CN202951232U - Magic cube - Google Patents
Magic cube Download PDFInfo
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- CN202951232U CN202951232U CN 201220592016 CN201220592016U CN202951232U CN 202951232 U CN202951232 U CN 202951232U CN 201220592016 CN201220592016 CN 201220592016 CN 201220592016 U CN201220592016 U CN 201220592016U CN 202951232 U CN202951232 U CN 202951232U
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Abstract
A magic cube comprises a spherical inner core component and a plurality of small square blocks, wherein the small square blocks are arranged on the spherical inner core component, and a main body structure in a regular hexahedron type is formed. Each small square block comprises a center block component, an angle block component and an edge block component, the center block components are fixedly installed on the spherical inner core component and positioned in the centers of faces of the regular hexahedron, the angle block components and the edge block components are installed on the spherical inner core component through the center block components in a clamping mode and can be matched in a rotatable mode, the angle block components are positioned on the vertex angles of the regular hexahedron, and the edge block components are positioned on the arris edges of the regular hexahedron. Tooth parts are arranged on the peripheries of the center block components, the angle block components and the edge block components, a gear sliding block component is installed among each center block component, each angle block component and each edge block component in a clamping mode, the tooth parts of the center block components, the angle block components and the edge block components are meshed with the gear sliding block components, and the faces of the regular hexahedron are layered vertically and horizontally by the gear sliding block components.
Description
Technical field
The utility model relates to a kind of educational toy, and more particularly, the utility model relates to a kind of magic square.
Background technology
At present, the competition match of magic square as stage property appearred all over the world usining.Magic square, as a kind of educational toy, enjoys liking of people; Play amusement or the competition mode of magic square well, the fashionable whole world.
Existing magic square such as is generally at the rank magic square, and its profile generally is regular hexahedron, waits the rank magic square to generally comprise Second-order magic cube, three rank magic squares, Revenge Cube etc., and wherein, three rank magic squares are the most popular.
Existing three rank magic squares generally comprise 26 blockages and a three-dimensional connecting axle, above-mentioned 26 blockages comprise six central blocks, eight hornblocks and 12 rib pieces, above-mentioned six central blocks are located at respectively the center of six faces of magic square, above-mentioned eight hornblocks are located at respectively on eight angles of magic square, and above-mentioned 12 rib pieces are located at respectively on the rib of magic square; Above-mentioned central block is installed on inboard by hornblock and rib piece, thereby guarantees that each blockage not only can relatively rotate but also can not scatter;
Each face of existing three rank magic squares all is divided into three layers in length and breadth, and every one deck all can freely rotate, and by the rotation of magic square interlayer, can change the position of blockage on regular hexahedron, is included in position on same and the position on coplanar not; On six faces of above-mentioned regular hexahedron, color is all arranged, under original state, the color of each blockage of same is identical, and the color on coplanar is not identical.
While playing magic square well, by the rotation of magic square interlayer, at first, the color alignment of blockage on regular hexahedron is sequentially upset; Then, utilize people's spatial thinking ability and memory, the rotation by the magic square interlayer, return to original state by magic square, and the color of each blockage of same of magic square is identical, thereby reach the purpose of tempering thinking and amusement.
Because the central block that has magic square now is installed on inboard by hornblock and rib piece, and central block is to be located at regularly on three-dimensional connecting axle, so, while playing magic square well, the blockage self of existing magic square can not rotate, therefore, the interest of existing magic square is lower.
Summary of the invention
Technical problem to be solved in the utility model is to provide the magic square that a kind of blockage self can rotate, and therefore, the interest of this magic square is high.
