention, the first perpendicular and the second direction in the center line perpendicular to the first direction and the second direction A first cutting line parallel to the center line and spaced apart in three directions, and a second cutting line parallel to the first cutting line and spaced at a predetermined interval in a fourth direction opposite to the third direction from the first cutting line A first rectangular surface, a second rectangular surface extending in the first direction from the first surface, a third rectangular surface extending in the second direction from the first surface, and a third surface in the third surface A fourth surface extending in a direction, a fifth surface extending in a fourth direction opposite to the third direction from the third surface, and a sixth rectangular surface extending in the second direction from the third surface; The fourth surface has a third direction edge of the first surface A first folding line is provided at a position spaced apart in a third direction from a boundary between the third surface and the fourth surface by a first distance that is the shortest distance from a portion to an edge portion of the first cutting line. The surface is positioned at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface by the second distance, which is the shortest distance from the edge portion of the first surface to the edge portion of the second cut line. A first step of preparing a wallet pattern having a displayed second fold line; Fold the second surface inward so that the inner surface of the first surface and the inner surface of the second surface abut and expose the outer surface of the second surface by using a boundary between the first surface and the second surface as a folding line. In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A second step of forming a first storage compartment by folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line and exposing the outer surface of the first surface; Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a third step of forming a second storage compartment by folding a direction edge portion into the second cutting line to the second folding line and overlapping the first cutting line and the first folding line.

In the first surface of the wallet pattern of the first step, a third cutting line is further provided between the center line and the first cutting line, wherein the wallet pattern extends in the third direction from the first surface and is formed in the first surface. And a seventh surface on which a third fold line is formed to be spaced apart in the third direction from the boundary line of the first surface by a third distance corresponding to the shortest distance from the boundary line to the edge of the third cutting line. And a third direction edge of the seventh surface while folding the seventh surface inward between the first step and the second step, using a boundary line between the first surface and the seventh surface as a folding line. The method may further include folding the third cutting line and the third fold line while being inserted into the first cutting line positioned on the outer surface of the first surface while the portion is inserted into the third cutting line. .

The first surface of the wallet pattern of the first step may further include a fourth cutting line between the center line and the second cutting line, and the wallet pattern extends in the fourth direction from the first surface. An eighth surface formed with a fourth folding line spaced apart in a fourth direction from the boundary line with the first surface by a fourth distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the fourth cutting line; Further, between the first step and the second step, while folding the eighth surface inward with the boundary line between the first surface and the eighth surface as a folding line, the fourth direction of the eighth surface And folding the fourth cutting line and the fourth folding line so as to be inserted into the second cutting line positioned on the outer surface of the first surface while the edge portion is inserted into the fourth cutting line. have.

The first surface of the wallet pattern further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, and the wallet pattern is formed on the first surface. The third fold extending in three directions and spaced apart in the third direction from the boundary line of the first surface by a third distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the third cutting line. A first distance extending in a fourth direction from the first surface and a fourth distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the fourth cutting line; And an eighth surface having a fourth folding line spaced apart from the boundary line with the fourth direction in a fourth direction, and folding the boundary line between the first surface and the seventh surface between the first step and the second step. If you fold the seventh side inward with a line The third cutting line and the third folding line overlap while the third direction edge portion of the seventh surface is inserted into the first cutting line located on the outer surface of the first surface while the third direction edge portion is inserted into the third cutting line. Fold in such a manner as to fold the eighth surface inward with the boundary line between the first surface and the eighth surface as the fold line, and again while the fourth direction edge portion of the eighth surface is inserted into the fourth cutting line. The method may further include folding the fourth cutting line and the fourth folding line so as to be inserted into the second cutting line positioned on the outer surface of the first surface.

The fourth surface may have a rectangular structure, or may have a trapezoidal structure in which first and second widths become narrower as the first and second widths move away from the boundary line between the third and fourth surfaces. The surface may have a symmetrical structure with respect to the fourth surface with respect to the third surface.

The wallet pattern further includes at least two extension surfaces extending in the first direction from the second surface or extending in the second direction from the sixth surface, between the first and second steps, The method may further include folding the at least two extension surfaces inwardly based on a boundary of the extension surfaces.

According to another embodiment of the present invention for achieving some of the above technical problems, the folding purse forming method according to the present invention is perpendicular to the first direction and the second direction in the center line in the first direction and the second direction. A first cutting line parallel to the center line and spaced apart in a third direction, a second cutting line parallel to the first cutting line and spaced at a predetermined interval in a fourth direction opposite to the third direction from the first cutting line; A rectangular first surface having a third cutting line between the center line and the first cutting line, a fourth cutting line between the center line and the second cutting line, and a second rectangular shape extending in the first direction from the first surface A surface, a third surface of a rectangle extending in the second direction from the first surface, a fourth surface extending in the third direction from the third surface, and a fourth surface opposite to the third direction in the third surface A fifth surface extending in a direction, and the third The sixth surface extending in the second direction in the second direction, the thirteenth surface extending in the third direction from the second surface and the fourteenth surface extending in the fourth direction from the second surface, The surface is located at a position spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance, which is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first folding line is provided, and the fifth and third surfaces are provided on the fifth surface by the second distance, which is the shortest distance from the edge portion of the first surface to the edge portion of the second cut line. A second folding line is provided at a position spaced apart in a fourth direction from a boundary line of the second surface, and the second surface is provided at a point spaced at a predetermined distance in a fourth direction from a boundary line between the second surface and the thirteenth surface. And a fifth fold line parallel to the boundary line of the thirteenth surface, the second surface and the A sixth folding line parallel to the boundary line between the second surface and the fourteenth surface is provided at a point spaced at a predetermined distance from the boundary line of the fourteenth surface, and the thirteenth surface includes: A seventh folding line spaced apart from the fifth fold line in a third direction by a third distance corresponding to the shortest distance from a three-way edge portion to an edge portion of the third cutting line, and on the fourteenth surface, An eighth folding line spaced apart from the sixth folding line in a fourth direction by a fourth distance corresponding to the shortest distance from an edge portion of the fourth surface to an edge portion of the fourth cutting line; A boundary portion extending from the boundary line between the second surface and the thirteenth surface to the fifth folding line among the boundary lines between the first surface and the second surface, and the sixth from the boundary line between the second surface and the fourteenth surface. The boundary line leading up to the crease is the structure A first step of preparing a pattern; In the state where the thirteenth and the fourteenth surfaces are folded inward with respect to the fifth and sixth folding lines, the boundary line between the first and second surfaces is a folding line, The inner surface and the inner surface of the second surface are in contact with each other and the outer surface of the second surface is folded so that the third direction edge portion of the thirteenth surface is inserted into the first cutting line and then exits through the third cutting line. Fold the eighth fold line in a state where the fourth fold line of the fourteenth direction is inserted into the second cut line and exits through the fourth cut line at the same time as the seventh fold line is folded. The third direction edge portion of the thirteenth surface and the fourth direction edge portion of the fourteenth surface are positioned between the second surface and the first surface, and the first surface, the second surface, and the thirteenth surface. The whole of the cotton and the fourteenth surface A second step so that a part overlapped with; In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A third step of folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line and exposing the outer surface of the first surface; Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a fourth step of folding the first edge and the first fold line so that a direction edge portion is inserted into the second fold line to the second fold line.

According to another embodiment of the present invention for achieving some of the above technical problems, the folding purse forming method according to the present invention is perpendicular to the first direction and the second direction in the center line in the first direction and the second direction. A first cutting line parallel to the center line and spaced apart in a third direction, a second cutting line parallel to the first cutting line and spaced at a predetermined interval in a fourth direction opposite to the third direction from the first cutting line; A rectangular first surface having a third cutting line between the center line and the first cutting line, a fourth cutting line between the center line and the second cutting line, and a second rectangular shape extending in the first direction from the first surface A surface, a third surface of a rectangle extending in the second direction from the first surface, a fourth surface extending in the third direction from the third surface, and a fourth surface opposite to the third direction in the third surface A fifth surface extending in a direction, and the third And a sixth rectangular surface extending in a second direction, a thirteenth surface extending in a third direction from a portion of the second surface, and a fourteenth surface extending in a fourth direction from a portion of the second surface, And the fourth surface has a first distance, which is the shortest distance from a third edge portion of the first surface to an edge portion of the first cutting line, in a third direction from a boundary between the third surface and the fourth surface. A first fold line is provided at a spaced apart position, and the fifth surface is provided with the third distance by the second distance, which is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line. A second folding line is provided at a position spaced apart in the fourth direction from the boundary line of the fifth surface, and the fourth surface has a width in the first direction and the second direction at the boundary line between the third surface and the fourth surface. The third surface has a trapezoidal structure that becomes narrower as the distance increases, and the fifth surface The second surface has a symmetrical structure with respect to the third surface, and the second surface is disposed at a predetermined distance in a fourth direction from a boundary line between the second surface and the thirteenth surface. A fifth fold line parallel to the boundary line of the thirteenth surface, and a second parallel line to the boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance from the boundary line between the second surface and the fourteenth surface in the third direction; And a sixth folding line, and on the thirteenth surface, a third distance corresponding to the shortest distance from an edge portion of the first direction to an edge portion of the third cutting line is formed by the third folding line. And a seventh folding line spaced apart in three directions, wherein the fourteenth surface has a fourth distance corresponding to the shortest distance from the edge portion of the fourth cut line to the edge portion of the fourth cut line. An eighth folding line spaced apart from the sixth folding line in a fourth direction, The second surface has a cut line extending from a second direction edge portion of the boundary line between the second surface and the thirteenth surface to the fifth folding line, and a second direction edge portion boundary line between the second surface and the fourteenth surface. A first step of preparing a wallet pattern having a perforation line extending to the sixth fold line; In the state where the thirteenth and the fourteenth surfaces are folded inward with respect to the fifth and sixth folding lines, the boundary line between the first and second surfaces is a folding line, The inner surface and the inner surface of the second surface are in contact with each other and the outer surface of the second surface is folded so that the third direction edge portion of the thirteenth surface is inserted into the first cutting line and then exits through the third cutting line. Fold the eighth fold line in a state where the fourth fold line of the fourteenth direction is inserted into the second cut line and exits through the fourth cut line at the same time as the seventh fold line is folded. The third direction edge portion of the thirteenth surface and the fourth direction edge portion of the fourteenth surface are positioned between the second surface and the first surface, and the first surface, the second surface, and the thirteenth surface. The whole of the cotton and the fourteenth surface A second step so that a part overlapped with; In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A third step of folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line and exposing the outer surface of the first surface; Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a fourth step of folding the first edge and the first fold line so that a direction edge portion is inserted into the second fold line to the second fold line.

The third cutting line and the fourth cutting line may have a straight line shape or a curved shape in which an intermediate part has a shortest distance from the center line longer than an edge part.

The wallet pattern further includes at least two extension surfaces extending in the first direction from the second surface or extending in the second direction from the sixth surface, between the first and second steps or between the first and second steps. Between the second step and the third step, the step of folding the at least two extension surfaces based on the boundary of the extension surface may be further provided.

According to the present invention, according to the present invention, it can be conveniently folded and used, it can lead the fashion while being cheap and easy to use, there is an effect that can stimulate the curiosity to the user.

