Automatic buffer conveying system

Abstract

The invention provides an automatic buffer conveying system. The automatic buffer conveying system comprises a first buffer conveying area, a second buffer conveying area, an inlet conveying belt, a steering conveying belt, an outlet conveying belt, a bottle distributor, a plurality of steering mechanisms, a power cabinet and a control cabinet, wherein bottles and cans pass through the bottle distributor of the inlet conveying belt, and are conveyed to the first buffer conveying area at intervals through cooperation of the steering mechanisms, conveyed to the second buffer conveying area at intervals through the steering conveying belt and the steering mechanisms, and conveyed out through the outlet conveying belt; and the first buffer conveying area and the second buffer conveying area are used for temporarily storing bottle and can products. According to the automatic buffer conveying system, equipment on a production line can be fully utilized, and the production efficiency of the whole canning or bottling production line is improved; the outlet conveying belt and the inlet conveying belt are in butt joint, so that the bottle and can products can be directly conveyed without passing through a buffering area; and the bottle distributor, the steering mechanisms and the conveying belts are matched, so that the bottle and can products can be prevented from being extruded, conveyed and temporarily stored.

Description

technical field [0001] The invention belongs to the technical field of canned or bottled conveying production lines, and in particular relates to an automatic buffer conveying system. Background technique [0002] In the existing canning or bottling production line, there is a conveying channel for transporting bottles and cans between each functional host. The traditional conveying channel includes: a mounting frame, which is equipped with a conveying chain plate, and the conveying chain plate connects the upper and lower hosts. Connected, the conveying chain plate is conveyed by the upper main engine to the lower main engine, and the installation frames on both sides of the conveying chain plate are provided with guardrails. When working, the bottles or cans conveyed by the upper main machine are transported to the conveying chain plate of the conveying channel, and the conveying chain plate transports the bottles or cans to the lower main machine. [0003] The defect of ...

AI Technical Summary

Problems solved by technology

[0003] The defect of the above-mentioned conveying channel is that the number of empty bottles stored on the conveyor belt between the upper and lower hosts is relatively small. When the upper host breaks down and stops for a short time and cannot supply bottles and cans, all the bottles and cans on the conveyor belt are transported to the lower host. After that, there will be no bottles or cans to send, so that all the equipment behind the host machine will be shut down for a long time, resulting in a decrease in total output

However, the above-mentioned buffer platform bottle flow control is difficult, the pressure between the bottles and cans is high, and it is easy to squeeze and dump in the buffer area. In severe cases, the bottles and cans are worn out and waste products appear. jars to avoid bottle damage

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