WO2011132796A1

WO2011132796A1 - Dice toy

Info

Publication number: WO2011132796A1
Application number: PCT/JP2011/060199
Authority: WO
Inventors: 道俊杉本; 渉佐藤; 富士男野畑
Original assignee: 株式会社セガトイズ
Priority date: 2010-04-21
Filing date: 2011-04-20
Publication date: 2011-10-27
Also published as: TW201136642A; JP2011224202A

Abstract

Disclosed is a deformable dice toy which allows games to move forward and makes game play more fun. The dice toy (100), which assumes a first conformation, a cube, by means of six main thin plates (102, 107), has connection parts (110) which allow rotational movement of any two neighboring main thin plates relative to one another. The connection parts (110) have an elastic member (115) which biases the main thin plates to open away from the cube. Main character shape members are arranged on at least one of the aforementioned six main thin plates. An engaging means maintains the first conformation against the elastic force of the elastic member disposed on the aforementioned connection parts. In the first conformation, the main character conformation members are stored internally, and when an outside pressing force is exerted on one of the aforementioned main thin plates, the aforementioned engaging means releases and the main thin plates turn so as to open, expanding into the second conformation and allowing the main character to appear.

Description

Dice toy

The present invention relates to a toy, and more particularly, a dice toy that can be used like a “dice”, and allows the user to enjoy the deformation of the dice toy and to play a game using a plurality of these deformable dice toys. It is to make.

Normally, the dice used in the game are regular polyhedrons such as a regular hexahedron that is a cube, and a pattern related to the number is drawn on each face, depending on the picture drawn on the top when the dice is stopped by rolling. And proceeded with various games.
In addition, various deformed toys that can be enjoyed by changing the shape of the toy are provided today. For example, there is a sphere-shaped toy that can be thrown so as to roll on a flat horizontal surface. The toy is a deformed toy that stops rolling and rotating when the toy deforms from a spherical shape to the shape of a character when it is thrown out as if it is rolled to reach a magnetic part located at a required location (for example, a patent) Reference 1).

JP 2007-215898 A

In the above-described deformed toy, although the toy is rolled toward the target point and a shooting game can be performed to determine whether or not the target is reached, there has been a demand for a deformed toy that has less change in the way of playing and can be played more happily.
Also, the normal dice are tools for advancing the game and could not enhance the fun of the game.
The present invention solves such problems and provides a deformable dice toy that can be played as an even more enjoyable game while advancing the game.

The invention according to the present application is a dice toy capable of forming a first shape that is a regular hexahedron cube by a main thin plate, wherein two main thin plates adjacent to each other can be rotated relative to each other. Two main thin plates connected by the connecting portion so as to open from the first shape which is a cube having an elastic member at the connecting portion, and the main thin plate A main character-shaped member that forms a main character is disposed on at least one sheet, and has an engaging means for maintaining the dice toy in the first shape against the elastic force of the elastic member provided in the connecting portion. In the first shape, when the main character shape member is housed in a cube made of a main thin plate and a pressing force is applied from the outside to one surface of the main thin plate as a specific surface, The engagement means is disengaged and the elastic member is biased. By being deployed to the second shape by rotating so that each of the main sheet is opened, in which a main character has to appear dice toys.
And the surface of the cube is constituted by the six main thin plates, and the engaging means is provided between two main thin plates that are engaged last in the assembly procedure, and the specific surface is the It is constituted by one of the two main thin plates to be engaged last.
In addition, in the first shape, a character auxiliary member constituting a sub character is further provided on a main thin plate other than the main thin plate on which the main character shape member is arranged, and in the first shape, the sub character can be stored inside the cube together with the main character. is there.
One of the six main thin plates is formed as a set of two thin plate pieces and one surface of the regular hexahedron in the first shape is formed by two thin plate pieces. There is also.
Further, the engaging means straddles the two main thin plates so that the two main thin plates are orthogonal to each other and keep one side of the two main thin plates in contact with each other, or by two thin plate sides. It is formed across two thin plate sides so as to form one plane of a regular hexahedron.
And the 2nd shape made into an expansion | deployment state is expand | deployed in the shape which stands | starts up three-dimensionally, when raising all the main thin plates in substantially planar shape, or lifting one main thin plate with another main thin plate. Sometimes.

The dice toy according to the present invention has a main thin plate that forms a cube shape, and each main thin plate is pivotally connected by a connecting portion provided with an elastic member and is urged by an elastic member so as to open from the cube. Since the main character is built in by maintaining the cube shape by the engaging means, the game progresses by using it as a dice in the cube shape, and when a specific surface becomes the upper surface, press this surface By opening the cube from the cube and making the main character stored inside appear, it is possible to play a game that is rich in change and interesting.
Further, if not only the main character but also the sub character is provided on the main thin plate, the change can be made large and complicated when opened from the cube, and a more interesting game can be played.
If one of the main thin plates is made into two thin plate pieces, a change can be made when the dice toy is in the unfolded state, and a more interesting game can be played.
In addition, the dice toy with five main thin plates and two thin plate pieces or six main thin plates has a second main thin plate arranged around the first main thin plate, or three sides of one main thin plate. The second main thin plate is arranged on the first main plate, or the second main thin plate is arranged on two adjacent sides of the first main thin plate, so that various developed shapes can be formed by changing the connection state of the main thin plate by the connecting portion. The character can be changed in accordance with the change of the developed state.
Then, by developing not only the planar shape but also the first main thin plate as the development state, the change in the development state can be shown greatly to make the game interesting.

