Longitudinal and transverse conversion trigger conduction mechanism applied to key switch

The utility model discloses a longitudinal and transverse conversion trigger conduction mechanism applied to a key switch, which comprises a base, a balancing stand assembly arranged on the base, a conduction assembly and a driving rod driven by the balancing stand assembly and used for triggering the conduction assembly to be switched on and switched off, the conduction assembly comprises a static piece and a movable piece arranged on the side edge of the static piece, a transverse protruding block is arranged on the movable piece, and a pushing protruding block which is located on the side edge of the transverse protruding block and used for acting on the transverse protruding block is arranged on the driving rod. According to the longitudinal and transverse conversion triggering conduction mechanism applied to the key switch, the longitudinal acting force is converted into the transverse acting force to trigger the conduction and disconnection between the movable sheet and the static sheet when the pressin