CN203852846U - Quickly spliced triangular pyramid building block and quickly spliced toy - Google Patents
Quickly spliced triangular pyramid building block and quickly spliced toy Download PDFInfo
- Publication number
- CN203852846U CN203852846U CN201420302177.2U CN201420302177U CN203852846U CN 203852846 U CN203852846 U CN 203852846U CN 201420302177 U CN201420302177 U CN 201420302177U CN 203852846 U CN203852846 U CN 203852846U
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- incline
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- triangular pyramid
- building blocks
- shrinkage pool
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Abstract
The utility model relates to a quickly spliced triangular pyramid building block and a quickly spliced toy. The quickly spliced triangular pyramid building block comprises two geometric folding bodies which are formed by folding paper, and are the same in structure; the two geometric folding bodies are spliced oppositely in a buckling manner, and are fastened through rubber bands; the quickly spliced toy comprises a plurality of triangular pyramid building blocks and a plurality of rhombus-shaped paper slips for splicing and fastening any two triangular pyramid building blocks; the rhombus-shaped paper slips are inserted in any two triangular pyramid building blocks to be spliced. According to the utility model, the two geometric folding bodies are spliced together quickly, and are fastened through the rubber bands; inconvenience of binding by binding agents of glue and the like is avoided; the two geometric folding bodies are simple in structure, convenient to draw materials and low in price; the triangular pyramid building blocks are stable in structure after fastening, can realize compatible splice with other building blocks, and have the characteristics of simple structure, quick formation and high stability.
Description
Technical field
The utility model relates to a kind of folding cardboard of splicing fast technical field, relates in particular to a kind of splice type triangular pyramid building blocks fast and a kind of Puzzle provided with elements movable in relation to each other fast.
Background technology
Existing building blocks are to be generally made up of plastics or timber, and building blocks have multiple difformity structure, to splice various moulding, are a kind of children intelligent toys.The common cost of these class building blocks is higher, and the structure of building blocks, also because of the restriction of building blocks moulding, only has specific several universal architecture, and connecting method is also less, and splicing variable condition is few, lacks flexibility.At present, Ye You manufacturer produces a kind of paper-folding toy, by folding line and folding step, can fold out various types of shapes, the folding process of paper-folding toy is relatively complicated, and folding various shapes can not splice each other, and some paper-folding toy also needs by auxiliary solid shapes such as glue, therefore, very inconvenient.
Summary of the invention
Technical problem to be solved in the utility model is for the above-mentioned problems in the prior art, provide a kind of simple in structure, splicing fast, the quick splice type triangular pyramid building blocks of convenient fixing and Puzzle provided with elements movable in relation to each other fast.
For addressing the above problem, a kind of technical scheme of the present utility model is:
A kind of splice type triangular pyramid building blocks fast, described triangular pyramid building blocks comprise two how much folding by paper, structure is identical folded formations, two how much folded formations fasten splicing relatively, fastening by rubber band between two how much folded formations, described how much folded formations are the straight quadrangular shape that bottom surface is rhombus, on straight quadrangular, the left and right sides of the first incline mid point is cut by a plane respectively, vertical section by straight quadrangular after cutting is isosceles triangle, vertical section is vertical with the bottom surface of straight quadrangular, two faces by straight quadrangular after cutting are respectively two the first identical diamond-shaped cross-sections and the second diamond-shaped cross-section, described the first incline is any in four inclines of straight quadrangular, four summits of the first diamond-shaped cross-section are divided into the mid point of the first incline, 1/4 place of second incline adjacent with the first incline, 1/4 place of three incline adjacent with the first incline and with the first incline the starting point of the 4th relative incline, four summits of the second diamond-shaped cross-section are divided into the mid point of the first incline, 3/4 place of the second incline, 3/4 place of the 3rd incline and the terminal of the 4th incline, on described the first diamond-shaped cross-section and the second diamond-shaped cross-section, there are the first triangular pyramid connected in star and the second triangular pyramid connected in star to how much folded formation sunken insides, four summits of the first triangular pyramid connected in star are respectively the mid point of the first incline, 1/4 place of the second incline, 1/4 place of the 3rd incline and the mid point of the 4th incline, four summits of the second triangular pyramid connected in star are respectively the mid point of the first incline, 3/4 place of the second incline, 3/4 place of the 3rd incline and the mid point of the 4th incline, the first triangular pyramid connected in star and the second triangular pyramid connected in star are for holding two triangular pyramids taking the first incline mid point as summit on another how much folded formations, two triangular pyramids disconnect at public incline place, on the mid point of 1/4 place of 1/4 place of described the second incline and 3/4 place, the 3rd incline and 3/4 place and the 4th incline, be equipped with the shrinkage pool for preventing that rubber band from skidding, described rubber band is buckled on the shrinkage pool of two how much folded formations.
