CN106390479A - Science and education building block - Google Patents
Science and education building block Download PDFInfo
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- CN106390479A CN106390479A CN201610946730.XA CN201610946730A CN106390479A CN 106390479 A CN106390479 A CN 106390479A CN 201610946730 A CN201610946730 A CN 201610946730A CN 106390479 A CN106390479 A CN 106390479A
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- building blocks
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- 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
- A63H33/06—Building blocks, strips, or similar building parts to be assembled without the use of additional elements
- A63H33/08—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails
- A63H33/084—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails with grooves
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- 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
- A63H33/06—Building blocks, strips, or similar building parts to be assembled without the use of additional elements
- A63H33/08—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails
- A63H33/088—Building blocks, strips, or similar building parts to be assembled without the use of additional elements provided with complementary holes, grooves, or protuberances, e.g. dovetails with holes
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Abstract
A science and education building block comprises at least one unit body. Each unit body structurally comprises two first square faces in parallel, wherein four second square faces the same in size are connected with the four corners of each first square face respectively and are parallel in pairs. The four corners of each first square face are connected with the corners of the corresponding four second square faces respectively. Of every two parallel second square faces, one is vertically provided with an inserted connection head, and the other is vertically provided with an inserted connection hole. Every two unit bodies can be vertically matched and connected through the inserted connection heads and the inserted connection holes. The space sufficient for conveniently installing a power device, a transmission mechanism and a control device is reserved in a model spliced through the building blocks; the installation position can be freely selected according to requirements; a spliced robot or a cruise car or other automatic moving models are more compact, smaller, more flexible and stable in running and particularly suitable for being applied to scientific research and education in the mechanical field.
Description
Technical field
The present invention relates to a kind of assembly building blocks, it is exactly a kind of science and education building blocks.
Background technology
Existing building blocks all must be made in order to assemble variously-shaped model, such as toy car, robot etc.
Make the different unit body component of sizes different shape.But, first, its processing cost of part crossing Multiple Shape is higher,
And, erection method is excessively complicated loaded down with trivial details, not easy to get started, and interest is not strong.Furthermore, have between variously-shaped different part
Specific inserting mode, causes cannot effectively splice between some parts.Above-mentioned factor all can limit the creative think of of assembled person
Dimension, meanwhile, is also unfavorable for the intelligent development of assembled person and the foundation of three dimensions sense.Finally, the volume of existing assembly building blocks
Larger, lack installation power set and transmission especially in terms of thickness so that in the model such as the dolly assembling or robot
The requisite space of device, thus it is difficult to assemble can the dolly of automatic running or robot, the creation limiting assembled person is empty
Between.
Content of the invention
For solving the above problems, it is an object of the invention to overcoming the deficiencies in the prior art, provide a kind of science and education building blocks, it
Building blocks species is less, and plug-to-plug compatibility is good, and, its whole building blocks are plate assembling structure, and thickness is less, is assembled into mould
The space enough to calm installation power set, drive mechanism and all kinds of control device can be reserved in model, more favorably after type
In the model that modelling is become its autonomous travel controllable, for example remote-controlled or the cruise trolley by programming autonomous travel or machine
Device people, so as to be not only toy, still has the building blocks of test and Teaching Value.All can pass through between any two unit body components
Connection-peg is assembled fixing, and, erection method is easy to learn, can effectively excite the interest of assembled person and create desire, and can make
Assembled person obtains sense of accomplishment during assembled modeling, and interest is denseer, thus, the spatial impression of assembled person can be greatly improved
And creativity.
The present invention for achieving the above object, is achieved through the following technical solutions：Science and education building blocks, including at least one unit
Body, the structure of cell cube is as follows：Cell cube has two the first facings being parallel to each other, between two the first facings
Four size identical second facings are connected respectively, four the second facings are parallel two-by-two, the first square at corner
The corner in face is connected with the angle of four the second facings respectively, and on the second facing that two of which is parallel to each other, one is erected
To setting connection-peg, another vertically arranged spliced eye, two unit physical abilitys vertically coordinate grafting by connection-peg and spliced eye；
Two size identical isosceles trapezoid faces of setting between any two second adjacent facings in described cell cube, two etc.
