CN107854836A - A kind of magnetic force positions magic square - Google Patents
A kind of magnetic force positions magic square Download PDFInfo
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- CN107854836A CN107854836A CN201711045993.4A CN201711045993A CN107854836A CN 107854836 A CN107854836 A CN 107854836A CN 201711045993 A CN201711045993 A CN 201711045993A CN 107854836 A CN107854836 A CN 107854836A
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- 238000009434 installation Methods 0.000 claims abstract description 20
- 239000000463 material Substances 0.000 claims description 4
- 239000012780 transparent material Substances 0.000 claims description 4
- XEEYBQQBJWHFJM-UHFFFAOYSA-N Iron Chemical compound [Fe] XEEYBQQBJWHFJM-UHFFFAOYSA-N 0.000 description 6
- 230000008859 change Effects 0.000 description 3
- 229910052742 iron Inorganic materials 0.000 description 3
- 239000010410 layer Substances 0.000 description 3
- 238000010276 construction Methods 0.000 description 2
- 230000000694 effects Effects 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 230000009471 action Effects 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 239000012141 concentrate Substances 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
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- 239000004744 fabric Substances 0.000 description 1
- 239000003292 glue Substances 0.000 description 1
- 239000011229 interlayer Substances 0.000 description 1
- 230000008707 rearrangement Effects 0.000 description 1
- 239000002699 waste material Substances 0.000 description 1
Classifications
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F9/00—Games not otherwise provided for
- A63F9/06—Patience; Other games for self-amusement
- A63F9/08—Puzzles provided with elements movable in relation, i.e. movably connected, to each other
- A63F9/0826—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube
- A63F9/0838—Three-dimensional puzzles with slidable or rotatable elements or groups of elements, the main configuration remaining unchanged, e.g. Rubik's cube with an element, e.g. invisible core, staying permanently in a central position having the function of central retaining spider and with groups of elements rotatable about at least three axes intersecting in one point
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- Toys (AREA)
Abstract
The invention discloses a kind of magnetic force to position magic square, including outer framework magnetic force structure, center location structure, for for magnet assembly of the outer framework magnetic force structure ring around the spherical inner core structure of rotation and for improving outer framework magnetic force structure rotation precision, outer framework magnetic force structure, center location structure, which cooperates, forms hexahedron structure, spherical inner core structure and center location structure clamping, outer framework magnetic force structure and center location structure clamping, outer framework magnetic force structure includes magnetic force block level, hornblock and rib block, multiple magnetic force block levels are stacked gradually in outer framework magnetic force structure, center location structure is located at multiple magnetic force block levels center, hornblock and rib block are located on each magnetic force block level, hornblock and rib block clamping, magnet assembly is removably installed on hornblock and rib block.The present invention can make the installation and removal of magnet more convenient, and the precision that magic square rotates can also be improved, can swimmingly rotate.
Description
Technical field
The present invention relates to a kind of magic square technology, more particularly to a kind of magnetic force positioning magic square.
Background technology
At present, magic square is typically made up of multiple cell blocks and multidimensional connecting shaft, and its main body is in cube structure, including 20
Six blockages and a central shaft, blockage include six respectively be located at each face center of magic square central blocks, eight
Positioned at the hornblock of magic square vertex angle part, 12 rib blocks between adjacent two hornblock respectively, so, on each face of magic square
Blockage, the rotational characteristic based on central shaft, each layer of magic square are free to rotate.When assembling magic square, by six centers
The end of central shaft is connected to corresponding to block, but hornblock and rib block are stuck on the inside of central block, to prevent magic square from falling apart.And
The outside portion of the central block of magic square, hornblock and rib block is provided with display surface, and inside portion has rubbing surface, and bottom is used for and central shaft
Connection；And rubbing surface be used for adjacent blockage friction, and display surface be used for color lump is installed, to distinguish each face of magic square.
Magic square since the advent of the world, due to there are very strong intelligence development functions to the mankind, so once the fashionable whole world, magic square were popular
Understandable and ever-changing flexibility is strong, wants it to play necessarily requiring player to concentrate intelligence, constantly thinking, and it is not anxious not
It is hot-tempered gradually to play, in a sense, magic square has turned into the toy and examination player's intelligence of a kind of special intellectual development
Level and whether ripe toy, so as to attract batchs of players.
The complex magic square of generally use is as contest stage property in cube game, and during the games, contestant needs
Quick rotation, in the hope of completing the rearrangement of magic square within the most short time.Magic square with magnetic force location structure, has magnetic force
Suction is attracted by the magnetic force by magic square in 90 degree of shape bodies, can allow accurate positioning.
