CN107661635A - Three connect building blocks - Google Patents
Three connect building blocks Download PDFInfo
- Publication number
- CN107661635A CN107661635A CN201710886412.3A CN201710886412A CN107661635A CN 107661635 A CN107661635 A CN 107661635A CN 201710886412 A CN201710886412 A CN 201710886412A CN 107661635 A CN107661635 A CN 107661635A
- Authority
- CN
- China
- Prior art keywords
- connecting pole
- building blocks
- magnetic
- block
- rotating bar
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Withdrawn
Links
Classifications
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/04—Building blocks, strips, or similar building parts
- A63H33/046—Building blocks, strips, or similar building parts comprising magnetic interaction means, e.g. holding together by magnetic attraction
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63H—TOYS, e.g. TOPS, DOLLS, HOOPS OR BUILDING BLOCKS
- A63H33/00—Other toys
- A63H33/04—Building blocks, strips, or similar building parts
- A63H33/10—Building blocks, strips, or similar building parts to be assembled by means of additional non-adhesive elements
- A63H33/107—Building blocks, strips, or similar building parts to be assembled by means of additional non-adhesive elements using screws, bolts, nails, rivets, clamps
Landscapes
- Dynamo-Electric Clutches, Dynamo-Electric Brakes (AREA)
Abstract
The present invention relates to one kind three to connect building blocks.It solves the problems such as prior art design is not reasonable.Including two building blocks, transfer block, connecting pole is movably equipped with transfer block, the first rotational installation structure is provided between connecting pole and transfer block, connecting pole both ends extend respectively to transfer block both sides and are respectively facing building block, connecting hole that is corresponding with connecting pole one end and being inserted for connecting pole is respectively equipped with building block, this building blocks also includes at least one connection controller being separately provided, and connection controller includes control seat, rotating bar is provided with by the second rotational installation structure on control seat, magnetic linkage structure is provided between control seat and connecting pole, splicing drive mechanism is provided between building block and connecting pole.Advantage is：Using magnetic, identical charges repel each other, and the principle control bolt that there is a natural attraction between the sexes rotates, and is threadedly coupled by three building blocks of Magnetic Control, connectivity robustness is strong, and playability is high.
Description
Technical field
The invention belongs to toy technique field, connects building blocks more particularly, to one kind three.
Background technology
Building blocks be typically cube wood or plastic solidification toy, typically each incrustation letter or picture, hold
Perhaps carrying out different arrangements or progress construction activity building blocks has various patterns, can develop children's intelligence, can be combined into house, various dynamic
Thing etc..Traditional block toy mainly has two kinds, and the first is wooden building blocks, and building block can put into different moulding, product
There is no connection member between wooden unit；Second is plug type building block；The problem of very big, the first building blocks all be present in both building blocks
Easy slump during putting；Second of building blocks easily occurs plugging difficult or stuck situation.So so that existing building blocks exist
Less stable during putting, playing method underaction, it is not easy to the popularization of building blocks.
In order to solve the problems, such as that prior art is present, people have carried out long-term exploration, it is proposed that miscellaneous solution
Scheme.For example, Chinese patent literature discloses a kind of magnetic building blocks block and toy building set [application number：
201610632908.3], the magnetic building blocks block includes cube shaped building blocks block body, each face of building blocks block body
Center is provided with installing blind, a magnet is respectively equipped with each installing blind, it is blind that the magnet interference is fitted in each installation
Kong Zhong.The toy building set includes pedestal contiguous block and multiple magnetic building blocks blocks, at the top surface interval of the pedestal contiguous block
Multiple magnet are disposed with, the magnet is embedded at pedestal contiguous block top surface, the magnet that each magnetic building blocks block passes through its surface
Connect with attracting attach of the magnet of pedestal contiguous block top surface.
Such scheme solves the problems, such as the easy slump of existing building blocks to a certain extent, by magnet attract each other come
Improve stability when playing with building blocks, but the program still there is：Playability is poor, connects when putting and not enough firmly asks
Topic.
