Electronic Time-Piece Structural Details TRIZ Cases

Extending first sensing lines into the active area reduces the inactive area, enabling compact display device designs.

Segmented spiral solar cells in a timepiece distribute pointer shadow across multiple photovoltaic units, suppressing current loss from uneven light exposure.

Dielectric element electrically isolates antenna wiring circuit from metallic side wall, resolving isolation deterioration in small wearable devices.

Curved grooves in housing lugs guide strap pins for easy attachment, avoiding complex mechanisms that increase manufacturing difficulty.

Differential button sizing and guard parts prevent accidental presses during time measurement operations.

Distributed first and second contact electrodes resolve poor skin contact reliability in wearable devices by adapting to housing tilt.

A sliding support assembly with interlocking teeth and grooves resolves the contradiction between miniaturization and screen viewing area in smart bracelets.

A frame between circuit boards increases space for electrical elements while reducing assembly tolerances in mobile electronic devices.

A charging device with a protruding unit aligns face-to-face with electronic devices, increasing resonant coupling area to reduce charging time.

A frame design conceals electrical connection elements behind an opaque active display zone to maintain a clean aesthetic appearance.

A translucent plastic light filter sits between a viewing window and an electroluminescent display to attenuate ambient light while maintaining message readability.

Segmented watch body and band device architecture maintains continuous health monitoring while the main unit charges.

A metallic device case integrates fluorinated rubber buffers between the bezel and guard member to absorb external shocks.

A rotating clamping part with a stop block secures a watchband to a watchcase via rotational movement.

Vertical connection structures transmit touch signals from panel edges to external circuits without covering the active sensing area.

An electronic timepiece antenna uses a planar conductor linked to a second electrode to improve sensitivity despite electric field cancellation.

Integrating circuitry into a wearable securing device resolves the contradiction between enhanced versatility and increased complexity by merging components.

Dual-surface driving circuits integrate within the display region of an array substrate to maximize screen proportion.

An intermediary insert with flanges secures a watch to the inner forearm, keeping the face in the runner's line of sight without rotating the arm.

A ring-shaped bezel with an inward flange resonates with radio waves to function as an antenna within a compact electronic timepiece.

A wearable device shell with a detachable part forms a dirt collection groove to gather contaminants from balance air holes.

An integrated magnetic optical barrier merges light blocking with charging coupling, reducing device volume while maintaining optical isolation.

An isolator secures between inner and outer crown bodies via a retainer to prevent electrical grounding while maintaining part alignment.

Repositioning strap attachment points upward allows lateral volume expansion for electronics while maintaining a single-piece watertight seal.

Circular arc solar cell terminals minimize stress concentration to prevent cracking from vibration in wearable devices.

Nitrogen diffusion creates a stable austenitized surface on ferritic steel, resolving hardness and corrosion trade-offs while maintaining magnetic shielding.

Composite impermeable films shield components from humidity and high-temperature overmoulding damage.

A multiview 3D wristwatch uses a directional backplane to scatter planar lightbeams into controlled directional beams for spatial time visualization.

A magnetized tool guides activation of a portable object push button via magnetic attraction, preventing scratches on the watch case.

Segmented watch band extends automatically via mechanical transmission, resolving manual wearing complexity while maintaining device compactness.

Vacuum insulation between inner and outer walls protects electronics from extreme temperatures below 0°C.

A multi-layer adhesive member integrates a porous waterproof-ventilation layer between housing plates to enable gas exchange.

Integrating conductive paths into the watch dial structure eliminates printed circuit boards, reducing production costs and internal space requirements.

Nested retractable contacts and interlock mechanisms prevent corrosion damage during lateral sliding assembly.

Multi-use USB terminals enable worn detection through voltage waveform analysis, eliminating dedicated sensors and reducing component costs.

Positioning the solar cell inside the calendar wheel nests the conduction spring within the movement depth, resolving interference with the trigger piece.

A detachable coupling mechanism separates the watch body from the band, enabling independent operation modes for each component.

An electronic clasp system integrates a digital display and circuit board with an analog watch to provide smartwatch capabilities.

A display device cover window uses a thick adhesive coupling layer to bond the curved portion to the middle frame.

A synthetic resin wristwatch case integrates a metal antenna with a protective connection member to stabilize electrical characteristics.

Synchronized smartwatch displays reduce visual pollution by merging individual screens into a coordinated interface that enhances event experiences.

A movable actuator coupled to a housing stopper regulates movement direction and prevents inward displacement during external shocks.

Laser welding fuses plastic watch crystal to case, preventing spacer aggregation and black spots while enabling continuous production flow.

An asymmetric layout places circuit boards at top and bottom edges, reducing peripheral width to increase the active area ratio.

Segmented compartments at obtuse angles provide ergonomic stability without increasing thickness.

Porous membrane seals equalize air pressure while blocking water ingress, preventing seal rupture during depth changes.

A wearable device uses a nonmetallic rear cover with a conductive plating layer to form a slot antenna.

A solar cell cover glass removal mechanism uses a packing flange to apply force without damaging the underlying photovoltaic panel.

A wearable antenna uses capacitive coupling between attachment members and side patterns to enhance radiation performance.

A flexible display panel switches between bent and flattened states to expand the viewing area on a smart watch.