In order to solve the problems of the technologies described above, the technical solution adopted in the utility model is as follows:
A kind of magic square is characterized in that: comprise spherical inner core assembly and a plurality of blockage, above-mentioned blockage is located on the spherical inner core assembly and forms an agent structure that is regular hexahedron; Above-mentioned blockage comprises central block assembly, hornblock assembly and rib block assembly, and above-mentioned central block assembly is fixedly mounted in the spherical inner core assembly upper, and above-mentioned central block assembly is positioned at the center of each face of regular hexahedron; Above-mentioned hornblock assembly and rib block assembly rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly, and above-mentioned hornblock assembly is positioned on the drift angle of regular hexahedron, and above-mentioned rib block assembly is positioned on the seamed edge of regular hexahedron; Be equipped with tooth section on the periphery of above-mentioned central block assembly, hornblock assembly and rib block assembly, be installed with the gear slider assembly between above-mentioned central block assembly, hornblock assembly and rib block assembly, the tooth section of above-mentioned central block assembly, hornblock assembly and rib block assembly and the engagement of gear slider assembly; The said gear slide block assembly is by each face layering in length and breadth of regular hexahedron.
While playing magic square well, the central block assembly of this magic square, hornblock assembly and rib block assembly are realized being rotationally connected by the engagement of its tooth section and gear slider assembly, like this, in the rotation process of interlayer, rotation just occurs in central block assembly, hornblock assembly and rib block assembly, therefore, self can rotate the blockage of this magic square, thereby has improved the interest of this magic square.
Preferred structure as spherical inner core assembly in the utility model, described spherical inner core assembly comprises the first Loadings On Hemispherical Shell and the second Loadings On Hemispherical Shell, above-mentioned the first Loadings On Hemispherical Shell is fixedly connected with the second Loadings On Hemispherical Shell and forms a hollow ball, above-mentioned hollow ball is provided with a plurality of central block installing holes, and above-mentioned central block installing hole is symmetrical arranged with respect to the centre of sphere of hollow ball.
Central block installing hole on above-mentioned spherical inner core assembly is mainly used in the mounting center block assembly, spacing by the central block assembly, thus make the blockage of this magic square rotatably be installed ordinatedly and be contained on the spherical inner core assembly.
Simultaneously, because being fixedly connected with the second Loadings On Hemispherical Shell, the first Loadings On Hemispherical Shell of spherical inner core assembly forms a hollow ball, above-mentioned hornblock assembly and rib block assembly rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly, be installed with the gear slider assembly between above-mentioned central block assembly, hornblock assembly and rib block assembly, so, above-mentioned hornblock assembly, rib block assembly and gear slider assembly all can be light, flexibly, on hollow ball, rotate reposefully, therefore, the rotation of this magic square is light, flexible, steady.
As the preferred structure of central block assembly of the present utility model, described central block assembly comprises central block, central block mount pad and grafting axle, and above-mentioned grafting axle is located on the central block mount pad; Above-mentioned central block mount pad is installed in rotation on the central block installing hole of spherical inner core assembly by the grafting axle, and the periphery of above-mentioned central block mount pad is provided with tooth section, the tooth section on above-mentioned central block mount pad periphery and the engagement of gear slider assembly; Above-mentioned central block is installed on the central block mount pad.
Above-mentioned central block assembly is connected with the spherical inner core assembly with the grafting axle by the central block mount pad and synchronizes rotation; Being rotationally connected of engagement, grafting axle and the central block installing hole of above-mentioned central block assembly by the tooth section on central block mount pad periphery and gear slider assembly, thus realize the function that central block assembly self rotates.
Preferred structure as hornblock assembly in the utility model, described hornblock assembly comprises hornblock, arc Connection Block and clamping axle, above-mentioned hornblock is installed in rotation on the arc Connection Block by the clamping axle, and above-mentioned arc Connection Block rotatably is installed ordinatedly and is contained on the spherical inner core assembly by the central block assembly; The periphery of above-mentioned hornblock is provided with tooth section, the tooth section on above-mentioned hornblock periphery and the engagement of gear slider assembly.