The content of the invention
Regarding the issue above, the present invention provides a kind of reasonable in design, three high company's building blocks of bonding strength.
To reach above-mentioned purpose, present invention employs following technical proposal：This three companies building blocks, including two are in some
Polyhedral building block in face, it is characterised in that it is in polyhedral transfer block to be provided between described building block, described switching
It is movably equipped with the connecting pole through transfer block on block, and is provided between described connecting pole and transfer block and can make connecting pole and turn
Connect block axially position and circumferentially rotate the first connected rotational installation structure, described connecting pole both ends extend respectively to transfer block
Both sides and building block is respectively facing, is respectively equipped with described building block corresponding with connecting pole one end and for connecting pole insertion
Connecting hole, this building blocks also includes at least one connection controller being separately provided, and described connection controller includes control seat,
Being provided with described control seat by the second rotational installation structure can be with connecting pole phase when controlling seat to be placed on transfer block upper end
Parallel rotating bar, and be provided between described control seat and connecting pole and can be driven when rotating bar circumferentially rotates by magnetive attraction
The magnetic linkage structure that connecting pole circumferentially rotates, and be provided between described building block and connecting pole when connecting pole circumferentially rotates
The synchronous splicing drive mechanism closer or far from transfer block of two building blocks can be driven.Obviously, lead to while rotating bar rotates
Cross magnetic linkage structure drive connecting pole rotate, splicing drive mechanism drive under connecting pole respectively with two connecting hole phases
Even, two building blocks are connected with transfer block so as to realize.
In above-mentioned three connect building blocks, described splicing drive mechanism is located on the outside of adapter including being arranged on connecting pole
First external screw thread of one end, has in the connecting hole in two building blocks on the building block corresponding with the connecting pole end and first
The first internal thread that external screw thread is meshed, the other end that described connecting pole is located on the outside of adapter have the second external screw thread, and
There is the second internal thread being meshed with the second external screw thread, and institute in connecting hole in two building blocks on a remaining building block
The the first externally threaded hand of spiral and the second externally threaded hand of spiral stated are opposite.Due to the hand of spiral phase at connecting pole both ends
Instead, it can realize that two building blocks are synchronous closer or far from transfer block when being rotatablely connected post.
In above-mentioned three connect building blocks, described building block is identical and hollow in size with transfer block and control seat
Cube structure, and described connecting pole both ends are extended through on the corresponding face of transfer block, and described connection column end
The inside of building block is extended to when building block is connected with adapter.That is, transfer block and building blocks here is block-shaped, big
Small identical, two building blocks equivalent to three building blocks that are connected with transfer block are connected.
In above-mentioned three connect building blocks, described magnetic linkage structure, which includes fixing being set in the middle part of connecting pole and being located at, to be turned
The first magnetic inside joint chair, the first described magnetic have the first S poles and the first N poles, and described rotating bar is provided with
Second magnetic corresponding with the first magnetic and with the 2nd S poles and the 2nd N poles.I.e. using magnetic, identical charges repel each other, different
Property attracting principle, drive connecting pole to circumferentially rotate by magnetic force when the second magnetic in rotating bar rotates, so that two
The screw thread of individual building blocks is connected, it is preferable that building block and transfer block here can be made of clear material, it can be seen that bolt
Rotate so as to improve the playability of building blocks.
In above-mentioned three connect building blocks, the first described magnetic is in a ring and the first described magnetic and connecting pole are same
Axle is set, and the first described S poles and the first N are extremely curved block and both are radially spliced the first above-mentioned magnetic
Body；The second cylindrical and described magnetic of the second described magnetic and rotating bar are coaxially disposed, and the 2nd described S poles
It is extremely curved block with the 2nd N and both are radially spliced the second above-mentioned magnetic.
