A liquid cooling cabinet adjusts circulation motor speed via power sensor data to manage coolant flow in secondary fluid loops.
A hybrid coolant distribution unit stages cooling using liquid to air and liquid to liquid heat exchangers.
Segmented containers with variable liquid levels reduce pump energy consumption while maintaining optimal temperatures between 30 and 55 degrees Celsius.
Integrated supporting body channels cooling fluid through fins and deflectors to resolve bulky coil trade-offs.
A power conversion apparatus clamp fixes cylindrical pipes using a flat pressing portion and arched support structure.
A modular cooling system uses a connection module with standard fluid ports to link independent heat exchanger and pump units for flexible rack integration.
Segmented radial fins channel coolant through a central void to boost heat transfer efficiency and reduce operating temperatures in high-power electronics.
A blended water cooling system routes return water through radiators or chillers to manage heat loads.
Integrated supporting portions on the backplate hold the diffuser plate without separate brackets.
Ceiling panels seal cold aisles to prevent mixing with room air, reducing energy consumption and improving fan efficiency.
A display module uses an elastic thermal conductive sheet to bridge heat dissipation film bending areas and a support plate.
A roof fan cover device uses a labyrinthine airflow path to deflect air multiple times for improved filtration and water protection.
A modular electronic device uses a cover to form a coolant channel that evacuates heat from printed circuit boards.
Removable flow impedance devices direct cooling air through computer systems, eliminating dummy parts and socket damage risks.
Centralized cooling control apparatus synchronizes circulating pumps via shared liquid sample data.
Floating fillers cover the refrigerant liquid surface in closed immersion tanks, reducing exposed area to suppress evaporation and internal pressure buildup.
Cutting edges in the removal tool shear thermal interface material to prevent component damage during disassembly.