Details For Portable Computers TRIZ Cases

A spool and torsion spring mechanism winds a flexible link to secure an HMD head strap, resolving fit issues across varying head sizes.

A wearable wrist-mounted relay device stores captured image data and wirelessly transfers it to a receiving unit.

A display cover integrates a webcam aperture with a movable opaque door to block or expose the lens.

Telescoping supports move lenses relative to face bumpers, resolving the trade-off between eye relief and field of view.

A hinge module uses a four-linkage mechanism to generate displacement for flexible display support.

A rotating shaft mechanism with a guide member creates an avoidance space to accommodate foldable screen bending.

A movable air deflector creates laminar flow along the display surface, resolving the trade-off between cooling efficiency and acoustic disturbance.

Rotating the touch tablet drives an interlocking structure that releases a latch, resolving stability versus disassembly trade-offs.

Curved guide structures direct joint movement along defined paths, preventing panel contact and reducing stress during folding cycles.

Magnetic fields control flexible display curvature limits, preventing damage from excessive bending forces during folding.

A pivoting second display module detects keyboard position via a sensing unit to adjust visual output, resolving versatility versus complexity trade-offs.

An insulator isolates the conductive frame from the active area to prevent capacitive coupling and spurious touch events while providing ESD protection.

Rotating steps on a movable member alter the distance between components, resolving inconsistent touch feelings caused by assembly tolerances.

A flip apparatus integrates sliding and rotating mechanisms to enable dual operation modes in electronic devices.

Dynamic frequency adjustment prevents ghost touch malfunctions caused by signal interference between adjacent touch sensing circuits.

Elastic cover stretches over hinge assembly to enclose cables, reducing system height while maintaining robust cable routing.

A multifunction power adapter integrates a retractable storage tray for earphones within its plug body.

A fingerprint sensor detects human skin presence to transition between active and inactive operational states based on contact duration.

An electronic device detects user hand preference to position application windows on the screen interface.

Temperature maintenance system prevents damage from fluctuations by using resistive heating to keep the display within a stable operating range.

Processor activates specific touch sensors according to folding state, reducing power consumption and preventing incorrect operations.

Coordinate conversion modules bridge spatial gaps between separate screens, ensuring accurate icon positioning in head-mounted displays.

A motorized display height and angle adjustment mechanism for electronic devices.

A pivoting handle with a ratchet and positioning ball adjusts to fixed angles.

Segmenting the connection into detachable magnetic components resolves the contradiction between fixed stability and independent adaptability.

Filters unintended wet fabric inputs by classifying edge node signals, reducing false detection and power consumption.

A flexible hinge assembly enables smooth rotation between laptop and tablet modes in computing devices.

A foldable mechanism uses nested inner plate members to create a concave space for flexible screen bending.

A foldable frame assembly with pivotally connected segments enables optical touch devices to adapt to various planes.

Dynamic forehead pad movement shifts the eyepiece optical axis relative to the rotating pupil, eliminating vignetting during vertical gaze changes.

A portable computer display housing bonds a plastic cover to an internal metal frame using specialized adhesive layers.

A garment securing assembly with a hinged flap protects user objects from moisture and damage while maintaining accessibility.

A VR headset uses pressure and distance sensors to automatically manage sleep and wakeup states without manual switch operation.

A biasing member moves the sleeve into the aperture to prevent loss while maintaining the device's clean aesthetic appearance.

A pivoting stand mechanism with guiding elements and elastic components enables stable device positioning.

A secondary display management interface associates adaptive modes with active applications to reduce user inputs.

A hinge module uses magnetic attraction to lock a portable terminal body at adjustable angles.

Overlapping liquid crystal cells with shared polarizers mask inactive borders, eliminating parallax and preserving tactile interaction in cockpit displays.

Placing an optical touch pad on the rear housing eliminates side keys, resolving the contradiction between display area and terminal size.

Rotating housing assembly manages mechanical stress on flexible display panels, preventing detachment and maintaining structural stability.

Modular components use magnetic attraction and repulsion forces to hold assemblies together, enabling toolless disassembly for repair and recycling.

Dynamic position mapping prevents focus loss when the input apparatus approaches the headset, maintaining immersion.

A portable electronic device uses a rotary unit to switch between main and sub-views, organizing display content hierarchically.

Segmented adhesive forces in a protective film prevent flexible printed circuit board curling while enabling easy removal.

A keyboard lid featuring a bend groove and pivot cover allows the panel to invert along the groove.

A dockable secondary display module aggregates data from multiple devices into a single unit, eliminating the need to carry incompatible hardware.

Membrane compression and wet structural injection seal electronics in wearable straps, resolving comfort versus protection trade-offs.

A sliding rack latch structure engages a battery and access panel using magnets and hooks for secure storage.