Electronic Time-Piece Structural Details TRIZ Cases

Anti-reflection layers around a watch display air gap suppress glare, keeping condensation-based waterproof inspection clearly visible.

An overlapping GPS antenna and solar cell layout shrinks portable electronics while preserving satellite reception sensitivity and solar power generation.

A flip-enabled magnetic suction body reverses pole orientation to hold and charge smart watches with different magnetic polarities.

A compression glass seal window with a fiber-optic plate cuts PPG optical noise, improves hermetic sealing, and lowers injury risk if damaged.

Distributed frame-bezel connectors spaced below quarter wavelength stabilize wearable antenna contact points and maintain radiation performance.

A phased array integrated with housing slots, spatial filters, and dielectric windows enables millimeter wave ranging with lower attenuation in compact wearables.

A two-stage deforming elastomer links the crown, PCB, and trigger structure to simplify ECG sensing and improve contact reliability in wearables.

Reinforcing patterns within sensor mesh cells raise rigidity without thickening the layer, preserving touch sensitivity and display light extraction.

Air-driven fastening couples a cover to a housing without exterior screws, improving assembly speed while keeping the coupling hole sealed.

An elastic damping layer between the PCB and biometric sensor cuts capacitor vibration, reducing noise and protecting sound sensing.

Laser ablation shapes soft MIM blanks before sintering, cutting tooling cost and lead time for custom watch metal components.

A grooveless gasket cross-section lets the diaphragm pivot freely, preserving depth gauge sealing, sensor sensitivity, and corrosion resistance.

A higher inner seal flank keeps the pressure chamber tight while preserving membrane elasticity and avoiding salt-trapping grooves.

A magnet case and protrusion help a wearable coupling maintain easy attachment while preserving magnetic holding force over time.

Overlapping micro-louvers in a watch crystal regulate light, helping stabilize internal temperature without sacrificing display readability.

Orientation sensing lets digital signage adjust fan speed and brightness to match solar angle, reducing heat load, power use, and image washout.

An acute-angle bezel with deformation space resists compression, blocks water ingress, and enables adhesive-free panel clamping for accurate touch fit.

Microlouvers in a variable chamber regulate light reflection and heat radiation to stabilize timepiece temperature without blocking the display.

Nested screws with matching concave-convex features save internal space, secure housings and components, and simplify disassembly.

Historical usage and position data trigger magnetic strap repositioning so a wrist display aligns with a primary screen for seamless dual-display use.

Laser-activated adhesive layers replace screws and waterproof rings in smartwatch assembly, enabling thinner construction and 5 ATM sealing.