Abstract: Spectacle frame (1) comprising: a front piece (10); a pair of temples (20), each temple (20) extending between a first end portion (21) associated with the front piece (10) and a second end portion (22) that can be positioned on the ear of a user; a pair of hinges (30) configured to rotationally bind each temple (20) to the front piece (10), each hinge (30) comprising: a pin (40) extended along a development direction (A-A) between a first end (40a) and a second end (40b), coupling devices (50) associated with the first end portion (21) of each temple (20) and configured to engage the corresponding pin (40); a cavity (60) located in the front piece (10), the cavity (60) comprising: a first wall (70) and an opposite second wall (80) spaced along a spacing direction (B-B); and blocking devices (90) configured to engage the ends (40a, 40b) of the pins (40), the blocking devices (90) being shaped to match the first end (40a) and the second end (40b) of the pin (40) to prevent the pin (40) from making rotational m

Abstract: Spectacle frame (1) comprising: a front piece (10); a pair of temples (20), each temple (20) extending between a first end portion (21) associated with the front piece (10) and a second end portion (22) that can be positioned on the ear of a user; a pair of hinges (30) configured to rotationally bind each temple (20) to the front piece (10), each hinge (30) comprising: a pin (40) extended along a development direction (A-A) between a first end (40a) and a second end (40b), coupling devices (50) associated with the first end portion (21) of each temple (20) and configured to engage the corresponding pin (40); a cavity (60) located in the front piece (10), the cavity (60) comprising: a first wall (70) and an opposite second wall (80) spaced along a spacing direction (B-B); and blocking devices (90) configured to engage the ends (40a, 40b) of the pins (40), the blocking devices (90) being shaped to match the first end (40a) and the second end (40b) of the pin (40) to prevent the pin (40) from making rotational m

Abstract: A hinge for eyeglasses has a first and a second frame part, the parts being joined in an articulated manner by a spindle element, the end of the first frame part having a bend which encloses at least in part the spindle element in a pivoting manner, wherein the bend of the first frame part forms two vertically spaced closed loops of a first diameter. The second frame part has a through hole of a second diameter and is positioned in the space between the two loops, such that the first frame part and the second frame part are swivelably connected by the spindle element, which reaches through both the loops and the through hole.

Abstract: A hinge for eyeglasses has a first and a second frame part, the parts being joined in an articulated manner by a spindle element, the end of the first frame part having a bend which encloses at least in part the spindle element in a pivoting manner, wherein the bend of the first frame part forms two vertically spaced closed loops of a first diameter. The second frame part has a through hole of a second diameter and is positioned in the space between the two loops, such that the first frame part and the second frame part are swivelably connected by the spindle element, which reaches through both the loops and the through hole.

Abstract: Eyeglasses are provided with temples that are constructed of a metal, preferably a memory alloy like beta alumina. The temples exhibit corrugations, or folds, along the the temple, at a point proximal to the pivot pin of the hinge where the temples are secured to the frame. The corrugations may be in any direction, including the longitudinal axis of the temple. The temples, due to the corrugations, are sufficiently flexible to adapt to the shape and width of the wearer's head, but retain their shape, and consequently urge the glasses, once put on, against the head of the wearer. This tends to retain the glasses on the head of the wearer against forces that tend to dislodge those glasses, such as gravity, or inertia when the wearer moves her head. The combination of metal temple and corrugations provide for a comfortable eyeglass which can be worn with confidence.