The trapezoidal upper bottom of waist trapezoidal faces overlaps, the trapezoidal square with two the first facings respectively of going to the bottom in two isosceles trapezoid faces
Side overlaps, and the waist in isosceles trapezoid face is overlapped with the square side of the second facing of both sides respectively.
For realizing the purpose of the present invention further, can also employ the following technical solutions：At least two cell cubes are horizontal successively
Constitute single association to being fixedly connected, connected cell cube is passed through the second facing and connected, all cell cube connection-pegs
Towards identical；Form the groove of two symmetrical V-arrangements between any two adjacent cell cubes of association.Arbitrary described isosceles
The angle of two interior angles at the upper bottom of trapezoidal faces is 120 °.Longitudinally insertion two is opened up between two described the first facings
The fixing hole of the first facing, fixing hole is communicated with spliced eye.Described fixing hole is circular hole.The hole wall of described fixing hole
On circumferentially direction uniformly longitudinally open up several through groove.Several described associations vertical array in same plane, several joints
The first connector that body passes through strip connects, and the two ends homonymy of the first connector respectively arranges a convex section, the end of convex section
Portion arranges first boss, groove fit, convex section and the first boss of the association of two first boss and outermost two
Inner side arrange along its length middle part evagination fin, the fin profile of convex section and first boss and corresponding association one
The groove topography of side V-arrangement is coincide.The parallel longitudinal arrangement of two described associations, the first facing of two associations is parallel, indulges
Second connector of tabular is set between adjacent association, and the second connector two ends respectively arrange two claws, clawed end portions
Inner side setting second boss, claw is connected with the groove fit of the V-arrangement of longitudinally adjacent association by second boss, claw with
Inside second boss along its length setting middle part evagination convex edge, the convex edge profile of the convex edge of claw and second boss with combine
The profile of the groove of body side V-arrangement is coincide.Avoidance hole is opened up in the middle part of the second described connector.Described claw is for two outwards
The bar tilting, constitutes V-arrangement draw-in groove between two bars.
It is an advantage of the current invention that：Both pluggable fixation between each unit body component, the splicing that again can interlock is mutually twisted lock
Fixed, model more firmly, be difficult to be scattered.Its design more hommization, joint body component can be connected by various connectors, real
The existing various model of split and model skeleton, can make spatial impression and the creativity of assembled person exploitation earlier itself.Importantly,
Leave the convenient enough space installing power set, drive mechanism and control device in the model that this building-block-splicing becomes, and install
Position can arbitrarily select as needed, the robot that makes to be assembled into, cruise trolley or other automatically to move row model compacter, little
Ingeniously, run more stable, be particularly suitable for mechanical field scientific research and teaching.Present invention can also apply to machine
Tool, building and field of furniture.For example, the material of the present invention can be using metal so as to fit the bone being assembled into various plant equipment
Frame or the skeleton of pavilions, terraces and open halls, may also be employed wooden so as to fit being assembled into various furniture.It is simply tight that the present invention also has structure
Gather, the cheap for manufacturing cost and convenient advantage of grafting.