In above-mentioned three connect building blocks, the described first rotational installation structure includes being separately positioned on the of transfer block both sides
One mounting hole, described connection column end are arranged in the first mounting hole respectively, and described connecting pole and the first mounting hole it
Between be provided with can make the corresponding first mounting hole axially position of connecting pole and circumferentially rotate first rotational installation component.
In above-mentioned three connect building blocks, the described first rotational installation component includes being arranged on the of connecting pole outer circumferential
One annular groove, the first rolling bearing is provided between described first annular groove and the first mounting hole.
In above-mentioned three connect building blocks, the described second rotational installation structure includes the chamber being formed in control seat, institute
The control seat stated is in polyhedral, and described rotating bar one end is located in chamber, and described control seat is provided with least one the
Two mounting holes, the described rotating bar other end is through the second mounting hole and extends on the outside of control seat, and described rotating bar
And second be provided with second that can make the corresponding second mounting hole axially position of rotating bar and circumferentially rotate between mounting hole and rotate peace
Arrangement.
In above-mentioned three connect building blocks, the described second rotational installation component includes being arranged on the of rotating bar outer circumferential
Second ring groove, the second rolling bearing is provided between described the second annular groove and the second mounting hole.
In above-mentioned three connect building blocks, one end that described rotating bar is extended on the outside of control seat, which is connected with, can drive rotation
The rotating drive mechanism that bar circumferentially rotates；Described rotating drive mechanism includes the driver being arranged on control seat, described
The output shaft of driver is fixedly linked with rotating bar or is detachably connected.
Compared with prior art, it is the advantages of this three companies building blocks：Simple in construction, using magnetic, identical charges repel each other, different
Property attracting principle control bolt rotate, be threadedly coupled by three building blocks of Magnetic Control, connectivity robustness is strong, playability
It is high.
Brief description of the drawings
Fig. 1 is structural representation provided by the invention.
In figure, building block 1, connecting hole 11, the first internal thread 12, the second internal thread 13, transfer block 2, connecting pole 3, first
External screw thread 31, the second external screw thread 32, first rotational installation structure 4, the first mounting hole 41, first annular groove 42, the first rotary shaft
Hold 43, connection controller 5, control seat 51, second is rotatablely installed structure 6, the second mounting hole 61,62, second turns of the second annular groove
Dynamic bearing 63, rotating bar 7, magnetic linkage structure 8, the first magnetic 81, the first S poles 811, the first N poles 812, the second magnetic
82nd, the 2nd S poles 821, the 2nd N poles 822, rotating drive mechanism 9, driver 91.
Embodiment
The present invention will be further described in detail with reference to the accompanying drawings and detailed description.
As shown in figure 1, this three connect building blocks, if including two be in dried noodle polyhedral building block 1, building block 1 it
Between to be provided be in polyhedral transfer block 2, be movably equipped with the connecting pole 3 through transfer block 2 in transfer block 2, and connecting pole 3 and turn
Connecting pole 3 and the axially position of transfer block 2 can be made and circumferentially rotate the first rotational installation structure 4 being connected by connecing to be provided between block 2, even
Connect the both ends of post 3 to extend respectively to the both sides of transfer block 2 and be respectively facing building block 1, be respectively equipped with building block 1 and connecting pole 3 one
Connecting hole 11 that is corresponding and being inserted for connecting pole 3 is held, this building blocks also includes at least one connection controller 5 being separately provided,
And connection controller 5 includes control seat 51, control and be provided with seat 51 by the second rotational installation structure 6 when control seat 51 is placed on
Rotating bar 7 that can be parallel with connecting pole 3 during 2 upper end of transfer block, and control to be provided between seat 51 and connecting pole 3 and work as rotating bar 7
Can drive the magnetic linkage structure 8 that circumferentially rotate of connecting pole 3 when circumferentially rotating by magnetive attraction, and building block 1 and connecting pole 3 it
Between be provided with the synchronous splicing driving machines closer or far from transfer block 2 of two building blocks 1 can be driven when connecting pole 3 circumferentially rotates
Structure.Obviously, connecting pole 3 is driven to rotate by magnetic linkage structure 8 while rotating bar 7 rotates, in splicing drive mechanism
Drive lower connecting pole 3 to be connected respectively with two connecting holes 11, two building blocks 1 are connected with transfer block 2 so as to realize.
