CN2586507Y - Intelligence developmental juggle and mated game apparatus - Google Patents

Abstract

The utility model discloses an intelligence developing building block and a game device matched with the building block. The intelligence developing building block comprises seventeen building blocks, wherein each building block is composed of three to six different unit bodies, the blocking blocks form various models such as planes, or solids, etc. by using different arraying combinations of the building blocks, the building block can be used for playing intelligence developing games by matching different game devices such as a game frame with a stereo grid groove for generating stereo stack arrangement by using the match of concave grooves between a grid bar and the unit bodies of the building blocks, a triangular game disk for the stack combination of a pyramid figure for the building blocks, and a plane game disk. The plane game disk is used in the mode that after at least one building block is positioned in the concave grooves, and other building blocks fill blanks of the concave grooves by using the building block as a starting point. Besides, the bottom end of the game frame can be added with a bottom box for placing triangular and plane game disks, game manuals, etc. in a hidden mode.

Description

The intelligence development building blocks and with the game device of its collocation

Technical field

The utility model relate to the intelligence development building blocks and with the game device of its collocation, its with a plurality of building blocks arrange mutually, storehouse combination or be collocation game device (as recreation frame, triangle gameboard, plane gameboard etc.), and produce plane or three-dimensional intention moulding, with this effect that reaches intelligence development and teach through lively activities.

Background technology

About the intelligence development building blocks, the utility model people has developed several before this case application, for example " a kind of ball-type building blocks that can be transformed into storehouse ginseng kind of kenel by the plane formula permutation and combination " are announced in Taiwan No. 285070, " can change 60 °; 90 ° of moulding building blocks with 120 ° of combinations " announced in Taiwan No. 398313, " can be varied to the storehouse building blocks of multiple combination form " announced in Taiwan No. 545552, aforementioned case is to utilize nineteen respectively, 12 or nine difform building blocks carry out the intention recreation of plane or stereo-stacking combination, more can cooperate disk body or box body and arrange out different intention moulding, to break through the game concepts of conventional planar picture mosaic in the past.

But in the recreation of the intelligence development building blocks intention of existing type, the stereo-stacking method that does not have similar Tetris does not serve as the ranking method of recreation starting point with a certain fixed point in plane also, the folded method of the pyramid that does not more have seven layers of cell cube to form, in addition, the building blocks ranking method that does not also have three-dimensional hollow corner post.

Therefore, in order to make the richer variation of building blocks recreation and to increase challenge, the inventor develop a kind of intelligence development building blocks that have more various variation and play method and with the game device of its collocation.

Summary of the invention

The utility model recreation building blocks, respectively by three to six 17 difformity building blocks that do not wait cell cube to form, and cell cube adds up to 84, and cell cube can be square, circle or polygon etc. again; Utilize these 17 building blocks can implement plane or three-dimensional permutation and combination.

Can connect by projection between each cell cube of aforementioned building blocks,, utilize chase to cooperate recreation frame can carry out as the recreation ranking method as the Tetris with three-dimensional grid groove so between cell cube and cell cube, can form chase.

Aforementioned building blocks can cooperate the triangle gameboard, and arrange out the three-dimensional pyramid of triangular pyramidal.Perhaps be provided with on the plane gameboard of anchor point and arrange out difform plane pattern one.Moreover aforementioned recreation frame can be located on the end box, has tray in this end box, for triangle and plane gameboard or the hiding storing of recreation handbook.

Because of adopting such scheme, the utlity model has following effect and advantage:

1, with 17 difform building blocks, not only in the plane outside the permutation and combination, but more stereo-stacking goes out the intention moulding; In addition, more can cooperate the game device of the class of recreation frame, triangle gameboard, plane gameboard etc., and produce the play method that other plants plane or three-dimensional permutation and combination.

2, building blocks are made up of three to six cell cubes that do not wait, and cell cube can be outside the square, also can implement with spheroidal or polygon; And there is projection to connect between each cell cube,, utilizes this chase to cooperate, can make building blocks in the guide groove of recreation frame, produce the function of vertical lift, and form a kind of playing method of similar Tetris recreation with the grid bar of recreation frame so can form the chase structure.

