Compact Live Plant Pattern Structure for Single-Person Deployment
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Solution Overview
Problem
Existing methods for creating live plant or flower patterns in small areas lack the ability to produce compact, visually resolved designs that can be easily deployed and maintained by a single individual, and fail to generate an infinite variety of meaningful shapes without requiring multiple modules or receptacles.
Innovation Solution
A method involving a multilayer structure using biological and non-biological materials to create compact, demarcated patterns of live plants or plant-like materials, which can be implanted in small kits and deployed to form identifiable signs, utilizing a solid template, screen method, planting objects, and masking layers to enhance visual resolution and maintain soil structure.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If multiple modules are used to create live plant patterns, then the pattern can be stable and meaningful, but the area required becomes large and the structure becomes complex
Solution Approach 1:
The invention divides the planting system into modular planting units with standardized dimensions and connection mechanisms. Each module contains a defined planting area with demarcated borders, allowing multiple modules to be assembled into larger patterns while maintaining compact individual footprints. The segmentation enables stable pattern construction through modular assembly rather than requiring large continuous spaces.
Solution Approach 2:
The planting modules are designed to be nested or interlocked with adjacent modules through complementary connection structures. The demarcated borders of each module serve as both visual boundaries and physical connection interfaces, allowing modules to be stacked or joined in three-dimensional configurations that reduce overall ground area while maintaining structural stability.
2Manufacturing precision
If small areas are used for plant patterns, then the design has good visual resolution and is compact, but it is difficult to deploy and maintain without multiple modules
Solution Approach 1:
The planting modules are pre-assembled with demarcated borders and organized pattern arrangements before deployment. Seeds, seedlings, or plants are pre-positioned within each module according to the desired pattern, and connection structures are pre-configured. This preliminary preparation allows a single individual to deploy entire compact patterns without complex on-site assembly, maintaining high visual resolution while greatly simplifying deployment operations.
Solution Approach 2:
The modules are designed with self-aligning connection mechanisms and standardized interfaces that allow automatic positioning and securing during deployment. The demarcated borders provide visual and physical guidance for proper module orientation and connection, enabling single-person deployment without requiring precise manual alignment or complex tooling.
3Manufacturing precision
If demarcated borders are used to separate plants, then visual resolution is improved, but the structure complexity increases
Solution Approach 1:
The demarcated borders serve multiple functions simultaneously: they provide visual separation for pattern definition, act as physical connection interfaces between modules, define planting zones for seed placement, and serve as structural reinforcement elements. This multi-functionality achieves high visual resolution without proportionally increasing structural complexity, as the same border structures fulfill several purposes.
Solution Approach 2:
The invention merges the demarcation function with the module connection function into a single integrated border structure. Rather than adding separate demarcation elements to existing modules, the borders are built into the module edges themselves, combining visual separation and structural connection into one feature that reduces overall complexity.
4Ease of operation
If a unitary structure is used for compact plant arrangements, then ease of handling is improved, but the ability to create infinite shapes is limited
Solution Approach 1:
The system uses standardized modular units with universal connection interfaces that allow dynamic reconfiguration into various shapes and patterns. While each individual module is a fixed unitary structure for easy handling, the overall system can be assembled in infinitely many configurations by varying the arrangement and orientation of modules. The modular dynamic assembly enables both ease of handling and shape versatility simultaneously.
Solution Approach 2:
The invention changes the parameter of modularity to enable both unitary handling and shape variety. Each module maintains fixed internal parameters (demarcated borders, plant positions) for easy handling as a unit, while the system-level parameters (module arrangement, orientation, connectivity) can be varied to create infinite shape combinations. This parameter separation allows simultaneous achievement of handling ease and design versatility.
Data Source
AI summary
This patent regards the design of compact (unitary structures, implantable by themselves, residing non-deployed in small kits, able to be deployed by a single individual, and able to create identifiable meaningful sign by themselves) arrangements of live plants, plant-alike or plant-replacement materials, seedling or seeds by organized pattern seeding of plants or seeds or planting of seedlings of flowers and plants in the soil, or arrangements of plant-replacement or plant-alike material to render small scale plant pattern-designed arrangements in small areas around houses or businesses. To reach this purpose, plants, seeds or seedlings, plant-alike or plant-replacement materials will be planted, raised, arranged and/or cut in a single or multilayer fashioned compact object of good visual resolution translating into a meaningful message of pictorial, geometrical, linguistic, or various other meaningful nature.