Specifically, splicing drive mechanism here includes being arranged on the of one end that connecting pole 3 is located on the outside of adapter
One external screw thread 31, has in the connecting hole 11 in two building blocks 1 on the building block 1 corresponding with the end of connecting pole 3 and first
The first internal thread 12 that external screw thread 31 is meshed, the other end that connecting pole 3 is located on the outside of adapter have the second external screw thread 32, and
There is spiral shell in second to be meshed with the second external screw thread 32 in connecting hole 11 in two building blocks 1 on a remaining building block 1
Line 13, and the hand of spiral of the hand of spiral of the first external screw thread 31 and the second external screw thread 32 is opposite.Due to the spiral shell at the both ends of connecting pole 3
Line is in opposite direction, can realize that two building blocks 1 are synchronous closer or far from transfer block 2 when being rotatablely connected post 3.Preferably, here
Building block 1 and transfer block 2 and control seat 51 in the identical and hollow cube structure of size, and both ends of connecting pole 3 point
Not through on the corresponding face of transfer block 2, and the end of connecting pole 3 extends to building block 1 when building block 1 is connected with adapter
Inside.
Specifically, magnetic linkage structure 8 here includes fixed be set in the middle part of connecting pole 3 and inside adapter
First magnetic 81, the first magnetic 81 have the first S poles 811 and the first N poles 812, and rotating bar 7 is provided with and the first magnetic
81 second magnetics 82 corresponding and with the 2nd S poles 821 and the 2nd N poles 822.I.e. using magnetic, identical charges repel each other, the opposite sex
Attracting principle, connecting pole 3 is driven to circumferentially rotate by magnetic force when the second magnetic 82 in rotating bar 7 rotates, so that will
The screw thread of two building blocks is connected, it is preferable that building block 1 and transfer block 2 here can be made of clear material, it can be seen that spiral shell
The rotation of bolt is so as to improving the playability of building blocks.More specifically, the first magnetic 81 here is in a ring and the first magnetic 81
Be coaxially disposed with connecting pole 3, and the first S poles 811 and the first N poles 812 it is curved block and both be radially spliced it is above-mentioned
The first magnetic 81；Second magnetic 82 is cylindrical and the second magnetic 82 and rotating bar 7 are coaxially disposed, and the 2nd S poles
821 and the 2nd N poles 822 it is curved block and both are radially spliced the second above-mentioned magnetic 82.
Further, the first rotational installation structure 4 here includes being separately positioned on the first mounting hole of the both sides of transfer block 2
41, the described end of connecting pole 3 is arranged in the first mounting hole 41 respectively, and the described mounting hole 41 of connecting pole 3 and first it
Between be provided with can make the corresponding axially position of first mounting hole 41 of connecting pole 3 and circumferentially rotate first rotational installation component.Wherein,
Here the first rotational installation component includes the first annular groove 42 for being arranged on the outer circumferential of connecting pole 3, the first annular He of groove 42
The first rolling bearing 43 is provided between first mounting hole 41.
Further, the second rotational installation structure 6 here includes the chamber being formed in control seat 51, controls seat 51
In polyhedral, the one end of rotating bar 7 is located in chamber, and control seat 51 is provided with least one second mounting hole 61, and rotating bar 7 is another
One end is through the second mounting hole 61 and extends to the outside of control seat 51, and is provided with energy between the mounting hole 61 of rotating bar 7 and second
The the second rotational installation component for making the corresponding axially position of second mounting hole 61 of rotating bar 7 and circumferentially rotating.Here second turn
Dynamic mounting assembly includes being arranged on the second annular groove 62 of the outer circumferential of rotating bar 7, the second annular groove 62 and the second mounting hole 61
Between be provided with the second rolling bearing 63.
