inner cup 12 has an upper locking ring 36 circumferentially disposed at the upper end 24 of first wall 16 that is sized and configured to prevent outer sleeve 14 from sliding upward past the upper end 24 of inner cup 12 when inner cup 12 is rotatably disposed in outer sleeve 14 upper locking ring 36 should also be configured so as to not interfere with the rotation of outer sleeve 14 around inner cup 12 inner cup 12 also has a lower locking ring 38 peripherally disposed on a lower lock member 40 that attaches to inner cup base 32 to lock outer sleeve 14 between upper locking ring 36 and lower locking ring 38 preferably upper 36 and lower 38 locking rings prevent substantial vertical movement of outer sleeve 14 while allowing it to rotate relative to inner cup 12 as with divider 22 and inner cup base 32 lower lock member 40 attaches to inner cup base 32 using an adhesive heat staking or other mechanisms suitable for the materials used therewith in a preferred configuration when the inner cup 12 and outer sleeve 14 are joined together as shown in fig1 and 2 the first wall 16 of inner cup 12 is substantially adjacent to the second wall 42 of outer sleeve 14 as will be readily understood by those skilled in the art various other mechanisms and or configurations can be utilized to secure the rotatable and positioning relationship between inner cup 12 and outer sleeve 14 the second wall 42 of outer sleeve 14 encloses a cup receiving chamber 44.