Servers TRIZ Cases

Modular server tray with interconnected circuit boards enables plug-and-play hard disk drive installation, reducing assembly time and complexity.

A preinstalled anchor bolt assembly connects server cabinets to subfloors via threaded bores.

Inverting busbar casement placement from arm ends to vertical supports reduces transport damage risk while enabling modular assembly.

A driving mechanism moves a support member to a user-operable region, resolving space constraints that hinder interface card maintenance.

A movable PCIe module protrudes externally through a server chassis window to enhance cooling airflow.

Segmented safety components adapt the chassis for different drive types, resolving space and tool constraints.

Segmented carrier sections transform between curved and flat shapes to store elastic force, preventing cable knotting in compact devices.

Segmented movable seats pivot against fixed seats to withdraw mainboards along guide rails, preventing damage during removal.

Real-time sensor data analysis determines component positioning relative to other parts, correcting misalignment to improve heat dissipation efficiency.

Sacrificial anodes attached to air exchanges reduce corrosion rates, extending service life and lowering operational costs.

Staggered filter circuit boards create unobstructed airflow paths for cooling fans to dissipate heat from power modules in compact casings.

Ducting structures separate cold and hot air plenums with shrouds, routing parallel airflow to compute components to prevent thermal shadowing.

Segmented server trays nested in a Faraday cage carrying case eliminate shipping delays and protect against electromagnetic pulses.

A modular storage array uses universal drive bay modules to accommodate 3.5-inch and 2.5-inch drives without adapters.

A cassette adapter mediates between incompatible cassettes and patch panels to enable secure physical mounting.

A fixing bracket stabilizes the circuit board with lateral arms and guiding rails.

Segmented rails with preliminary fastening resolve shipping insecurity while enabling efficient cable routing.

Removing the fixed midplane allows power supply-fan units to draw air directly across blades, resolving airflow obstruction issues.

Uniform vent patterns reduce visual complexity and streamline component replacement in server units.

An expansion card frame mounts on a server chassis to hold riser and expansion cards.

Configurable connectors on a modular cabling module distribute power to IT subcomponents, reducing assembly complexity during rack retrofitting.

A self-actuating protective cover device uses a linkage mechanism to shield field-replaceable unit connectors.

Sliding actuating component switches latching modes to resolve structural interference during server unit installation.

Extended earth pin ensures ground connection before power bars engage, eliminating arcing risks during hot-swapping operations.

Pivotable mirrors in an optical pathway establish point-to-point connections between blade servers, bypassing midplane bus bottlenecks.

Segmenting network reconfiguration into sequential stages to maintain operability while minimizing computational complexity.

Segmenting the chassis into independently accessible top loading cartridges resolves the trade-off between high module density and service downtime.

A remediation system detects threshold leaks via AI sensors and adjusts power states to protect IT infrastructure.

Guide paddles on connector bricks align cable headers in a tray, resolving assembly difficulty while maintaining signal integrity.

A tray system uses a connecting rod and linkage member to drive position adjustments for electronic devices.

A power distribution module uses a rotating handle and elastic members to secure the main body on a device.

Adjustable spacers recess electronic components in racks, creating necessary clearance for cable routing without complex custom structures.

Adjustable positioning elements enable the pre-integration of heterogeneous cooling and IT components, reducing resource-intensive engineering efforts.

Elastic locking mechanism enables independent server tray operation while preventing top-heavy accidents and maximizing interior space.

Adjustable cooling doors with heat exchangers enable hybrid air and liquid thermal management, resolving mismatched data center upgrade cycles.

Rotating cam bracket and sliding convert bracket secure server bezel, preventing unauthorized removal by users weighing 17 kg or less.

Segmented panel separates hot exhaust from cool intakes, reducing energy consumption while enabling tool-free installation.