Above-mentioned hornblock is rotationally connected by clamping axle, arc Connection Block and central block assembly and spherical inner core assembly, thereby realizes the rotating function of hornblock assembly with respect to the spherical inner core assembly; Being rotationally connected of engagement, clamping axle and the arc Connection Block of above-mentioned hornblock by the tooth section on the hornblock periphery and gear slider assembly, thus realize the function that hornblock assembly self rotates.
Preferred structure as rib block assembly in the utility model, described rib block assembly comprises rib piece, arc, rib piece mount pad and connecting axle, above-mentioned rib piece mount pad is located on arc regularly, and above-mentioned arc rotatably is installed ordinatedly and is contained on the spherical inner core assembly by the central block assembly; Above-mentioned rib piece is installed on rib piece mount pad rotationally by connecting axle, and the periphery of above-mentioned rib piece is provided with tooth section, the tooth section on above-mentioned rib piece periphery and the engagement of gear slider assembly.
Above-mentioned rib piece is rotationally connected by arc and central block assembly and spherical inner core assembly, thereby realizes the rotating function of rib block assembly with respect to the spherical inner core assembly; Being rotationally connected of engagement, connecting axle and the rib piece mount pad of above-mentioned rib piece by the tooth section on rib piece periphery and gear slider assembly, thus realize the function that rib block assembly self rotates.
Preferred structure as the utility model middle gear slide block assembly, described gear slider assembly comprises central gear, seamed edge gear and intermediate slider, and above-mentioned central gear, seamed edge gear and intermediate slider rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly; Above-mentioned central gear is positioned at the middle part of each face of regular hexahedron, and above-mentioned seamed edge gear is positioned on the seamed edge of each face of regular hexahedron, and above-mentioned intermediate slider is between central gear and seamed edge gear; Above-mentioned central gear and seamed edge gear and central block assembly, hornblock assembly, the engagement of rib block assembly, above-mentioned central gear and seamed edge gear and intermediate slider are in transmission connection.
Because central gear, seamed edge gear and intermediate slider rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly, central gear and seamed edge gear and central block assembly, hornblock assembly, the engagement of rib block assembly, central gear and seamed edge gear and intermediate slider are in transmission connection, so, in the rotation process of interlayer, above-mentioned central gear and seamed edge gear rotate around the spherical inner core assembly by the engagement with central block assembly, hornblock assembly and rib block assembly; Due to central gear and seamed edge gear and intermediate slider, be in transmission connection again, so, in the process that central gear and seamed edge gear rotate around the spherical inner core assembly, central gear rotates around the spherical inner core assembly together with seamed edge gear drive intermediate slider.
The utility model beneficial effect against existing technologies is:
Because the central block assembly of this magic square is fixedly mounted in the spherical inner core assembly upper, the hornblock assembly of this magic square and rib block assembly rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly, above-mentioned central block assembly, be equipped with tooth section on the periphery of hornblock assembly and rib block assembly, above-mentioned central block assembly, be installed with the gear slider assembly between hornblock assembly and rib block assembly, above-mentioned central block assembly, the tooth section of hornblock assembly and rib block assembly and the engagement of gear slider assembly, so, when playing magic square well, above-mentioned central block assembly, hornblock assembly and rib block assembly are realized being rotationally connected by the engagement of its tooth section and gear slider assembly, therefore, self can rotate the blockage of this magic square, thereby improved the interest of this magic square.
Simultaneously, this magic square also has simple in structure, makes easily, and long service life, rotate lightly, flexible, steady, is easy to the advantages such as popularization.
The accompanying drawing explanation
Fig. 1 is the structural representation of the utility model preferred embodiment;
Fig. 2 is the partial structurtes schematic diagram of the utility model preferred embodiment;
Fig. 3 is the exploded view of spherical inner core assembly in the utility model preferred embodiment, central block assembly, hornblock assembly and rib block assembly;
Fig. 4 is the structural representation of the utility model preferred embodiment middle gear slide block assembly.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the utility model is described further.