1 to 7 are views showing a wallet pattern and a wallet forming method for a foldable wallet according to a first embodiment of the present invention,
8 to 13 are views showing a wallet pattern and a wallet forming method for a foldable wallet according to a second embodiment of the present invention,
14 is a view showing a wallet pattern for a foldable wallet according to a third embodiment of the present invention,
15 to 18 are views showing a wallet pattern and a wallet forming method for a foldable wallet according to a fourth embodiment of the present invention,
19 to 20 are views showing a wallet pattern and a wallet forming method for a foldable wallet according to a fifth embodiment of the present invention,
21 is a view showing a wallet pattern for a folding wallet according to a sixth embodiment of the present invention,
22 is a view showing a wallet pattern for a fold wallet according to a seventh embodiment of the present invention,
23 is a view showing a wallet pattern for a fold wallet according to an eighth embodiment of the present invention,
24 is a view showing a wallet pattern for a folding wallet according to a ninth embodiment of the present invention,
25 to 30 are views showing a wallet pattern and a wallet forming method for a foldable wallet according to a tenth embodiment of the present invention,
31 and 32 are views illustrating a wallet pattern and a completed wallet for a foldable wallet according to an eleventh embodiment of the present invention.
33 is a view showing a wallet pattern for a fold wallet according to a twelfth embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings without intending to intend to provide a thorough understanding of the present invention to a person having ordinary skill in the art to which the present invention belongs.

In the embodiments of the present invention, a wallet pattern for a foldable wallet may be used as long as it has a tough and printable material. For example, it may have a material such as vinyl material, leather, artificial leather, tie bag (Dupont), cloth, paper, foldable plastic, etc., in addition to those of ordinary skill in the art. Various known materials can be used.

Hereinafter, the wallet pattern may mean a wallet paper for forming a wallet or a wallet paper with a cut line, a fold line, etc. for folding a wallet. It can also mean a folding wallet because it is a folded wallet.

The first direction described below refers to the upper direction in the drawing, the second direction opposite to the first direction is the lower direction, the third direction is the right direction in the direction perpendicular to the first direction and the second direction, The fourth direction may refer to a left direction in a direction perpendicular to the first and second directions and in a direction opposite to the third direction.

1 is a development view showing a wallet pattern 100 for a foldable wallet according to a first embodiment of the present invention.

As shown in FIG. 1, the wallet pattern 100 for a foldable wallet according to the first embodiment of the present invention has first to sixth surfaces 1, 2, 3, 4, 5, and 6. .

The first surface 1 has a rectangular shape having a predetermined width and a predetermined length, and has first and second cutting lines c1 and c2 parallel to the longitudinal center line p extending from the first direction to the second direction. .

The first cutting line c1 is a cutting line formed parallel to the center line p at a position spaced at a predetermined distance from the center line p in a third direction, and the second cutting line c2 is formed at the center line p. A cut line formed in parallel with the center line p at a position spaced at a predetermined interval in the fourth direction. The first cutting line c1 and the second cutting line c2 may have a symmetrical structure with respect to the center line P or may have an asymmetrical structure by varying a separation distance from the center line p.

The first cutting line and the second cutting line c1 and c2 may have a curved shape in which a middle portion has a shortest distance from the center line p than an edge portion, or may have a general straight shape. The reason why the first cutting line and the second cutting line c1 and c2 have a curved shape is to prevent the storing operation from being interrupted by the cutting lines c1 and c2 when the card is stored in the completed wallet. For sake. Therefore, if the storing operation is not hindered when storing the card or the like, it may be a straight line.

The second surface 2 has a rectangular shape extending in the first direction from the first surface 1. The second surface 2 may have the same width in the horizontal direction as the first surface 1 and the length in the vertical direction may be less than or equal to the length in the longitudinal direction of the first surface 1.

The third surface 3 has a quadrangular shape extending in the second direction from the first surface 1. The third surface 3 may have the same width and the same length as the first surface 1.

The fourth surface (4) is a surface extending in the third direction from the third surface (3). It has the same length in the longitudinal direction and the third surface (3), the width in the horizontal direction is the shortest distance from the third edge portion of the first surface (1) to the edge portion of the first cut line (c1) It may be formed larger than one distance (d1).

The first fold line is located on the fourth surface 4 at a position spaced apart from the boundary line a34 between the third surface 3 and the fourth surface 4 by the first distance d1 in the third direction. (f1) is provided. The first folding line f1 may have the same length as the first cutting line c1.

The fifth surface 5 is a surface extending in the fourth direction from the third surface 3 and has the same length in the vertical direction with the third surface 3, and the width in the horizontal direction is the first surface 1. It may be formed larger than the second distance (d2) that is the shortest distance from the edge portion of the second cutting line (c2) to the edge portion of the fourth direction.

A second fold line on the fifth surface 5 at a position spaced apart from the boundary line a35 between the third surface 3 and the fifth surface 5 by the second distance d2 in the fourth direction. (f2) is provided. The second folding line f2 may have the same length as the second cutting line c2.

The fourth surface 4 and the fifth surface 5 may have a symmetrical structure with respect to the third surface 3, may have the same width and the same length, or may have an asymmetrical structure.

The sixth surface 6 has a quadrangular shape extending in the second direction from the third surface 3. The sixth surface 6 may have the same horizontal width as the third surface 3 and the longitudinal length thereof may be the same as or smaller than the third surface 3. The sixth surface 6 and the second surface 2 may have the same width and the same length.

Inner surfaces of each of the first to sixth surfaces 1, 2, 3, 4, 5, and 6 described below are surfaces (upper surfaces) shown in the drawing of FIG. 1, and each outer surface is an inner surface not shown in FIG. 1. As opposite sides of, it may mean the bottom (bottom).

2 to 6 are views sequentially showing a process of folding a wallet using the wallet pattern of FIG.

As shown in FIG. 2, in the state having the wallet pattern as described in FIG. 1, the first surface is a folding line between the boundary line a12 of the first surface 1 and the second surface 2. The second surface 2 is folded inward so that the inner surface of (1) and the inner surface of the second surface 2 abut and the outer surface of the second surface 2 is exposed.

At the same time, the inner surface of the sixth surface 6 and the inner surface of the third surface 3 are brought into contact with each other by the boundary line a36 between the third surface 3 and the sixth surface 6. The sixth surface 6 is folded inward so that the outer surface of the sixth surface 6 is exposed.

In this case, as shown in FIG. 3, the third surface 3 and the sixth surface 6 overlap each other, and the first surface 1 and the second surface 2 overlap each other. .

In this state, as shown in FIG. 3, the outer surface and the sixth surface of the second surface 2 with the boundary line a13 between the first surface 1 and the third surface 3 as a folding line. The outer surface of (6) abuts and folds to expose the outer surface of the first surface 1 to form a first storage compartment. That is, the overlapping portion of the first surface 1 and the second surface 2 is folded inward with the boundary line a13 between the first surface 1 and the third surface 3 as a folding line.

The first storage compartment is for storage of a relatively large bill or gift certificate.

In this case, as shown in FIG. 4, the sequential stacked structure of the third surface 3, the sixth surface 6, the second surface 2, and the first surface 1 is provided. That is, the third surface 3 is positioned at the bottommost portion, the sixth surface 6 is positioned on the third surface 3, and the second surface 2 is disposed on the sixth surface 6. The first surface 1 is positioned on the second surface 2, and the outer surface of the first surface 1 is exposed to an upper portion thereof. The first cut line c1 and the second cut line c2 are provided on the outer surface of the first surface 1. Here, it is assumed that the first cutting line c1 and the second cutting line c2 are cut.

Next, as shown in FIGS. 4 and 5, while folding the fourth surface 4 inward, the boundary line a34 between the fourth surface 4 and the third surface 3 is a folding line. The first cutting line c1 and the first folding line may be inserted into the third direction edge portion of the fourth surface 4 so as to be inserted into the first folding line f1. F1) is folded to overlap.

In other words, while folding the fourth surface 4 inward with the boundary line a34 of the fourth surface 4 and the third surface 3 as a folding line, the third direction of the fourth surface 4 is inclined. The edge portion is folded based on the first fold line f1, and the third lateral edge portion of the fourth surface 4 is inserted into the first fold line c1 to the first fold line f1. The first cutting line c1 and the first folding line f1 are overlapped to form a second storage compartment (right side).

At the same time, the fifth surface 5 is folded in the same manner as in the fourth surface 4. In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is inserted into the second cutting line c2 to the second folding line f2 so that the second cutting line c2 and the second folding line f2 overlap each other.

In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is folded based on the second fold line f2, and the fourth directional edge portion of the fifth surface 5 is inserted into the second fold line c2 to the second fold line f2. The second cutting line c2 and the second folding line f2 are overlapped to form a second storage compartment (left).

6 and 7 illustrate the wallet 100a completed by the folding process of FIGS. 2 to 5. FIG. 6 is a view illustrating a general state, and FIG. 7 is a diagram illustrating the first storage compartment and the second storage compartment at randomly open to show a state of the first storage compartment and the second storage compartment.

6 and 7, the completed wallet 100a may be used as a general wallet by folding the center line p. The wallet 100a accommodates bills in the first storage compartment 110, and various cards, ID cards, and the like, can be used in the second storage compartment 120 formed one by one on either side.

The wallet 100a can be size adjusted according to the intended use. That is, by adjusting the size of the first to sixth surface (1, 2, 3, 4, 5, 6), it can be used as a book cover or passport wallet. In addition, the first to second cutting lines (c1, c2) formed on the first surface (1) designates the insertion position of the second storage compartment 120 for inserting cards, ID cards, business cards, etc. in the completed wallet It plays a role. Therefore, it is possible to adjust the position or the size of the first to second cutting lines (c1, c2) to fit the size of the object to be inserted according to the intended use. If the position or size of the first to second cutting lines c1 and c2 is changed, the position or size of the first to second fold lines f1 and f2 should be changed correspondingly.

8 is a development view showing a wallet pattern 200 for a foldable wallet according to a second embodiment of the present invention, Figures 9 to 12 are views showing a folding process of the foldable wallet using FIG.

As shown in FIG. 8, the wallet pattern 200 has first to seventh surfaces 1, 2, 3, 4, 5, 6, and 7.

It is the same as the developed view of FIG. 1 except that the seventh surface 7 is further provided and the third cutting line c3 is further provided on the first surface 1. That is, the wallet pattern 200 has a configuration in which the third cutting line c3 and the seventh surface 7 are further provided in the wallet pattern 100 of FIG. 1.

The third cutting line c3 may be provided between the center line p and the first cutting line c1. The third cutting line c3 may have a curved shape in which an intermediate portion has a shorter distance from the center line p than an edge portion, or may have a general straight shape.

The reason why the third cutting line c3 has a curved shape is to prevent the storing operation from being interrupted by the third cutting line c3 when storing a card or the like in the completed wallet. Therefore, if the storing operation is not hindered when storing the card or the like, it may be a straight line.

The seventh surface (7) is a surface extending in the third direction from the first surface (1). It may have the same length in the longitudinal direction and the first surface (1), the horizontal width is the edge of the third cutting line (c3) at the boundary line between the first surface (1) and the seventh surface (7) It may be formed larger than the third distance (d3) that is the shortest distance to. In addition, the seventh surface 7 may be provided with a third folding line f3 at a position spaced apart from the boundary between the first surface 1 and the seventh surface 7 by the third distance d3. . The third folding line f3 may have the same length as the third cutting line c3 when it is assumed that the third cutting line c3 is formed in a straight line.

The seventh surface 7 is to allow one more second storage compartment to be formed on the right side for storing cards and the like in the finished wallet. Therefore, the shape can be variously changed to facilitate card storage. Accordingly, although the length of the boundary line a17 of the first surface 1 may be shorter than that of the first surface 1, the adjacent portion including the third folding line f3 may be adjacent to the third cutting line ( Should be equal to the length of c3). As a result, the length of the third fold line f3 and the third cut line c3 may be adjusted to correspond to each other.

