Plant Root-Zone Clustering With Offset Above-Ground Training
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Solution Overview
Problem
Existing methods for cultivating plants, particularly in vineyards, result in ineffective use of water, leading to suboptimal yield despite adequate irrigation, as they do not account for the efficient utilization of both irrigation and natural water sources to enhance crop production.
Innovation Solution
A plant management method that involves locating plants with clustered in-ground portions and training their above-ground structures to be horizontally offset from their in-ground portions, allowing for closer in-ground clustering and wider above-ground spacing, thereby improving water-use effectiveness.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If plants are spaced evenly in traditional rows with adequate above-ground spacing, then above-ground plant structure and access are maintained, but water-use effectiveness is suboptimal and yield is reduced
Solution Approach 1:
The patent applies dimensional reconfiguration by separating horizontal and vertical spacing considerations. Plants are positioned with close horizontal spacing (clustered in-ground portions) while maintaining adequate vertical/canopy spacing through offset training. This dimensional separation allows the root zones to be clustered for water efficiency while canopies remain spaced for proper structure and access, resolving the contradiction between water-use effectiveness and yield.
Solution Approach 2:
The patent introduces asymmetry in plant positioning by offsetting the above-ground portion from the in-ground portion. Instead of symmetric alignment where the canopy center is directly above the root center, the canopy is trained to offset horizontally. This asymmetric arrangement allows root zones to be clustered closely together while canopies maintain adequate spacing, improving water-use effectiveness without compromising plant structure or yield.
2Loss of energy
If plants are clustered closer together in-ground, then water-use effectiveness improves, but above-ground spacing becomes insufficient for proper plant structure
Solution Approach 1:
The patent resolves this contradiction by operating in multiple dimensions simultaneously. In the horizontal plane, plants are clustered with close in-ground spacing to improve water-use effectiveness. In the vertical dimension, canopies are trained to offset horizontally to maintain adequate spacing for proper plant structure. This multi-dimensional approach allows close root zone clustering while preserving adequate canopy spacing.
Solution Approach 2:
The asymmetric offset training of above-ground portions from in-ground portions enables the patent to achieve both close in-ground clustering and adequate above-ground spacing. By training canopies to offset horizontally from their root positions, the system creates an asymmetric configuration that satisfies both the water-efficiency requirement (close root spacing) and the structural requirement (adequate canopy spacing).
3Area of stationary object
If traditional row spacing is used, then land use efficiency is reduced, but plant access and maintenance are easier
Solution Approach 1:
The patent improves land use efficiency by clustering plants closely in the horizontal plane while maintaining access through vertical offset training. The asymmetric positioning allows equipment to access plants from above or from sides, rather than requiring wide row spacing. This dimensional reconfiguration enables denser plant population per acre while preserving maintenance accessibility.
Data Source
AI summary
A method and system for managing bearing plants so that their in-ground portions (e.g., root-zones) are clustered together to improve water-use effectiveness; and training their above-ground structures such that their above-ground structures have the wider spacing they require. It is applicable to plants (e.g., vine-like plants including wine grapes) whose trunks can be oriented at an angle other than vertical or which can be otherwise shaped so that their distal ends are not centered above their in-ground portions but rather are horizontally offset from the in-ground portions.