TWI609778B - Folding paper wallet - Google Patents

Description

Folding paper wallet

The invention relates to a folding paper wallet, in particular to a folding paper wallet which does not need to be cut or pasted.

According to the society, a high degree of attention to environmental issues, a considerable number of items are currently made of paper. A paper mold comprising a substrate and a side assembly having two short sides and two long sides, the two short sides and one of the long sides, is disclosed in the Patent Publication No. M412858. Each of the long sides extends from a fixed portion, and the other side extends to a plurality of side portions connected to each other. The side portions are provided with a plurality of missing slots, and each of the side portions has a connecting line therebetween. When the paper mold is in practical use, the side portions are folded by the connecting lines to form a plurality of interlayers, and the paper mold is adhered to the side portions by the fixing portions, so that the user can place the paper money on the paper money. Cards such as credit cards, telephone cards or transportation cards are placed in the slots, and the slots are placed in the slots.

Further, the Patent Publication No. M488902 of the Republic of China discloses a paper-carved wallet which is formed by cutting and folding a plastic sheet, and the paper-carved skin clip is cut at a specific position to form a plurality of openings. Further, when the paper-skinned wallet is used in practical applications, the paper-skinned wallet can be folded to form a plurality of inner-layer banknotes, and the holes can be placed in a card such as a credit card, a telephone card or a transportation card.

In addition, the Chinese Patent Publication No. CN202077736 discloses a folding wallet having a wallet inner layer portion, a wallet outer layer portion and a wallet sandwich portion, the wallet sandwich portion being disposed inside the wallet. Between the portion and the outer wall portion of the wallet, the inner wall portion of the wallet has a butterfly window portion and a plurality of bank card dividing portions, and the bank card dividing portions are disposed in the butterfly window portion, and the bank card dividing portions are available The user places the plurality of cards in the butterfly window portion.

However, it can be clearly seen from the technical content of the above patent that the paper mold of the M412858 patent needs to be cut at the side portions to form the missing slots for the card to be placed, and the fixing portions need to be adhesively fixed to the paper sides. unit. The paper-skinned wallet of the M488902 patent is cut to form the openings for card placement. The folding wallet of the CN202077736 patent is to be cut to form the butterfly type window portion and the bank card dividing portions for card insertion. It can be seen that the folding paper wallet described in the above patent is not folded in a single paper without cutting and sticking, so that the folding wallet of the aforementioned patent needs to pass during the folding process. Multiple processing procedures are not conducive to production.

The main object of the present invention is to solve the problem that the conventional embodiment can be formed by cutting or pasting to form a paper wallet structure.

In order to achieve the above object, the present invention provides a folding paper wallet, wherein the folded paper wallet is formed by folding a paper body, and the paper body comprises a first short side and a second short side. And two vertical folding lines, a first origami section and a second origami section. The first short side is parallel to the second short side, the two long sides are perpendicular to the first short side and the second short side, and each of the vertical fold lines extends from the first short side to the second short side respectively And the two vertical fold lines are parallel to the two long sides. The first paper folding section has at least one first horizontal fold line parallel to the first short side, at least one second horizontal fold line parallel to the first horizontal fold line, and a parallel to the second horizontal fold line and away from the first a third horizontal fold line of the horizontal fold line, at least four first intersections defined by the intersection of the first short side and the second horizontal fold line with each of the vertical fold lines, and two opposite outer ends of the first horizontal fold line a first oblique line extending toward one of the first intersections on the first short side, and two opposite ends of the first horizontal line 2 extending toward the first intersection point on the second horizontal line And a second oblique line extending from the opposite outer end of the third horizontal fold line toward one of the first intersections on the second horizontal fold line. The second paper folding section is connected to the third horizontal folding line, the second paper folding section has a fourth horizontal folding line parallel to the third horizontal folding line, a parallel to the fourth horizontal folding line and away from the third horizontal folding line a fifth horizontal fold line, a sixth horizontal fold line parallel to the fifth horizontal fold line and away from the fourth horizontal fold line, and a second intersection point formed by the intersection of each of the vertical fold line and the fifth horizontal fold line. a fourth oblique line extending from the second intersection to the outer end of the fourth horizontal fold line, a second oblique line extending from the second intersection to the two long sides and located below the fifth horizontal line, and And a sixth oblique line extending from the second intersection to the two long sides and above the fifth horizontal line. Each of the vertical fold lines respectively has a first vertical line segment between the first short side and the second horizontal fold line, a second vertical line segment between the third horizontal fold line and the fourth horizontal fold line, and a second vertical line segment a third vertical line segment between the fourth horizontal fold line and the fifth horizontal fold line and a fourth vertical line segment between the fifth horizontal fold line and the second short side. Forming a first area between the first short side and the first horizontal fold line, the first horizontal fold line and the second horizontal fold line form a second area, and the second horizontal fold line forms a first line with the third horizontal fold line a third area, a fourth area is formed between the third horizontal fold line and the fourth horizontal fold line, and a fifth area is formed between the fourth horizontal fold line and the fifth horizontal fold line. The first paper folding section is folded toward the paper body with each of the first vertical line segments to form a first overlapping block between each of the long sides and one of the first vertical line segments. An origami section is folded toward the paper body by each of the first oblique lines so that each of the first oblique lines overlaps on opposite sides to form a first sheet, and the first origami section is each The second oblique line is folded toward the paper body such that each of the second oblique lines is overlapped on the opposite sides to form a second plate, and each of the first plates forms a first portion with the first region. A receiving groove is formed between each of the second plates and the second region, and a storage space is formed between the fourth region and the fifth region.

In one embodiment, the first origami segments are folded toward the paper body with each of the third oblique lines so that each of the third oblique lines is respectively folded on opposite sides to form a third plate. Two third plates are located on opposite sides of the two second plates.