9 and 10, in the state having the wallet pattern as described with reference to FIG. 8, the boundary line a17 between the first surface 1 and the seventh surface 7 is a folding line. By folding the seventh surface 7 inward, the third directional edge portion of the seventh surface 7 is inserted into the third cutting line c3. In this case, the third direction line of the seventh surface 7 is inserted into the third line of cutting line c3 until the edge portion of the third cutting line c3 and the third folding line f3 overlap. . In this state, while the seventh surface 7 is folded inward with respect to the third fold line f3, the third direction edge portion of the seventh surface 7 is the outer surface of the first surface 1. Insert into the first cutting line (c1) located at.

In this case, when the third cutting line c3 has a curved shape, the center portion of the third cutting line c3 is positioned toward the inner surface of the first surface 1. That is, the surface 1a between the third cutting line c3 and the center line p of the first surface 1 is exposed to the inner surface of the first surface 1. Since the storage compartment is formed on the outer surface side of the first surface 1 in the completed wallet, the surface 1a between the third cutting line c3 and the center line p of the first surface 1 is exposed to the outer surface. This is because it cannot be used as a storage compartment.

11 and 12 illustrate a state after the folding process of FIGS. 9 and 10 is performed. FIG. 11 shows the inner side, and FIG. 12 shows the outer side.

11 and 12, the state after the folding process of FIGS. 9 and 10 is similar to that of the developed state of the wallet pattern of FIG. 1. In other words, the seventh surface 7 is in a folded state, and the first cut line c1 is different from that of being invisible in FIG. 11. The state of the outer surface side of FIG. 12 is the first cutting line c1 except that the seventh surface 7 is folded on the first surface 1 and the outer surface of the third fold line f3 is visible. And the second cut line c2 are the same.

The subsequent folding process is the same as that of FIGS. 2 to 6.

That is, in the state of FIG. 11, the inner surface of the first surface 1 and the second surface 2 of the first surface 1 and the second surface 2 are folded along the boundary line a12 of the second surface 2. The second surface 2 is folded inward so that the inner surface abuts and the outer surface of the second surface 2 is exposed.

At the same time, the inner surface of the sixth surface 6 and the inner surface of the third surface 3 are brought into contact with each other by the boundary line a36 between the third surface 3 and the sixth surface 6. The sixth surface 6 is folded inward so that the outer surface of the sixth surface 6 is exposed. Accordingly, the third surface 3 and the sixth surface 6 overlap, and the first surface 1 and the second surface 2 overlap each other.

In this state, the outer surface of the second surface 2 and the outer surface of the sixth surface 6 come into contact with each other by the boundary line a13 of the first surface 1 and the third surface 3 as a folding line. The outer surface of the first surface 1 is folded to form a first storage compartment. That is, the overlapping portion of the first surface 1 and the second surface 2 is folded inward with the boundary line a13 between the first surface 1 and the third surface 3 as a folding line. In this case, the third surface 3, the sixth surface 6, the second surface 2, and the first surface 1 have a sequential stacking structure.

That is, the third surface 3 is positioned at the bottommost portion, the sixth surface 6 is positioned on the third surface 3, and the second surface 2 is disposed on the sixth surface 6. Is positioned, and a mixing portion of the first surface 1 and the seventh surface 7 is positioned on the second surface 2, and a part of the first surface 1 and the seventh surface 7 are positioned. The outer surface of the will have a structure exposed to the top. The first cut line c1 and the second cut line c2 are provided on the outer surface of the first surface 1. Here, it is assumed that the first cutting line c1 and the second cutting line c2 are cut.

Next, the third surface of the fourth surface 4 is folded inward while the fourth surface 4 is folded inward with the boundary line a34 between the fourth surface 4 and the third surface 3 as a folding line. The first edge line c1 and the first folding line f1 overlap each other so that a direction edge part is inserted into the first cutting line c1 to the first folding line f1.

In other words, while folding the fourth surface 4 inward with the boundary line a34 of the fourth surface 4 and the third surface 3 as a folding line, the third direction of the fourth surface 4 is inclined. The edge portion is folded based on the first fold line f1, and the third lateral edge portion of the fourth surface 4 is inserted into the first fold line c1 to the first fold line f1. The first cutting line c1 and the first folding line f1 are overlapped to form a second storage compartment (right side).

At the same time, the fifth surface 5 is folded in the same manner as in the fourth surface 4. In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is inserted into the second cutting line c2 to the second folding line f2 so that the second cutting line c2 and the second folding line f2 overlap each other.

In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is folded based on the second fold line f2, and the fourth directional edge portion of the fifth surface 5 is inserted into the second fold line c2 to the second fold line f2. The second cutting line c2 and the second folding line f2 are overlapped to form a second storage compartment (left).

FIG. 13 illustrates the wallet 200a completed by the folding process of FIGS. 8 to 12. The first storage compartment 110 and the first storage compartment 110 are shown to show the first and second storage compartments 120 and 120. 2 is a view showing a portion of the storage compartment 120 to open arbitrarily.

As shown in FIG. 13, the completed wallet 200a may be used as a general wallet by folding the center line p. The foldable wallet 200a may store bills in the first storage compartment 110, and various cards or ID cards may be stored in the second storage compartments 120 and 120a formed on the left and right sides thereof.

Compared with the foldable wallet 100a of FIG. 7, which is the case of the first embodiment of the present invention, it can be seen that one more second storage compartment 120a is formed on the right side. The second storage compartment 120a may be used when the number of cards to be stored is large.

The purse 200a can be adjusted in size depending on the intended use. That is, by adjusting the size of the first to sixth surface (1, 2, 3, 4, 5, 6), it can be used as a book cover or passport wallet. In addition, the first to third cutting lines (c1, c2, c3) formed on the first surface (1) is the insertion of the second storage compartment (120, 120a) for the insertion of cards, identification cards, business cards, etc. in the completed wallet It is responsible for specifying the location. Therefore, it is possible to adjust the position or the size of the first to third cutting lines (c1, c2, c3) to suit the size of the object to be inserted according to the intended use. If the position or size of the first to third cutting lines c1, c2, and c3 is changed, the position or size of the first to third folding lines f1, f2, and f3 should be changed correspondingly.

14 illustrates a wallet pattern 300 for a foldable wallet according to a third embodiment of the present invention.

The folding wallet according to the third embodiment of the present invention has a structure in which the wallet pattern 100 of FIG. 1 is further provided with the seventh surface 7 described in FIG. 8 and the eighth surface 8 of a symmetrical structure. The first surface 1 further includes a fourth cutting line c4 symmetrical with respect to the third cutting line c3 and the center line p.

The eighth surface 8 extends in the fourth direction from the first surface 1, and the fourth cutting line 8 is formed at the boundary line a18 with the first surface 1 on the eighth surface 8. The fourth folding line f1 spaced apart from the boundary line a18 from the first surface 1 in the fourth direction by the fourth distance d4 corresponding to the shortest distance to the edge of c4) is formed. Has The fourth folding line f4 may have the same length as the fourth cutting line c4 when it is assumed that the fourth cutting line c4 is formed in a straight line.

In the case of comparison with FIG. 8, the second embodiment of the present invention, the eighth surface 8 and the fourth cut line c4 are the seventh surface 7 and the reference line with respect to the center line p. It has a symmetrical structure with the third cutting line c3. In this case, the seventh surface 7 and the third cutting line c3 are not provided in the third embodiment of the present invention.

The folding method is the same as described in FIGS. 8 to 12 except that the seventh surface 7 is replaced by the eighth surface 8. That is, in the state having the wallet pattern as described with reference to FIG. 14, the eighth surface 8 is folded inward with the boundary line a18 between the first surface 1 and the eighth surface 8 being a folding line. At the same time, a fourth edge portion of the eighth surface 8 is inserted into the fourth cutting line c4. In this case, the fourth directional line c4 is inserted into the fourth sectional line c4 until the edge portion of the fourth cut line c4 and the fourth fold line f4 overlap each other. . In this state, while the eighth surface 8 is folded inward with respect to the fourth fold line f4, the fourth directional edge portion of the eighth surface 8 is the outer surface of the first surface 1. Insert into the second cut line (c2) located at.

In this case, when the fourth cutting line c4 has a curved shape, the center portion of the fourth cutting line c4 is positioned toward the inner surface of the first surface 1. That is, the surface 1b between the fourth cutting line c4 and the center line p of the first surface 1 is exposed to the inner surface of the first surface 1. This is because a storage compartment is formed on the outer surface side of the first surface 1 in the completed wallet, so that the surface 1b between the fourth cutting line c4 and the center line p of the first surface 1 is exposed toward the outer surface. This is because it cannot be used as a storage compartment.

Thereafter, the inner surface of the first surface 1 and the inner surface of the second surface 2 abut on the boundary line a12 of the first surface 1 and the second surface 2 as a folding line. The second surface 2 is folded inward so that the outer surface of the two surfaces 2 is exposed.

At the same time, the inner surface of the sixth surface 6 and the inner surface of the third surface 3 are brought into contact with each other by the boundary line a36 between the third surface 3 and the sixth surface 6. The sixth surface 6 is folded inward so that the outer surface of the sixth surface 6 is exposed. Accordingly, the third surface 3 and the sixth surface 6 overlap, and the first surface 1 and the second surface 2 overlap each other.

In this state, the outer surface of the second surface 2 and the outer surface of the sixth surface 6 come into contact with each other by the boundary line a13 of the first surface 1 and the third surface 3 as a folding line. The outer surface of the first surface 1 is folded to form a first storage compartment. That is, the overlapping portion of the first surface 1 and the second surface 2 is folded inward with the boundary line a13 between the first surface 1 and the third surface 3 as a folding line. In this case, the third surface 3, the sixth surface 6, the second surface 2, and the first surface 1 have a sequential stacking structure.

That is, the third surface 3 is positioned at the bottommost portion, the sixth surface 6 is positioned on the third surface 3, and the second surface 2 is disposed on the sixth surface 6. Is positioned, and a mixing portion of the first surface 1 and the eighth surface 8 is positioned on the second surface 2, and a part and the eighth surface 8 of the first surface 1 are positioned. The outer surface of the will have a structure exposed to the top. The first cut line c1 and the second cut line c2 are provided on the outer surface of the first surface 1. Here, it is assumed that the first cutting line c1 and the second cutting line c2 are cut.

Next, the third surface of the fourth surface 4 is folded inward while the fourth surface 4 is folded inward with the boundary line a34 between the fourth surface 4 and the third surface 3 as a folding line. The first edge line c1 and the first folding line f1 overlap each other so that a direction edge part is inserted into the first cutting line c1 to the first folding line f1.

In other words, while folding the fourth surface 4 inward with the boundary line a34 of the fourth surface 4 and the third surface 3 as a folding line, the third direction of the fourth surface 4 is inclined. The edge portion is folded based on the first fold line f1, and the third lateral edge portion of the fourth surface 4 is inserted into the first fold line c1 to the first fold line f1. The first cutting line c1 and the first folding line f1 are overlapped to form a second storage compartment (right side).

At the same time, the fifth surface 5 is folded in the same manner as in the fourth surface 4. In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is inserted into the second cutting line c2 to the second folding line f2 so that the second cutting line c2 and the second folding line f2 overlap each other.

In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is folded based on the second fold line f2, and the fourth directional edge portion of the fifth surface 5 is inserted into the second fold line c2 to the second fold line f2. The second cutting line c2 and the second folding line f2 are overlapped to form a second storage compartment (left).

The wallet completed by the above-described folding process has a structure in which the second storage compartments 120 and 120a in FIG. 13 are formed on the right side as in FIG. 7 and two are formed on the left side.

15 illustrates a wallet pattern 400 for a foldable wallet according to a fourth embodiment of the present invention.

FIG. 15 is a case where both the seventh surface 7 in the second embodiment of the present invention and the eighth surface 7 in the third embodiment of the present invention are provided.