But there is following defect in existing magnetic force positioning magic square：
Magnet is bonded on square using glue, when needing to change magnet, generally required after whole magic square is dismantled
Replacing action can be completed, it is cumbersome, and magnet easily comes off so that rotation precision is relatively low, it is difficult to ensures that magic square can be smooth
Rotate；Magnet is fixed on blockage by the mode that profit is screwed, and mounting structure is relatively stable, but can only be by changing magnet
When need whole blockage to change simultaneously, cause the waste of resource.
The content of the invention
For overcome the deficiencies in the prior art, it is an object of the invention to provide a kind of magnetic force to position magic square, can make magnetic
The installation and removal of iron are more convenient, and the precision that magic square rotates can also be improved, can swimmingly rotate.
The purpose of the present invention adopts the following technical scheme that realization：
A kind of magnetic force positions magic square, including outer framework magnetic force structure, center location structure, for supplying outer framework magnetic force structure
Magnet assembly around the spherical inner core structure rotated and for improving outer framework magnetic force structure rotation precision, the outer framework magnetic
Power structure, center location structure, which cooperate, forms hexahedron structure, the spherical inner core structure and center location structure card
Connect, the outer framework magnetic force structure and center location structure clamping, the outer framework magnetic force structure include magnetic force block level, hornblock
With rib block, multiple magnetic force block levels are stacked gradually in outer framework magnetic force structure, and the center location structure is positioned at multiple
Magnetic force block level center, hornblock and the rib block are located on each magnetic force block level, the hornblock and rib block clamping, the magnetic
Component is removably installed on hornblock and rib block.
Further, the spherical inner core structure include shaft core, connecting shaft, interior central block, the first auxiliary section, in limiting
Fixed block, limited block, the second auxiliary section for the first auxiliary section clamping, interior fixture block and the interior contiguous block that central block rotates,
The shaft core is located at the center of spherical inner core structure, and the connecting shaft is fixed in shaft core, and the interior central block and shaft core are affixed, institute
State the first auxiliary section and fixed block is both secured to the outside of interior central block, offered on the limited block for being worn for interior central block
The spacing hole crossed, second auxiliary section are fixed on spacing hole, the limited block and interior central block clamping, the interior fixture block edge
Four sides of limited block are arranged and form the limited impression for housing limited block, and the interior fixture block and interior central block clamping are described
Interior fixture block and interior contiguous block clamping.
Further, the interior fixture block includes clamp, bent plate and the 3rd auxiliary section, and the limited impression is located on clamp,
3rd auxiliary section is fixed on bent plate, and the bent plate is offered for the detent with fixed block clamping.
Further, the interior contiguous block includes guide plate, the first arc, the second arc and the 3rd arc, institute
The first arc, the second arc and the 3rd arc is stated to be both secured on guide plate and along the axial direction cloth successively of guide plate
Put, formed between second arc and the 3rd arc for the 4th auxiliary section with the 3rd auxiliary section clamping.
Further, the magnet assembly includes fixture and magnet, and mounting groove is offered on the fixture, described solid
The one end for determining part is provided with for the opening for the into or out mounting groove of magnet, and the opening connects with mounting groove, the magnetic
Iron is removably installed on mounting groove.
Further, the material of the fixture is transparent material.
Further, the rib block include rib color lump, the 5th auxiliary section, mounting seat, for the 5th auxiliary section clamping
It is 6th auxiliary section, installing plate, removable for the 7th auxiliary section and the 8th auxiliary section with the first arc clamping, the rib color lump
It is installed on unloading on the display surface of rib block, the 5th auxiliary section is fixed on rib color lump, has two magnetic in the mounting seat
Property mounting surface, offers the limiting through hole for mounting fixing parts on each magnetic mounting surface, shape between two magnetic mounting surfaces
Into accommodating inner chamber, the limiting through hole connects with accommodating inner chamber, and intracavitary in accommodating, the rib color are fixed in the 6th auxiliary section
Block and mounting seat clamping, the installing plate and mounting seat are affixed, and the company of installing plate and mounting seat is fixed in the 7th auxiliary section
Place is met, the rib block and interior contiguous block clamping, the 8th auxiliary section are fixed on installing plate, two lateral bends of the installing plate
Form connecting portion.
