Tire mold side plate automatic centering and reordering device and reordering method

Abstract

The invention discloses an automatic centering and sequence turning device for side plates of a tire mold and a sequence turning method. The automatic centering and sequence turning device comprises a front sequence worktable, a rear sequence worktable, a fixed worktable mounted between the front sequence worktable and the rear sequence worktable, and conveying systems mounted between the fixed worktable and the rear sequence worktable, wherein an automatic centering device is arranged at the fixed worktable; grooves are formed in the table faces of both the fixed worktable and the rear sequence worktable; an electromagnetic chuck is placed in the groove of the fixed worktable, and the shape of the groove is matched with that of the electromagnetic chuck; and each conveying system comprises a movable plate, a movable plate driving device used for driving the movable plate to move from the fixed worktable to the rear sequence worktable, and a lifting device mounted on the movable plate and used for lifting up the side plates. The automatic centering and sequence turning device realizes automatic centering and sequence turning of the side plates, and is efficient and safe in sequence turning process and low in manual cost.

Description

Technical field [0001] The invention relates to the field of tire mold processing, in particular to an automatic centering and reversing device and a reversing method for a tire mold side plate. Background technique [0002] At present, the processing sequence of the side plate of the tire mold is completed by crane or battery car. The driving sequence is only applicable to the situation of inter-workshops, and the shifting sequence between the workshops is conveyed by battery cars. Moreover, there are several problems in the transfer sequence of these two methods: one is that the transfer sequence is slow, and after the previous process is processed, it cannot be transferred to the next process in time; the second is that the side plate bumps during the transfer process. This phenomenon causes the parts to be scrapped after their appearance is damaged; thirdly, manual operations are required, resulting in increased production assistance time and labor costs. Summary of the inv...

AI Technical Summary

Problems solved by technology

Moreover, there are several problems in the following aspects of the sequence transfer of these two methods: first, the sequence transfer is slow, and the previous process cannot be transferred to the next process in time after the previous process is completed; second, side plate bumps will occur during the sequence transfer Phenomenon, which causes parts to be scrapped after being damaged in appearance; third, manual operation is required, resulting in increased production auxiliary time and increased labor costs

Images