Tension pressing plate structure and intelligent control method thereof

Abstract

The invention discloses a tension pressing plate structure and an intelligent control method thereof. The tension pressing plate structure comprises a tension pressing plate device, wherein a strip is wound on a reeling machine via the tension pressing plate device, the tension pressing plate device comprises an upper pressing plate, a press block oil cylinder drives the upper pressing plate to move up and down, a transverse driving oil cylinder drives the upper pressing plate to move transversely along the width direction of the strip, the upper pressing plate comprises pressing plates, pressing blocks are mounted on the pressing plates to form grooves along the width direction of the strip, transverse moving sleeves capable of sliding along the transverse directions of the grooves are arranged in the grooves, the transverse moving sleeves are provided with fixed blocks and sliding blocks, the fixed blocks are mounted at the tops of the transverse moving sleeves, and bolts pass through the fixed blocks, and are connected with the sliding blocks through locking blocks. According to the tension pressing plate structure and the intelligent control method thereof, pressure can be controlled in a segmented way, the positions of the pressing blocks can be moved transversely, one-to-one independent adjustment and control on tensile stress of each strip can be performed, online adjustment and control on reeling tensile stress of any one or multiple narrow strips can be realized during operation, meanwhile directly making contact with the strips by a person is avoided, and the characteristics of safety and reliability are achieved.

Description

technical field [0001] The invention relates to the field of slitting and slitting for the finishing treatment of plates and strips, in particular to a tension platen structure and its intelligent control method, which is suitable for producing narrow strips of different specifications, and the coiling tensile stress of each narrow strip requires a The case where the controls are adjusted individually for one site. Background technique [0002] At present, in the production process of strip cutting and slitting, the strip is cut into multiple narrow strips with the same or different widths after being cut by a disc, and these narrow strips enter the looper, and then enter the separation disc, the separation disc The narrow strips are separated separately so that the narrow strips are arranged horizontally and enter the tension platen, and finally wound on the reel of the coiler in sequence. During the coiling process of the coiler, the tension plate squeezes the strip to fo...

AI Technical Summary

Problems solved by technology

In the process of producing wide strips with this kind of tension platen, the extrusion force of each platen is prone to unevenness, resulting in bad phenomena such as wrinkling, bending, bulging and uneven coiling of the wide strips during the coiling process; During the cutting production process, it is easy for one platen to squeeze two adjacent strips at the same time, and it is impossible to individually control each narrow strip one by one

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