Molded planter with wide upper rim
A planter includes a concave container and a separate rim, both formed from a thermoplastic material. The container has a brim extending radially outward from an upper portion of the container. A vertical wall extends upward from the brim and has exterior flanges and grooves formed on its outer surface. The rim has a top wall with outer and inner side walls extending downward from its edges. Interior flanges and grooves formed on the inner surface of the outer rim wall are configured to engage the exterior flanges and grooves on the outer surface of the container vertical wall such that the rim can be secured onto the upper end of the container. The upper surface of the brim of the container comprises a stop inward of the vertical wall such that when the rim is advanced onto the upper end of the container, a lower portion of the inner rim wall confronts the stop to inhibit further advancement.
1. A planter comprising:
a concave container formed from a thermoplastic material, the container having an upper end;
a brim extending outward from an upper portion of the container adjacent the upper end, the brim having an upper surface; a vertical wall extending upward from the brim and having an outwardly facing surface;
a rim formed from a thermoplastic material, the rim having a top wall with inner and outer edges;
an outer rim wall extending downward from the outer edge of the top rim wall and having an inwardly facing surface;
an inner rim wall extending downward from the inner edge of the top rim wall;
a flange formed on one of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall; a groove formed on the other of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall;
wherein when the rim is assembled onto the upper end of the container, the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall are in mutually facing relation such that the flange on the one of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall cooperatively engages the groove on the other of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall to retain the rim on the upper end of the container; and
an inner stop formed on a lower portion of the inner rim wall and configured such that when the rim is assembled onto the upper end of the container, the inner stop confronts the upper surface of the brim to limit the extent to which the rim can be advanced onto the upper end of the container.
2. The planter of claim 1 :
wherein a lower end of the inner rim wall has a portion of reduced cross section;
wherein a transition is formed at a junction between the portion of reduced cross section and a major portion of the inner rim wall; and
wherein the transition comprises the inner stop.
3. A planter comprising:
a concave container formed from a thermoplastic material, the container having an upper end;
a brim extending outward from an upper portion of the container adjacent the upper end, the brim having an upper surface; a vertical wall extending upward from the brim and having an outwardly facing surface;
a rim formed from a thermoplastic material, the rim having a top wall with inner and outer edges;
an outer rim wall extending downward from the outer edge of the top rim wall and having an inwardly facing surface;
an inner rim wall extending downward from the inner edge of the top rim wall;
a flange formed on one of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall; a groove formed on the other of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall;
wherein when the rim is assembled onto the upper end of the container, the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall are in mutually facing relation such that the flange on the one of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall cooperatively engages the groove on the other of the outwardly facing surface of the vertical wall of the container and the inwardly facing surface of the outer rim wall to retain the rim on the upper end of the container; and
an outer stop formed on a lower portion of the outer rim wall and configured such that when the rim is assembled onto the upper end of the container, the outer stop confronts the upper surface of the brim to limit the extent to which the rim can be advanced onto the upper end of the container.
4. The planter of claim 3 :
wherein an outer portion of a lower end of the outer rim wall has a reduced cross section in comparison to a major portion of the outer rim wall;
wherein a transition is formed between the major portion of the outer rim wall portion and the portion of reduced cross section; and
wherein the transition comprises the outer stop.
5. The planter of claim 4 , wherein when the rim is assembled onto the upper end of the container, a lower portion of the outer rim wall of reduced cross section extends downward over the outer edge of the upper end of the container.
6. The planter of claim 1 , wherein the brim has an outer edge, and wherein the rim is configured such that when the rim is assembled onto the upper end of the container, a lower portion of the outer rim wall extends downward over the outer edge of the upper end of the container.