Preferably, described rubber band is two, be designated as the first rubber band and the second rubber band, two how much folded formations are designated as first how much folded formations and second how much folded formations, the first rubber band is buckled in the shrinkage pool at the second incline 1/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, the shrinkage pool at the second incline 3/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, on the shrinkage pool of the 4th incline mid point, the second rubber band is buckled in the shrinkage pool at the second incline 3/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, the shrinkage pool at the second incline 1/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, on the shrinkage pool of the 4th incline mid point.
Preferably, the rib length of described the 4th incline with the ratio of the length of side of straight quadrangular bottom surface rhombus is
Be compared to prior art, quick splice type triangular pyramid building blocks of the present utility model are stitched together two how much folded formations fast, fastening by rubber band, avoided using the bonding inconvenience of adhesive such as glue, two how much folded formations simple in structure, draws materials conveniently, cheap, the fastening rear Stability Analysis of Structures of triangular pyramid building blocks, can realize compatible splicing with other building blocks, has simple in structure, rapid shaping, feature that stability is strong.
Another kind of technical scheme of the present utility model is:
A kind of Puzzle provided with elements movable in relation to each other fast, the triangular pyramid building blocks of described Puzzle provided with elements movable in relation to each other based on described in any one in claim 1-3, described Puzzle provided with elements movable in relation to each other comprises several triangular pyramid building blocks and some for splicing the rhombus scraps of paper of fastening any two triangular pyramid building blocks, the rhombus scraps of paper are plugged in the triangular pyramid building blocks of any two needs splicing, the half of the rhombus scraps of paper is plugged on the fastening gap place of two how much folded formations in one of them triangular pyramid building blocks, second half of the rhombus scraps of paper is plugged on the fastening gap place of two how much folded formations in another triangular pyramid building blocks, each triangular pyramid building blocks are provided with the fastening gap for the rhombus scraps of paper of pegging graft everywhere.
Preferably, the shape of the described rhombus scraps of paper is identical with the first diamond-shaped cross-section.
Be compared to prior art, quick Puzzle provided with elements movable in relation to each other of the present utility model utilizes the ingehious design of self structure that multiple triangular pyramid building blocks are stitched together cleverly, by fixing two the triangular pyramid building blocks of splicing each other of multiple rhombus scraps of paper, adopt multiple triangular pyramid building blocks and the rhombus scraps of paper can splice colourful splice modeling, there is connecting method flexible and changeable, the feature that splicing construction stability is strong.
Brief description of the drawings
Fig. 1 is the structural representation of the quick splice type triangular pyramid of the utility model building blocks.
Fig. 2 is the structural representation of how much folded formations in the quick splice type triangular pyramid of the utility model building blocks.
Fig. 3 is the structural representation of rubber band on the quick splice type triangular pyramid of the utility model building blocks.
Fig. 4 is the deployed configuration schematic diagram of how much folded formations in the quick splice type triangular pyramid of the utility model building blocks.
Fig. 5 is the folding process figure of how much folded formations in the quick splice type triangular pyramid of the utility model building blocks.
Fig. 6 is the folding process figure of how much folded formations in the quick splice type triangular pyramid of the utility model building blocks.
Fig. 7 is the plane of how much folded formations in the quick splice type triangular pyramid of the utility model building blocks.
Fig. 8 is that in the quick Puzzle provided with elements movable in relation to each other of the utility model, two triangular pyramid building blocks splicings split structural representation.
