Integrated Pool Treatment Unit for Space-Saving Environmental Protection
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Solution Overview
Problem
Existing swimming pool treatment systems face challenges such as humidity and sunlight exposure affecting component durability, aesthetic and spatial inefficiencies, environmental vulnerability, and complex installation requiring multiple trades, leading to suboptimal performance and appearance.
Innovation Solution
A treatment unit comprising a treatment portion and a containment portion, where the containment portion structurally supports the treatment portion and allows passage of secondary fluids, incorporating components like temperature regulators, sanitizers, and filtration pumps, while being designed to minimize noise, vibration, and humidity exposure, with modular components for easy installation.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If treatment systems are installed inside dwellings or utility sheds, then they are protected from environmental conditions, but they occupy more floor space or room volume than preferred
Solution Approach 1:
The treatment system is designed to be installed vertically within the pool structure itself, utilizing the vertical dimension rather than occupying horizontal floor space. The containment portion is positioned to receive treatment components within the pool's structural envelope, effectively moving the system from a horizontal floor-mounted configuration to a vertical integration within the pool walls or structure.
2Area of stationary object
If treatment systems are installed outdoors, then they use less indoor space, but they are unsightly and incongruent with adjacent architecture and exposed to environmental damage
Solution Approach 1:
The treatment system is merged with the pool structure itself, where the containment portion is integrated into the pool's walls or structural elements. This integration allows the system to be installed outdoors without being visually prominent, as it becomes part of the pool's architecture rather than a separate outdoor equipment structure.
Solution Approach 2:
The containment portion utilizes the pool's existing structure (walls, shells) as part of its housing, leveraging the pool's own structural envelope to protect and conceal the treatment components from environmental exposure while maintaining aesthetic integration with the surrounding architecture.
3Productivity
If electromechanical power components are used for pumps and valves, then fluid circulation and control are achieved, but vibration and noise are generated that reduce usability of surrounding space
Solution Approach 1:
The electromechanical treatment components are nested within the containment portion that is integrated into the pool structure. This nesting allows the use of powerful pumps and valves while the surrounding pool structure acts as a natural acoustic and vibration barrier, containing the harmful effects within the pool area rather than propagating them to surrounding usable spaces.
Data Source
AI summary
A treatment unit for one or more primary fluids of at least one fluidic system includes a treatment portion for selectively maintaining, achieving, and/or facilitating a desired condition for the at least one primary fluid of the at least one fluidic system. A containment portion structurally supports the treatment portion. The containment portion includes a container. The container has a bottom panel with an exterior surface, an opposite interior surface, and a perimeter surface extending vertically from the exterior surface to at least the interior surface. At least a portion of the perimeter surface of the bottom panel is spaced from an adjacent portion of the container by a gap. The gap is configured to permit the passage of at least one secondary fluid into and/or out from the container.