KR200178680Y1 - magical cube-puzzle - Google Patents

Abstract

The present invention relates to a cubic puzzle, and is a three-dimensional magic puzzle for realizing various shapes by connecting the eight right angled isosceles triangular poles of the same size to each other.

To this end, the present invention provides a bottom surface 5d, a plane 4a, a first side 3a, a second side 6b, and a third to form a variety of shapes by folding a plurality of right angled isosceles triangular prisms. Solid right angled isosceles triangular prism 1 consisting of side surfaces 2a, bottom surface 5c, plane 4b, first side surface 3b, second side surface 7a, and third side surface 2b. A solid material consisting of a second right angled isosceles triangular prism 2 made of a solid material, and a bottom surface 5b, a plane 4c, a first side surface 3c, a second side surface 7b, and a third side surface 2c. The fourth right angle isosceles triangle triangular (3), the fourth right angle of solid material consisting of the bottom surface (5a), the plane (4d), the first side (3d), the second side (6d), the third side (2d) A fifth right angled isosceles triangular column of solid material consisting of an isosceles triangular prism 4, a bottom surface 5e, a plane 4h, a first side 3h, a second side 6c, and a third side 1a. 5) and bottom surface 5f, plane 4g, first side surface 3g, second side surface 7d, and third side surface 1b. A solid material comprising a sixth right angled isosceles triangular pole 6 of solid material, a bottom face 5g, a plane 4f, a first side face 3f, a second side face 7c, and a third side face 1c. 7 right angled isosceles triangular column 7, solid 8th isosceles triangle triangular consisting of bottom surface 5h, plane 4e, first side surface 3e, second side surface 6a, and third side surface 1d It is provided with a pillar 8 to provide a three-dimensional magic puzzle composed of two sides of each right-angled isosceles triangular prism which are connected to each other so as to be folded.

Description

Three-dimensional magic puzzle {magical cube-puzzle}

The present invention relates to a three-dimensional magic puzzle, and more specifically, to connect a plurality of orthogonal isosceles triangular prism in a state that can be folded to each other to implement a variety of shapes and shapes.

Conventional first technology forms nine small squares on each side of the cube in order to develop the intelligence while enjoying entertainment, while arranging different colors and changing the positions of the nine squares arranged on each side. The cube was used to unify the color of the cube while changing the position by any order.

However, since the first conventional technique is operated by a tricky method, there is a limit to providing fun for both young and old.

And once you are familiar with the operation procedure and method, there is a problem such as feeling only the fun of the time shortening.

The conventional second conventional technology uses a puzzle in which individual blocks, columns, and faces are combined to show various pictures or numbers on the combined surfaces.

However, in the second conventional technology, since each component is combined, it is easy to lose each component during the combining process.

And because it has a single component, there is a limit to place to enjoy on the bus or the street with the puzzle.

The present invention was devised to solve the conventional problems as described above, by connecting a plurality of right-angled isosceles triangular pillars made of solid material in a state that can be folded to each other, while implementing a variety of shapes and shapes, more various puzzles Not only to enjoy the game but also to provide the publicity effect of the company with the purpose.

1 is a perspective view of each of the right angled isosceles triangular prism arranged separately according to the present invention. FIG. 2 is a cross-sectional view showing main parts connected to each other by a right angle isosceles triangular prism connecting tape constituting the present invention.

3 is a first embodiment showing a state in which a right angled isosceles triangular prism A is made according to the present invention;

FIG. 4 is a perspective view illustrating a process of making a right angled isosceles triangular prism B changed in FIG.

5 is a perspective view showing a process in which a right angled isosceles triangular prism B is made subsequent to FIG.

Figure 6 is a second embodiment showing a state in which a right angle isosceles triangular prism B made in accordance with the present invention

FIG. 7 is a perspective view illustrating a process of changing an active volcano shape in FIG. 6; FIG.

8 is a third embodiment showing a state in which an active volcano shape is made according to the present invention

FIG. 9 is a perspective view illustrating a process in which the first rectangular parallelepiped is changed in FIG. 8;

10 is a fourth embodiment showing a state in which a first rectangular parallelepiped according to the present invention is made;

FIG. 11 is a perspective view illustrating a process of making a bag shape changed in FIG. 10; FIG.

12 is a fifth embodiment showing a state in which the lucky bag shape made in accordance with the present invention

FIG. 13 is a perspective view illustrating a process of changing the first square pillar in FIG. 12; FIG.

