Servers TRIZ Cases

See how a movable mounting member driven by a supporting frame enables flexible rack positionin

See how upper and lower supporting portions on a unified member increase slide rail load capaci

See how wired control-unit-to-module connections and centralized power supply reduce electromag

See how centralized power supply and wired actuation control reduce electromagnetic interferenc

See how a toothed-bar bracket assembly with working members and an operating member enables sec

See how a simplified linear driving mechanism with operating members enables easy mounting and

See how a compression-based elastic member and blocking part restore self-closing function with

See how a slide rail assembly uses third-rail movement to automatically switch states, ensuring

See how prefabricated integrated system modules combine electrical, mechanical, and cooling sys

See how a sliding-rail fixing rod converts vertical force into horizontal locking to prevent se

See how a recessed structure on the first rail allows side frames to nest into concave space, e

See how an auxiliary member and predetermined feature enable customizable damping by automatica

See how a movable fixing unit shifts parallel to the move direction to release drawer assemblie

See how a movable mounting portion enables ETSI and ANSI devices to share one rack without layo

See how a locking member driven by either of two independent operating members enables single-o

See how a slidable rail assembly with detachable segments adapts to two-post and four-post rack

See how repositioning fixed rails outside the transverse space enables wider objects to mount i

See how computing device fans drive ambient air recirculation with turbulent mixing to cool dat

See how a disengaging feature terminates rail synchronization at predetermined positions, enabl

See how rolling members convert sliding contact to rolling contact in slide rails, reducing fri

See how a nested lock mechanism uses elastic-driven engagement to enable easy server chassis re

See how an elastic member transitions between locking and non-locking states to secure a suppor

See how a PDU integrates cooling control, sensor connections, and network communication to dyna

See how a locking member automatically engages working features at predetermined positions to s

See how a biasing-driven locking member engages working features at preset positions to prevent

See how a hybrid rail with static and sliding segments enables wider server chassis to extend f

See how a pivoting upper rack section and segmented support platform enable pre-assembly and UL

See how relocating the current conducting device to the drawer base eliminates rear-wall assemb

See how modular thermal shields, segregated power and data conduits, and external AC units reso

See how a slide rail assembly uses meshing gear structures to enable single-handed unlocking, r

See how segmented ventilation holes on first and second brackets align when mounted to improve

See how segmented ventilation hole structures across multiple bracket walls maintain heat dissi

See how a pivoting limiting member merges multiple locking and unlocking components into one in

See how sequential coils recapture turbine exhaust thermal energy to cool data center electroni

See how a bracket-mounted stop assembly with damping pad absorbs excessive GPU installation for

See how a movable handle merges mounting and grip functions, rotating between locking and unloc

See how a reinforced base isolates the locking member from inner rail deformation, ensuring rel

See how a fixing unit that moves parallel to the drawer direction enables simple push-pull rele

See how a handle and supporting feature enable effortless repositioning of a second rail by con

See how an auxiliary member switches engagement states with a damping device to reduce impact d

See how predetermined features on the rail and locking member abut during detachment to auto-sw

See how an elastic feature and auxiliary member create a self-service locking mechanism for sli

See how predetermined features on the rail and locking member interact during relative movement

An operation member and elastic arms let a slide bracket clamp a rack securely while making assembly and disassembly easier.

Removable cross bracing and shelf-like brackets stabilize flexible racks, letting one person align and mount heavy telecom chassis safely.

Movable rod parts let one rack bracket fit different rail intervals while keeping secure engagement and easier detachment.

Rotatable shielding members adjust each raised-floor outlet by rack temperature, balancing server cooling and improving heat dissipation.

An elastic engaging member holds a bracket projection in position for secure rack-post mounting, easy assembly, and detachment prevention.

Lightweight modular rack blocks use corrugated segments, banding, and baffles to cut shipping burden, simplify assembly, and guide aisle airflow.

A resilient locking plate secures server slide rails while allowing low-force removal and resisting impact damage from repeated handling.

A release and suppression lock lets the inner rail slide out while the middle rail stays locked, reducing cabinet clearance and lifting effort.

A pivot lock and resilient element let a sliding mechanism absorb impact, prevent damage, and keep server retention stable during service.

Tool-free locking and piloting flanges let rack rails pivot into place quickly while keeping servers securely supported and accessible.

A resilient engaging member and hook space keep a rack-mounted chassis from slipping out while avoiding a complex installation mechanism.

Encapsulated server rows use water-cooled modules and a mixing chamber to cut HVAC energy, limit air leakage, and improve rack cooling reliability.

A partitioned container layout stacks outdoor AC units inside the data center, boosting cooling capacity while avoiding on-site reinstallation and piping.

Preassembled data center modules combine racks, power, cooling, and fire suppression to speed capacity expansion and contain fire risk.

A sliding support and resilient locking arm create extra servo space while holding the extended bracket position and preventing chassis drop.

A locking arm and lock hole hold the inner rail at a set position, enabling safer one-person rack mounting and removal in tight spaces.

Nested slide segments and adjustable pin brackets cut rack space while preserving load support and rail compatibility.

A dual-side hinged rack door uses spring-loaded latches for secure mounting, easy opening from either side, and quick removal during maintenance.

An engaging member guides the bearing retainer to a preset position, enabling full rail extension without friction stop or inner rail dropping.

Curved support members reinforce the front bracket midsection, supporting the sliding rail under heavy loads and preventing deformation.