FIG. 1 is an external perspective view showing an example of a first shape of a dice toy according to the present invention.
FIG. 2 is a plan view showing an example of a second shape of the dice toy according to the present invention.
FIG. 3 is a side view showing an example of a second shape of the dice toy according to the present invention.
FIG. 4 is a side view showing a folded state of an example of the dice toy according to the present invention.
FIG. 5 is a plan view of a second shape in the second example of the dice toy according to the present invention.
FIG. 6 is a side view of the second shape of the second example of the dice toy according to the present invention.
FIG. 7 is a front view of a second shape of the second example of the dice toy according to the present invention.
FIG. 8 is a rear view of the second shape of the second example of the dice toy according to the present invention.
FIG. 9 is a side view showing a folded state in a second example of the dice toy according to the present invention.
FIG. 10 is a sectional side view of a third main thin plate in a second example of the dice toy according to the present invention.
FIG. 11 is a plan view of a second shape in the third example of the dice toy according to the present invention.
FIG. 12 is a side view of the second shape in the third example of the dice toy according to the present invention.
FIG. 13 is a front view of the second shape in the third example of the dice toy according to the present invention.
FIG. 14 is a rear view of the second shape of the third example of the dice toy according to the present invention.
FIG. 15 is a side view showing a folded state in a third example of the dice toy according to the present invention.
FIG. 16 is a perspective view of a second shape in the fourth example of the dice toy according to the present invention.
FIG. 17 is a perspective view showing a folded state in a fourth example of the dice toy according to the present invention.
FIG. 18 is an external perspective view of a second shape in the fifth example of the dice toy according to the present invention.
FIG. 19 is a front view of a second shape in the fifth example of the dice toy according to the present invention.
FIG. 20 is a side view of the second shape in the fifth example of the dice toy according to the present invention.
FIG. 21 is a bottom view of the second shape in the fifth example of the dice toy according to the present invention.
FIG. 22 is a perspective view showing a folded state in a fifth example of the dice toy according to the present invention.

The best form of the dice toy 100 according to the present invention is a square first main thin plate 101 and the shape and size of the first main thin plate 101 so as to form a cube which is a first shape when assembled. Each of the main thin plates is connected to another main thin plate adjacent to at least one side of each of the main thin plates. The connecting portion 110 that connects the adjacent main thin plates so as to be pivotable with each other, and the main thin plates that are arranged adjacent to each other of the connecting portions 110 configured to be rotatable. An elastic member 115 that urges the first shape of the cube to open from each other, and a main character shape member 121 that constitutes a main character disposed on at least one of the first to third main thin plates; Said Engaging means arranged to engage the outside when the pressing force is applied to the surface of the main sheet 107, but with a.
And when the six main thin plates are assembled against the elastic force of the elastic member 115, they constitute the first shape of the cube shape, and the first shape is maintained by the engaging means, In a state where the main character-shaped member 121 constituting the main character is accommodated in the internal space of the cube and is in the first shape, the pressing force is applied to the surface of the third main thin plate 107 which is a specific main thin plate. Is applied, the engagement means is disengaged and the main thin plate is rotated by the biasing force of the elastic body so that each of the main thin plates is opened, and each main thin plate is developed into a flat shape. The dice toy 100 is formed so that the main character appears.
Further, at least one of the main thin plates other than the main thin plate on which the main character is arranged is provided with a character auxiliary member 125 constituting a sub-character, and the main character is provided in the internal space in the first shape. And the sub-characters are stored, and the surface of each of the main thin plates is marked with creases, and when the third main thin plate 107 is positioned on the upper surface by rolling the dice, the engagement means is applied by the pressing force. It is comprised so that it may expand | deploy when the engagement of (2) is removed.
And the surface of the cube is constituted by six main thin plates, and the engaging means is provided between two main thin plates that are engaged last in the assembly procedure, and the third main thin plate Reference numeral 107 denotes one of the two main thin plates to be engaged last.

