Switch Side Location TRIZ Cases

Two series-connected vacuum interrupters and a lever linkage cut contact distance, cost, and actuator complexity in high-voltage breakers.

A variable-resistance elastic body turns key pressure into continuous signals, combining typing and gaming input in one keyboard.

Dual snap discs with different force thresholds create compact two-stage switching with distinct haptic and audible feedback.

Magnetic reluctance-boost contours create direct limited-angle rotation for relay contacts, removing precision mechanical converters and improving robustness.

Combining the main relay, pre-charge relay, and resistor into one switch cuts BDU size and cost while maintaining controlled battery-load connection.

Using two series vacuum interrupters with a shared interconnection part extends voltage capability while easing heat dissipation and actuation demands.

Molded reinforcing elements let a non-electrical dummy sensor withstand arc pressure surges while preserving switch-disconnector chamber isolation.

A rotating inner-button mechanism maps one power control to multiple contacts, simplifying CMOS clear and deep sleep operations.

An intermediary spring attachment cuts contact lever wear and vibration, reducing arcing and fusion while improving switch connectivity.

A flexible actuator aligned with the housing transition point creates flush mobile keys that cut visible seams without losing button function.