Carrier Cases TRIZ Cases

See how a rotatable adjusting mechanism transitions between configurations to accommodate multi

A sliding adjusting mechanism lets one carrier securely fit different hard disk drive sizes without a more complex mounting structure.

Thin-bottom recesses guide molten metal to fully fill the pivot post, suppressing casting cavities and improving disk drive base plate accuracy.

A friction stir weld with an aluminum intermediary joins a thin steel cover to an aluminum base for strong, hermetic HDD enclosure seals.

Steel base inserts friction stir welded into a thinner HDD base increase rigidity for more disks while preserving a hermetic seal.

Base and board positioning portions use fitted pins and holes to align the PCB without compromising housing airtightness.

A disk drive housing uses a chill layer on non-piercing screw holes to prevent shrinkage cavities in the die-cast metal.

A portable data storage apparatus uses a disk drive inside a rectangular mobile phone enclosure for compact high-capacity retention.

Partial zone testing reduces full enclosure validation time while maintaining HDD error rate accuracy.

Spacing mechanisms center sidewalls within grooves to maintain uniform adhesive thickness, preventing thermal mismatch stresses that increase leak rates.

A conductive material wrapped gasket adapts to irregular electronic components through strategic die-cut patterns.

Inward and outward flanges extend the gas escape path, reducing leak rates in helium-filled data storage containers.

A hard drive latch assembly uses a rotatable arm to engage positioning members on the drive for secure retention.

Pull-out drawers with hinged side panels eliminate tool requirements for hard disk drive installation, preventing tray misplacement.

Arc covers shield the slot from dust. A sensor triggers the roller to pivot, automating insertion without manual force.

A protective cover uses a foldable pad member to adjust the internal accommodating space for different storage device thicknesses.

A compact storage device supports RAID configurations via an internal electronic interface and drive software.

Vacuum pressure impregnation seals exposed casting cavities in hard disk drive base members, preventing gas buildup and dust discharge that cause read errors.

A rack and pinion gear mechanism assists in extending an eject spring and engaging data interface connectors during storage cartridge insertion.

Fitting the column into a base recess eliminates through-holes that cause gas leaks and blowholes, ensuring airtight construction.

Segmented face plates swap easily, resolving the trade-off between personalization and professional aesthetics.

Overlapping image marking distributes storage capacity data across SSD body and label to prevent forgery when labels are replaced.

Elastic snapping members on sideboards engage fixing pins to secure hard disk drives without screws.

Merging the safety enclosure with the system housing reduces weight while maintaining ANSI Class 1 compliance through Hall effect detection.

A disk drive flexure routes conductors between metal base side surfaces to reduce overall thickness.

Combining a saturated salt solution with a desiccant stabilizes internal humidity to prevent head-disc interface failure and corrosion.

An ultrasonic sealed vinyl record display case joins base and disc plates to prevent removal without damage while displaying multiple records.