As shown in FIG. 1, the embodiment of the dice toy according to the present invention has a cubic shape which is a regular hexahedron, and thin plates forming the hexahedron of the cube are appropriately connected by a connecting portion 110 which can be rotated relative to each other. For example, as shown in FIG. 2, the six surfaces can be developed in a planar shape.
Although not shown in FIG. 1, each plane of the regular hexahedron is provided with a pattern of coral eyes reminiscent of the numbers or numbers “1” to “6”. By rolling the dice toy 100, “1” is obtained. To the number “6”.
The dice toy 100 is made of a synthetic resin such as ABS resin, and as shown in FIGS. 2 and 3, in a second shape in which six thin plates are developed in a planar shape, A doll which is a main character shape member 121 constituting the main character is fixed on the main thin plate 101, and the second main thin plate 102 can be rotated on each of the four sides of the first main thin plate 101. It is connected by the connection part 110.
This connecting portion 110 has one or more cylindrical portions formed on the end side of one main thin plate, and one or more cylindrical portions formed on the end side of the other main thin plate. A position where the angle at which the two main thin plates intersect is less than 90 degrees with the pin as a rotation shaft 113 by winding an elastic member 115 such as a chord spring around the pin. It is urged to rotate to a position around 300 degrees from the angle.
In this connection part 110, as shown in FIG. 3, the two main sheets are stopped so that the rotation of the two main thin plates connected by the connection part 110 stops at a position around 180 degrees. In some cases, the bulging portion is formed on a part of the outer periphery of the cylindrical shape in at least one cylindrical portion of the thin plate.
Moreover, in the 2nd main thin plate 102 located in the front direction of the doll which is the main character shape member 121, in the edge which opposes the edge | side to which the 1st main thin plate 101 in this 2nd main thin plate 102 was connected. Further, the third main thin plate 107 having a specific surface is rotatably connected by a connecting portion 110 having an elastic member 115.
A character auxiliary member 125 that imitates the head of a dragon is attached to the upper surface of the third main thin plate 107 as a part of the sub character. A decorative member 131 is attached, and a movable decorative member 131 that appears to blow a flame from the dragon's mouth is attached near the end of the third main thin plate 107.
This movable decorative member 131 also has a movable mounting portion 133 including an elastic body 135 such as a string spring at its base, so that the movable decorative member 131 can be rotatably mounted on the character auxiliary member 125 and the third main thin plate 107. The elastic member 135 of the part 133 is biased in a certain direction.
Further, as shown in FIG. 2, the second main thin plate 102 connected to two opposing sides of the first main thin plate 101 and arranged to expand in the left-right direction of the main character has its front edge. When the dice toy 100 is formed in a cube-shaped first shape on both sides of the second main thin plate 102 arranged in front of the main character. By providing a notch 137 so as not to come into contact with the fixed auxiliary decoration body 136, the shape of the second main thin plate 102 is made close to the shape of a dragon's neck in the deployed state as the second shape.
Further, the rear edge of the second main thin plate 102 connected to the first main thin plate 101 so as to be arranged on the left and right of the main character is a notch portion so as to have a wave shape so as to be seen as a dragon wing. In addition, a movable decorative member 131 simulating a wing tip shape is provided on the outer edge of the second main thin plate 102, and the movable main member 131 is attached to the second main thin plate by a movable mounting portion 133 having an elastic body 135. The second main thin plate 102 is shaped to be closer to a dragon wing when the movable decorative member 131 is deployed by being urged by the elastic body 135 of the movable mounting portion 133. .
The second main thin plate 102 deployed behind the main character is provided with a movable decorative member 131 that imitates the tail of the dragon at the rear end, and this movable decorative member 131 is also elastically formed by the second main thin plate. It is energized so that it may expand behind 102.
Further, the left and right edges of the second main thin plate located behind the main character are waved at the rear end edges of the second main thin plate 102 on the left and right of the main character when the first shape is a cubic shape. A standing wall portion 138 is provided for filling the notch portion provided to form the mold (see FIG. 3), and further, in the unfolded state upward from the vicinity of the rear edge of the second main thin plate 102 located behind the main character. A protruding engagement protrusion 151 is provided (see FIGS. 2 and 3).
The front end of the engagement protrusion 151 has a flange 153 protruding to the side of the engagement protrusion 151. The engagement protrusion 151 includes a movable engagement plate 141 and a movable engagement section 145 described later. In addition, the engaging means is formed.
Further, as shown in FIG. 2, a locking projection 171 protruding forward from the front edge is provided in the vicinity of the outside of the front edge of the second main thin plate 102 arranged in the left-right direction of the main character. On the upper surface near the front end in the vicinity of the left and right edges of the second main thin plate 102 arranged in front of the main character, a small groove-like locking recess 175 is provided.
As shown in FIG. 1, the third main thin plate 107 has a flat movable engaging plate 141 that covers substantially the entire outer surface of the first shape as an inner member of the main thin plate 107. The engagement plate 141 is movable in the direction perpendicular to the plane of the movable engagement plate 141 by the holding walls 109 as outer members provided at the four corners of the third main thin plate 107, and is parallel to the plane of the movable engagement plate 141. Movement in any direction is restricted.
The surface by the movable engagement plate 141 provided on the third main thin plate 107 forms a specific surface for releasing the engagement of the engagement means when receiving a pressing force.
Further, the movable engagement plate 141 has a plurality of fitting projections 142 as shown in FIGS. 3 and 4, and the fitting projections 142 pass through the third main thin plate 107. The character auxiliary member 125 is fixed to the fitting protrusion 142 of the movable engagement plate 141 by inserting and fixing the tip of the joint protrusion 142 into a fitting hole (not shown) formed on the lower surface of the dragon's head as the character auxiliary member 125. An elastic body 147 is interposed between the movable engagement plate 141 and the third main thin plate 107.
Accordingly, the character auxiliary member 125 is used as the movable engagement portion 145, and the character auxiliary member 125, which is the movable engagement portion 145, is integrated with the movable engagement plate 141 so as to be slightly movable with respect to the third main thin plate 107. The elastic body 147 brings the lower surface of the head of the dragon, which is the character auxiliary member 125, into contact with the inner side of the upper surface of the third main thin plate 107 in the unfolded state, and the movable engagement plate 141 In this state, the holding wall 109 is supported with a slight gap therebetween, and the front end position of the holding wall 109 and the lower surface of the third main thin plate 107 are substantially flush with each other.
When the movable engagement plate 141 is pushed up from below, the character auxiliary member 125 that is the movable engagement portion 145 is slightly lifted from the upper surface of the third main thin plate 107. The engaging means enables disengagement between the movable engaging portion 145 and the flange portion 153 of the engaging protrusion 151 by the movement.
And when it is set as the 1st shape shown in FIG. 1, as shown in FIG. 4, the dragon provided in the 2nd main thin plate 102 expand | deployed behind the main character shape member 121 used as a main character. A movable decorative member 131 simulating the tail is overlapped on the inside of the second main thin plate 102 and bent at the connecting portion 110 so as to raise the second main thin plate 102 behind, and is deployed and arranged in front of the main character. The second main thin plate 102 and the third main thin plate 107 are also bent at the connecting portion 110 so that the third main thin plate 107 is positioned above the first main thin plate 101, and the second main thin plate 107 is disposed behind the main character. By pushing the engagement protrusion 151 of the main thin plate 102 along the inner side of the third main thin plate 107 and between the third main thin plate 107 and the character auxiliary member 125, the first main thin plate 101 and the main character Before and after In the four main sheet of the second main thin plate 102 and the third main sheet 107 is intended to be cylindrical.