Fig. 9 is two triangular pyramid building blocks amalgamation structural representations in the quick Puzzle provided with elements movable in relation to each other of the utility model.
Detailed description of the invention
Further describe the utility model below in conjunction with drawings and Examples, but protection domain of the present utility model is not limited to this.
With reference to Fig. 1, Fig. 2 and Fig. 3, quick splice type triangular pyramid building blocks of the present utility model comprise two how much folding by paper, structure is identical folded formations, be respectively first how much folded formations 1 and second how much folded formations 2, first how much folded formations 1 fasten splicing with second how much relative dislocation of folded formation 2, fastening by rubber band 3 between two how much folded formations.
How much folded formations are the straight quadrangular shape that bottom surface is rhombus, be labeled as the first incline by any one in four inclines of straight quadrangular, on straight quadrangular, the left and right sides of the first incline mid point 11 is cut by a plane respectively, vertical section by straight quadrangular after cutting is isosceles triangle, this vertical section is vertical with the bottom surface of straight quadrangular, another vertical section by straight quadrangular after cutting is rhombus, and one of them summit in this rhombus vertical section is the first incline mid point 11.Four summits that are respectively two the first identical diamond-shaped cross-sections 4 and the second diamond-shaped cross-section 5, the first diamond-shaped cross-sections 4 by two faces of straight quadrangular after cutting are divided into 1/4 place of 1/4 place of the mid point 11 of the first incline, second incline 12 adjacent with the first incline, three incline 13 adjacent with the first incline and the starting point of the 4th relative incline 14 with the first incline.Four summits of the second diamond-shaped cross-section 5 are divided into the mid point 11 of the first incline, 3/4 place, 3/4 place of the 3rd incline 13 and the terminal of the 4th incline 14 of the second incline 12.1/4 above-mentioned place and 3/4 place refer to 1/4 place and 3/4 place of incline length, and the starting point of the 4th incline 14 and terminal refer to line segment starting point and the end point of the 4th incline 14.
On described the first diamond-shaped cross-section 4 and the second diamond-shaped cross-section 5, there are the first triangular pyramid connected in star 6 and the second triangular pyramid connected in star 7 to how much folded formation sunken insides, four summits of the first triangular pyramid connected in star 6 are respectively the mid point 11 of the first incline, 1/4 place, 1/4 place of the 3rd incline 13 and the mid point of the 4th incline 14 of the second incline 12, and four summits of the second triangular pyramid connected in star 7 are respectively the mid point 11 of the first incline, 3/4 place, 3/4 place of the 3rd incline 13 and the mid point of the 4th incline 14 of the second incline 12.The first triangular pyramid connected in star 6 and the second triangular pyramid connected in star 7 are for holding two triangular pyramids taking the first incline mid point 11 as summit on another how much folded formations, and two triangular pyramids disconnect at public incline place, and two how much folded formations are just fastened in the time fastening.On the mid point of 1/4 place of 1/4 place of the second incline 12 and 3/4 place, the 3rd incline 13 and 3/4 place and the 4th incline 14, be equipped with the shrinkage pool 8 for preventing that rubber band from skidding, described rubber band 3 is buckled on the shrinkage pool 8 of two how much folded formations.
With reference to Fig. 3, rubber band 3 is two, be designated as the first rubber band and the second rubber band, the first rubber band is buckled in the shrinkage pool at the second incline 1/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, the shrinkage pool at the second incline 3/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, on the shrinkage pool of the 4th incline mid point, the second rubber band is buckled in the shrinkage pool at the second incline 3/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, the shrinkage pool at the second incline 1/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, on the shrinkage pool of the 4th incline mid point.
With reference to Fig. 4, how much folded formations form by paper is folding, and this paper is rectangle, and minor face with the ratio on long limit is
the rib length of the 4th incline with the ratio of the length of side of straight quadrangular bottom surface rhombus is
on rectangle paper, be provided with folding line 01, folding line 02 and the folding line 03 on three quartering rectangles and long limit, imperial palace on rectangle paper connects rhombus, the four edges of rhombus is divided into eight isometric folding lines by folding line 01 and folding line 03, is respectively folding line 08, folding line 09, folding line 010, folding line 011, folding line 012, folding line 013, folding line 014 and folding line 015.The mid point that connects on rectangle paper four summits and relative rhombus limit, forms folding line 04, folding line 05, folding line 06 and folding line 07, and above-mentioned folding line is used for folding out the shape of geometry folded formations.