14 is a sixth embodiment showing a state in which the first square pillar is made according to the present invention

FIG. 15 is a perspective view illustrating a process of changing a second square pillar from FIG. 14; FIG.

16 is a seventh embodiment showing a state in which the second square pillar is made according to the present invention;

FIG. 17 is a perspective view illustrating a process in which the second rectangular parallelepiped is made again in FIG. 10.

18 is an eighth embodiment showing a state in which a second rectangular parallelepiped according to the present invention is made;

FIG. 19 is a perspective view illustrating a process in which the third rectangular parallelepiped is made again in FIG. 10.

20 is a ninth embodiment showing a state in which a third rectangular parallelepiped according to the present invention is made;

FIG. 21 is a perspective view illustrating a process of changing from FIG. 10 to make a right angle isosceles triangular prism C;

22 is a tenth embodiment showing a state in which a rectangular isosceles triangular prism C is made according to the present invention;

FIG. 23 is a perspective view illustrating a process of changing the right angle isosceles triangular prism D in FIG.

24 is an eleventh embodiment showing a state in which a right-angled isosceles triangular prism D is made according to the present invention

Explanation of symbols for main parts of the drawings

1: first right angle isosceles triangular pole 2: second right angle isosceles triangular pole

3: third right angle isosceles triangle 4: fourth right angle isosceles triangle

5: fifth right angled isosceles triangular pole 6: sixth right angled isosceles triangular pole

7: seventh right angled isosceles triangle 8: 8: right angled isosceles triangle

5a, 5b, 5c, 5d, 5e, 5f, 5g, 5h: bottom

4a, 4b, 4c, 4d, 4e, 4f, 4g, 4h: flat

3a, 3b, 3c, 3d, 3e, 3f, 3g, 3h: first side

6a, 6b, 6c, 6d, 7a, 7b, 7c, 7d: second side

1a, 1b, 1c, 1d, 2a, 2b, 2c, 2d: third side 9: connecting tape

The present invention for achieving the above object is made of a solid material consisting of a bottom, a plane, a first side, a second side, a third side to form a variety of shapes by connecting a plurality of orthogonal isosceles triangular prism 1 Right angled isosceles triangular prism, bottom, plane, first side, second side, third side solid material of right angled isosceles triangle, bottom, plane, first side, second side, third side The third right angled isosceles triangular pole of solid material, and the bottom, the plane, the first side, the second side, the third right angle isosceles triangle pole of the solid material, consisting of the bottom, plane, the first side, the third A fifth right angled isosceles triangle made of solid material consisting of two sides and a third side, and a bottom, a plane, a sixth right angled isosceles triangle made of solid material consisting of a third side, a bottom, a plane , First side, second side, third side Each of the right angled isosceles triangular poles and the eighth right angled isosceles triangular poles of solid material consisting of a bottom, a plane, a first side, a second side, and a third side. It provides three-dimensional magic puzzle composed of two sides connected to each other by a connecting tape.

The present invention is described in detail based on the accompanying drawings as follows.

1 is a perspective view of each of the right angled isosceles triangular prism separated and arranged according to the present invention, Figure 2 is a cross-sectional view showing the main parts connected to each other by a right angle isosceles triangular prism connecting tape constituting the present invention, Figure 3 4 is a first embodiment showing a state in which a right angled isosceles triangular prism A is made according to the present invention, and FIG. 4 is a perspective view showing a process in which the right angled isosceles triangular prism B is made in FIG. 3, and FIG. FIG. 6 is a perspective view illustrating a process in which an isosceles triangular prism B is made, and FIG. 6 is a second embodiment showing a state in which an isosceles triangular prism B is made in accordance with the present invention, and FIG. 7 is changed in FIG. 8 is a third embodiment showing a state in which an active volcano shape is made according to the present invention, and FIG. 9 is changed in FIG. 10 is a perspective view illustrating a process of making a hexahedron, and FIG. 10 is a fourth embodiment showing a state in which a first rectangular parallelepiped is made according to the present invention, and FIG. 11 is a perspective view illustrating a process of making a lucky bag shape by changing from FIG. 10. 12 is a fifth embodiment showing a state in which a lucky bag shape is made according to the present invention, and FIG. 13 is a perspective view illustrating a process of making the first square pillar changed in FIG. 12, and FIG. 14 is according to the present invention. A sixth embodiment showing a state in which the first square pillar is made, Figure 15 is a perspective view showing a process of making the second square pillar is changed in Figure 14, Figure 16 is a state in which the second square pillar is made according to the present invention 17 is a perspective view illustrating a process of forming a second rectangular parallelepiped by changing from FIG. 10 again, and FIG. 18 is a second rectangular parallelepiped according to the present invention. An eighth embodiment showing a state in which a sieve is made, FIG. 19 is a perspective view showing a process in which a third rectangular parallelepiped is made by changing from FIG. 10 again, and FIG. 20 is a ninth exemplary embodiment in which a third rectangular parallelepiped according to the present invention is made. 21 is a perspective view illustrating a process of making a right angled isosceles triangular prism C by changing from FIG. 10 again, and FIG. 22 is a tenth embodiment showing a state in which a right angled isosceles triangular prism C is made according to the present invention. 23 is a perspective view illustrating a process of making a right angled isosceles triangular prism D again by changing from FIG. 10, and FIG. 24 is an eleventh embodiment showing a state in which a right angled isosceles triangular prism D is made according to the present invention.

