Regulating Apparatus TRIZ Cases
- Clock Gear Wheel Fault Detection Using Synchronous Acoustic Analysis
Synchronous acoustic analysis links tooth-passage sounds and oscillator amplitude changes to pinpoint defective clock wheels and automate quality control.
- Watch Gear Fault Detection Using Synchronized Acoustic Analysis
Synchronized tooth-pass sound and oscillator amplitude analysis pinpoints non-conforming watch wheels to improve chronometry and gear-train quality.
- Programmable 3D Watch Winder With Gimbal Wrist-Motion Simulation
Three-axis gimbal motion and programmable control address the limits of 2D winding for tailored mechanical-watch maintenance.
- Timepiece Vibration Testing With Floating Clamping for Wafer Measurements
Floating clamping moves a silicon wafer between measurement positions while limiting parasitic vibrations during timepiece testing.
- Passive Indicator Element for Unique Acoustic Signature in Watch Movement
A passive indicator element fixed to a watch movement generates specific vibration frequencies for unique acoustic identification.
- Watch Winder Drive Mechanism Extraction and Nesting
Extracting the motor from the rotating mass reduces energy consumption while nesting components eliminates external casing.
- Acoustic Measurement of Watch Escapement Pallet Penetration
A piezo-acoustic detection system measures watch escapement pallet penetration distance by analyzing sound signals emitted during operation.
- Hairspring Stiffness Control via Resonance Feedback
Vibratory excitation identifies resonance peaks in spiral springs to determine stiffness, compensating for geometric dispersion during microfabrication.
- Acoustic Timepiece Authentication via Vibration Analysis
Acoustic sensors capture vibration signals from timepieces to extract unique signatures, verifying authenticity without invasive procedures or warranty damage.
- Hairspring Torque Measurement via Magnetic Friction Drive
Magnetic coupling replaces mechanical clamping to measure hairspring torque without stress, preventing breakage of fragile silicon components.
- Chronometric Testing Device for Watch Movement Precision
A chronometric testing device measures watch movement precision through automated multi-position cycling.