16 to 18 illustrate a process of folding a wallet using FIG. 15.

As shown in FIG. 16, the seventh surface 7 is the third cutting line c3 and the first line in the same manner as the folding process of the seventh surface 7 described in the second embodiment of the present invention. Insert and fold into cut line c1. At the same time, the eighth surface 8 is inserted into the fourth cutting line c4 and the second cutting line c2 in the same manner as the folding process of the eighth surface 8 described in the third embodiment of the present invention. And fold.

Upon completion of the above folding process, it has a structure as shown in FIG. That is, the portion including the third direction edge of the first surface 1 overlaps the seventh surface 7, and the portion including the fourth direction edge of the first surface 1 is the eighth surface 8. ) And overlaps with

The subsequent folding process is applicable in the same manner as described in the second and third embodiments of the present invention.

That is, in the state of FIG. 17, the second surface 2 is exposed such that the outer surface of the second surface 2 is exposed by folding the boundary a12 between the first surface 1 and the second surface 2 as a folding line. 2) Fold inwards.

At the same time, the inner surface of the sixth surface 6 and the inner surface of the third surface 3 are brought into contact with each other by the boundary line a36 between the third surface 3 and the sixth surface 6. The sixth surface 6 is folded inward so that the outer surface of the sixth surface 6 is exposed. Accordingly, the third surface 3 and the sixth surface 6 overlap, and the first surface 1 and the second surface 2 and the seventh surface 7 or the eighth surface ( 8) has an overlapping structure.

In this state, the outer surface of the second surface 2 and the outer surface of the sixth surface 6 come into contact with each other by the boundary line a13 of the first surface 1 and the third surface 3 as a folding line. The outer surface of the first surface 1 is folded to form a first storage compartment. That is, the overlapping portion where the first surface 1 and the second surface 2 and the seventh surface 7 or the eighth surface 8 overlap the first surface 1 and the third surface. It folds inward using the border line a13 of (3) as a folding line. In this case, the third surface 3, the sixth surface 6, the second surface 2, and the first surface 1 (the seventh surface 7 and the eighth surface 8) are included. It will have a sequential stacked structure of).

That is, the third surface 3 is positioned at the bottommost portion, the sixth surface 6 is positioned on the third surface 3, and the second surface 2 is disposed on the sixth surface 6. Is positioned, and a mixed portion of the first surface 1, the seventh surface 7, and the eighth surface 8 is positioned on the second surface 2, and an outer surface of the first surface 1 is disposed. A part and a part of the outer surface of the seventh surface 7 and the eighth surface 8 are exposed to the upper portion. The first cut line c1 and the second cut line c2 are provided on the outer surface of the first surface 1. Here, it is assumed that the first cutting line c1 and the second cutting line c2 are cut.

Next, the third surface of the fourth surface 4 is folded inward while the fourth surface 4 is folded inward with the boundary line a34 between the fourth surface 4 and the third surface 3 as a folding line. The first edge line c1 and the first folding line f1 overlap each other so that a direction edge part is inserted into the first cutting line c1 to the first folding line f1.

In other words, while folding the fourth surface 4 inward with the boundary line a34 of the fourth surface 4 and the third surface 3 as a folding line, the third direction of the fourth surface 4 is inclined. The edge portion is folded based on the first fold line f1, and the third lateral edge portion of the fourth surface 4 is inserted into the first fold line c1 to the first fold line f1. The first cutting line c1 and the first folding line f1 are overlapped to form a second storage compartment (right side).

At the same time, the fifth surface 5 is folded in the same manner as in the fourth surface 4. In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is inserted into the second cutting line c2 to the second folding line f2 so that the second cutting line c2 and the second folding line f2 overlap each other.

In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is folded based on the second fold line f2, and the fourth directional edge portion of the fifth surface 5 is inserted into the second fold line c2 to the second fold line f2. The second cutting line c2 and the second folding line f2 are overlapped to form a second storage compartment (left).

As shown in FIG. 18, the wallet completed by the above-described folding process is provided with a first storage compartment 110 for storing banknotes and the like, and a second storage compartment 120, 120a for storing cards, identification cards, business cards, etc. , 120b) has a structure in which two are formed on the left and right sides thereof.

19 is a development view illustrating a wallet pattern 500 for a foldable wallet according to a fifth embodiment of the present invention.

As shown in FIG. 19, the wallet pattern 500 for the foldable purse according to the fifth embodiment of the present invention has a third direction on the first to sixth surfaces 1, 2, 3, 4, 5, and 6. And a transverse width in the fourth direction is larger than that in the first embodiment of the present invention. In addition, the fourth surface 4 and the fifth surface 5 has a trapezoidal structure or an inclined structure other than the rectangular structure as shown in FIG. 1.

That is, the fourth surface 4 has a trapezoidal structure that becomes narrower as the width in the first direction and the second direction moves away from the boundary line a34 between the third surface 3 and the fourth surface 4 in the third direction. Can have

In this case, the first lateral edge portion of the fourth surface 4 is the same as in FIG. 1, and only the second lateral edge portion of the fourth surface 4 is the third surface 3 and the fourth surface 4. As the distance away from the boundary line a34 of the third direction may become narrower. That is, the second direction edge portion of the fourth surface 4 may have an inclined structure such that the distance from the first direction edge portion of the fourth surface becomes narrower toward the third direction.

In addition, the fifth surface 5 may have a symmetrical structure with respect to the fourth surface 4 with respect to the third surface 3.

When the fourth surface 4 and the fifth surface 5 have an inclined structure or a trapezoidal structure, the first fold line f1 and the fifth surface provided on the fourth surface 4 are provided. The length of the second fold line f2 is also shorter than in the case of FIG. 1, and correspondingly, the lengths of the first cutting line c1 and the second cutting line c2 provided on the first surface 1 are also short. Will be shortened. Its position can also be changed correspondingly. That is, the first cutting line c1 and the second cutting line c2 start at the boundary line a13 between the first surface 1 and the third surface 3, and the first folding line f1 and the second cutting line c2. It may be formed in the first direction to the same length as the length of the fold line (f2).

The process of completing the wallet by folding the wallet pattern 500 of FIG. 19 is the same as that of the first embodiment of the present invention.

20 is a view illustrating a completed wallet by folding the wallet pattern 500 of FIG. 19.

As shown in FIG. 20, the completed wallet 500a may include a first storage compartment 110 and a second storage compartment 120c and 120d.

The first storage compartment 110 is a storage compartment for banknotes and the like, and the second storage compartments 120c and 120d are storage compartments of a card or ID card. In order to use the second storage compartment 120c, the lower end portion of the second storage compartment 120c should be bonded with an adhesive or an adhesive tape.

According to another embodiment of the present invention, in the case of the second to fourth embodiments of the present invention, the second direction edge portion and the seventh surface 7 of the fourth surface 4 and the fifth surface 5 or As in the case of the fifth embodiment of the present invention, the first direction edge portion of the eighth surface 8 can be formed into an inclined structure or a trapezoidal structure to deform the storage compartment.

21 illustrates a wallet pattern 600 for a foldable wallet according to a sixth embodiment of the present invention.

As shown in FIG. 21, the wallet pattern 600 for a foldable wallet according to the sixth embodiment of the present invention has two surfaces extending in the second direction from the sixth surface 6 in FIG. 1. It is a case where it is equipped with (9) and the 10th surface 10 further. That is, the present invention further includes a ninth surface 9 extending in the second direction from the sixth surface 6 and a tenth surface 10 extending in the second direction from the ninth surface 9.

The ninth surface 9 and the tenth surface 10 are for increasing the number of first storage compartments 110 for storing bills.

The folding process is such that the boundary line a910 between the ninth surface 9 and the tenth surface 10 is a folding line so that the inner surfaces of the tenth surface 10 and the ninth surface 9 abut. The tenth surface 10 is folded inward so that the ninth surface 9 and the tenth surface 10 overlap each other. In this state, the outer surface of the ninth surface 9 is in contact with the outer surface of the sixth surface 6 by making the boundary line a69 between the sixth surface 6 and the ninth surface 9 a folding line. The overlapping surface of the ninth surface 9 and the tenth surface 10 is folded outwardly. When the folding process up to this state is completed, it will be in the developed view state similar to the case of FIG. The subsequent folding process is the same as the case described in the first embodiment of the present invention.

The folding wallet completed through the above folding process has a structure in which two first storage compartments 110 are formed, in contrast to the case of the first embodiment of the present invention.

 22 illustrates a wallet pattern 700 for a foldable wallet according to a seventh embodiment of the present invention.

As shown in FIG. 22, the wallet pattern 700 for a foldable wallet according to the seventh embodiment of the present invention is an eleventh face which is two faces extending in the first direction from the second face 2 in FIG. 1. It is a case where it is equipped with (11) and the 12th surface 12 further. That is, it is a case where the eleventh surface 11 extending in the first direction from the second surface 2 and the twelfth surface 12 extending in the first direction from the eleventh surface 11 are further provided.

The eleventh face 11 and the twelfth face 12 are for increasing the number of first storage compartments 110 for storing bills.

The folding process is such that the inner surface of the eleventh surface 11 and the twelfth surface 12 abut on the boundary line a1112 of the eleventh surface 11 and the twelfth surface 11. The twelfth surface 12 is folded inward so that the eleventh surface 1 and the twelfth surface 12 overlap each other. In this state, the outer surface of the eleventh surface 1 is in contact with the outer surface of the second surface 2 with the boundary line a211 between the second surface 2 and the eleventh surface 11 as a folding line. The overlapping surface of the eleventh face 11 and the twelfth face 12 is folded outwardly. When the folding process up to this state is completed, it will be in the developed view state similar to the case of FIG. The subsequent folding process is the same as the case described in the first embodiment of the present invention.

The folding wallet completed through the above folding process has a structure in which two first storage compartments 110 are formed, in contrast to the case of the first embodiment of the present invention.

In the sixth and seventh embodiments of the present invention, a case in which two extension surfaces are extended is described, but a larger number of extension surfaces may be provided as necessary. Further, the configuration having the extension surfaces 9, 10, 11, 12 of the sixth and seventh embodiments of the present invention is applicable in the same manner to the first to fifth embodiments of the present invention. .

FIG. 23 is a development view illustrating a wallet pattern 800 for a foldable wallet according to an eighth embodiment of the present invention.

As shown in FIG. 23, the wallet pattern 800 for the foldable wallet according to the eighth embodiment of the present invention further includes the margin faces 4a, 4b, 5a, and 5b on the wallet pattern 100 of FIG. 1. It is a case of providing. That is, the fourth surface 4 may further include a margin surface 4a extending in the first direction and a margin surface 4b extending in the second direction, and the fourth surface 4 may be deformed as necessary. It may have a rectangular shape or a polygonal shape. In addition, the fifth surface 5 may further include a margin surface 5a extending in the first direction and a margin surface 5b extending in the second direction, and the fifth surface 5 may be provided as necessary. It may have a modified quadrangular shape or a polygonal shape.

Lengths or widths of the margin faces 4a, 4b, 5a, and 5b may be determined in various ways, and the margin faces 4a, 4b, 5a, and 5b may be used to fold a wallet using the wallet pattern 800. In this case, the wallet folding operation is performed in the folded state based on the boundary lines f4a, f4b, f5a, and f5b between the fourth surface 4 and the fifth surface 5. The margins 4a, 4b, 5a, and 5b are intended to prevent the cutting surface from being exposed to the outside in the finished wallet and to maintain the softness by making the exposed portion (the outer edge portion) become a fold line.

24 is a development view illustrating a wallet pattern 900 for a foldable wallet according to a ninth embodiment of the present invention.