1 to 24, a plurality of right angled isosceles triangular primitives can be connected to each other in various shapes (FIGS. 3, 6, 8, 10, 12, 14, 16, 18 and 18). 20, 22, and 24), a solid material consisting of a bottom surface 5d, a plane 4a, a first side surface 3a, a second side surface 6b, and a third side surface 2a. The second right angle isosceles triangular prism (1), the second right angle of solid material consisting of the bottom surface (5c), the plane (4b), the first side (3b), the second side (7a), the third side (2b) Solid right third isosceles triangular prism column consisting of an isosceles triangular pole 2, a bottom surface 5b, a plane 4c, a first side surface 3c, a second side surface 7b, and a third side surface 2c ( 3) a fourth right angled isosceles triangular prism 4 made of a solid material consisting of a bottom face 5a, a plane 4d, a first side 3d, a second side 6d, and a third side 2d, 5th right isosceles triangular prism of solid material which consists of the bottom surface 5e, the plane 4h, the 1st side surface 3h, the 2nd side surface 6c, and the 3rd side surface 1a. (5), and a sixth right angled isosceles triangular pole (6) of solid material consisting of a bottom surface (5f), a plane (4g), a first side surface (3g), a second side surface (7d), and a third side surface (1b); A seventh right-angled isosceles triangular prism 7 of solid material consisting of a bottom face 5g, a plane 4f, a first side face 3f, a second side face 7c, and a third side face 1c, and a bottom face 5h. And a right angled isosceles triangular prism with an eighth right angled isosceles triangular prism (8) of solid material consisting of a plane, a plane 4e, a first side 3e, a second side 6a, and a third side 1d. Two sides of (1) (2) (3) (4) (5) (6) (7) (8) are three-dimensional magic puzzles which are connected by connecting tape 9 so that they can be folded together.

The connection state of each right angled isosceles triangular prism (1) (2) (3) (4) (5) (6) (7) (8) in the above configuration will be described with reference to FIGS. .

The planes 4a and the sides adjacent to the third side surface 2a of the first right angled isosceles triangular prism 1 made of solid material are the planes 4b and the second side of the angled isosceles triangular prism 2 made of solid material. 3 sides (2b) are connected to the sides adjacent to each other as foldable tape (9), and the sides adjacent to the bottom surface (5c) and the second side surface (7a) of the second right angled isosceles triangular column (2) Is connected as a connecting tape 9 in a state in which the bottom surface 5b and the second side surface 7b of the third right angled isosceles triangular pole 3 made of solid material can be folded to each other, and the third right angled isosceles The sides adjacent to the plane 4c and the third side 2c of the triangular prism 3 are the sides adjacent to the plane 4d and the third side 2d of the fourth rectangular isosceles triangular prism 4 of solid material. Side which is connected as a connecting tape 9 in a state in which it can be folded to and is adjacent to the bottom surface 5a and the second side surface 6d of the fourth right angled isosceles triangular prism 4. The fifth right angled isosceles triangular prism 5 is connected to the bottom surface 5e and the second side surface 6c of the fifth right isosceles triangular prism 5 and connected to each other as a connecting tape 9 in a foldable state. The sides adjacent to the plane 4h and the third side face 1a of (5) are folded to the sides adjacent to the plane 4g and the third side face 1b of the sixth right-angled isosceles triangular pole 6 of solid material. The side of the sixth right angled isosceles triangular column 6 adjacent to the bottom surface 5f and the second side surface 7d of the sixth right angled isosceles triangular column 6 is formed of a seventh right angled isosceles triangular column made of solid material. The bottom surface 5g and the second side surface 7c of the 7) are connected as connecting tapes 9 so that they can be folded on sides adjacent to each other, and the plane 4f and the seventh right angled isosceles triangular column 7 The sides adjacent to the three sides 1c are adjacent to the sides 4d and the third side 1d of the plane 8e of the eighth right angled isosceles triangular column of solid material. The side of the eighth right angled isosceles triangular column 8 adjacent to the bottom surface 5h and the second side surface 6a of the eighth right angled isosceles triangular column 1 is connected to the first tape at right angles. The bottom surface 5d and the second side surface 6b of the bottom surface are connected as connecting tapes 9 so that they can be folded to each other.

