Drum stacking assembly

A drum stacking assembly (100) comprising:

• a first set of plurality of drums (108a) positioned relative to each other and a second set of plurality of drums (108b) positioned relative to each other;
• and a pallet (109), wherein a top surface of the pallet (109) comprises a plurality of support shells (601), wherein the plurality of support shells (601) comprise at least a plurality of ribs (602), upwardly projected, adapted to support the first set of drums (108a), wherein an outer reinforcing ring of the bottom surface of the first set of drums (108a) is guided in the plurality of ribs (602) in order to engage the first set of drums (108a) with the pallet (109), and wherein the bottom surface of the pallet (109) comprises a plurality of grooves (202) formed due to protruding of the plurality of support shells (601) from the top surface to the bottom surface of the pallet (109), wherein the plurality of grooves (202) comprise at least a plurality of indentations (603), downwardly projected, adapted to engage an outer reinforcing ring (301) of the upper surface of the second set of drums (108b) thereby locking the second set of drums (108b) with the pallet (109), wherein said pallet (109) comprises one or more metal reinforcements (1801a), (1801b), (1801c), (1801d) of steel arranged in a mesh structure in order to form a plurality of perpendicular intersects, thereby enabling the metal reinforcements (1801a), (1801b), (1801c), (1801d) to provide an extended support to the pallet (109) depending upon the weight of load on the pallet (109), wherein the metal reinforcements (1801a), (1801b), (1801c), (1801d) are provided below the pallet (109) in a manner such that each metal reinforcement of the plurality of reinforcements (1801a), (1801b), (1801c), (1801d) is positioned within a portion, of the pallet (109), that spaces one or more grooves of the plurality of grooves (202) from one or more other grooves of the plurality of grooves (202).

A pallet (109) for supporting a plurality of drums, wherein a top surface of the pallet (109) further comprises a plurality of support shells (601), wherein the plurality of support shells (601) comprise at least a plurality of ribs (602), upwardly projected, adapted to support a first set of drums (108a), wherein an outer reinforcing ring of the bottom surface of the first set of drums (108a) is guided by the plurality of ribs (602) in order to engage the first set of drums (108a) with the pallet (109), and wherein a bottom surface of the pallet (109) further comprises a plurality of grooves (202) formed due to protruding of the plurality of support shells (601) from the top surface to the bottom surface of the pallet (109), wherein the plurality of grooves (202) comprise at least a plurality of indentations (603), downwardly projected, adapted to engage an outer reinforcing ring (301) of the upper surface of a second set of drums (108b) thereby locking the second set of drums (108b) with the pallet (109), wherein said pallet (109) comprises one or more metal reinforcements (1801a), (1801b), (1801c), (1801d) of steel arranged in a mesh structure in order to form a plurality of perpendicular intersects, thereby enabling the metal reinforcements (1801a), (1801b), (1801c), (1801d) to provide an extended support to the pallet (109) depending upon the weight of load on the pallet (109), wherein the metal reinforcements (1801a), (1801b), (1801c), (1801d) are provided below the pallet (109) in a manner such that each metal reinforcement of the plurality of reinforcements (1801a), (1801b), (1801c), (1801d) is positioned within a portion, of the pallet (109), that spaces one or more grooves of the plurality of grooves (202) from one or more other grooves of the plurality of grooves (202).