Further, the hornblock includes role's block, the 9th auxiliary section, location-plate, the tenth auxiliary section, connecting plate, is used for
The 11st auxiliary section, connecting rod with the 9th auxiliary section clamping, for the 12nd auxiliary section and use with the tenth auxiliary section clamping
In the first hook portion with the 8th auxiliary section clamping, the hornblock is located on the drift angle of outer framework magnetic force structure, role's block
It is removably installed on the display surface of hornblock, the 9th auxiliary section is fixed on role's block, the location-plate and role's block
Affixed, the tenth auxiliary section is fixed on location-plate, has three magnetic joint faces, each magnetic connection on the connecting plate
The installation through-hole for mounting fixing parts is offered on face, conical internal cavity, the peace are formed between three magnetic joint faces
Dress through hole connects with conical internal cavity, and the 11st auxiliary section is fixed on conical internal cavity, the connecting plate and role's block clamping,
The connection through hole for being passed through for connecting rod is offered on the connecting plate, the connection through hole connects with conical internal cavity, described
Connecting rod is set on connecting plate, and the 12nd auxiliary section and the first hook portion are individually fixed on the both ends of connecting rod, institute
State location-plate, installing plate and connecting rod clamping.
Further, two neighboring magnetic mounting surface is connected between magnetic joint face by magnetic force.
Further, the center location structure include outer central block, center color lump, hang plate, support bar, for card
The 13rd auxiliary section and be located at centralized positioning knot for the second hook portion with connecting portion clamping, the outer central block that board connects
On structure, the center color lump is fixed on the display surface of outer central block, and the hang plate and center color lump are affixed, the support bar
Affixed with hang plate, the 13rd auxiliary section and the second hook portion are respectively positioned on support bar, the support bar and clamp, installation
Board connects, the outer central block and interior fixture block, rib block clamping.
Compared with prior art, the beneficial effects of the present invention are：
The present embodiment includes outer framework magnetic force structure, center location structure, spherical inner core structure and magnet assembly, specifically
Ground, spherical inner core structure is set to realize clamping with center location structure, by outer framework magnetic force structure and center location structure card
Connect, outer framework magnetic force structure, center location structure is cooperated and form hexahedron structure, outer framework magnetic force structure being capable of ring
Rotated around spherical inner core structure, it is worth mentioning at this point that, outer framework magnetic force structure includes magnetic force block level, hornblock and rib block, housing
Frame magnetic force structure is stacked gradually by multiple magnetic force block levels and formed, and center location structure is located at the center of multiple magnetic force block levels,
And hornblock and rib block are located on each magnetic force block level, and hornblock is connected with rib block by way of clamping, can by magnet assembly
Releasably it is installed on hornblock and rib block, i.e., magnet assembly can be removably installed on each magnetic force block level so that
Polarity be present between adjacent magnetic force block level, so as to be favorably improved the precision of outer framework magnetic force structure rotation,
Avoid magic square from occurring stuck phenomenon when rotating, can swimmingly rotate, can also realize the peace installation and dismantling of magnet assembly
Unload, it is very convenient.
Brief description of the drawings
Fig. 1 is the structural representation that a kind of magnetic force of the present invention positions magic square embodiment；
Fig. 2 positions a kind of structural representation of state of spherical inner core structure in magic square embodiment for a kind of magnetic force of the present invention；
Fig. 3 is the structural representation that a kind of magnetic force of the present invention positions spherical inner core structure another kind state in magic square embodiment
Figure；
Fig. 4 is the structural representation that a kind of magnetic force of the present invention positions interior central block and limited block in magic square embodiment；
Fig. 5 positions a kind of structural representation of state of outer framework magnetic force structure in magic square embodiment for a kind of magnetic force of the present invention
Figure；
Fig. 6 is the structural representation that a kind of magnetic force of the present invention positions outer framework magnetic force structure another kind state in magic square embodiment
Figure；
Fig. 7 positions a kind of structural representation of state of rib block in magic square embodiment for a kind of magnetic force of the present invention；
Fig. 8 is the structural representation that a kind of magnetic force of the present invention positions rib block another kind state in magic square embodiment；
Fig. 9 is the structural representation that a kind of magnetic force of the present invention positions rib block another kind state in magic square embodiment；
Figure 10 positions a kind of structural representation of state of hornblock in magic square embodiment for a kind of magnetic force of the present invention；
Figure 11 is the structural representation that a kind of magnetic force of the present invention positions hornblock another kind state in magic square embodiment；
Figure 12 is the structural representation that a kind of magnetic force of the present invention positions magic square embodiment China and foreign countries central block；
Figure 13 is the structural representation that a kind of magnetic force of the present invention positions interior fixture block in magic square embodiment；
Figure 14 is the structural representation that a kind of magnetic force of the present invention positions interior contiguous block in magic square embodiment.