As shown in Figures 1 to 4, the magic square in this preferred embodiment is three rank magic squares, and obviously, the utility model can be also the magic squares such as Second-order magic cube, Revenge Cube, Five dimensional magic cube, and the three rank magic squares of below take describe in detail to the utility model as example:
Magic square in this preferred embodiment comprises a spherical inner core assembly 1 and 26 blockages, and above-mentioned 26 blockages are located on spherical inner core assembly 1 and form an agent structure that is regular hexahedron;
Above-mentioned 26 blockages comprise six central block assemblies 2, eight hornblock assemblies 3 and 12 rib block assemblies 4, and above-mentioned central block assembly 2 is fixedly mounted in spherical inner core assembly 1 upper, and above-mentioned central block assembly 2 is positioned at the center of each face of regular hexahedron; Above-mentioned hornblock assembly 3 and rib block assembly 4 rotatably are installed ordinatedly and are contained on spherical inner core assembly 1 by central block assembly 2, and above-mentioned hornblock assembly 3 is positioned on the drift angle of regular hexahedron, and above-mentioned rib block assembly 4 is positioned on the seamed edge of regular hexahedron;
Be installed with gear slider assembly 5 between above-mentioned central block assembly 2, hornblock assembly 3 and rib block assembly 4, said gear slide block assembly 5 is divided into three layers in length and breadth by each face of regular hexahedron;
Above-mentioned spherical inner core assembly 1 comprises the first Loadings On Hemispherical Shell 11 and the second Loadings On Hemispherical Shell 12, the first Loadings On Hemispherical Shell 11 is fixedly connected with the second Loadings On Hemispherical Shell 12 and forms a hollow ball, hollow ball is provided with 10, six central block installing holes 10 of six central block installing holes and is symmetrical arranged with respect to the centre of sphere of hollow ball;
Above-mentioned central block assembly 2 comprises central block 21, central block mount pad 22 and grafting axle 23, and above-mentioned grafting axle 23 is located on central block mount pad 22; Above-mentioned central block mount pad 22 is installed in rotation on the central block installing hole 10 of spherical inner core assembly 1 by grafting axle 23, the periphery of above-mentioned central block mount pad 22 is provided with tooth section 20, the tooth section 20 on above-mentioned central block mount pad 22 peripheries and 5 engagements of gear slider assembly; Above-mentioned central block 21 is installed on central block mount pad 22;
Above-mentioned hornblock assembly 3 comprises hornblock 31, arc Connection Block 32 and clamping axle 33, above-mentioned hornblock 31 is installed in rotation on arc Connection Block 32 by clamping axle 33, and the central block mount pad 22 of above-mentioned arc Connection Block 32 by central block assembly 2 rotatably is installed ordinatedly and is contained on spherical inner core assembly 1; The periphery of above-mentioned hornblock 31 is provided with tooth section 30, the tooth section 30 on above-mentioned hornblock 31 peripheries and 5 engagements of gear slider assembly;
Above-mentioned rib block assembly 4 comprises rib piece 41, arc 42, rib piece mount pad 43 and connecting axle 44, above-mentioned rib piece 41 mount pads are located on arc 42 regularly, and the central block mount pad 22 of above-mentioned arc 42 by central block assembly 2 rotatably is installed ordinatedly and is contained on spherical inner core assembly 1; Above-mentioned rib piece 41 is installed on rib piece mount pad 43 rotationally by connecting axle 44, and the periphery of above-mentioned rib piece 41 is provided with tooth section 40, the tooth section 40 on above-mentioned rib piece 41 peripheries and 5 engagements of gear slider assembly;
Said gear slide block assembly 5 comprises central gear 51, seamed edge gear 52 and middle sliding 53, and above-mentioned central gear 51, seamed edge gear 52 and the intermediate slider 53 central block mount pad 22 by central block assembly 2 rotatably is installed ordinatedly and is contained on spherical inner core assembly 1; Above-mentioned central gear 51 is positioned at the middle part of each face of regular hexahedron, and above-mentioned seamed edge gear 52 is positioned on the seamed edge of each face of regular hexahedron, and above-mentioned intermediate slider 53 is between central gear 51 and seamed edge gear 52; The tooth section 20,30,40 of the above-mentioned central block assembly 2 of above-mentioned central gear 51 and seamed edge gear 52, hornblock assembly 3 and rib block assembly 4, above-mentioned central gear 51 and seamed edge gear 52 are in transmission connection with intermediate slider 53.
