Servers TRIZ Cases

Segmented housing coupling positioned away from heat sources relieves pressure stress on the circuit board, preventing wiring damage and coolant leakage.

Segmented chassis zones and a movable power frame resolve cable management conflicts in high-density storage servers.

Floating bus bars mounted parallel to tray motion maintain electrical connectivity without obstructing chassis airflow.

Nested hard drive drawers slide to expose rear units, resolving space constraints limiting storage capacity.

A sliding electrical connection system maintains power to compute components during linear movement within server racks.

Extending fixing portions on a supporting member connect stacked circuit boards, preventing bending deformation during locking.

A cable assembly integrates a sensor and analysis engine to detect physical manipulation of the plug element relative to the receptor.

A locking mechanism with a pivotally connected actuating unit rotates parallel to side plates to reduce space requirements.

Activating remote indicators via an alternative management network path identifies faulty cables without requiring direct communication over the defective link.

A server bracket uses a sliding supporting member to securely affix processor modules of varying dimensions within the chassis.

ML models predict optimal cable patching schemes to resolve manual configuration errors and reduce installation time.

Retractable lifting members mounted on steel guide plates within C-section beams constrain frame deflection to 3mm, preventing damage to sensitive equipment.

A server cover plate uses segmented engaging slots and a protrusion switch to detect position changes between fixed and removable states.

Sliding frames extract motherboards from the coolant, resolving narrow space constraints during expansion card replacement.

Modular power units occupy standard drive slots to deliver backup energy while maintaining cooler battery temperatures.

A liquid distribution unit integrates supply and return manifolds with embedded heat exchange channels to cool server blades in data center racks.

A pivoting holder swings to a maintenance angle via a lift handle with a protruding length resting against the carrier.

Ceiling-mounted service chassis reduce transport volume and construction costs while maintaining energy efficiency.

Segmented equipment brackets with air flow pockets enable cabinet door closure over service handles while maintaining airflow.

A server dustproof device integrates a filtering portion and a slit filler to block particulate matter while accommodating transmission cables.

Cam shaft rotation locks cable connectors to prevent partial disconnection in confined data center spaces.

Wedge-driven pivot locks prevent golden finger wear and signal loss from vibration.

A nested secondary arm extends to increase leverage for heavy sled insertion, then retracts to clear interface ports.

Pivotable carrier assemblies resolve space versus access contradictions by tilting to expose drive bays.

Asymmetric slots and springs enable tool-free assembly while preventing processor damage from excessive mounting force.

Coupling an expansion chassis with a base server resolves upgrade inefficiencies by adding processing power without replacing the entire unit.

A power supply unit employs a hook portion with an inclined stopper to engage housing rails during insertion.

Segmented encapsulation absorbs vibrations to protect COTS storage in aircraft without increasing device bulk.

Relocating cooling fans to the rear frees frontal area for IEC C19 connectors, enabling 16 amp input capacity within a compact 1U form factor.

A power shelf system distributes DC energy through redundant battery and supply pairs to maintain server rack operation.

Separators on the return manifold extract vapor from two-phase mixing fluid, maintaining liquid recirculation for efficient heat removal.

Segmenting the back plane into a base plane and control module allows replacing weak components while maintaining power to critical fans.

Solderless bridge connectors enable toolless component removal, eliminating specialized training needs while maintaining electrical connectivity.

A connection device uses articulated coupling members to secure electronic cards in rack systems.

A self-powered liquid cooling loop extracts heat from submerged battery cells during charge cycles using phase change coolant.

A translating handle mechanism acts as a carry handle to release blade modules from chassis slots.

A buckle mechanism secures adjacent PCIE brackets to a server node base without tools, enabling rapid assembly and disassembly of the expansion structure.

A modular cable management unit features a rear cable manager mountable in multiple orientations to adapt routing paths.

Dynamic UPS switching between AC and DC inputs resolves fluctuating load demands while maintaining system stability.

A load shedding control system manages power distribution in data centers by tripping circuit breakers to shed electrical loads.

A modular power distribution rack uses fixed input cables and pluggable connectors to support scalable equipment integration.

A direct liquid cooling system circulates dielectric coolant through parallel streams to remove heat from electronic components.

Compact in-rack AC voltage generator provides backup power using high-voltage DC battery and solid-state inverter.

A server expansion card carrying structure uses a driving linkage to synchronize engaging components for stable insertion.

A low profile latching mechanism uses a torsion spring and lateral movement to secure enclosure covers.

A disposing structure enables hot swapping in industrial computer chassis through a back plate slot and transfer card mechanism.

Segmented carrier and latch mechanisms resolve the trade-off between component stability and replacement time.

Segmented thermal base layers manage cartridge heat independently, eliminating hot aisles and reducing cooling complexity in high-density data centers.

Modular chassis design with bidirectional power inlet resolves maintenance time bottlenecks.