NOSE PAD STRUCTURE

This invention refers to a nose pad structure providing a selectively removable nose pad set which is applied to each nose pad of spectacle frames. The nose pad is embedded with a hard plate with an embedded hole and the nose pad set is mainly composed of a soft pad. A reinforcing plate is embedded on the side of the soft pad corresponding to the nose pad and has a tenon that can be inserted into the embedding hole of the hard plate. By this design, the hard plate can entirely press against the back of the soft pad of the nose pad set when the nose pad set on each nose pad of the spectacle frames presses against the nose bridge, enabling the soft pads to fully stick on both sides of the nose bridge of a user. It can effectively generate an anti-slip effect, which prevents the glasses from randomly sliding due to the weight, leading to out of focus. Moreover, the wearing comfort can be improved due to the large area of pressure.