In figure：1st, hornblock；2nd, rib block；3rd, shaft core；31st, connecting shaft；32nd, interior central block；33rd, the first auxiliary section；34th, it is fixed
Block；35th, limited block；351st, spacing hole；36th, the second auxiliary section；4th, interior fixture block；5th, interior contiguous block；41st, limited impression；42nd, block
Plate；43rd, bent plate；44th, the 3rd auxiliary section；431st, detent；51st, guide plate；52nd, the first arc；53rd, the second arc；
54th, the 3rd arc；55th, the 4th auxiliary section；6th, fixture；61st, mounting groove；62nd, it is open；21st, rib color lump；22nd, the 5th coordinates
Portion；23rd, mounting seat；231st, magnetic mounting surface；232nd, limiting through hole；233rd, inner chamber is housed；24th, the 6th auxiliary section；25th, install
Plate；26th, the 7th auxiliary section；27th, the 8th auxiliary section；251st, connecting portion；11st, role's block；12nd, the 9th auxiliary section；13rd, location-plate；
14th, the tenth auxiliary section；15th, connecting plate；151st, magnetic joint face；152nd, installation through-hole；153rd, conical internal cavity；154th, connection is logical
Hole；16th, the 11st auxiliary section；17th, connecting rod；18th, the 12nd auxiliary section；19th, the first hook portion；7th, outer central block；71st, center
Color lump；72nd, hang plate；73rd, support bar；74th, the 13rd auxiliary section；75th, the second hook portion；8th, magnet.
Embodiment
Below, with reference to accompanying drawing and embodiment, the present invention is described further, it is necessary to which explanation is, not
Under the premise of afoul, new implementation can be formed between various embodiments described below or between each technical characteristic in any combination
Example.
A kind of magnetic force positioning magic square as shown in Figure 1, including it is outer framework magnetic force structure, center location structure, outer for supplying
Magnet assembly of the framework magnetic force structure ring around the spherical inner core structure of rotation and for improving outer framework magnetic force structure rotation precision,
Outer framework magnetic force structure, center location structure, which cooperate, forms hexahedron structure, spherical inner core structure and centralized positioning knot
Structure clamping, outer framework magnetic force structure and center location structure clamping, outer framework magnetic force structure include magnetic force block level, the and of hornblock 1
Rib block 2, multiple magnetic force block levels are stacked gradually in outer framework magnetic force structure, and center location structure is located at multiple magnetic force block levels
Center, hornblock 1 and rib block 2 are located on each magnetic force block level, and hornblock 1 and the clamping of rib block 2, magnet assembly are removably installed in
On hornblock 1 and rib block 2.
As shown in figure 1, the present embodiment includes outer framework magnetic force structure, center location structure, spherical inner core structure and magnetic
Component, specifically, spherical inner core structure is set to realize clamping with center location structure, by outer framework magnetic force structure and centralized positioning knot
Structure carries out clamping, outer framework magnetic force structure, center location structure is cooperated and forms hexahedron structure, outer framework magnetic force knot
Structure can surround spherical inner core structure and rotate, it is worth mentioning at this point that, outer framework magnetic force structure includes magnetic force block level, the and of hornblock 1
Rib block 2, outer framework magnetic force structure are stacked gradually by multiple magnetic force block levels and formed, and center location structure is located at multiple magnetic force squares
The center of layer, and hornblock 1 and rib block 2 are located on each magnetic force block level, and hornblock 1 is connected with rib block 2 by way of clamping,
Magnet assembly is removably installed on hornblock 1 and rib block 2, i.e., magnet assembly can be removably installed in each magnetic force
On block level so that polarity be present between adjacent magnetic force block level, so as to be favorably improved outer framework magnetic force knot
The precision that structure rotates, avoids magic square from occurring stuck phenomenon when rotating, can swimmingly rotate, can also realize magnetic group
The installation and removal of part, it is very convenient.