While playing magic square well, by the rotation of magic square interlayer, at first, the color alignment of blockage on regular hexahedron is sequentially upset; Then, utilize people's spatial thinking ability and memory, the rotation by the magic square interlayer, return to original state by magic square, and the color of each blockage of same of magic square is identical, thereby reach the purpose of tempering thinking and amusement; In the rotation process of magic square interlayer, the rotary principle of above-mentioned central block assembly 2, hornblock assembly 3, rib block assembly 4 and gear slider assembly 5 is as described below:
Above-mentioned central block assembly 2 is connected with spherical inner core assembly 1 with grafting axle 23 by central block mount pad 22 and synchronizes rotation; Above-mentioned central block assembly 2 is rotationally connected with central block installing hole 10 with engagement, the grafting axle 23 of gear slider assembly 5 by the tooth section 20 on central block mount pad 22 peripheries, thereby realizes self rotating of central block assembly 2;
Above-mentioned hornblock 31 is rotationally connected by clamping axle 33, arc Connection Block 32 and central block assembly 2 and spherical inner core assembly 1, thereby realizes the rotation of hornblock assembly 3 with respect to spherical inner core assembly 1; Above-mentioned hornblock 31 is rotationally connected with arc Connection Block 32 with engagement, the clamping axle 33 of gear slider assembly 5 by the tooth section 30 on hornblock 31 peripheries, thereby realizes self rotating of hornblock assembly 3;
Above-mentioned rib piece 41 is rotationally connected by arc 42 and central block assembly 2 and spherical inner core assembly 1, thereby realizes the rotation of rib block assembly 4 with respect to spherical inner core assembly 1; Above-mentioned rib piece 41 is rotationally connected with rib piece mount pad 43 with engagement, the connecting axle 44 of gear slider assembly 5 by the tooth section 40 on rib piece 41 peripheries, thereby realizes self rotating of rib block assembly 4;
The central gear 51 of said gear slide block assembly 5 and seamed edge gear 52 rotate around spherical inner core assembly 1 by the engagement with central block assembly 2, hornblock assembly 3 and rib block assembly 4, at central gear 51 and seamed edge gear 52, in the process around 1 rotation of spherical inner core assembly, central gear 51 rotates around spherical inner core assembly 1 together with seamed edge gear 52 driving intermediate sliders 53.
Like this, when playing magic square well, above-mentioned central block assembly 2, hornblock assembly 3, rib block assembly 4 and gear slider assembly 5 just can rotate around spherical inner core assembly 1; Simultaneously, rotation also can occur in above-mentioned central block assembly 2, hornblock assembly 3 and rib block assembly 4, and therefore, self can rotate the blockage of this magic square, thereby has improved the interest of this magic square.
The foregoing is only preferred embodiment of the present utility model, not be used for limiting practical range of the present utility model; Be all equivalents of doing according to claim scope of the present utility model, be claim scope of the present utility model and cover.
