CN202342828U - Chopstick twisting magic cube - Google Patents
Chopstick twisting magic cube Download PDFInfo
- Publication number
- CN202342828U CN202342828U CN201120403920XU CN201120403920U CN202342828U CN 202342828 U CN202342828 U CN 202342828U CN 201120403920X U CN201120403920X U CN 201120403920XU CN 201120403920 U CN201120403920 U CN 201120403920U CN 202342828 U CN202342828 U CN 202342828U
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- China
- Prior art keywords
- spill spin
- spin block
- central
- block
- block assembly
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Abstract
The utility model discloses a chopstick twisting magic cube comprising two symmetrical overturning components with the same structure, wherein each overturning component comprises a central block and at least two rotating block components, arched chutes are respectively arranged on the two ends of the central block, the rotating block component comprises a rotating block and a sleeving part connected on the rotating block, the sleeving part is rotationally sleeved in the arched chutes on the two ends of the central block, the numbers of the rotating block components sleeved in the arched chutes on the two ends of the central block are equal, and the rotating block components and the central blocks of the two overturning components are correspondingly matched with each other and are in transmission connection between the two central blocks through a rotating element. The chopstick twisting magic cube disclosed by the utility model has the following beneficial effects: in the chopstick twisting magic cube rotationally connected to a strip shape by the two symmetrical overturning components with the same structure, the two overturning components can be overturned in the same direction, and the rotating block components in each overturning component can be freely rotated in the direction vertical to the overturning direction of the overturning component, and the chopstick twisting magic cube has a novel and simple structure, thereby meeting the demand of the market on novel products.
Description
[technical field]
The utility model relates to a kind of magic square, refers in particular to a kind of chopsticks and turns round magic square.
[background technology]
The magic square of convention is a kind of educational toy, generally is divided into being Second-order magic cube, three rank magic squares, Five dimensional magic cube, wherein; Common is three rank magic squares, the regular hexahedron that each face is made up of 3x3 group soon, and it generally includes the related movable block of numerous interlockings; For example Hungarian Shandong Bick cooperates core component, ball core, projecting shaft, door, compression spring sheet, slick and sly sheet, promotion slide plate etc. to form as far back as three rank magic squares of invention in 1974 by reaching 26 movable blocks, whole magic square complex structure, and part is numerous; Production and assembly are comparatively inconvenience all; In addition, be a kind of good puzzle though three rank magic squares do not lose, so it is with a long history so far from coming out; Its internal structure and playing method are also known by people, and its magic square of therefore how making more changeable novelty becomes one of problem of needing solution in the industry badly.
[utility model content]
The purpose of the utility model is to provide a kind of above-mentioned defective that overcome, and the chopsticks that are strip structure are turned round magic square.
The purpose of the utility model is achieved in that it comprises two symmetry upset assemblies that structure is identical; Each upset assembly comprises a central block and at least two spill spin block assemblies; The two ends of said central block are respectively arranged with arc chute; Said spill spin block assembly comprises spill spin block and is connected in the socket part on the spill spin block, and said socket part is rotating to be socketed in the arc chute at central block two ends, and the spill spin block component count of socket equates in the arc chute at said central block two ends; The corresponding coupling of the spill spin block assembly of two upset assemblies and central block is rotationally connected through tumbler in the middle of two central blocks;
In the said structure, said socket part comprises connecting rod and semicircle baffle ring, and said connecting rod is to be hollow column structure half, and an end of said connecting rod is connected in the spill spin block side, and the other end connects the end face of semicircle baffle ring; In the adjacent in twos spill spin block assembly, be arranged in the connecting rod cavity of inboard spill spin block assembly near the connecting rod of the spill spin block assembly in the outside; Each semicircle baffle ring is rotating to be arranged in the arc chute of central block;
In the said structure, said central block comprises the connecting portion on central block body and the central block body two sides, and said arc chute is arranged on the connecting portion, and the arranged outside of arc chute has flange on the connecting portion; In the spill spin block assembly adjacent with central block, the side of its spill spin block is provided with containing cavity around its connecting rod, and said connecting portion is built in containing cavity, the rotating inboard that is arranged at said arc chute flange of each semicircle baffle ring;
In the said structure, in all spill spin block assemblies, except that outermost spill spin block assembly, the end that the connecting rod on other spill spin block assembly is connected with spill spin block extends to form an extension laterally; In all spill spin block assemblies, except that the spill spin block assembly adjacent with central block, the side of spill spin block is provided with and the suitable groove of said extension around its connecting rod in other spill spin block assembly; In the adjacent in twos spill spin block assembly, the extension on its inboard spill spin block assembly is rotating to be arranged in the groove of outside spill spin block assembly;
In the said structure, at least 2 kinds of the outer surface settings of said central block, spill spin block assembly are painted;
In the said structure, the outer surface of said central block, spill spin block assembly is provided with design layer.
