CN203935621U - Hexangle type building blocks - Google Patents
Hexangle type building blocks Download PDFInfo
- Publication number
- CN203935621U CN203935621U CN201420031239.0U CN201420031239U CN203935621U CN 203935621 U CN203935621 U CN 203935621U CN 201420031239 U CN201420031239 U CN 201420031239U CN 203935621 U CN203935621 U CN 203935621U
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- unit
- building blocks
- plane
- base
- hexangle type
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- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F9/00—Games not otherwise provided for
- A63F9/06—Patience; Other games for self-amusement
- A63F9/12—Three-dimensional jig-saw puzzles
-
- 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
-
- A—HUMAN NECESSITIES
- A63—SPORTS; GAMES; AMUSEMENTS
- A63F—CARD, BOARD, OR ROULETTE GAMES; INDOOR GAMES USING SMALL MOVING PLAYING BODIES; VIDEO GAMES; GAMES NOT OTHERWISE PROVIDED FOR
- A63F9/00—Games not otherwise provided for
- A63F9/06—Patience; Other games for self-amusement
- A63F9/12—Three-dimensional jig-saw puzzles
- A63F2009/1236—Three-dimensional jig-saw puzzles with a final configuration thereof, i.e. the solution, being packed in a box or container
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- Engineering & Computer Science (AREA)
- Multimedia (AREA)
- Toys (AREA)
Abstract
The utility model relates to a kind of hexangle type building blocks, its building blocks by several different three-dimensional contourings combine, each building blocks base shape can divide for by 1 to several unit that are hexangle type, connecting junction configuration ejaculation with horizontal and vertical multi-layer phase is formed, can coordinate corresponding base and groove, can allow these building blocks mutually combine by longitudinal storehouse; Can also change base, carry out storehouse and combination mutually with former quantity building blocks combination laterally to coordinate, and because each building blocks are with the hexangle type cell formation of fixed number, no matter therefore base coordinates the vertical or horizontal ordered set that all needs of storehouse to merge not remaining vacancy, the three-dimensional contouring being formed to complete base, therefore in heap sort combination, tool acquires a certain degree of difficulty, and can reach the object of training logic consideration ability.
Description
Technical field
The utility model is about a kind of hexangle type building blocks, utilize several different from 1 building blocks to several hexangle type three-dimensional contourings that unit forms, coordinate corresponding base to pass through position and stacking order difference for each hexangle type unit, can form three-dimensional contouring and there is multiple heap stack mode.
Background technology
The common intelligent building blocks of selling on open market, that its shape mostly is is square, plate shape, spheroid ... Deng, wherein squarely mainly extended and formed different shaping through X, Y-direction by its six, but this modular construction is all to carry out correspondence combination with level or vertical angle, because human brain is comparatively easy with the combination meeting of level or vertical angle for building blocks, and easy identification in the time of combination, so may have its help property for child, but this building blocks combination is too simple, a little less than tempering logic consideration and strengthening group's concept aspect relative thin;
After have dealer to release the corresponding base of square building block respective outer side edges of removable different shaping, and then the variability of raising building blocks combination, but this kind of base and level that square building block utilizes and vertical angle, as long as utilizing base edge attempts being easy to combine successfully, though compare the former modular construction promotes to some extent in combination variability and difficulty, but slightly inadequate, still have the space of further improvement such as above-mentioned various disappearances.
Utility model content
The utility model is a kind of hexangle type building blocks, mainly combined by the building blocks of several different three-dimensional contourings, these building blocks are formed to several unit by 1, each building blocks shape is as follows: building blocks A (11), it is shaped as the 1st unit (a1) and the 2nd unit (a2) level connection joint, connects respectively the 3rd unit (a3) and the 4th unit (a4) in the both sides of junction; Building blocks B (12), it is shaped as the 1st unit (b1) and the 2nd unit (b2) level connection joint, connects the 3rd unit (b3) and the 4th unit (b4) in below; Building blocks C (13), it is shaped as the 1st unit (c1), the 2nd unit (c2) and the 3rd unit (c3) and is vertically connected, and the 4th unit (c4) is connected in the 1st unit (c1) side; Building blocks D (14), it is shaped as the 1st unit (d1) and the 2nd vertical connection of unit (d2), another the 3rd unit (d3), with after the 4th vertical connection of unit (d4), is connected in the 1st unit (d1) side; Building blocks E (15), after it is shaped as the 1st unit (e1), the 2nd unit (e2) and the 3rd unit (e3) and is vertically connected, the 4th unit (e4) is connected in the 2nd unit (e2) side; Building blocks F (16), it is shaped as the 1st unit (f1) with after the 2nd vertical connection of unit (f2), the 3rd unit (f3) is connected in the 2nd unit (f2) side, and the 4th unit (f4) is connected in the 1st unit (f1) side; Building blocks G (17), after it is shaped as the 2nd unit (g2), the 3rd unit (g3) and the 4th unit (g4) and interconnects, the 1st unit (g1) is connected in the 2nd top, unit (g2).
