Full steel radial ply tire on-line code-scanning, weighing and automatic conveying system positioned behind X-ray device

Abstract

The invention discloses a full steel radial ply tire on-line code-scanning, weighing and automatic conveying system positioned behind an X-ray device. The full steel radial ply tire on-line code-scanning, weighing and automatic conveying system comprises, sequentially connected, a summary module belt, a connection module belt, a tire conveying and storage roller-way set which comprises a plurality of alternatively connected depositing roller-ways and climbing conveyer belts, a sorting system, a bidirectional module belt provided with outlets for connecting different tire conveying lines, tire pushing devices arranged on the joints of each tire conveying lines and the bidirectional module belt, and a return roller-way which connects the bidirectional module belt and the connection module belt, receives residual tires on the bidirectional module belt to return the residual tires to the connection module belt, the tire conveying and storage roller-way set, the sorting system and the bidirectional module belt for cyclic delivery. The full steel radial ply tire on-line code-scanning, weighing and automatic conveying system is simple in structure, convenient for operation, employs a concentrated inscription conveying and code-scanning and weight system for replacement, substantially lowers labor intensity and greatly improves production efficiency.

Description

technical field [0001] The invention relates to an automatic conveying system after online barcode scanning and weighing, in particular an online barcode scanning and weighing automatic conveying system for all-steel radial tires located behind an X-ray machine. Background technique [0002] At present, the vulcanized all-steel tires are automatically distributed to multiple X-ray machines for inspection according to the load after trimming and external inspection, which greatly reduces the number of operators in the vulcanization process. However, after the all-steel tires are inspected by the X-ray machine, one person still needs to be arranged after each X-ray machine to pick up the tire and manually roll it to the corresponding dynamic balance inspection machine according to the rim specification, and one person is also required for each dynamic balance inspection machine The tires are sent to the inspection machine one by one through the uphill conveyor belt, which take...

AI Technical Summary

Problems solved by technology

However, after the all-steel tires are inspected by the X-ray machine, one person still needs to be arranged after each X-ray machine to pick up the tire and manually roll it to the corresponding dynamic balance inspection machine according to the rim specification, and one person is also required for each dynamic balance inspection machine The tires are sent to the inspection machine one by one through the uphill conveyor belt, which takes up a lot of people, labor intensity is high, and the tires are polluted on the ground. The inspection-free tires are placed on the site and transported into the warehouse by forklifts. The process is not advanced

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