Thermo-Sensitive Electrolyte Encapsulation for Sustained Hydration
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Solution Overview
Problem
Current electrolyte supplements release their contents immediately upon ingestion, failing to provide sustained hydration and electrolyte balance during physical activity or heat exposure.
Innovation Solution
A thermo-sensitive electrolyte supplement using polymers like polyvinyl alcohol and methylcellulose to encapsulate electrolytes, which dissolve or degrade at elevated body temperatures (37-40°C), ensuring a controlled and gradual release.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Speed
If electrolyte supplements release contents immediately upon ingestion, then rapid electrolyte replenishment is achieved, but sustained hydration and electrolyte balance during physical activity or heat exposure cannot be maintained
Solution Approach 1:
The electrolyte supplement employs a thermo-sensitive coating that dynamically changes its properties in response to body temperature changes. The coating transitions from a stable state at normal temperatures to a degraded state at elevated temperatures (37-40°C), enabling the supplement to adapt its release rate to the user's physiological state and provide sustained electrolyte replenishment during heat exposure or physical activity.
Solution Approach 2:
The patent utilizes temperature as a triggering parameter to control electrolyte release. The thermo-sensitive polymer coating changes its physical-chemical properties (degradation) in response to temperature changes, specifically releasing electrolytes when body temperature rises to 37-40°C, thereby providing targeted and sustained electrolyte replenishment during conditions requiring hydration support.
2Duration of action of moving object
If a thermo-sensitive coating is applied to control electrolyte release, then sustained hydration during heat exposure is improved, but the complexity of the supplement formulation increases
Solution Approach 1:
The patent introduces a thermo-sensitive polymer coating as an intermediary layer between the electrolyte core and the body environment. This coating acts as a temperature-responsive mediator that controls the release rate of electrolytes, providing sustained hydration support while maintaining a relatively simple overall supplement structure that can be implemented through existing microencapsulation technologies.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The supplement provides precise electrolyte delivery when needed, enhancing hydration and electrolyte balance during physical exertion or heat exposure.
Implementation Method 1
polymers like polyvinyl alcohol and methylcellulose to encapsulate electrolytes, which dissolve or degrade at elevated body temperatures (37-40°C)
Data Source
AI summary
A thermo-sensitive electrolyte supplement designed to release electrolytes in response to elevated body temperatures. The supplement, available in capsules, powders, and gummies, uses polymers like polyvinyl alcohol (PVA) and methylcellulose to encapsulate the electrolytes, ensuring controlled and gradual release during physical activity or heat exposure.