CN209221499U - Building blocks interpolation component - Google Patents
Building blocks interpolation component Download PDFInfo
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- CN209221499U CN209221499U CN201821832575.XU CN201821832575U CN209221499U CN 209221499 U CN209221499 U CN 209221499U CN 201821832575 U CN201821832575 U CN 201821832575U CN 209221499 U CN209221499 U CN 209221499U
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- interpolation
- convex block
- building blocks
- joint face
- plate
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Abstract
The utility model relates to Puzzle provided with elements movable in relation to each other fields, relate to a kind of building blocks interpolation component, its interpolation plate has the first joint face of one or more of smooth support face and the side positioned at support face, and smooth support face is for contain things, or allows children's ride-on；And there is the first interpolation groove and the first interpolation convex block on the first joint face, when two interpolation plates are spliced, first joint face of one of interpolation plate is aligned and is bonded with the first joint face of another interpolation plate, the first interpolation convex block on two the first joint faces shifts to install at this time, so two interpolation plates can be aligned splicing, the globality of spliced assembly is stronger, and connects more stable.
Description
Technical field
The utility model relates to Puzzle provided with elements movable in relation to each other fields, more particularly to a kind of building blocks interpolation component.
Background technique
There are miscellaneous interlocking building blocks on the market at present, since such building blocks is able to carry out free splicing,
Be conducive to cultivate the manipulative ability and space imagining ability of children.And it is recessed to be equipped with interpolation on the surface of existing interlocking building blocks
Slot or interpolation convex block can not be by other although interpolation groove and interpolation convex block can make building blocks have the function of free splicing
Object rests easily on the building blocks of surface irregularity, and children also can not sitting on a surface, meanwhile, interpolation convex block
It is also easy to be squeezed and deformed by weight.In addition, plate interpolation building blocks in the prior art are during splicing, if it is desired to by two
A interpolation building blocks are aligned and splice, and the interpolation convex block of the two can be because mutually abut, unless two are spelled in same position
Building blocks dislocation connection is inserted, but the two interpolation building blocks connection for the connection that misplaces is unstable, both can also destroy the globality of splicing.
Utility model content
To solve the above-mentioned problems, existing to solve the purpose of the utility model is to provide a kind of building blocks interpolation component
Not the problem of interpolation building blocks do not have even curface and can not be aligned splicing.
Based on this, the utility model provides a kind of building blocks interpolation component, including interpolation plate, and the interpolation plate has smooth
Support face and the side positioned at the support face the first joint face of one or more, have the on first joint face
It one interpolation groove and is adapted with the shape of the first interpolation groove and multiple first interpolation convex blocks that spacing is equal, it is multiple
The first interpolation convex block is arranged along the length direction of first joint face, between the first interpolation convex block of adjacent two
Equipped with one or more first interpolation grooves；In two institutes adjacent with the midpoint of length direction of first joint face
It states in the first interpolation convex block, one of them described first interpolation convex block is greater than another first spelling at a distance from the midpoint
Convex block is inserted at a distance from the midpoint.
Preferably, the interpolation plate also has the connection of one or more second positioned at the side in the support face
Face has multiple first interpolation grooves on second joint face.
Preferably, the interpolation plate is plate-like structure, the support face is the interpolation plate of plate-like structure
Front and/or the back side, first joint face be the interpolation plate side.
Preferably, the interpolation plate is set there are two first joint face and two second joint faces, two
First joint face is adjacent and intersects, and two second joint faces are adjacent and intersect.
Preferably, further including interpolation bar, the interpolation bar is prism structure, has third connection on side
Face, the third joint face are equipped with the second interpolation groove and are adapted with the shape of the second interpolation groove and spacing phase
Deng multiple second interpolation convex blocks, multiple second interpolation convex blocks along the third joint face length direction arrange；
The second interpolation groove can be adapted with the first interpolation convex block, and the second interpolation convex block can be with described
One interpolation groove is adapted.
Preferably, the interpolation bar is at least provided with two third joint faces, with the third joint face
In two adjacent the second interpolation convex blocks of the midpoint of length direction, one of them described second interpolation convex block and the midpoint
Distance be greater than another described second interpolation convex block at a distance from the midpoint.
Preferably, the center line of the second interpolation convex block on two adjacent third joint faces is staggered.
Preferably, it is recessed to be equipped with one or more second interpolations between two adjacent the second interpolation convex blocks
Slot.
Preferably, the top surface of the interpolation bar is equipped with third interpolation groove and/or third interpolation convex block, the interpolation
The bottom surface of bar is equipped with the third interpolation groove and/or third interpolation convex block.