Than common magic square, the beneficial effect of the utility model is to turn round magic square through the identical symmetries upset assemblies of two structures chopsticks that form bar shaped that are rotationally connected, and is concrete; The upset assembly comprises central block and at least two spill spin block assemblies, and the inner surface two ends of central block are respectively arranged with arc chute, and the spill spin block assembly comprises spill spin block and is connected in the socket part on the spill spin block; The socket part is rotating to be socketed in the arc chute of central block, and the corresponding one by one coupling of the spill spin block assembly of two upset assemblies and central block is rotationally connected through tumbler in the middle of two central blocks; By this, two upset assemblies can overturn in one direction, and the spill spin block assembly in each upset assembly then can freely rotate perpendicular to upset assembly reverses direction; Its novel structure and simple has adapted to the demand of market to new product, in addition; This magic square is equipped with the quantity of spill spin block assembly as required arbitrarily, thereby is combined into ..., 1x2x11; 1x2x9,1x2x7,1x2x5; Different magic squares, its degree-of-difficulty factor can increase with the increase of spill spin block.
[description of drawings]
Fig. 1 is the central block structural representation of the utility model
Fig. 2 is the structural representation of the spill spin block assembly of the utility model
Fig. 3 is the structural representation of the outermost spill spin block assembly of the utility model
Fig. 4 is the structural representation of the spill spin block assembly adjacent with central block of the utility model
Fig. 5 is the central block of the utility model and the structural representation of spill spin block assembly socket
Fig. 6 is the structural representation that a plurality of spill spin block assemblies of the utility model connect
Fig. 7 is the central block of the utility model and the structural representation of a plurality of spill spin block assembly socket
Fig. 8 is the structural representation of the upset assembly of the utility model
Fig. 9 is the overall structure sketch map of the utility model
[specific embodiment]
Below in conjunction with the accompanying drawing and the specific embodiment the utility model is described in further detail:
Referring to figs. 1 through shown in Figure 9; The utility model relates to a kind of chopsticks and turns round magic square, and it comprises two symmetry upset assemblies that structure is identical, and each upset assembly comprises a central block 1 and at least two spill spin block assemblies 2; The two ends of said central block 1 are respectively arranged with arc chute 1-2; Said spill spin block assembly 2 comprises spill spin block 2-1 and is connected in the socket part on the spill spin block, and said socket part is rotating to be socketed in the sliding 1-2 groove of arc at central block 1 two ends, and spill spin block assembly 2 quantity of socket equate in the arc chute 1-2 at said central block 1 two ends; The spill spin block assembly 2 of two upset assemblies and central block 1 corresponding coupling; In the middle of two central blocks 1, be rotationally connected, form strip structure, in this strip structure through tumbler; Two upset assemblies can overturn (this upset by tumbler be rotationally connected realizations) in one direction, two overturn in the assemblies two relative to spill spin block assembly 2 then can freely rotate synchronously perpendicular to the assembly reverses direction of overturning.
