Solid tyre blank sorting system

Abstract

The invention discloses a solid tyre blank sorting system which comprises a master control system, a grabbing mechanism, a sorting mechanism and a stacking mechanism. S1, the grabbing mechanism placessolid tyre blanks onto a detection table of the sorting mechanism after grabbing the solid tyre blanks from a production line; S2, the detection table detects the solid tyre blanks; S3, for the solidtyre blanks which are unqualified through detection, two rotating shafts of a push rod rotate oppositely, two push arms push the solid tyre blanks into a right conveying table, and the solid tyre blanks are conveyed to a manual repair table through the right conveying table; S4, for the solid tyre blanks which are qualified through detection, the two rotating shafts of a push rod rotate oppositely,, and the solid tyre blanks are pushed into a left conveying table through the two push arms and are conveyed to a guide trough of the stacking mechanism through the left conveying table; and S5, after being guided and loaded into a goods shelf through the guide trough, the solid tyre blanks are conveyed to a warehouse through rails. According to the solid tyre blank sorting system, the automation degree is high, the labor intensity is reduced, the manual cost is saved, and the production efficiency and the stability of solid tire blank storage quality are improved.

Description

technical field [0001] The invention relates to the field of solid tire production, in particular to a sorting system for solid tire embryos. Background technique [0002] The solid tire production line includes batching, molding, vulcanization, inspection and warehousing. After the semi-finished product is processed in the molding process, it forms a solid embryo. The solid embryo needs to be transported and stacked in the process of entering the subsequent process. On the solid tire building machine, the raw tires produced generally have a weight of 50-100Kg. In the past, they were manually transported to the weighing device, repaired according to the weight, and then transported to a fixed place, which seriously consumes manpower and affects to the efficiency of molding machine production. With the gradual popularization of mechanical automation, in various occasions, especially in the manufacturing industry, simple mechanical arms are used more and more frequently, whic...

AI Technical Summary

Problems solved by technology

[0004] This method has the following disadvantages: the line body only has a sorting function, and corresponding personnel are still required to sort the solid embryos at the end of the solid embryo transportation, that is, the solid embryos conveyed from the conveyor line are manually transported and placed in the corresponding Palletizing at different positions does not significantly reduce labor intensity

[0006] This method has the following disadvantages: it is necessary to stack the solid embryos transported by the wire body one by one, and the work efficiency is low; the weight of the solid embryos is large, and the solid embryos are stacked together when stacking, and the bottom solid tires are under pressure Large, long-term placement is likely to cause permanent deformation, which is not conducive to the subsequent processing of solid tires

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