As in Figure 2-4, spherical inner core structure is made to include shaft core 3, connecting shaft 31, interior central block 32, the first auxiliary section 33, solid
Determine block 34, limited block 35, the second auxiliary section 36, interior fixture block 4 and interior contiguous block 5, shaft core 3 is located in spherical inner core structure
The heart, connecting shaft 31 is fixedly installed in shaft core 3 so that interior central block 32 is fixedly connected with shaft core 3, as the present embodiment one kind compared with
Good embodiment, the first auxiliary section 33 and fixed block 34 are installed with the outside of interior central block 32, and in limited block
Spacing hole 351 is offered on 35, and there is the second auxiliary section 36 in spacing hole 351, interior central block 32 is passed through spacing hole
351, the second auxiliary section 36 and the first auxiliary section 33 carry out clamping so that and limited block 35 realizes clamping with interior central block 32, and then
Limited block 35 is set to be set on interior central block 32, it is interior in the present embodiment by the corresponding arrangement in four sides of the interior fixture block 4 along limited block 35
The quantity of fixture block 4 is arranged to four so that limited impression 41 is formed between four interior fixture blocks 4, is installed on limited block 35 spacing recessed
On groove 41.
As shown in Fig. 5,13, further, interior fixture block 4 is set to include clamp 42, the auxiliary section 44 of bent plate 43 and the 3rd, and it is spacing
Groove 41 is located on clamp 42, and the 3rd auxiliary section 44 is fixed with bent plate 43, and detent 431 is offered on bent plate 43,
Fixed block 34 is set to realize clamping with detent 431, and fixed block 34 is fixedly installed on interior central block 32, so that interior card
Block 4 realizes clamping with interior central block 32, and the rotation of interior fixture block 4 is limited using fixed block 34, prevents magic square from stuck phenomenon occur, has
Help improve the fault-tolerance of magic square.
As shown in Fig. 5,14, further, interior contiguous block 5 is set to include guide plate 51, the first arc 52, the second arc
The arc 54 of plate 53 and the 3rd, the first arc 52, the second arc 53 and the 3rd arc 54 is set to be fixedly installed in guiding
On plate 51, and the first arc 52, the axial direction of the second arc 53 and the 3rd arc 54 along guide plate 51 are sequentially arranged,
Specifically, make to form the 4th auxiliary section 55 between the second arc 53 and the 3rd arc 54, in the present embodiment, the 4th auxiliary section 55
The both sides in the second arc 53 and the 3rd arc 54 are respectively arranged, the 4th auxiliary section 55 is carried out with the 3rd auxiliary section 44
Clamping, and the 3rd auxiliary section 44 is installed on bent plate 43, so that interior fixture block 4 realizes clamping with interior contiguous block 5, helps to make
Outer framework magnetic force structure ring is around the smooth rotation of spherical inner core structure.
As shown in Fig. 8,9,11, magnet assembly is set to include fixture 6 and magnet 8, it is a kind of preferably real as the present embodiment
Mode is applied, fixture 6 is arranged to cylindric, and mounting groove 61 is offered on fixture 6, and one end of fixture 6 is provided with opening
62, opening 62 is connected with mounting groove 61, during installation, magnet 8 is put into mounting groove 61 from opening 62, so that magnet 8 is removable
It is installed on unloading in mounting groove 61；Similarly, during dismounting, magnet 8 need to only be taken out from opening 62, just can disengages it from mounting groove
61, the replacing of magnet 8 is realized, it is convenient and swift.
As Figure 7-9, rib block 2 is made to include rib color lump 21, the 5th auxiliary section 22, mounting seat 23, the 6th auxiliary section 24, peace
Loading board 25, the 7th auxiliary section 26 and the 8th auxiliary section 27, the 5th auxiliary section 22 is fixed on rib color lump 21, makes in mounting seat 23
With two magnetic mounting surfaces 231, limiting through hole 232 is offered on each magnetic mounting surface 231, as the present embodiment
A kind of preferable embodiment, there is two limiting through hole 232, another magnetic mounting surface 231 on a magnetic mounting surface 231
It is upper that there is a limiting through hole 232, multiple installation sites are provided for the installation of fixture 6, so as to help to increase magnetic installation
The feature in face 231, fixture 6 is installed in limiting through hole 232, magnet 8, three limiting through hole 232 are installed on fixture 6
The polarity of rib block 2 is favorably improved, sound construction is reliable, the phenomenon that magnet 8 can be avoided to be come off in rotation process, has
Help provide stable polarity effect for magic square, it is possible to increase the precision of rotation, specifically, two magnetic mounting surfaces 231
Between form accommodating inner chamber 233, and limiting through hole 232 can be realized with accommodating inner chamber 233 and connect, and the fixation of the 6th auxiliary section 24 is pacified
Loaded in accommodating inner chamber 233, make the 6th auxiliary section 24 and the clamping of the 5th auxiliary section 22, and then rib color lump 21 and mounting seat can be made
23 realize clamping so that rib color lump 21 is installed on the display surface of rib block 2；During dismounting, only it need to make the 6th auxiliary section 24 and the 5th
Auxiliary section 22 separates, and just can unload rib color lump 21 from mounting seat 23, and now accommodating inner chamber 233 is exposed, can be by fixture 6
Unloaded from limiting through hole 232, without whole magic square is taken apart, just can easily realize the replacing of magnet 8.Make installing plate 25 and peace
Dress seat 23 achieves a fixed connection, and the 7th auxiliary section 26 is fixedly installed in the junction of installing plate 25 and mounting seat 23 so that the
Seven auxiliary sections 26 and the clamping of the first arc 52, and then rib block 2 can be made to realize clamping with interior contiguous block 5, help to make magic square
Can stable rotation, avoid the occurrence of the phenomenon that magic square falls apart.