As shown in FIG. 24, the wallet pattern 900 for the foldable wallet according to the ninth embodiment of the present invention has the margins 4a and 4b on the wallet pattern 400 according to the fourth embodiment of FIG. 15. It is a case where 5a, 5b, 7a, 7b, 8a, 8b) is further provided. That is, the fourth surface 4 may further include a margin surface 4a extending in the first direction and a margin surface 4b extending in the second direction, and the fourth surface 4 may be deformed as necessary. It may have a rectangular shape or a polygonal shape. In addition, the fifth surface 5 may further include a margin surface 5a extending in the first direction and a margin surface 5b extending in the second direction, and the fifth surface 5 may be provided as necessary. It may have a modified quadrangular shape or a polygonal shape. The seventh surface 7 may further include a margin surface 7a extending in the first direction and a margin surface 7b extending in the second direction, and the eighth surface 8 extends in the first direction. It may be further provided with a margin surface 8a and a margin surface 8b extending in the second direction. According to the formation of the margin faces 4a, 4b, 5a, 5b, 7a, 7b, 8a, and 8b, the fourth side 4 and the fifth side within the range that the circle of the completed wallet is not damaged. 5), the shape of the seventh surface (7) and the eighth surface (8) can be modified into a rectangular or polygonal shape.

For example, in FIG. 15, a portion of the fourth surface 4 may form the marginal surface 7b of the seventh surface 7, and in FIG. 15, a portion of the fourth surface 4 may be formed of the fourth surface 4. The margin surface 4a of the four surface 4 can be formed. In addition, a portion in which the fifth surface 5 is formed in FIG. 15 may form a marginal surface 8b of the eighth surface 8, and a portion in which the eighth surface 8 is formed in FIG. 15 is a fifth surface. The margin surface 5a of (5) can be formed.

Lengths or widths of the blank surfaces 4a, 4b, 5a, 5b, 7a, 7b, 8a, and 8b may be determined in various ways, and the blank surfaces 4a, 4b, 5a, 5b, 7a, 7b, and 8a. 8b is a boundary line f4a, f4b, f5a, f5b and seventh surface 7 between the fourth surface 4 and the fifth surface 5 when the wallet is folded using the wallet pattern 900. And the wallet folding operation is performed as in the case of the fourth embodiment of the present invention in a state where all of the boundary lines f7a, f7b, f8a, and f8b with respect to the eighth surface 8 are folded. The margins 4a, 4b, 5a, 5b, 7a, 7b, 8a, and 8b prevent the cutting surface from being exposed to the outside in the finished purse and allow the exposed portion (the outer edge portion) to be a fold line so as to provide softness. To maintain.

The configuration including the blank surfaces of the eighth and ninth embodiments of the present invention is applicable in the same manner to the first to seventh embodiments of the present invention.

FIG. 25 is a development view illustrating a wallet pattern 1000 for a foldable wallet according to a tenth embodiment of the present invention, and FIGS. 26 to 30 are views illustrating a folding process of the foldable wallet using FIG. 25.

As shown in FIG. 25, the wallet pattern 1000 includes first to sixth surfaces 1, 2, 3, 4, 5, and 6, a thirteenth surface 13, and a fourteenth surface 14. do.

The thirteenth surface 13 and the fourteenth surface 14 are further provided, and a third cutting line c3, a fourth cutting line c4, and the first surface 1 on the first surface 1. ) And cut lines c5 and c6 are further provided at a part of the boundary line between the second surface 2 and the fifth and sixth folding lines f5 and f6 on the second surface 2. It is the same as the developed view of FIG. 1 except that it is further provided.

Therefore, descriptions of portions overlapping with those of FIG. 1 will be omitted.

The third cutting line c3 may be provided between the center line p and the first cutting line c1. In addition, the fourth cutting line c4 may be provided between the center line p and the second cutting line c2. The third cutting line c3 and the fourth cutting line c4 may have a curved shape in which an intermediate portion is longer in the center line p than an edge portion, and may have a general straight shape.

The reason why the third cutting line c3 and the fourth cutting line c4 has a curved shape is such that the storing operation is not interrupted by the cutting lines c3 and c4 when the card is stored in the finished wallet. To do this. Therefore, if the storing operation is not hindered when storing the card or the like, it may be a straight line.

The thirteenth surface (13) is a surface extending in the third direction from the second surface (2). It may have the same length in the longitudinal direction and the second surface (2), the width in the horizontal direction is the first shortest distance from the third direction edge portion of the first surface (1) to the first cutting line (c1) The distance d1 may be greater than the third distance d3, which is the shortest distance from the edge portion of the first surface 1 to the edge portion of the third cutting line c3. In addition, the thirteenth surface 13 may be provided with a seventh folding line f7 at a position spaced apart from the fifth folding line f5 by the third distance d3. The seventh folding line f7 may have the same length d5 as the third cutting line c3 when it is assumed that the third cutting line c3 is formed in a straight line.

The thirteenth side 13 is to allow one more second storage compartment to be formed on the right side for storing a card or the like in the finished wallet. Therefore, the shape can be variously changed to facilitate card storage. Accordingly, the length of the boundary line a213 with the second surface 2 may be shorter than that of the first surface 1, but the adjacent portion including the seventh folding line f7 may be adjacent to the third cutting line. It should be equal to the length of (c3). As a result, the length of the seventh folding line f7 and the third cutting line c3 may be adjusted to correspond to each other.

The fourteenth surface (14) is a surface extending in the fourth direction from the second surface (2). It may have the same length in the longitudinal direction and the second surface (2), the width in the horizontal direction is the second shortest distance from the edge of the fourth direction of the first surface (1) to the second cutting line (c2) The distance d2 may be greater than the fourth distance d4, which is the shortest distance from the edge portion of the fourth cut line c4 to the edge portion of the first surface 1 in the fourth direction. In addition, the eighth fold line f8 may be provided at a position spaced apart from the sixth fold line f6 by the fourth distance d4. The eighth folding line f8 may have the same length d6 as the fourth cutting line c4 when it is assumed that the fourth cutting line c4 is formed in a straight line.

The fourteenth surface 14 is to allow one more second storage compartment to be formed on the left side for storing a card or the like in the finished wallet. Therefore, the shape can be variously changed to facilitate card storage. Therefore, the length of the boundary line a214 with the second surface 2 may be shorter than that of the first surface 1, but the adjacent portion including the eighth folding line f8 may be adjacent to the fourth cutting line. It should be equal to the length of (c4). As a result, the length of the eighth folding line f8 and the fourth cutting line c4 may be adjusted to correspond to each other.

The fifth fold line f5 is provided on the second surface 2 and is spaced a predetermined distance from the boundary line a213 between the second surface 2 and the thirteenth surface 13 in a fourth direction. In parallel to the boundary line a213 of the second surface 2 and the thirteenth surface 13.

The sixth folding line f6 is provided on the second surface 2 and spaced apart in a third direction from a boundary line a214 between the second surface 2 and the fourteenth surface 14. It is provided at a point parallel to the boundary line a214 of the second surface 2 and the fourteenth surface 14.

The fifth fold line f6 and the sixth fold line f6 may have a symmetrical structure with respect to the center line of the first direction and the second direction of the second surface 2.

The fifth fold line f5 and the sixth fold line f6 are to be similar to the storage depth of the storage compartment formed at the time of forming a storage compartment for storing a card or ID. That is, compared to the case of FIG. 18, in the case of FIG. 18, the cards accommodated in the second storage compartment 120 and the second storage compartment 120a and 120b are inserted to the edge of the wallet, and thus the edges of the exposed card. The seat portion will be located at the same point. That is, the card insertion depth (depth of storage) of the second storage compartment 120 is the first distance d1 or the second distance d2, and the card insertion depth (the storage depth) of the second storage compartments 120a and 120b is the first. Since the distance 3 is the third distance d3 or the fourth distance d4, the card insertion depth (depth of storage) of the second storage compartments 120a and 120b is deeper. Herein, if it is assumed that the length of the card has a third distance d3 or a fourth distance d4, both the card inserted into the second storage compartment 120 or the card inserted into the second storage compartments 120a and 120b are exposed. Since the edge portion of the card is positioned at the third cutting line c3 or the fourth cutting line c4 and overlaps each other, the card inserted into the second storage compartments 120a and 120b is the second storage compartment 120. It is inconvenient to remove it from the wallet because of the inserted card.

Accordingly, the fifth fold line f5 and the sixth fold line f6 are boundary lines a213 and a214 between the second surface 2, the thirteenth surface 13, and the fourteenth surface 14. ) So as to be spaced apart from each other in the third or fourth direction so that the edges of the exposed cards do not overlap. The separation distances of the fifth fold line f5 and the sixth fold line f6 from the boundary lines a213 and a214 between the thirteenth surface 13 and the fourteenth surface 14 may be variously determined. However, in general, the distance may be equal to the difference between the first distance d1 and the third distance d3 or the distance corresponding to the difference between the second distance d2 and the fourth distance d4. .

In addition, the cutting lines c5 and c6 are further provided at a portion of the boundary a12 between the first surface 1 and the second surface 2. That is, the boundary line between the second surface 2 and the thirteenth surface 13 from the boundary line a213 between the first surface 1 and the second surface 2 extends from the boundary line a213 to the fifth folding line f5. The boundary line portion is a perforation line c5, and the boundary line portion of the boundary line between the first surface 1 and the second surface 2 is the boundary line a214 between the second surface 2 and the fourteenth surface 14. The boundary line portion leading to the sixth fold line f6 becomes the cut line c6. This is because the thirteenth surface 13 and the fourteenth surface 14 must be folded to overlap the second surface 2 by using the fifth fold line f5 and the sixth fold line f6. to be.

As shown in FIGS. 26 and 27, the thirteenth surface 13 and the fourteenth surface 14 are folded inward with respect to the fifth fold line f5 and the sixth fold line f6. . In this state, the inner surface of the first surface 1 and the inner surface of the second surface 2 coincide with the boundary line a12 between the first surface 1 and the second surface 2 as a folding line. Touches and folds to expose the outer surface of the second surface 2, wherein a third direction edge portion of the thirteenth surface 13 is inserted into the first cutting line c1 and then through the third cutting line c3. Fold inward with respect to the seventh fold line f7 in the outgoing state. That is, the seventh folding line f7 and the third cutting line c3 overlap each other.

The fourteenth face 14 is also folded in the same manner as the thirteenth face 13. That is, the eighth fold line f8 is inserted in the fourth circumferential edge portion c2 of the fourteenth surface 14 to be inserted into the second cut line c2 and then exit through the fourth cut line c4. Fold.

In this state, the third direction edge portion of the thirteenth surface 13 and the fourth direction edge portion of the fourteenth surface 14 are positioned between the second surface 2 and the first surface 1. All or part of the first surface 1, the second surface 2, the thirteenth surface 13, and the fourteenth surface 14 are overlapped. That is, based on the first surface 1, the portion from the fourth direction edge portion of the first surface 1 to the second cut line c2 is the first surface 1 and the fourteenth surface 14. , And the second surface 2 are sequentially overlapped, and the portion between the second cutting line c2 and the fourth cutting line c4 is the fourteenth surface 14, the first surface 1, and the fourteenth surface ( 14), and the second surface 2 has a structure that is sequentially superimposed. In addition, based on the first surface 1, the portion from the third direction edge portion of the first surface 1 to the first cutting line c1 may be the first surface 1 and the thirteenth surface 13. ) And the second surface 2 are sequentially overlapped, and the portion between the first cutting line c1 and the third cutting line c3 is the thirteenth surface 14, the first surface 1, and the thirteenth surface. 13 and 2nd surface 2 have a structure which overlaps sequentially.

