Assembled spherical building block

Abstract

A set of blocks assembled to form a four-facet pyramid, three sets assembled to form a three-facet pyramid, each of the pyramids are formed at different angle respectively, to transform the four-facet to the three facet pyramid challenges the spatial concept of the players. At least, the player faces the challenges from the pyramids is to improve his reasoning about space with fun. Each of 12 building blocks is composed of 3˜5 spheres, totally a set of blocks are aggregated 55 spheres on the base to form a four-facet pyramid, each of four sides of the base having 5 location pits, totally 25 location pits formed on the base. Totally 3 sets of blocks are aggregated 165 spheres assembled on the base to form a three-facet pyramid, each of three sides of the base having 9 location pits respectively, totally 45 location pits formed on the base.

1 . Assembled building blocks of spheres characterized in that the 12 building blocks of spheres are denominated in sequence of characters as A, B, C, D, E, F, C, H, I, J, K, and L, each of a set of 12 building blocks of spheres is in different shape, these 12 building blocks are totally aggregated to 55 spheres, each building block is composed of 3˜5 spheres; 
 the different shapes of the 12 building blocks can be described as following:    building block A is composed of 4 spheres in the shape of an “L”, a first sphere to a third sphere are in alignment with one by one in sequence, and lined up from right to left, while a fourth sphere and a third sphere are in vertical alignment with each other at a right angle;    building block B is composed of 5 spheres in the shape of a “P”, the first sphere to the third sphere are in alignment with one by one in order, and lined up from right to left, a fourth sphere and a fifth sphere are in alignment with each other, and lined up from right to left, each of first and second spheres are in vertical alignment with each of fourth and fifth spheres at a right angle respectively;    building block C is composed of 5 spheres in the shape of an “L”, a first sphere to a fourth sphere are in alignment with one by one in sequence, and lined up from right to left, while a fifth sphere is in vertical alignment with a fourth sphere at a right angle;    building block D is composed of 5 spheres in the shape of an inversed “T”, a first to a fourth spheres are in alignment with one by one in sequence, and lined up from right to left, while a third and a fifth spheres are in vertical alignment at a right angle;    building block E is composed of 5 spheres, in which a first to a third spheres are in alignment with one by one in order, and lined up from right to left, while a fourth sphere is in alignment with a fifth sphere in order, and lined up from left to right;    building block F is composed of 3 spheres in the shape of a mapped inversed “L”, a first sphere is in alignment with a second sphere in order, and lined up from right to left, while a third sphere is in vertical alignment with a second sphere at a right angle;    building block G is composed of 5 spheres in the shape of a mapped inversed “L”, a first to a third spheres are in alignment with one by one in sequence, and lined up from right to left, while a fourth sphere is in vertical alignment with a third sphere at a right angle; a fifth sphere and a fourth sphere are connected with each other vertically in an up and down relationship;    building block H is composed of 5 spheres in the shape of “W”, a first sphere is in vertical alignment with a second sphere in an up and down relationship, a second sphere is in alignment with a third sphere, and lined up from right to left, a third sphere is in vertical alignment with a fourth sphere in an up and down relationship, a fourth sphere is in alignment with a fifth sphere, and lined up from right to left;    building block I is composed of 5 spheres in the shape of an inversed “U”, a first to the third spheres are in alignment one by one in order, and lined up from right to left, a fourth sphere is in vertical alignment with a third sphere, a fifth sphere is in vertical alignment with a first sphere;    building block J is composed of 4 spheres in the shape of a transverse “I”, a first to the fourth spheres are in alignment with one by one in sequence, and lined up from right to left;    building block K is composed of 4 spheres in the shape of a rectangular “O”, a first sphere is in alignment with a second sphere, and lined up from right to left, a third sphere is in alignment with a fourth sphere, and lined up from right to left, while each of a first and a second spheres are in vertical alignment with each of a third and a fourth spheres respectively;    building block L is composed of 5 spheres in the shape of a cross-type as an upright “X”, a first to a third spheres are in alignment with one by one in sequence, and lined up from right to left; a fourth sphere is in vertical alignment with, which is placed above, a second sphere in an up and down relationship, a fifth sphere is in vertical alignment with, which is placed below, a second sphere in a down and up relationship.    
     
     
         2 . Assembled building blocks of spheres according to  claim 1 , wherein a set of 12 building blocks assembled to form a four-facet pyramid based on a square base, each of four sides of the base has 5 location pits, totally 25 location pits on the base.  
     
     
         3 . Assembled building blocks of spheres according to  claim 1 , wherein a set of 12 building blocks assembled to form a one-level rectangle based on a rectangular base, which has 11 location pits along longitudinal side, 5 location pits along wide side, totally 55 location pits on the base.  
     
     
         4 . Assembled building blocks of spheres according to  claim 1 , wherein a set of 12 building blocks assembled to form a one-level triangle based on a triangular base, each of the three sides has 10 location pits, totally 55 location pits on the base.  
     
     
         5 . Assembled building blocks of spheres according to  claim 1 , wherein a set of 12 building blocks assembled to form a ball home plate based on a base, which has 55 location pits and a column.  
     
     
         6 . Assembled building blocks of spheres according to  claim 1 , wherein each of a set of 12 building blocks of spheres is composed of 3˜5 spheres respectively, the way to combine the spheres can be selected from one of the steps as following: the spheres ( 10 ) are connected among one another by a tenon ( 12 ) embedded into a mortise ( 11 ); the spheres ( 10 ) are connected among one another by adhesives; the spheres ( 10 ) are connected among one another as a whole integrally by injection molding.  
     
     
         7 . Assembled building blocks of spheres characterized in that: 7 building blocks of a set of blocks according to  claim 1 , denominated in sequence of characters as A, B, C, F, I, J, and K, totally composed of 30 spheres, assembled to form a four-facet pyramid, each of four sides of the base level of pyramid has 4 spheres, totally 16 spheres of the base level.  
     
     
         8 . Assembled building blocks of spheres according to  claim 7 , wherein 7 building blocks of spheres assembled to form a four-facet pyramid based on a base totally having 16 location pits, each of four sides of the base has 4 location pits.  
     
     
         9 . Assembled building blocks of spheres according to  claim 7 , wherein 7 building blocks assembled to form a one-level rectangle based on a base totally having 30 location pits, the base has 6 location pits in longitudinal side, 5 location pits in wide side.  
     
     
         10 . Assembled building blocks of spheres characterized in that: 3 sets of blocks according to  claim 1 , totally 36 building blocks composed of 165 spheres assembled to form a three-facet pyramid, each of the three sides of the base level of the pyramid has 9 spheres, totally 45 spheres of the base level.  
     
     
         11 . Assembled building blocks of spheres according to  claim 10 , wherein 36 building blocks assembled to form a three-facet pyramid based on a base having totally 45 location pits, each of the three sides of the base having 9 location pits.