Cooling/Ventilation/Heating Modifications TRIZ Cases
- Immersion Cooling Fluid Distribution Plate and Siphon Wall
Patterned distribution plate and siphon wall ensure uniform flow distribution, preventing overheating in immersion cooling systems.
- Liquid Cooling Loop With Multiple Pumps For Uniform Flow
Multiple cooling pumps distribute coolant through a serial pipeline to maintain uniform flow across heat dissipating components.
- Dome Camera Bottom Housing Heat Dissipation via Metal Sub-Plate
A dome camera bottom housing couples a metal sub-plate to a plastic main body for efficient thermal conduction.
- Hybrid Liquid Cooling for High-TDP Integrated Circuits
A hybrid liquid cooling system combines immersion and direct loops to manage thermal loads in integrated circuits.
- Recycle Pump for Hot-Swappable Server Cooling Systems
A recycle pump returns leaked coolant from a collection pan to the inlet manifold in hot-swappable server cooling systems.
- Variable Valve Liquid Manifold for Uniform Coolant Distribution
Programmable variable valves dynamically adjust opening degrees to compensate for fluidic channel friction losses and maintain uniform coolant distribution.
- Electro-osmotic Pump Cooling System with Thermal Fittings
An electro-osmotic pump circulates coolant through a core with integrated channels.
- Immersion Cooling Dual-Filter System for Fluid Purity and Vibration Control
Segmented filters and stabilizers in an immersion cooling tank preserve fluid purity while minimizing vibration-induced instability.
- Hybrid Cooling Design for Fully Enclosed Electronics Enclosures
A hybrid cooling design integrates liquid and air mechanisms within fully enclosed electronics enclosures.
- Cold Plate Sliding Pedestal Thermal Management
Sliding pedestals in the cold plate adjust to component height variations, reducing thermal impedance and preventing damage from excessive pressure.
- Heat Pipe Data Center Cooling via Phase Transition
A heat pipe transfers thermal energy from data center ambient air to a fluid interface using phase transition principles.
- Cover Plate Cooling Channel Reduces Heat Transfer Fluid in Server Enclosures
Internal heat exchange via a cover plate cooling channel reduces heat transfer fluid volume and leakage risk in server enclosures.
- Liquid Pump Unit with Integrated Filter for Server Cooling
Integrated filter device removes solid particles from cooling fluid, enabling quick maintenance access without detaching the entire unit.
- Redundant Cooling Plates for High-Density Server Thermal Management
A redundant cooling system uses single phase and unified plates with separate coolant loops to dissipate heat from high-density server electronics.
- Vented Sub-Rack Support for PXI Cooling
A vented and ducted sub-rack support member redirects airflow through integrated vents to increase velocity, resolving compact PXI module cooling bottlenecks.
- Bidirectional Fan Assembly for Airflow Direction Control
A bidirectional fan assembly reverses airflow direction across electronic components to optimize cooling.
- Transparent Gas Chamber Thermal Control for Electronic Displays
Segmented transparent gas chambers remove heat from high-brightness displays without compromising image quality or reliability.
- Overhead Cooling Unit Track System for Data Center Hot Aisle Installation
Roller-equipped tracks allow cooling units to move along overhead rails, eliminating disruptive ceiling mounts and maintaining operational continuity.
- High Thermal Conductivity Heat Dissipation Plate for Slim Display Cooling
Pyrolytic graphite plates transfer backlight heat to the chassis, resolving slim device overheating without adding bulky fans.
- Integrated Rack Architecture for Two-Phase Coolant Distribution
An integrated rack architecture distributes two-phase coolant directly to submerged servers.
- Passive Heat Transferring System for Set Top Box Thermal Management
Thermally conductive chassis and heat transferring unit move chip heat to ambient environment without active cooling components.
- Distributive Water-Cooled Heat Dissipation for Server Racks
Segmented branch pumps overcome uneven fluid flow caused by varying pipeline lengths in centralized cooling systems.
- Height-Adjustable Blanking Panel for Rack Airflow Management
Sliding shields adjust blanking panel height to prevent heated air recirculation into equipment intakes.
- Immersion Cooling Liquid Level Control via Auxiliary Tank Overflow
Auxiliary tank overflow and pump refilling maintain stable liquid levels, preventing status light obstruction while ensuring effective heat dissipation.