Preferably, also having the 4th joint face on the side of the interpolation bar, have one on the 4th joint face
A or multiple second interpolation grooves.
The building blocks interpolation component of the utility model, interpolation plate have smooth support face and the side positioned at support face
The first joint face of one or more, smooth support face is for contain things, or allows children's ride-on；And on the first joint face
With the first interpolation groove and the first interpolation convex block, wherein at two adjacent with the midpoint of the length direction of the first joint face
In first interpolation convex block, one of them first interpolation convex block is greater than another the first interpolation convex block and midpoint at a distance from midpoint
Distance, i.e., when two interpolation plates are spliced, the first joint face of one of interpolation plate and the first of another interpolation plate
Joint face is perfectly aligned and when being bonded, and the first interpolation convex block on two the first joint faces shifts to install at this time, then two spellings
Plate can be aligned splicing, and the globality of spliced assembly is stronger, and connect more stable.
Detailed description of the invention
Fig. 1 is the interpolation plate schematic perspective view of the building blocks interpolation component of the utility model embodiment；
Fig. 2 is one of the interpolation status diagram of multiple interpolation plates of the building blocks interpolation component of the utility model embodiment；
Fig. 3 is the two of the interpolation status diagram of multiple interpolation plates of the building blocks interpolation component of the utility model embodiment；
Fig. 4 be the building blocks interpolation component of the utility model embodiment the first interpolation groove and the first interpolation convex block it is specific
Implement the schematic diagram of one of structure；
Fig. 5 be the building blocks interpolation component of the utility model embodiment interpolation plate and other building blocks splicing schematic diagram it
One；
Fig. 6 be the building blocks interpolation component of the utility model embodiment interpolation plate and other building blocks splicing schematic diagram it
Two；
Fig. 7 is one of the schematic perspective view of the interpolation bar of the building blocks interpolation component of the utility model embodiment；
Fig. 8 be the building blocks interpolation component of the utility model embodiment the second interpolation groove and the second interpolation convex block it is specific
Implement the schematic diagram of one of structure；
Fig. 9 is the two of the schematic perspective view of the interpolation bar of the building blocks interpolation component of the utility model embodiment；
Figure 10 is the interpolation bar of the building blocks interpolation component of the utility model embodiment and the interpolation status diagram of interpolation plate
One of；
Figure 11 is the interpolation bar of the building blocks interpolation component of the utility model embodiment and the interpolation status diagram of interpolation plate
Two；
Figure 12 is two interpolation plates of the building blocks interpolation component of the utility model embodiment while splicing in an interpolation bar
One of status diagram；
Figure 13 is two interpolation plates of the building blocks interpolation component of the utility model embodiment while splicing in an interpolation bar
The two of status diagram；
Figure 14 be the building blocks interpolation component of the utility model embodiment interpolation bar and other building blocks splicing schematic diagram it
One；
Figure 15 be the building blocks interpolation component of the utility model embodiment interpolation bar and other building blocks splicing schematic diagram it
Two；
Figure 16 is the connection status diagram of two interpolation bars of the building blocks interpolation component of the utility model embodiment；
Figure 17 be the building blocks interpolation component of the utility model embodiment interpolation bar and other building blocks splicing schematic diagram it
Three；
Figure 18 be the building blocks interpolation component of the utility model embodiment interpolation bar and other building blocks splicing schematic diagram it
Four；
Figure 19 be the building blocks interpolation component of the utility model embodiment interpolation bar and other building blocks splicing schematic diagram it
Five；
Figure 20 is the overall structure diagram of the building blocks splicing of the building blocks interpolation component of the utility model embodiment.
Wherein, 1, interpolation plate；11, support face；12, the first joint face；13, the second joint face；14, the first interpolation groove；
15, the first interpolation convex block；2, interpolation bar；21, third joint face；22, the 4th joint face；23, the second interpolation groove；24, second
Interpolation convex block；25, third interpolation groove.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.Below
Embodiment is not intended to limit the scope of the present invention for illustrating the utility model.
In conjunction with shown in Fig. 1 to Figure 20, the building blocks interpolation component of the utility model, including interpolation plate 1 are schematically showed.