Extremely shown in Figure 4 with reference to Fig. 2; Socket part on the spill spin block assembly 2 comprises connecting rod 2-3 and semicircle baffle ring 2-2; Said connecting rod 2-3 is hollow column structure half; The end of said connecting rod 2-3 is connected in spill spin block 2-1 side, and the other end connects the end face of semicircle baffle ring 2-2, promptly with vertical connection of semicircle baffle ring 2-2; In the adjacent in twos spill spin block 2-1 assembly, be arranged in the connecting rod cavity 2-5 of inboard spill spin block assembly 2 near the connecting rod 2-3 of the spill spin block assembly 2 in the outside; Each semicircle baffle ring 2-2 is rotating to be arranged in the arc chute 1-2 of central block 1; Be that the end that connecting rod 2-3 on each spill spin block assembly 2 is connected with semicircle baffle ring 2-2 stretches among the arc chute 1-2 of central block 1, with this realize in the two upset assemblies two relative to 2 of spill spin block assemblies can freely rotate synchronously perpendicular to upset assembly reverses direction.In addition; The structure of the socket part in the spill spin block assembly 2 also can be other structures; In arc chute 1-2, slide and do not come off as long as can realize the socket part, for example, except that outermost spill spin block assembly 2; The socket part of other spill spin block assemblies 2 can be that simple connecting rod 2-3 gets final product, and does not need semicircle back-up ring 2-2.
With reference to shown in Figure 1, central block 1 comprises the connecting portion 1-1 on central block body and the central block body two sides, and said arc chute 1-2 is arranged on the connecting portion 1-1, and the arranged outside that connecting portion 1-1 goes up arc chute 1-2 has flange 1-3; In the spill spin block assembly 2 adjacent with central block 1; The side of its spill spin block 2-1 is provided with containing cavity 2-6 around its connecting rod 2-3; Said connecting portion 1-1 is built in containing cavity 2-6; The rotating inboard that is arranged at said arc chute 1-2 flange 1-3 of each semicircle baffle ring 2-2 is when 2 rotations of spill spin block assembly.Because the effect of flange 1-3 is arranged, can the semicircle baffle ring 2-2 on the spill spin block assembly 2 be fastened in 1-2 in the arc chute and be unlikely to come off; In addition; The structure of the central block 1 in the utility model structure also can be deformed into similar structure; For example, this central block 1 is an independent structures, does not comprise connecting portion 1-1 structure etc.; Its arc chute 1-2 directly is arranged on the central block 1, as long as the outer surface of assurance central block 1 and spill spin block 2-1 outer surface size are suitable.
Still extremely shown in Figure 4 with reference to Fig. 2; In order to make the rotation of spill spin block assembly 2 flexible more and firm; In all spill spin block assemblies 2, except that outermost spill spin block assembly 2, the end that the connecting rod 2-3 on other spill spin block assembly 2 is connected with spill spin block 2-1 extends to form an extension 2-4 laterally; In all spill spin block assemblies 2, except that the spill spin block assembly 2 adjacent with central block 1, the side of spill spin block 2-1 is provided with the suitable groove 2-11 with said extension 2-4 around its connecting rod 2-3 in other spill spin block assembly 2; In the adjacent in twos spill spin block assembly 2, the extension 2-4 on its inboard spill spin block assembly 2 is rotating to be arranged in the groove 2-11 of outside spill spin block assembly 2.
To sum up, the utility model is turned round magic square through the identical symmetries upset assemblies of two structures chopsticks that form bar shaped that are rotationally connected, and is concrete; The upset assembly comprises central block 1 and at least two spill spin block assemblies 2, and the inner surface two ends of central block 1 are respectively arranged with arc chute 1-2, and spill spin block assembly 2 comprises spill spin block 2-1 and is connected in the socket part on the spill spin block 2-1; The socket part is rotating to be socketed among the arc chute 1-2 of central block 1, and the spill spin block assembly 2 of two upset assemblies and central block 1 corresponding coupling are rotationally connected through tumbler in the middle of two central blocks 1; By this, two upset assemblies can overturn in one direction, two upsets in the assemblies any two relative to spill spin block assembly 2 then can freely rotate perpendicular to upset assembly reverses direction; Its novel structure and simple has adapted to the demand of market to new product, in addition; This magic square is equipped with the quantity of spill spin block assembly as required arbitrarily, thereby is combined into ..., 1x2x11; 1x2x9,1x2x7,1x2x5; Different magic squares, its degree-of-difficulty factor can increase with the increase of spill spin block, also can cooperate to form even number reduction magic square.