Brief description
Fig. 1 is the main structure diagram of the cell cube of science and education building blocks；Fig. 2 is the upward view of Fig. 1；Fig. 3 is that the right side of Fig. 1 regards
Figure；Fig. 4 is the top view of Fig. 1；Fig. 5 is that 3 associations pass through the longitudinally connected structural representation of 1 the first connecting tube；Fig. 6 is
3 associations pass through the longitudinally connected structural representation of 1 the second connecting tube；Fig. 7 is that 6 association's combined connecting structures are illustrated
Figure, two of which association is parallel longitudinal to be placed on bottom, and Liang Ge association is horizontally-parallel to be placed on middle part, other two joint
Body longitudinally rotates 90 ° and is placed on top；Fig. 8 is 3 association's combinatorial association structural representations, and two of which association vertically inserts
Connect, a remaining association is longitudinally stuck between two associations being mutually inserted；Fig. 9 is one of explosive view of Fig. 8；Figure 10 is
The two of the explosive view of Fig. 8；Figure 11 Shi Liangge association vertical connected structure schematic diagram；Figure 12 is that association is connected with the first connecting tube
Connect structural representation；Figure 13 is 4 association's combined connecting structure schematic diagrams, and wherein 1 association is located at bottom, 1 joint
Body is located at top, and other two association is plugged between upper and lower Liang Ge association；Figure 14 is 5 association's combined connecting structures
Schematic diagram, the Liang Ge association being wherein located at bottom passes through the second connector connection, and two connectors on top are plugged on respectively
In the association of bottom, remaining 1 association is stuck between upper and lower association；Figure 15 is that association is connected knot with the 3rd connecting tube
Structure schematic diagram, is equipped with connecting rod in the wherein the 3rd connecting tube；Figure 16 is that association is illustrated with the second connecting pipe connecting structure
Figure；Figure 17 is one of 4 association's vertical connection structure schematic diagrams, and 4 association's vertical array are simultaneously connected by the first connector；
Figure 18 is the first connecting-piece structure schematic diagram；Figure 19 is the two of 4 association's vertical connection structure schematic diagrams of Figure 17；Figure 20 is
One of bayonet arrangement schematic diagram；Figure 21 is the two of bayonet arrangement schematic diagram；Figure 22 Shi Liangge association passes through the second connector even
Connect one of structural representation；Figure 23 is one of second connecting-piece structure schematic diagram；Figure 24 Shi Liangge association passes through second and connects
The two of part attachment structure schematic diagram；Figure 25 is the two of the second connecting-piece structure schematic diagram；Figure 26 is that 4 association's combinations connect knot
Structure schematic diagram, wherein 1 association is located at bottom, and 1 association is located at top, and other two association is plugged on upper and lower two
Between association, upper and lower association is connected by the first connector 8；Figure 27 is association's combined connecting structure schematic diagram, in figure
Vertical and longitudinal association is arranged between Liang Ge association；Figure 28 is the cell cube perspective view of science and education building blocks.
Reference：1 first facing 2 second facing, 3 connection-peg, 4 spliced eye 5 isosceles trapezoid face 6 is solid
Determine hole 7 through groove 8 first connector, 9 convex section, 10 first boss 11 second connector, 12 claw 13 second boss 14 to keep away
Allow hole 15 bayonet socket 16 first connecting tube, 17 spacing ring, 18 stopper slot 20 second connecting tube, 21 connecting rod 22 first groove 23
The joint of the second groove 24 the 3rd groove 25 the 4th groove 26 the 3rd connecting tube 27 draw-in groove, 28 fin 29 the one or five granule
The association of association 31 the three or five granule of body 30 the two or five granule.
Specific embodiment
Science and education building blocks of the present invention include at least one cell cube, as shown in Fig. 1-4 and Figure 28, the structure of cell cube
As follows：Cell cube has two the first facings 1 being parallel to each other, and connects respectively at the corner between two the first facings 1
Connect four parallel two-by-two and size identical the first facings 2.The corner of the first facing 1 is square with four first respectively
The angle in shape face 2 connects, and the first facing 2 that two of which is parallel to each other is respectively provided with connection-peg 3 and spliced eye 4.Two
Cell cube can pass sequentially through connection-peg 3 and spliced eye 4 vertically coordinates grafting.Any two in described cell cube adjacent second
Two size identical isosceles trapezoid faces 5 are set between facing 2, and the trapezoidal upper bottom in two isosceles trapezoid faces 5 overlaps, two
Trapezoidal the going to the bottom in isosceles trapezoid face 5 is overlapped with the square side of two the first facings 1 respectively, and the waist in isosceles trapezoid face 5 divides
Do not overlap with the square side of the second facing 2 of both sides.Connection-peg 3 can be made into integration with cell cube, also can be with unit
Body is separately made and is connected with each other, during two cell cube main body inlaying grafting assemblies, connection-peg 3 and another unit of a cell cube
The spliced eye 4 grafting cooperation of body.When any two cell cube passes through connection-peg 3 and spliced eye 4 grafting cooperation, can mutually turn
Dynamic.Spliced eye 4 can also be 2 to 3, and several spliced eyes 4 are distributed on the first different facings 2, and this structure can
So that multiple cell cubes is combined in the grafting of different angle diverse locations, realize the demand that extend assembled to different directions.
