CN201613009U

CN201613009U - Revenge Cube

Info

Publication number: CN201613009U
Application number: CN2010201401374U
Authority: CN
Inventors: 叶青
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-03-22
Filing date: 2010-03-22
Publication date: 2010-10-27
Anticipated expiration: 2020-03-22

Abstract

A Revenge Cube mainly adopts a regular hexahedron structure comprising a hornblock component, an arris block component, a center block, and a ball-shaped inner core, wherein the hornblock component includes hornblocks; the arris block component includes arris blocks; connection clamping heads corresponding to all the sides of the Cube are arranged on the outer surface of the ball-shaped inner core; the inner end parts of the hornblock component and the arris block component are clamped onto the inner sides of the connection clamping heads; and the center block is fixed at the outer end part of the connection clamping heads. More color carrier modules are arranged on each side of the Cube, so that restoring the Cube to the original state is becomes more difficult, entertainment property is enhanced, and the rotation is flexible to facilitate the operation of a user.

Description

A kind of quadravalence magic square

Technical field

The utility model relates to a kind of puzzle, is specifically related to a kind of quadravalence magic square.

Technical background

Magic square is as a kind of puzzle, the fashionable whole world, and to have occurred multinomial at the international level be the athletic competition of stage property with the magic square.

Magic square comprises second order, three rank, quadravalence, Five dimensional magic cube, wherein three rank magic squares are the most popular, its main body is cube structure, comprise 26 blockages and a three-dimensional connecting axle composition altogether, blockage includes six central blocks at the face center, eight hornblocks on the angle, 12 rib pieces on rib; Each face all is divided into three layers in length and breadth, every layer all free to rotate, rotation by layer changes the position of blockage on cube, exist restricting relation between the each several part, on each face of cube color is arranged, the color of each square of same is identical, color is all inequality between face and the face, this initial conditions is exactly the reset condition of magic square, after upsetting the putting in order of its color, by people's spatial thinking ability and memory, it is extensive to reset condition, reach the purpose of tempering thinking and amusement.

Existing quadravalence magic square play rule well, basic identical with above-mentioned three traditional rank magic squares, along with people to its understanding and to the raising of the recreational requirement of magic square, be derived from the tradition simple in structure three rank magic squares of the seventies in last century and play the identical traditional quadravalence magic square of rule well with it, can not satisfy people's demand, not reach the purpose of tempering spatial thinking ability, in view of above-mentioned, develop the high novel magic square of a kind of difficulty, become vast magic square fan's active demand.

Summary of the invention

At the deficiencies in the prior art, the purpose of this utility model is intended to provide higher, the anti-object for appreciation of a kind of difficulty strong quadravalence magic square.

A kind of quadravalence magic square, main body is hexahedron structure, and this magic square comprises,

The hornblock assembly; Comprise hornblock;

The rib block assembly; Comprise rib piece, middle rib piece;

Central block;

Ball-type kernel, described ball-type kernel outer surface are provided with connection dop that should each face of magic square;

The inner end of described hornblock assembly, rib block assembly is installed in the inboard of described connection dop;

Described central block is fixed in the outer end of described connection dop.

Middle rib piece on each face of this magic square, the outer surface of central block are shaped to a circle, have the recess with this circle coupling on the rib piece.

Described hornblock assembly also comprises middle hornblock; The outer surface of the middle hornblock on each face of this magic square, middle rib piece, central block is shaped to a circle, has the recess with this circle coupling on hornblock, the rib piece.

Described hornblock assembly inner end has the hornblock intrados with described ball-type kernel outer surface coupling, and described rib block assembly inner end has the rib piece intrados with described ball-type kernel outer surface coupling.

Described rib piece inner end has the rib piece cambered surface with described middle rib piece inner end coupling.

Described hornblock inner end has the hornblock cambered surface with described middle hornblock inner end coupling.

Described ball-type kernel has a hollow cavity, and the axle center assembly is installed in this inner chamber, and the geometric center of described axle center assembly overlaps with the centre of sphere of described ball-type kernel; Described axle center assembly comprises respectively vertically six minor axises that should six faces of magic square, and the part that clamps that is connected described minor axis end.

