Simple position-limiting conversion socket

A simple position-limiting conversion socket, comprising a case and a circuit board located inside the case, an inner frame, at least two power plugs, and conductive sheets corresponding to the power plugs, clearance holes are arranged at one end face of the case, directly opposite to the positions of the power plugs, receptacles are arranged at the other end face of the case, conductive plug sleeves are arranged inside the case relative to the receptacles, each power plug is slidably mounted on the inner frame through a sliding cavity, each power plug is equipped with a pushing seat with insulating properties, each pushing seat is provided with a pushing head located outside the case via a connecting rod, the conductive sheets are mounted on the inner frame, insertion ports of each conductive sheet correspond to the pushing trajectories of the respective power plugs, after the plugs of the power plugs are pushed out from the clearance holes, the conductive parts of the power plugs are respectively in contact the conductive sheets, both the conductive sheets and the conductive plug sleeves are electrically connected to the circuit board, the pushing heads on each pushing seat are located on the same side of the inner frame, sliding grooves are arranged on one side of the inner frame facing the pushing heads, interference plates are placed inside the sliding grooves, the interference plates are movable relative to the sliding grooves, after sliding, only one gap remains between interference plates or between the interference plates and the upper and lower ports of the sliding grooves, the gap is used for pushing in a single connecting rod;

• end faces of one end of the interference plates are provided with guiding inclined surfaces, so that when the connecting rods contact the guiding inclined surfaces of the interference plates, they are figured to force the interference plates to move within the sliding grooves.