Hybrid stacking system for containers
Universal wraps are used in the construction of a container centerbody. The wraps may take the form of a top and bottom wrap with complementary stacking patterns, in which the wraps create the centerbody. The wraps permit stacking of different-style containers regardless of which container is positioned as the bottom container. The universal wraps may include curved edge portions to seamlessly and aesthetically blend in with a side panel of the container. The stacking patterns of the wraps may take different forms with various shaped protuberances and recessed portions. Further, one or more of the wraps may have isolation features attached to or integrally formed with an interior surface of the wrap.
1. An apparatus comprising:
a first generation container having a first upper surface defining a first upper stacking pattern including first upper protuberances and first upper recesses and having a first lower surface defining a first lower stacking pattern including first lower protuberances and first lower recesses sized and configured to nest with the first upper protuberances and recesses;
a second generation container having a second upper surface defining a second upper stacking pattern including second upper protuberances and second upper recesses and having a second lower surface defining a second lower stacking pattern including second lower protuberances and second lower recesses sized and configured to nest with the second upper protuberances and second upper recesses, the second upper protuberances and second upper recesses being unable to nest with the first lower protuberances and first lower recesses and the second lower protuberances and second lower recesses being unable to nest within the first upper protuberances and first upper recesses;
a hybrid container having a hybrid upper surface defining a hybrid upper stacking pattern including hybrid upper protuberances and hybrid upper recesses and having a hybrid lower surface defining a hybrid lower stacking pattern including hybrid lower protuberances and hybrid lower recesses sized and configured to nest with the hybrid upper protuberances and hybrid upper recesses, the hybrid upper protuberances and hybrid upper recesses being sized and configured to nest with both (a) the first lower protuberances and first lower recesses and (b) the second lower protuberances and second lower recesses, and the hybrid lower protuberances and hybrid lower recesses being able to nest with both (c) the first upper protuberances and first upper recesses and (d) the second upper protuberances and the second upper recesses;
wherein the first upper protuberances and first upper recesses have a different configuration than the second upper protuberances and second upper recesses;
wherein one of—
the first upper protuberances and first upper recesses are nested with the hybrid lower protuberances and hybrid lower recesses and the second lower protuberances and second lower recesses are nested with the hybrid upper protuberances and hybrid upper recesses; and
the first lower protuberances and first lower recesses are nested with the hybrid upper protuberances and recesses the second upper protuberances and second upper recesses nested with the hybrid lower protuberances and hybrid lower recesses.
2. A method comprising:
providing a first generation container having a first upper surface defining a first upper stacking pattern including first upper protuberances and first upper recesses and having a first lower surface defining a first lower stacking pattern including first lower protuberances and first lower recesses sized and configured to nest with the first upper protuberances and first upper recesses;
providing a second generation container having a second upper surface defining a second upper stacking pattern including second upper protuberances and second upper recesses and having a second lower surface defining a second lower stacking pattern including second lower protuberances and second lower recesses sized and configured to nest with the second upper protuberances and second upper recesses, the second upper protuberances and second upper recesses being unable to nest with the first lower protuberances and first upper recesses and the second lower protuberances and second lower recesses being unable to nest within the first upper protuberances and first upper recesses;
providing a hybrid container having a hybrid upper surface defining a hybrid upper stacking pattern including hybrid upper protuberances and hybrid upper recesses and having a hybrid lower surface defining a hybrid lower stacking pattern including hybrid lower protuberances and hybrid lower recesses sized and configured to nest with the hybrid upper protuberances and hybrid upper recesses, the hybrid upper protuberances and hybrid upper recesses being sized and configured to nest with both the first lower protuberances and first lower recesses and the second lower protuberances and second lower recesses, and the hybrid lower protuberances and recesses being able to nest with both the first upper protuberances and first upper recesses and the second upper protuberances and second upper recesses;
wherein the first upper protuberances and first upper recesses have a different configuration than the second upper protuberances and second upper recesses;
one of
stacking the first container and the second container with the hybrid container having the first upper protuberances and first upper recesses nested with the hybrid lower protuberances and hybrid lower recesses and the second lower protuberances and second lower recesses nested with the hybrid upper protuberances and hybrid upper recesses; and
stacking the first container and the second container with the hybrid container having the first lower protuberances and first lower recesses nested with the hybrid upper protuberances and hybrid upper recesses and the second upper protuberances and second upper recesses nested with the hybrid lower protuberances and hybrid lower recesses.
3. A container system comprising:
a first container including—
an upper container surface having a plurality of upper protuberances protruding outwardly from the upper container surface, the plurality of upper protuberances defining a first stacking pattern; and
a lower container surface having a plurality of lower protuberances extending outwardly from the lower container surface, the plurality of lower protuberances sized and positioned to nest with protuberances according to the first stacking pattern, the lower container surface further defining a plurality of recesses extending through the lower container surface, the plurality of recesses sized and positioned to receive protuberances corresponding to a second stacking pattern different from the first stacking pattern, the lower container surface extending completely between opposing lateral sides of the first container and each recess of the plurality of recesses having a closed perimeter; and
first and second sidewalls positioned opposite one another and connected to the upper container surface and the lower container surface.
4. The container system of claim 3 , further comprising a second container having second protuberances according to the second stacking pattern, the second protuberances being positioned within the plurality of recesses.
5. A method comprising:
providing a first container and a second container, each container of the first container and the second container including—
an upper container surface having a plurality of upper protuberances protruding outwardly from the upper container surface, the plurality of upper protuberances defining a first stacking pattern; and
a lower container surface having a plurality of lower protuberances extending outwardly from the lower container surface, the plurality of lower protuberances sized and positioned to nest with protuberances according to the first stacking pattern, the lower container surface further defining a plurality of recesses extending through the lower container surface, the plurality of recesses sized and positioned to receive protuberances corresponding to a second stacking pattern different from the first stacking pattern, the plurality of recesses each having a closed perimeter; and
first and second sidewalls positioned opposite one another and connected to the upper container surface and the lower container surface;
stacking the first container on the second container having the plurality of lower protuberances of the first container nested among the plurality of upper protuberances of the second container.
6. The method of claim 5 , further comprising:
providing a third container having third protuberances according to the second stacking pattern; and
stacking the second container on the third container having the third protuberances positioned within the plurality of recesses of the second container.
7. The method of claim 5 , wherein the lower container surface of each container of the first container and the second container extends completely between opposing lateral sides of the each container.
8. The container system of claim 3 , wherein each recess of the plurality of recesses intersects a protuberance of the plurality of lower protuberances.