Preferably, described hexangle type building blocks, also include: a base (18), be provided with a groove, this groove has position A～Z (182～188) and can put for 7 unit, allow difform 7 kinds of building blocks (11～17) longitudinally to insert this base shape, it is high 4 layers that storehouse goes out every layer of 7 unit, totally 28 unit.
Preferably, described hexangle type building blocks, also include: a base (19), be provided with a groove, this groove can allow 7 kinds of building blocks (11～17) laterally to insert this base, and storehouse goes out high 3 layers, its each number of plies amount is 8,12,8 unit, totally 28 unit.
Preferably, described hexangle type building blocks, this base also includes: multiple plane A～J (C1～C10), and its plane A (C1) and plane B (C2), plane C (C3) and plane D (C4), plane D (C4) and plane E (C5), plane F (C6) present 120 degree angles with plane G (C7), planar I (C9) with plane J (C10); Plane B (C2) and plane C (C3), plane E (C5) and plane F (C6), plane H (C8) present 240 degree angles with planar I (C9), form 120 degree and 240 degree angles by multiple planes (C1～C10), can allow building blocks A～G (11～17) insert rear maintenance firmly and easily get with hand-held.
In sum, the utility model implements to have following advantages:
1, each building blocks are the hexangle type cell formations with fixed number, when coordinating base need arrange while carrying out storehouse, have the user of exciting and think deeply in solid space, imagine and attempt storehouse and go out the arrangement of correct combination, have certain training and evocation.
2, this base can be changed, longitudinal storehouse and sell dependent merchandise on most of market, the utility model allows user select building blocks with the longitudinal and transverse permutation and combination of always carrying out, and then excite user to think deeply the building blocks combination of different directions, there is unique innovation style, the thinking combination of different directions, and permutation and combination is because each building blocks are with the hexangle type cell formation of fixed number, when arranging when storehouse, need add to attempt could storehouse can remaining vacancy three-dimensional contouring.
Compared with prior art feature, the utility model utilizes equal number building blocks, corresponding different bases can change with vertical, horizontal piles stack combination, and each building blocks are mainly the designed formation of hexangle type, no matter therefore base coordinates the three-dimensional contouring that storehouse direction all need be formed with the synthetic base of ordered set, for reaching this object, its combination must not remaining vacancy, acquires a certain degree of difficulty for training and the upper tool of heap sort combination of logic consideration.
Technological means and effect thereof of adopting for reaching above-mentioned purpose, feature for ease of further understanding relevant the utility model, hereby exemplify preferred embodiment and coordinate graphic being described as follows.
Brief description of the drawings
Fig. 1 is one of structural representation of part of the present utility model.
Fig. 2 is three-dimensional combination schematic diagram of the present utility model.
Fig. 3 is each layer of schematic diagram after heap stack combination of the present utility model.
Fig. 4 is each layer of schematic diagram after another kind of heap stack combination of the present utility model.
Fig. 5 is another embodiment stereogram of the utility model.
Fig. 6 is another embodiment A-A generalized section of the utility model.
Fig. 7 is the solid combination schematic diagram of another embodiment of the utility model.
Fig. 8 is each layer of schematic diagram after the heap stack combination of another embodiment of the utility model.
Fig. 9 is that the another kind of another embodiment of the utility model is piled each layer of schematic diagram after stack combination.
Figure 10 be part of the present utility model structural representation two.
Figure 11 be part of the present utility model structural representation three.
Figure 12 be part of the present utility model structural representation four.
Figure 13 be part of the present utility model structural representation five.
Figure 14 be part of the present utility model structural representation six.
Figure 15 be part of the present utility model structural representation seven.
[symbol description]
Unit 10
C1～C10 plane 1～plane 10
11～17 building blocks A～building blocks G
A1～a4 the 1st unit, unit～4th
18 bases
B1～b4 the 1st unit, unit～4th
181 grooves
C1～c4 the 1st unit, unit～4th
182～188 A～position, position G
D1～d4 the 1st unit, unit～4th
19 bases
E1～e4 the 1st unit, unit～4th
191 grooves
F1～f4 the 1st unit, unit～4th
201～208 position A '～position H '
G1～g4 the 1st unit, unit～4th
Detailed description of the invention
Conventionally according to the utility model, the embodiment that this best is feasible, and coordinate after graphic detailed description, making increases understanding of the present utility model; Refer to shown in Fig. 1～Figure 15, the utility model is a kind of hexangle type building blocks, and building blocks A～G used (11～17) respectively connects junction configuration and is formed the hexangle type building blocks combination of 7 kinds of different three-dimensional contourings with horizontal and vertical multi-layer phase for 4 hexangle type unit (10), for more understanding the position relationship in following embodiment, therefore (10) describe as fundamental unit taking unit, each building blocks shape is as follows:
Building blocks A (11), it is shaped as the 1st unit (a1) and the 2nd unit (a2) level connection joint, connects respectively the 3rd unit (a3) and the 4th unit (a4) in the both sides of junction; Building blocks B (12), it is shaped as the 1st unit (b1) and the 2nd unit (b2) level connection joint, connects the 3rd unit (b3) and the 4th unit (b4) in below; Building blocks C (13), it is shaped as the 1st unit (c1), the 2nd unit (c2) and the 3rd unit (c3) and is vertically connected, and the 4th unit (c4) is connected in the 1st unit (c1) side; Building blocks D (14), it is shaped as the 1st unit (d1) and the 2nd vertical connection of unit (d2), another the 3rd unit (d3), with after the 4th vertical connection of unit (d4), is connected in the 1st unit (d1) side; Building blocks E (15), after it is shaped as the 1st unit (e1), the 2nd unit (e2) and the 3rd unit (e3) and is vertically connected, the 4th unit (e4) is connected in the 2nd unit (e2) side; Building blocks F (16), it is shaped as the 1st unit (f1) with after the 2nd vertical connection of unit (f2), the 3rd unit (f3) is connected in the 2nd unit (f2) side, and the 4th unit (f4) is connected in the 1st unit (f1) side; Building blocks G (17), after it is shaped as the 2nd unit (g2), the 3rd unit (g3) and the 4th unit (g4) and interconnects, the 1st unit (g1) is connected in the 2nd top, unit (g2).
Refer to shown in Fig. 1～Fig. 3 and Figure 10～Figure 15, one base (18) has groove (181) and can supply building blocks A～G (11～17) insert while arranging storehouse, form the three-dimensional contouring with this groove (181) shape, its combination is containing several variations, shape in base (18) groove (181) as seen from the figure, to coordinate 6 faces, 6 hexangle types that are connected to be formed by central hexangle type, in this groove (181), be respectively position A (182), position B (183), position C (184), position D (185), position E (186), position F (187) and position G (188), as can be seen here after storehouse to form high be 4 layers, 7 every layer unit (10), amount to 28 unit (10), its heap stack mode utilizes the 2nd unit (g2), below by building blocks G (17), the 3rd unit (g3) and the 4th unit (g4) correspondence position C (184), position D (185), after position G (188), continue storehouse building blocks F (16) and utilize the 2nd unit (f2), below and the 3rd unit (f3) correspondence position B (183) and position A (182), the 4th unit (f4) is positioned at the 3rd top, unit (g3), continue storehouse building blocks E (15) and utilize the 3rd unit (e3) correspondence position F (187), continue storehouse building blocks C (13) and utilize the 3rd unit (c3) correspondence position E (186), the 4th unit (c4) is positioned at the 1st top, unit (g1), continuing storehouse building blocks D (14) utilizes the 2nd unit (d2), below and the 4th unit (d4) to be positioned at the 4th unit (g4) and top, the 4th unit (f4), continuing storehouse building blocks B (12) utilizes the 3rd unit (b3) and the 4th unit (b4) to be positioned at the 4th unit (e4) and top, the 3rd unit (f3), continue storehouse building blocks A (11) and utilize the 1st unit, unit～4th (a1, a2, a3, a4) to be positioned at the 1st unit (c1), the 4th unit (c4), the 1st unit (d1), the 1st top, unit (e1), storehouse has so far been inserted arrangement by 7 kinds of building blocks A～G (11～17), can more be understood by each layer of Fig. 3 the sequence combination of aforementioned building blocks A～G (11～17).