The connecting tape 9 for foldably connecting the sides and sides in the above is preferred to use a film of synthetic resin material that is tough and excellent in the original restoring force, but is not necessarily limited to the film of the synthetic resin material and can be foldably connected. Other connecting members can be used as long as possible.

The three-dimensional magic puzzle made as described above can provide a variety of shapes, such as the following: provide fun and fun to consumers, and insert a corporate promotional advertising picture according to the shape, every time the various shapes are completed It can also be used for corporate publicity by making the advertisement picture fit.

The present invention, as shown in Figures 1 to 24, the first, second, third, fourth, fifth, sixth, seventh, eightth right isosceles triangular prism (1) (2) (3) (4) of the solid material (5) (6) (7) (8) According to the following embodiments, the present invention is to obtain various embodiments of the present invention while unfolding and folding according to the connecting portions.

First, the first embodiment will be described with reference to FIGS. 1 and 3 as follows.

As shown, the plane 4h of the fifth right isosceles triangular prism and the plane of the sixth right isosceles triangular prism 4g of each of the eight right angled isosceles triangular poles made of solid material are brought into contact with each other. The bottom surface 5f of the triangular prism is in contact with the bottom surface 5g of the seventh right isosceles triangular prism, the plane 4f of the seventh isosceles triangular prism and the plane 4e of the eighth isosceles triangular prism, The second side 6a of the eighth right isosceles triangular prism and the second side 6b of the first right isosceles triangular prism are contacted, and the plane 4a of the first right isosceles triangular prism and the second right isosceles triangular prism The plane 4b is in contact, the bottom surface 5c of the second right angled isosceles triangular prism and the bottom surface 5b of the third right angle isosceles triangular prism are contacted, and the plane 4c of the third right angled isosceles triangular prism and the fourth right angle The plane 4d of the isosceles triangular pole is in contact with the second side 6d of the fourth right angled isosceles triangular pole and the fifth pole. The second side surface 6c of the isosceles triangular prism is in contact, the second side surface 7a of the second right isosceles triangular prism is in contact with the second side surface 7c of the seventh isosceles triangular prism pillar, and the third right angle isosceles triangle The second side surface 7b of the column and the second side surface 7d of the sixth right angled isosceles triangular pole contact each other to form one large right angled isosceles triangular pole A.

The second embodiment will be described with reference to FIGS. 1, 4, and 6 as follows.

When the right isosceles triangular prism A is folded and folded (see arrows 4 and 5), as shown in FIGS. 1 and 6, a third right isosceles triangular prism of each side of eight right isosceles triangular pillars made of solid material The plane 4c of the contact surface and the plane 4d of the fourth right angled isosceles triangular contact, the bottom surface 5a of the fourth right angled isosceles triangular prism contact with the bottom surface 5e of the fifth right angled isosceles triangular prism, The plane 4h of the right isosceles triangular prism and the plane of the sixth right isosceles triangular prism 4g are in contact with each other, and the second side 7d of the sixth right isosceles triangular prism and the second side of the seventh right isosceles triangular prism ( 7c) is contacted, the plane 4f of the seventh right isosceles triangular prism and the plane 4e of the eighth isosceles triangular prism are in contact, and the bottom 5h of the eighth isosceles triangular prism and the first right isosceles triangular The bottom surface 5d of the column is in contact, and the plane 4a of the first right angle isosceles triangle and the second right angle isosceles 3 The plane 4b of the prisms is in contact, the second side 7a of the second right isosceles triangular prism and the second side 7b of the third right isosceles triangular prism contact, and the second of the fourth right isosceles triangular prism The side surface 6d and the second side surface 6b of the first right-angled isosceles triangular pole contact each other, and the second side surface 6c of the fifth right-sided isosceles triangular pole and the second side surface 6a of the eighth right-sided isosceles triangular pole In contact with each other, a larger right angled isosceles triangle triangular column A having the same shape but different planes is formed.