Such as Fig. 1, interpolation plate 1 has the first joint face of one or more of smooth support face 11 and the side positioned at support face 11
12, smooth support face 11 can satisfy the demand stablized and place object and children's ride-on, meanwhile, on the first joint face 12 also
It is adapted with the first interpolation groove 14 and with the shape of the first interpolation groove 14 and multiple first interpolations that spacing is equal is convex
Block 15 enables two blocks of interpolation plates 1 to be mutually spliced into one piece bigger of interpolation plate 1.Wherein, multiple first interpolation convex block, 15 edges
The length direction of first joint face 12 is arranged, and one or more first interpolations are equipped between two adjacent the first interpolation convex blocks 15
Groove 14；In the two first interpolation convex blocks 15 adjacent with the midpoint of length direction of the first joint face 12, one of them
One interpolation convex block 15 is greater than another the first interpolation convex block 15 at a distance from midpoint at a distance from midpoint, i.e., in two blocks of interpolation plates 1
During splicing, in conjunction with shown in Fig. 2 and Fig. 3, the first joint face 12 of one of interpolation plate 1 faces another interpolation plate
1 the first joint face 12, the first interpolation convex block 15 on two the first joint faces 12 shifts to install at this time, and the of each interpolation plate 1
One interpolation convex block 15 is loosely inserted into the first interpolation groove 14 of another interpolation plate 1, and two adjacent interpolations are realized with this
The alignment splicing of plate 1 promotes the globality of spliced assembly, and due to being that alignment is spliced and non-dislocated splicing, spells
Assembly after connecing it is more stable, it is not easy to loosen.Certainly, the shape of the first interpolation convex block 15 can there are many, can be
It is rectangular, it is also possible to circle, as shown in Figure 4.
In the present embodiment, interpolation plate 1 is flat rectangular parallelepiped structure, and support face 11 is flat interpolation plate 1
Front and back, and the two of them side of interpolation plate 1 is the first joint face 12, two the first joint faces 12 are adjacent and intersect；
And other two side of interpolation plate 1 is the second joint face 13, likewise, two the second joint faces 13 are adjacent and intersect, second
There are multiple first splicing grooves on joint face 13.Therefore, in conjunction with shown in Fig. 5 and Fig. 6, what interpolation plate 1 can have by it
A possibility that multiple first interpolation convex blocks 15 and the first interpolation groove 14 splice in other interpolation building blocks, increase more multi-connection,
Derive more moulding and playing method.
In order to promote the splicing diversity of the component, which further includes interpolation bar 2, and such as Fig. 7 and Fig. 9, interpolation bar 2 is rib
Column structure, the preferably rectangular parallelepiped structure of bar shaped, have third joint face 21 on side, and third joint face 21 is equipped with the
It two interpolation grooves 23 and is adapted with the shape of the second interpolation groove 23 and multiple second interpolation convex blocks 24 that spacing is equal, it is more
A second interpolation convex block 24 is arranged along the length direction of the third joint face 21, between two adjacent the second interpolation convex blocks 24
Equipped with one or more second interpolation grooves 23, moreover, the second interpolation groove 23 can be adapted with the first interpolation convex block 15, second
Interpolation convex block 24 can be adapted with the first interpolation groove 14, and interpolation bar 2 is spliced on interpolation plate 1.Certainly, for reality
Existing third joint face 21 and the alignment splicing of the first joint face 12, such as Figure 10 to Figure 13, interpolation bar 2 is connected at least provided with two thirds
Face 21, in the two second interpolation convex blocks 24 adjacent with the midpoint of the length direction of third joint face 21, one of them second
Interpolation convex block 24 is greater than another the second interpolation convex block 24 at a distance from midpoint at a distance from midpoint, i.e., in interpolation bar 2 and interpolation
During plate 1 splices, the third joint face 21 of interpolation bar 2 faces the first joint face 12 of interpolation plate 1, at this time the second interpolation
Convex block 24 and the first interpolation convex block 15 shift to install.Moreover, the second interpolation convex block 24 on two adjacent third joint faces 21
Center line be staggered.In the present embodiment, the two of them side of interpolation bar 2 is third joint face 21, and two
Three joint faces 21 are adjacent and intersect, and other two side of interpolation bar 2 is the 4th joint face 22, two the 4th joint faces 22
It is adjacent and intersect, multiple second interpolation grooves 23 that there is on the 4th joint face 22 length direction along interpolation bar 2 to form a line,
Second interpolation groove 23 allows the interpolation convex block of other building blocks to be inserted into and connect.In conjunction with Figure 14, Figure 15, Figure 17, Figure 18 and figure
Shown in 19, the top surface of interpolation bar 2 is equipped with third interpolation groove 25 and/or third interpolation convex block (not shown), the bottom surface of interpolation bar 2
Equipped with third interpolation groove 25 and/or third interpolation convex block, so that each side of interpolation bar 2, top and bottom can connect
It is connected to other building blocks.In Figure 16, two interpolation bars 2 can also be connected side by side.Certainly, the shape of the second interpolation convex block 24 can be with
There are many, it can be rectangular, be also possible to circle, as shown in Figure 8.In conjunction with shown in Figure 20, multiple interpolation bars 2 and interpolation plate 1
It can also be combined and spliced at furnature construction, building structure.
