Servers TRIZ Cases
- Chassis Design with Segmented Power Board for Cooling and Upgradability
A chassis design uses a mid-plane power board to separate regions for networking modules and fan trays.
- Server Handle Device Reducing Thickness for Fan Clearance
Segmented operative and connecting parts reduce handle volume above fan frames while maintaining operational ease through dynamic rotation.
- Multi-Position Locking Mechanism with Visual Indication for IT Infrastructure
Color-based locking mechanism resolves trade-off between quick insertion and electrical reliability in IT infrastructure.
- Rotating Lever Mechanism for Quick Release Expansion Component
Rotating levers engage grooves on expansion components to eliminate complex trays, reducing mechanical complexity while ensuring secure retention.
- Modular U-Shaped Cable Pass-Through for Data Center Airflow Control
Segmented U-shaped plates maintain static pressure by restricting bypass air through modular cable pass-throughs.
- Two-Tier Battery Backup for Data Center Power Reliability
Segmenting rack and utility batteries eliminates oversized diesel generators, reducing fuel waste and emissions while ensuring reliable data center uptime.
- Modular Device Connector With Interlocking Port Interfaces
A modular device connector system uses interlocking rack-side and device-side support structures to join supply cables with electronic devices.
- Rack-Mountable Patch Panel Fixation Mechanism
Patch panel uses linearly movable hooks and a lever arm to enable single-person installation in space-constrained racks without vertical clearance.
- Rotating Latch Mechanism for Dense Server Chassis Removal
A rotatable latch and purchase system provides mechanical advantage for extracting information handling resources.
- Oil Immersion Cooling Heat Exchanger for Portable Computing
Liquid-liquid heat exchanger circulates dielectric oil to remove heat from computing equipment in an immersion tank.
- Hard Disk Backplane Isolation for Multi-Server Reliability
Isolated power and signal units in each module prevent cross-module failure propagation, maintaining data communication reliability.
- Slide Rail Assembly Nested Structure for Server Chassis Displacement
Nested rails in a slide rail assembly extend displacement distance for high-density server chassis mounting.
- Security Bezel with Interchangeable Locking Mechanism
Segmented bezels with modular locks resolve the trade-off between hardware access and theft vulnerability.
- Inline Terminal Block Assembly for Reducing Power Supply Chassis Depth
Segmenting terminal connectors from inline blocks relocates hardware to chassis sides, reducing depth requirements while maintaining electrical connectivity.