A third embodiment will be described with reference to FIGS. 1, 7 and 8 as follows.

When the right isosceles triangular prism B is folded and folded (see FIG. 7 arrow), as shown in FIGS. 1 and 7, the plane of the fifth right isosceles triangular prism column of eight right isosceles triangular pillars made of solid material ( 4h) and the plane 4g of the sixth right isosceles triangular contact, the plane 4f of the seventh isosceles triangular prism and the plane 4e of the eighth isosceles triangular prism, and the first right isosceles triangular The plane 4a of the column and the plane 4b of the second right isosceles triangular pole are in contact with each other, the plane 4c of the third right isosceles triangle triangular is in contact with the plane 4d of the fourth right isosceles triangle triangular An active volcano shape is created.

A fourth embodiment will be described with reference to FIGS. 1, 9 and 10 as follows.

Unfolding and folding the active volcano shape (see arrows in FIG. 9), as shown in FIGS. 1 and 10, the third side of the fourth right isosceles triangular pole (2d) of the eight right isosceles triangular poles of solid material ) And the third side surface 2c of the third right angled isosceles triangular prism, the second side surface 7b of the third right angled isosceles triangular prism and the second side surface 7a of the second right angled isosceles triangular prism, The third side surface 2b of the second right angled isosceles triangular pole and the third side surface 2a of the first right angled isosceles triangular pole contact each other, and the second side surface 6b of the first right angled isosceles triangle triangular pole and the eighth right angled isosceles triangle The second side surface 6a of the column is in contact, the third side surface 1d of the eighth right-sided isosceles triangular pole and the third side surface 1c of the seventh right-sided isosceles triangular pole contact each other, The second side surface 7c and the second side surface 7d of the sixth right angled isosceles triangular pole contact each other, and the third side of the sixth right angled isosceles triangular pole column (1b) and the third side surface 1a of the fifth right angled isosceles triangular contact, the second side surface 6c of the fifth right angled isosceles triangular prism and the second side surface 6d of the fourth right angled isosceles triangular prism Thus, one first cuboid is formed.

A fifth embodiment will be described with reference to FIGS. 1, 11, and 12 as follows.

When the first rectangular parallelepiped is folded and folded (see FIG. 11 arrow), as shown in FIGS. 1 and 12, the bottom surface of the eighth right isosceles triangular prism among the eight right isosceles triangular prisms made of solid material (5h) And the bottom 5d of the first right angled isosceles triangular prism, the bottom 5c of the second right isosceles triangular prism and the bottom 5b of the third right isosceles triangular prism, and the bottom of the fourth right isosceles triangular prism The bottom surface 5a and the bottom surface 5e of the fifth right angled isosceles triangular pole contact with each other, and the bottom surface 5f of the sixth right angled isosceles triangular pole touches the bottom surface 5g of the seventh right angled isosceles triangular pole and one lucky bag The shape is made.

A sixth embodiment will be described with reference to FIGS. 1, 13, and 14 as follows.

Unfolding and folding the lucky bag shape (refer to the arrow in FIG. 13), as shown in FIGS. 1 and 14, a third side surface of the fourth right isosceles triangular column among the eight right isosceles triangular pillars of solid material ( 2d) and the third side surface 2c of the third right angled isosceles triangular prism, the bottom surface 5b of the third right angled isosceles triangular prism and the bottom surface 5c of the second right angled isosceles triangular prism, and the second right angle The plane 4b of the isosceles triangular prism and the plane 4a of the first right isosceles triangular prism are in contact, the bottom 5d of the first right isosceles triangular prism and the bottom 5h of the eighth isosceles triangular prism , The third side 1d of the eighth right isosceles triangular prism and the third side 1c of the seventh right isosceles triangular prism contact, the bottom surface 5g of the seventh right isosceles triangular prism and the sixth right isosceles triangular prism 5f of bottom faces contact, the plane (4g) of a 6th right angled isosceles triangle and a 5th right angled isosceles triangle The plane 4h of is in contact with, the bottom surface 5e of the fifth right angled isosceles triangular prism and the bottom surface 5a of the fourth right angled isosceles triangular prism contact, and the third side surface 2b of the second right angled isosceles triangular prism The third side face 1a of the fifth right angled isosceles triangular prism is in contact, and the third side face 2a of the first right angled isosceles triangular prism is in contact with the third side face 1b of the sixth right angle isosceles triangular prism 1 square pillar is made.

