Hydroponic Growing System, Planting Tower and Method
AssigneeFoody Vertical Gardens, LLC
InventorsGregory Hendrick, Ivo Wieling
Life of this patent
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Abstract
A hydroponic growing system is provided having a growing pot and a root distribution plate. The growing pot has a wall portion defining an elevationally-extending concavity. The root distribution plate has an outer periphery configured to be fitted in substantially level conformity within the concavity at a position elevated from a bottommost portion of the concavity and an array of raised root barriers subdividing a top surface of the root distribution plate into a plurality of distinct root beds. A method is also provided.
Claims19
A hydroponic growing system, comprising:
- a growing pot having a wall portion defining an elevationally-extending concavity;
- and
- a root distribution plate having an outer periphery configured to be fitted in substantially level conformity within the concavity at a position elevated from a bottommost portion of the concavity and an array of raised root barriers subdividing a top surface of the root distribution plate into a plurality of distinct root beds.
A planting tower, comprising:
- a growing pot having a wall portion defining an elevationally-extending concavity;
- a root distribution plate having an outer periphery configured to be fitted in substantial horizontal conformity within the concavity at a position elevated from a bottommost portion of the concavity and an array of raised root barriers subdividing a top surface of the root distribution plate into a plurality of distinct root beds;
- and
- a water distribution plate carried beneath the root distribution plate having a downwardly sloped radially outwardly extending water distribution surface terminating in a plurality of discharge apertures proximate a net pot containing a rooted plant.
A method for growing potted plants, comprising:
- providing a planting pot with a vertical cavity, a laterally spaced apart array of adjacent growing pots elevated in the cavity each containing a plant, a root distribution plate substantially level beneath the growing pots having subdivided adjacent pocket regions each beneath one of the growing pots separated by an array of upstanding ribs, and a water distribution plate having a sloped outwardly descending surface spaced below the root distribution plate;
- supplying water and fertilizer to each growing pot;
- dropping the water and fertilizer through and down from each growing pot onto the root distribution plate;
- downwardly withdrawing the fertilizer and water centrally of the root distribution plate downwardly onto the water distribution plate;
- and
- accelerating the water and fertilizer outwardly from atop the water distribution plate toward an ejection aperture for delivery to a net pot provided outwardly of the aperture.
The method of claim 16, wherein each net pot includes a plurality of apertures, and further comprising delivering water and fertilizer from the ejection aperture with momentum through the apertures in the net pot.
Dependencies are inferred from the claim text.