Floating Hydrophyte Planting Device with Height-Adjustable Support

The patent employs a dynamic height-adjustable support system where the support height can be adjusted according to different water depths. The support includes an adjustable length component that allows the planting device to adapt to varying depths, enabling effective planting in both shallow and deep water areas. This dynamic adjustment capability resolves the contradiction by making the system versatile across different water depth conditions while maintaining ease of depth control.

The patent changes the physical parameters of the support system by providing multiple adjustable height positions. The support height parameter can be modified to match different water depths, allowing the same device to be effectively used in various water conditions. This parameter change approach enables the device to maintain optimal planting depth control regardless of whether the water area is shallow or deep.

The patent applies local quality by creating a differentiated lighting environment for different parts of the hydrophyte system. The floating support structure provides shading for the submerged planting portions while allowing the floating leaves to receive adequate light. This local quality approach ensures that sensitive submerged parts are protected from over-illumination and high temperature, while photosynthetic surfaces still receive sufficient light for growth.

The floating support structure acts as an intermediary element between the sunlight and the hydrophytes. It mediates the light and heat transmission, providing appropriate shading to protect hydrophytes from harmful over-illumination and high temperature while still allowing sufficient light penetration for photosynthesis. This intermediary function resolves the contradiction by filtering and regulating the environmental factors.

The patent segments the planting system into modular floating units that can be independently constructed and then assembled to cover large water areas. Each floating support unit is a self-contained module with standardized components. This segmentation allows for cost-effective manufacturing of individual units and flexible deployment across extensive areas by simply replicating and connecting modules, thereby reducing overall construction costs while enabling coverage of large water bodies.

The patent employs a copyable modular design where standardized floating support units can be mass-produced using identical components and assembly procedures. By copying the same proven design pattern across multiple units, the system achieves economies of scale in manufacturing, reducing the cost per unit. This copying approach enables cost-effective deployment over large areas without requiring expensive custom engineering for each location.

The patent implements a dynamic depth regulation mechanism where the support height can be adjusted to control the vertical position of hydrophytes at different growth stages. As hydrophytes grow and their buoyancy increases, the support height can be modified to maintain optimal planting depth. This dynamic adjustment ensures reliable water purification by keeping plants in the effective depth range while providing ease of operation through simple height regulation.

The patent incorporates feedback control where the plant growth status (particularly buoyancy changes) is monitored and used to adjust the support height accordingly. When plants grow and become more buoyant, the feedback mechanism triggers an adjustment to reduce support height or add weighting, maintaining plants at the optimal depth for water purification. This feedback loop ensures reliable purification performance while making depth regulation straightforward and automatic.