The described part that clamps comprises the sheet that clamps that is movably connected on described adjacent three minor axis ends, and the arc of fixing its excess-three minor axis end clamps part; The described sheet that clamps serves as that axle rotates with the minor axis center line of corresponding installation with it.

Describedly clamp between the sheet, described clamp sheet and described arc clamp also be equipped with between the part in the slip fastener.

Described ball-type kernel comprises eight spheroid unit of mutual assembly unit, and one of them spheroid unit and described arc clamp sheet and be rotatably connected, and all the other spheroid unit inner surfaces are installed with the outer slip fastener with described interior slip fastener coupling.

The magic square that the utility model is set forth, its beneficial effect is:

1, because each face is provided with more color carrier module, strengthens the difficulty that magic square returns to reset condition, improved the amusement performance.

2, rotate flexibly, be convenient to user's operation.

Description of drawings

Fig. 1 is a kind of quadravalence magic square of the utility model structural representation;

Fig. 2 is the scheme of installation of quadravalence magic square shown in Figure 1;

Fig. 3 is the ball-type inner core schematic diagram of quadravalence magic square shown in Figure 1;

Fig. 4 is the internal structure schematic diagram of ball-type kernel shown in Figure 3;

Fig. 4 a is a kind of spheroid cellular construction schematic diagram among Fig. 4;

Fig. 4 b is an another kind of spheroid cellular construction schematic diagram among Fig. 4;

Fig. 5 is the axle center assembly and the ball-type kernel scheme of installation of quadravalence magic square shown in Figure 1;

Fig. 6 is an axle center shown in Figure 5 assembly scheme of installation;

Fig. 7 is the hornblock modular construction schematic diagram of quadravalence magic square shown in Figure 1;

Fig. 8 is the rib block assembly structural representation of quadravalence magic square shown in Figure 1;

Fig. 9 is spheroid unit and fastener assembling schematic diagram;

Figure 10 is a kind of view of playing well of quadravalence magic square shown in Figure 1;

Figure 11 plays view well for quadravalence magic square another kind shown in Figure 1;

Figure 12 is the structural representation of the another kind of quadravalence magic square of the utility model;

Figure 13 is the view of playing well of quadravalence magic square shown in Figure 12.

The specific embodiment

Below, in conjunction with the accompanying drawings and the specific embodiment, magic square of the present utility model is described further:

As shown in Figure 1, 2, be a kind of quadravalence magic square of the present utility model, its main body is hexahedron structure, on its each face, comprises 2, four rib block assemblies 3 of 1, four rib block assembly of four hornblock assemblies, and four central blocks 4.Above-mentioned a plurality of hornblock assemblies 1, rib block assembly 2, rib block assembly 3, central block 4 on six faces surrounds the interior hollow structure of a ball-type, and a ball-type kernel 5 is installed in it.

As Fig. 3,4a, above-mentioned ball-type kernel 5 is assembled by a spheroid unit 51 and seven spheroid unit 52, curved of spheroid unit 51 and spheroid unit 52 main bodys, and the outside is shaped to a sphere after its assembly unit, and inside is cavity structure; As Fig. 4 b, 4c, vertex angle part in spheroid unit 51 and spheroid unit 52, fastener 53 is installed, the outer face of each fastener 53 all is used for fixing installs a central block 4, thereby, after a spheroid unit 51 and seven spheroid unit 52 are assembled into the ball-type kernel, all corresponding four fasteners 53 of each face of the utility model quadravalence magic square; Inner surface in spheroid unit 52 has an outer slip fastener 521 by bolting, and main body is tetrahedral structure.