Accordingly, the engagement protrusion 151 is inserted between the third main thin plate 107 and the character auxiliary member 125 along both sides of the mouth of the head of the dragon which is the character auxiliary member 125 which is the movable engagement portion 145. Thus, the third main thin plate 107 can be prevented from opening by engaging with a part such as a dragon's nose or moth, and the ridge part 153 of the engagement protrusion 151 is engaged with a part such as a dragon's nose or moth. Accordingly, the opening of the second main thin plate 102 having the engagement protrusion 151 can be prevented, and the engagement between the third main thin plate 107 and the second main thin plate 102 having the engagement protrusion 151 is maintained. Will be.
When the four main thin plates are formed into a cylindrical shape, the second main thin plate 102 disposed on the left and right sides of the main character also has the dragon wing tip shape movable decorative member 131 provided on the outer edge thereof, respectively. The second main thin plate 102 is bent at 90 degrees at the connecting portion 110 with the first main thin plate 101 by bending at the movable mounting portion 133 so as to overlap the main thin plate 102, and the second main thin plate on the left and right of the main character. The locking protrusion 171 protruding from the front end edge of the main character 102 is positioned so as to be inserted into a locking recess 175 provided in the vicinity of the left and right end edges of the second main thin plate 102 disposed in front of the main character. .
Therefore, in this dice toy 100, the second main thin plate 102 arranged on the left and right of the first main thin plate 101 on which the main character is arranged in the unfolded state is in front of the first main thin plate 101 on which the main character is arranged. By engaging the locking projection 171 with the locking recess 175 provided on the second main thin plate 102 to be disposed, the second main thin plate 102 disposed on the front is locked.
For this reason, the second main thin plate 102 arranged on the left and right of the main character is maintained in a state of 90 degrees with the first main thin plate 101, and the second main thin plate 102 deployed behind the first main thin plate 101 is deployed. The engaging protrusion 151 of the thin plate 102 is inserted between the third main thin plate 107 and the character auxiliary member 125, and the collar portion 153 formed at the tip of the engaging protrusion 151 is engaged with a part of the character auxiliary member 125. By engaging with the third main thin plate 107, the movable engagement portion 145 serving as the engagement means and the engagement protrusion 151 are engaged, and the second main thin plate 102 behind the main character and the main character are engaged. The first main shape 107 which is the regular hexahedron cube shape shown in FIG. 1 can be maintained by maintaining the engagement of the third main thin plate 107 on the upper side with each other at the ends so as to be orthogonal to each other. become.
And in this 1st shape, the character auxiliary | assistant member 125 as a subcharacter which forms the main character shape member 121 used as the main character inside the dice toy 100, the movable engagement part 145 of an engaging means, and the movable decoration member 131 And so on.
Moreover, in the state of this 1st shape, it can be used as a dice by throwing the said dice toy 100, and the surface of the 3rd main thin plate 107 is abbreviate | omitted with the 3rd main thin plate 107 facing up. When the movable engagement plate 141 occupying the whole is pressed from above, the movable engagement plate 141 is slightly lowered, and the character auxiliary member 125 as the movable engagement portion 145 fixed to the front end of the fitting protrusion protruding from the movable engagement plate 141. Is slightly lowered inside the dice toy 100, and the engagement between the hook portion 153 of the engagement projection 151 provided on the second main thin plate 102 and the movable engagement portion 145 is disengaged, and the third main thin plate 107, the main main plate 107, The second main thin plate 102 arranged in front of and behind the character is rotated so as to be opened by the elastic member 115 of the connecting portion 110, and the second main thin plate 102 in front of the main character is opened. The locking projections 171 on the second main thin plate 102 arranged on the left and right sides of the character are disengaged from the locking recess 175, and the left and right second main thin plates 102 are also opened and developed into the second shape shown in FIG. Can do.
Therefore, this dice toy 100 can form each face of a cube which is a regular hexahedron by six main thin plates, and this main thin plate is made substantially the same as the first main thin plate 101 having a square shape. Includes four second main thin plates 102 and one third main thin plate 107 having a shape and size close to each other, and the second main thin plate 102 is formed with a notch 137 and a notch portion to form a square shape. The main plate such as the second main thin plate 102 is provided with a movable auxiliary decorative member 131 such as a fixed auxiliary decorative body 136 or a thin plate, and the change in the second shape is greatly and interesting. Is.
Further, as shown in FIGS. 5 to 8, the dice toy 200 to be in another unfolded state is placed with a main character shape member 221 that forms a main character on the third main thin plate 207 in the unfolded state. The second main thin plate 202 is turnable by a connecting portion 210 provided with elastic members 215 on three sides of the third main thin plate 207 so as to be arranged in front of and on the left and right of the main character shape member 221 as the main character. Is arranged, and the first main thin plate 201 is placed in front of the first main thin plate 201 by the connecting portion 210 provided with the elastic member 215 in front of the second main thin plate 202 arranged in front of the main character. Further, there is a structure in which the second main thin plate 202 is disposed by the connection portion 210 including the elastic member 215.
5 is a plan view of the second shape in the unfolded state of the dice toy 200, FIG. 6 is a side view of the second shape of the dice toy 200, and FIG. 7 is a front view of the second shape of the dice toy 200. FIG. 8 is a rear view of the dice toy 200 in the second shape.
In this embodiment, as shown in FIGS. 6 and 8, the second main thin plate 202 arranged on the left and right of the third main thin plate 207 provided with the main character shape member 221 as the main character is connected to the connecting portion 210. The second main thin plate 202 disposed on the left and right sides of the main character is provided on the third main thin plate 207 in a state where the rotation shaft 213 is inclined so that the rear is slightly higher. Is slightly shorter than the length of the front edge, and the front edge and the rear edge are the third main thin plate 207 when the angle is 90 degrees with respect to the third main thin plate 207 around the inclined rotation shaft 213. The outer edges of the left and right second main thin plates 202 that are outward when they are unfolded intersect each other at 90 degrees with respect to the front edge and the rear edge.
The left and right second main thin plates 202 can be rotated in the range of about 90 degrees outward from the left and right from a position substantially perpendicular to the third main thin plate 207. The outer edge of the second main thin plate 202 is provided with a locking projection 271 that protrudes outward from the outer edge during deployment.
A locking recess 275 into which a locking protrusion 271 can be inserted is provided on the upper surface in the vicinity of the left and right side edges of the first main thin plate 201 in the unfolded state, and in front of the first main thin plate 201. The second main thin plate 202 to be deployed has a movable support portion 227 that supports the sub-character. The movable support portion 227 supports the vicinity of the tip of the character auxiliary member 225 in the shape of a sword as the sub-character. The rear end of the character auxiliary member 225 is placed on the base of the main character placed on the third main thin plate 207.
The character auxiliary member 225 is formed into a sword shape having a thin plate shape substantially parallel to each main thin plate when the first main thin plate 201 and the second and third main thin plates are developed in a substantially planar shape. There are a plurality of pins connected to the second main thin plate 202, the first main thin plate 201, and the third main thin plate 207 so that they can be bent only upward by a plurality of pins parallel to the rotation shaft 213 of the connecting portion 210. When the three main thin plates formed from the above portion and disposed in front of the third main thin plate 207 on which the main character is placed are bent at the connecting portion 210, the character auxiliary member 225 is the first one as shown in FIG. The first main thin plate 201, the second main thin plate 202, and the third main thin plate 207 are accommodated inside.
A movable engagement plate 241 as an inner member that occupies most of the lower surface of the third main thin plate 207 is disposed on the lower surface of the third main thin plate 207 in the deployed state. A holding wall 209 as an outer member is provided around the periphery and surrounds the periphery of the movable engagement plate 241. As shown in FIG. 10, the third main thin plate 207 passes through the upper surface of the movable engagement plate 241. A plurality of fitting projections 242 are formed, and the leading ends of the fitting projections 242 are inserted into fitting holes 246 provided at the bottom of the main character-shaped member 221 so that the main character-shaped member 221 is fitted to the leading ends of the fitting projections 242. The movable engaging portion 245 is fixed together.
