Servers TRIZ Cases

See how an extension member and bracket assembly provide balanced front and rear support when s

See how segmented blocking members and switchable working members enable controlled rail moveme

See how nested movable rails retract into fixed-rail passages to accommodate wider rack-mounted

See how a containerized liquid-cooling system with modular server cabinets and plate heat excha

See how modular air handling units with exchangeable AC sections and supply/return corridors re

See how single-phase liquid immersion cooling with bypass heat recovery replaces costly two-pha

See how retractable guide rails with locking brackets ease installation of heavy FRUs by extend

See how hinged beam bodies enable a cabinet framework to fold from 3D to 2D, reducing transport

Physical keying and rack-side constraints stop upside-down installation, protecting power polarity and fitting different chassis versions.

See how a dual-hinge door with color-coded lock indicators reduces injury risk from heavy cabin

See how a dual-rail slide structure with outer and inner rails reduces occupied space, enabling

See how a two-stage locking mechanism with segmented blocking portions enables a slide rail to

See how vertex alignment and transverse abutment prevent fastening-member unlocking under shock

See how a pivoted engaging member and releasing feature enable synchronous movement and selecti

See how a pivoting mounting flange enables server chassis installation from one rack side and r

See how a segmented bracket with damping pads absorbs shock and vibration energy in equipment c

See how a detachable connecting device enables flexible positioning of cable support rails alon

Spring-loaded retention brackets let a chassis front panel slide and pivot for tool-less maintenance access while keeping parts securely retained.

See how segmented cardboard modules with baffled airflow apertures replace heavy metal racks, r

See how a rear-positioned locking device with front-accessible operating member resolves the co

See how movable first-rail mounting and nested rail segmentation increase slide extension lengt

See how a movable member with blocking parts and guiding features switches states to restore se

See how a linearly movable switch member driven by the third rail enables automatic state switc

See how modular track units with sliders resolve the contradiction between tight cabinet stacki

A telescopic latch on the cabinet door locks power distributors during transport, saving internal space while preventing vibration damage.

See how a sliding-member mechanism adjusts the distance between connecting assemblies to mount

See how a blocking feature on the fastening member prevents mounting detachment and swaying in

Nested supporting portions and bent rail sections increase slide rail strength while keeping width low enough to mount wider servers.

See how a misting chamber sprays liquid droplets to capture particles from external air, enabli

A mobile accelerometer detects rack tilt and drives electronic jacks to level server racks faster, with less manual effort and damage risk.

See how a resilient engaging member and intermediary locking mechanism enable slide rail lock a

A trapezoidal ACME thread and plastic handle secure rack-mounted units against transport shock and vibration while lowering holding-device cost.

Ambient air and server fans cool computing equipment while a mixing damper recirculates exhaust air to control temperature and humidity.

Engaged supporting frames and an elastic release mechanism let slide rail brackets fit different rack depths while keeping secure positioning and strength.

See how computing device fans drive ambient air through mixing dampers and low-pressure filters

See how computing device fans drive facility airflow through mixing dampers and turbulators to

An elastic hook plate locks slide rails into rack buckle holes quickly, reducing screw use, looseness, and vibration-related instability.

Sliding rack posts and rotatable brackets let one rack fit chassis of different depths, reducing extra rack space and preserving stability.

See how a portable cellular site using ISO container modularity, extendable masts, and ballast

See how detachable mounting and connecting devices enable adjustable cable support and object p

Recessed fastening zones and integrated cable and airflow features raise rack load capacity, stability, and installation efficiency.

See how segmented supporting frames with movable connections adapt to varying rack depths while

See how a detachable connecting device between the support rail and inner rail enables flexible

See how a 3D reinforcing pattern on the bottom plate prevents bending deformation in high-densi

See how a movable locking member and pivoting mechanism enable one bracket design to securely m

See how a movable reinforcing member transitions between support and disengagement positions to

See how an elastic-member bracket device switches between locking and unlocking states without

See how a simplified connecting member with elastic force and screw thread features enables rap

Enclosing elements channel cool air upward in a raised-floor power skid while preserving below-floor access, NEC clearance, and simpler cabling.

Liquid-cooled rack power delivery thermally couples manifolds and circuitry to cut heat stress, airflow limits, and maintenance downtime.

Support material around an ablative power-pin tip and a retaining skirt help stop hook formation and exposed high-power contacts.

Movable latch levers secure C13, C19, C14, and C20 plugs in PDUs, reducing accidental disconnections while preserving outlet flexibility.

Individual USB port power switching and persistent logical naming simplify data center device tracking, setup, and interface management.

Hot exhaust air from data center racks drives a generator and a threshold damper to reclaim waste energy while managing ambient heat.

Distributed wireless sensors with buoyancy support improve underwater data center monitoring reliability while keeping energy use low.

A gasket-sealed water block isolates thermal paste from immersion liquid, preserving heat transfer while avoiding costly Indium-based materials.