Shown in Fig. 5,6, in above-mentioned ball-type kernel 5 inner chambers, the axle center assembly is installed, it comprises axle center part 57, slip fastener 54 in a plurality of, three clamp sheet 56, arc clamps part 55, wherein, axle center part 57 comprise have six with six outer surfaces of the utility model quadravalence magic square minor axis one to one, the center line of minor axis is respectively perpendicular to six outer surfaces of quadravalence magic square, and geometric center conllinear obverse with it; Three clamp the end that sheet 56 lays respectively at three adjacent minor axises, its by the bolting that axially is provided with along minor axis on axle center part 57, thereby, clamp the center line that sheet 56 can its corresponding minor axis and rotate for axle; Arc clamps part 55 inboards and fixedlys connected with the end of its excess-three minor axis by bolt, its outer surface extends an installation shaft 551, the inner surface of the end of this installation shaft 551 and spheroid unit 51 coupling, by along the axial bolt of installation shaft 551, the two is fixedly connected with it.Slip fastener 54 is installed between the two any adjacent minor axises of axle center part 57 in above-mentioned, its outer rim with clamp the edge coupling that sheet 56, arc clamp part 55 and slide, through after the above-mentioned installation, in adjacent three between the slip fastener 54, forming an opening is triangular pockets A, and above-mentioned outer slip fastener 521 is installed in the cavity A, thereby above-mentioned spheroid unit 52 is connected the periphery of axle center assembly, and spheroid unit 52 can slide with respect to the axle center assembly.Said structure when mounted, clamp sheet 56 and arc clamps part 55 is installed in axle center part 57 minor axises by bolt end with three, corresponding earlier installation spheroid unit 52, again slip fasteners 54 in a plurality of are installed in and clamp sheet 56, arc and clamp in the gap that part 55 forms, at last spheroid unit 51 is installed in arc by bolt and clamps on the part 55 outwardly directed installation shaft 551.

As shown in Figure 7, above-mentioned hornblock assembly 1 comprises a hornblock 11, and three middle hornblocks 12, three middle hornblock 12 assembly units are in the periphery of hornblock 11, hornblock 11 is the curved surface that matches each other with the Mosaic face of middle hornblock 12, thereby when hornblock 11 rotated according to the axle corresponding with it 411, this hornblock 11 can relatively move with assembly unit middle hornblock 12 thereon; In addition, rotate flexibly for the ease of the axle 411 of hornblock 11 around its correspondence, the inner surface of the inner end of hornblock 11 is shaped to a curved surface, the sphere coupling that this curved surface and above-mentioned six axle center external members 42 form, when rotating hornblock 11, this curved surface can with the surperficial relative slip of a plurality of axle center external member 42.The inner end of hornblock 11 form one with the cambered surface of the outside spheres coupling of ball-type kernel 5, make hornblock assembly 1 to slide along the outside sphere of ball-type kernel 5.

As shown in Figure 8, above-mentioned rib block assembly 2 comprises a rib piece 21, and two middle rib pieces 22, two middle rib piece 22 assembly units are in the position up and down of rib piece 21, rib piece 21 is the curved surface that matches each other with the plane section of middle rib piece 22, thereby, when rib piece 21 rotates according to corresponding with it axle 411, this rib piece can with assembly unit middle rib piece generation relative displacement thereon; Rib block assembly 3 comprises a rib piece 31, and two middle rib pieces 32, and it is constructed with rib block assembly 2, and is with rib block assembly 2 and is symmetrical arranged, and does not do repeat specification here.The inner end of rib piece 21, rib piece 31 form one with the cambered surface of the outside spheres coupling of ball-type kernel 5, make rib block assembly 2, rib block assembly 3 to slide along the outside sphere of ball-type kernel 5.

As Figure 10, shown in 11, hornblock 11 of the present utility model, middle hornblock 12, rib piece 21, middle rib piece 22, rib piece 31, middle rib piece 32, and central block 4, on each face, form 28 independently modules, middle hornblock 12 on each face, middle rib piece 22, in rib piece 32 and central block 4 surround a circle, corresponding therewith, hornblock 11, rib piece 21, the inward flange of the outer surface of rib piece 31 also is shaped to a circle, as B among the figure to rotating hornblock 11 and rib piece 21, during rib piece 31, middle hornblock 12, middle rib piece 22, in rib piece 32 and central block 4 synchronously and with respect to its peripheral hornblock 11, rib piece 21, rib piece 31 rotates, thereby realize comparatively complicated change color, increased and played difficulty well.