Further, an elastic body 247 is inserted between the upper surface of the movable engagement plate 241 and the third main thin plate 207, and the main character-shaped member 221 serving as the movable engagement portion 245 is in close contact with the upper surface of the third main thin plate 207. When this is done, a slight space is formed between the upper surface that is the inner surface of the movable engagement plate 241 and the lower surface of the third main thin plate 207, and the lower surface of the movable engagement plate 241 and the lower end of the holding wall 209 are substantially the same. When the movable engagement plate 241 is pushed up on the same plane, the elastic body 247 is compressed and the main character shape member 221 that is the movable engagement portion 245 is slightly raised. At the end, the engagement protrusion 251 is inserted between the third main thin plate 207 and has an engagement recess 248 that engages with the flange 253 of the engagement protrusion 251.
Therefore, as shown in FIG. 9, the first main thin plate 201 is located above, and the vicinity of the front end of the second main thin plate 202 located at the head of the three main thin plates arranged in a line in front of the main character. Is inserted between the rear end of the main character-shaped member 221 that is the main character and the third main thin plate 207, the flange 253 of the engaging protrusion 251 that is the engaging means is inserted. The four main thin plates that are engaged with the engagement recesses 248 of the main character-shaped member 221 as the movable engagement portion 245 and arranged in a row can be formed into a cylindrical rectangle.
At this time, if the two second main thin plates 202 connected to the third main thin plate 207 are positioned perpendicular to the third main thin plate 207 so as to be positioned on the left and right of the main character. The locking protrusions 271 protruding from the front ends of the left and right second main thin plates 202 can be inserted into the locking recesses 275 provided on the left and right sides of the first main thin plate 201, respectively.
Therefore, this dice toy 200 also resists the elastic force of the elastic member 215 provided in the connecting portion 210 by engaging the third main thin plate 207 and the second main thin plate 202 having the engaging projection 251 by the engaging means. Thus, the first shape which is a cubic shape can be maintained.
And in this 1st shape, it can be used as a dice, When the 3rd main thin plate 207 is located upwards, it is by the movable engagement board 241 provided in the surface of the 3rd main thin plate 207. When the specific surface to be formed is pushed down, the main character-shaped member 221 as the movable engaging portion 245 can be slightly lowered inside the dice toy 200.
For this reason, the engagement protrusion 251 of the second main thin plate 202 is disengaged from the engagement recess 248 of the main character-shaped member 221 that is the movable engagement portion 245 of the third main thin plate 207, and the front and rear of the first main thin plate 201. The second main thin plate 202 and the third main thin plate 207 arranged on the right side of the third main thin plate 207 are unfolded, and the second main thin plate 202 arranged on the left and right of the third main thin plate 207 is also rotated with the locking projection 271 removed. Then, it is developed as shown in FIGS.
As yet another embodiment, as shown in FIG. 11, the first main thin plate 301 can be rotated around a pin serving as a rotation shaft 313 by a connecting portion 310 provided with elastic members 315 on four sides. The second main thin plate 302 is disposed so as to be connected, and one second main thin plate 302 of the second main thin plates 302 is further rotatable by a connecting portion 310 provided with an elastic member 315. There exists what makes the dice toy 300 which can be set as the expansion | deployment state which connected and arrange | positioned the 3rd main thin plate 307. FIG.
11 is a plan view of the second shape of the dice toy 300 in an unfolded state, FIG. 12 is a side view of the dice toy 300 in the second shape, and FIG. 13 is a front view of the dice toy 300 in the second shape. FIG. 14 and FIG. 14 are rear views of the dice toy 300 in the second shape.
In this embodiment, a pedestal is formed on the first main thin plate 301, and a main character shape member 321 imitating the shape of a robot doll is fixed on the pedestal. The member 321 is arranged with the third main thin plate 307 facing backward, and has a movable decorative member 331 simulating a beam gun facing the front of the main character.
The movable decorative member 331 is provided with a pin 334 in the upper vicinity of the front end of the first main thin plate 301 so that the tip portion of the beam gun can be rotated only from the horizontal to the upper direction. A movable member 337 that protrudes backward is provided from the pedestal having the entire surface (see FIGS. 11 and 12).
The movable member 337 is pushed out by the elastic force of the elastic body incorporated in the pedestal, and can be pushed into the pedestal against the elastic force of the elastic body, and the movable member 337 is pushed into the pedestal. Thus, the main character shape member 321 as the main character can be rotated once on the base.
A locking projection 371 that protrudes outward from the front end of the main thin plate in the unfolded state is provided at the front end of the second main thin plate 302 disposed on the left and right of the main character, and the second main thin plate 302 is disposed in front of the main character. On the upper surface of the front end of the main thin plate 302, an engagement protrusion 351 is provided upward from the second main thin plate 302.
Further, the third main thin plate 307 arranged behind the main character has a groove-like locking recess 375 on the upper surface in the vicinity of the left and right edges, and the character auxiliary member 325 extending from the substantially front end to the rear end in the center of the upper surface. The lower surface is provided with a movable engagement plate.
Similarly to the movable engagement plate of the above embodiment, this movable engagement plate is substantially the same size as the third main thin plate 307, and is formed on the holding wall formed at the four corners or the entire periphery of the third main thin plate 307. An elastic body is inserted between the third main thin plate 307 and a fitting projection which is surrounded and penetrates the third main thin plate 307.
Then, the character auxiliary member 325 is fixed to the tip of the fitting protrusion to make the character auxiliary member 325 a movable engaging portion 345, and the lower surface of the movable engaging portion 345 is engaged with the flange portion 353 of the engaging protrusion 351 (not shown). Engaging recesses are formed, and both the movable engagement plate and the movable engagement portion 345 are slightly movable in the vertical direction with respect to the third main thin plate 307 in the unfolded state.
Therefore, as shown in FIG. 15, after the movable member 337 is pushed into the base and the main character is rotated once, the tip of the movable decorative member 331 is bent with the pin 334 as the rotation center, and the first main thin plate 301 is further bent. The second main thin plate 302 arranged at the front and rear is raised with the rotation shaft 313 of the connection portion 310 as the rotation center, and each main thin plate is rotated by the connection portion 310 so as to cover the third main thin plate 307 on the main character. The second main thin plate 302 disposed on the left and right of the main character is also raised vertically with respect to the first main thin plate 301 at this time, and the locking concave portion of the third main thin plate 307 is bent. The locking projections 371 of the left and right second main thin plates 302 are inserted into 375.
When the second main thin plate 302 in front of the main character is bent so as to be perpendicular to the first main thin plate 301, the engagement protrusion 351 provided on the second main thin plate 302 in front is the third main thin plate 302. The flange 353 of the engagement protrusion 351 is inserted between the thin plate 307 and the movable engagement portion 345 and engages with the engagement recess of the movable engagement portion 345, so that the second main thin plate 302 serving as the engagement means is engaged. The engagement projection 351 and the movable engagement portion 345 provided on the third main thin plate 307 are engaged so that the end portions of the second main thin plate 302 and the third main thin plate 307 are joined, and a cube having the first shape. The shape is maintained in the same manner as in the embodiment shown in FIGS.