As shown in Figure 10,11, make hornblock 1 include role's block 11, the 9th auxiliary section 12, location-plate 13, the tenth auxiliary section 14,
Connecting plate 15, the 11st auxiliary section 16, connecting rod 17, the 12nd auxiliary section 18 and the first hook portion 19, specifically, hornblock 1
In on the drift angle of outer framework magnetic force structure, being installed with the 9th auxiliary section 12 on role's block 11, location-plate 13 and role's block
11 are achieved a fixed connection, and the tenth auxiliary section 14 is fixedly installed on location-plate 13, in the present embodiment, have three on connecting plate 15
Individual magnetic joint face 151, make to offer installation through-hole 152 on each magnetic joint face 151, on each installation through-hole 152
Mounting fixing parts 6, magnet 8 is installed on fixture 6, sound construction is reliable, can avoid what magnet 8 came off in rotation process from showing
As helping to provide stable polarity effect for magic square, it is possible to increase the precision of rotation, and three magnetic joint faces 151
Between formed conical internal cavity 153 so that installation through-hole 152 connects with conical internal cavity 153 so that cone is fixed in the 11st auxiliary section 16
On shape inner chamber 153, i.e., the 11st auxiliary section 16 is fixedly installed on connecting plate 15, makes the 11st auxiliary section 16 and the 9th auxiliary section
12 clampings, and then connecting plate 15 can be made to realize clamping with role's block 11, so as to which role's block 11 to be installed on to the display surface of hornblock 1
On, during dismounting, only the 11st auxiliary section 16 need to be made to be separated with the 9th auxiliary section 12, role's block 11 is unloaded from connecting plate 15,
Now conical internal cavity 153 is exposed, and fixture 6 is unloaded from limiting through hole 232, just can be light without whole magic square is taken apart
Realize the replacing of magnet 8.It is noted that offering installation through-hole 152 on connecting plate 15, make connection through hole 154 and cone
Connection, the connection through hole 154 for passing through connecting rod 17 are realized in shape inner chamber 153, and then connecting rod 17 can be set in into connecting plate
On 15, and the 12nd auxiliary section 18 and the first hook portion 19 are individually fixed on the both ends of connecting rod 17, make the 12nd auxiliary section
18 and the tenth auxiliary section 14 realize clamping so that location-plate 13 and the clamping of connecting rod 17, connecting plate is installed on by connecting rod 17
On 15, and the first hook portion 19 and the clamping of the 8th auxiliary section 27, the 8th auxiliary section 27 are fixedly installed on installing plate 25, so that
Obtain installing plate 25 and realize clamping with connecting rod 17, that is, cause rib block 2 to realize clamping with hornblock 1, help to enable magic square to stablize
Rotate, avoid the occurrence of the phenomenon that magic square falls apart.
As shown in Figure 11-Figure 5, draw between any two adjacent magnetic mounting surface 231 and magnetic joint face 151 with magnetic
Power, so that adjacent any two interlayer has polarity, the precision positioned after rotating is improved using magnetic force, prevents magic square
Occurs stuck phenomenon during rotation.
As shown in Figure 11-Figure 5, as a kind of preferable embodiment of the present embodiment, the material for making fixture 6 is transparent material
It is molded, rotates magic square, make two layers of certain angle that staggers of arbitrary neighborhood, such as 45 °, rib block 2 can be made to expose magnetic installation
Face 231, now can limiting through hole 232 it is exposed, similarly, hornblock 1 is exposed magnetic joint face 151, outside installation through-hole 152
Dew, and because the material of fixture 6 is transparent material, so as to intuitively observe in fixture 6 whether being already installed with magnetic
Iron 8, without magic square is taken apart, it is possible to increase the efficiency of installation, the phenomenon for preventing neglected loading magnet 8 occur, be favorably improved
The quality of magic square.
