Electronic Time-Piece Structural Details TRIZ Cases
- Button Rod Waterproof Seal Structure That Prevents Twisting
A convex-surface waterproof member seals a button rod passage, avoiding O-ring twist while improving water and dust blocking.
- Wearable Display Layout With Air Gap for Ambient Light Sensing
An air gap between the battery and ambient light sensor preserves compact wearable layout while supporting reliable sensing and signal transmission.
- Wearable Pressure Sensor Port Hidden Within Display Housing
A hidden cavity-and-port layout lets a wearable pressure sensor read ambient pressure without added bulk, visible openings, or antenna interference.
- Wearable Antenna Housing With RF Window and Isolated Rear Cover
An RF-transparent band slot and electrically isolated metal rear cover improve wearable antenna performance without adding size or weight.
- Wearable Cover Structure With Isolated Metal Antenna Sections
Segmented metal and non-metal cover sections improve wearable antenna performance, strength, and electrical isolation in a compact housing.
- Battery Protection Module for Thermal Runaway Heat Absorption
An autonomous endothermic module absorbs battery runaway heat by mixing separated reactants, helping prevent skin burns in compact electronics.
- Integrated Housing Antenna Slot for Small Metal Electronics
A dielectric-filled housing slot turns metal enclosure sections into resonating antenna elements, improving wireless reliability in compact electronics.
- Dual Coil Shielding Structure for Wearable Wireless Charging
A two-layer electromagnetic shield around a wearable charging coil expands coverage, cuts interference, and improves charging recognition.
- Biometric PCB Antenna Paths for Compact Housing Tuning
Extra PCB connection points and housing shorting paths tune antenna length in compact devices while blocking biometric and RF interference.
- PCB Ground Loop Layout for Housing Antenna Noise Isolation
A PCB extension tied to ground forms a loop near the housing antenna, suppressing noise and parasitic coupling that degrade radiation.
- Wearable Housing Coupling to Prevent Electrostatic Discharge
A conductive link between inner and outer wearable housings equalizes charge, preventing dielectric breakdown and user shocks.
- Metal Case Antenna Watch for Dual-Band GPS Reception
A metal watch cover doubles as the GPS antenna, simplifying manufacture while enabling L1/L5 reception and improving watch body strength.
- NFC Watch Setting for Accurate Perpetual Calendar Configuration
Near-field communication automates electronic watch setup, reducing manual calendar setting errors and cutting configuration time.
- Wearable Antenna Architecture With Dynamic Tuning Near the Body
Dynamic tuning helps compact wearable antennas maintain impedance matching and radiation efficiency despite signal absorption near the body.
- Stratified Wrist Antenna Using Skin Coupling for Low-Band Signals
A stratified antenna isolates the radiating element from ground and uses skin coupling to improve LTE low-band and GPS performance in wearables.
- Multiband Antenna Housing Using Display Ground in Wearables
A conductive housing and display ground replace separate antennas, improving multiband communication in thin wearable electronics.
- Timepiece Ground Terminal Plate for Stable Back Cover Contact
A sandwiched internal terminal plate links the case back metal component to GND, keeping contact resistance stable despite repeated opening.
- Watch Housing Slot Antenna Layout for Multi-Band GNSS Reception
A lower-plane slot antenna in the watch housing and PCB ground plane supports multi-band GNSS reception and wireless links in limited space.
- Timepiece Grounding Structure for Stable Back Cover Contact
A spring terminal plate and elastic body keep metal parts reliably grounded despite back cover wear and repeated opening cycles.
- Folded Display Module Shielding for NFC Charging Interference
A shielding layer and folded display layout isolate the driver chip from NFC charging interference, reducing water ripples and static issues.