Profile distribution method

Abstract

The invention discloses a profile distribution method. A profile distribution system is adopted. The profile distribution method comprises the steps that S1, profiles are positioned, specifically, theprofiles are received through a feeding conveying roller bed device of the profile distribution system, and the ends of all the received profiles are flush to form a profile row; and S2, the profilesare transferred, specifically, the profile row on the feeding conveying roller bed device is transferred onto a feeding collecting conveying chain device through a material transferring vehicle device of the profile distribution system. According to the profile distribution method, the special profile distribution system is adopted, the profiles can be rapidly transferred and conveyed, the end faces of the materials can be reliably flush in the positioning process, and the profile distribution efficiency and quality are improved.

Description

technical field [0001] The invention belongs to the technical field of long profile packaging equipment, in particular, the invention relates to a profile distribution method. Background technique [0002] At present, the application of industrial robots in my country's industrial field is popular, and "machine substitution" is the development trend of the transformation and upgrading of the manufacturing industry. Affected by rising labor costs and operating environment protection regulations in profile manufacturing enterprises, the profile packaging process has realized the application of automatic palletizing robots, changed the traditional manual palletizing operation mode, realized the palletizing automation in the profile finishing area, and improved my country's profile packaging techinque level. [0003] How to efficiently and reliably automatically distribute materials to each palletizing station in the profile automatic packaging area has always been a technical b...

AI Technical Summary

Problems solved by technology

At present, the lifting input chain is mostly used to transfer the profile from the feeding roller table to the stacking station. When the lifting chain is lifted, the chain frame blocks the running direction of the feeding roller table, so that subsequent materials cannot enter the next yard through this area. stacking station

At the same time, the input chain has a long cycle from lifting to falling (10-15 seconds), while the cut-to-length cutting of the profile takes about 8-10 seconds, which will cause material accumulation in the feeding roller area. In order to match the material conveying process Most users must not reduce the efficiency of the shearing process in order to achieve the balance of material transportation. In extreme cases, they have to limit the work efficiency of the main rolling line, which directly affects the economic benefits of the enterprise.

However, the automatic palletizing station’s demand for incoming materials is greater than the collection and transportation efficiency of the input chain, and the palletizing equipment is mostly in a state of waiting for materials. In the process flow of the parallel multi-station palletizing area, this kind of material cannot be delivered in time. It is more prominent and directly limits the operating efficiency of the packaging line, resulting in a waste of investment

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