3, the guide groove opening side at the recreation frame is provided with mobilizable baffle plate, utilize baffle plate to give prominence on notch, part building blocks in the guide groove can be produced chain blocking effect, these part building blocks are stayed in the guide groove and can not be broken away from, then can not freed in and out by the building blocks of chain blocking, the building blocks that this measure can make the player only play to free in and out partly, to reduce the degree of difficulty of recreation.

4, have 28 adjacent channels on the triangle gameboard altogether, and the outermost on every limit has seven grooves, when the building block unit body was square, the groove of gameboard was a cone tank, and when the building block unit body was spheroidal, the groove of gameboard was an arc groove; Utilize 17 building blocks to be arranged on the triangle gameboard, can be stacked into seven layers triangular pyramidal pyramid modeling.

5, on the groove of plane gameboard a fixation kit is set, and, direction, angle and the position of these building blocks is restricted the location of at least one cell cube in arbitrary building blocks, again with other building blocks arrange successively in groove until mend full till; Because direction, angle, position and the positive and negative of first building blocks all can change, so can have influence on the alignment processes of follow-up building blocks, so that the combination pattern of finishing at last all can be different, therefore 17 building blocks can derive outside the multiple different ranking method, more can excite mental and enhancement enjoyment.

Description of drawings

Fig. 1 is 17 kinds of contained piece structure charts of the utility model building blocks;

Fig. 2 A, 2B are the cell cube stereograms of the utility model building blocks;

Fig. 3 A, 3B are the matrix plane figure that is rearranged by Fig. 1 building blocks;

The three-dimensional corner post schematic diagram that Fig. 4 is made up of Fig. 1 building blocks storehouse;

Fig. 5 is the layering explosion views of the three-dimensional corner post of Fig. 4;

The three-dimensional corner post schematic diagram of hollow that Fig. 6 is made up of Fig. 1 building blocks storehouse;

Fig. 7 is each face explosion views of the three-dimensional hollow corner post of Fig. 6;

The hollow castle shape schematic diagram that Fig. 8 is made up of Fig. 1 building blocks storehouse;

Fig. 9 is each face explosion views of the three-dimensional hollow castle of Fig. 8;

Figure 10 is the stereogram of the utility model recreation frame;

Figure 11 is the play vertical view of frame of Figure 10;

Figure 12 is that the utility model building blocks cooperate the enforcement schematic diagram with the recreation frame;

Figure 13 A, 13B are that the utility model building block unit body cooperates schematic diagram with the grid bar;

Figure 14 A be the utility model other plant the recreation frame the enforcement illustration;

Figure 14 B is the vertical view of Figure 14 A recreation frame;

Figure 15 A be the utility model other plant the recreation frame the enforcement illustration;

Figure 15 B is the vertical view of Figure 15 A recreation frame;

Figure 16 is that the utility model recreation frame is provided with the baffle plate schematic diagram;

Figure 17 is that Figure 16 frame of playing cooperates the use schematic diagram of building blocks;

Figure 18 A, 18B are the schematic diagrames of the plate washer restriction building blocks action of the utility model recreation frame;

Figure 19 is the schematic diagram of the plate washer restriction building blocks action of the utility model recreation frame;

Figure 20 is that the utility model recreation frame is provided with the box body schematic diagram;

Figure 21 is that the box body of the utility model recreation frame uses schematic diagram;

Figure 22 be the utility model other plant the recreation frame the enforcement illustration;

Figure 23 is the schematic diagram of the utility model triangle gameboard;

Figure 24 is the enforcement figure of Figure 23 triangle gameboard and building blocks;

Figure 25 is the pyramid layering explosion views of Figure 24;

Figure 26 is the stereogram of the utility model plane gameboard;

Figure 27 is the schematic diagram of Figure 26 plane gameboard with the building blocks location;

Figure 28 is the enforcement figure that Figure 27 plane gameboard cooperates with building blocks;

Figure 29 be the utility model other plant the stereogram of plane gameboard and building blocks;

Figure 30 is the schematic diagram of Figure 29 plane gameboard and building blocks location;

Figure 31 is the enforcement figure that Figure 29 plane gameboard cooperates with building blocks;

The specific embodiment

Below in conjunction with drawings and Examples, structure of the present utility model and advantage thereof are further described.

