Planter with snap-in rim insert

1. A planter comprising:

a container having a side wall with an upper surface;

a rim insert having a sidewall and a flange with an upper surface and a lower surface, the rim insert being configured to snap fit into the container;

wherein, when the rim insert and container are assembled, the container sidewall upper surface extends substantially flush with the upper surface of the rim insert; and

whereby there is no seam between the container and rim insert that is visible from the side of the container wherein: the rim insert flange has a downwardly extending edge wall; the container sidewall upper surface includes a recess; the rim insert flange edge wall sized to fit within the container sidewall upper surface recess; and wherein, when the rim insert and container are assembled, the rim insert flange edge wall is disposed within the container sidewall upper surface recess; wherein: the rim insert sidewall has a bottom edge, the bottom edge having a notch whereby a descending leg is formed; the container sidewall has an inwardly projecting ledge, the ledge having a generally horizontal upper surface; the container sidewall ledge upper surface having a channel; the rim insert sidewall bottom edge leg sized to fit within the container sidewall ledge upper surface channel; and wherein, when the rim insert and container are assembled, the rim insert sidewall bottom edge leg is disposed within the container sidewall ledge upper surface channel; wherein: the rim insert sidewall includes an interlock recess adjacent the rim insert sidewall lower end; the container sidewall ledge having an interlock projection disposed above the container sidewall ledge channel; wherein the container sidewall ledge interlock projection sized to fit within the rim insert sidewall interlock recess; and wherein, when the rim insert and container are assembled, the container sidewall ledge interlock projection is disposed within the rim insert sidewall interlock recess; wherein: the rim insert flange has a boss extending from the rim insert flange lower surface; the rim insert flange boss being spaced from the rim insert flange edge wall whereby a rim insert flange groove is created; the container sidewall upper surface includes an upwardly extending protrusion; the container sidewall upper surface protrusion sized to fit within the rim insert flange groove; and wherein, when the rim insert and container are assembled, the container sidewall upper surface protrusion is disposed within the rim insert flange groove.

2. The planter of claim 1 wherein the rim insert flange edge wall is disposed at the periphery of the rim insert flange.

3. The planter of claim 1 wherein:

the rim insert sidewall has a bottom edge;

the container sidewall has an inwardly projecting ledge, the ledge having a generally horizontal upper surface;

the container sidewall ledge upper surface having a channel;

the rim insert sidewall bottom edge sized to fit within the container sidewall ledge upper surface channel; and

wherein, when the rim insert and container are assembled, the rim insert sidewall bottom edge is disposed within the container sidewall ledge upper surface channel.

4. The planter of claim 1 wherein:

the container sidewall is convex;

the rim insert is circular;

the container sidewall upper surface recess being an annular recess; and

the rim insert flange groove being an annular groove.

5. The planter of claim 1 wherein:

the container sidewall upper surface recess is a generally upwardly facing recess; and

the rim insert flange groove is a generally downwardly facing groove.

6. A planter comprising:

a container having a side wall with an upper surface;

a rim insert having a sidewall and a flange with an upper surface and a lower surface;

the container having at least one upwardly facing recess;

the rim insert having at least one downwardly protruding structure;

the rim insert at least one downwardly protruding structure sized to fit within the container at least one upwardly facing recess; and

wherein the rim insert is configured to be coupled to the container via a downward motion wherein: the rim insert flange has a downwardly extending edge wall, the rim insert edge wall being at least one downwardly protruding structure; the container sidewall upper surface includes a recess, the container sidewall upper surface recess being at least one upwardly facing recess; the rim insert flange edge wall sized to fit within the container sidewall upper surface recess; and wherein, when the rim insert and container are assembled, the rim insert flange edge wall is disposed within the container sidewall upper surface recess; wherein: the rim insert sidewall has a bottom edge, the bottom edge having a notch whereby a descending leg is formed, the rim insert sidewall bottom edge leg being at ˜east one downwardly protruding structure; the container sidewall has an inwardly projecting ledge, the ledge having a generally horizontal upper surface; the container sidewall ledge upper surface having a channel, the container sidewall ledge upper surface channel being at least one upwardly facing recess; the rim insert sidewall bottom edge leg sized to fit within the container sidewall ledge upper surface channel; and wherein, when the rim insert and container are assembled, the rim insert sidewall bottom edge leg is disposed within the container sidewall ledge upper surface channel.

7. The planter of claim 6 wherein the rim insert sidewall is structured to be disposed within the container.

8. A method of making a planter comprising the steps of: providing a planter comprising: a container having a side wall with an upper surface; a rim insert having a sidewall and a flange with an upper surface and a lower surface, the rim insert being configured to snap fit into the container; wherein, when the rim insert and container are assembled, the container sidewall upper surface extends substantially flush with the upper surface of the rim insert; and whereby there is no seam between the container and rim insert that is visible from the side of the container; wherein: the rim insert flange has a downwardly extending edge wall; the container sidewall upper surface includes a recess; the rim insert flange edge wall sized to fit within the container sidewall upper surface recess; and wherein, when the rim insert and container are assembled, the rim insert flange edge wall is disposed within the container sidewall upper surface recess; wherein: the rim insert sidewall has a bottom edge, the bottom edge having a notch whereby a descending leg is formed; the container sidewall has an inwardly projecting ledge, the ledge having a generally horizontal upper surface; the container sidewall ledge upper surface having a channel; the rim insert sidewall bottom edge leg sized to fit within the container sidewall ledge upper surface channel; and wherein, when the rim insert and container are assembled, the rim insert sidewall bottom edge leg is disposed within the container sidewall ledge upper surface channel; wherein: the rim insert sidewall includes an interlock recess adjacent the rim insert sidewall lower end; the container sidewall ledge having an interlock projection disposed above the container sidewall ledge channel; wherein the container sidewall ledge interlock projection sized to fit within the rim insert sidewall interlock recess; and wherein, when the rim insert and container are assembled, the container sidewall ledge interlock projection is disposed within the rim insert sidewall interlock recess; wherein: the rim insert flange has a boss extending from the rim insert flange lower surface; the rim insert flange boss being spaced from the rim insert flange edge wall whereby a rim insert flange groove is created; the container sidewall upper surface includes an upwardly extending protrusion; the container sidewall upper surface protrusion sized to fit within the rim insert flange groove; and wherein, when the rim insert and container are assembled, the container sidewall upper surface protrusion is disposed within the rim insert flange groove;

vertically aligning the rim insert at least one downwardly protruding structure with the container at least one upwardly facing recess; and

moving the rim insert downwardly into the container until the rim insert at least one downwardly protruding structure is disposed within the container at least one upwardly facing recess and until the container sidewall upper surface extends substantially flush with the upper surface of the rim insert.

9. The method of claim 8 wherein, prior to the step of vertically aligning the rim insert at least one downwardly protruding structure with the container at least one upwardly facing recess, the method includes the steps of:

molding the container by an injection molding process;

molding the rim insert by an injection molding process;

allowing the rim insert to cool to room temperature; and

allowing the container to cool to a temperature above room temperature, but where the container is solidified.

10. The method of claim 9 wherein, after the step of moving the rim insert downwardly into the container until the rim insert at least one downwardly protruding structure is disposed within the container at least one upwardly facing recess, the method includes the further step of allowing the container to cool to room temperature.

11. The method of claim 8 wherein, prior to the step of moving the rim insert downwardly into the container until the rim insert at least one downwardly protruding structure is disposed within the container at least one upwardly facing recess, the method includes the step of applying an adhesive to at least one of the rim insert at least one downwardly protruding structure or the container at least one upwardly facing recess.