Casings With Display/Control Units TRIZ Cases

Spaced magnetic housings let a flexible light-emitting panel fold compactly without jigs, protecting the panel while preserving a large display area.

A magnetic shunt redirects internal magnet flux so one sensor can detect accessory covers without false triggers or microphone privacy errors.

A 180° rotating interface lets users program controls while accessing irrigation wiring, reducing setup effort and avoiding rewiring during replacement.

An electromagnetic telescoping mechanism curls and expands flexible display panels to improve portability while preserving structural integrity.

A perforated lattice support layer cuts folding stress in foldable displays, helping prevent damage during repeated bending cycles.

Direct LED mounting on the case wall and partial coverage by the connector ring frees internal space and allows a smaller power supply opening.

An inner-surface organic recess lets laser-cut keypad indicia form cleanly while preserving the metal veneer's outer smoothness and appearance.

A rib-and-slide-groove lens assembly guides light around panel structures to reduce front-surface brightness unevenness.

An L-shaped base with perpendicular connectors and reinforcing ribs distributes external force for smoother, more stable laptop screen turning.

Strategic adhesive layers position the neutral plane to limit folding deformation and keep non-folding display regions flat.

A rare-earth powder and polymer binder create a thin flexible magnet with one-sided high field strength for lightweight wearable attachment.

Overlapping lowered edges, through-hole fasteners, and resilient grommets simplify chamber module assembly while protecting cables and connection reliability.

Sensors, a pivot lock, and damping keep a seat-back display at the desired viewing angle as the vehicle seat reclines.

Movable magnetic modules limit initial closing force to avoid hand pinching, then increase attraction to keep a foldable display stably closed.

Moving the signal input terminal to a non-rollable panel portion reduces bending stress and helps maintain stable display signals.

A patterned heat-conductive layer dissipates panel heat around color filters, preserving light transmission, color accuracy, and display life.

A stepped via and insulating-layer connection links display terminals while suppressing oxidation, shrinking bezels, and removing extra wiring substrates.

A low-modulus coating on the curved bending area absorbs and spreads impact, improving cover window durability in foldable displays.

An adjustable assembly bends a flexible vehicle display panel to shift viewing zones and screen area for different users and driving tasks.

Wireless plate displays replace mailed stickers with remotely updated registration status, improving durability, security, and renewal efficiency.

Foldable links, gearboxes, and a motorized shaft support a rollable OLED panel to prevent drooping and twisting during winding and unwinding.

By bending the substrate around driver and FPC connection regions, this case strengthens fragile areas while preserving flexible display handling.

An integrated housing stop and notch-limited button stroke prevent overpressing, protect the switch, and simplify assembly.

Conductive hinge and side members switch antenna roles by fold state to avoid metal overlap and maintain wireless radiation efficiency.

Connected holder grooves channel water from the display gap to a front-panel through hole, reducing buildup near the circuit board.

A shunt assembly blocks internal magnet interference so one sensor can detect accessory magnets without false triggers or microphone leakage.

A flexible screen that folds into a storage box gives vehicles both display and storage functions while using cabin space more efficiently.

Periodic elliptical and shuttle-shaped hollows in the support film reduce bending stress, limiting peeling and fracture in flexible displays.

Standardized removable modules let COTS electronics be upgraded in harsh vehicle enclosures without requalifying the fixed housing.

Inclined seal portions and bent cover sections reduce thermal deformation load on the seal member, improving ECU waterproof reliability.

A bent circuit connection module and supporting block cut display thickness while protecting the panel near the narrow bottom frame.

CNC machining and anodized dye films create continuous patterns across metal and insulating housing sections without mold wear or corrosion.

A segmented faceplate and control module let buttons extend beyond the wall box while preserving mounting strength and easy load connection.

A two-stage hole process uses spaced laser irradiation and cooling gas to limit heat damage while enabling precise display module alignment.

A reinforced encapsulation package embeds display and electronic components to remove the housing, cutting smartwatch size and weight.