Escapements TRIZ Cases
- Watch Escapement Counter-Weight for Acceleration Stability
A counter-escape wheel rotating opposite the main gear balances inertia, preventing stoppages caused by angular accelerations during wear.
- Ceramic-Metal Bimetal Balance for Temperature Compensation
A ceramic-metal bimetal balance wheel achieves temperature compensation through radial bending driven by differential thermal expansion.
- Escapement Mechanism Angular Plane Motion
An escapement mechanism moves impulse and lock components across angled planes to coordinate with the escapement wheel.
- Multi-Layer NiP Watch Mobile for Magnetic Stability
A multi-layer nickel-phosphorus watch mobile stabilizes amplitude through controlled deposition.
- Horological Pallet Composite Mass for Regulating Mechanism Inertia
Composite horological pallets integrate dense masses to increase inertia within compact radial dimensions.
- Watch Movement Upgrade via Reduction Gear and High-Frequency Oscillator
A watch movement upgrade method mounts a high-frequency oscillator and reduction gear on a base plate to enhance efficiency.
- Flexible Pivot Crossed Blades Manufacturing Method
Separates crossed blades in a one-piece component using a disc milling cutter through a through-opening to resolve manufacturing complexity.
- Silicon Pallet Body Interference Fit for Watch Assembly
Replacing precision adhesive bonding with an interference fit mechanism, the design allows easy positioning and fixing of the pallet body to the shaft member.
- Magnetic Escapement Decouples Tourbillon Inertia for High-Frequency Accuracy
A magnetic escapement transmits energy to a tourbillon carriage without mechanical linkage.
- Bistable Blade Escapement Overwinding for Precision
A bistable elastic member in a watch escapement deforms beyond its unstable maximum winding state to ensure immediate energy release upon triggering.