Details For Portable Computers TRIZ Cases

An asymmetric freeform prism-lens eyepiece produces a 12mm exit pupil and over 21mm eye clearance, resolving ergonomic strain from central mounting.

Immersion fluid between the polarizer and lens eliminates air interfaces, reducing ghosting while maintaining compact optical path magnification.

Segmented plates with perpendicular pivots resolve single-direction support limits, enabling multi-axis orientation without excessive component complexity.

A reconfigurable user input device uses modular housing for interchangeable peripherals to enable on-site customization and rapid repair.

Dynamic lifting prevents display impact during rotation while preserving slim device thickness.

Segmented hinge shafts and lubricant cushions eliminate rattling noise during stand rotation.

A portable computer splits its keyboard module to allow a display module to slide and flip.

A porous and thermally conductive skin material manages heat transfer across the device housing surface.

Elastic articles deform between states to engage a switch member on the touchpad PCB, signaling positional changes without complex sensors.

Articulated hinge links auxiliary displays to a support structure, resolving space occupation and adaptability contradictions.

Replacing mechanical clamping with magnetic attraction, the fastener prevents stylus detachment while enabling easy manual retrieval.

Processor determines folding angle using motion data to block unintended keyboard inputs during device unfolding transitions.

A portable computing device display management system routes signals to a docking station.

Interlocking ribs on modular frames simplify the assembly process while maintaining structural strength and water-sealing performance.

Magnetic members within the support structure resist torque to maintain rigidity, while a torsion link overcomes this attraction for seamless mode transitions.

Connection lines bridge data line gaps at concave substrate edges, maintaining electrical continuity and preventing cracks during folding.

A retractable cover slides to reveal an auxiliary display on foldable devices.

Elastic units apply restoring force to keep the flexible display flat, preventing creases that degrade image quality and durability.

A mobile terminal featuring a rollable flexible display screen and an illumination module with movable flash lamp components.

A vehicle control system determines index values from vital physiological data to activate specific actuator functions.

A movable second casing part disconnects the electronic assembly from the main body, resolving the contradiction between compact integration and ease of repair.

Segmenting the system into a separate neck unit provides higher processing power and battery life without adding weight to the headset.

Independent lifting mechanisms resolve fixed-angle eyestrain by allowing users to adjust auxiliary display height without coupling to the main screen.

A touch panel utilizes its lead area to form a secondary one-dimensional input section alongside the primary matrix area.

A rotating support structure enables an electronic device to switch operating modes based on detected angle positions.

Segmented optical assemblies enable independent replacement of damaged components, preventing total device scrapping.

Magnetic coupling activates the pen camera for videoconferencing, eliminating bezel space and increasing viewable display area.

Rotating and sliding plates in the support apparatus align the foldable display panel, resolving suboptimal support during transitions.

A mouse device uses pressure sensors to detect finger movements within a limited housing area, enabling pointer control without physical displacement.

A sight sensor detects user gaze to automatically rotate a secondary display screen.

Compressible stiffening elements flatten when rolled to reduce device thickness while maintaining structural rigidity against buckling.

Mapping detected motion data to an equivalent plane restores direction accuracy when foldable screens are unfolded.

A downward protruding leg extends the supporting region, stabilizing the mounting state against instability from a raised center of gravity.

A window button assembly integrates a switch component and antenna under a deflecting plank.

Nesting the supporting frame within the tablet body resolves the trade-off between text input efficiency and device portability.

A rollable mobile terminal adjusts its display region dynamically to optimize screen space for varying usage scenarios.

Segmented coupling structure with varying widths resolves positioning accuracy trade-offs against ease of placement on thin temple arms.

A sensor module detects grip area to determine unreachable touch screen areas, allowing an auxiliary input device to control them via a pointer.

Alternating flipping bands connect terminal sub-parts to enable flexible folding, eliminating bulky hinges that increase thickness and manufacturing complexity.

A wearable display uses a visual blob to map curved periphery gestures to screen items, removing external hardware.

Integrating a pressure capacitance reference into the housing cavity eliminates complex sensor layers while enabling precise location detection.

Segmented annular displays resolve limited screen space constraints by enabling precise numerical input through adjustable range proportions.

A hinge mechanism uses a tensioning system to manage wire slack and prevent crimping in foldable electronic devices.

An external peripheral device houses additional magnetometers to expand the sensing volume and improve signal-to-noise ratio against ferromagnetic interference.

A wearable device reads product codes to retrieve personalized recommendations from a biological database.

An electromagnetic fixing mechanism uses magnetic attraction to secure a rotating display component against its host module.