Gliding storage device for glass pieces on glass production line

Abstract

The invention discloses a gliding storage device for glass pieces on a glass production line. The gliding storage device for the glass pieces on the glass production line comprises supports, an inclined gliding device and an inclined supporting device. A pair of middle connecting plates are formed between the supporting plate of a left support and the supporting plate of a right support. The inclined gliding device comprises an L-shaped central supporting plate and a pair of auxiliary supporting plates. The left end of a horizontal portion of the central supporting plate is pivoted to the pairof middle connecting plates and arranged in an equal-angle and positive and negative intermittently rotary manner. A number of left-right uniformly-distributed and rotatably-arranged central rollersare arranged on the upper end face of the horizontal portion of the central supporting plate. A vertical portion of the central supporting plate is located at the right end of the upper end face of the horizontal portion, and a left-right penetratingly-arranged horizontal penetrating hole for passing through of the glass pieces is formed in the vertical portion of the central supporting plate. Thelower side wall face of the horizontal penetrating hole is flush with horizontal sections of the upper sides of the central rollers. A blocking plate is arranged at the right end of the horizontal penetrating hole in a lifting manner. According to the gliding storage device for the glass pieces on the glass production line, when a breakdown occurs in the production line, the glass pieces are transferred to the inclined supporting device through inclination changes of the central supporting plate, shutting down of the machine is not needed, and the layout is reasonable.

Description

technical field [0001] The invention relates to glass production and manufacturing equipment, in particular to a sliding storage device for glass flakes on a glass production line. Background technique [0002] At present, in the glass deep-processing production line, the original glass is transported to the stacking area of ​​the production line for stacking and packing through processes such as loading, edging, cleaning, drying, and coating. According to the production process requirements of the coated glass deep processing production line, due to the different processing speeds of each process, when a fault occurs somewhere in the production line, the glass processed in the previous process will not be able to pass through, and it is necessary to allow time for fault handling to adjust the rhythm of the production line , to avoid problems such as collision, which will reduce the production efficiency of the entire production line, so the production line must have a certa...

AI Technical Summary

Problems solved by technology

However, it is inconvenient to operate the glass moving out of the roller table, pneumatic floating table and other equipment, the cost is high, frequent maintenance is required, and manual operation is required to cooperate with the operation of the equipment, which increases the labor intensity of the workers and the probability of glass damage is not low.

Two: Stop all the production lines urgently, so that the glass plates that are about to collide stay at their respective stations. This method usually reduces the production capacity of the equipment and is not applicable to some equipment that cannot be stopped.

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