Heat Pump Dryer U-Trap Sealing Against Air Leakage

The patent converts the harmful effect of air leakage into a beneficial sealing mechanism. The 'U' trap structure utilizes the weight of condensed water to create a seal that prevents air leakage, transforming what was previously a harmful gap into a functional sealing solution that improves heat exchange efficiency and reduces energy loss.

The patent introduces condensed water as an intermediary substance to seal the gap between the evaporator and condenser. The 'U' trap structure holds condensed water, which acts as a barrier to prevent air leakage while allowing the heat pump system to maintain efficient heat exchange operations.

The patent transforms the gap between evaporators and condensers from a source of air leakage into a functional space for the 'U' trap sealing mechanism. The condensed water in the 'U' trap actively seals this gap, converting the structural gap into a reliable sealing arrangement that maintains system performance.

The system uses its own condensed water byproduct to create the sealing action in the 'U' trap. This self-service mechanism eliminates the need for external sealing components or additional energy input, as the condensed water naturally accumulates and provides the sealing function to prevent air leakage.

The patent employs a self-service sealing mechanism where the heat pump system's own condensed water is utilized to create the seal in the 'U' trap. This eliminates the need for separate sealing devices, mechanical components, or additional control systems, thereby maintaining simplicity while effectively preventing air leakage and improving heat exchange efficiency.

Instead of adding complex sealing mechanisms to address air leakage, the patent converts the previously harmful air leakage path into a beneficial sealing structure. The 'U' trap uses condensed water weight to create a passive seal, transforming the gap into a functional sealing solution without increasing device complexity.