Personal Air Cooler with Wick-Based Misting to Reduce Complexity

The patent extracts and eliminates the complex atomizer or pump means from the system, replacing them with a simple wick-based liquid delivery mechanism. The wick material naturally absorbs and transports liquid through capillary action, removing the need for mechanical pumping or atomizing components while maintaining mist generation capability.

The wick material performs the liquid transport function autonomously through capillary action, without requiring external power sources or mechanical actuation. The system self-regulates liquid flow from the reservoir to the evaporation surface, eliminating the need for controlled pumping mechanisms.

The patent replaces expensive mechanical components (atomizers, pumps) with inexpensive wick material that can be easily manufactured and replaced. The wick serves as a low-cost, simple liquid transport medium that eliminates the need for complex mechanical assemblies, significantly reducing manufacturing costs.

The patent substitutes mechanical pumping and atomizing systems with a passive capillary action-based liquid delivery system. This replacement eliminates complex mechanical components, reducing both manufacturing complexity and cost while maintaining the essential function of liquid transport for evaporation cooling.

The wick-based system autonomously manages liquid flow and mist generation without requiring user intervention for pumping or atomizer control. The capillary action automatically regulates liquid delivery to the evaporation surface, providing hands-free operation and improving user convenience.

By removing the heavy and complex pump/atomizer assembly, the patent significantly reduces device weight, making the cooling system more portable and easier to carry. The simplified wick-based mechanism maintains mist generation capability while dramatically improving ergonomics and user convenience.