In an embodiment, the third horizontal fold line, the fourth horizontal fold line, and each of the second vertical line segments are defined between the opposite outer sides to form two first blocking blocks, the fourth horizontal folding line, each of the fourth oblique lines Two second blocking blocks are formed between the folding line and each of the third vertical line segments, and each of the first blocking blocks and one of the second blocking blocks respectively form a position for positioning the first area. Assembly slot.

In an embodiment, the second paper folding section is folded toward the paper body with each of the fourth vertical line segments to form a second overlapping area between each of the long sides and one of the fourth vertical line segments. a block, wherein the two second overlapping blocks overlap with the second short side to form an insertion portion, and a sixth area is formed between the fifth horizontal folding line and the sixth horizontal folding line, the sixth area and the fifth area An insertion space is formed between the regions for the insertion portion to be fixed.

In an embodiment, the second paper folding section has a seventh horizontal fold line parallel to the second short side and away from the sixth horizontal fold line, and formed between the seventh horizontal fold line and the second short side An eighth horizontal fold line, a ninth horizontal fold line formed between the eighth horizontal fold line and the second short side line, and a third intersection point formed at the intersection of each of the fourth vertical line segment and the seventh horizontal fold line And a second intersection formed at each of the intersection of the fourth vertical line segment and the ninth horizontal fold line, and a second short fold line extending from each of the third intersection points to the opposite outer side and connected to the eighth horizontal fold line And second, each of the third intersections extending toward the opposite inner side and connected to the eighth horizontal fold line and the second first short fold line being symmetrical with one of the first vertical line segments a third short polyline, wherein each of the fourth intersections extends toward the opposite outer side and is connected to the eighth horizontal fold line, and the two first short fold lines are mirrored with the eighth horizontal fold line as an axis of symmetry, Second, the fourth intersection is facing the phase a fourth short fold line extending inwardly and connected to the eighth horizontal fold line and mirroring the second short fold line with the eighth horizontal fold line as an axis of symmetry, and two extending from each of the fourth intersection points to the opposite outer side And a fifth short fold line connected to the second short side and being mirrored with the ninth horizontal fold line as an axis of symmetry, and two each of the fourth intersection points respectively extending toward the opposite inner side and connected a sixth short-fold line that is mirrored to the second short-side and the second and fourth short-fold lines are symmetrical with the ninth horizontal fold line, wherein a gap is formed between the seventh horizontal fold line and the eighth horizontal fold line a seventh area, the eighth horizontal fold line and the ninth horizontal fold line form an eighth area overlapping the seventh area, and a ninth area is formed between the ninth horizontal fold line and the second short side, The two sides of the second short side of the paper body are respectively bent by one of the fifth short fold lines and one of the sixth short fold lines, so that the two fifth short fold lines are respectively opposite to one of the sixth short fold lines Forming a fourth plate, the paper The body is bent by the ninth horizontal fold line so that the second short side overlaps the eighth horizontal fold line, and the paper body is bent by the eighth horizontal fold line to overlap the ninth horizontal fold line with the seventh horizontal fold line. The paper body is located at a corner of the eighth horizontal fold line and is folded between the seventh area and the eighth area, so that the paper body is located at the two corners of the eighth horizontal fold line and the seventh area respectively Forming a positioning slot for the ninth area to be fixed, each of the first short fold lines respectively overlapping one of the second short fold lines, one of the third short fold lines, one of the fourth short fold lines, One of the fifth short fold lines and one of the sixth short fold lines are formed such that the two ends of the insert portion respectively form a guide beveled edge that is inserted into the insertion space.

In an embodiment, each of the fourth vertical line segment and the sixth horizontal fold line form a second fifth intersection, and the second paper folding section has two by each of the fifth intersection points respectively toward one of the sixth oblique points a first positioning fold line extending from the outer end of the fold line, a second positioning fold line extending from each of the fifth intersection points toward an outer end of one of the sixth oblique fold lines, and two of each of the fifth intersection points respectively a third positioning fold line extending from the long side of the first positioning fold line with the sixth horizontal fold line as an axis of symmetry and two of each of the fifth intersection points extending from one of the long sides and the first The second positioning fold line is a fourth positioning fold line which is partially mirrored by the sixth horizontal fold line as an axis of symmetry, wherein each of the first positioning fold lines and one of the second positioning fold lines respectively form a first positioning block Between each of the third positioning fold lines and one of the fourth positioning fold lines, a second positioning block overlapping the first positioning block is formed, and each of the second positioning fold lines is respectively associated with one of the sixth positioning lines. Horizontal fold line shape A third positioning block, each of said fourth fold line positioned respectively formed between the sixth level of a fold line to a third positioning block overlapping the fourth positioning block.

In one embodiment, the height of the first area and the second area is set according to the height of a card, and the height of the fifth area is higher than the height of a banknote.

Through the above embodiments of the present invention, the following features are compared with the conventional ones:

According to the present invention, the two first storage slots, the two second storage slots, and the storage space can be formed by folding, so that a card such as a credit card, a telephone card or a membership card is placed in the two first storage slots or the second The second storage slot and the cash for banknotes or coins are placed in the storage space, thereby solving the problem that the conventional embodiment needs to be cut or pasted to form a paper wallet structure.