At least two cell cubes are laterally fixedly connected successively and constitute single association, and connected cell cube is just passing through second
Square face 2 connects, all cell cube connection-pegs 3 towards identical；Form two between any two adjacent cell cubes of association
The groove of individual symmetrical V-arrangement, herein for a waist of association.It is sequentially connected composition for three cell cubes as shown in figure 15
The association of three granules.It is the association of four granules that four cell cubes are sequentially connected composition as shown in figure 16.Association is favourable
In quick-assembling, and model one good perfection assembling, more firmly.As shown in figure 11, the association of two five granules passes through
Connection-peg 3 and spliced eye 4 are vertically plugged in one.
The angle of two interior angles at upper bottom in arbitrary described isosceles trapezoid face 5 is 120 °.
The fixing hole 6 of two the first facings 1 of insertion is longitudinally opened up between two described the first facings 1, Gu
Determine hole 6 to communicate with spliced eye 4.Fixing hole 6 communicates generation vapour lock when can prevent grafting with spliced eye 4.
Described fixing hole 6 is circular hole.Rotate the one end installing circular connecting rod in fixing hole 6, the other end of connecting rod with another
Fixing hole 6 in one cell cube connects, and this structure is capable of two cell cubes and passes through rod hinge connection, is capable of multiple hinges
The model of connection mechanism, connecting rod also can coordinate the actuating devices such as installation gear, to realize robot, cruise trolley etc. can be transported
Turn or the model of walking combines.Described fixing hole 6 can be also square hole or other polygonal hole, and in the hole is equipped with the one of connecting leg
End, the other end of connecting leg inserts in the fixing hole 6 of another cell cube, to realize being fixedly connected of two cell cubes.
On the described hole wall of fixing hole 6, circumferentially direction uniformly opens up several through groove 7.As shown in figure 16, in fixing hole 6
Periphery can be installed connecting rod or the connecting leg of convex tendon, and convex tendon makes connecting rod or connecting leg cannot be relatively fixed hole 6 and rotate with through groove 7 cooperation,
Being fixedly connected of the several cell cubes being capable of on connecting rod, can arrange manhole or cross-shaped through hole in connecting leg, and coordinate
Setting rotating shaft or cross axle, are connected with the rotation realizing several cell cubes or are fixedly connected, be easily produced robot, cruise trolley
Etc. the model that can operate or walk.The quantity of through groove 7 depends on the fixed angle that can be formed between two cell cubes, preferably thoroughly
The quantity of groove 7 is 4, and this structure can make two cell cubes or association realize fixing with 90 ° of angles.
As shown in Fig. 5, Fig. 6, Figure 12, Figure 15 and Figure 16, in fixing hole 6, first connecting tube 16 or the second connecting tube can be set
20 or the 3rd connecting tube 26, it is connected with other cell cubes with facilitating.First connecting tube 16 is round tube, and cell cube can be by the
One connecting tube 16 is connected with other cell cubes, realizes hinged；Second connecting tube 20 arranges 4 convex tendons along its length for outer wall
Round tube, 4 convex tendons correspond cooperation with the through groove 7 on fixing hole 6 respectively, cell cube can by the second connecting tube 20 with
Other cell cubes connect and cannot relatively rotate, and open up circular hole in the second connecting tube 20, installation axle in it, and axle can this circular hole relative
Rotation；3rd connecting tube 26 arranges 4 articles of ribs, the interior round tube opening up cross bore along its length for outer wall, 4 ribs respectively with solid
Determine through groove 7 corresponding matching on hole 6, in the 3rd connecting tube 26, connecting rod 21 can be installed, connecting rod 21 section is cross, even
Extension bar 21 is cooperated with the 3rd connecting tube 26 inner cross hole.First connecting tube 16, the second connecting tube 20 and the 3rd connecting tube 26
Spacing ring 17 can be respectively provided with outer wall, fixing hole 6 two ends end opens up stopper slot 18, and spacing ring 17 is coordinated with stopper slot 18, limit
Position ring 17 can enter stopper slot 18 after being squeezed into fixing hole 6 when above-mentioned connecting tube is with cell cube grafting, and spacing ring 17 is arranged
In the first connecting tube 16, the second connecting tube 20 and the 3rd connecting tube 26 outer wall end, above-mentioned connecting tube and unit body phase can be prevented
Mutually depart from or produce axial displacement, spacing ring 17 is arranged on the cell cube that can prevent spacing ring 17 both sides in the middle part of above-mentioned connecting tube
Relative movement produces collision, and spacing ring 17 can arrange multiple in above-mentioned connecting tube.