It is to be noted; The utility model is not limited to above-mentioned embodiment; Any simple modification, equivalent variations and modification that any professional and technical personnel of being familiar with does the foregoing description in based on the utility model technical scheme all belong in the protection domain of the utility model.
Claims (6)
1. chopsticks are turned round magic square; It is characterized in that: it comprises two symmetry upset assemblies that structure is identical; Each upset assembly comprises a central block and at least two spill spin block assemblies, and the two ends of said central block are respectively arranged with arc chute, and said spill spin block assembly comprises spill spin block and is connected in the socket part on the spill spin block; Said socket part is rotating to be socketed in the arc chute at central block two ends; The spill spin block component count of socket equates in the arc chute at said central block two ends, and the corresponding coupling of the spill spin block assembly of two upset assemblies and central block is rotationally connected through tumbler in the middle of two central blocks.
2. chopsticks according to claim 1 are turned round magic square; It is characterized in that: said socket part comprises connecting rod and semicircle baffle ring; Said connecting rod is to be hollow column structure half, and an end of said connecting rod is connected in the spill spin block side, and the other end connects the end face of semicircle baffle ring; In the adjacent in twos spill spin block assembly, be arranged in the connecting rod cavity of inboard spill spin block assembly near the connecting rod of the spill spin block assembly in the outside; Each semicircle baffle ring is rotating to be arranged in the arc chute of central block.
3. chopsticks according to claim 2 are turned round magic square, it is characterized in that: said central block comprises the connecting portion on central block body and the central block body two sides, and said arc chute is arranged on the connecting portion, and the arranged outside of arc chute has flange on the connecting portion; In the spill spin block assembly adjacent with central block, the side of its spill spin block is provided with containing cavity around its connecting rod, and said connecting portion is built in containing cavity, the rotating inboard that is arranged at said arc chute flange of each semicircle baffle ring.
4. chopsticks according to claim 3 are turned round magic square, it is characterized in that: in all spill spin block assemblies, except that outermost spill spin block assembly, the end that the connecting rod on other spill spin block assembly is connected with spill spin block extends to form an extension laterally; In all spill spin block assemblies, except that the spill spin block assembly adjacent with central block, the side of spill spin block is provided with and the suitable groove of said extension around its connecting rod in other spill spin block assembly; In the adjacent in twos spill spin block assembly, the extension on its inboard spill spin block assembly is rotating to be arranged in the groove of outer sidespin spill spin block assembly.
5. turn round magic square according to each described chopsticks in the claim 1 to 4, it is characterized in that: at least 2 kinds of the outer surface settings of said central block, spill spin block assembly are painted.
6. turn round magic square according to each described chopsticks in the claim 1 to 4, it is characterized in that: the outer surface of said central block, spill spin block assembly is provided with design layer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120403920XU CN202342828U (en) | 2011-10-21 | 2011-10-21 | Chopstick twisting magic cube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201120403920XU CN202342828U (en) | 2011-10-21 | 2011-10-21 | Chopstick twisting magic cube |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202342828U true CN202342828U (en) | 2012-07-25 |
Family
ID=46531854
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201120403920XU Expired - Fee Related CN202342828U (en) | 2011-10-21 | 2011-10-21 | Chopstick twisting magic cube |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202342828U (en) |
-
2011
- 2011-10-21 CN CN201120403920XU patent/CN202342828U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20120725 Termination date: 20201021 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |