CN204734963U

CN204734963U - Turtledove shape building blocks

Info

Publication number: CN204734963U
Application number: CN201520368152.7U
Authority: CN
Inventors: 郭宇芹
Original assignee: LIN MEIZU
Current assignee: LIN MEIZU
Priority date: 2015-06-01
Filing date: 2015-06-01
Publication date: 2015-11-04
Anticipated expiration: 2025-06-01
Also published as: TW201741007A; EP3305387A4; CN108136269A; EP3305387A1; EP3305387B1; CN108136269B; TWI702078B; WO2016192393A1

Abstract

The utility model provides a turtledove shape building blocks, its building blocks that include a regular polygon, each side of these building blocks sets up dovetail groove, dovetail piece according to the preface in turn, during a plurality of building blocks transverse connection, through the angle of each side, makes the dovetail piece card of building blocks solid in the dovetail groove of another building blocks, and the simple construct of these building blocks own can be constituteed and has the radian and possess the three -dimensional special molding of richening the variability, upper and lower both ends that more can be through this dovetail piece set up parallel last inclined plane, the inclined plane that has a down dip, make a plurality of building blocks in longitudinal tie, and the inclined plane should be gone up and beveled laminate was had a down dip, the last inclined plane of qieyu dovetail groove internal energy cooperation dovetail piece, and then constitute at least more than one setpoint, messenger's building blocks are in violently, during the longitudinal tie, reach more firm purpose.

Description

Turtledove shape building blocks

Technical field

The utility model relates to a kind of turtledove shape building blocks, mainly with each side of building blocks, sequentially arrange in turn with dovetail groove and dovetail block, when multiple building blocks are connected, by the angle of each side, make the dovetail block of building blocks be fastened in the dovetail groove of another building blocks, the solid forming tool radian is special formed, and has more and enrich variability.

Background technology

There is the toy of many training hand eye coordination abilities on the market, because all types of playing methods and combination there is no uniformity, be therefore highly suitable for the development training creativity.

In the middle of be maximum with building blocks kind again, the common blocks with different geometry pattern carries out storehouse, or recess and protuberance are set on each block building blocks, reach the object of interlocking, wherein the most commercially available modal building blocks are happy high (LEGO) building blocks, its characteristic is to use single square area to be least unit, carry out being extended to large-area square or cuboid, recessed by square, protuberance is with longitudinal assembling, but it is not good to have structural strength during being assembled with of single direction, institute causes avalanche, the situations such as pine drags occur, for large scale structure is assembled with its difficulty, therefore happy high building blocks need with 90 degree, 180 degree, 270 degree coordinate adjustment direction, just likely assemble large-scale or there is the structure of crooked radian, and in the middle of need comparatively special part just can complete, and happy high building blocks assembling interlocking is too tight, the situation that Yi Zunan tears open also occurs often, cause to carry out assembling and dismantling by brute-force, cause the structural failure of building blocks, this inventor also perplexs release demounting tool for player for this reason.

In addition, existing building blocks, in assembling or when disassembling, need carry out with block-by-block, therefore have time-consuming, effort, and cannot the problem of fast dismounting, the known improvement space still made progress.

Utility model content

The utility model is a kind of turtledove shape building blocks, mainly be connected to form by multiple building blocks, wherein these building blocks design for regular polygon, and sequentially arrange dovetail groove, dovetail block in turn in each side of these building blocks, and the top of these building blocks, two ends, the end are provided with the cylinder and caulking groove that relatively should be able to carry out combining.

When multiple building blocks connect, by the angle of each side, make the dovetail block of these building blocks be fastened in the dovetail groove of another building blocks, make these building blocks be formed the solid of tool radian special formed; Be connected with caulking groove by cylinder again, make building blocks can with longitudinally and rotate and allow combinations of directions adjusted, make turtledove shape building blocks of the present utility model can with longitudinally, laterally, oppositely, the suites of measure that rotates, make the three-dimensional contouring of assembling have more abundant variability, and overall structure also can possess suitable steadiness; Moreover, the dovetail block upper/lower terminal of building blocks, arranging the top incline that parallels and bottom incline and utilizing in dovetail groove coordinates the top incline of this dovetail block to form at least more than one anchor point, make building blocks in storehouse or lateral connection, the advantage of assembling and dismantling convenience and stable connection can be reached.

In sum, the utility model turtledove shape building blocks are by abundant connection variability, stable connection and assembling and dismantling advantage easily, and structure is simple not fragile, can significantly improve the deficiencies in the prior art part.

