Cosmetic mirror

A cosmetic mirror, comprising:

• a supporting frame;
• a mirror body;
• and
• a power-on mechanism;
• wherein light source component components is disposed in the mirror body, the mirror body is connected with the supporting frame;
• the mirror body comprises mirror surfaces;
• each of the mirror surfaces comprises a light transmitting region, each of the light source components is disposed in the mirror body and corresponds to the mirror surfaces in a one-to-one manner, a light beam of each of the light source components is emitted from a respective light transmitting region;
• the power-on mechanism comprises a power-on fixing assembly and a power-on movable assembly, the power-on fixing assembly is fixed to the supporting frame and is connected with a power supply, the power-on movable assembly is fixed to the mirror body and is connected with each of the light source components, the power-on movable assembly is movably connected with the power-on fixing assembly, and when any one of the mirror surfaces is rotated to a front side of the cosmetic mirror, one of the light source components with respect to the one of the mirror surfaces rotated to the front side of the cosmetic mirror is lightened, and remaining light source components are turned off
• wherein the power-on fixing assembly comprises an elastic power connecting component, the elastic power connecting component is fixed to the supporting frame;
• the power-on movable assembly comprises conductive components, each of the conductive components is disposed on the mirror body at intervals around a rotation axis of the mirror body, and each of the conductive components is respectively connected to each of the light source components;
• and
• the elastic power connecting component elastically abuts against a respective one of the conductive components connected to a respective one of the light source components of a respective one of the mirror surfaces when the respective one of the mirror surfaces is rotated to the front side of the cosmetic mirror;
• wherein a switching shaft is extended from an end of the supporting frame;
• the mirror body comprises an accommodating cavity and a switching interface, the switching interface is disposed on a side of the mirror body, the switching shaft is inserted into the switching interface, and the switching shaft rotates with respect to the switching interface;
• and
• the elastic power connecting component is disposed in the accommodating cavity and is fixed to the switching shaft, and the conductive components are fixed to a cavity wall of the accommodating cavity around an axis of the switching shaft.