Automatic weighing and packaging production line tailing processing system

Abstract

The invention belongs to the technical field of weighing and packaging, and particularly relates to an automatic weighing and packaging production line tailing processing system. The tailing processing system comprises a bin, two discharging holes are formed at the bottom of the bin, and a bin cover is fixed at the top of the bin and is provided with at least a set of feeding mechanisms. The two ends, in the length direction, of the upper portion of an inner cavity of the bin are both provided with a rotating shaft in a rotating mode. Each rotating shaft is fixedly connected with a turning plate which is arranged in the direction of the shaft diameter inside the bin. Both ends of each rotating shaft penetrate out of the inner cavity of the bin. The outer wall surface of the bin is provided with two sets of material flowing direction control devices. Each set of material flowing direction control devices is connected with one rotating shaft and drives the rotating shaft to rotate correspondingly during work. By means of the tailing processing system, the purpose of inventory reduction or even zero inventory can be achieved.

Description

technical field [0001] The invention belongs to the technical field of weighing and packaging, in particular to an automatic weighing and packaging production line tailings processing system. Background technique [0002] At present, most domestic users use manual cleaning of residual materials, and then manually fill up the packaging bags, and then put the packaging bags on the production line for subsequent processes such as seaming, bag pouring, spraying, and palletizing, which cannot be automated and time-consuming. force. Especially in some working occasions where the types of materials need to be changed frequently, it will affect the work efficiency, cause a major waste of manpower, and increase the labor cost. [0003] More importantly, quantitative production cannot be produced, resulting in inventory, which is even more inconvenient for digital warehouse management. For many manufacturers, the goal of zero inventory or less inventory cannot be realized at all. Si...

AI Technical Summary

Problems solved by technology

[0002] At present, most domestic users use manual cleaning of residual materials, and then manually fill up the packaging bags, and then put the packaging bags on the production line for subsequent processes such as seaming, bag pouring, spraying, and palletizing, which cannot be automated and time-consuming. force

Especially in some operating occasions where frequent replacement of materials is required, it will affect work efficiency, cause significant waste of manpower, and increase labor costs.

[0003] More importantly, quantitative production cannot be produced, resulting in inventory, which is even more inconvenient for digital warehouse management. For many manufacturers, the goal of zero inventory or less inventory cannot be realized at all. Since the materials were cleaned manually in the past, manufacturers can only pack each item in advance. Kinds of materials, and then stacked in the warehouse, if you need to deliver the goods, find the corresponding materials from the warehouse, and then take them out for delivery and loading

That is, a huge warehouse is required to stock up, and it is time-consuming and laborious

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