CN2300435Y - Inter-inlaid multi-layer magic cube - Google Patents

Abstract

The utility model relates to an inter-inlaid multi-layer magic cube which is made by the connection of a central block and unit cubes. The surfaces of three or more than three unit cubes are provided with concave grooves or convex arches, or the combination of the concave grooves and the convex arches; the concave grooves or the convex arches on the adjacent unit cubes can be matched and formed into the entirety of the magic cube. The utility model has the advantages of firm assembling, flexible operation, more variability because of combination of multiple layers when the utility model is in use, more interesting and attracting properties besides the functions of developing intelligence and sport health care by coating the six surfaces with different colors, numbers, characters, patterns, verses, foreign language, formulas, etc.

Description

Mutually inserted multilayer magic square

The utility model relates to a kind of other toy that combiner is arranged, particularly a kind of multilayer magic square.

At the present normal magic square of playing, its row's number is 3, be put together with certain structure, six go up different colours.The part monomer is with the embedded secure movement of carrying out, and the inner space of magic square offers the movement locus of part monomer circle.Its weak point is that the number of plies is few, is easy to be combined into specific pattern or color, changes not quite, and interesting not enough, difficulty is little, and its frame mode makes it can not be combined into the multilayer magic square of 5 layers, 7 layers or more multi-layered number.

The purpose of this utility model provides a kind of multilayer magic square of mutually inserted combination.

The utility model is realized with following mode: six holes and six screws of centerbody, their correspondences are passed hole and screw linkage unit cube on the cell cube through bolt, the combination of fluted or protruding arch on three or three the above mating surfaces or groove and protruding arch is arranged on the described cell cube, and protruding arch on the adjacent cell cube and groove cooperatively interact and form magic square integral body.The groove of cell cube or protruding arch adopt circular arc, guarantee that the cooperation center is basic identical to the distance of pivot.The number of plies of multilayer magic square is a radix.

Multilayer magic square assembling firmly go slick, but because of multiple layer combination, variability was more when magic square was played, and six faces no longer are single different colours, fill in different digital, literal, pattern, poem, foreign language, formula or the like and can increase.Make the multilayer magic square have the effect of higher interest, attractability and tap intellectual resources.Joint and wrist portion between user's finger are produced continuous song stretch effect owing to play magic square, and watch, think, manual one reinstate, human body is played certain tap intellectual resources and sports health function.The structure that the employing convex-concave cooperates on a plurality of cell cubes that are combined into evil spirit makes it reach relative motion, supports purpose firm, that exchange mutually.

Fig. 1 mutually inserted multilayer magic square cross-sectional view

Fig. 2 removes arbitrary face center partly (9) and relevant design of part schematic diagram

Fig. 3 is the local enlarged diagram of the A of Fig. 1

Fig. 4 centerbody front view

Fig. 5 centerbody cuts open and shows schematic diagram

Fig. 6 drift angle cell cube front view

Fig. 7 is Fig. 6 cut-away view

Fig. 8 is Fig. 6 left view

Drift angle, Fig. 9 outside cell cube front view

Figure 10 is Fig. 9 right view

Figure 11 is Fig. 9 vertical view

Angle cell cube front view in Figure 12 outside

Figure 13 is Figure 12 vertical view

Figure 14 is Figure 12 right view

Figure 15 two corner cell cube front views

Figure 16 is Figure 15 vertical view

Figure 17 is Figure 15 left view

Angle cell cube front view in Figure 18 two limits

Figure 19 is Figure 18 left view

Figure 20 is Figure 18 vertical view

Figure 21 median plane cell cube front view

Figure 22 is Figure 21 vertical view

Figure 23 is Figure 21 left view

Figure 24 is the structural representation of cubical protruding arch of each module unit and groove

Below in conjunction with accompanying drawing the utility model is described in further detail:

The technical solution of the utility model can produce 5 layers, 7 layers, 9 layers or more multi-layered number＜the be necessary for odd number number of plies〉magic square.The embodiment of accompanying drawing introduction is 5 layers a mutually inserted magic square.This mutually inserted magic square of 5 layers is connected centerbody 7 with hole 17, the screw 18 that bolt 9 passes on hole 15, screw 16 and the centerbody 7 on the median plane cell cube 6 respectively by the six roots of sensation diesis joint pin termination of centerbody 7 with median plane cell cube 6, cylindrical cover 10 is packed in the hole 15 of median plane cell cube 6, make the surface become smooth surface, for median plane cell cube 6 is rotated flexibly, bolt 9 can be inserted in behind packing ring 11, the spring 8 again spinning and advance in the hole and screw of median plane cell cube 6 and centerbody 7.Inserting is synthetic whole mutually with the cubical groove 14 of adjacent cells with angle cell cube 3, drift angle, outside cell cube 2 and a protruding arch 13 of angle cell cube 1 in angle cell cube in two limits 5, two corner cell cubes 4, the outside then, and the unit solid of present embodiment is regular cube.

