Airflow Blocking Structure for Air Conditioner Cabinet Dew Control

The harmful effect of dew formation is extracted from the cabinet surface and redirected to a specific collection area. The blocking member and guide member work together to extract dew that would otherwise form on the cabinet, channeling it to the drain panel for collection and removal, thus preventing cabinet dew without requiring insulation materials.

The blocking member and guide member serve as intermediary structures between the cold air flow path and the cabinet surface. These components intercept cold air and guide it in a way that prevents direct contact with the cabinet, acting as a mediator that eliminates the need for insulation while preventing dew formation on the cabinet.

The need for insulation material is eliminated by extracting and redirecting the cold air flow path. The blocking member and guide member extract the harmful cold air flow and redirect it toward the drain area, allowing dew to form on the guide member instead of the cabinet, thus avoiding material costs.

The solution replaces expensive insulation materials with simpler, more cost-effective blocking and guide members that can be easily manufactured and installed. These components provide the necessary function at a lower material cost while achieving the same dew prevention goal.

The blocking member and guide member are merged into an integrated structure that performs multiple functions simultaneously. The blocking member prevents cold air leakage while the guide member channels the cold air flow, combining two functions into a unified component system that minimizes overall structural complexity.

The blocking member and guide member structure serves multiple purposes: it blocks cold air from leaking into the cabinet, guides cold air along a controlled path, and provides a surface for dew collection. This multi-functionality reduces the need for separate components, thereby limiting the increase in device complexity.