FIG. 28 shows the back side of the folded state by the process of FIG. 27.

As shown in FIGS. 27 and 28, after the folding process of FIG. 27, the front surface of the second surface 2, the inner surface of the fourth surface 4, the inner surface of the fifth surface 5, and sixth The inner surface of the surface 6 has an exposed structure, and the rear surface has a part of the outer surface of the first surface 1, a part of the outer surface of the thirteenth surface 13, and a fourteenth surface corresponding to the outer surface of the second surface 2. A portion of the outer surface of the surface 14 is exposed, and an outer surface of the fourth surface 4, an outer surface of the fifth surface 5, and an outer surface of the sixth surface 6 are exposed. In more detail, the corresponding surface of the outer surface of the second surface 2 is described in more detail. A portion of the outer surface of the fourteenth surface 14 is exposed between the second cutting line c2 and the fourth cutting line c4. The outer surface portion of the thirteenth surface 13 may be exposed between the first cutting line c1 and the third cutting line c3, and the remaining portion may have a structure in which the outer surface of the first surface 1 is exposed.

As shown in FIG. 29, the inner surface and the third surface 3 of the sixth surface 6 are formed by folding the boundary a36 between the third surface 3 and the sixth surface 6 as a folding line. The second surface with the boundary line a13 between the first surface 1 and the third surface 3 being a folding line, while the inner surface of the first surface 1 and the third surface 3 are folded to be in contact with each other. Fold so that the outer surface of (2) and the outer surface of the said 6th surface 6 contact.

In this state, a portion of the outer surface of the first surface 1, a portion of the outer surface of the thirteenth surface 13, and a portion of the outer surface of the fourteenth surface 14, which are corresponding surfaces of the outer surface of the second surface 2 of FIG. 28, may be formed. The exposed surface, the outer surface of the fourth surface 4, the outer surface of the fifth surface 5, and the surface on which the outer surface of the sixth surface 6 is exposed have the uppermost positions. This is a structure similar to the case of FIG.

Next, the third surface of the fourth surface 4 is folded inward while the fourth surface 4 is folded inward with the boundary line a34 between the fourth surface 4 and the third surface 3 as a folding line. The first edge line c1 and the first folding line f1 overlap each other so that a direction edge part is inserted into the first cutting line c1 to the first folding line f1.

In other words, while folding the fourth surface 4 inward with the boundary line a34 of the fourth surface 4 and the third surface 3 as a folding line, the third direction of the fourth surface 4 is inclined. The edge portion is folded based on the first fold line f1, and the third lateral edge portion of the fourth surface 4 is inserted into the first fold line c1 to the first fold line f1. The first cutting line c1 and the first folding line f1 overlap each other.

At the same time, the fifth surface 5 is folded in the same manner as in the fourth surface 4. In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is inserted into the second cutting line c2 to the second folding line f2 so that the second cutting line c2 and the second folding line f2 overlap each other.

In other words, while folding the fifth surface 5 inward with the boundary line a35 between the fifth surface 5 and the third surface 3 as a folding line, the fourth direction of the fifth surface 5 is folded. The edge portion is folded based on the second fold line f2, and the fourth directional edge portion of the fifth surface 5 is inserted into the second fold line c2 to the second fold line f2. The second cutting line c2 and the second folding line f2 are overlapped to complete the wallet 1000a as shown in FIG. 30.

As shown in FIG. 30, the completed wallet 1000a may be used as a general wallet by folding the center line p. The foldable wallet 1000a may store bills in the first storage compartment 110, and various cards or ID cards may be stored in the second storage compartments 120, 120a and 120b formed on the left and right sides thereof.

The purse 1000a can be adjusted in size depending on the intended use. That is, it can be used as a book cover or a passport wallet by adjusting the size of the first to sixth surfaces (1, 2, 3, 4, 5, 6), the thirteenth surface 13, and the fourteenth surface 14. Do. In addition, the first to fourth cutting lines (c1, c2, c3, c4) formed on the first surface (1) is the second storage compartment (120, 120a) for inserting a card, identification card, business card, etc. in a completed wallet; It serves to designate the insertion position of 120b). Therefore, it is possible to adjust the position or the size of the first to fourth cutting line (c1, c2, c3, c4) to match the size of the object to be inserted according to the intended use. When the position or size of the first to fourth cutting lines c1, c2, c3, and c4 is changed, the first to second folding lines f1 and f2 and the seventh to eighth folding lines f7 and f8. Also, the position or size should be changed correspondingly.

The folding wallet 1000a of FIG. 30 has the same structure as that of the folding wallet 400a of the fourth embodiment of the present invention. However, the folding wallet 400a of FIG. 18 differs in that the storage depths of the second storage compartments 120a and 120b are deeper than the second storage compartments 120a and 120b of the folding wallet 1000a of FIG. This is due to the positions of the fifth fold line f5 and the sixth fold line f6. As described above, the case of FIG. 30 is easier when storing or removing the card.

FIG. 31 is a development view illustrating a wallet pattern 1100 for a foldable wallet according to an eleventh embodiment of the present invention, and FIG. 32 is a perspective view of the foldable wallet 1100a completed by folding FIG. 31.

As shown in FIG. 31, the wallet pattern 1100 for a foldable wallet according to an eleventh embodiment of the present invention may include first to sixth surfaces (1, 2, 3, 4, 5, 6) and a thirteenth surface. 13 and the 14th surface 14 are provided.

As described with reference to FIG. 19, the fourth surface 4 and the fifth surface 5 have an inclined structure or a trapezoidal structure, and correspondingly, the first cutting line c1 and the first cut line of the first surface 1. The length of the two cutting lines c2 is smaller than that of FIG. 25, and the longitudinal width of the thirteenth surface 13 and the fourteenth surface 14 is smaller than that of FIG. 25. The cut line c3 and the fourth cut line c4 are the same as those in FIG. 25 except that the length is smaller than that in FIG. 25.

The fourth surface 4 and the fifth surface 5, the first cutting line c1, and the second cutting line c2 have the same structure as described with reference to FIG. 19.

Unlike the case of FIG. 25, the thirteenth surface 13 has a structure extending in a third direction from a portion of the second surface 2, and the fourteenth surface 13 also has the second surface 2. Has a structure extending in the fourth direction in a portion of. That is, the width in the vertical direction is smaller than in the case of FIG.

The thirteenth surface 13 is a part of the second surface 2, for example, a point spaced at a predetermined distance from the boundary line a12 between the first surface 1 and the second surface in a first direction. May have a vertical width corresponding to an edge portion of the second surface 2 in the first direction. In other words, it corresponds to a part spaced apart from the first direction edge portion of the second surface 2 by a predetermined distance in the second direction (for example, the distance corresponding to the straight line distance of the third cutting line c3). It may have a longitudinal width. The horizontal width of the thirteenth surface 13 is the same as that of FIG. 25.

In addition, a seventh folding line f7 may be provided at the same position as that of FIG. 25. The seventh fold line f7 is shorter in length than in the case of FIG. The seventh folding line f7 may have the same length d5 as the third cutting line c3 when it is assumed that the third cutting line c3 is formed in a straight line. The seventh folding line f7 portion and the third cutting line c3 portion may be adjusted to correspond to each other.

The fourteenth surface (14) is a surface extending in a fourth direction from a portion of the second surface (2). The second surface 2 may have a symmetrical structure with respect to the thirteenth surface 13. The meaning of having a symmetrical structure is that it can be symmetrical in shape and can vary in size.

In addition, an eighth fold line f8 may be provided on the fourteenth surface 14 at the same position as in FIG. 25. The eighth fold line f8 is shorter in length than in FIG. 25. The eighth folding line f8 may have the same length d6 as the fourth cutting line c4 when it is assumed that the fourth cutting line c4 is formed in a straight line. The eighth folding line f8 and the fourth cutting line c4 may be adjusted in length corresponding to each other.

The third cutting line c3 may be provided between the center line p and the first cutting line c1. In addition, the fourth cutting line c4 may be provided between the center line p and the second cutting line c2. The third cutting line c3 and the fourth cutting line c4 may have a curved shape in which an intermediate portion is longer in the center line p than an edge portion, and may have a general straight shape.

The third cutting line c3 and the fourth cutting line c4 are shorter than those of FIG. 25, and the seventh folding line starts from the boundary line a13 between the first surface 1 and the third surface 3. It may be formed in the first direction to a length equal to the length of the line f7 and the eighth folding line f8.

The fifth fold line f5 is provided on the second surface 2 and is spaced a predetermined distance from the boundary line a213 between the second surface 2 and the thirteenth surface 13 in a fourth direction. In parallel to the boundary line a213 of the second surface 2 and the thirteenth surface 13.

The sixth folding line f6 is provided on the second surface 2 and spaced apart in a third direction from a boundary line a214 between the second surface 2 and the fourteenth surface 14. It is provided at a point parallel to the boundary line a214 of the second surface 2 and the fourteenth surface 14.

The fifth fold line f6 and the sixth fold line f6 may have a symmetrical structure with respect to the center line of the first direction and the second direction of the second surface 2.

The fifth fold line f5 and the sixth fold line f6 are to be similar to the storage depth of the storage compartment formed at the time of forming a storage compartment for storing a card or ID.

The separation distances of the fifth fold line f5 and the sixth fold line f6 from the boundary lines a213 and a214 between the thirteenth surface 13 and the fourteenth surface 14 may be variously determined. However, in general, the distance may be equal to the difference between the first distance d1 and the third distance d3 or the distance corresponding to the difference between the second distance d2 and the fourth distance d4. .

Additionally, the second surface 2 has a second direction edge of the fifth fold line f5 at the second direction edge of the boundary line a213 between the second surface 2 and the thirteenth surface 13. A cut line c5 connecting the portions to each other, and a second direction of the sixth folding line f6 at the edge portion of the second direction of the boundary line a214 between the second surface 2 and the fourteenth surface 14. It may have a perforation line c6 leading to the edge portion.

The folding method of the folding wallet using the wallet pattern 1100 of FIG. 31 is the same as that of the tenth embodiment of the present invention.

32 is a perspective view of the wallet 1100a completed by folding using the wallet pattern 1100 of FIG.

As shown in FIG. 32, the completed wallet 1100a may include a first storage compartment 110 and a second storage compartment 120c, 120d, 120e having an inclined structure.

The first storage compartment 110 is a storage compartment for banknotes and the like, and the second storage compartments 120c, 120d, and 120e are storage compartments of a card or ID card. In order to use the second storage compartment 120c, the lower end portion of the second storage compartment 120c should be bonded with an adhesive or an adhesive tape. Since the second storage compartment 120e and the second storage compartment 120d have similar insertion depths, the second storage compartment 120e and the second storage compartment 120d may be easily used when storing or removing a card.

33 illustrates a wallet pattern 1200 for a foldable wallet according to a twelfth embodiment of the present invention.

As shown in FIG. 33, the wallet pattern 1200 for a foldable purse according to the twelfth embodiment of the present invention includes the margin faces 4a, 4b, 5a, 5b, 13a, 13b, 14a, and 14b in FIG. 31. ), And further include extending surfaces 9 and 10.

The extending surfaces 9 and 10 are the ninth surface 91 and the tenth surface 10, which are two surfaces extending in the second direction from the sixth surface 6. The ninth surface 91 and the tenth surface 10 are for increasing the number of first storage compartments 110 for storing bills.

Herein, the case in which the sixth surface 6 extends in the second direction is described. However, the second surface 2 may have a structure in which at least two surfaces 11 and 12 extend in the first direction. The folding method is the same as in the sixth or seventh embodiment of the present invention. In addition, the configuration having the extension surfaces 9 and 10 of the twelfth embodiment of the present invention is applicable in the same manner to the tenth and eleventh embodiments of the present invention.