A seventh embodiment will be described with reference to FIGS. 1, 15, and 16 as follows.

When the first square pillar is unfolded and folded (see FIG. 15 arrow), as shown in FIGS. 1 and 16, a third side surface of a sixth right isosceles triangular column among the eight right isosceles triangular pillars made of solid material (1b) and the third side surface 1a of the fifth right angled isosceles triangular prism contact, the bottom surface 5e of the fifth right angled isosceles triangular prism, and the bottom surface 5a of the fourth right angled isosceles triangular prism, and the fourth The plane 4d of the right-angled isosceles triangular pole and the plane 4c of the third right-sided isosceles triangular pole contact with each other, and the bottom 5b of the third right-sided isosceles triangle triangular pole and the bottom of the second right-sided isosceles triangular pole 5c contact. And the third side surface 2b of the second right angled isosceles triangular prism and the third side surface 2a of the first right angled isosceles triangular prism, and the bottom surface 5d of the first right angled isosceles triangular prism and the eighth right angled isosceles triangular The bottom surface 5h of the column is in contact, and the plane 4e of the eighth right-angled isosceles triangular prism and the seventh right-angled isosceles triangular The flat surface 4f of the column contacts, the bottom surface 5g of the seventh right-angled isosceles triangular prism, and the bottom surface 5f of the sixth right-sided isosceles triangular prism contact, and the third side surface 2d of the fourth right-sided isosceles triangular prism And the third side surface 1c of the seventh right isosceles triangular prism, the third side surface 2c of the third right isosceles triangular prism, and the third side surface 1d of the eighth right isosceles triangular prism contact with each other. 1 A second square pillar, which has the same shape as the square pillar but is different in face, is made.

An eighth embodiment will be described with reference to FIGS. 1 and 10 and 17 and 18 as follows.

When the first rectangular parallelepiped shown in FIG. 10 is unfolded and folded (see FIG. 17 arrow), as shown in FIGS. 1 and 18, a fourth right-sided isosceles triangular column among eight sides of an isosceles triangular prism column made of solid material The third side 2d of the third side 2c of the third right angled isosceles triangular prism, and the second side 7b of the third right angled isosceles triangular prism and the second side of the second right isosceles triangular prism ( 7a) is in contact, the third side 2b of the second right angled isosceles triangular pole and the third side 2a of the first right angled isosceles triangle triangular contact, and the third side 1d of the eighth right angled isosceles triangular pole And the third side surface 1c of the seventh right isosceles triangular prism, the second side surface 7c of the seventh right isosceles triangular prism and the second side surface 7d of the sixth right isosceles triangular prism, 6 The third side face 1b of the right-angled isosceles triangular prism and the third side face 1a of the fifth right-sided isosceles triangular prism are in contact, and the fourth right-sided isosceles triangular The bottom surface 5a of the column and the bottom surface 5e of the fifth right angled isosceles triangular pole contact with each other, the bottom surface 5b of the third right angled isosceles triangle triangular contact with the bottom surface 5f of the sixth right angled isosceles triangular pole, 2 The bottom surface 5c of the right angled isosceles triangular prism and the bottom surface 5g of the seventh right angle isosceles triangular prism are in contact with each other, and the bottom surface 5d of the first right angled isosceles triangular prism 5d and the bottom surface of 5th right angle isosceles triangular prism In contact with each other, a second rectangular parallelepiped is formed. The ninth embodiment will be described with reference to FIGS. 1 and 10 and 19 and 20 as follows.