Refer to shown in Fig. 4, this figure is another kind of combination, first by the 1st unit, unit～4th (a1～a4) correspondence position G (188), position B (183), position C (184), the position A (182) of building blocks A (11); Continue storehouse building blocks B (12) and utilize the 1st unit (b2) and the 2nd unit (b2) correspondence position D (185), position E (186); Continue storehouse building blocks D14 and utilize the 2nd unit (d2) correspondence position F (187), and the 4th unit (d4) is positioned at the 3rd top, unit (a3); Continuing storehouse building blocks C (13) utilizes the 1st unit (c1) and the 4th unit (c4) to be positioned at the 2nd unit (a2) and top, the 1st unit, unit (a1); Continue storehouse building blocks E (15) and utilize the 1st unit (e1) to be positioned at the 3rd top, unit (a3), and the 4th unit (e4) is positioned at the 3rd top, unit (b3); Continuing storehouse building blocks F (16) utilizes the 4th unit (f4), the 2nd unit (f2) and the 3rd unit (f3) to be positioned at the 4th unit (e4), the 4th unit (b4) and top, the 1st unit (d1); Continue storehouse building blocks G (17) and utilize the 1st unit (g1), the 3rd unit (g3) and the 4th unit (g4) to be positioned at the 4th unit (c4), the 3rd unit (f3), the 3rd top, unit (d3), storehouse has so far been inserted arrangement by 7 kinds of building blocks A～G (11～17).
Refer to shown in Fig. 5～Fig. 8, be replaced by the base (19) of different designs, this base (19) can utilize identical building blocks A～G (11～17) to change with landscape mode and be placed in wherein, and then promotes the variability of the utility model building blocks A～G (11～17) sequence combination.This base (19) inner side has a groove (191), in this groove (191), there are multiple planes 1～10 (C1～C10), and its midplane 1 (C1) all by two Plane intersects is 120 degree angles with plane 7 (C7), plane 9 (C9) with plane 10 (C10) with plane 5 (C5), plane 6 (C6) with plane 4 (C4), plane 4 (C4) with plane 2 (C2), plane 3 (C3), and plane 2 (C2) and plane 3 (C3), plane 5 (C5) and plane 6 (C6), plane 8 (C8) presents 240 degree angles with plane 9 (C9), form 120 degree and 240 degree angles by multiple planes 1～10 (C1～C10), after allowing building blocks A～G (11～17) insert, become high 3 layers, its each layer from the bottom to top quantity be 8, 12, 8 unit (10) are totally 28 unit (10), and be easy to take, because building blocks A～G used (11～17) in the utility model is that hexangle type is therefore each interior angle is 120 degree, in the time being placed in this base (19), the aforementioned plane that is 120 degree angles coordinates with hexangle type unit (10), make each building blocks A～G (11～17) insert firmly, example as described in Figure plane 4 (C4) and plane 5 (C5) is 120 degree angles to coordinate hexangle type unit (10) is like this.By above-mentioned base (19) illustrate be mainly high 3 layers, its orlop is inserted 8 for holding hexangle type unit (10), its sequence combination relevant position can be consulted Fig. 7～Fig. 8, be respectively position A ' (201), position B ' (202), position C ' (203), position D ' (204), position E ' (205), position F ' (206), position G ' (207), position H ' (208), in the time of sequence building blocks A～G (11～17), first building blocks G (17) is utilized to the 3rd unit (g3) correspondence position D ' (204), insert again building blocks F (16) and utilize the 2nd unit (f2) correspondence position H ' (208), the 