In another embodiment, as shown in FIG. 16, the second main thin plate is arranged in front of and on the right side of the main character with respect to the first main thin plate 401 for fixing the main character shape member 421. 402 is connected to the first main thin plate 401 by the connecting portion 410, and each second main thin plate is connected to the first main thin plate 401 by a pin serving as the rotation shaft 413 of the connecting portion 410 having the elastic member 415. The second main thin plate 402 is further rotated around the rotation shaft 413 by the connecting portion 410 including the elastic member 415 on the left side of the second main thin plate 402 disposed in front of the main character. The third main thin plate 407 is connected to the front of the second main thin plate 402 so as to be rotatable about a rotation shaft 413 by a connecting portion 410 having an elastic member 415. .
The second main thin plate 402 is further connected to the rear side of the second main thin plate 402 arranged on the right side of the main character by a connecting portion 410 provided with an elastic member 415. An engagement protrusion 451 projecting upward from the second main thin plate 402 is provided on the upper surface in the vicinity of the right edge, and a movable decorative member 431 simulating a dragon tail is provided on the rear edge of the second main thin plate 402. The movable attachment portion 433 is used for attachment.
In addition, a decorative pattern such as a dragon picture is drawn on the four second main thin plates 402 and the first main thin plate 401, and the head of the dragon is drawn on the third main thin plate 407 according to the decorative pattern. A character auxiliary member 425 simulating the shape is provided as the movable engagement portion 445.
The character auxiliary member 425 is fitted and fixed to the distal end of the fitting protrusion of the movable engagement plate 441 that covers substantially the entire lower surface of the third main thin plate 407 in the unfolded state to form a movable engagement portion 445. The movable engagement plate As shown in FIG. 17, 441 covers substantially the entire third main thin plate 407, and is attached to the third main thin plate 407 by a holding wall 409 formed around the third main thin plate 407. It is possible to move only in the direction perpendicular to the plane direction as in the previous embodiment.
Further, a movable decorative member 431 simulating a dragon's forefoot is attached to the front edge of the second main thin plate 402 disposed in front of the first main thin plate 401 by a movable attachment portion 433, and this second main thin plate A movable decorative portion simulating a dragon's forefoot is attached to the left edge of the second main thin plate 402 disposed on the left side of the 402 by a movable attachment portion 433, and a flame is imitated on the front edge of the third main thin plate 407. The movable decorative member 431 is attached by the movable mounting portion 433, and these movable decorative members 431 are urged by the elastic body 435 so as to protrude from the respective main thin plates from the state of being stacked on the main thin plate. It is supposed to be rotatable.
In this dice toy 400, each movable decorative member 431 is overlapped on each main thin plate, and then folded at each connection portion 410 as shown in FIG. 17, and the main character provided on the first main thin plate 401 is folded. The engagement protrusion 451 provided on the second main thin plate 402 located on the right rear side is inserted between the third main thin plate 407 and the character auxiliary member 425, and the first shape of the regular hexahedron is obtained. Is something that can be done.
As another embodiment, there is a three-dimensional unfolded state as shown in FIG.
The connecting portion 510 of this embodiment is different from the above-described embodiment of FIG. 2 and the like, and the elasticity of the elastic member 515 provided in the connecting portion 510 is strengthened to increase the rotational biasing force of the main thin plate, and the connecting portion 510. The rotation range of the connection portion 510 with the rotation shaft 513 as the rotation center is formed in a range of about 130 to 150 degrees by forming a portion that contacts each other with a part of the connection end portions of the main thin plates connected to each other. The angle at which the two main thin plates intersect is about 80 degrees to 210 degrees to 230 degrees.
18 is an external perspective view showing the second shape of the dice toy 500 that can be in a three-dimensionally expanded state, FIG. 19 is a front view of the second shape of the dice toy 500, and FIG. 20 is a dice toy. FIG. 21 is a side view of the second shape of the dice toy 500, and FIG.
In this embodiment, a main character-shaped member 521 as a main character is attached to the upper surface of the first main thin plate 501, and the second main thin plate 502 connected to the four sides around the first main thin plate 501 is opposed to the main main plate 501. A thin plate-shaped movable decorative member 531 having a rectangular shape slightly smaller than the second main thin plate 502 is provided on the side facing the first main thin plate 501 serving as the outer edge of the two second main thin plates 502. The elastic body 535 of the movable mounting portion 533 is an elastic body having a weaker elastic force than the elastic member 515 of the connection portion 510.
Further, the remaining two second main thin plates 502 arranged at other opposing positions of the first main thin plate 501 are arranged on the sides facing the first main thin plate 501 serving as outer edges thereof. A thin plate piece 508 rising vertically from the thin plate 502 is provided.
Each of the thin plate pieces 508 is connected to the second main thin plate 502 by a long side slightly shorter than the length of one side of the first main thin plate 501 and the second main thin plate 502 which are substantially square. The first main thin plate 501 and the second main thin plate 502 project vertically from each second main thin plate 502 by a length of a short side that is about one-half the length of one side. Is.
Therefore, the two thin plate pieces 508 can be formed with two thin plate pieces 508 so that one end of the first shape is formed into a cube with the tips of the two thin plate pieces 508 being aligned with each other. A linear engagement hole 549 is provided in the vicinity of the edge, and the other thin plate piece 508 has an engagement protrusion 551 protruding from the tip thereof.
The engaging protrusion 551 provided on the thin plate piece 508 has a flange 553 at the tip, and its base is fixed to the movable engaging plate 541. The movable engaging plate 541 has the same thickness as the thin plate piece 508, and the thin plate piece. 508 is inserted into a hole formed in the thin plate piece 508 so as to close the hole portion of the thin plate piece 508, and can be rotated by a pin 544 provided at an end portion of the second main thin plate 502 at the base position of the thin plate piece 508. The engagement protrusion 551 is pressed against the inner surface of the tip end of the thin plate piece 508 by the elastic body 547.
In addition, a locking recess 575 is provided in the vicinity of both ends of the substantially square second main thin plate 502 on which the thin plate piece 508 is provided, and in the vicinity of the ends of both side edges in the second main thin plate 502 to which the movable decorative member 531 is attached. A locking projection 571 is provided so as to project sideways and be engageable with the locking recess 575.
Therefore, as shown in FIG. 22, the movable decorative member 531 is folded so as to overlap the second main thin plate 502, and the tips of the two second main thin plates 502 having the movable decorative member 531 are rotated upward. The tips of the two second main thin plates 502 having the thin plate pieces 508 are rotated upward, and the two second main thin plates 502 having the movable decorative member 531 are moved with respect to the first main thin plate 501. When one of the second main thin plates 502 having the thin plate pieces 508 is set to 90 degrees with respect to the first main thin plate 501 in a state of 90 degrees, the locking protrusion 571 is inserted into the locking recess 575. Three second main thin plates 502 surround three sides of the first main thin plate 501 and cover the upper half of the first main thin plate 501, and the second main thin plate 502 having the remaining thin plate piece 508 is the first main thin plate 502. Rotate to 90 degrees with respect to the main thin plate 501 When the two thin plate pieces 508 are engaged with each other, the flange portion 553 of the engagement protrusion 551 provided on one thin plate piece 508 is engaged with the engagement hole 549 of the other thin plate piece 508 to form a set. A first shape in which two thin plate pieces 508 are in a butted state can be obtained.
Further, in this dice toy 500, when the movable engagement plate 541 provided on one thin plate piece 508 is pushed in when the plane formed by the two thin plate pieces 508 becomes the upper surface in the first shape which is a cube, the engagement is stopped. The mating projection 551 rotates inward integrally with the movable engagement plate 541 so that the engagement projection 551 and the engagement hole 549 are disengaged, and the second main thin plate 502 including the thin plate piece 508 opens and the latch projection The second main thin plate 502 having the movable decorative member 531 is also opened by disengaging the 571 and the locking recess 575, and these four second main thin plates 502 are positioned at 90 degrees with respect to the first main thin plate 501. Since it is strongly urged by the elastic member 515 so as to rotate from 120 degrees to 135 degrees, the first main thin plate 501 is transformed into a deployed state by turning 90 degrees or more. is there.