Figure 1 shows that intelligence development building blocks 100 of the present utility model, comprise first～the 17 building blocks 1～17 altogether, each building blocks is made up of three to six cell cubes that do not wait 101 (as Fig. 2 A) respectively, for example first building blocks 1 are made up of four cell cube disjunctors, the 17 building blocks 17 are made up of six cell cube disjunctors, and the shape of cell cube 101 can be square, spheroidal or polygon, but for convenience of explanation, below the building blocks all formed with the square shaped cells body be the example introduction, and intelligence development building blocks 100 relate to the three-dimensional space arrangement in the utility model, therefore all indicate English code name on each cell cube 101 of 17 building blocks 1～17 in graphic, be beneficial to interpretation, the shape of each building blocks is then as follows:

First building blocks 1: form by four cell cubes (indicating) adjacency with English code name A,

As "

" shape.

Second building blocks 2: form by five cell cubes (indicating) adjacency with English code name B,

As "

" shape.

The 3rd building blocks 3: form by five cell cubes (indicating) adjacency with English code name C,

As "

" shape.

The 4th building blocks 4: form by five cell cubes (indicating) adjacency with English code name D,

As "

" shape.

The 5th building blocks 5: form by five cell cubes (indicating) adjacency with English code name E,

As "

" shape.

The 6th building blocks 6: form by three cell cubes (indicating) adjacency with English code name F,

As "

" shape.

The 7th building blocks 7: form by five cell cubes (indicating) adjacency with English code name G,

As "

□

" shape.

The 8th building blocks 8: form by five cell cubes (indicating) adjacency with English code name H,

As "

□□

" shape.

The 9th building blocks 9: form by five cell cubes (indicating) adjacency with English code name I,

As "

" shape.

The tenth building blocks 10: form by four cell cubes (indicating) adjacency with English code name J,

As "

" shape.

The 11 building blocks 11: form by four cell cubes (indicating) adjacency with English code name K,

As "

" shape.

The 12 building blocks 12: form by five cell cubes (indicating) adjacency with English code name L,

As "

□□□

" shape.

The 13 building blocks 13: form by six cell cubes (indicating) adjacency with English code name M,

As "

□□

" shape.

The 14 building blocks 14: form by six cell cubes (indicating) adjacency with English code name N,

As "

" shape.

The 15 building blocks 15: form by six cell cubes (indicating) adjacency with English code name O,

As "

□□□

" shape.

The 16 building blocks 16: form by five cell cubes (indicating) adjacency with English code name P,

As "

□□

" shape.

The 17 building blocks 17: form by six cell cubes (indicating) adjacency with English code name Y,

As "

□□

" shape.

First is to the 17 building blocks 1-17, and total includes 84 cell cubes 101 altogether, can make above-mentioned 84 cell cubes produce plane or three-dimensional arrangement, make up by aforementioned 17 building blocks.For example:

Shown in Fig. 3 A, Fig. 3 B, wherein two kinds of planar alignment schematic diagrames for the utility model building blocks, after promptly utilizing 17 building blocks 1～17 to arrange mutually, can form 12 * 7 or 14 * 6 matrix moulding, this is wherein two examples in the ranking method, in addition, also can assembly organize out other different matrix moulding.Moreover, also can be unrestricted and arrange in free utility model mode, for example organize out the appearance (similar seven-piece puzzle recreation) of various abundant variations, for example: animal, literal, totem by the free assembly of user ... Deng.

Shown in Figure 4 is wherein a kind of stereo-stacking moulding figure of the utility model building blocks, utilize the mutual storehouse of 17 building blocks 1～17, to form 3 * 4 * 7 solid angle column moulding, and Fig. 5 announcement is the layering explosion views of the three-dimensional corner post of Fig. 4, the i.e. arrangement position figure of 84 cell cubes of three aspect 5A, 5B and 5C, except this example, but more storehouse goes out 2 * 2 * 21 or 2 * 6 * 7 three-dimensional contouring.