Described association is several, and in same plane, several associations pass through strip to several associations vertical array
First connector 8 of shape connects.Appoint two neighboring association pluggable by connection-peg 3 and spliced eye 4, the first connector 8
Length can be the integral multiple of the square catercorner length of the first facing 1, each setting one of two ends sidepiece of the first connector 8
Individual convex section 9, two convex sections 9 are located at the first connector 8 homonymy.The end of each convex section 9 respectively arranges first boss 10, and two
The groove fit of association's V-arrangement of individual first boss 10 and outermost two.This structure can either in two spliced eyes 4 relatively
Association's vertical array when, play the fixation to Liang Ge association additionally it is possible to by connection-peg 3 spliced eye 4 grafting
Several association's vertical array when, play and fixing effect strengthened to several associations.When first connector 8 is installed, need
Extrude the side of the cell cube junction through being laterally fixedly connected for the first boss 10 at the first connector 8 two ends to horizontal
The opposite side of the cell cube junction being fixedly connected, is made first boss 10 be located at respectively with the first connector 8 and is laterally fixedly connected
Cell cube both sides, realize fixation to several associations.
Described association is several, several associations vertical array, the first connection by strip for several associations
Part 8 connects, and the length of the first connector 8 is the integral multiple of the square catercorner length of the first facing 1, the first connector
8 two ends sidepiece setting convex section 9, first boss 10, two first boss 10 and the outermost of the end setting elasticity of convex section 9
The groove fit of the association that side is two, the inner side of convex section 9 and first boss 10 arranges middle part evagination along its length
Fin, the fin of convex section 9 is coordinated with two isosceles trapezoid faces 5 of association side, the fin of first boss 10 and association
Two isosceles trapezoid faces 5 of opposite side coordinate.Fitted with two isosceles trapezoid faces 5 respectively in the fin two sides of this structure, thus
So that association and the first connector 8 is coordinated closely, it can be avoided that mutually rocking between association, making model stability.
Described association is several, several associations vertical array, setting tabular between longitudinally adjacent association
Second connector 11, the length of the second connector 11 is the integral multiple of the square catercorner length of the first facing 2, second
Connector 11 two ends are respectively provided with two claws 12, and claw 12 end arranges second boss 13, and claw 12 passes through second boss 13
It is connected with longitudinally adjacent association.This structure can either in two relative association's vertical array of spliced eye 4,
Play the fixation to Liang Ge association additionally it is possible in the several associations vertical array by connection-peg 3 spliced eye 4 grafting
When, play the effect strengthening fixation to several associations.When second connector 11 is installed, need the second connector 11 two ends
The side of the cell cube junction through being laterally fixedly connected for the second boss 13 on claw 12, extrudes to the list being laterally fixedly connected
The opposite side of first body junction, makes two second boss 13 be located at of vertically-adjacent association both sides respectively, realizes to vertical phase
The fixation of adjacent association.
Described association is several, several associations longitudinal arrangement, setting tabular between longitudinally adjacent association
Second connector 11, the second connector 11 two ends are respectively provided with two claws 12, and claw 12 end arranges second boss 13, claw
12 are connected with longitudinally adjacent association by second boss 13, set along its length inside claw 12 and second boss 13
Put the fin of middle part evagination, the fin of claw 12 coordinated with two isosceles trapezoid faces 5 of association side, second boss 13 convex
Rib is coordinated with two isosceles trapezoid faces 5 of association's opposite side.This structure can either be in the relative association of two spliced eyes 4
During vertical array, play the fixation to Liang Ge association additionally it is possible to be mutually inserted by connection-peg 3 and spliced eye 4
During several association's vertical array, play the effect strengthening fixation to several associations.Fin two sides respectively with two isosceles
Trapezoidal faces 5 are fitted, so that association and the second connector 11 coordinate closely, it can be avoided that mutually rocking between association, make mould
Type is stable.When second connector 11 is installed, need the second boss 13 on the second connector 11 two ends claw 12 through laterally solid
The side of the fixed cell cube junction connecting, extrudes to the opposite side of the cell cube junction being laterally fixedly connected, and makes two the
Two boss 13 are located at of vertically-adjacent association both sides respectively, realize the fixation to of vertically-adjacent association.