Claims (6)
1. a magic square is characterized in that: comprise spherical inner core assembly and a plurality of blockage, above-mentioned blockage is located on the spherical inner core assembly and forms an agent structure that is regular hexahedron; Above-mentioned blockage comprises central block assembly, hornblock assembly and rib block assembly, and above-mentioned central block assembly is fixedly mounted in the spherical inner core assembly upper, and above-mentioned central block assembly is positioned at the center of each face of regular hexahedron; Above-mentioned hornblock assembly and rib block assembly rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly, and above-mentioned hornblock assembly is positioned on the drift angle of regular hexahedron, and above-mentioned rib block assembly is positioned on the seamed edge of regular hexahedron; Be equipped with tooth section on the periphery of above-mentioned central block assembly, hornblock assembly and rib block assembly, be installed with the gear slider assembly between above-mentioned central block assembly, hornblock assembly and rib block assembly, the tooth section of above-mentioned central block assembly, hornblock assembly and rib block assembly and the engagement of gear slider assembly; The said gear slide block assembly is by each face layering in length and breadth of regular hexahedron.
2. magic square according to claim 1, it is characterized in that: described spherical inner core assembly comprises the first Loadings On Hemispherical Shell and the second Loadings On Hemispherical Shell, above-mentioned the first Loadings On Hemispherical Shell is fixedly connected with the second Loadings On Hemispherical Shell and forms a hollow ball, above-mentioned hollow ball is provided with a plurality of central block installing holes, and above-mentioned central block installing hole is symmetrical arranged with respect to the centre of sphere of hollow ball.
3. magic square according to claim 1, it is characterized in that: described central block assembly comprises central block, central block mount pad and grafting axle, above-mentioned grafting axle is located on the central block mount pad; Above-mentioned central block mount pad is installed in rotation on the central block installing hole of spherical inner core assembly by the grafting axle, and the periphery of above-mentioned central block mount pad is provided with tooth section, the tooth section on above-mentioned central block mount pad periphery and the engagement of gear slider assembly; Above-mentioned central block is installed on the central block mount pad.
4. magic square according to claim 1, it is characterized in that: described hornblock assembly comprises hornblock, arc Connection Block and clamping axle, above-mentioned hornblock is installed in rotation on the arc Connection Block by the clamping axle, and above-mentioned arc Connection Block rotatably is installed ordinatedly and is contained on the spherical inner core assembly by the central block assembly; The periphery of above-mentioned hornblock is provided with tooth section, the tooth section on above-mentioned hornblock periphery and the engagement of gear slider assembly.
5. magic square according to claim 1, it is characterized in that: described rib block assembly comprises rib piece, arc, rib piece mount pad and connecting axle, above-mentioned rib piece mount pad is located on arc regularly, and above-mentioned arc rotatably is installed ordinatedly and is contained on the spherical inner core assembly by the central block assembly; Above-mentioned rib piece is installed on rib piece mount pad rotationally by connecting axle, and the periphery of above-mentioned rib piece is provided with tooth section, the tooth section on above-mentioned rib piece periphery and the engagement of gear slider assembly.
6. magic square according to claim 1, it is characterized in that: described gear slider assembly comprises central gear, seamed edge gear and intermediate slider, and above-mentioned central gear, seamed edge gear and intermediate slider rotatably are installed ordinatedly and are contained on the spherical inner core assembly by the central block assembly; Above-mentioned central gear is positioned at the middle part of each face of regular hexahedron, and above-mentioned seamed edge gear is positioned on the seamed edge of each face of regular hexahedron, and above-mentioned intermediate slider is between central gear and seamed edge gear; Above-mentioned central gear and seamed edge gear and central block assembly, hornblock assembly, the engagement of rib block assembly, above-mentioned central gear and seamed edge gear and intermediate slider are in transmission connection.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220592016 CN202951232U (en) | 2012-11-10 | 2012-11-10 | Magic cube |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220592016 CN202951232U (en) | 2012-11-10 | 2012-11-10 | Magic cube |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202951232U true CN202951232U (en) | 2013-05-29 |
Family
ID=48456825
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220592016 Expired - Fee Related CN202951232U (en) | 2012-11-10 | 2012-11-10 | Magic cube |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202951232U (en) |
-
2012
- 2012-11-10 CN CN 201220592016 patent/CN202951232U/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: 20130529 Termination date: 20151110 |
|
| EXPY | Termination of patent right or utility model |