Shown in Figure 6 is the hollow corner post schematic diagram that the utility model building blocks storehouse is formed, utilize 17 building blocks 1～17 storehouses to go out as body as the hollow corner post, and each face is 4 * 7 matrix body, if hollow corner post each face 7A, 7B, 7C, 7D are launched, then as shown in Figure 7; This figure discloses the arrangement position of each cell cube of each face 7A～7D, owing to cell cube is arranged for repeating in each face, but because of the observation visual angle difference of each face figure, so then represent the position of same cell cube in graphic with little or big imaginary line.

Shown in Figure 8, another kind of three-dimensional hollow storehouse schematic diagram for the utility model building blocks, it utilizes 17 building blocks 1～17 storehouses to go out the moulding shape like the body as enclosure wall or the castle, and each face is 8 * 3 matrix, if body each face 9A, 9B, 9C, 9D as this hollow castle are launched, then as shown in Figure 9; This figure discloses the arrangement position of each cell cube of each face 9A～9D, owing to cell cube is arranged for repeating in each face, but because of the observation visual angle difference of each face figure, so then represent with little or big imaginary line in graphic.

For cooperating aforementioned building blocks, the game device of the utility model design comprises recreation frame, triangle gameboard, plane gameboard; Wherein, the recreation shelf structure as shown in figure 10, this recreation frame 20 comprises that a base 21, many are parallel and equidistantly arranges and be located at grid bar 22 on the base, two and is located at the side plate 26 at base two ends and is fixed on top board 23 on grid bar and the baffle plate.As observing recreation frame 20 by overlooking of Figure 11, then the notch 231 of top board 23 forms guide groove 24 with the grid bar 22 of double symmetric arrays, and this guide groove can import for building blocks.

Figure 12 is that building blocks cooperate schematic diagram with the recreation frame, disclose among the figure building blocks 1～17 can all enter the recreation frame 20 guide groove 24 in, its feature exists: have projection 102 (can simultaneously with reference to figure 2B) connecting between each cell cube 101 of building blocks, because the formation of projection 102 is arranged, produce (as Figure 13 A) so have ring-type chase 103, therefore when building blocks 1～17 are inserted recreation frame 20 guide grooves 24, utilizing chase 103 to cooperate left and right sides double grid bar 22 and produce locatees and the vertical slip function, the analysis speech, chase 103 is after double grid bar 22 embeds, building blocks are vertically moved, and can not be traversing, so after each building blocks inserted by notch 231, can vertically descend along the grid bar 22 of guide groove 24 both sides, when in like manner taking out, the vertical lifting by the finger allocation.In addition, when cell cube 101 shapes of building blocks change other body into, grid bar 22 also must together be revised shape for the engagement unit body, the spheroidal cell cube 101 ' shown in Figure 13 B for example, its grid bar 22 ' just must change taper section (as Figure 13 B) into, so could cooperate chase 103 ' between each spheroidal cell cube and generation best orientation and shuffle effect.

Utilize the positioning action of the grid bar 22 of recreation frame 20, can be beneficial to building blocks 1～17 and in guide groove 24, carry out assembled arrangement, its play method is seemingly as the Tetris play method, can the building blocks of storehouse be scattered because of accident touching makes in recreation, and the ranking method of building blocks can transfer setting to by planar alignment and arrange with shown in Fig. 3 A.Secondly, each mask of each cell cube 101 of building blocks has projection 102, and the function of projection is building blocks will take out from lower to upper guide groove 24 in the time, can be easy to up allocation for finger, if each face bumpless 102 of cell cube is then pointed and just is difficult for the allocation building blocks.In developmental game in the past,, still do not have and utilize building blocks " chase " to make building blocks in the confined space, carry out permutation and combination with the mode that cooperates of recreation frame " grid bar " though the recreation of Tetris is arranged.

