Intellectual building blocks with cooperated game devices

#The inventor of the present invention had invented a plurality of different kinds of intellectual building blocks prior to this present application, for example, Taiwan Pat. No. 398313 (U.S. Pat. No. 6,220,919)—A Spherical Building Block Capable of Transferring from a Planar Arrangement to a Stacked and Mixed Arrangement of Assembled Building Blocks for Forming Various Geometrical Shapes with Corners Having Angles 60 Degrees, 90 Degrees and 120 Degrees and Taiwan Pat. No. 398313—Stacked Building Blocks Capable of Making Various Arrangements; the abovementioned patents use nineteen, twelve or nine different building blocks to conduct planar or three-dimensional arrangements and combinations; furthermore, tray bodies or box bodies are used cooperatively for making creative arrangements to break through the traditional concept of planar combination games.

#However, the prior art intellectual building block doesn't include three-dimensional stacking method as in a Russian block game, neither the arrangement starting from a certain point on a plane, nor the stacking arrangement of a seven-layer pyramid and nor a hollow and three-dimensional angled post. Therefore, in order to make the building block game more variable and challenging, the inventor of the present invention studied and developed the present invention of intellectual building blocks cooperated with games device.

#Intellectual building blocks with cooperated game devices have seventeen building blocks respectively assembled unequally by three to six units to make various and creative planar arrangements and combinations; furthermore, the said building blocks are used to conduct intellectual games with different cooperated game devices, such as a game frame with a three-dimensional paling slot for making three-dimensional stacking arrangements as in a Russian block game, a triangular tray provided for conducting pyramidal stacking combinations or a planar game tray to be used for starting the game from one building block to sequentially fill up concave slots on the plate with other building blocks.

#FIG. 1 is a drawing of the structure of seventeen building blocks of the present invention.

#FIGS. 2A and 2B are perspective drawings of a unit of the building block of the present invention.

#FIGS. 3A and 3B are plane drawings of a matrix arranged and assembled by the building blocks shown in FIG. 1.

#As indicated in FIG. 1, intellectual building blocks (100) of the present invention comprise seventeen building blocks (1 to 17); each of the building block (100) is respectively assembled unequally by three to six units (101), as shown in FIG. 2A; for example, the first building block (1) is assembled by four units (101) and the seventeenth block (17) is assembled by six units (101); the shape of the units (101) can be a square, a sphere or a polygon; to convenience the description, the building blocks (100) used in the following introduction are all assembled by square units (101); in addition, since the intellectual building blocks (100) of the present invention relate to three-dimensional arrangements, each unit (101) of the seventeen building blocks (1 to 17) is coded by an English letter for easy recognition; the shape of each building block (100) is indicated as follows:

#The first building block (1) is assembled by four adjacent units (101) coded as A in this shape: 1

#The second building block (2) is assembled by five adjacent units (101) coded as B in this shape: 2