Accompanying drawing explanation

Fig. 1 is the stereogram of building blocks of the present utility model.

Fig. 2 is the schematic perspective view in building blocks generic connectivity of the present utility model.

Fig. 2 A is the schematic perspective view after building blocks generic connectivity of the present utility model.

Fig. 3 is the schematic perspective view during building blocks of the present utility model are rotatably connected.

Fig. 3 A is the schematic perspective view after building blocks of the present utility model are rotatably connected.

Fig. 4 is the schematic perspective view in building blocks Opposite direction connection of the present utility model.

Fig. 4 A is the schematic perspective view after building blocks Opposite direction connection of the present utility model.

Fig. 5 is regular hexagon, octagon, regualr decagon, the positive twelve edge of building blocks of the present utility model

The schematic diagram of shape.

Fig. 6 is that building blocks of the present utility model are in the assembling schematic diagram of the differing heights of regualr decagon.

Fig. 7 is the building blocks stereogram of another embodiment of the present utility model.

Fig. 7 A is the schematic diagram of building blocks in inclined plane of another embodiment of the present utility model.

Fig. 7 B is the schematic perspective view that the building blocks of another embodiment of the present utility model connect.

Fig. 7 C is the A-A sectional view of another embodiment of the present utility model.

Fig. 8 is the schematic perspective view that the building blocks of another embodiment of the present utility model connect.

Fig. 8 A is the B-B section enlarged diagram of another embodiment of the present utility model.

Symbol description:

1 building blocks 14 cylinder

11 dovetail groove 15 caulking grooves

12 dovetail block 16 anchor points

121 top incline 17 are bored a hole

122 bottom incline A1 angles

13 side B radians

Detailed description of the invention

Usually according to the utility model, the feasible embodiment of this best, and after coordinating accompanying drawing to describe in detail, increase understanding of the present utility model, the utility model is a kind of turtledove shape building blocks, refer to shown in Fig. 1 ~ Fig. 4 A, the building blocks 1 adopting regular hexagon design, because regular hexagon structure is in mutually combining and can not interspacing, be preferably shape, and each side 13 of these building blocks 1 sequentially arranges dovetail groove 11 in turn, dovetail block 12, each side 13 is made to present concavo-convex design, arrange in turn is for making the dovetail groove 11 of each side 13 equal with the quantity of dovetail block 12 herein, it can thus be appreciated that polygonal design of the present utility model can be applied be less than quadrangle most, maximum, actual production demand can be coordinated to adjust, and when multiple building blocks 1 connect, the dovetail block 12 of these building blocks 1 is fastened in the dovetail groove 11 of another building blocks 1, building blocks 1 are made to be able to lateral connection, and hexagonal each side 13 adjusts angle A 1 is 60 degree, these building blocks 1 can easily be utilized and is rotationally connected original structure, assemble the three-dimensional contouring with radian B, and this building blocks 1 top is provided with cylinder 14, the another caulking groove 15 being then provided with this cylinder 14 area corresponding in this building blocks 1 bottom, when multiple building blocks (1) connect, this cylinder 14 can be assembled in this caulking groove 15, make these building blocks 1 be able to longitudinal connection, make multiple building blocks 1 be connected and composed firm three-dimensional contouring.

Refer to shown in Fig. 3 ~ Fig. 3 A again, in visible figure by 6 building blocks 1 connection storehouse form 2 rank three-dimensional contourings, in its figure, the building blocks 1 of dotted line to be reached with caulking groove 15 by cylinder 14 and are connected, be hexagonal design both this, therefore by rotating this building blocks 1, allow the building blocks 1 of follow-up connection be changed direction assemble, because of orthohexagonal angle spend for (N ﹣ 2) * 180=720 degree, each angle is 120 degree, with angle sum of a triangle computing, can rotate and be adjusted to 60 degree and carry out, and the present embodiment is not limited to hexagon, also can change with needed for actual production, if for the angle of octagon, then (N ﹣ 2) * 180 spend=1080 degree, then each angle is 135 degree, with angle sum of a triangle computing, therefore rotate and be adjusted to 45 degree and carry out, again for the angle of dodecagon, then (N ﹣ 2) * 180 spend=1800 degree, then each angle is 150 degree, with angle sum of a triangle computing, therefore rotate and be adjusted to 30 degree and carry out, explained orally by above-mentioned example, should understand that this shape can allow each building blocks 1 when lateral connection, abundant variability is made it have by the angle rotating adjustment.