Please join shown in Figure 14 A, Figure 14 B figure, grid bar 22 in recreation frame 20 guide grooves 24 can singlely be implemented, then implement with wallboard 25 on the limit in addition, therefore building blocks only need also can import in the guide groove 24 along single grid bar 22, and the advantage of this playing method is to see through wallboard 25 to block and do not allow the other side see the building blocks alignment processes of oneself when recreation.In addition, also can be shown in Figure 15 A, Figure 15 B, for the both sides of guide groove 24 all are provided with grid bar 22 and wallboard 25, and respectively account for half area, and the grid bar 22 on both sides, wallboard 25 be all for being crisscross arranged, can be with this mode for two players the seat mode is carried out simultaneously the developmental game match, i.e. and two players one side of something of frame 20 of only playing games, and utilize wallboard 25 to block building blocks can to make the other side cannot see oneself building blocks alignment processes, last call sees that who mends full guide groove 24 with building blocks earlier and win the championship.

In addition, aforesaid wallboard 25 can be the formula of being permanently fixed or movable extraction-type, and when being movable extraction-type, movable wallboard 25 can change by 22 replacements of board-like moving grid bar alive.

Figure 16 discloses recreation frame 20 and at notch 231 sides one retaining groove 272 is set, one baffle plate 271 that can release or submerge is set in the retaining groove, when baffle plate 271 is transferred to by finger (as Figure 17), the building blocks of can shelves living notch 231 right-hand members, make those building blocks must not and go out, this also can be by obtaining understanding shown in Figure 18 A, after the baffle plate 271 on announcement recreation frame 20 the right is given prominence among the figure, right half of building blocks in the guide groove are produced mutually to ending effect, after being stopped by baffle plate 271 as building blocks 7, building blocks 7 just can't break away from guide groove, and building blocks 7 can resist other building blocks 16 of top, 5,3, united the guide groove that blocks recreation frame 20 again by aforementioned four building blocks right half of, makes right half of building blocks can't break away from guide groove; But the building blocks of left side one side of something are not because of being subjected to stopping of baffle plate 271, so can break away from recreation frame 20 guide grooves, this just can understand by shown in Figure 18 B, after 180 ° of recreation frame 20 upsets, right half of building blocks 3,5,6,7,10,11,12,16 and 17 are subjected to block 271 stops and produces chain resistance and can't deviate from, but the building blocks 1 that a left side is half of, 2,4,8,9,13,14 and 15 be not subjected under the blocked state constitutes, can be by toppling in recreation frame 20 guide grooves, so utilize left one side of something of recreation frame 20 to use for the player, this can lower the degree of difficulty of recreation and playtime is shortened, because 17 building blocks are arranged relatively difficulty, but when arranging with seven building blocks just than being easier to, so relatively lighter in recreation for young child.Aforementionedly again utilize in graphic block 271 to make building blocks produce controlling the size of chain resistance can be limited in 1/2,1/3 or 2/3 and not wait, for example shown in Figure 19 when building blocks that block 1/3 zone with block 271 when (representing with X2), the building blocks in other 2/3 zone (representing with X1) are with regard to movable permutation and combination.

See also shown in Figure 20, a box body 30 can be set up in bottom at recreation frame 20, it strengthens except the floor space that makes recreation frame 20 and being difficult for overturning or toppling over, more can insert for tray 40 side direction, again also can stacked another tray 41 on tray 40, wherein tray 40 can supply triangle gameboard 70 (put as Figure 21, and tray 41 can be put for article such as plane gameboard 80 and recreation handbooks.

Structural map of planting recreation frame 20 for other shown in Figure 22, recreation frame 20 among the figure is highly lower and to form as the Subway Station in Atrium moulding around mode, Fig. 8 can be disclosed during recreation as castle as the stereo-stacking building blocks move to this figure and play and implement in the frame 20, but recreation frame 20 is a height when cooperating the recreation degree of difficulty of building blocks 1～17 to implement separately than building blocks 1～17.

Shown in Figure 23 is the enforcement schematic diagram of the utility model building blocks and triangle gameboard, and triangle gameboard 70 is viewed as equilateral triangle by overlooking, and has the cone tank 71 of 28 adjacency on it altogether, and the outermost on every limit has seven cone tanks.Cone tank 71 can produce locating effect for the cell cube 101 oblique backs of inserting, and then makes building blocks 1～17 oblique storehouse mode form the triangular pyramidal pyramid, promptly as shown in figure 24.What Figure 25 disclosed again is each layer explosion views of the pyrometric cone moulding of Figure 24, and this pyrometric cone figure modelling from bottom to top is divided into 25A, 25B among the figure ... totally seven layers of 25G are so utilize 17 building blocks 1～17 can arrange out seven layers pyramid appearance.And when the cell cube 101 of aforementioned building blocks is spheroidal or polygon, angle-shaped groove 71 promptly must change arc groove or polygon groove into, though the shape of arc groove or polygon groove is different from cone tank, knows ability clearly with vision, the recreation degree of difficulty of cone tank can more other two grooves be high.