The detailed description and technical content of the present invention will now be described as follows:

Referring to FIG. 1, the present invention provides a folding paper wallet formed by folding a paper body 1. The paper body 1 includes a first short side 11, a second short side 12, two long sides 13, two vertical fold lines 14, a first origami section 151 and a second origami section 152. The first short side 11 and the second short side 12 are parallel to each other, and the two long sides 13 are perpendicular to the first short side 11 and the second short side 12, and each of the vertical fold lines 14 is respectively separated by the first short side 11 extends to the second short side 12 and is parallel to the two long sides 13, in other words, the paper body 1 is a rectangular paper. In addition, the first paper folding section 151 is connected to the second paper folding section 152, and the first paper folding section 151 is defined by a region between the inner side of the paper body 1 and the first short side 11. The second origami section 152 is defined by a region between the inner side of the paper body 1 and the second short side 12, and the areas of the first origami section 151 and the second origami section 152 may be the same or Not the same.

The first origami section 151 has at least one first horizontal fold line 161, at least one second horizontal fold line 162, a third horizontal fold line 163, at least four first intersection points 171, two first oblique fold lines 181, two Two oblique fold lines 182 and two third oblique fold lines 183. The first horizontal fold line 161 is parallel to the first horizontal fold line 161 and is away from the first horizontal fold line 161, and the third horizontal fold line 163 is parallel to the second horizontal fold line. 162 and away from the first horizontal fold line 161. The four first intersections 171 are defined at the intersection of the first short side 11 and the second horizontal fold line 162 with each of the vertical fold lines 14 . Each of the first oblique fold lines 181 extends between one of the outer ends of the first horizontal fold line 161 and one of the first intersection points 171 on the first short side 11, and each of the second oblique lines 182 respectively Extending between the outer end of the first horizontal fold line 161 and one of the first intersection points 171 on the second horizontal fold line 162, each of the third oblique fold lines 183 extending from the third horizontal fold line 163 An outer end is disposed between one of the first intersections 171 on the second horizontal fold line 162. The lengths of the two first oblique fold lines 181, the two second oblique fold lines 182, and the two second oblique fold lines 183 are the same, and the angle between the two first oblique fold lines 181 and one of the first horizontal fold lines 161 is Forty-five degrees, the angle between the two second oblique lines 182 and one of the second horizontal fold lines 162 is forty-five degrees, and the two third oblique lines 183 are respectively associated with one of the third horizontal fold lines 163. The angle between the two angles is forty-five degrees, that is, the two sides of the two first oblique line 181, the two second oblique line 182, and the two second oblique lines 183 are all isosceles right triangles.

It can be known from the above paragraph that the first origami section 151 is between the first short side 11 and the third horizontal fold line 163. In other words, the second origami section 152 is connected to the third horizontal fold line. 163 is between the third horizontal fold line 163 and the second short side 12. The second origami section 152 has a fourth horizontal fold line 164, a fifth horizontal fold line 165, a sixth horizontal fold line 166, two second intersection points 172, two fourth oblique fold lines 184, two fifth oblique fold lines 185, and two. The sixth oblique line 186. The fourth horizontal fold line 164 is parallel to the third horizontal fold line 163, and the fifth horizontal fold line 165 is parallel to the fourth horizontal fold line 164 and away from the third horizontal fold line 163. The sixth horizontal fold line 166 is parallel to the fifth level. The fold line 165 is away from the fourth horizontal fold line 164. The two second intersections 172 are defined at the intersection of each of the vertical fold lines 14 and the fifth horizontal fold line 165. Each of the fourth oblique fold lines 184 extends between one of the outer ends of the fourth horizontal fold line 164 and one of the second intersection points 172, and each of the fifth oblique fold lines 185 extends to one of the second intersection points 172. And one of the long sides 13 is located below the fifth horizontal fold line 165, and each of the sixth oblique fold lines 186 extends between one of the second intersections 172 and one of the long sides 13 and is located at the first Above the five horizontal fold line 165.

Specifically, each of the vertical fold lines 14 has a first vertical line segment 141, a second vertical line segment 142, a third vertical line segment 143, and a fourth vertical line segment 144. Each of the first vertical line segments 141 is located between the first short side 11 and the second horizontal fold line 162, each of the second vertical line segments 142, each of the third vertical line segments 143, and each of the fourth vertical lines The line segment 144 is located in the second paper folding section 152, wherein each of the second vertical line segments 142 is between the third horizontal folding line 163 and the fourth horizontal folding line 164, and each of the third vertical line segments 143 Between the fourth horizontal fold line 164 and the fifth horizontal fold line 165 , each of the fourth vertical line segments 144 is between the fifth horizontal fold line 165 and the second short side 12 . In addition, a first area 191 is formed between the first short side 11 and the first horizontal fold line 161, and the first horizontal fold line 161 and the second horizontal fold line 162 form a second area 192. The second horizontal fold line 162 Forming a third region 193 with the third horizontal fold line 163, and forming a fourth region 194 between the third horizontal fold line 163 and the fourth horizontal fold line 164, the fourth horizontal fold line 164 and the fifth horizontal fold line 165 A fifth region 195 is formed between them.

Here, although the present invention has been explained in the above technical content, the two vertical fold lines 14 of the paper body 1, the first origami section 151, and the detailed broken line of the second origami section 152 are explained together. It should be noted that, in actual application, the paper body 1 may be a paper without any fold line or indentation, that is, the paper body 1 will gradually form the above after a specific folding manner. The second vertical fold line 14, the first origami section 151 and the second origami section 152 have detailed broken lines.