A sliding support member and resilient lock let the bracket extend or retract, fitting slide assemblies into dense servo spaces.

A blocking arm and engaging member lock the second rail at a set position, preventing dislocation with simpler user operation.

Arc-shaped mounting members bend the system board upward to counter heavy-component sagging and prevent contact between adjacent servers.

Pivoting arms and an elastic member let a slide bracket clamp securely to a rack while making assembly and disassembly easier.

A sliding adjustable mount and floating rear support let one rack rail fit different chassis and rack depths while simplifying inventory.

Spring-biased limiting stubs retain a stop block against impact damage while a release rod still allows easy plate removal and reinsertion.

A spring-loaded latch strike plate absorbs drawer over-travel and returns it to the latched position, reducing shock and manual reclosure.

An inner-outer rail layout creates adjustable chassis spacing, making server cable installation and removal easier during rack maintenance.

Extruded side members with longitudinal couplings create stackable equipment modules that cut rack weight, save space, and support flexible expansion.

A roller and flattening appendage route drawer cables underneath the chassis to prevent tangling, free rear space, and improve airflow.

A spring-biased latch and link mechanism secures adaptor assemblies in server rack chassis while maintaining alignment and easy server removal.

Interlocking side frames, gussets, and corner stubs cut rack weight and enable tool-free assembly while meeting seismic loading standards.

A shallow back-to-back rack layout vents heat into a narrow central gap, cutting data center footprint while maintaining cooling and rack stability.

A rotatable rail-blank plate assembly simplifies rack installation, fills empty spaces for cooling, and avoids separate blank plate alignment.

A movable locking bracket enables one-person slide assembly installation on rack posts with secure engagement and tool-free release.

Bracket protrusions and matching rail contact faces stabilize an adjustable slide assembly against cable-induced sagging and twisting.

Prefabricated structural and power modules cut deployment time while simplifying scalable power distribution and cooling for large data centers.

A movable reinforcement member braces the rear support and outer rail, letting rack slide rails fit different depths without losing strength.

Extendable support members and a sliding base simplify cable arm installation while redistributing weight to prevent cable sagging.

A spring-loaded protrusion secures a slide assembly to a rack while avoiding slot-induced weakness and simplifying installation and removal.

A thin pivoting clamp secures rack rails through post apertures while minimizing flange interference and preserving equipment width.

A rotating catch and slot let rack-mounted equipment slide out for service while staying secured against tipping and extra horizontal space.

A lever-driven bracket lets one drive or module be inserted, connected, and removed in a dense array without disturbing adjacent components.

A sliding mount packs two disk array enclosures into one bay while preserving service access and hot aisle-cold aisle airflow.

An adjustable hinged cable arm supports movable server cables, reducing sagging and interference with units below.

Rack-level cold row encapsulation cools dense server racks with water-coil modules, cutting HVAC energy and avoiding raised-floor air delivery.

Reusable bezel modules cover unused front-panel receptors, cutting redesign time and bezel cost when electronic component layouts change.

A retractable rack-mounted display stores maintenance information inside the rack, then deploys outward for guided service without bulky manuals.

Separating front and rear port placement frees panel space for more I/O connections while improving ventilation through shield openings.

Blind-docked chassis and module bays raise rack processing density while easing front maintenance access and reducing cooling-system thermal load.

An L-shaped frame with separate sliding rails and locking points keeps a rack-mounted display and keyboard stable within 1U server space.

A spring-loaded positioning pin locks sliding modules into rack holes to resist vibration, save 1U space, and prevent unsafe protrusion.

A fixed rack bracket with removable reader mounts enables front-side card reader installation and removal without rear access or rack disruption.

A removable adaptor and dividers let one bay support vertical or horizontal resource modules, cutting SKU count and production cost.

A button-actuated pull-handle latch helps users open heavy IT rack drawers more easily while keeping modules securely locked in place.

Overhead cold row encapsulation cools dense server racks with localized modules, cutting CRAC power use and avoiding raised floors.

A guided release member and positioning hole enable tool-free server mounting and removal by one person while saving space in slide assemblies.

Spring-loaded clipping secures slide rail pins in rack post holes, cutting screw-based installation time while preventing accidental release.

A forward shelf on the rack rail supports the server before slot engagement, easing alignment and reducing damage during insertion or removal.

Hot exhaust air is captured and reused to pre-cool incoming airflow, cutting data center cooling energy while maintaining tray heat removal.

Positioning feet let rack units stack on a base unit, cutting rail weight and simplifying removal and reinstallation in 19-inch frames.

A pivoting seesaw bracket presses down connector retaining latches, making cable removal easier where top-mounted parts block access.

An energy storage buffer injects or absorbs busbar current during fast server load changes to limit voltage ripple and power network noise.

An integrated fuse separates plug and cable sections during faults, protecting computing servers and enabling fast backup replacement.

A plug-in distribution unit replaces hard-wired feeds with keyed connectors and built-in breakers, making modular power easier to relocate safely.

Multiple redundant connectors share power through diodic or switched paths, maintaining active cable connectivity when one path fails.

A hook-and-guide fastener enables secure single-side installation of data center components where rear access is limited.

A disengaging feature switches rails from synchronous to independent motion, easing extension and retraction while reducing friction.

A spring-loaded pin fastener enables 90° server cabinet fastening in narrow spaces while simplifying disassembly and avoiding dedicated buckles.