Vertically oriented plant growing systems
Plant growth structures and components of plant growth structures. The vertically-oriented plant growth structures include a plurality of growth basket receptacles that are in fluid communication with a fluid conduit to provide water to growth baskets placed within the growth basket receptacles. The plant growth structures provide water flow to the plants and a high density of plants in a relatively small growing area.
1. A plant growth structure comprising a plurality of planter modules, at least a first planter module of the plurality of planter modules comprising:
a central section having a top end, a bottom end and an outer wall defining an interior fluid conduit therethrough for the passage of a liquid, and;
at least three growth basket receptacles disposed in a substantially horizontal plane around a periphery of the central section, the growth basket receptacles having an outer diameter and being configured so that when a growth basket is placed in a growth basket receptacle, at least a lower portion of the growth basket is in fluid communication with the fluid conduit, wherein the peripheral density of the growth basket receptacles disposed around the central section is at least 0.6; and
a plurality of growth baskets operatively secured in the growth basket receptacles, wherein the growth baskets comprise a plurality of sidewall fluid apertures disposed in a basket sidewall to enable the flow of liquid through the basket sidewall,
wherein a lower portion of the growth basket sidewall adjacent the bottom wall of at least one growth basked of the plurality of growth baskets is substantially devoid of fluid apertures to retain liquid in the lower interior portion of the at least one growth basket.
2. The plant growth structure recited in claim 1 , wherein the first planter module comprises four growth basket receptacles disposed around the periphery of the central section in the horizontal plane.
3. The plant growth structure recited in claim 1 , wherein the peripheral density of the growth basket receptacles disposed around the central section is at least 0.8.
4. The plant growth structure recited in claim 1 , wherein the growth baskets comprise an attachment element that is configured to secure the growth basket in the growth basket receptacle.
5. The plant growth structure recited in claim 4 , wherein the attachment element is disposed on a top rim of the growth basket and proximate to the central section when the growth basket is operatively placed in the growth basket receptacle.
6. The plant growth structure recited in claim 5 , wherein the attachment element comprises a tab extending from the top rim of the growth basket and wherein the growth basket receptacle comprises a notch that is configured to receive the tab to secure the growth basket in the growth basket receptacle.
7. The plant growth structure recited in claim 1 , wherein the sidewall fluid apertures comprise a plurality of vertically disposed slots formed in the sidewalls.
8. The plant growth structure recited in claim 1 , further comprising a plurality of bottom wall fluid apertures disposed through a bottom wall of the growth basket.
9. The plant growth structure recited in claim 1 , wherein a portion of the bottom wall adjacent the lower portion of the sidewall is devoid of bottom wall apertures to retain liquid in the lower interior portion of the at least one growth basket.
10. The plant growth structure recited in claim 1 , wherein the first planter module is formed from a top planter module section and a bottom planter module section that are operatively attached to form the first planter module.
11. The plant growth structure recited in claim 1 , further comprising at least a first growth basket spacer disposed over a top surface of the growth basket receptacle and a growth basket placed over the growth basket spacer.
12. The plant growth structure recited in claim 1 , wherein the central section comprises a flow direction plate extending across the interior fluid conduit.
13. The plant growth structure recited in claim 12 , wherein the flow direction plate comprises a substantially convex upper surface.
14. The plant growth structure recited in claim 12 , wherein the flow direction plate comprises a plurality of fluid apertures disposed along an outer periphery of the flow direction plate, wherein the fluid apertures are aligned with a growth basket receptacle.
15. The plant growth structure recited in claim 14 , wherein the fluid apertures have a teardrop shape.
16. The plant growth structure recited in claim 12 , wherein the flow direction plate comprises a central aperture configured to allow a feed pipe to pass therethrough.
17. The plant growth structure recited in claim 1 , further comprising at least a second planter module disposed above the first planter module.
18. The plant growth structure recited in claim 17 , wherein:
the first planter module and the second planter module comprise the same number of growth basket receptacles; and
the growth basket receptacles of the first planter module and the second planter module are substantially aligned in the vertical plane.
19. The plant growth structure recited in claim 17 , wherein:
the first planter module and the second planter module comprise the same number of growth basket receptacles; and
the growth basket receptacles of the first planter module and the second planter module are angularly offset in the vertical plane.
20. The plant growth structure recited in claim 19 , wherein:
the first planter module comprises four growth basket receptacles separated by 90° around the periphery of the first planter module central section; and
the second planter module comprises four growth basket receptacles separated by 90° around the periphery of the second planter module central section,
wherein the growth basket receptacles of the first planter module are offset from the growth basket modules of the second planter module by 45° in the vertical plane.
21. The plant growth structure recited in claim 19 , wherein:
the first planter module comprises three growth basket receptacles separated by 120° around the periphery of the first planter module central section; and
the second planter module comprises three growth basket receptacles separated by 120° around the periphery of the second planter module central section,
wherein the growth basket receptacles of the first planter module are offset from the growth basket modules of the second planter module by about 60° in the vertical plane.
22. A plant growth structure comprising a plurality of planter modules, at least a first planter module of the plurality of planter modules comprising:
a central section having a top end, a bottom end and an outer wall defining an interior fluid conduit therethrough for the passage of a liquid, and
at least three growth basket receptacles disposed in a substantially horizontal plane around a periphery of the central section, the growth basket receptacles having an outer diameter and being configured so that when a growth basket is placed in a growth basket receptacle, at least a lower portion of the growth basket is in fluid communication with the fluid conduit, wherein the peripheral density of the growth basket receptacles disposed around the central section is at least 0.6,
wherein the first planter module is formed from a top planter module section and a bottom planter module section that are operatively attached to form the first planter module, and
wherein the top planter module section and the bottom planter module section are operatively attached by sliding a plurality of pin receptacles disposed in one of the planter module sections over a plurality of vertically extending pins disposed in the other planter module section.
23. The plant growth structure recited in claim 22 , wherein the top planter module section and the bottom planter module section are operatively attached by sliding a plurality of pin receptacles disposed in the top planter module section over a plurality of pins disposed in the bottom planter module section.
24. The plant growth structure recited in claim 22 , wherein the top planter module section and the bottom planter module section are irreversibly attached.
25. A plant growth structure comprising a plurality of planter modules, at least a first planter module of the plurality of planter modules comprising:
a central section having a top end, a bottom end and an outer wall defining an interior fluid conduit therethrough for the passage of a liquid;
at least three growth basket receptacles disposed in a substantially horizontal plane around a periphery of the central section, the growth basket receptacles having an outer diameter and being configured so that when a growth basket is placed in a growth basket receptacle, at least a lower portion of the growth basket is in fluid communication with the fluid conduit, wherein the peripheral density of the growth basket receptacles disposed around the central section is at least 0.6, wherein the first planter module is formed from a top planter module section and a bottom planter module section that are operatively attached to form the first planter module; and
two seams disposed along an interior surface of the growth basket receptacles, wherein the two seams are formed along an interface between the top section and the bottom section of the growth basket receptacles.
26. The plant growth structure recited in claim 25 , wherein the structure further comprises a plurality of growth baskets that are operatively secured in the growth basket receptacles, wherein the growth baskets comprise at least a first flange disposed along an exterior of a growth basket sidewall and wherein the first flange is configured to be placed within a first seam of the growth basket receptacles.
27. The plant growth structure recited in claim 26 , wherein the growth baskets comprise at least a second flange disposed along the exterior of the growth basket sidewall and wherein the second flange is configured to be placed within a second seam of the growth basket receptacles.
28. The plant growth structure recited in claim 25 , wherein the top planter module section and the bottom planter module section are irreversibly attached.