When the present invention is applied in practice, the paper body 1 is located at the two corners of the first short side 11 and the first oblique line 181 is bent inwardly, so that one side of the two corners is mutually Parallel and the other side are on the same straight line. At this time, the paper body 1 is bent inwardly by the two sides of the two corners to define the two vertical fold lines 14, and then The two sides of the corners on the same straight line are bent back to define the first horizontal fold line 161, and the first short side 11 is moved to the surface of the paper body 1, as shown in Figs. Subsequently, referring to FIG. 1 to FIG. 5 , the paper body 1 defines the second horizontal fold line 162 on the surface of the paper body 1 with the first short side 11 and bends forward with the second horizontal fold line 162 . Folding, the first horizontal fold line 161 is moved to the surface of the paper body 1; the paper body 1 defines the third horizontal fold line 163 on the surface of the paper body 1 by the first horizontal fold line 161, and The third horizontal fold line 163 is bent backward to move the second horizontal fold line 162 to the surface of the paper body 1; the paper body 1 defines the fourth horizontal fold line on the surface of the paper body 1 by the second horizontal fold line 162 164, and bending forward the fourth horizontal fold line 164 to move the third horizontal fold line 163 to the surface of the paper body 1; at a position where the paper body 1 is approximately higher than the third horizontal fold line 163 The back is bent to define the fifth horizontal fold line 165. Next, the paper body 1 flattens the first horizontal fold line 161, the second horizontal fold line 162, the third horizontal fold line 163, and the fourth horizontal fold line 164, and the second vertical line segment 141 faces the paper material. The main body 1 is folded, as shown in FIG. 1 to FIG. 3, such that each of the long sides 13 and one of the first vertical line segments 141 respectively form a first overlapping block 21 superposed on the surface of the paper body 1. . After the two first overlapping blocks 21 are superposed on the surface of the paper body 1, each of the first oblique lines 181 are respectively stacked on opposite sides to form an isosceles triangle shape of the first plate 31, and each A first receiving groove 41 is formed between the first plate 31 and the first region 191, which is gradually expanded from the upper direction, as shown in FIG. 4 . Further, the paper body 1 is further bent back and forth by the first horizontal folding line 161, the second horizontal folding line 162, the third horizontal folding line 163 and the fourth horizontal folding line 164, so that the first area 191 is The rear side overlaps the second area 192; the second area 192 overlaps the third area 193 on the front side; the third area 193 overlaps the fourth area 194 on the back side, as shown in FIG. After the first region 191, the second region 192, the third region 193, and the fourth region 194 are completely overlapped, each of the second oblique lines 182 are respectively superposed on opposite sides to form an isosceles triangle shape. The second plate 32, and each of the second plates 32 and the second region 192 respectively form a second receiving groove 42, as shown in FIG. 4; each of the third oblique lines 183 are respectively opposite The two sides are stacked to form an isosceles triangle shaped third plate 33, and the two third plates 33 are located on opposite sides of the two second plates 32, as shown in FIG. 5; the fourth region 194 is A storage space 43 is formed between the fifth regions 195 as shown in FIG. The heights of the first area 191, the second area 192, the third area 193, and the fourth area 194 are set according to a height of a card (eg, a credit card, a telephone card, or a transportation card, etc., not shown). The height of the fifth area 195 is higher than the height of a banknote (for example, Taiwan dollar, dollar bill or Japanese currency, etc., not shown). According to the present invention, the two first storage slots 41 and the second storage slots 42 can be formed by the folding method for positioning a card such as a credit card, a telephone card or a membership card, and forming the storage space 43 for banknotes or coins. The cash is placed in order to solve the problem that the conventional embodiment needs to be cut or pasted to form a wallet structure.

More specifically, when the paper body 1 forms the two first receiving grooves 41, the two second receiving grooves 42 and the storage space 43 in the above-mentioned folding manner, the third horizontal folding line 163 and the fourth level The fold line 164 and each of the second vertical line segments 142 define a second barrier block 51 (shown in FIGS. 4 and 5) between the opposite outer sides, the fourth horizontal fold line 164, each of the fourth oblique fold lines 184, and Two second blocking blocks 52 are formed between each of the third vertical line segments 143 (as shown in FIGS. 4 and 5), and each of the first blocking blocks 51 and one of the second blocking blocks 52 are respectively A fitting groove 53 is formed between them (as shown in Fig. 6). Therefore, the paper body 1 first bends the first region 191 (shown in FIG. 6) with the first horizontal fold line 161, and the paper body 1 has the second vertical line segment 142 and the second and third portions. After the vertical line segment 143 is bent into one of the first blocking block 51 and one of the second blocking block 52, the first area 191 is bent by the first horizontal folding line 161, so that the first area 191 is The side insertions are fixed to the two mounting slots 53 (as shown in FIG. 7), and each of the mounting slots 53 is respectively blocked at one of the first receiving slots 41 and one of the bottoms of the second receiving slots 42 to avoid The cards in the two first receiving grooves 41 and the two second receiving grooves 42 do not fall upward or downward.

On the other hand, please refer to FIG. 1, FIG. 8 and FIG. 11 again, in order to prevent the cash or articles stored in the storage space 43 from falling due to the folding of the folding paper wallet, in one embodiment, each A second overlapping block 22 is formed between the long side 13 and one of the fourth vertical line segments 144, and the second overlapping block 22 and the second short side are formed. An insertion portion 61 is formed on one side, as shown in FIG. 8; a sixth region 196 is formed between the fifth horizontal fold line 165 and the sixth horizontal fold line 166, and the sixth region 196 and the fifth region are formed. An insertion space 62 is formed between 195 as shown in FIG. After the paper body 1 forms the two first receiving grooves 41, the two second receiving grooves 42, the storage space 43, and the two fitting grooves 53 by the folding operation, the folding paper wallet can pass through the insertion. The portion 61 is fixedly disposed in the insertion space 62, and the region between the sixth horizontal fold line 166 and the second short side 12 is firmly wrapped around the two first receiving grooves 41, the second storage grooves 42 and The outside of the storage space 43 prevents the cash or articles in the storage space 43 from falling out.