When the first rectangular parallelepiped shown in FIG. 10 is unfolded and folded (see FIG. 19 arrow), as shown in FIGS. 1 and 20, the sixth right isosceles triangular column of each of the eight right isosceles triangles made of solid materials The third side face 1b and the third side face 1a of the fifth right angled isosceles triangular pole contact each other, and the second side face 6c of the fifth right angled isosceles triangular pole 6d and the second side face of the fourth right angled isosceles triangular pole 6d ) Is contacted, the third side 2d of the fourth right angled isosceles triangular prism and the third side 2c of the third right angled isosceles triangular prism contact, and the third side 2b of the second right angled isosceles triangular prism The third side surface 2a of the first right angled isosceles triangular prism is contacted, the second side surface 6b of the first right angled isosceles triangular prism is in contact with the second side surface 6a of the eighth right angled isosceles triangular prism, The third side face 1d of the right isosceles triangular prism and the third side face 1c of the seventh right isosceles triangular prism are contacted, and the sixth right isosceles triangular The bottom surface 5f of the bottom surface 5g of the seventh right angled isosceles triangular prism is in contact, the bottom surface 5e of the fifth right angled isosceles triangular prism is in contact with the bottom surface 5h of the eighth right angled isosceles triangular prism, The bottom surface 5a of the right-angled isosceles triangular pole and the bottom surface 5d of the first right-sided isosceles triangular prism contact, and the bottom surface 5b of the third right-sided isosceles triangular prism and the bottom 5c of the second right-sided isosceles triangular prism. Thus, another third rectangular parallelepiped having the same shape as the second rectangular parallelepiped but different in surface is made.

A tenth embodiment will be described with reference to FIGS. 1 and 10 and FIGS. 21 and 22 as follows.

When the first rectangular parallelepiped shown in FIG. 10 is unfolded and folded (see FIG. 21 arrow), as shown in FIGS. 1 and 22, a fifth rectangular isosceles triangular column among the eight right angled isosceles triangular pillars of solid material is shown. The second side 6c and the second side 6d of the fourth right angled isosceles triangular contact with each other, the third side 2d of the fourth right angled isosceles triangular prism and the third side of the third right isosceles triangular prism 2c ) Is contacted, the second side surface 7b of the third right angled isosceles triangular pole and the second side surface 7a of the second right angled isosceles triangle triangular contact, and the second side surface 6b of the first right angled isosceles triangular pole The second side surface 6a of the eighth right-angled isosceles triangular prism is in contact, the third side surface 1d of the eighth-right isosceles triangular prism is in contact with the third side surface 1c of the seventh right-sided isosceles triangular prism, The second side surface 7c of the right-angled isosceles triangular prism and the second side surface 7d of the sixth right-sided isosceles triangular prism are contacted, and the second right-sided isosceles triangular prism The plane 4b of the first quadrangular isosceles triangular prism 4a contacts the plane 4c of the third rectangular isosceles triangular prism and the plane 4e of the eighth rectangular isosceles triangular prism The plane 4d of the right-angled isosceles triangular pole and the plane 4f of the seventh right-sided isosceles triangular pole contact with each other, and the plane of the fifth right-sided isosceles triangular pole 4h and the plane of the sixth right-sided isosceles triangular pole 4g contact. Another right angled isosceles triangular prism C is made.

An eleventh embodiment will be described with reference to FIGS. 1 and 10 and FIGS. 23 and 24 as follows.

When the first rectangular parallelepiped shown in Fig. 10 is unfolded and folded (see Fig. 23 arrow), as shown in Figs. 1 and 24, the fourth rectangular isosceles triangular column among the eight rectangular isosceles triangular pillars of solid material is shown. The second side 6d and the second side 6c of the fifth right angled isosceles triangle are in contact, and the third side 1a of the fifth right angled isosceles triangle and the third side 1b of the sixth right angled isosceles triangle ) Is contacted, the second side 7d of the sixth right isosceles triangular prism and the second side 7c of the seventh right isosceles triangular prism contact, and the second side 6a of the eighth isosceles triangular prism The second side surface 6b of the first right angled isosceles triangle is in contact, the third side surface 2a of the first right angled isosceles triangle is in contact with the third side surface 2b of the second right angled isosceles triangle, The second side surface 7a of the right-angled isosceles triangular prism and the second side surface 7b of the third right-sided isosceles triangular prism are in contact, and the fourth right-sided isosceles triangular The plane 4d of the plane and the plane 4c of the third right angled isosceles triangular contact, the plane 4h of the fifth right angled isosceles triangular pole and the plane 4b of the second right angled isosceles triangular pole contact, The plane 4g of the right-angled isosceles triangular pole and the plane 4a of the first right-angled isosceles triangular pole contact, and the plane 4f of the seventh right-sided isosceles triangular pole and the plane 4e of the eighth right-sided isosceles triangular prism Thus, another rectangular isosceles triangular column D having the same shape as the rectangular isosceles triangular column C but having different surfaces is formed.