As described above, the dice toys 100, 200, 300, 400, and 500 according to the present embodiment form a cube shape by the main thin plate, and store the decorative body such as the main character inside, and connect the main thin plates to each other. Since the main thin plate is deformed by the elastic member provided at the connecting portion to be deformed so that the character appears, it can be used as a dice capable of playing a game rich in change.
Then, the connection state of the main thin plate by the connecting portion can be changed to various development states, and the character-shaped member, the character auxiliary member, the thin or non-thin movable movable member, the fixed auxiliary decorative member, etc. Many types of combinations and changes in the state of development can be provided, and various games can be enjoyed.
In addition to the main thin plate, the character shape member, the character auxiliary member, the movable decorative member, and the like are made of synthetic resin, so that each member can be easily molded and the dice toy can be easily manufactured. .

100, 200, 300, 400, 500 Dice toy 101 First main thin plate 102 Second main thin plate 107 Third main thin plate 109 Holding wall 110 Connection portion 113 Rotating shaft 115 Elastic member 121 Main character shape member 125 Character assist Member 131 Movable decoration member 133 Movable attachment part 135 Elastic body 136 Fixed auxiliary decoration body 137 Cut 138 Standing wall part 141 Movable engagement plate 142 Fitting protrusion 145 Movable engagement part 147 Elastic body 151 Engagement protrusion 153 Hook part 171 Locking protrusion 175 Locking recess 201 First main thin plate 202 Second main thin plate 207 Third main thin plate 209 Holding wall 210 Connection portion 213 Rotating shaft 215 Elastic member 221 Main character shape member 225 Character auxiliary member 227 Movable support portion 241 Movable engagement plate 242 Fitting protrusion 245 Movable engagement portion 246 Fitting hole 247 Elastic body 248 Engagement recess 251 Engagement protrusion 253 Hook 271 Locking protrusion 275 Locking recess 301 First main thin plate 302 Second main thin plate 307 Third main thin plate 310 Connection portion 313 Rotating shaft 315 Elastic member 321 Main character shape member 325 Character auxiliary member 331 Movable decoration member 334 Pin 337 Movable member 345 Movable engagement portion 351 Engagement protrusion 353 鉤Portion 371 Locking protrusion 375 Locking recess 401 First main thin plate 402 Second main thin plate 407 Third main thin plate 409 Holding wall 410 Connection portion 413 Rotating shaft 415 Elastic member 421 Main character shape member 425 Character auxiliary member 431 OK Decoration member 433 Movable attachment portion 435 Elastic body 441 Movable engagement plate 445 Movable engagement portion 451 Engagement protrusion 501 First main thin plate 502 Second main thin plate 508 Thin plate piece 510 Connection portion 513 Rotating shaft 515 Elastic member 521 Main character shape Member 531 Movable decorative member 533 Movable attachment portion 535 Elastic body 541 Movable engagement plate 544 Pin 547 Elastic body 549 Engagement hole 551 Engagement protrusion 553 Hook 571 Locking protrusion 575 Locking recess

