A rotary-drum sensor, guide part, and worm-gear drive retract or expose only the needed POLED area to save dashboard space and power.
Slide-on stiffeners, graphene heat paths, shaped fusible elements, and shield void control reduce PCB bowing, solder stress, and EMI.
Slide-on stiffeners, graphene heat paths, and shield voids help connectors and PCBs limit warping, thermal stress, and EMI.
Anti-invar alloy stiffeners balance die-substrate thermal mismatch to reduce IC package warpage and support larger die-to-package ratios.
A windable POLED vehicle display retracts into the dashboard, adjusts visible area by demand, and saves space, visibility, and power.
A sliding piece and locking door let SSDs be mounted and removed without screws while improving protection, heat dissipation, and grounding.
Standoffs create a pivot axis that guides blind mating between daughter and host card connectors while simplifying assembly and disassembly.
A sliding extender bracket lets one bay fit different expansion card lengths while maintaining secure support and electrical connection.
A sliding liquid cooling plate improves test board heat dissipation while simplifying assembly and enabling flow monitoring for stable operation.
Angled slide rails let wide PCB modules fit inside narrower sealed enclosures while improving heat dissipation through better placement.
A dual-frame support cage lets OCP modules slide into mid-chassis positions with minimal clearance, enabling tool-free installation and removal.
Spring-biased clamps secure computing components of varying sizes without tools while damping vibration and simplifying replacement.
Lateral movable engagement features let nonstandard OCP modules fit standard bays while protecting connector alignment from damage or disconnection.
A rotatable rear fixing bracket and elastic reset member secure board cards at both ends without tools, improving stability during vibration and drops.
A sliding support-member holder mounts a graphics card vertically to improve airflow, stabilize the card, and expose its fans.
An interlocking fastener holds an electronic card without perforating the board, preventing damage during installation.
A thermally conductive core holds electronic cards in separate planes, resolving the trade-off between 6U chassis compatibility and mechanical robustness.
Removable mounting frames with adjustable guide rails enable flexible plug-in unit integration across varied sizes.