Preferably, one end that rotating bar 7 here is extended on the outside of control seat 51, which is connected with, can drive rotating bar 7 is circumferential to turn
Dynamic rotating drive mechanism 9.Here rotating bar 7 can be driven by driver, or, directly pass through the side of manual rotation
Formula, when rotating drive mechanism 9 here is using driver 91, driver 91 here is directly anchored to control seat 51 or removable
Unload and be arranged on control seat 51, the output shaft of driver 91 is fixedly linked with rotating bar 7 or is detachably connected.
Specific embodiment described herein is only to spirit explanation for example of the invention.Technology belonging to the present invention is led
The technical staff in domain can be made various modifications or supplement to described specific embodiment or be replaced using similar mode
Generation, but without departing from the spiritual of the present invention or surmount scope defined in appended claims.
Although building block 1, connecting hole 11, the first internal thread 12, the second internal thread 13, transfer block have more been used herein
2nd, connecting pole 3, the first external screw thread 31, the second external screw thread 32, first rotational installation structure 4, the first mounting hole 41, first annular groove
42nd, the first rolling bearing 43, connection controller 5, control seat 51, second are rotatablely installed structure 6, the second mounting hole 61, the second ring
Shape groove 62, the second rolling bearing 63, rotating bar 7, magnetic linkage structure 8, the first magnetic 81, the first S poles 811, the first N poles
812nd, the term such as the second magnetic 82, the 2nd S poles 821, the 2nd N poles 822, rotating drive mechanism 9, driver 91, but do not arrange
Except the possibility using other terms.It is used for the purpose of more easily describing and explaining the essence of the present invention using these terms；
Any additional limitation is construed as all to disagree with spirit of the present invention.
Claims (10)
1. one kind three connect building blocks, if including two be in dried noodle polyhedral building block (1), it is characterised in that it is described
It is in polyhedral transfer block (2) to be provided between building block (1), is movably equipped with described transfer block (2) through transfer block (2)
Connecting pole (3), and being provided between described connecting pole (3) and transfer block (2) can make connecting pole (3) and transfer block (2) axial
Position and circumferentially rotate the first connected rotational installation structure (4), described connecting pole (3) both ends extend respectively to transfer block
(2) both sides and building block (1) is respectively facing, is respectively equipped with corresponding with connecting pole (3) one end on described building block (1) and supplies
The connecting hole (11) of connecting pole (3) insertion, this building blocks also include at least one connection controller (5) being separately provided, and described
Connection controller (5) include control seat (51), be provided with described control seat (51) and worked as by the second rotational installation structure (6)
Control seat (51) can be parallel with connecting pole (3) when being placed on transfer block (2) upper end rotating bar (7), and described control seat
(51) being provided between connecting pole (3) can drive connecting pole (3) to circumferentially rotate when rotating bar (7) circumferentially rotates by magnetive attraction
Magnetic linkage structure (8), and between described building block (1) and connecting pole (3) be provided with when connecting pole (3) circumferentially rotates energy
Drive the synchronous splicing drive mechanism closer or far from transfer block (2) of two building blocks (1).
2. according to claim 1 three connect building blocks, it is characterised in that described splicing drive mechanism includes being arranged on connection
Post (3) is located at first external screw thread (31) of one end on the outside of adapter, and the end is relative with connecting pole (3) in two building blocks (1)
There is the first internal thread (12) being meshed with the first external screw thread (31) in the connecting hole (11) on building block (1) answered, it is described
The other end that is located on the outside of adapter of connecting pole (3) there is the second external screw thread (32), it is and remaining one in two building blocks (1)
There is the second internal thread (13) being meshed with the second external screw thread (32) in connecting hole (11) on building block (1), and it is described
The hand of spiral of first external screw thread (31) and the hand of spiral of the second external screw thread (32) are opposite.