As described above, in order to enable the insertion portion 61 to be smoothly inserted into the insertion space 62 during use, in an embodiment, as shown in FIGS. 1 and 8 to 11, the second origami section 152 has a seventh horizontal fold line 167, an eighth horizontal fold line 168, a ninth horizontal fold line 169, two third intersection points 173, two fourth intersection points 174, two first short fold lines 71, two second short fold lines 72, two The third short fold line 73, the second fourth short fold line 74, the second fifth short fold line 75, and the second sixth short fold line 76. The seventh horizontal fold line 167 is parallel to the second short side 12 and away from the sixth horizontal fold line 166. The eighth horizontal fold line 168 is parallel to the seventh horizontal fold line 167 and is located at the seventh horizontal fold line 167 and the second short line 167. Between the edges 12, the ninth horizontal fold line 169 is parallel to the eighth horizontal fold line 168 and between the eighth horizontal fold line 168 and the second short side 12. The two third intersections 173 are defined at the intersection of each of the fourth vertical line segments 144 and the seventh horizontal fold line 167, and the two fourth intersection points 174 are defined to form the fourth vertical line segment 144 and the ninth level. The intersection of the fold line 169. In detail, the two first short fold lines 71 are connected to the eighth horizontal fold line 168 from each of the third intersection points 173, and the second second short fold lines 72 are connected to the opposite sides by each of the third intersection points 173. Up to the eighth horizontal fold line 168, and the two first short fold lines 71 are respectively arranged with one of the fourth vertical line segments 144 as an axis of symmetry and one of the second short fold lines 72; the second short short fold lines 73 Each of the fourth intersections 174 is coupled to the eighth horizontal fold line 168 toward the opposite outer side, and the second third short fold lines 73 are mirrored with the second first fold line 71 with the eighth horizontal fold line 168 as an axis of symmetry. The second and fourth short fold lines 74 are connected to the eighth horizontal fold line 168 by the each of the fourth intersection points 174, and the second and fourth short fold lines 74 are symmetrical with the eighth horizontal fold line 168. The second short fold line 72 is mirrored; the second fifth short fold line 75 is connected to the second short side 12 by each of the fourth intersection points 174, and the second fifth short fold line 75 is the ninth horizontal fold line. 169 is a symmetrical axis and is mirrored with the two third short fold lines 73; the second and sixth short folds The line 76 is connected to the second short side 12 by the fourth intersection 174, and the second short line 76 is symmetrical with the ninth horizontal line 169 and the second short line 74. Mirror settings. A seventh region 197 is formed between the seventh horizontal fold line 167 and the eighth horizontal fold line 168, and an eighth region overlapping the seventh region 197 is formed between the eighth horizontal fold line 168 and the ninth horizontal fold line 169. 198. A ninth region 199 is formed between the ninth horizontal fold line 169 and the second short side 12. In the use of this embodiment, if the two overlapping blocks 22 are superposed on the paper body 1 to form the insertion portion 61, the paper body 1 is located at two corners of the second short side 12. The first plate 34 is formed inwardly to form an isosceles right triangle shape, and the oblique sides of the second plate 34 respectively define one of the fifth short fold lines 75 and one of the sixth The short fold line 76, and the side edges of the two fourth sheets 34 on the same straight line extend define the ninth horizontal fold line 169. Next, the paper body 1 is bent inwardly by the ninth horizontal fold line 169, so that the second short side 12 defines the eighth horizontal fold line 168 on the surface of the paper body 1; the paper body 1 is The eight horizontal fold lines 168 are bent inwardly such that the ninth horizontal fold line 169 defines the seventh horizontal fold line 167 on the surface of the paper body 1 and the second short side 12 is superposed on the eighth horizontal fold line 168. Subsequently, the paper body 1 is folded at a corner of the eighth horizontal fold line 168 toward the seventh region 197 and the eighth region 198 to define the two first short fold lines 71, the two The second short fold line 72, the two third short fold lines 73, and the second and fourth short fold lines 74 further form a positioning groove between the two corners of the eighth horizontal fold line 168 and the seventh area 197, respectively. The ninth area 199 is placed and fixed to the positioning groove. In this way, the insertion portion 61 can be at the two ends of the two first short fold lines 71, the second second short fold lines 72, the second third short fold lines 73, the second and fourth short fold lines 74, and the second fifth short The overlap of the fold line 75 and the two sixth short fold lines 76 respectively forms a guide bevel 77 that is guided into the insertion space 62.

In the above embodiments, after the paper body 1 is folded into the two first receiving grooves 41, the two second receiving grooves 42 and the storage space 43 by the above-mentioned action, the sixth horizontal folding line 166 to the second The area between the short sides 12 is freely oscillated on the rear side of the sixth area 196 due to unconstrained. In this regard, in order to limit the area between the sixth horizontal fold line 166 to the second short side 12 to the rear side swing angle of the sixth area 196, in an embodiment, as shown in FIG. 1 and FIG. 7 to FIG. It is shown that each of the fourth vertical line segment 144 and the sixth horizontal fold line 166 form a second fifth intersection 175, and the second origami section 152 has two first positioning fold lines 81, two second positioning fold lines 82, two Three positioning fold lines 83 and two fourth positioning fold lines 84. Each of the first positioning fold lines 81 extends between one of the fifth intersection points 175 and one of the sixth oblique fold lines 186, and each of the second positioning fold lines 82 extends to one of the fifth ends. Between the intersection point 175 and the outer end of the sixth oblique fold line 186, the second third positioning fold line 83 is mirrored with the two first positioning fold lines 81 by using the sixth horizontal fold line 166 as an axis of symmetry. The third positioning line 83 extends between one of the fifth intersections 175 and one of the long sides 13. The second positioning line 84 has the sixth horizontal line 166 as an axis of symmetry and the second positioning line. 82 is partially mirrored, and each of the fourth positioning fold lines 84 extends between one of the fifth intersections 175 and one of the long sides 13. A first positioning block 91 is formed between each of the first positioning fold lines 81 and one of the second positioning fold lines 82, and each of the third positioning fold lines 83 is formed between the third positioning fold line 83 and one of the fourth positioning fold lines 84. a second positioning block 92, a second positioning block 93 is formed between each of the second positioning fold lines 82 and one of the sixth horizontal folding lines 166, and each of the fourth positioning fold lines 84 and the second positioning line 84 respectively A fourth positioning block 94 is formed between the sixth horizontal fold lines 166. After the paper body 1 is folded to form the insertion portion 61, each of the second overlapping blocks 22 has the sixth horizontal fold line 166, one of the second positioning fold lines 82, and one of the fourth positioning fold lines 84, respectively. The second positioning block 93 is overlapped with one of the fourth positioning blocks 94, and each of the second positioning lines 82 is overlapped with one of the fourth positioning lines 84. Then, each of the second overlapping blocks 22 is bent by one of the first positioning fold lines 81 and one of the third positioning fold lines 83, so that the two first positioning blocks 91 are respectively overlapped with one of the first positioning blocks 91. The two positioning blocks 92 are disposed, and each of the first positioning polygonal lines 81 is respectively overlapped with one of the fourth positioning polygonal lines 84. In this way, the two second overlapping blocks 22 can be folded through the two first positioning fold lines 81, the two second positioning fold lines 82, the two third positioning fold lines 83, and the second and fourth positioning fold lines 84. The tightening is performed to limit the swing angle of the region between the sixth horizontal fold line 166 and the second short side 12 on the rear side of the sixth region 196.