33 further includes margin surfaces 4a, 4b, 5a, 5b, 13a, 13b, 14a, and 14b on the wallet pattern 1200. That is, the fourth surface 4 may further include a margin surface 4a extending in the first direction and a margin surface 4b extending in the second direction, and the fourth surface 4 may be deformed as necessary. It may have a rectangular shape or a polygonal shape. In addition, the fifth surface 5 may further include a margin surface 5a extending in the first direction and a margin surface 5b extending in the second direction, and the fifth surface 5 may be provided as necessary. It may have a modified quadrangular shape or a polygonal shape, and some corner portions may be rounded.

In the case of the thirteenth surface 13 and the fourteenth surface 14, the margin surfaces 13a and 14a extending in the first direction and the margin surfaces 13b and 14b extending in the second direction may be provided. Accordingly, the thirteenth surface 13 and the fourteenth surface 14 may have a modified quadrangular shape or a polygonal shape, and some corner portions may be rounded.

The margins 4a, 4b, 5a, 5b, 13a, 13b, 14a, and 14b prevent the cutting surface from being exposed to the outside in the finished purse and allow the exposed portion (the outer edge portion) to be a fold line so as to provide softness. To maintain.

As described above, the configuration in which some surfaces have marginal surfaces and the configuration having at least two extension surfaces are applicable in the same manner or in part to the first to eleventh embodiments of the present invention.

In addition, as illustrated in FIG. 33, the third cutting line c3 and the fourth cutting line c4 may have a straight line shape or a curved shape, and may be selected according to convenience, and the first cutting line to the fourth cutting line c1 and c2. The positions c3 and c4 may be partially spaced apart from each other without encountering a boundary line between the first surface 1 and the third surface 3. If the position or length of the first to fourth cutting lines c1, c2, c3, and c4 is changed, the fourth surface 4, the fifth surface 5, the thirteenth surface 13, and the fourteenth cutting line The size and the like of the face 14 may vary. This is also applicable to the first to twelfth embodiments of the present invention in the same manner or in some applications.

As described above, in the embodiments of the present invention, by printing a map, a picture, a character, or the like on the wallet patterns, the visibility of the wallet may be enhanced or the curiosity may be stimulated. Alternatively, the user's name or photo may be printed on the wallet patterns such that the user's name or photo is displayed on the surfaces exposed by the completed wallet. In addition, the wallet patterns can be used as a diary cover or a book cover when they are unfolded, and when the wallet patterns are folded, they can be conveniently used as a wallet or a passport wallet.

The foregoing description of the embodiments is merely illustrative of the present invention with reference to the drawings for a more thorough understanding of the present invention, and thus should not be construed as limiting the present invention. It will be apparent to those skilled in the art that various changes and modifications may be made without departing from the basic principles of the present invention.

P: center line c1, c2, c3, c4: perforation line
f1, f2, f3, f4, f5, f6, f7, f8: folding line

Claims (21)

