Abstract: A structure of eyeglasses is disclosed. The structure of eyeglasses includes a frame and a temple. The frame includes a trench. A bottom wall of the trench has a first second interference points. The temple is rotatably connected to the frame, rotates relative to the frame along a central fixed point, and includes a protruding portion. The protruding portion has a protruding point with a furthest distance to the central fixed point. When the temple rotates, the protruding portion moves in the trench and the protruding point is in contact with the bottom wall of the trench between the first and second interference points. The distances from the first and second interference points to the central fixed point are substantially equal to the furthest distance. A distance from the bottom wall of the trench between the first and second interference points is substantially smaller than the furthest distance.

Abstract: Eyeglasses having a nose pad adjusting structure is provided, which includes a frame unit, a lens, a nose pad positioning part and a nose pad. The frame unit has a first installation part and a second installation part. The lens is inserted in a first and a second clamping slots of the first and the second installation parts. One end of the nose pad positioning part extends a distance oppositely to the second installation part and then extends curvedly to the second installation part accordingly to form an interval apart from the second installation part. The nose pad positioning part has an internal side wall which a plurality of convex teeth is disposed thereon. Thorn tooth is disposed in a middle portion of the nose pad, and an angle of the nose pad relative to the frame unit is adjusted by engaging the thorn tooth with the convex teeth.