Servers TRIZ Cases

An elastic hinge allows the clipping tongue to flex during insertion and recover its shape, enabling reusable one-sided rack mounting without rear access.

Removable dividers with locking tabs enable flexible blade server reconfiguration without tools.

Integrated slide bar and locking structure extend from the casing to secure electronic apparatus directly onto rear rack frames.

Adapter bridges 19-inch gear to Open Compute racks, resolving mechanical mismatches and thermal challenges.

A segmented top cover assembly uses a hinge mechanism to rotate lids independently, enabling partial enclosure exposure.

A plug-in unit uses a fastening element to lock into a body device while changing electrical properties for installation verification.

A movable backplane module uses a gear-driven actuating unit to reposition interface cards, eliminating the need for large operation space during assembly.

Segmented isolation structures and universal brackets route cables through structural elements to secure racks against vibrations without adding complexity.

A dual-board Ethernet switch architecture routes traffic through a high-speed backplane to maintain service continuity during hardware faults.

Segmenting the circuit breaker from the main body allows 180-degree rotation, eliminating inventory costs for multiple fixed-orientation PDUs.

A threaded rod assembly converts linear insertion force into rotation, aligning server sled connectors with the backplane without misalignment damage.

Rail-mounted cooling units retract into cabinets to resolve the space utilization versus heat dissipation trade-off in container data centers.

A standardized power supply module with an accommodating groove accepts plug-in power core units of varying parameters.

An elastic bending portion deforms under housing weight to maintain engagement, resolving instability in tool-free assembly.

Segmented backplane nodes with blind mate connectors allow automatic configuration of diverse field replaceable units, reducing cabling complexity.

A detachable tab on network plugs confirms plug seating status through mechanical detachment force thresholds, reducing manual inspection errors in datacenters.

External power monitors track energy use to calculate real-time costs, eliminating software agents and reducing security risks.

Handle engagement element locks into carrier positioning slot, preventing tray swinging and surface damage during handling.

A battery pack uses phase change natural convection to transfer heat without mechanical pumps.

Telescoping rail assembly adapts to various rack depths using biasing device, eliminating need for multiple specialized rail types.

Resilient hooks on a detachable frame engage connecting components through elastic deformation, eliminating screw-based assembly complexity.