The specific folding manner of the folded paper wallet can be clearly seen from the above technical content. Here, in order to more specifically express the paper specification of the paper body 1, in one embodiment, as shown in FIG. The material body 1 has an area of about two sheets of A3 paper, that is, each of the long sides 13 has a length of 23.38 inches, and the length of the first short side 11 and the second short side 12 are both 16.54 inches. . In the embodiment in which the paper body 1 has an area of about two sheets of A3 paper, the heights of the first region 191, the second region 192, the third region 193, and the fourth region 194 are both 2.25 inches. The height of the fifth area 195 is 3.25 inches, so that the number of the first horizontal fold line 161, the two first oblique fold lines 181, and the first area 191 are all increased by three times, the second level The fold line 162, the second oblique line 182, and the second area 192 are each tripled, so that the number of the two first receiving slots 41 and the second storage slots 42 is increased by a factor of three to increase the number. The number of card insertions for the folded paper wallet. Furthermore, in order to expand the number of card insertions of the folding paper wallet, in an embodiment, the folding paper wallet further has an extended paper 101 installed between the second area 192 and the third area 193. As shown in FIG. 12, the expanded paper 101 has two expansion slots 102 on both side surfaces, so that the folding paper wallet can increase the number of card insertions by the four expansion slots 102.

In summary, the present invention provides a foldable paper wallet characterized by. The folded paper wallet is formed by folding a paper body. The paper body comprises a first short side, a second short side, two long sides, two vertical fold lines, a first origami section and a second origami section, the first origami section having at least one first a horizontal folding line, at least one second horizontal folding line, a third horizontal folding line, two first intersection points, two first intersection points, two first oblique folding lines, two second oblique folding lines, and two third oblique folding lines, the second origami section The utility model has a fourth horizontal folding line, a fifth horizontal folding line, a sixth horizontal folding line, two second intersection points, two fourth oblique folding lines, two fifth oblique folding lines and two sixth oblique folding lines, wherein each of the vertical folding lines has one a first vertical line segment, a second vertical line segment, a third vertical line segment, and a fourth vertical line segment, each of the long sides forming a first overlap with the first vertical line segment of the paper body An overlapped block, each of the first oblique fold lines is overlapped on the two sides to form a first plate, and each of the second oblique fold lines is overlapped on the two sides to form a second plate. Each of the first plates and the first region respectively form a first receiving slot for the card to be inserted, and each of the second plates and the second region respectively form a card for insertion. The second accommodating groove forms a storage space for depositing cash such as banknotes or coins between the fourth area and the fifth area.

The present invention has been described in detail above, but the foregoing is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Variations and modifications are still within the scope of the patents of the present invention.