Figure 26 is the schematic diagram of the utility model plane gameboard, disclose among the figure and be provided with a groove 81 in the plane gameboard 80, this groove also can be represented with outline line, groove 81 just can be ccontaining 84 building blocks 1～17 that cell cubes are formed, and form in the planar alignment mode, and each limit of groove has a plurality of water caltrops.Central authorities or appropriate location at groove 81 are provided with fixation kit 82, this fixation kit 82 can be two～four short columns and vertically is inserted on the preposition, short column section is L shaped or cross, because short column can embed in the chase 103 of building blocks, so the space that centers on is just inserted for a cell cube 101, therefore this space is just like certain bit space, need only the arbitrary building blocks in 17 building blocks 1～17, after inserting the space, location with a cell cube 101 itself, just can make the direction of these building blocks, angle and position are restricted, thereby serve as the recreation starting point with these building blocks, then other building blocks are inserted successively in the groove of gameboard 80 until mend full till; For example promptly insert building blocks with the 9th building blocks 9 for first among Figure 27, these building blocks lie in the groove 81 and go into one of them cell cube 101 in the space, location of fixation kit 81 formation, successively other building blocks are inserted in the groove 81 more afterwards, till benefit is full; The cell cube 101 of the 9th building blocks 9 has five, after so any cell cube 101 is inserted the space, location, will make the figure difference of follow-up building blocks 1～17 after finishing the assembly group, for example any one cell cube 101 of the 9th building blocks 9 can both be inserted in the space, location, after inserting, have four different placing directions and angle, and again can be just, reverse side is placed, 5 * 4 * 2=40 kind diverse location is arranged so can derive, so Dan Yidi nine building blocks 9 just can have 40 kinds of plane building blocks ranking methods, also have other 16 different building blocks still more, so as long as cell cube direction of each building blocks, angle, position and positive and negative change, the capital makes the planar alignment method of building blocks different fully, and the permutation and combination that therefore sees through 17 building blocks just can derive infinite variation.In addition, aforementioned fixation assembly 81 is to be used to limit a cell cube 101, in like manner, also can be by fixation kit 81 restrictions two or three cell cubes that do not wait 101, therefore station-keeping mode of the present utility model is by at least one cell cube 101 in the fixation kit 81 restriction building blocks, so be not to limit a cell cube for satisfying.

Secondly, Figure 29 discloses other and plants plane gameboard and modular construction figure, the fixation kit 83 of this plane gameboard 80 ' is at least a T shape or cross pillar, and each cell cube of building blocks 1～17 is equipped with cross perforation 104, therefore building blocks utilize the cross perforation 104 of each cell cube to cooperate back with fixation kit 83 and reach locating effect, for example the 9th building blocks 9 of Figure 30 promptly reach the location with the cross perforation 104 of one of them cell cube for fixation kit 83 passes the back, because the direction of the 9th building blocks 9, angle and position are defined, so it is interior till benefit is full other 16 building blocks can be inserted successively groove 81, has as shown in figure 31.Therefore, utilize cooperating of this plane gameboard 80 ' and 17 building blocks, equally also can derive infinite variation.

Claims (18)

1, a kind of intelligence development building blocks and with the game device of its collocation, it is characterized in that: 17 kinds of different building blocks that are made of three to six cell cubes that do not wait come assembled arrangement, come assembled arrangement by the game device of aforementioned 17 kinds of building blocks and collocation; Wherein 17 kinds of building blocks are respectively:

First building blocks, by four cell cubes in abutting connection with becoming

shape;

Second building blocks, by five cell cubes in abutting connection with becoming

shape;

The 3rd building blocks, by five cell cubes in abutting connection with becoming

shape;

The 4th building blocks, by five cell cubes in abutting connection with becoming

shape;

