A cooling apparatus uses vertically assembled headers to connect tube main bodies and attach double-sided chip modules via heat-radiating adhesion.
Passage screen aperture distributes refrigerant-oil mixture across flat tubes in a heat exchanger.
A graphitic heat spreader element conducts thermal energy from battery cells to a cooling mechanism.
A heat exchanger central pipe functions as a degassing chimney to remove gas bubbles from liquid before distribution.
Varied louver configurations on corrugated fins distribute frost to prevent air passage closure and maintain airflow.
A bypass damper routes airflow through a dry heat exchanger to abate plumes while avoiding static pressure drop and energy waste.
An integrated heat transfer device eliminates vapor chamber cooling fin set heat accumulation by using a working fluid for continuous phase change conduction.
A heat transfer device induces elastic turbulence in flowing fluids to boost thermal exchange rates.
Continuous collar plugs seal manifold process holes, preventing individual plug loss during welding to improve processing efficiency.
Undulated strips form virtual channels that boost surface area while avoiding fouling and pressure drop from traditional fins.
A collector plate groove with an interior wall connects the bottom to an intermediate portion, providing mechanical support for sealing means.
An aluminum alloy with controlled Fe, Cu, Mn, Zr, Ti, and Cr content enables extrudability for microporous hollow shapes.
Transverse channels link longitudinal flow paths within integrated headers, resolving soldering complexity and refrigerant volume constraints.
A header plate with beads deforming the planar surface to reduce thermal stresses at tube joints.
Segmenting the core into sacrificial and protected zones allows compact installation while maintaining thermal performance and preventing air pressure drops.
Segmented thin planar members with etched micro-channels increase heat transfer surface area while simplifying manufacturing of complex geometries.
Segmented connector body with L-shaped channel enables horizontal orientation changes in tight installation spaces.