Avoidance hole 14 is opened up in the middle part of the second described connector 11.This structure can apply connecting rod connecting leg etc. in a model
During drive disk assembly, connecting rod connecting leg can be made to pass through and to avoid hole 14.
Described claw 12 is two outward-dipping bars, and the groove being formed between two bars is draw-in groove 27.
Described association is several, several associations vertical array, of vertically-adjacent two cell cubes and laterally adjacent
Two isosceles trapezoid faces 5 closing of side heavy sensation in the waist of two cell cubes constitute bayonet sockets 15, two isosceles trapezoids that side heavy sensation in the waist closes
Two of face 5 upper bottoms and two go to the bottom mutually vertical, arrange longitudinal association, longitudinal phase between of vertically-adjacent association
The isosceles trapezoid face 5 that two heavy sensation in the waist of adjacent cell cube close is one group, at least three groups isosceles trapezoid faces 5 of longitudinally adjacent cell cube
Coordinate with bayonet socket 15, longitudinal association is fixed on of vertically-adjacent joint by longitudinally adjacent cell cube with bayonet socket 15 cooperation
Between body.Bayonet socket 15 can be surrounded by three or four cell cubes, and as shown in figure 21, the isosceles trapezoid face 5 of three cell cubes surrounds
Bayonet socket 15 be U-shaped, i.e. the square of a side opening, as shown in figure 20, the bayonet socket that the isosceles trapezoid face 5 of four cell cubes surrounds
15 is square, and the size of bayonet socket 15 is identical with the first facing 2 size, and bayonet socket 15 middle part is inwardly projecting, and bayonet socket 15 can
With the longitudinal direction after longitudinal association or 90 ° of horizontal upset combine mates.As shown in Figure 9 and Figure 10, one laterally joins
Form the first groove 22 between adjacent cell cube in zoarium, in another horizontal association of the vertical grafting of association,
Form the second groove 23, in the association of setting between Liang Ge association, between adjacent cell cube between adjacent cell cube
Both sides form the 3rd groove 24 and the 4th groove 25, the 3rd groove 24 and the first groove 22 or the second groove 23 phase interworking respectively
Close, the 4th groove 25 is cooperated with the first groove 22 or the second groove 23, and the first groove 22 is relative with the second groove 23 opening
Surround bayonet socket 15, therefore, bayonet socket 15 can be connected with horizontal, vertical or longitudinal association.
For convenience of the assembled position relationship between description association thus assembling method is described, described association is respectively mounted
Have towards identical one socket joint 3, to show the direction of association.
Assembling method one：Two cell cubes 1 pass through connection-peg 3 and spliced eye 4 grafting cooperation.
Assembling method two：As shown in figure 11, Liang Ge association passes through connection-peg 3 and spliced eye 4 grafting cooperation.
Assembling method three：As shown in fig. 7,6 association's combinations connect, two of which association is parallel longitudinal to be placed on bottom
Portion, Liang Ge association is horizontally-parallel to be placed on middle part, and other two association longitudinally rotates 90 ° and is placed on top；Two, middle part
The groove of association two ends bottom all coordinates in the upper grooves being stuck in bottom Liang Ge association, on middle part Liang Ge association two ends
The groove in portion all coordinates in the grooves on two sides being stuck in top Liang Ge association.
Assembling method four：It is illustrated in figure 8 three association's combinations to connect：The association of the one or five wherein horizontal granule
The association 30 of the 29 and the 2nd 5 granule passes through connection-peg 3 and the vertical grafting of spliced eye 4, one of bayonet socket 15 that both form
The association 31 of the three or five granule of interior one longitudinal direction of clamping, a pair of groove in the association 31 of the three or five granule and bayonet socket 15
Cooperation, the association 29 of the one or five granule, the association 30 of the two or five granule and the association 31 of the three or five granule are assembled into one
Body, the association 31 of the three or five granule both cannot be straight with respect to the association 30 of the association 29 of the one or five granule or the two or five granule
Line moves, and also cannot rotate.Block dress method with this, the frame of robot or other plant equipment can be gone out with quick-assembling.