With reference to Fig. 4, concrete method for folding is along folding line 01 and folding line 03, two quartering portions of paper to be turned down to folding line 02 direction respectively, obtains the rugosity of Fig. 5; The folded formation of Fig. 5 is turned up four angles along folding line 04, folding line 05, folding line 06 and folding line 07 respectively, and Fig. 6 is shown in by the drawing after turn up at four angles; The folded formation of Fig. 6 is turned up and amalgamation along folding line 010, folding line 011, folding line 014 and folding line 015, obtained the shape of whole how much folded formations, referring to Fig. 7.
The utility model, by the paper and the paper crease that launch, can fold how much folded formations fast, and by fastening two how much folded formations of rubber band, how much folded formations simple in structure, and the convenience of drawing materials, cheap, two fastening rear Stability Analysis of Structures of triangular pyramid building blocks.
Quick Puzzle provided with elements movable in relation to each other of the present utility model comprises several triangular pyramid building blocks and some for splicing the rhombus scraps of paper of fastening any two triangular pyramid building blocks, the rhombus scraps of paper are plugged in the triangular pyramid building blocks of any two needs splicing, the shape of the rhombus scraps of paper and size are identical with the first diamond-shaped cross-section, the stability that latter two triangular pyramid building blocks of being convenient to peg graft splice.
With reference to Fig. 8, illustrate the splicing of triangular pyramid building blocks 16 and triangular pyramid building blocks 17, wherein, the half of the rhombus scraps of paper 18 is plugged on the fastening gap place 16.1 of interior two how much folded formations of triangular pyramid building blocks 16, second half of the rhombus scraps of paper 18 is plugged on the fastening gap place 17.1 of two how much folded formations in triangular pyramid building blocks 17, triangular pyramid building blocks 16 and triangular pyramid building blocks 17, by the grafting of the rhombus scraps of paper 18, are combined, referring to Fig. 9.Each triangular pyramid building blocks are provided with the fastening gap for the rhombus scraps of paper of pegging graft everywhere, can be respectively along splicing triangular pyramid building blocks on four direction, or carry out compatibility with happy high building blocks etc. and splice.The utility model utilizes the ingehious design of self structure that multiple triangular pyramid building blocks are stitched together cleverly, multiple triangular pyramid building blocks and the rhombus scraps of paper can splice colourful splice modeling, there is connecting method flexible and changeable, the feature that splicing construction stability is strong.
In above-mentioned explanation, all special instructions that do not add, all adopt routine techniques means of the prior art.
Claims (5)
1. quick splice type triangular pyramid building blocks, is characterized in that, described triangular pyramid building blocks comprise two how much folding by paper, structure is identical folded formations, and two how much folded formations fasten splicing relatively, fastening by rubber band between two how much folded formations, described how much folded formations are the straight quadrangular shape that bottom surface is rhombus, on straight quadrangular, the left and right sides of the first incline mid point is cut by a plane respectively, vertical section by straight quadrangular after cutting is isosceles triangle, vertical section is vertical with the bottom surface of straight quadrangular, two faces by straight quadrangular after cutting are respectively two the first identical diamond-shaped cross-sections and the second diamond-shaped cross-section, described the first incline is any in four inclines of straight quadrangular, four summits of the first diamond-shaped cross-section are divided into the mid point of the first incline, 1/4 place of second incline adjacent with the first incline, 1/4 place of three incline adjacent with the first incline and with the first incline the starting point of the 4th relative incline, four summits of the second diamond-shaped cross-section are divided into the mid point of the first incline, 3/4 place of the second incline, 3/4 place of the 3rd incline and the terminal of the 4th incline, on described the first diamond-shaped cross-section and the second diamond-shaped cross-section, there are the first triangular pyramid connected in star and the second triangular pyramid connected in star to how much folded formation sunken insides, four summits of the first triangular pyramid connected in star are respectively the mid point of the first incline, 1/4 place of the second incline, 1/4 place of the 3rd incline and the mid point of the 4th incline, four summits of the second triangular pyramid connected in star are respectively the mid point of the first incline, 3/4 place of the second incline, 3/4 place of the 3rd incline and the mid point of the 4th incline, the first triangular pyramid connected in star and the second triangular pyramid connected in star are for holding two triangular pyramids taking the first incline mid point as summit on another how much folded formations, two triangular pyramids disconnect at public incline place, on the mid point of 1/4 place of 1/4 place of described the second incline and 3/4 place, the 3rd incline and 3/4 place and the 4th incline, be equipped with the shrinkage pool for preventing that rubber band from skidding, described rubber band is buckled on the shrinkage pool of two how much folded formations.