1. . . . . . . . . . . . . Paper body 11. . . . . . . . . . . . . The first short side 12. . . . . . . . . . . . . Second short side 13. . . . . . . . . . . . . Long side 14. . . . . . . . . . . . . Vertical fold line 141. . . . . . . . . . . . . First vertical line segment 142. . . . . . . . . . . . . Second vertical line segment 143. . . . . . . . . . . . . Third vertical line segment 144. . . . . . . . . . . . . Fourth vertical line segment 151. . . . . . . . . . . . . First origami section 152. . . . . . . . . . . . . Second origami section 161. . . . . . . . . . . . . First horizontal fold line 162. . . . . . . . . . . . . Second horizontal fold line 163. . . . . . . . . . . . . Third horizontal fold line 164. . . . . . . . . . . . . Fourth horizontal fold line 165. . . . . . . . . . . . . Fifth horizontal fold line 166. . . . . . . . . . . . . Sixth horizontal fold line 167. . . . . . . . . . . . . The seventh horizontal fold line 168. . . . . . . . . . . . . Eighth horizontal fold line 169. . . . . . . . . . . . . Ninth horizontal fold line 171. . . . . . . . . . . . . First intersection 172. . . . . . . . . . . . . Second intersection 173. . . . . . . . . . . . . Third intersection 174. . . . . . . . . . . . . Fourth intersection 175. . . . . . . . . . . . . Fifth intersection 181. . . . . . . . . . . . . First oblique line 182. . . . . . . . . . . . . Second oblique line 183. . . . . . . . . . . . . Third oblique line 184. . . . . . . . . . . . . Fourth oblique line 185. . . . . . . . . . . . . Fifth oblique line 186. . . . . . . . . . . . . The sixth oblique line 191. . . . . . . . . . . . . First area 192. . . . . . . . . . . . . Second area 193. . . . . . . . . . . . . Third area 194. . . . . . . . . . . . . Fourth region 195. . . . . . . . . . . . . Fifth region 196. . . . . . . . . . . . . Sixth area 197. . . . . . . . . . . . . Seventh area 198. . . . . . . . . . . . . Eighth area 199. . . . . . . . . . . . . Ninth area 21. . . . . . . . . . . . . First overlapping block 22. . . . . . . . . . . . . Second overlapping block 31. . . . . . . . . . . . . First plate 32. . . . . . . . . . . . . Second plate 33. . . . . . . . . . . . . Third plate 34. . . . . . . . . . . . . Fourth plate 41. . . . . . . . . . . . . The first receiving groove 42. . . . . . . . . . . . . Second storage slot 43. . . . . . . . . . . . . Storage space 51. . . . . . . . . . . . . First blocking block 52. . . . . . . . . . . . . Second blocking block 53. . . . . . . . . . . . . Assembly slot 61. . . . . . . . . . . . . Insert part 62. . . . . . . . . . . . . Insert space 71. . . . . . . . . . . . . The first short fold line 72. . . . . . . . . . . . . Second short fold line 73. . . . . . . . . . . . . The third short fold line 74. . . . . . . . . . . . . Fourth short fold line 75. . . . . . . . . . . . . Fifth short fold line 76. . . . . . . . . . . . . Sixth short line 77. . . . . . . . . . . . . Guide the bevel 81. . . . . . . . . . . . . First positioning fold line 82. . . . . . . . . . . . . Second positioning fold line 83. . . . . . . . . . . . . The third positioning line 84. . . . . . . . . . . . . The fourth positioning line 91. . . . . . . . . . . . . The first positioning block 92. . . . . . . . . . . . . The second positioning block 93. . . . . . . . . . . . . The third positioning block 94. . . . . . . . . . . . . The fourth positioning block 101. . . . . . . . . . . . . Expanded paper 102. . . . . . . . . . . . . Expansion slot

Figure 1 is a top plan view of an embodiment of the invention. Figure 2 is a schematic plan view (1) of an embodiment of the present invention. Fig. 3 is a schematic view showing the folding of an embodiment of the present invention (2). Figure 4 is a schematic view of the folding (3) of an embodiment of the present invention. Figure 5 is a schematic view of the folding (4) of an embodiment of the present invention. Figure 6 is a schematic view (5) of a folding of an embodiment of the present invention. Figure 7 is a schematic view of the folding (6) of an embodiment of the present invention. Figure 8 is a schematic view of the folding (7) of an embodiment of the present invention. Figure 9 is a schematic view of the folding (eight) of an embodiment of the present invention. Figure 10 is a perspective view (9) of an embodiment of the present invention. Figure 11 is a perspective view (10) of an embodiment of the present invention. Figure 12 is a perspective view of another embodiment of the present invention. Figure 13 is a top plan view of still another embodiment of the present invention.

1. . . . . . . . . . . . . Paper body 195. . . . . . . . . . . . . Fifth region 196. . . . . . . . . . . . . Sixth area 61. . . . . . . . . . . . . Insert part 62. . . . . . . . . . . . . Insert space 77. . . . . . . . . . . . . Guided hypotenuse

Claims (4)

