See how merging up and down contactors into one rocker-actuated switch body simplifies paddle-c
A rocking button for closing and an axial button for opening improve switch ergonomics, reliability, and wire organization in tight spaces.
A push-pull lever simplifies rocker switch commutation, improving actuation stability, comfort, wiring layout, and internal space use.
Guided activation elements and a spring let a rocker switch convert to push-button mode without disassembly, reducing assembly errors and spring wear.
A case protrusion splits the knob-panel gap to stop coins from jamming the swing knob while still draining smaller debris and liquids.
An integral return member in the button removes soft stroke and delivers consistent force with clearer tactile feedback.
A reversible two-stage control assembly protects the interface during construction and cuts waste from disposable covers.
An intermediate assembly and return mechanism let one control module fit different aesthetic interfaces without added size or assembly complexity.
A guided sliding activation element converts a rocker switch between stable and push-button modes without force-dependent coupling or breakage.
A biased push panel and rocker flag block dust entry while giving a clear ON/OFF visual cue in a flat wall switch.
An eccentric return spring and stroke-multiplier linkage align a modular switch button at rest while lowering actuation force and assembly complexity.
A trim plate mounts on a mechanical sub-plate to isolate aesthetic material selection from structural support requirements.