Claims

A plurality of thin plates including a plurality of main thin plates each constituting a surface of a cube that becomes a first shape when assembled;
A connecting portion for connecting each of the thin plates to another thin plate adjacent on at least one side, wherein the adjacent thin plates are connected to each other so as to be rotatable;
An elastic member that is arranged at least between each of the main thin plates among the connecting portions configured to be rotatable and urges the adjacent main thin plates in a direction to open each other;
A main character-shaped member disposed on at least one of the main thin plates;
Engagement means provided on any of the thin plates;
With
When the plurality of main thin plates are assembled against the elastic force of the elastic member, the plurality of main thin plates constitute the first shape of the cube shape, and the first shape is maintained by the engaging means, and the main character A shape member is accommodated in the internal space of the cube,
Each of the thin plates rotatably connected by the urging force of the elastic body is disengaged by the pressing force applied to the surface of the thin plate constituting any one of the surfaces of the cube. A dice toy characterized in that the main character-shaped member appears so as to be rotated in the opening direction and developed into a second shape.
The surface of the cube is constituted by six main thin plates, and the engaging means is provided between two main thin plates that are engaged last in the assembly procedure, and the specific surface is the last. The dice toy according to claim 1, wherein the dice toy is constituted by one of two main thin plates to be engaged.
All of the connecting portions connecting the six main thin plates are configured to be rotatable, and when deployed in the second shape, the six main thin plates are developed in a planar shape. The dice toy according to claim 2.
The surface of the cube is composed of the five main thin plates and a pair of thin plate pieces, and the pair of thin plate pieces is the last of the main thin plates to be engaged in the assembly procedure to form one surface of the cube. Each of the engagement means is provided across the pair of thin plate pieces to be engaged, and the specific surface is constituted by the pair of thin plate pieces to be engaged. The dice toy according to 1.
The joining portion between the main thin plates includes a connecting portion that fixes at least the adjacent main thin plate at a position rotated by 90 degrees or more, and is configured to stand up three-dimensionally when deployed in the second shape. The dice toy according to claim 1, wherein
The joining portion between the main thin plates includes a connecting portion that fixes at least the adjacent main thin plate at a position rotated by 90 degrees or more, and is configured to stand up three-dimensionally when deployed in the second shape. The dice toy according to claim 2, wherein
The joining portion between the main thin plates includes a connecting portion that fixes at least the adjacent main thin plate at a position rotated by 90 degrees or more, and is configured to stand up three-dimensionally when deployed in the second shape. The dice toy according to claim 4, wherein
In the state where the specific surface is positioned on the upper surface in the first shape, the engagement means is disengaged by a pressing force applied to the thin plate constituting the specific surface from above, and the second shape The dice toy according to any one of claims 1 to 7, wherein the dice toy is developed into a shape.
Character auxiliary members constituting sub-characters are arranged in main thin plates other than the main thin plate on which the main character shape member is arranged so as to be accommodated in the internal space of the cube in the first shape. The dice toy according to claim 1.
A character auxiliary member constituting a sub-character is disposed on a main thin plate other than the main thin plate on which the main character shape member is disposed so as to be accommodated in the internal space of the cube in the first shape. The dice toy according to claim 3.
A character auxiliary member constituting a sub-character is disposed on a main thin plate other than the main thin plate on which the main character shape member is disposed so as to be accommodated in the internal space of the cube in the first shape. The dice toy according to claim 5.
Character auxiliary members constituting sub-characters are arranged in main thin plates other than the main thin plate on which the main character shape member is arranged so as to be accommodated in the internal space of the cube in the first shape. The dice toy according to claim 8.
At least one of the main thin plates includes an outer member and an inner member movably connected to the outer member, and the main character shape member or the character auxiliary member is attached to the inner member, When assembled, the surfaces of the outer member and the inner member constitute the outer surface of the cube, and when the toy is deployed, the inner member is movable relative to the outer member together with the main character shape member or the character auxiliary member. The dice toy according to claim 1, wherein the dice toy is configured as described above.
A plurality of thin plates including a plurality of main thin plates each constituting a surface of a cube that becomes a first shape when assembled;
A connecting portion for connecting each of the thin plates to another thin plate adjacent on at least one side, wherein the adjacent thin plates are connected to each other so as to be rotatable;
An elastic member that is arranged at least between each of the main thin plates among the connecting portions configured to be rotatable and urges the adjacent main thin plates in a direction to open each other;
A main character-shaped member disposed on at least one of the main thin plates;
Engagement means provided on any of the thin plates;
With
When the plurality of main thin plates are assembled against the elastic force of the elastic member, the plurality of main thin plates constitute the first shape of the cube shape, and the first shape is maintained by the engaging means, and the main character A shape member is accommodated in the internal space of the cube,
When it is rolled in the state of the first shape and stopped in a state where any one of the surfaces of the cube is the upper surface, the pressing force applied from above to the thin plate constituting the specific surface The engaging means is disengaged, and each of the thinly connected thin plates is rotated in the opening direction by the biasing force of the elastic body so as to be developed into the second shape so that the main character shape member appears. The dice toy characterized by being comprised in this.
At least one of the main thin plates includes an outer member and an inner member movably connected to the outer member, and the main character shape member or the character auxiliary member is attached to the inner member, When assembled, the surfaces of the outer member and the inner member constitute the outer surface of the cube, and when the toy is deployed, the inner member is movable relative to the outer member together with the main character shape member or the character auxiliary member. The dice toy according to claim 14, wherein the dice toy is configured to do so.
A plurality of thin plates comprising a square first main thin plate, four second main thin plates, and one third main thin plate, which form a cube having a first shape when assembled. When,
A connecting portion for connecting each of the main thin plates to another main thin plate adjacent at least on one side, wherein the adjacent main thin plates are connected to each other so as to be rotatable;
An elastic member disposed in each of the pivotally configured connecting portions and biasing the adjacent main thin plates in a direction to open each other from the first shape of the cube;
A main character shape member constituting a main character disposed on at least one of the first to third main thin plates;
Engagement means configured to disengage when a pressing force is applied to the surface of the third main thin plate;
With
When the six main thin plates are assembled against the elastic force of the elastic member, the six main thin plates constitute the first shape of the cube shape, and the first shape is maintained by the engaging means, and the main character The main character-shaped member that constitutes is accommodated in the internal space of the cube,
When a pressing force is applied to the surface of the third main thin plate in the first shape, each of the main thin plates is opened by the biasing force of the elastic body when the engagement means is disengaged. The dice toy is formed so that the main character appears so that the main character appears.
The dice toy according to claim 16, wherein an attachment member or a pattern related to the main character shape member is provided on at least one of the main thin plates.
The dice toy according to claim 16, wherein the second shape of the dice toy is such that each main thin plate is developed flat.
The dice toy according to claim 17, wherein the second shape of the dice toy is such that each main thin plate is developed flat.
At least one of the main thin plates includes an outer member and an inner member movably connected to the outer member, and the main character shape member or the character auxiliary member is attached to the inner member, When assembled, the surfaces of the outer member and the inner member constitute the outer surface of the cube, and when the toy is deployed, the inner member is movable relative to the outer member together with the main character shape member or the character auxiliary member. The dice toy according to claim 16, wherein the dice toy is configured to do so.