Interlocking support foot
View Patent ↗An interlocking support foot and a container assembly including the support foot permits the support foot to be threaded onto a container but resists loosening of the foot by reverse rotation of the support foot once installed onto the container. The support foot is preferably molded of synthetic resin as a unitary member including a body, a threaded connector and at least one, and preferably a circular array of teeth radially spaced from the connector. The container is complementally configured to include a plurality of support areas for threadably receiving the support foot and provided with a threaded receiver and a radially spaced notch. When the support foot is installed on the support area of the container, the tooth engages the notch and resists reverse rotation of the foot.
1. A container assembly comprising:
a container configured to hold liquid or particulate matter, said container including four sidewalls and a bottom section cooperatively defining an interior chamber for retaining said liquid or particulate matter therein, said bottom section having four corners and at least four support areas with one support area being located near each corner of said bottom section, each support area including:
a threaded receiver;
a plurality of downwardly extending notches arranged in a circular pattern on a lower surface of said threaded receiver; and
a plurality of planar recessed areas between said notches, each notch being spaced apart from adjacent notches by one of said recessed areas; and
at least four support feet each coupled to a respective one of said support areas so that said bottom section is supported at each corner by one of said support feet, each support foot including:
a substantially cylindrical body having an upper surface;
a connector extending upwardly from the upper surface and having a sidewall including a helical thread thereon; and
a plurality of teeth positioned on and extending upwardly from said upper surface and radially spaced from said connector, said teeth of said support foot being configured to contact said recessed areas of said one of said support areas and engage said downwardly extending notches of said one of said support areas when said support foot is connected to said container such that only some of said teeth of said support foot engage said notches of said one of said support areas.
2. A container assembly as set forth in claim 1 , wherein said threaded receivers of said support areas are internally threaded receivers and said helical threads on said sidewalls are external threads complementally configured with the internally threaded receivers.
3. A container assembly as set forth in claim 2 , wherein said teeth are unitary with said body on each support foot.
4. A container assembly as set forth in claim 2 , wherein said connector is unitary with said body no each support foot.
5. A container assembly as set forth in claim 2 , wherein said body, said teeth, and said connector on each support foot are integrally molded of synthetic resin.
6. A container assembly as set forth in claim 1 , wherein said downwardly extending notches each include a downwardly extending upright end surface and a sloped surface sloping downwardly to intersect with said upright end surface at an edge.
7. A container assembly as set forth in claim 6 , wherein each tooth includes an upright end wall, said upright end surface of each of said downwardly extending notches being opposed to one of said upright end walls when a respective one of said support feet is fully threaded onto one of said threaded receivers.
8. A container assembly as set forth in claim 7 , wherein said support areas each include an annular, flat bottom surface positioned radially between said downwardly extending notches and one of said threaded receivers.
9. A container assembly as set forth in claim 8 , wherein said support feet each include an array comprising said plurality of said teeth arranged in a circular pattern on said upper surface and an annular, flat support surface on said upper surface positioned radially between said connector and said array, whereby when one of said support feet is threaded onto one of said receivers, said array is positioned opposite said downwardly extending notches and said annular, flat support surface is positioned opposite said annular, flat bottom surface.
10. A container assembly comprising:
a container configured to hold liquid or particulate matter, said container including a number of sidewalls and a bottom section cooperatively defining an interior chamber for retaining said liquid or particulate matter therein, said bottom section having a number of support areas, each support area including:
a threaded receiver;
six downwardly extending notches arranged in a circular pattern on a lower surface of said threaded receiver, each notch having a downwardly extending upright end surface and a sloped surface that converges with the upright end surface at an edge; and
six planar recessed areas between said notches, each notch being spaced apart equidistantly from adjacent notches by one of said recessed areas; and
a number of support feet each coupled to a respective one of said support areas, each support foot including:
a body having an upper surface and six ribs extending upward through said body;
a connector extending upwardly from the upper surface and having a sidewall including a helical thread thereon, said ribs extending into an interior of said connector; and
a plurality of teeth positioned on and extending upwardly from said upper surface and radially spaced from said connector, said teeth of said support foot being configured to contact said recessed areas of said one of said support areas and engage said upright end surfaces of said downwardly extending notches of one of said support areas when said support foot is connected to said container such that only some of said teeth of said support foot engage said upright end surfaces of said notches of said one of said support areas.