As shown in Fig. 5,6,12, in the present embodiment, center location structure includes outer central block 7, center color lump 71, tilted
Plate 72, support bar 73, the 13rd auxiliary section 74 and the second hook portion 75, outer central block 7 is set to be located on center location structure, will
Center color lump 71 is fixedly installed on the display surface of outer central block 7 so that and hang plate 72 achieves a fixed connection with center color lump 71,
Support bar 73 is fixedly installed on hang plate 72, specifically, the 13rd auxiliary section 74 and second is installed on support bar 73
The auxiliary section 74 of hook portion the 75, the 13rd and the second hook portion 75 are located at the both sides of support bar 73, make the 13rd auxiliary section 74 and card
The clamping of plate 42, and then cause support bar 73 to realize clamping with clamp 42, and clamp 42 is fixedly installed on interior fixture block 4, so that
Outer central block 7 and interior fixture block 4 realize clamping, the second hook portion 75 and connecting portion 251 are realized into clamping, and the two of installing plate 25
Lateral bend forms connecting portion 251, i.e. connecting portion 251 is located on installing plate 25, and then support bar 73 can be made real with installing plate 25
Existing clamping, so as to outer central block 7 and the clamping of rib block 2, help to enable magic square is smooth to rotate, avoid the occurrence of that magic square falls apart shows
As.
Above-mentioned embodiment is only the preferred embodiment of the present invention, it is impossible to the scope of protection of the invention is limited with this,
The change and replacement for any unsubstantiality that those skilled in the art is done on the basis of the present invention belong to institute of the present invention
Claimed scope.
Claims (10)
1. a kind of magnetic force positions magic square, it is characterised in that：Including outer framework magnetic force structure, center location structure, for for housing
Magnet assembly of the frame magnetic force structure ring around the spherical inner core structure of rotation and for improving outer framework magnetic force structure rotation precision, institute
State outer framework magnetic force structure, center location structure cooperates and forms hexahedron structure, the spherical inner core structure and center
Location structure clamping, the outer framework magnetic force structure and center location structure clamping, the outer framework magnetic force structure include magnetic force
Block level, hornblock and rib block, multiple magnetic force block levels are stacked gradually in outer framework magnetic force structure, the centralized positioning knot
Structure is located at multiple magnetic force block levels center, and hornblock and the rib block is located on each magnetic force block level, the hornblock and rib block card
Connect, the magnet assembly is removably installed on hornblock and rib block.
2. magnetic force as claimed in claim 1 positions magic square, it is characterised in that：The spherical inner core structure include shaft core, connecting shaft,
Interior central block, the first auxiliary section, for limit fixed block, limited block that interior central block rotates, for the first auxiliary section clamping
The second auxiliary section, interior fixture block and interior contiguous block, the shaft core is located at the center of spherical inner core structure, and the connecting shaft is fixed on axle
On core, the interior central block and shaft core are affixed, and first auxiliary section and fixed block are both secured to the outside of interior central block, described
The spacing hole for being passed through for interior central block is offered on limited block, second auxiliary section is fixed on spacing hole, the limit
Position block and interior central block clamping, four sides of the interior fixture block along limited block are arranged and formed for housing the spacing recessed of limited block
Groove, the interior fixture block and interior central block clamping, the interior fixture block and interior contiguous block clamping.
3. magnetic force as claimed in claim 2 positions magic square, it is characterised in that：The interior fixture block includes clamp, bent plate and the 3rd
Auxiliary section, the limited impression are located on clamp, and the 3rd auxiliary section is fixed on bent plate, the bent plate offer for
The detent of fixed block clamping.
4. magnetic force as claimed in claim 2 positions magic square, it is characterised in that：The interior contiguous block includes guide plate, the first arc
Shape plate, the second arc and the 3rd arc, first arc, the second arc and the 3rd arc are both secured to be oriented to
It is sequentially arranged, is formed between second arc and the 3rd arc for matching somebody with somebody with the 3rd on plate and along the axial direction of guide plate
4th auxiliary section of conjunction portion clamping.
5. magnetic force as claimed in claim 1 positions magic square, it is characterised in that：The magnet assembly includes fixture and magnet,
Mounting groove is offered on the fixture, one end of the fixture is provided with for opening for the into or out mounting groove of magnet
Mouthful, the opening is connected with mounting groove, and the magnet is removably installed on mounting groove.
6. magnetic force as claimed in claim 5 positions magic square, it is characterised in that：The material of the fixture is transparent material.