In order to increase the rotation flexibility, and integrally-built tight short property, as shown in Figure 9,51 when installing with fastener 53 in the spheroid unit, is socketed with a spring (scheming not show) on the cylinder 531 fastener 53 in, and the upper end of spring upwards holds out against the end face 511 of spheroid unit 51, thereby, after fastener 53 clamps hornblock assembly, rib block assembly, when making hornblock assembly, rib block assembly, has certain stroke with relative slip of ball-type kernel outer surface; All the other spheroid unit are connected with fastener, adopt above-mentioned mounting means equally.

It below only is a kind of better embodiment of the present utility model, quadravalence magic square of the present utility model, its hornblock and middle hornblock can also be one-body molded, concrete structure as shown in figure 12, rib block assembly 6 comprises rib piece 61, middle rib piece 62, rib block assembly 7 comprises rib piece 71, middle rib piece 72, (figure does not show central block on each face, identical with above-mentioned magic square), middle rib piece 62, the outer surface of middle rib piece 72 surrounds a circle, this circular outer rim is passed along the inner angle of hornblock assembly 8, with above-mentioned different be, hornblock assembly 8 can not form two color module that relative displacement can take place on a face, as shown in the figure 13, this quadravalence magic square forms 24 independently color module on each face; Other structures of this magic square, identical with above-mentioned magic square, do not do repeat specification here.

For a person skilled in the art, can make other various corresponding changes and distortion, and these all changes and distortion should belong within the protection domain of the utility model claim all according to technical scheme described above and design.

Claims

1. quadravalence magic square, main body is hexahedron structure, it is characterized in that, and this magic square comprises,

The hornblock assembly comprises hornblock;

The rib block assembly comprises rib piece, middle rib piece;

Central block;

Described central block is fixed in the outer end of described connection dop.

2. quadravalence magic square as claimed in claim 1 is characterized in that, the middle rib piece on each face of this magic square, the outer surface of central block are shaped to a circle, has the recess with this circle coupling on the rib piece.

3. quadravalence magic square as claimed in claim 1 is characterized in that, described hornblock assembly also comprises middle hornblock; The outer surface of the middle hornblock on each face of this magic square, middle rib piece, central block is shaped to a circle, has the recess with this circle coupling on hornblock, the rib piece.

4. quadravalence magic square as claimed in claim 1 is characterized in that, described hornblock assembly inner end has the hornblock intrados with described ball-type kernel outer surface coupling, and described rib block assembly inner end has the rib piece intrados with described ball-type kernel outer surface coupling.

5. quadravalence magic square as claimed in claim 1 is characterized in that, described rib piece inner end has the rib piece cambered surface with described middle rib piece inner end coupling.

6. quadravalence magic square as claimed in claim 3 is characterized in that, described hornblock inner end has the hornblock cambered surface with described middle hornblock inner end coupling.

7. quadravalence magic square as claimed in claim 1 is characterized in that, described ball-type kernel has a hollow cavity, and the axle center assembly is installed in this inner chamber, and the geometric center of described axle center assembly overlaps with the centre of sphere of described ball-type kernel; Described axle center assembly comprises respectively vertically six minor axises that should six faces of magic square, and the part that clamps that is connected described minor axis end.

8. quadravalence magic square as claimed in claim 7 is characterized in that, the described part that clamps comprises the sheet that clamps that is movably connected on described adjacent three minor axis ends, and the arc of fixing its excess-three minor axis end clamps part; The described sheet that clamps serves as that axle rotates with the minor axis center line of corresponding installation with it.

9. quadravalence magic square as claimed in claim 8 is characterized in that, describedly clamp between the sheet, described clamp sheet and described arc clamp also be equipped with between the part in the slip fastener.

10. quadravalence magic square as claimed in claim 9, it is characterized in that, described ball-type kernel comprises eight spheroid unit of mutual assembly unit, one of them spheroid unit and described arc clamp sheet and are rotatably connected, and all the other spheroid unit inner surfaces are installed with the outer slip fastener with described interior slip fastener coupling.