Integrated machining equipment for welding and bending glasses legs

Abstract

The invention relates to integrated machining equipment for welding and bending glasses legs. The integrated machining equipment comprises a one-by-one conveying device for conveying the glasses legsand hinge pieces to all devices one by one, a glasses leg feeding device for conveying the glasses legs which are sequentially distributed along the one-by-one conveying device to the one-by-one conveying device, a hinge piece feeding device for conveying vertical hinge pieces to the one-by-one conveying device, a hinge piece pushing-down device for pushing down the vertical hinge pieces on the one-by-one conveying device to a horizontal state, a welding device for fixing and welding the hinge pieces and the glasses legs, and a bending device for bending the glasses legs with the hinge pieces.The invention provides the integrated machining equipment for welding and bending the glasses legs.

Description

technical field [0001] The invention relates to an automatic bending device, in particular to an integrated processing device for welding and bending temples. Background technique [0002] Glasses have the functions of adjusting the amount of light entering the eye, increasing vision, protecting eye safety and clinically treating eye diseases. They are very common in daily life. Glasses include lenses and frames, and metal frames can be divided into mirror rings. , nose pad, pile head and temples and other main parts, in which the pile head is fixed on the mirror ring and serves as the connection with the temple, and the temple is welded with a hinge piece, which is connected with the pile head through the hinge piece. The temples are connected with the mirror ring, and then the temple feet are bent. [0003] In the process of producing glasses, the welding between the unbent temple a and the hinge piece b is usually performed manually, and the manual welding process is lik...

AI Technical Summary

Problems solved by technology

[0003] In the process of producing glasses, the welding between the unfinished temple a and the hinge piece b is usually welded manually, and the manual welding process tends to cause relative movement between the temple a and the hinge b , so that the hinge piece b is not welded to the required position of the temple a, and then the temple a is scrapped, which reduces the production efficiency and increases the cost. At the same time, the bending of the temple is usually manual and all Bending is carried out with a pair of spectacle frames as a unit. If the bending angle and size are not accurate under manual control, the entire pair of spectacle frames will be scrapped, which will increase the cost

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