7. magnetic force as claimed in claim 4 positions magic square, it is characterised in that：The rib block include rib color lump, the 5th auxiliary section,
Mounting seat, the 6th auxiliary section for the 5th auxiliary section clamping, installing plate, for coordinating with the 7th of the first arc clamping
Portion and the 8th auxiliary section, the rib color lump are removably installed on the display surface of rib block, and rib is fixed in the 5th auxiliary section
On color lump, there are two magnetic mounting surfaces in the mounting seat, offered for mounting fixing parts on each magnetic mounting surface
Limiting through hole, accommodating inner chamber is formed between two magnetic mounting surfaces, the limiting through hole connects with accommodating inner chamber, and the described 6th matches somebody with somebody
Intracavitary in accommodating, the rib color lump and mounting seat clamping are fixed in conjunction portion, and the installing plate and mounting seat are affixed, and the described 7th matches somebody with somebody
The junction of installing plate and mounting seat, the rib block and interior contiguous block clamping are fixed in conjunction portion, and the 8th auxiliary section is fixed on
On installing plate, the both sides of the installing plate are bent to form connecting portion.
8. magnetic force as claimed in claim 7 positions magic square, it is characterised in that：The hornblock include role's block, the 9th auxiliary section,
Location-plate, the tenth auxiliary section, connecting plate, the 11st auxiliary section for the 9th auxiliary section clamping, connecting rod, for the tenth
12nd auxiliary section of auxiliary section clamping and it is located at outer framework for the first hook portion with the 8th auxiliary section clamping, the hornblock
On the drift angle of magnetic force structure, role's block is removably installed on the display surface of hornblock, and the 9th auxiliary section is fixed on
On role's block, the location-plate and role's block are affixed, and the tenth auxiliary section is fixed on location-plate, has on the connecting plate
Three magnetic joint faces, the installation through-hole for mounting fixing parts, three magnetic are offered on each magnetic joint face
Conical internal cavity is formed between joint face, the installation through-hole connects with conical internal cavity, and the 11st auxiliary section is fixed in taper
On chamber, the connecting plate and role's block clamping, the connection through hole for being passed through for connecting rod is offered on the connecting plate, it is described
Connection through hole is connected with conical internal cavity, and the connecting rod is set on connecting plate, the 12nd auxiliary section and the first hook portion
It is individually fixed on the both ends of connecting rod, the location-plate, installing plate and connecting rod clamping.
9. magnetic force as claimed in claim 8 positions magic square, it is characterised in that：Two neighboring magnetic mounting surface and magnetic joint face
Between connected by magnetic force.
10. magnetic force as claimed in claim 3 positions magic square, it is characterised in that：The center location structure include outer central block,
Center color lump, hang plate, support bar, for the 13rd auxiliary section with clamp clamping and for being hooked with the second of connecting portion clamping
Foot, the outer central block are located on center location structure, and the center color lump is fixed on the display surface of outer central block, described
Hang plate and center color lump are affixed, and the support bar and hang plate are affixed, the 13rd auxiliary section and the second equal position in hook portion
In on support bar, the support bar and clamp, installing plate clamping, the outer central block and interior fixture block, rib block clamping.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711045993.4A CN107854836B (en) | 2017-10-31 | 2017-10-31 | Magnetic positioning magic cube |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201711045993.4A CN107854836B (en) | 2017-10-31 | 2017-10-31 | Magnetic positioning magic cube |
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| Publication Number | Publication Date |
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| CN107854836B CN107854836B (en) | 2024-03-19 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201711045993.4A Active CN107854836B (en) | 2017-10-31 | 2017-10-31 | Magnetic positioning magic cube |
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| CN109568928A (en) * | 2018-10-19 | 2019-04-05 | 广州市淦源文化传播有限公司 | Five magic cube structures |
| CN110038293A (en) * | 2019-04-19 | 2019-07-23 | 广州淦源智能科技有限公司 | The adjustable magic square of rotating property |
| CN110665213A (en) * | 2019-09-20 | 2020-01-10 | 杨永顺 | Magnetic suction type second-order magic cube corner block and second-order cylindrical magnetic suction building block magic cube |
| CN110721462A (en) * | 2018-07-17 | 2020-01-24 | 李再圆 | Magic cube and manufacturing method thereof |
| GB2607117A (en) * | 2021-05-26 | 2022-11-30 | Guangzhou Ganyuan Intelligent Tech Co Ltd | Magnetic levitation magic cube |
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|---|---|
| CN107854836B (en) | 2024-03-19 |
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