1st unit (f1) correspondence position G ' (207) and the 4th unit (f4) correspondence position C ' (203), insert again building blocks D (14) and utilize the 4th unit (d4) correspondence position B ' (202) and the 3rd unit (d3) correspondence position A ' (201), insert building blocks B (12) again and utilize the 3rd unit (b3) correspondence position F ' (206) and the 1st unit (b1) correspondence position E ' (205), now orlop has been inserted, again building blocks C (13) is utilized the 3rd unit (c3) to be positioned at that the 2nd unit (g2) top, the 2nd unit (c2) are positioned at the 1st top, unit (g1), the 4th unit (c4) is positioned at the 3rd top, unit (b3), the right side that again building blocks E (15) is utilized the 3rd unit (e3) to be positioned at the 3rd top, unit (f3), the 2nd unit (e2), the 4th unit (e4) to be positioned at the 2nd unit (c2), the 1st unit (g1), the 1st unit (e1) is positioned at the 4th top, unit (b4), finally building blocks A (11) is utilized the 3rd unit (a3), the 2nd unit (a2) and the 4th unit (a4) to be positioned at the 3rd unit (d3), the 1st unit (b1), the 2nd top, unit (b2), storehouse is so far inserted base (19) by 7 kinds of building blocks A～G (11～17) and is completed arrangement again.
Refer to shown in Fig. 9, this figure is the another kind sequence combination that base (19) coordinates building blocks A～G (11～17), and building blocks A (11) utilizes the 3rd unit (a3) correspondence position D ' (204), the 2nd unit (a2) correspondence position H ' (208); Then insert building blocks E (15) and utilize the 1st unit (e1) correspondence position C ' (203), the 2nd unit (e2) correspondence position B ' (202), the 3rd unit (e3) correspondence position A ' (201); Building blocks C (13) is utilized to the 1st unit (c1) correspondence position G ' (207), the 2nd unit (c2) correspondence position F ' (206), the 3rd unit (c3) correspondence position E ' (205), now orlop has been inserted again; Building blocks B (12) being utilized the 2nd unit (b2) and the 4th unit (b4) to be positioned at the 3rd unit (a3) and the 1st unit (e1) top, the 1st unit (b1) and the 3rd unit (b3) is positioned at above the 1st unit (a1) and the 4th unit (c4) again; Building blocks D (14) is utilized the 3rd unit (d3) to be positioned at the 1st right side, unit (b1), the 4th unit (d4) and the 1st unit (d1) are positioned at the 3rd unit (b3) and the 4th right side, unit (c4) again; Again building blocks F (16) is utilized the 4th unit (f4) to be positioned at the 2nd unit (d2) top, the 3rd unit (f3) is positioned at the 3rd top, unit (e3); Finally put into the right side that building blocks G (17) utilizes the 1st unit (g1) and the 2nd unit (g2) to be positioned at the 2nd unit (c2) and the 3rd unit (c3) top, the 4th unit (g4) to be positioned at the 2nd unit (f2), storehouse is so far inserted base (19) by 7 kinds of building blocks A～G (11～17) and is completed arrangement.
In sum, the utility model hexangle type building blocks have many various combination modes, can also replace different bases and utilize longitudinal and transverse two-way storehouse, and then derive different assembled arrangement modes, even extend building blocks kind and element number, coordinate the element number that base can be accommodating to increase and decrease, change and to have more rich and varied combination, make the utility model more can effectively excite user to think deeply study at solid space.
