Vending Machine Display Bracket Airflow for Tempered-Glass Heat Buildup

The housing is divided into multiple heat dissipation channels including first heat dissipation holes in the front surface, second heat dissipation holes in the rear surface, and side heat dissipation holes. This segmentation allows heat to be dissipated through multiple pathways simultaneously, effectively removing heat while maintaining the tempered glass protection on the front surface.

Heat dissipation is not limited to the front surface but extends to multiple dimensions including the rear surface and side surfaces of the housing. By creating heat dissipation holes in different spatial dimensions (front, rear, sides), the patent enables three-dimensional heat evacuation pathways, allowing effective heat removal without compromising the front glass protection.

The heat dissipation system is segmented into multiple independent channels distributed across different surfaces of the housing. This segmentation ensures that heat is removed efficiently through multiple pathways, preventing heat accumulation that would otherwise reduce the lifespan of the display unit while maintaining the reliability benefits of tempered glass protection.

The housing structure acts as an intermediary heat dissipation system between the display panel and the external environment. By incorporating multiple heat dissipation holes in the housing, the patent creates intermediary pathways that facilitate heat transfer from the internal components to the external environment, thereby protecting the display unit from heat-related degradation while maintaining glass protection.

The heat dissipation system is segmented into multiple channels located on different surfaces of the housing. This segmentation allows heat to be evacuated through multiple independent pathways, effectively removing the harmful heat generated by the display panel and circuit board while maintaining the protective function of the tempered glass on the front surface.

The patent converts the harmful heat generated by the display components into a manageable thermal flow by creating dedicated heat dissipation pathways. The heat that would otherwise cause malfunction is redirected through the heat dissipation holes to the external environment, transforming a harmful effect into a controlled thermal management process while maintaining glass protection.