2. quick splice type triangular pyramid building blocks according to claim 1, it is characterized in that, described rubber band is two, be designated as the first rubber band and the second rubber band, two how much folded formations are designated as first how much folded formations and second how much folded formations, the first rubber band is buckled in the shrinkage pool at the second incline 1/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, the shrinkage pool at the second incline 3/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, on the shrinkage pool of the 4th incline mid point, the second rubber band is buckled in the shrinkage pool at the second incline 3/4 place of first how much folded formations, the shrinkage pool at the 3rd incline 1/4 place, the shrinkage pool at the second incline 1/4 place of the shrinkage pool of the 4th incline mid point and second how much folded formations, the shrinkage pool at the 3rd incline 3/4 place, on the shrinkage pool of the 4th incline mid point.
3. quick splice type triangular pyramid building blocks according to claim 1, is characterized in that, the rib length of described the 4th incline with the ratio of the length of side of straight quadrangular bottom surface rhombus is
4. a quick Puzzle provided with elements movable in relation to each other, it is characterized in that, the triangular pyramid building blocks of described Puzzle provided with elements movable in relation to each other based on described in any one in claim 1-3, described Puzzle provided with elements movable in relation to each other comprises several triangular pyramid building blocks and some for splicing the rhombus scraps of paper of fastening any two triangular pyramid building blocks, the rhombus scraps of paper are plugged in the triangular pyramid building blocks of any two needs splicing, the half of the rhombus scraps of paper is plugged on the fastening gap place of two how much folded formations in one of them triangular pyramid building blocks, second half of the rhombus scraps of paper is plugged on the fastening gap place of two how much folded formations in another triangular pyramid building blocks, each triangular pyramid building blocks are provided with the fastening gap for the rhombus scraps of paper of pegging graft everywhere.
5. quick Puzzle provided with elements movable in relation to each other according to claim 4, is characterized in that, the shape of the described rhombus scraps of paper is identical with the first diamond-shaped cross-section.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420302177.2U CN203852846U (en) | 2014-06-09 | 2014-06-09 | Quickly spliced triangular pyramid building block and quickly spliced toy |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420302177.2U CN203852846U (en) | 2014-06-09 | 2014-06-09 | Quickly spliced triangular pyramid building block and quickly spliced toy |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203852846U true CN203852846U (en) | 2014-10-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420302177.2U Expired - Fee Related CN203852846U (en) | 2014-06-09 | 2014-06-09 | Quickly spliced triangular pyramid building block and quickly spliced toy |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203852846U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105688406A (en) * | 2014-11-28 | 2016-06-22 | 富阳市华信包装材料有限公司 | A folding method for splicing paper board building blocks |
| CN108888973A (en) * | 2018-09-15 | 2018-11-27 | 广州创森软件科技有限公司 | One kind can assembled intelligent building blocks evil spirit card |
-
2014
- 2014-06-09 CN CN201420302177.2U patent/CN203852846U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105688406A (en) * | 2014-11-28 | 2016-06-22 | 富阳市华信包装材料有限公司 | A folding method for splicing paper board building blocks |
| CN108888973A (en) * | 2018-09-15 | 2018-11-27 | 广州创森软件科技有限公司 | One kind can assembled intelligent building blocks evil spirit card |
| CN108888973B (en) * | 2018-09-15 | 2023-10-13 | 广州创森软件科技有限公司 | Can assemble intelligent building blocks magic card |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20141001 Termination date: 20160609 |