Claims (4)
1. hexangle type building blocks, it is characterized in that, mainly combined by the building blocks of several different three-dimensional contourings, these building blocks are formed to several unit by 1, each building blocks shape is as follows: building blocks A (11), it is shaped as the 1st unit (a1) and the 2nd unit (a2) level connection joint, connects respectively the 3rd unit (a3) and the 4th unit (a4) in the both sides of junction; Building blocks B (12), it is shaped as the 1st unit (b1) and the 2nd unit (b2) level connection joint, connects the 3rd unit (b3) and the 4th unit (b4) in below; Building blocks C (13), it is shaped as the 1st unit (c1), the 2nd unit (c2) and the 3rd unit (c3) and is vertically connected, and the 4th unit (c4) is connected in the 1st unit (c1) side; Building blocks D (14), it is shaped as the 1st unit (d1) and the 2nd vertical connection of unit (d2), another the 3rd unit (d3), with after the 4th vertical connection of unit (d4), is connected in the 1st unit (d1) side; Building blocks E (15), after it is shaped as the 1st unit (e1), the 2nd unit (e2) and the 3rd unit (e3) and is vertically connected, the 4th unit (e4) is connected in the 2nd unit (e2) side; Building blocks F (16), it is shaped as the 1st unit (f1) with after the 2nd vertical connection of unit (f2), the 3rd unit (f3) is connected in the 2nd unit (f2) side, and the 4th unit (f4) is connected in the 1st unit (f1) side; Building blocks G (17), after it is shaped as the 2nd unit (g2), the 3rd unit (g3) and the 4th unit (g4) and interconnects, the 1st unit (g1) is connected in the 2nd top, unit (g2).
2. hexangle type building blocks as claimed in claim 1, also include: a base (18), be provided with a groove, this groove has position A～Z (182～188) and can put for 7 unit, allow difform 7 kinds of building blocks (11～17) longitudinally to insert this base shape, it is high 4 layers that storehouse goes out every layer of 7 unit, totally 28 unit.
3. hexangle type building blocks as claimed in claim 1, also include: a base (19), is provided with a groove, this groove can allow 7 kinds of building blocks (11～17) laterally to insert this base, storehouse goes out high 3 layers, and its each number of plies amount is 8,12,8 unit, totally 28 unit.
4. hexangle type building blocks as claimed in claim 3, this base also includes: multiple plane A～J (C1～C10), and its plane A (C1) and plane B (C2), plane C (C3) and plane D (C4), plane D (C4) and plane E (C5), plane F (C6) present 120 degree angles with plane G (C7), planar I (C9) with plane J (C10); Plane B (C2) and plane C (C3), plane E (C5) and plane F (C6), plane H (C8) present 240 degree angles with planar I (C9), form 120 degree and 240 degree angles by multiple planes (C1～C10), can allow building blocks A～G (11～17) insert rear maintenance firmly and be easy to take.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420031239.0U CN203935621U (en) | 2014-01-17 | 2014-01-17 | Hexangle type building blocks |
| PCT/CN2014/095466 WO2015106628A1 (en) | 2014-01-17 | 2014-12-30 | Hexagonal toy block |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420031239.0U CN203935621U (en) | 2014-01-17 | 2014-01-17 | Hexangle type building blocks |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203935621U true CN203935621U (en) | 2014-11-12 |
Family
ID=51854971
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420031239.0U Expired - Fee Related CN203935621U (en) | 2014-01-17 | 2014-01-17 | Hexangle type building blocks |
Country Status (2)
| Country | Link |
|---|---|
| CN (1) | CN203935621U (en) |
| WO (1) | WO2015106628A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015106628A1 (en) * | 2014-01-17 | 2015-07-23 | 林美足 | Hexagonal toy block |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6186856B1 (en) * | 1997-10-21 | 2001-02-13 | Ching Yean Chen | Toy of equilateral triangular building blocks |
| CN201295525Y (en) * | 2008-09-28 | 2009-08-26 | 金华职业技术学院 | Three-chessman chess |
| CN202590393U (en) * | 2012-04-20 | 2012-12-12 | 龙博士健康左右脑有限公司 | Hexagonal chain building block and base |
| CN103463817A (en) * | 2013-09-29 | 2013-12-25 | 张衡 | Tetrakaidecahedron building block |
| CN203935621U (en) * | 2014-01-17 | 2014-11-12 | 林美足 | Hexangle type building blocks |
-
2014
- 2014-01-17 CN CN201420031239.0U patent/CN203935621U/en not_active Expired - Fee Related
- 2014-12-30 WO PCT/CN2014/095466 patent/WO2015106628A1/en active Application Filing
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2015106628A1 (en) * | 2014-01-17 | 2015-07-23 | 林美足 | Hexagonal toy block |
Also Published As
| Publication number | Publication date |
|---|---|
| WO2015106628A1 (en) | 2015-07-23 |
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