Drift angle cell cube 1, see accompanying drawing 6,7,8, at three near cubical one of them angle own, all there is one section to the curved protruding arch 13 of the top of the horn direction, each section protruding arch two ends and adjacent two faces belong to same plane, and the center line of three sections protruding arches 13 cooperatively interacts, and they are surrounded by three circles that are 90 ° of angle openings, a regular cube drift angle of median rise.Three sections protruding arches 13 of drift angle cooperate with the groove 14 of drift angle, adjacent three outsides cell cube 2 respectively, in six faces of drift angle three parts that do not have protruding arch or groove surface to make the magic square outer surface are arranged.Drift angle, outside cell cube 2, see accompanying drawing 9,10,11, in the cubical one side of this element one section groove 14 that matches with the protruding arch 13 of drift angle cell cube 1 is arranged, parallel plane therewith one side has one section protruding arch 13, this protruding arch 13 matches with the groove 14 of angle cell cube 3 in the adjacent outside, two one section curved protruding arches 13 of faces oriented these protruding arch 13 directions of difference of same one side under these protruding arch 13 two ends, the position of protruding arch 13 1 ends of this of two faces respectively away from aforesaid another protruding horizontal 13, and end face and aforementioned protruding arch 13 belong to a plane together, the other end is respectively near groove 14, and end face and groove 14 bottoms are linearly, and this protruding arch 13 matches with adjacent two corner cell cubes, 4 grooves 14 respectively again.Drift angle, outside cell cube 2 does not have two faces of protruding arch or groove to make the part of magic square outer surface.Angle cell cube 3 in the outside, see accompanying drawing 12,13,14, this part is because of the centre position at the corner cell cube, therefore, in two faces that it is parallel to each other, there is one section protruding arch 13 to match respectively with drift angle, adjacent outside cell cube 2, belonging to together in two faces on a plane with 14 two end faces of groove of drift angle, outside cell cube 2 has one section respectively to these two protruding arches 13 that face intersecting lens center is curved, and the position at the two ends of protruding arch 13 is equidistant away from groove 14 respectively, and both ends of the surface belong to a plane together with groove 14 respectively.Angle cell cube 3 does not have two faces of protruding arch or groove to make the part on magic square surface in the outside.Two corner cell cubes 4, see accompanying drawing 15,16,17, its two adjacent faces have one section groove 14 that matches with the protruding arch 13 of drift angle, outside cell cube 2 respectively, two faces parallel respectively with groove 14, each face has one section protruding arch that matches with angle cell cube 5 in two limits, does not have the face of groove or protruding arch to make the outer surface part of magic square.Angle cell cube 5 in two limits, see accompanying drawing 18,19,20, it simultaneously has one section groove 14 that matches with the protruding arch 13 in angle in the outside, groove 14 parallel faces have one section protruding arch 13 that matches with median plane cell cube 6 therewith, and groove 14 both ends of the surface belong to together in two faces of a face and assign to one section groove 14 that matches with the protruding arch 13 in two corners therewith.There is not the face of protruding arch or groove to make the magic square outer surface.Median plane cell cube 6, see accompanying drawing 21,22,23, at its four faces that surround a week one section groove 14 that matches with the protruding arch 13 of angle cell cube 5 in two limits is arranged respectively, hole 15, the screw 16 of the continuous perforation that parallels at four faces that centre bit is equipped with groove surrounds.

Structure to magic square briefly comprehensively is characterized in that: 1, the protruding arch 13 of each cell cube of the mutually inserted magic square of the number of plies or the shape of groove 14 all are akin or identical arbitrarily, 5 layers of mutually inserted magic square of present embodiment adopt the top semicircle to seamlessly transit structure, can liken the inner space that its shape resembles the train crossing of one section bending to.2, arbitrarily between the cell cube of the different titles of number of plies mutually inserted magic square and between the cell cube of the same names of different number of plies mutually inserted magic squares, the protruding arch that adopts or groove or protruding arch, the position of groove, direction, radian all can be different.This depends on the geometric position at the number of plies, volume and the part cell cube place of magic square.For example, each mating surface of mutually inserted magic square of 7 layers must have twice to cooperate track.3. the protruding arch of cell cube of any number of plies mutually inserted magic square, groove adopt the radius of circular arc, and promptly the distance of mating surface center to face pivot all must be consistent, could guarantee the exchange and the running of part cell cube like this.Radius depends on the volume and the number of plies of magic square.It is that fluted or protruding arch or groove and protruding arch all have that 7 layers mutually inserted magic square for example, mating surface have twice to cooperate track, therefore two kinds of standard radius is arranged, according to the determining positions of part.

Claims (3)

1. mutually inserted multilayer magic square, it is characterized in that centerbody [7] has six holes [17] and six screws [18], their correspondences are passed hole [15] and screw [6] linkage unit cube [6] on the cell cube [6] through bolt [9], the combination of fluted [14] on three or three the above mating surfaces or protruding arch [13] or groove [14] and protruding arch [13] is arranged on the described cell cube, and the protruding arch [13] on the adjacent cell cube cooperatively interacts with groove [14] and forms magic square integral body.

2. according to the described multilayer magic square of claim 1, it is characterized in that groove [14] or the protruding arch [13] on the cell cube adopts circular arc, guarantee to cooperate the distance of center to face pivot basic identical.

3. according to the described multilayer magic square of claim 1, the number of plies that it is characterized in that the multilayer magic square is an odd number.

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