Elastic constraint system for eyeglasses assembly and eyeglasses obtained by such system
A restraint system and elastic restraint technology, applied in the direction of lens components, glasses/safety glasses, glasses/goggles, etc., can solve problems that do not meet the requirements of glasses manufacturers
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[0037] It is known that spectacles comprise a front frame or front piece 1 on which a pair of lenses F are arranged and on the side sections of the front frame or front piece 1 a supporting temple bar U is hinged.
[0038] Figure 1-3 Only a part of the front frame is shown with one of the two lenses, it being understood that the other part is completely symmetrical.
[0039] The lens F is engaged with a housing portion G of the front piece which holds the lens F in a fixed position. The jacket portion G only partially surrounds the periphery of the lens and leaves a significant portion of the lens unconstrained, for example at least 30%.
[0040] exist figure 1 In , this shell part G is the top part of the frame, but could in the same way be the lower part of the frame.
[0041] For greater stability, the lens F has a peripheral groove I coupled with a rib E located on the housing part G.
[0042] The system is completed by a restraint device consisting of a substantially...
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