A clamping manufacturing equipment for reducing the compression deformation of the spectacle frame

Abstract

The invention relates to the technical field of clamping and polishing of spectacle frames, and discloses a clamping manufacturing equipment for reducing the degree of compression deformation of spectacle frames. A supporting rod is movably connected, and a return spring is movably connected to the side of the supporting rod close to the housing. The end of the returning spring far away from the supporting rod is fixedly connected to a miscellaneous storage box. The surface of the supporting rod is provided with an inlet and outlet. Surface articulations have folded panels. When the folding plate is folded in half, it will squeeze the telescopic part, so that the telescopic part squeezes the elastic plate and shrinks, and the support rod is finally pushed into the inside of the housing, and the part that is not in contact with the spectacle frame will remain in a motionless state, so The symmetrical housings are placed in a staggered arrangement, and the squeezed and unsqueezed support rods will form a clamping force on the spectacle frame, thereby achieving the effect of clamping the spectacle frame surface without leaving any clamping marks.

Description

technical field [0001] The invention relates to the technical field of clamping and polishing of spectacle frames, in particular to clamping manufacturing equipment for reducing the compression deformation of spectacle frames. Background technique [0002] Glasses are composed of frames and lenses, which are worn in front of the eyes of the human body to improve vision, protect eyes, or be used for decoration; a complete pair of glasses requires multi-step manufacturing to complete, and the clamping and polishing of the glasses frame is relatively difficult. important. [0003] Spectacle frames are divided into metal and plastic materials. Metal spectacle frames need to be polished after being cut and formed. Traditional polishing equipment clamps and fixes the spectacle frames, and polishes them with grinding equipment. [0004] Although the traditional polishing equipment can polish the spectacle frame well, but because the frame is metal and the rigidity is poor, if the ...

AI Technical Summary

Problems solved by technology

[0004] Although the traditional polishing equipment can polish the spectacle frame well, but because the frame is metal and the rigidity is poor, if the clamping force of the clamping mechanism is not properly controlled, it will leave pinch marks on the surface of the frame, and the traditional The clamping mechanism has a small clamping adjustment range and cannot adapt to various shapes of spectacle frames. In addition, traditional grinding equipment needs to be rotated at multiple angles to complete the grinding of each part of the frame, and there are many bends in the frame. , and the rotation angle of the grinding equipment is limited, which results in partial bending that cannot be polished, which affects the painting effect of the frame in the later stage. Therefore, a clamping manufacturing equipment that reduces the degree of compression deformation of the spectacle frame came into being.

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