In conclusion the building blocks interpolation component of the utility model, interpolation plate 1 has smooth support face 11 and is located at
The first joint face of one or more 12 of the side in support face 11, smooth support face 11 is for contain things, or allows children
It takes；And there is the first interpolation groove 14 and the first interpolation convex block 15 on the first joint face 12, when two interpolation plates 1 are spliced
When, the first joint face 12 of one of interpolation plate 1 faces the first joint face 12 of another interpolation plate 1, and two at this time
As soon as the first interpolation convex block 15 on joint face 12 shifts to install, then two interpolation plates 1 can be aligned splicing, spliced group
Fit globality is stronger, and connects more stable.
The above is only the preferred embodiment of the utility model, it is noted that for the common skill of the art
For art personnel, without deviating from the technical principle of the utility model, several improvement and replacement can also be made, these change
It also should be regarded as the protection scope of the utility model into replacement.
Claims (10)
1. a kind of building blocks interpolation component, which is characterized in that including interpolation plate, the interpolation plate has smooth support face and position
The first joint face of one or more in the side in the support face, have on first joint face the first interpolation groove and
It is adapted with the shape of the first interpolation groove and multiple first interpolation convex blocks that spacing is equal, multiple first interpolations is convex
Block is arranged along the length direction of first joint face, and one or more is equipped between the first interpolation convex block of adjacent two
The first interpolation groove；In the two first interpolation convex blocks adjacent with the midpoint of length direction of first joint face
In, one of them described first interpolation convex block at a distance from the midpoint be greater than another described first interpolation convex block and it is described in
The distance of point.
2. building blocks interpolation component according to claim 1, which is characterized in that the interpolation plate also has positioned at the support
The second joint face of one or more of the side in face has multiple first interpolation grooves on second joint face.
3. building blocks interpolation component according to claim 1, which is characterized in that the interpolation plate is plate-like structure, described
Support face is the front and/or the back side of the interpolation plate of plate-like structure, and first joint face is the side of the interpolation plate
Face.
4. building blocks interpolation component according to claim 2, which is characterized in that the interpolation plate set there are two it is described first connect
Junction and two second joint faces, two first joint faces are adjacent and intersect, and two second joint faces are adjacent
And intersect.
5. building blocks interpolation component according to any one of claims 1 to 4, which is characterized in that further include interpolation bar, the spelling
Inserted link is prism structure, has third joint face on side, the third joint face be equipped with the second interpolation groove and
It is adapted with the shape of the second interpolation groove and multiple second interpolation convex blocks that spacing is equal, multiple second interpolations is convex
Block is arranged along the length direction of the third joint face；
The second interpolation groove can be adapted with the first interpolation convex block, and the second interpolation convex block can be spelled with described first
Slotting groove is adapted.
6. building blocks interpolation component according to claim 5, which is characterized in that the interpolation bar is at least provided with two described
Three joint faces, in the two second interpolation convex blocks adjacent with the midpoint of length direction of the third joint face, wherein
One the second interpolation convex block be greater than at a distance from the midpoint another described second interpolation convex block and the midpoint away from
From.
7. building blocks interpolation component according to claim 6, which is characterized in that on the third joint face of adjacent two
The center line of second interpolation convex block is staggered.
8. building blocks interpolation component according to claim 5, which is characterized in that the second interpolation convex block of adjacent two it
Between be equipped with one or more second interpolation grooves.
9. building blocks interpolation component according to claim 5, which is characterized in that the top surface of the interpolation bar is equipped with third interpolation
The bottom surface of groove and/or third interpolation convex block, the interpolation bar is equipped with the third interpolation groove and/or third interpolation convex block.
10. building blocks interpolation component according to claim 5, which is characterized in that also have the on the side of the interpolation bar
Four joint faces have one or more second interpolation grooves on the 4th joint face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821832575.XU CN209221499U (en) | 2018-11-07 | 2018-11-07 | Building blocks interpolation component |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821832575.XU CN209221499U (en) | 2018-11-07 | 2018-11-07 | Building blocks interpolation component |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209221499U true CN209221499U (en) | 2019-08-09 |
Family
ID=67502237
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821832575.XU Active CN209221499U (en) | 2018-11-07 | 2018-11-07 | Building blocks interpolation component |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209221499U (en) |
-
2018
- 2018-11-07 CN CN201821832575.XU patent/CN209221499U/en active Active
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