For a fold wallet:
A first cutting line parallel to the center line and spaced apart from the center line in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and a fourth opposite to the third direction at the center line; A rectangular first surface spaced at a predetermined interval in a direction and having a second cut line parallel to the first cut line;
A second quadrangular surface extending in the first direction from the first surface;
A rectangular third surface extending in the second direction from the first surface;
A fourth surface extending in the third direction from the third surface;
A fifth surface extending in the fourth direction from the third surface;
A sixth surface having a rectangular shape extending in the second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first fold line having the same length as the first cut line is provided at a predetermined position, and the second distance is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line on the fifth surface. The second folding line having the same length as the second cutting line is provided at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface.
The first surface further comprises a third cutting line between the center line and the first cutting line,
The foldable wallet further includes a seventh surface extending in the third direction from the first surface,
The seventh surface may be formed at a boundary line between the first surface and the seventh surface by a third distance corresponding to the shortest distance from a boundary line between the first surface and the seventh surface to an edge portion of the third cutting line. A third folding line at a position spaced in three directions,
The third cutting line is a fold wallet characterized in that it has a straight shape or curved in the middle portion longer than the edge portion is formed in the shortest distance from the center line. delete The method according to claim 1,
The first cutting line and the second cutting line is a fold wallet characterized in that it has a straight shape or a curved shape in which the middle portion has a shortest distance from the center line longer than the edge portion. delete For a fold wallet:
A first cutting line parallel to the center line and spaced apart from the center line in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and a fourth opposite to the third direction at the center line; A rectangular first surface spaced at a predetermined interval in a direction and having a second cut line parallel to the first cut line;
A second quadrangular surface extending in the first direction from the first surface;
A rectangular third surface extending in the second direction from the first surface;
A fourth surface extending in the third direction from the third surface;
A fifth surface extending in the fourth direction from the third surface;
A sixth surface having a rectangular shape extending in the second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first fold line having the same length as the first cut line is provided at a predetermined position, and the second distance is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line on the fifth surface. The second folding line having the same length as the second cutting line is provided at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface.
The first surface is further provided with a fourth cutting line between the center line and the second cutting line,
The foldable wallet further includes an eighth surface extending in the fourth direction from the first surface,
The eighth surface may be formed at a boundary line between the first surface and the eighth surface by a fourth distance corresponding to the shortest distance from the boundary line between the first surface and the eighth surface to the edge of the fourth cutting line. A fourth folding line at a position spaced in four directions,
The fourth cutting line has a straight line or a folding wallet, characterized in that the middle portion is curved shape formed longer than the edge portion in the shortest distance from the center line. For a fold wallet:
A first cutting line parallel to the center line and spaced apart from the center line in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and a fourth opposite to the third direction at the center line; A rectangular first surface spaced at a predetermined interval in a direction and having a second cut line parallel to the first cut line;
A second quadrangular surface extending in the first direction from the first surface;
A rectangular third surface extending in the second direction from the first surface;
A fourth surface extending in the third direction from the third surface;
A fifth surface extending in the fourth direction from the third surface;
A sixth surface having a rectangular shape extending in the second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first fold line having the same length as the first cut line is provided at a predetermined position, and the second distance is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line on the fifth surface. The second folding line having the same length as the second cutting line is provided at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface.
The first surface further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line.
The foldable wallet further includes a seventh surface extending in the third direction from the first surface, and an eighth surface extending in the fourth direction from the first surface.
The seventh surface may be formed at a boundary line between the first surface and the seventh surface by a third distance corresponding to the shortest distance from a boundary line between the first surface and the seventh surface to an edge portion of the third cutting line. The third folding line is provided at positions spaced in three directions,
The eighth surface may be formed at a boundary line between the first surface and the eighth surface by a fourth distance corresponding to the shortest distance from the boundary line between the first surface and the eighth surface to the edge of the fourth cutting line. The fourth folding line is provided at positions spaced in four directions,
The third cutting line and the fourth cutting line is a straight wallet or a folding wallet, characterized in that the middle portion is a curved shape formed the shortest distance from the center line longer than the edge portion. The method according to any one of claims 1, 5 and 6,
The fourth surface may have a rectangular structure, or may have a trapezoidal structure in which first and second widths become narrower as the first and second widths move away from the boundary line between the third and fourth surfaces. The side wallet has a symmetrical structure with respect to the fourth side with respect to the third side. The method of claim 7,
The foldable wallet further comprises at least two sides extending in the first direction from the second side or at least two sides extending in the second direction from the sixth side. For a fold wallet:
A first cutting line parallel to the center line and spaced apart from the center line in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and a fourth opposite to the third direction at the center line; A rectangular first surface spaced at a predetermined interval in a direction and having a second cut line parallel to the first cut line;
A second quadrangular surface extending in the first direction from the first surface;
A rectangular third surface extending in the second direction from the first surface;
A fourth surface extending in the third direction from the third surface;
A fifth surface extending in the fourth direction from the third surface;
A sixth surface having a rectangular shape extending in the second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first fold line having the same length as the first cut line is provided at a predetermined position, and the second distance is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line on the fifth surface. The second folding line having the same length as the second cutting line is provided at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface.
The first surface further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line.
The foldable wallet further includes a thirteenth surface extending in the third direction from the second surface and a fourteenth surface extending in the fourth direction from the second surface,
The second surface is a fifth folding line parallel to the boundary line between the second surface and the thirteenth surface at a point spaced at a predetermined distance in a fourth direction from the boundary line between the second surface and the thirteenth surface, and the second surface. And a sixth folding line parallel to the boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance from the boundary line of the fourteenth surface in a third direction.
The seventh surface is spaced apart in the third direction from the fifth fold line by a third distance corresponding to the shortest distance from the edge portion of the third surface to the edge portion of the third cutting line on the first surface. The fold line is further provided,
An eighth spaced apart from the sixth fold line in a fourth direction by a fourth distance corresponding to a shortest distance from an edge portion of the fourth direction to an edge portion of the fourth cut line on the fourteenth surface; The fold line is further provided,
The sixth fold at the boundary line between the fifth fold line and the boundary line between the second face and the fourteenth face at the boundary line between the first face and the second face and between the second face and the thirteenth face. The boundary between the lines is cut off,
The third cutting line and the fourth cutting line is a straight wallet or a folding wallet, characterized in that the middle portion is a curved shape formed the shortest distance from the center line longer than the edge portion. For a fold wallet:
A first cutting line parallel to the center line and spaced apart from the center line in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and a fourth opposite to the third direction at the center line; A rectangular first surface spaced at a predetermined interval in a direction and having a second cut line parallel to the first cut line;
A second quadrangular surface extending in the first direction from the first surface;
A rectangular third surface extending in the second direction from the first surface;
A fourth surface extending in the third direction from the third surface;
A fifth surface extending in the fourth direction from the third surface;
A sixth surface having a rectangular shape extending in the second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. A first fold line having the same length as the first cut line is provided at a predetermined position, and the second distance is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line on the fifth surface. The second folding line having the same length as the second cutting line is provided at a position spaced apart in the fourth direction from the boundary line between the third surface and the fifth surface.
The first surface further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, and the fourth surface has a width in a first direction and a second direction. The fifth surface has a trapezoidal structure that becomes narrower as the distance from the boundary between the third surface and the fourth surface increases in the third direction, and the fifth surface has a symmetrical structure with respect to the fourth surface based on the third surface.
The foldable wallet further includes a thirteenth surface extending in a third direction from a portion of the second surface and a fourteenth surface extending in a fourth direction from a portion of the second surface,
The second surface is a fifth folding line parallel to the boundary line between the second surface and the thirteenth surface at a point spaced at a predetermined distance in a fourth direction from the boundary line between the second surface and the thirteenth surface, and the second surface. And a sixth folding line parallel to the boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance from the boundary line of the fourteenth surface in a third direction.
The seventh surface is spaced apart in the third direction from the fifth fold line by a third distance corresponding to the shortest distance from the edge portion of the third surface to the edge portion of the third cutting line on the first surface. The fold line is further provided,
An eighth spaced apart from the sixth fold line in a fourth direction by a fourth distance corresponding to a shortest distance from an edge portion of the fourth direction to an edge portion of the fourth cut line on the fourteenth surface; The fold line is further provided,
The second surface has a cut line extending from a second direction edge portion of the boundary line between the second surface and the thirteenth surface to the fifth folding line, and a second direction edge portion boundary line between the second surface and the fourteenth surface. Further provided with a cutting line leading to the sixth folding line in,
The third cutting line and the fourth cutting line is a straight wallet or a folding wallet, characterized in that the middle portion is a curved shape formed the shortest distance from the center line longer than the edge portion. The method according to claim 9 or 10,
The foldable wallet further comprises at least two sides extending in the first direction from the second side or at least two sides extending in the second direction from the sixth side. In the folding wallet formation method:
A first cutting line parallel to the center line and spaced apart from each other in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and opposite to the third direction in the first cutting line; A first quadrangular surface spaced apart at a predetermined interval in a fourth direction and having a second cut line parallel to the first cut line, a second quadrangular surface extending in the first direction from the first surface, and the first line A third rectangular surface extending in the second direction from the surface, a fourth surface extending in the third direction from the third surface, and a fifth extending in the fourth direction opposite to the third direction from the third surface Surface and a sixth rectangular shape extending in a second direction from the third surface,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. The first fold line is provided at a predetermined position, and the fifth surface and the third surface are disposed on the fifth surface by the second distance, which is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line. A first step of preparing a wallet pattern having a second folding line displayed at a position spaced apart from the boundary line of the fifth surface in a fourth direction;
Fold the second surface inward so that the inner surface of the first surface and the inner surface of the second surface abut and expose the outer surface of the second surface by using a boundary between the first surface and the second surface as a folding line. In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A second step of forming a first storage compartment by folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line and exposing the outer surface of the first surface;
Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a third step of forming a second storage compartment by folding a direction edge portion into the second cutting line to the second folding line so that the first cutting line overlaps with the first folding line. How to form a wallet. The method of claim 12,
In the first surface of the wallet pattern of the first step, a third cutting line is further provided between the center line and the first cutting line, wherein the wallet pattern extends in the third direction from the first surface and is formed in the first surface. And a seventh surface on which a third fold line is formed to be spaced apart in the third direction from the boundary line of the first surface by a third distance corresponding to the shortest distance from the boundary line to the edge of the third cutting line. Equipped,
Between the first step and the second step, while folding the seventh surface inward with the boundary between the first surface and the seventh surface as a folding line, the third direction edge portion of the seventh surface is And folding the third cutting line and the third folding line so as to be inserted into the first cutting line positioned on the outer surface of the first surface while being inserted into the third cutting line. How to form a wallet. The method of claim 12,
The first surface of the wallet pattern of the first step may further include a fourth cutting line between the center line and the second cutting line, and the wallet pattern extends in the fourth direction from the first surface. An eighth surface formed with a fourth folding line spaced apart in a fourth direction from the boundary line with the first surface by a fourth distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the fourth cutting line; More equipped,
Between the first step and the second step, while folding the eighth surface inward with the boundary line between the first surface and the eighth surface as a folding line, the fourth direction edge portion of the eighth surface is And folding the fourth cutting line and the fourth folding line so that the fourth cutting line overlaps the fourth cutting line while being inserted into the fourth cutting line and inserted into the second cutting line positioned on the outer surface of the first surface. How to form a wallet. The method of claim 12,
The first surface of the wallet pattern further includes a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line, and the wallet pattern is formed on the first surface. The third fold extending in three directions and spaced apart in the third direction from the boundary line of the first surface by a third distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the third cutting line. A first distance extending in a fourth direction from the first surface and a fourth distance corresponding to the shortest distance from the boundary line with the first surface to the edge portion of the fourth cutting line; And an eighth surface having a fourth folding line spaced apart from the boundary line in the fourth direction in a fourth direction.
Between the first step and the second step, while folding the seventh surface inward with the boundary between the first surface and the seventh surface as a folding line, the third direction edge portion of the seventh surface is Fold so that the third cutting line and the third folding line overlap while being inserted into the third cutting line while being inserted into the first cutting line located on the outer surface of the first surface.
Fold the eighth surface inward with the boundary line between the first surface and the eighth surface as the fold line, while the fourth directional edge portion of the eighth surface is inserted into the fourth cutting line again. And folding the fourth cutting line and the fourth folding line so as to be inserted into the second cutting line positioned on an outer surface of the surface. The method according to any one of claims 12 to 15,
The fourth surface may have a rectangular structure, or may have a trapezoidal structure in which first and second widths become narrower as the first and second widths move away from the boundary line between the third and fourth surfaces. The surface is a fold wallet forming method characterized in that having a symmetrical structure with the fourth surface with respect to the third surface. The method of claim 12,
The wallet pattern further includes at least two extension surfaces extending in the first direction from the second surface or extending in the second direction from the sixth surface,
And folding the at least two extension surfaces based on the boundary of the extension surfaces between the first step and the second step. In the folding wallet formation method:
A first cutting line parallel to the center line and spaced apart from each other in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and opposite to the third direction in the first cutting line; A quadrangle having a second cutting line parallel to the first cutting line and spaced apart in a fourth direction, a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line A first surface of the top, a second surface of a quadrangle extending in the first direction from the first surface, a third surface of the quadrangle extending in the second direction from the first surface, and a third direction in the third surface A fourth surface extending in the first direction, a fifth surface extending in the fourth direction opposite to the third direction from the third surface, a sixth rectangular shape extending in the second direction from the third surface, and the first surface extending in the second direction; A thirteenth surface extending from two surfaces to a third direction and a fourth direction from the second surface; Has a fourteenth surface extending to
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. The first fold line is provided at a predetermined position, and the fifth surface and the third surface are disposed on the fifth surface by the second distance, which is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line. The second folding line is provided at a position spaced apart in the fourth direction from the boundary line of the fifth surface,
The second surface includes a fifth folding line parallel to the boundary line between the second surface and the thirteenth surface at a point spaced apart from the boundary line between the second surface and the thirteenth surface in a fourth direction by the second surface, and the second surface. And a sixth folding line parallel to the boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance from the boundary line of the fourteenth surface in the third direction,
The seventh surface is spaced apart in the third direction from the fifth fold line by a third distance corresponding to the shortest distance from the edge portion of the third surface to the edge portion of the third cutting line on the first surface. A fold line is provided,
An eighth spaced apart from the sixth fold line in a fourth direction by a fourth distance corresponding to a shortest distance from an edge portion of the fourth direction to an edge portion of the fourth cut line on the fourteenth surface; A fold line is provided,
A boundary portion extending from the boundary line between the second surface and the thirteenth surface to the fifth folding line among the boundary lines between the first surface and the second surface, and the sixth from the boundary line between the second surface and the fourteenth surface. The boundary portion leading to the fold line is a first step of preparing a purse pattern of the structure to be cut off;
In the state where the thirteenth and the fourteenth surfaces are folded inward with respect to the fifth and sixth folding lines, the boundary line between the first and second surfaces is a folding line, The inner surface and the inner surface of the second surface are in contact with each other and the outer surface of the second surface is folded so that the third direction edge portion of the thirteenth surface is inserted into the first cutting line and then exits through the third cutting line. Fold the eighth fold line in a state where the fourth fold line of the fourteenth direction is inserted into the second cut line and exits through the fourth cut line at the same time as the seventh fold line is folded. The third direction edge portion of the thirteenth surface and the fourth direction edge portion of the fourteenth surface are positioned between the second surface and the first surface, and the first surface, the second surface, and the thirteenth surface. The whole of the cotton and the fourteenth surface A second step so that a part overlapped with;
In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A third step of folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line;
Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a fourth step of folding the first cutting line and the first folding line so that a direction edge portion is inserted into the second cutting line to the second folding line. In the folding wallet formation method:
A first cutting line parallel to the center line and spaced apart from each other in a first direction and a second direction in a third direction perpendicular to the first direction and the second direction, and opposite to the third direction in the first cutting line; A quadrangle having a second cutting line parallel to the first cutting line and spaced apart in a fourth direction, a third cutting line between the center line and the first cutting line, and a fourth cutting line between the center line and the second cutting line A first surface of the top, a second surface of a quadrangle extending in the first direction from the first surface, a third surface of the quadrangle extending in the second direction from the first surface, and a third direction in the third surface A fourth surface extending in the first direction, a fifth surface extending in the fourth direction opposite to the third direction from the third surface, a sixth rectangular shape extending in the second direction from the third surface, and the first surface extending in the second direction; A thirteenth surface extending in a third direction from a portion of the two surfaces and a portion of the second surface And a fourteenth surface extending in the fourth direction,
The fourth surface is spaced apart in the third direction from the boundary between the third surface and the fourth surface by a first distance that is the shortest distance from the edge portion of the first surface to the edge portion of the first cutting line. The first fold line is provided at a predetermined position, and the fifth surface and the third surface are disposed on the fifth surface by the second distance, which is the shortest distance from the edge portion of the first direction to the edge portion of the second cut line. The second folding line is provided at a position spaced apart in the fourth direction from the boundary line of the fifth surface,
The fourth surface has a trapezoidal structure in which first and second widths become narrower as the first and second widths move away from the boundary line between the third and fourth surfaces, and the fifth surface is the third surface. It has a symmetrical structure with respect to the fourth surface based on,
The second surface is a fifth folding line parallel to the boundary line between the second surface and the thirteenth surface at a point spaced at a predetermined distance in the fourth direction from the boundary line between the second surface and the thirteenth surface, and the second surface. And a sixth folding line parallel to the boundary line between the second surface and the fourteenth surface at a point spaced at a predetermined distance from the boundary line of the fourteenth surface in the third direction,
The seventh surface is spaced apart in the third direction from the fifth fold line by a third distance corresponding to the shortest distance from the edge portion of the third surface to the edge portion of the third cutting line on the first surface. A fold line is provided,
An eighth spaced apart from the sixth fold line in a fourth direction by a fourth distance corresponding to a shortest distance from an edge portion of the fourth direction to an edge portion of the fourth cut line on the fourteenth surface; A fold line is provided,
The second surface has a cut line extending from a second direction edge portion of the boundary line between the second surface and the thirteenth surface to the fifth folding line, and a second direction edge portion boundary line between the second surface and the fourteenth surface. A first step of preparing a wallet pattern having a perforation line extending to the sixth fold line;
In the state where the thirteenth and the fourteenth surfaces are folded inward with respect to the fifth and sixth folding lines, the boundary line between the first and second surfaces is a folding line, The inner surface and the inner surface of the second surface are in contact with each other and the outer surface of the second surface is folded so that the third direction edge portion of the thirteenth surface is inserted into the first cutting line and then exits through the third cutting line. Fold the eighth fold line in a state where the fourth fold line of the fourteenth direction is inserted into the second cut line and exits through the fourth cut line at the same time as the seventh fold line is folded. The third direction edge portion of the thirteenth surface and the fourth direction edge portion of the fourteenth surface are positioned between the second surface and the first surface, and the first surface, the second surface, and the thirteenth surface. The whole of the cotton and the fourteenth surface A second step so that a part overlapped with;
In a state where the inner surface of the sixth surface and the inner surface of the third surface are in contact with each other and the outer surface of the sixth surface is exposed, the boundary between the third surface and the sixth surface is a folding line, A third step of folding the outer surface of the second surface and the outer surface of the sixth surface to be in contact with the boundary line of the third surface as a folding line;
Fold the fourth surface inward with the boundary line between the fourth surface and the third surface as a folding line, and insert a third direction edge portion of the fourth surface to the first folding line portion in the first cutting line. Folding the first cut line and the first fold line so that the first cut line and the first fold line overlap each other, and folding the fifth surface inward with a boundary line between the fifth surface and the third surface, And a fourth step of folding the first cutting line and the first folding line so that a direction edge portion is inserted into the second cutting line to the second folding line. The method according to claim 18 or 19,
The third cutting line and the fourth cutting line is a straight line or a folding wallet, characterized in that the middle portion is a curved shape formed longer the shortest distance from the center line than the edge portion. The method according to claim 18 or 19,
The wallet pattern further includes at least two extension surfaces extending in the first direction from the second surface or extending in the second direction from the sixth surface,
And folding the at least two extension surfaces based on the boundary of the extension surfaces between the first and second steps or between the second and third steps. Formation method.

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