Modifications For Standard Racks/Cabinets TRIZ Cases

A rimmed auxiliary air vent adds a backup airflow path to enclosure climate control without extra cutouts, reducing heat buildup and retrofit cost.

A rim-based auxiliary vent creates a redundant airflow path in electronic enclosures, relieving trapped heat when the main CCU fails.

Partitioned bi-directional airflow lets a shared heat exchanger cool sealed double-sided displays in harsh conditions while keeping the assembly compact.

A sealed modular HVAC enclosure uses baffled airflow and an interior hinged panel to block weather ingress while easing filter maintenance.

Controlled water delivery to evaporative pads helps datacenter dry coolers cut water use, avoid spray-borne bacteria, and stabilize cooling.

Measured water dosing on a sensor-guided evaporative pad improves datacenter dry cooling consistency while limiting water use and spray-borne bacteria.

Separate ambient and recirculating air paths transfer heat without mixing, reducing contamination, corrosion, and cooling energy use.

Modular underfloor cubic supports replace complex pedestal assembly while enabling localized data center cooling with lower air movement and precise panel placement.

Downward-facing airflow inlets with removable covers keep debris and moisture out while maintaining forced-air cooling in dense electronic enclosures.

A vortex tube sends cold air through a closed heat exchanger channel, cooling optical and electronic elements while limiting contamination and filter maintenance.

A cabinet body integrates a temperature control capacity expansion interface to connect a second-stage component for scalable cooling.

Tapered air guides prevent condensate ejection by maintaining constant velocity profiles, enabling vertical heat exchanger placement and reduced device depth.

Thermal barriers on the air deflection diaphragm reduce heat transfer from hot airflow, preventing overheating of adjacent plug-in boxes.

A shelf thermostat device integrates a detachable heat exchanger and fixing bracket to manage thermal loads in electronic assemblies.

A closed cold pool system uses in-row air conditioners and air guide cabinets to create isolated cooling aisles.

Ambient air cooling apparatus manages airflow and heating to optimize thermal performance for electronic equipment.

Stacked heat exchange sheets create distinct countercurrent and cross-flow channels that maintain large temperature differences between fluids.

Segmented air ducts enable dynamic switching between air-to-air and air-to-water cooling modes, reducing energy consumption in partial load ranges.

A thermoelectric generator integrated into a heat exchanger pathway converts waste thermal energy from network equipment into electrical power.

Sloped air openings expand the intake area beyond the cross section, resolving size constraints that reduce heat dissipation in closed electrical apparatuses.

A hollow upright beam supports electrical cabinets while enabling passive air flow cooling through integrated cavity connections.

Segmented line systems exchange heat through thermal coupling, enabling flexible adaptation to varying conditions without complex actuating mechanisms.

A cooling device segments an inverter to isolate heat exchange from electronic components within a switch cabinet.

Separate ambient and recirculating airflow paths prevent humidity, dust, and corrosive agents from contacting electronic devices during thermal management.

Underground vault system uses vertical intake wells and exhaust stacks to move air across equipment cooling fins.

A compact cooling module circulates air through a heat exchanger to maintain cabinet temperature.