Details For Portable Computers TRIZ Cases

A wristband system uses a two-way security screw and designed fail point to trigger alerts upon detachment.

A folding screen computer uses a pivot shaft and supporting plate to rotate display segments for compact storage.

Merges fingerprint sensing with the display module to prevent moisture ingress and maintain uniform appearance without separate transparent windows.

Segmented support members rotate and snap against a body to resolve complexity trade-offs in external keyboard accessories.

A dual-sided glass chassis with an amorphous metal frame supports multiple displays in a compact electronic apparatus.

Segmented monolithic structure dissipates display heat via conduction while insulating sensitive optical assemblies from thermal degradation.

Selective rotation restricting means resolve stability contradictions at arbitrary angles by combining friction torque generation with suction holding.

Magnetic repulsion rotates the lower kickstand plate automatically, eliminating manual deployment and external support needs.

Sensors trigger the HMD band to rotate and adjust length, distributing weight evenly to reduce head strain while maintaining structural stability.

A dynamic function row generates context-specific graphical controls via a touch-sensitive display managed by an agent.

Wave-patterned thermally conductive wires embedded in an elasticated band transfer heat from wearable electronics while maintaining structural stretch.

Segmenting provider and user portions within a smart contract enforces selective feedback sharing, resolving privacy conflicts in event contexts.

Rotating the display pivots a protection cover to expose a housing opening, improving heat dissipation efficiency in thin laptops.

A supporting apparatus with a rod and base adjusts the functional body orientation between perpendicular and parallel modes.

A foldable display device positions the camera module on the rear surface to maximize front screen area.

A foldable hinge module uses a virtual shaft line between inclined surfaces to enable two-stage rotation across three brackets.

A dual-shaft hinge module uses a protrusion structure moving within body recesses to enable wide-angle rotation.

Integrating a vapor chamber in the lid with a hinge thermal conduit transfers heat from the main housing, resolving throttling in low-profile portable systems.

A touchpad integrates a distance sensor above its surface to detect spatial hand movements alongside finger touches.

A shielding member with a slot houses the connection member to conceal it during rotation and prevent exposure damage.

A terminal uses a movable sub-screen to expose or cover a camera, enabling full display coverage without permanent obstructions.

A detachable electronic device uses a holder recess and rotatable clip to securely combine with another unit at specific angles.

A modular flexible display mounts to a steering wheel to transport user settings between vehicles.

An extension member moves the hinge portion away from the base during rotation, improving input speed while managing mechanism complexity.

A slidable display module uses a support plate with movable rollers to expand the screen area.

Interface device merges stereoscopic lenses with AR VR headset mounts to eliminate separate eyewear requirements.

Ring-shaped inclined surfaces align collimating lenses to reduce optical axis misalignment and propagation loss.

A reinforced glass plate covers a notebook display panel, framed by a rubber-coated bezel that absorbs impact energy to prevent damage from external forces.

A capacitive touch panel uses first and second axis conductor assemblies on a single substrate surface to detect touch positions.

Post members with misalignment preventing portions maintain spine member rigidity, preventing damage to electronic components under external forces.

A flexible wearable display device uses engaging members to fasten when bent along a folded line, forming a compact wearing space.

Segmented attachment assembly enables damage-free display removal by actuating release mechanisms to break adhesive bonds.

A foldable hinge uses a force transmission member to redirect actuator pressure against a rotation guide, enabling precise detent positioning.

Configurable event widgets on child wearables send prepared text messages and receive pre-recorded audio from trusted contacts.

A movable keyboard module uses conductive sliding mechanisms to adjust position while maintaining electrical connectivity.

Segmented GPS and local RFID tracking resolve the trade-off between wide coverage and high precision in industrial safety monitoring.

Segmented adapter bodies bridge specific SBCs and accessories, eliminating complex wiring setups while maintaining universal compatibility.

A gear and cam mechanism translates display rotation into key retraction, preventing accidental inputs in tablet mode.

Internal air intake ducting redirects airflow from the device side to the fan, eliminating bottom vents and thermal feet that weaken chassis structure.

Hexagonal link members distribute load across the flexible display structure to prevent damage during unrestricted deformation.

A fingerprint sensor detects finger touch operations and biometric patterns for dual-factor user authentication.

Matching audio signatures from trusted smart devices to generate alerts.

A wearable device integration system extracts real-time physiological data to verify user intentions before processing resource distributions.

An asymmetric handle repositions the grip behind the device centerline to reduce wrist bending angle and prevent fatigue during handheld use.

A peripheral enclosure mechanism repositions to close gaps between flexible display segments during folding transitions.

Worker safety management system clusters entities by shared characteristics to compare safety performance metrics accurately.

Segmented brackets replaceable on the host resolve clamping force conflicts and extend device lifespan.

Adjustable support members reorient a planar tablet housing while a cooling fan controller directs exhaust airflow away from the user to manage thermal energy.

A dual LCD game apparatus displays separate character images and messages on adjacent screens to maintain clear visual correspondence.