A split two-part seal with a flexible twisting sleeve keeps cable wall passages airtight while allowing tool-free cable installation and removal.

A removable multi-bay drive cage swaps several media drives at once, cutting replacement time and alignment errors in harsh environments.

A sliding guide-rail bracket lets the UPS extend outside the cabinet, creating more operating space for maintenance and replacement.

A two-lever linkage boosts insertion and extraction force while simplifying structure and preserving layout flexibility in tight equipment spaces.

A spring-biased actuator and shaft lock a riser cage securely without tools, easing installation and maintenance in low-clearance servers.

TMCCC-based cell packs enable a scalable power bridging rack with immediate outage response, paralleling, and black start support for critical loads.

A mechanically coupled lock blocks module insertion or removal until the bay cold plate is disengaged, preventing damage to modules and TIMs.

A turnover rod and linked clamping claws plug or unplug multiple high-speed connectors at once, cutting manual effort and operation time.

Prewired patch panels and reciprocal connectors turn custom data center cabinets into plug-in modules with faster quoting and less on-site labor.

Separate connectors and a switching device let busway segments be added while power stays on, reducing downtime and coupling risk.

Two PFC input stages share one DC/DC converter to keep rack loads powered, cut PSU redundancy hardware, and avoid transfer switches.

Inner support arms and multilayer back plates raise stiffness without extra thickness, limiting warping and package pop-off under higher chip loads.

Direct plug-in adapter and network modules remove long cabinet cables, cutting signal loss while supporting dense high-speed deployment.

An external tool aligns and connects blind cabinet-to-cabinet links while reducing internal actuator complexity and preserving service access.

Holder tubes let an external tool align blind connectors between adjacent computing tiles, saving cabinet space and preserving service access.

External tool access, magnets, and adjustment plates align blind tile connectors between cabinets while reducing mechanical constraints on signal integrity.

A two-part suspension adapter lets socket strips mount flexibly on cabinet vertical profiles without needing position-specific adapter types.

An air-flow extraction setup lifts immersed electronics and contains viscous dielectric liquid spread with a nozzle to reduce spills during maintenance.

Vertically aligned UPS, battery, transformer, and conduit modules cut cabling complexity and enable high-volume data processing in tight urban footprints.

History-based monitoring configures reused battery modules in data center backup racks to cut handling cost and extend service life.

A deflectable latch and universal outlet core let one PDU outlet accept multiple plug types while reducing complexity, cost, and connection failures.

Persistent logical naming and per-port USB power control simplify data center device setup, reduce configuration time, and strengthen security.

A movable cable bracket enables rear cable routing through a smaller server port, preserving housing strength and airflow.

Adjustable aggregate rails and bus bar coupling reduce tolerance loops while powering servers of different depths in one rack.

Synchronized lifting, airflow liquid removal, and a receiving cart extract immersion-cooled electronics with less spill and cleaning effort.

A shared DC/DC stage lets dual-input server power paths maintain operation while cutting redundant components, space, and switch complexity.

Optical I/O, power delivery, and fluid cooling are combined in one aligned connector to ease bandwidth limits, distance constraints, and heat.

Shared busbars and jumper-connected outlets simplify three-phase load balancing in PDUs while reducing wiring, errors, and assembly cost.

A movable joint and elastic reset mechanism align server coolant connectors despite tolerance buildup, preventing failed rack connections.

A collapsible reservoir expands during de-racking to manage cooling fluid, reducing spillage and easing immersion case maintenance.

A spring-loaded jam with ramped and toothed edges adapts to slot misalignment, locks the ruler SSD in place, and still allows removal.

Two isolated 1.5 kW modules in one chassis keep standard input connectors while improving insulation spacing and fan cooling.

Combining optical and electrical data links with power and coolant flow, this connector eases I/O bottlenecks and thermal limits in disaggregated computing.

A multiplexed PCIe rack interface replaces manual cable handling, enabling faster insertion and removal of servers, memory, and drives.

Using a series-connected open-frame module, this case cuts power supply cost and space while improving airflow and heat dissipation.

A user-actuated drainage opening removes immersion cooling liquid before de-racking, preventing spills and enabling fluid reuse.

A spring-biased hinged panel blocks live busbar access and redirects arc flash during rack module swaps to reduce operator exposure.

Angled support-member liquid connectors align rack-mounted components during insertion, enabling water cooling without deformation-driven misalignment.

Within-chassis waveguides link server blade packages through shorter paths, cutting signal loss, cabling complexity, and footprint.

A non-sealed immersion case uses dielectric liquid and natural convection to cool high-heat rack electronics with less pump energy.

Machine learning control tunes backup generators in communications enclosures to cut outage downtime and simplify system configuration.

Fixed cable guides and pull-out trays preserve fiber slack, making dense LC connector ports easier to access without cable interference.