A folding paper wallet is characterized in that: the folded paper wallet is formed by folding a paper body, the paper body comprising: a first short side and a second short side, the first short side being parallel The second short side; two long sides, perpendicular to the first short side and the second short side; two vertical fold lines, each of the vertical fold lines extending from the first short side to the second short side, respectively, and The two vertical fold lines are parallel to the two long sides; a first paper folding section having at least one first horizontal fold line parallel to the first short side, at least one second horizontal fold line parallel to the first horizontal fold line, and a a third horizontal fold line parallel to the second horizontal fold line and away from the first horizontal fold line, and at least four first intersection formed by the intersection of the first short side and the second horizontal fold line with each of the vertical fold lines, Second, the first horizontal fold line 2 is opposite to the outer end, respectively, toward the first oblique line extending on one of the first intersections, and the second horizontal line is opposite to the outer end. One of the first horizontal points on the two horizontal fold lines a second oblique line and a third oblique line extending from the opposite outer end of the third horizontal fold line toward one of the first intersections on the second horizontal fold line; and a second origami section connected to the third oblique line a third horizontal fold line having a fourth horizontal fold line parallel to the third horizontal fold line, a fifth horizontal fold line parallel to the fourth horizontal fold line and away from the third horizontal fold line, and a parallel to the fifth horizontal fold line a sixth horizontal fold line away from the fourth horizontal fold line, a second intersection point formed by the intersection of each of the vertical fold line and the fifth horizontal fold line, and two opposite each of the second intersection point toward the fourth horizontal fold line a fourth oblique line extending from the end, two fifth oblique lines extending from the second intersection toward the two long sides and below the fifth horizontal line, and two extending from each of the second intersections toward the two long sides a sixth oblique line above the fifth horizontal line; Each of the vertical fold lines respectively has a first vertical line segment between the first short side and the second horizontal fold line, a second vertical line segment between the third horizontal fold line and the fourth horizontal fold line, and a second vertical line segment a third vertical line segment between the fourth horizontal fold line and the fifth horizontal fold line and a fourth vertical line segment between the fifth horizontal fold line and the second short side; the first short side and the first Forming a first area between the horizontal fold lines, the first horizontal fold line and the second horizontal fold line forming a second area, the second horizontal fold line and the third horizontal fold line forming a third area, the third horizontal fold line Forming a fourth area between the fourth horizontal fold line, and forming a fifth area between the fourth horizontal fold line and the fifth horizontal fold line; wherein the first origami section faces the first vertical line segment Forming a first overlapping block between each of the long sides and one of the first vertical line segments, the first paper folding section being folded toward the paper body with each of the first oblique folding lines To make each of the first diagonal lines Forming a first plate, the first paper folding section is folded toward the paper body with each of the second diagonal lines so that each of the second oblique lines is overlapped on the opposite sides to form a first plate. Forming a first receiving groove between each of the first plates and each of the first plates, and forming a second receiving groove between each of the second plates and the second region. Forming a storage space between the fourth area and the fifth area, the first paper folding section is folded toward the paper body with each of the third oblique folding lines so that each of the third oblique folding lines is respectively stacked on the opposite side Forming a third plate, the two third plates are located on opposite sides of the two second plates; wherein the third horizontal fold line, the fourth horizontal fold line, and each of the second vertical line segments are opposite to the outer side Forming two first blocking blocks, each of the fourth horizontal folding lines, each of the fourth oblique dividing lines, and each of the third vertical line segments forming two second blocking blocks, each of the first blocking blocks respectively Forming a space between the second blocking block for the first area Bit fitting groove. The second origami section is folded toward the paper body with each of the fourth vertical line segments to form a second overlapping block between each of the long sides and one of the fourth vertical line segments, wherein The second overlapping block and the second short side overlap to form an insertion portion, and a sixth area is formed between the fifth horizontal fold line and the sixth horizontal fold line, and the sixth area is formed between the sixth area and the fifth area. A fixed insertion space is provided for the insertion portion. The folding paper wallet of claim 1, wherein the second paper folding section has a seventh horizontal fold line parallel to the second short side and away from the sixth horizontal fold line, and a seventh horizontal line formed at the seventh level An eighth horizontal fold line between the fold line and the second short side, a ninth horizontal fold line formed between the fold line and the second horizontal fold line, and a second horizontal line segment formed between each of the second horizontal line and the second short line a third intersection point at the intersection of the seven horizontal fold lines, a fourth intersection point formed at the intersection of each of the fourth vertical line segments and the ninth horizontal fold line, and two extensions from each of the third intersection points toward the opposite outer side and connected to the a first short fold line of the eighth horizontal fold line, two of each of the third intersection points extending toward the opposite inner side and connected to the eighth horizontal fold line, and the two first short fold lines are respectively symmetric with one of the first vertical line segments a second short fold line disposed in a mirror image, and each of the fourth intersection points respectively extending toward the opposite outer side and connected to the eighth horizontal fold line and the first first short fold line is symmetric with the eighth horizontal fold line Third short polyline set in mirror image And a fourth short fold line extending from the fourth intersection point toward the inner side and connected to the eighth horizontal fold line and the second second short fold line being mirrored with the eighth horizontal fold line as an axis of symmetry. The fourth intersection point is respectively extended to the opposite outer side and connected to the second short side, and the second short line is symmetrically arranged with the ninth horizontal line as a fifth short line and mirrored by the ninth horizontal line. a sixth short-fold line, wherein the four intersection points are respectively opposite to the inner side and are connected to the second short side and are mirrored with the ninth horizontal fold line as an axis of symmetry; wherein the seventh horizontal line is Forming a seventh region between the eighth horizontal fold line, and forming an eighth region overlapping the seventh region between the eighth horizontal fold line and the ninth horizontal fold line, the ninth level A ninth area is formed between the fold line and the second short side, and the two corners of the paper body on the second short side are respectively bent by one of the fifth short fold lines and one of the sixth short fold lines. Forming a fourth plate with the outer side of one of the sixth short fold lines, and the paper body is bent by the ninth horizontal fold line so that the second short side overlaps the eighth horizontal fold line. The paper body is bent by the eighth horizontal fold line so that the ninth horizontal fold line is overlapped with the seventh horizontal fold line, and the paper body is located at the two corners of the eighth horizontal fold line toward the seventh area and the eighth area, respectively Folding between the two corners of the eighth horizontal fold line and the seventh area respectively to form a fixed positioning groove for the ninth area, each of the first short fold lines respectively Overlapping one of the second short fold lines, one of the third short fold lines, one of the fourth short fold lines, one of the fifth short fold lines, and one of the sixth short fold lines, respectively forming the two ends of the insert portion a guide bevel inserted into the insertion space The foldable paper wallet of claim 1, wherein each of the fourth vertical line segment and the sixth horizontal fold line form a second fifth intersection, and the second origami section has two by each of the fifth a first positioning fold line extending from the intersection point toward the proximal end of the sixth oblique fold line, and a second positioning fold line extending from each of the fifth intersection points toward the outer end of one of the sixth oblique fold lines, respectively Each of the fifth intersections respectively extends toward one of the long sides and is mirror-arranged with the first positioning fold line with the sixth horizontal fold line as an axis of symmetry and two by each of the fifth intersections respectively a fourth positioning fold line extending from the long side and being partially mirrored with the sixth horizontal fold line as an axis of symmetry, wherein each of the first positioning fold lines and one of the second positioning fold lines respectively Forming a first positioning block, each of the third positioning fold lines and a second positioning fold line respectively forming a second positioning block overlapping the first positioning block, each of the second Positioning polylines and one of them Forming a third positioning block between the sixth horizontal fold lines, each of the A fourth positioning block is formed between the fourth positioning fold line and one of the sixth horizontal folding lines, and the fourth positioning block overlaps the third positioning block. The foldable paper wallet of claim 1, 2, 3, wherein the height of the first area and the second area is set according to a height of a card, the height of the fifth area being higher than a banknote height.