Details For Portable Computers TRIZ Cases

Repeated substrate protrusions lower repulsive force, preventing shape deformation in flexible displays while maintaining protection.

A wearable device detects occupant identity and proximity to manage touchscreen display access states in vehicle cabins.

A wearable device determines display regions using sensor angles to position information automatically.

A laptop screen slides along guide rails and rotates about an articulated shaft to enable tablet mode.

Magnetic channels on the base unit attach secondary displays, expanding screen area without increasing transport volume or power consumption.

Auxiliary monitor attaches via magnetic rails to expand screen real estate, resolving the trade-off between larger display area and increased laptop volume.

Extended global keyboard shortcuts target specific display regions through repeated key presses, eliminating manual UI dragging to reduce processing cycles.

A foldable optical apparatus uses overlapping first and second optical modules to reduce device thickness.

Segmented illumination modules with dedicated batteries reduce smartwatch drain while ensuring water-resistant operation.

One locking projection secures both detachable units, resolving the conflict between theft security and operational complexity.

A lattice facial interface reduces weight while maintaining structural integrity.

Internal routing of the flexible connection member prevents external exposure and impact damage during sliding and tilting operations.

A resilient antenna adapts to user movement while maintaining optimal electromagnetic coupling with electronic markers.

A portable computing device integrates an acoustic transducer within a keyboard key to optimize internal space utilization.

A hinge mechanism uses a first slider moving between a recess and cavity to restrict rotational degrees of freedom between members.

A flexible wearable substrate folds to position the wireless transceiver away from the body surface.

Smart jewelry tracks physical activities using a 3-axis accelerometer and processor to classify motion data for personalized wellness plans.

Terminal detects pre-collection triggers to accumulate PPG signals, eliminating periodic collection overhead and reducing power consumption.

Connecting holes and blades in the hinge structure balance internal temperatures, preventing screen burn-in from non-uniform heat distribution.

Segmented Fresnel lenses reduce device size while maintaining high light efficiency and imaging quality.

A reconfigurable touch screen computing device uses flexible circuit segments to transform from a compact phone state to an expanded tablet configuration.

An adjustment assembly moves a second rotating shaft to lift the body, improving heat dissipation while preventing collision with the bearing surface.

A UV-cured hard coating layer on a flexible window substrate prevents cracks during folding while maintaining optical clarity.

Segmenting the touch pad into independent buttons restores distinct hand feeling while reducing structural space in portable devices.

Sliding objects on dual-axis hinge bodies reduce distance between parallel display screens, eliminating visual gaps caused by excessive spacing during rotation.

An adaptable user interface system adjusts layouts based on foldable display configurations to optimize task visibility and navigation.

Segmented sensing pattern layers isolate touch detection from the bending zone, preventing wire breaks during folding while maintaining portability.

Gear-driven elevation mechanism reduces closing force by pre-positioning keycaps.

Stabilizing members rigidly maintain parallel supporting arms, preventing display bending during tablet rotation.

A rotatable connector links a display device to a touch-control socket, enabling the glass to serve as either a tablet screen or notebook keyboard.

Segmented display parts slide into protective housings via guide members, resolving the contradiction between portability and screen durability.

Elastic sealing members between hinge cover and housing structures reduce friction while preventing foreign body contamination of internal components.

A display support structure uses a gas cylinder and locking mechanism to enable stable height adjustment across various screen sizes, reducing part complexity.

Segmented base portions and an extended cover support the blade mechanism, resolving the contradiction between structural stability and device size reduction.

Encoding units detect folding angles to switch display states, resolving manual operation bottlenecks in foldable screens.

An infrared detection system on a wearable article senses nearby subjects and triggers alerts to resolve unawareness of proximity.

A hinge mechanism adjusts displacement between housings to provide stable mechanical support for flexible displays.

A hinge shaft switching mechanism transitions restraint states to stabilize opening torque during display casing deployment.

A fixing mechanism nests a rotary slot within a base recess to prevent damage while using a resilient component for automatic recovery.

Hinge sensors detect rotation to map physical folding angles onto virtual object positions, resolving the trade-off between large display area and portability.

Dual foldable display housings couple to a base housing via hinge assemblies enabling multiple spatial orientations.

See-through head-mounted displays use proximity detection to resolve the conflict between touchless operation and visual obstruction.

Portable terminal device adapts image display methods based on detected use mode changes.

Chamfered edges expose the coated aluminum frame beneath the protective layer, preventing magnesium oxidation while maintaining surface brightness.

A processor calculates coordinate offsets from predefined gestures to adjust display content positioning on electronic devices.

An electromagnetic hinge mechanism adjusts rotational resistance via magnetic attraction to enable smooth cover operation.

A single-piece housing structure simplifies electronic device assembly through integrated major and side walls.

Segmented support members with elastic displacement stabilize display panels in narrow bezel designs, preventing black spots and broken glass.