The invention relates to the technical field of power sockets, in particular to an anti-electric shock power socket.
The power sockets available on the market have multiple pressure units; each pressure unit usually includes a negative electrode holder and a positive electrode holder; the negative and positive electrode holders are connected to the power line by welding and wiring. In the viewpoint of manufacturing, the power socket is usually full of wires connected to each pressure unit, which not only makes the manufacturing inconvenient, it also increases cost. Besides, the power socket is internally wound with several segments of wires connected to each pressure unit, so overheating and short-circuiting phenomena are easily generated due to the inductive effect to cause danger. Thus, the existing power socket is necessary to improve because of the mentioned defects.