Details For Portable Computers TRIZ Cases

A display panel polarizer features a side protection layer that covers the curved edge surface to maintain structural integrity during bending.

Integrated conductive fan housing couples to heat-generating components, resolving thermal management and electromagnetic interference trade-offs.

Extending and retracting a bendable display portion via sliding assemblies resolves the trade-off between large screen size and device portability.

A controller allocates display resources across multiple operating systems in a mobile terminal.

A full-bridge driver circuit on an active stylus body leverages user capacitance to enlarge TX signal amplitude.

Segmented cover design with elastic buffers resolves structural balance issues while expanding apparent display area.

A character input device overlays a second virtual keypad on a first physical keypad to combine character codes from both layers.

A mounting member eliminates protruding coupling portions from a lower plate to reduce bezel area while maintaining connection strength.

A wearable band adjustment wheel uses a spur gear and pawl to change length.

A cam mechanism moves a positioning loop to adjust device components with high force.

Segmented mounting bases enable quick belt removal while local quality design distributes weight evenly to resolve wearing comfort issues.

Buffer portion with opening absorbs stress to prevent folding area deformation.

A rotating lens module uses a flipping cover to capture scenes in various directions.

Segmented neutral layer and skeleton structures distribute forces across flexible components to maintain support surface stability during bending.

Dynamic grid density increases near edges to resolve the contradiction between ease of operation and measurement precision.

Movable interface members retract into the main body to minimize storage height while maintaining operational capabilities.

A fixing rod connects to a flexible screen via a rotating device to stabilize the display surface.

Recessed adhesive faces in the locking mechanism prevent level differences between support plates, eliminating display waviness.

Image generating chips surround eyeglass lens structures to track eyeball positions and provide real-time signals.

A non-magnetic amorphous nickel alloy support plate resolves the contradiction between structural strength and digitizer sensitivity in foldable devices.

Segmented reinforcement plates bend with flexible displays to reduce folding marks and improve surface quality.

A conductive elastomer bridges the clutch assembly and base portion to establish reliable electrical pathways within portable computing enclosures.

A clamshell notebook computer uses a segmented connector to rotate the lid assembly relative to the base housing for flexible positioning.

An electromagnet structure fixes the metal plate during extension while the spring enables dynamic curling, resolving limited folding modes.

A covered multi-axis hinge assembly uses integrated sequencing pins to control the rotation order of interconnected friction engines.

An integrated electronic module connects to a motherboard through a single through connection element.

Tapered transitions prevent wormhole defects during friction stir welding, ensuring a hermetic seal for electronic devices.

An internal reinforcing wall within the stylus holder sustains housing rigidity and prevents palm rest deformation under external forces.

Segmented housings allow a scrollable display panel to nest for compact storage while maintaining structural stability.

Auxiliary sensing area prioritizes distant virtual button triggers to resolve touch detection reliability issues in mobile terminals.

A motorized front cover rolls along a frame to shield the display panel, resolving the trade-off between protection capability and device complexity.

A mobile device case uses retractable flexible members to convert into a wearable configuration.

Orientation sensors detect lid position to trigger automatic peripheral mode transitions in convertible laptops.

A foldable display module uses nested accommodating parts to shield the screen surface when folded.

Processor defines effective input regions within a touch component to execute specific functions based on link setting information.

Composite digitizer substrate with reinforced fibers improves folding reliability while reducing device thickness.

A moveable sunshield blocks intense sunlight from reaching headset lenses, preventing thermal damage to delicate electronic displays during idle periods.

A fixing structure uses mounting brackets and an extendable pull strap to secure a data storage device within a computer body.

Light-directing beads focus light from emitters onto the retina, resolving the trade-off between headset weight and image resolution in near-eye displays.

Lock member engages projections with recesses on shafts to reduce inter-shaft distance, resolving size constraints in portable computer chassis design.

Segmented hook and sliding fastener components enable dual-directional locking, resolving the limitation where screens only lock when facing the keyboard.

Distinct elastic members with tailored friction and elasticity properties anchor the housing to prevent slipping when leaning against a wall.

Coplanar force-sensing circuitry integrates with display encapsulation to enable touch and pressure detection within compact electronic devices.

A wearable device monitors heart rate and moisture to detect submersion.

A vapor chamber mounts a rotating radial impeller directly to its surface, merging heat dissipation and airflow generation into one compact assembly.

Segmented bottom panels rotate on a hinge axis to enable one-touch service access while retaining structural integrity.

A foldable terminal detects edge sliding instructions to display content across split screen regions.

A portable terminal comprising a master device and a slave device, each with its own hardware system and operating system, manages interface connections to compose a hybrid architecture.

A foldable electronic input device combines segmented touch areas to form a larger surface when unfolded.