Refer to shown in Fig. 4 ~ Fig. 4 A again, in figure the 2 rank three-dimensional contourings that form by 6 building blocks 1 of connection storehouse, because dovetail groove 11 and dovetail block 12 can fix mutually, therefore in figure, dotted line building blocks 1 are able to Opposite direction connection.And the regular hexagon shown in Fig. 5, octagon, regualr decagon and dodecagon more can carry out with aforementioned assembling stacked manner, refer to again shown in Fig. 6, the height of each building blocks 1 and cylinder 14 and corresponding caulking groove 15 and perforation 17, can increase and decrease according to actual production demand, allow building blocks 1 assemble and more change.By above-mentioned explanation, should be able to understand that the utility model can utilize common vertical, horizontal to connect, is rotatably connected, Opposite direction connection exchanges and uses, the utility model turtledove shape building blocks 1 can be allowed to be produced abundant variability, special formed more dexterous for construction solid.

Another embodiment of the present utility model, refer to shown in Fig. 7 ~ Fig. 7 C, this building blocks 1 center is provided with perforation 17, this perforation 17 is coordinated the connector of strip or column, allow combination between building blocks have more and enrich variability, and in the upper end of dovetail block 12 part, and lower end, be respectively equipped with top incline 121 and a bottom incline 122, and top incline 121, bottom incline 122 is set in parallel, the use be described with the structure of 90 degree with 60 degree in figure, be not limited to this, and when multiple building blocks 1 are longitudinally to carry out storehouse, this top incline 121 can be fitted with bottom incline 122, allow building blocks 1 in connection status.

Refer to shown in Fig. 8 ~ Fig. 8 A again, these building blocks 1 visible are when longitudinal storehouse, except aforesaid top incline 121, bottom incline 122 can be fitted in except connection status, if these building blocks 1 continue longitudinal storehouse, these upper strata building blocks 1 can coordinate the top incline 121 of another building blocks 1 to form an anchor point 16 in the below of dovetail groove 11, make building blocks 1 can prevent horizontal force from coming off, if anchor point 16 continues to coordinate building blocks 1 quantity to increase, coordinate original top incline 121, that bottom incline 122 can connect and compose firm solid is special formed.

The above is only preferred embodiment of the present utility model, it is to be noted, these embodiments are only not used in restriction scope of the present utility model for illustration of the utility model, and, after having read content of the present utility model, relevant technical staff in the field can make various change or amendment to the utility model, and these equivalent form of values fall into the application's appended claims limited range equally.

Claims

1. turtledove shape building blocks, is characterized in that, it comprises:

One building blocks are regular hexagon, sequentially arrange dovetail groove, dovetail block in turn in each side of these building blocks, when multiple building blocks connect, by the angle of each side, make the dovetail block of building blocks be fastened in the dovetail groove of another building blocks, and the solid forming tool radian is special formed.

2. turtledove shape building blocks as claimed in claim 1, it is characterized in that, the angle of this side is 60 degree.

3. turtledove shape building blocks as claimed in claim 1, it is characterized in that, this dovetail block also includes: a top incline, a bottom incline, an anchor point, this top incline is located at the upper end of this dovetail block, this bottom incline is located at the lower end of this dovetail block, and this top incline and this bottom incline are set in parallel, when multiple building blocks longitudinally connect, this top incline and bottom incline are fitted, and the top incline of this dovetail block can be coordinated and then form at least more than one anchor point in dovetail groove, make building blocks in horizontal stroke, longitudinally connecting can be more firm.

4. turtledove shape building blocks as claimed in claim 1, it is characterized in that, these building blocks also include: a cylinder, are located at the top of these building blocks; One caulking groove, is located at the bottom of these building blocks, this cylinder area this caulking groove area corresponding, makes building blocks be able to longitudinally firm connection.

5. turtledove shape building blocks as claimed in claim 1, is characterized in that, the shape of these building blocks can replace with one of them of octagon, regualr decagon or dodecagon.

6. turtledove shape building blocks as claimed in claim 4, it is characterized in that, this cylinder and caulking groove are regular hexagon.

7. turtledove shape building blocks as claimed in claim 6, it is characterized in that, when these building blocks are with longitudinal storehouse, this cylinder and this caulking groove are utilized the multiple at 60 degree of angles to carry out adjusting the assembling turned to.

8. turtledove shape building blocks as claimed in claim 1, it is characterized in that, these building blocks also include: a perforation, and this building blocks central authorities are located in this perforation.

9. turtledove shape building blocks as claimed in claim 1, it is characterized in that, the height of these building blocks can be arranged with differing heights.