Servers TRIZ Cases

A multi-stage latch assembly toggles between locked and unlocked states to facilitate controlled removal of modular information handling resources.

Autonomous functional modules in a modular uninterruptible power supply enable dynamic interconnection for flexible power distribution.

Centralized power and switch placement with line brackets reduces cable clutter, increasing server density.

Position limiting mechanisms on rear panels prevent node collisions during cabinet tilting.

Horizontal sled mounts cylindrical computers on trays to optimize airflow through perforated faces.

Staged access via squeeze-release latching rail resolves equipment damage risk during dense data center maintenance.

A connector assembly with a mobile plate adjusts fluid line positions to match server chassis layouts.

Partitioning the cage into two accommodation spaces allows dense GPU placement, resolving space constraints while maintaining high-speed data processing.

Segmented block chassis accommodates one-third width IT sleds to increase compute density while allowing independent storage servicing.

An integrated disassembly structure releases and pushes out a dummy cover, simplifying maintenance without tools.

A seismic shim anchors electronic equipment to floor structures using mechanical fasteners and gussets.

A compute assembly uses a single cold plate to cool processor and network interface card components within a compact blade housing.

Hinge-based rail mechanisms enable bi-directional sliding motion to bypass cable obstructions during equipment installation.

A pivotable handle mechanism uses a sliding engagement component to adjust its position relative to the chassis axis.

Modular network switches remove obstructive backplanes and midplanes to create unobstructed cooling paths for lower operating temperatures.

Rotatable perpendicular slide rails support a server storage cabinet across orientations, resolving installation rigidity.

Removable rack ears and interchangeable covers allow a server chassis to shift between tower and rack configurations, reducing conversion time and cost.

A distributor strip integrates communications and management modules to retrieve sensor data and control remote actuators via a network interface.

Inverted server mounting brackets enable rear-side I/O access while baffles separate hot and cold airflows to prevent overheating.

A modular bridge array connects electronic components using integrated connection modules and an array bracket.

Replacing tension springs with geometric guide grooves eliminates elastic fatigue and rust in rack server cable management.

Open stacked server rack architecture enables vertical airflow through portable computing devices.

A 1U rack-mountable computing device uses a coupling system to releasably connect storage, processing, and input output components.

A rack management controller calculates and distributes power thresholds to nodes automatically.

Merging the handle with the AC input connector frees back panel space, enabling dual cooling fan installation.

Segmented rack design minimizes floor space usage while delivering MIL-STD-188-125-1 protection via nested metallic shielding.

Interlocks prevent handle extension until components are removed, eliminating injury risks during rack installation.

Hexagonal grid base accepts modular inserts to resolve development time versus configuration complexity trade-offs.