Automatic arranging and conveying system for glass containers

Abstract

The invention relates to an automatic arranging and conveying system for glass containers. The system mainly solves the problems that due to uneven intervals of the glass containers on an annealing kiln mesh belt, in the annealing process, container exploding easily happens, consequently, the finished product rate of the glass containers is low, and residual stress and poor quality exist in the glass containers. The system is characterized in that an automatic arranging device is located between an output conveying belt (21) and a transition conveying belt (19) of a bottle producing molding machine; and one end of the transition conveying belt (19) is located on the annealing kiln mesh belt (20), and a pneumatic bottle pushing machine is placed on one side of the transition conveying belt (19) and corresponds to the annealing kiln mesh belt (20). According to the automatic arranging and conveying system for the glass containers, the glass containers are pushed to the middle transition conveying belt through the disc type automatic arranging device, and the pneumatic bottle pushing machine pushes the glass containers to the annealing kiln mesh belt; the glass containers can be in the ideal staggering arranging state on the annealing kiln mesh, and the intervals of the glass containers are even; in the annealing process of the glass containers, the glass containers are evenly heated; and the quality of glass bottle tanks is effectively improved.

Description

technical field [0001] The invention relates to an automatic production line for making bottles and cans, in particular to an automatic arrangement and delivery system for glass bottles and cans. Background technique [0002] In the automatic bottle and can production line, glass bottle annealing is a very important process. The purpose of glass bottle annealing is to eliminate or weaken the residual stress in the glass bottle and can to the greatest extent and stabilize the internal structure of the glass bottle and can. At the same time, it can achieve better optical uniformity. In order to ensure that glass bottles and cans achieve better quality and a higher pass rate, during the transportation of glass bottles and cans from the bottle forming machine to the annealing kiln, scratches and extrusion deformation on the surface of glass bottles and cans should be avoided as much as possible. Moreover, the distance between adjacent glass bottles and jars should be kept as ev...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the problems of uneven spacing of glass bottles and cans on the annealing kiln mesh belt, easy explosion of bottles during annealing, low yield of glass bottles and cans, residual stress and poor quality of glass bottles and cans, the invention provides a glass bottle Automatic arrangement and conveying system for glass bottles and cans. The automatic arrangement and conveying system for glass bottles and jars adopts a disc-type automatic arrangement device, a pneumatic bottle pusher and a sequentially controlled pneumatic valve. The bottles and cans are moved to the intermediate transition conveyor belt, and then the glass bottles and cans are pushed to the annealing kiln mesh belt by a pneumatic bottle pusher. The glass bottles and cans can achieve an ideal staggered arrangement on the annealing kiln mesh belt. The distance between the glass bottles and jars is uniform, so that the glass bottles and jars are heated evenly during annealing, and the bottles will not burst during annealing, which improves the yield. At the same time, there will be no residual stress in the glass bottles and jars, which effectively improves the quality of the glass bottles and jars.

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