a strand mesh in this manner to the extent that the tiles can support the object 39 s weight this is illustrated in fig5 and 5a in fig5 design piece 61 in the shape of a flower is affixed to mesh 10 via tile 20 mesh 10 is made up of strands such as 11 12 13 14 and 15 which are interwoven in the manner described with respect to fig1 as before tile 20 includes body portion 20 e and tabs 20 b 20 c 20 d and 20 e tile 20 is affixed to design piece 61 via rivet 62 strand 12 includes segment 12 a bend 12 b and segment 12 c whereas strand 13 includes segment 13 a bend 13 b segment 13 c and bend 13 d tab 20 b is inserted behind segment 12 a tab 20 d is inserted behind segment 13 c tab 20 c is inserted in front of segment 13 a and tab 20 e is inserted in front of segment 12 c the tile can of course be affixed to the design piece by any suitable means it is sometimes preferred that the tile be rotatably affixed to the design piece or other attachment so that the tile can be manipulated easily for insertion into the mesh of course multiple tiles can be used to affix an attachment to the mesh 0037 fig5 a illustrates how the tile and affixed design piece fit within the mesh in fig5 a tile 20 is shown inserted between strand segments 13 a 13 c which as depicted points away.