Technical scheme is not restricted in the range of embodiment of the present invention.The not detailed description of the present invention
Technology contents be known technology.
Claims (10)
1. science and education building blocks it is characterised in that：Including at least one cell cube, the structure of cell cube is as follows：Cell cube has mutually flat
Two the first facings (1) of row, connect four size identicals at the corner between two the first facings (1) respectively
Second facing (2), four the second facings (2) are parallel two-by-two, the corner of the first facing (1) respectively with four
The angle of two facings (2) connects, the upper vertically arranged connection-peg of the second facing (2) that two of which is parallel to each other
(3), another vertically arranged spliced eye (4), two unit physical abilitys vertically coordinate grafting by connection-peg (3) and spliced eye (4)；
Between any two adjacent second facings (2) in described cell cube, two size identical isosceles trapezoids face (5) are set,
The trapezoidal upper bottom of two isosceles trapezoid faces (5) overlaps, two isosceles trapezoid faces (5) trapezoidal go to the bottom square with two first respectively
The square side in shape face (1) overlaps, the waist square side with second facing (2) of both sides respectively of isosceles trapezoid face (5)
Overlap.
2. science and education building blocks according to claim 1 it is characterised in that：At least two cell cubes are laterally fixedly connected structure successively
Become single association, connected cell cube is passed through the second facing (2) and connected, the direction of all cell cube connection-pegs (3)
Identical；Form the groove of two symmetrical V-arrangements between any two adjacent cell cubes of association.
3. science and education building blocks according to claim 1 it is characterised in that：The two of the upper bottom of arbitrary described isosceles trapezoid face (5)
The angle of individual interior angle is 120 °.
4. science and education building blocks according to claim 1 it is characterised in that：Vertical between two described the first facings (1)
To the fixing hole (6) opening up two the first facings (1) of insertion, fixing hole (6) is communicated with spliced eye (4).
5. science and education building blocks according to claim 4 it is characterised in that：Described fixing hole (6) is circular hole.
6. the science and education building blocks according to claim 4 or 5 it is characterised in that：On the described hole wall of fixing hole (6) circumferentially
Direction uniformly longitudinally opens up several through groove (7).
7. science and education building blocks according to claim 2 it is characterised in that：Several described associations vertical array is in same plane
Interior, several associations are connected by first connector (8) of strip, each setting of two ends homonymy one of the first connector (8)
Convex section (9), end setting first boss (10) of convex section (9), the combining of two first boss (10) and outermost two
The groove fit of body, the inner side of convex section (9) and first boss (10) arranges the fin (28) of middle part evagination along its length,
Fin (28) profile of convex section (9) and first boss (10) is coincide with the groove topography of corresponding association side V-arrangement.
8. science and education building blocks according to claim 2 it is characterised in that：The parallel longitudinal arrangement of two described associations, two
Fit the first facing (1) is parallel, arranges second connector (11) of tabular, second even between longitudinally adjacent association
Fitting (11) two ends respectively arrange two claws (12), claw (12) tip inside setting second boss (13), and claw (12) passes through
Second boss (13) is connected with the groove fit of the V-arrangement of longitudinally adjacent association, inside claw (12) and second boss (13)
The convex edge of setting middle part evagination, the convex edge profile of the convex edge of claw (12) and second boss (13) and association one along its length
The profile of the groove of side V-arrangement is coincide.
9. science and education building blocks according to claim 8 it is characterised in that：Avoidance is opened up in the middle part of described the second connector (11)
Hole (14).
10. science and education building blocks according to claim 8 it is characterised in that：Described claw (12) be two outward-dipping
Bar, constitutes V-arrangement draw-in groove (27) between two bars.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610946730.XA CN106390479A (en) | 2016-10-26 | 2016-10-26 | Science and education building block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610946730.XA CN106390479A (en) | 2016-10-26 | 2016-10-26 | Science and education building block |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106390479A true CN106390479A (en) | 2017-02-15 |
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| CN201610946730.XA Pending CN106390479A (en) | 2016-10-26 | 2016-10-26 | Science and education building block |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106979195A (en) * | 2017-05-16 | 2017-07-25 | 蒋蔚 | Joker type connector |
| CN106989083A (en) * | 2017-05-16 | 2017-07-28 | 蒋蔚 | Joker type connector |
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