A glass cutting and feeding system

Abstract

The present invention relates to the technical field of glass processing, and discloses a glass cutting and feeding system, which includes a trolley 1, a glass turning mechanism and a glass transmission mechanism, and the trolley 1 is also equipped with a device for buffering the impact force when the glass contacts the transmission wheel 61. Lifting support mechanism, the lifting support mechanism includes a support plate 8 located above the transmission shaft 62, a lift plate 9 located between the phase transmission shafts 62, and an elastic support assembly 11 supporting the lift plate 9, wherein the upper end of the support plate 8 is pasted with a layer Sponge pad 82, fixed plate 10 is installed between lifting plate 9 and adjacent support plate 8, fixed plate 10 is vertically arranged, and support plate 8, fixed plate 10 and lifting plate 9 form an integral structure, simultaneously on support plate 8 is provided with an avoidance groove 81, and the avoidance groove 81 runs through the support plate 8 along the vertical direction; the cooperation between the lifting support structure and the glass turning mechanism makes the glass transfer to the transmission wheel smoothly, ensuring the safety of feeding.

Description

technical field [0001] The invention relates to the technical field of glass processing, in particular to a glass cutting and feeding system. Background technique [0002] Glass processing includes many steps, the first step is the raw material loading process, which is mainly to move the glass to be processed to the horizontal processing platform, and then cut the glass and other processing. [0003] The patent with the existing notification number CN206512095U discloses a new type of glass automatic feeding device, including a trolley, a glass turning mechanism, a glass transmission mechanism and a driving device. The glass turning mechanism includes a turning arm, a turning link, a crank, a turning drive device, fixed arm, lifting cylinder and vacuum cups. [0004] When feeding, the glass is placed upright on the glass stacking rack at a specific angle of inclination to prevent the glass from falling. When the work starts, the trolley moves linearly to the right along t...

AI Technical Summary

Problems solved by technology

[0005] When the glass plate used for feeding is thin, after the "turning arm reaches the horizontal direction, at this time, the glass is slightly higher than the upper edge of the transmission wheel, at this time, the vacuum suction cup stops working, loosen the glass, and the lifting cylinder When retracting, the entire turning mechanism moves downward relative to the trolley. During the falling process, the glass falls on the transmission wheel, and the upper edge of the vacuum suction cup is slightly lower than the glass. During the process, the glass will fall down for a certain distance, and the thinner glass The point contact and collision between the suction cup and the transmission wheel can easily cause glass fragmentation; and if the direct control of the turning mechanism drives the glass plate to contact with the transmission wheel, it is difficult to accurately control the separation time point between the suction cup and the glass plate, resulting in glass Fragmentation caused by excessive compression between the plate and the transfer wheel

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