In order to utilize the various embodiments more usefully, various corporate promotional advertisements are attached to each side of the embodiment having various aspects so that the contents of various corporate promotional materials appear whenever the various embodiments are made. can do.

An abstract picture may be drawn on each rectangular isosceles triangle so that when the consumer makes the embodiment, the abstract pictures may be combined with each other so that a single combined picture appears.

Although not described in the above description, it can be seen that various shapes and the like can be formed by the configuration of the present invention, and more interesting puzzles can be realized by drawing various pictures and the like according to the shapes.

As described above, the present invention can provide not only the corporate promotional effect to consumers but also the pleasure of puzzle play to consumers by exemplifying corporate promotional material in the shape created by repeating the folding and folding.

In addition, by drawing an abstract picture on each rectangular isosceles triangular prism so that various pictures can be shown according to the embodiment can be added to the fun.

Claims (3)

A solid surface consisting of a bottom surface 5d, a plane 4a, a first side 3a, a second side 6b, and a third side 2a so as to form various shapes by interconnecting a plurality of right angled isosceles triangular columns. A solid material comprising a first right angled isosceles triangular prism 1 of material, a bottom face 5c, a plane 4b, a first side 3b, a second side 7a, and a third side 2b. 3rd right isosceles triangle made of solid material consisting of a right angled isosceles triangle (2), a bottom surface (5b), a plane (4c), a first side surface (3c), a second side surface (7b), and a third side surface (2c) Fourth right isosceles triangular prism column 4 of solid material consisting of a column 3, a bottom surface 5a, a plane 4d, a first side 3d, a second side 6d, and a third side 2d. And a fifth right angled isosceles triangular prism 5 of solid material, which is composed of a bottom surface 5e, a plane 4h, a first side surface 3h, a second side surface 6c, and a third side surface 1a. 5f), 6th right angled isosceles of solid material which consists of the plane 4g, the 1st side surface 3g, the 2nd side surface 7d, and the 3rd side surface 1b. Solid 7th right angle isosceles triangular prism 7 consisting of a prisms 6, a bottom face 5g, a plane 4f, a first side 3f, a second side 7c and a third side 1c. And an eighth right-angled isosceles triangular prism 8 of solid material composed of a bottom face 5h, a plane 4e, a first side face 3e, a second side face 6a, and a third side face 1d, The sides adjacent to the plane 4a and the third side 2a of the first right angled isosceles triangular prism are foldably connected to the sides adjacent to the plane 4b and the third side 2b of the second right isosceles triangular prism. And sides adjacent to the bottom face 5c and the second side surface 7a of the second right angled isosceles triangular prism are folded at sides adjacent to the bottom face 5b and the second side surface 7b of the third right angled isosceles triangular prism. Possibly connected, the sides adjacent to the plane 4c and the third side 2c of the third right angled isosceles triangle are adjacent to the plane 4d and the third side 2d of the fourth right angled isosceles triangle Can be folded on the side Connected to the bottom surface 5a and the second side surface 6d of the fourth right angled isosceles triangular prism, the sides adjacent to the bottom surface 5e and the second side 6c of the fifth right angled isosceles triangular prism Connected to each other so that the sides of the fifth right angled isosceles triangular prism 4h and the third side face 1a are adjacent to the plane 4g and the third side 1b of the sixth right isosceles triangular prism The sides 5f and the second side of the sixth right angled isosceles triangular prism that are foldably connected to each other and laterally adjacent to the bottom surface 5f and the second side surface 7d of the sixth right angled isosceles triangular prism 7c) is foldably connected to the sides adjacent to each other, and the planes 4f of the seventh right-sided isosceles triangular prism and the sides adjacent to the third side 1c are the planes 4e and the eighth-sided isosceles triangular prism. The bottom surface 5h of the 8th right-angled isosceles triangular prism which is connected to the side surface 1d adjacent to each other so that it can be folded. A second side (6a) side adjacent to each other on a first right angle isosceles triangular prism bottom surface (5d) and the second is connected so that they can be folded on the adjacent sides to the side (6b) the three-dimensional Magic puzzle characterized in that consists of. The method of claim 1, Three-dimensional magic puzzle characterized in that it comprises a number and a picture illustrated on each side of each rectangular isosceles triangular prism. The method of claim 1, Three-dimensional magic puzzle, characterized in that two sides adjacent to one side and two sides adjacent to the other side are connected to each other by a connecting tape 9 to rotatably connect the sides and sides of each right-sided isosceles triangular prism. .