Multiple gemstone setting simulating a large gemstone

Abstract

The present invention relates to a gemstone assembly that includes a prong assembly and a gemstone assembly. The prong assembly includes a plurality of prong members adapted to receive the gemstone assembly therein. The gemstone assembly is in the shape of a diamond with at least a cutlet, a pavilion, a girdle, a crown, and a table, each of which is set with small diamonds to give the appearance of one large diamond. The gemstone assembly has a multidimensional base that includes an upper portion and a lower pavilion portion that are engaged and disengaged by up and down movement thereof.

1 . A gemstone setting comprising:
 a prong assembly having a plurality of prong members, the prong members having a hole defined at confluence thereof; and   a gemstone assembly having a diamond shaped multidimensional base that includes a table, a pavilion, and a crown adapted to be respectively covered with a plurality of small diamonds via a bead setting, the multidimensional base having an upper portion and a lower pavilion portion, the gemstone assembly having a bottom insert, the bottom insert engages with the hole of the prong assembly to facilitate locking.   
     
     
         2 . The gem stone setting of  claim 1 , wherein small diamonds are having a thickness in a range of about 0.0025 carat to 0.04 carat. 
     
     
         3 . The gem stone setting of  claim 1 , wherein the bead setting is a micro pave setting. 
     
     
         4 . The gem stone setting of  claim 1 , wherein the diamonds are set into the table of the multidimensional base such that a table of each small diamond and the table of multidimensional base are coplanar. 
     
     
         5 . The gem stone setting of  claim 1 , wherein the diamonds are set into the pavilion of the multidimensional base such that the table of each diamond is parallel to a table of each diamond on a respective facet of the pavilion.