The 5th building blocks, by five cell cubes in abutting connection with becoming

shape;

The 6th building blocks, by three cell cubes in abutting connection with becoming

shape;

The 7th building blocks, by five cell cubes in abutting connection with becoming

□

shape;

The 8th building blocks, by five cell cubes in abutting connection with becoming

□□

shape;

The 9th building blocks, by five cell cubes in abutting connection with becoming

shape;

The tenth building blocks, by four cell cubes in abutting connection with becoming

shape;

The 11 building blocks, by four cell cubes in abutting connection with becoming

shape;

The 12 building blocks, by five cell cubes in abutting connection with becoming

□□□

shape;

The 13 building blocks, by six cell cubes in abutting connection with becoming

□□

shape;

The 14 building blocks, by six cell cubes in abutting connection with becoming

shape;

The 15 building blocks, by six cell cubes in abutting connection with becoming

□□□

shape;

The 16 building blocks, by five cell cubes in abutting connection with becoming

□□

shape;

The 17 building blocks, by six cell cubes in abutting connection with becoming

□□

shape.

2, intelligence development building blocks as claimed in claim 1 is characterized in that: the cell cube of building blocks can be following moulding one of them: square, spheroidal and polygon;

3, intelligence development building blocks as claimed in claim 1, it is characterized in that: game device is the recreation frame, this recreation frame comprise base, many parallel and equidistantly arrange and be located at the grid bar on the base, two top boards that are located at the side plate at base two ends and are fixed on grid bar and the baffle plate are formed.And notch on the top board and double grid bar form guide groove; And building blocks are made up of three to six cell cubes that do not wait, and have projection and be connected between cell cube and cell cube, so be formed with the chase of annular.

4, game device as claimed in claim 3 is characterized in that: be equipped with available finger on each basal plane of cell cube and stir projection.

5, game device as claimed in claim 3 is characterized in that: the notch side of top board is provided with a retaining groove, is provided with the baffle plate that can release or submerge in the retaining groove.

6, game device as claimed in claim 3 is characterized in that: the grid bar in the guide groove only is located on one side, and the limit is provided with wallboard with replacing in addition.

7, game device as claimed in claim 3 is characterized in that: each limit in the guide groove all has grid bar and wallboard, and the grid bar on both sides, wallboard are staggered and are provided with.

8, game device as claimed in claim 3 is characterized in that: have additional the area end box bigger than base under the base of recreation frame.

9, game device as claimed in claim 8 is characterized in that: a tray is set in the end box at least.

10, game device as claimed in claim 3 is characterized in that: the grid bar of recreation frame and the Zhongting pattern that guide groove body coiled one can cooperate the building blocks common implementing.

11, game device as claimed in claim 1 is characterized in that: game device is the triangle gameboard, have 28 adjacent channels on this triangle gameboard altogether, and every limit outermost has seven grooves.

12, game device as claimed in claim 11 is characterized in that: the building block unit body can be following one of them: square, spheroidal, polygon; And the groove of gameboard can be cone tank, arc groove, polygon groove for cooperating aforementioned cell cube shape.

13, game device as claimed in claim 1, it is characterized in that: game device is the plane gameboard, be provided with in this plane gameboard can ccontaining a plurality of building blocks groove, being provided with in the central authorities of groove or appropriate position can be with the fixation kit of at least one cell cube location of arbitrary building blocks.

14, game device as claimed in claim 13, it is characterized in that: fixation kit be two～four can cut each cell cube of building blocks between chase in short column form, form the space, location of direction, angle and the position of qualification building blocks between short column at least one cell cube embeds.

15, game device as claimed in claim 14 is characterized in that: the L-shaped or cross of section configuration of short column.

16, game device as claimed in claim 13 is characterized in that: fixation kit is at least a pillar, and the cell cube central authorities of building blocks are provided with and can pass perforation with direction, angle and the position that limits building blocks for pillar.

17, game device as claimed in claim 16 is characterized in that: the perforation of building block unit body is shaped as cross, and pillar be shaped as T shape or cross.

18, as claim 13,14 or 16 described game devices, it is characterized in that: the plane gameboard is provided with makes the face wheel profile that groove uses.

Images