3. according to claim 2 three connect building blocks, it is characterised in that described building block (1) and transfer block (2) and control
Seat (51) processed is in the identical and hollow cube structure of size, and described connecting pole (3) both ends are extended through in transfer block
(2) on corresponding face, and described connecting pole (3) end extends to building block (1) when building block (1) is connected with adapter
Inside.
4. three according to claim 1 or 2 or 3 connect building blocks, it is characterised in that described magnetic linkage structure (8) includes
Fixed the first magnetic (81) being set in the middle part of connecting pole (3) and inside adapter, described the first magnetic (81)
With the first S poles (811) and the first N poles (812), described rotating bar (7) be provided with the first magnetic (81) it is corresponding and
The second magnetic (82) with the 2nd S poles (821) and the 2nd N poles (822).
5. according to claim 4 three connect building blocks, it is characterised in that described the first magnetic (81) is in a ring and described
The first magnetic (81) and connecting pole (3) be coaxially disposed, and the first described S poles (811) and the first N poles (812) are in arc
Shape bulk and the first magnetic (81) that both are radially spliced above-mentioned；Described the second magnetic (82) is cylindrical and institute
The second magnetic (82) and rotating bar (7) stated are coaxially disposed, and the 2nd described S poles (821) and the 2nd N poles (822) are in
Arc bulk and the second magnetic (82) that both are radially spliced above-mentioned.
6. three according to claim 1 or 2 or 3 connect building blocks, it is characterised in that the first described rotational installation structure (4)
The first mounting hole (41) including being separately positioned on transfer block (2) both sides, described connecting pole (3) end are arranged in first respectively
In mounting hole (41), and provided with connecting pole (3) corresponding first can be made between described connecting pole (3) and the first mounting hole (41)
Mounting hole (41) axially position and the first rotational installation component circumferentially rotated.
7. according to claim 6 three connect building blocks, it is characterised in that the first described rotational installation component includes being arranged on
The first annular groove (42) of connecting pole (3) outer circumferential, set between described first annular groove (42) and the first mounting hole (41)
There is the first rolling bearing (43).
8. three according to claim 1 or 2 or 3 connect building blocks, it is characterised in that the second described rotational installation structure (6)
Including the chamber being formed in control seat (51), described control seat (51) is in polyhedral, described rotating bar (7) one end position
In in chamber, described control seat (51) is provided with least one second mounting hole (61), and described rotating bar (7) other end passes through
Be through at the second mounting hole (61) and extend on the outside of control seat (51), and described rotating bar (7) and the second mounting hole (61) it
Between be provided with can make corresponding second mounting hole (61) axially position of rotating bar (7) and circumferentially rotate second rotational installation component.
9. according to claim 8 three connect building blocks, it is characterised in that the second described rotational installation component includes being arranged on
Second annular groove (62) of rotating bar (7) outer circumferential, set between described the second annular groove (62) and the second mounting hole (61)
There is the second rolling bearing (63).
10. according to claim 1 three connect building blocks, it is characterised in that described rotating bar (7) extends to control seat (51)
The one end in outside is connected with the rotating drive mechanism (9) that rotating bar (7) can be driven to circumferentially rotate；Described rotating drive mechanism
(9) driver (91) being arranged on control seat (51) is included, the output shaft and rotating bar (7) of described driver (91) are fixed
It is connected or detachable connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710886412.3A CN107661635A (en) | 2017-09-27 | 2017-09-27 | Three connect building blocks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710886412.3A CN107661635A (en) | 2017-09-27 | 2017-09-27 | Three connect building blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107661635A true CN107661635A (en) | 2018-02-06 |
Family
ID=61098357
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710886412.3A Withdrawn CN107661635A (en) | 2017-09-27 | 2017-09-27 | Three connect building blocks |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107661635A (en) |
-
2017
- 2017-09-27 CN CN201710886412.3A patent/CN107661635A/en not_active Withdrawn
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| PB01 | Publication | ||
| PB01 | Publication | ||
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Application publication date: 20180206 |