A cam-based actuator extends the USB connector for use while retracting it to prevent physical damage and cap loss.
A rotating door mechanism retracts into the housing as a USB connector extends, maintaining full insertion length.
A dual-voltage motor uses a patch board and connector socket to switch coil windings between parallel and series configurations via distinct plugs.
A movable connection port module retracts into a housing body via a pivoting second body and push rod mechanism.
A floating electrical connector uses a spring-biased support plate to adjust position along guide slots for secure mating.
A propeller shutter assembly uses wing blocks and a central hub to translate vertical plug force into rotational movement.
A rotatable cover mechanism guides a body to reveal or conceal input ports, protecting connectors from damage and dust while reducing visual clutter.
A plug locking mechanism automatically disengages upon impact to allow the plug to retract into the housing.
An elastic sliding mechanism automatically retracts the USB plug to prevent loss and damage without requiring a separate cap.
A connector uses a mechanical displacement unit to move contact modules for stable signal transmission.