An anti-warping finishing device for impregnated paper production

Abstract

The invention discloses an anti-warping collating device for impregnated paper production. The anti-warping collating device comprises a cutting segment, a staggered collating segment and an anti-warping collating segment. The cutting segment comprises a cutting mechanism and a feeding mechanism. The staggered collating segment comprises a collating table, a rotary staggering mechanism and a conveying mechanism. The anti-warping collating segment comprises a collating rack and multiple anti-warping layers which are connected to the collating rack in a sliding manner. Each anti-warping layer comprises an anti-warping tray, a moving tray and locating mechanisms. Each anti-warping tray is arranged on the corresponding moving tray. The four corners of the moving tray on each layer are each provided with the corresponding locating mechanism. The anti-warping collating device integrates cutting, conveying and collating and is simple in structure; impregnated paper can be collated more conveniently and faster; efficiency of collating the impregnated paper in piles is improved by 2-3 times; and in addition, the edge of each anti-warping tray is of a sunken structure, so that the impregnated paper is in the prestressed downwards-curved state all the time and prevented from warping upwards. The anti-warping collating device improves and is adapted to operation requirements of an automatic press.

Description

technical field [0001] The invention relates to an anti-warping finishing device for impregnated paper production. Background technique [0002] All automatic presses use manipulators to automatically grab the impregnated paper for billet assembly. Because the impregnated paper has different degrees of edge warping, the photoelectric detection of the automatic press machine fails, malfunctions, and the blank assembly cannot be completed; moreover, the existing impregnated paper is cut first, and then manually sorted one by one after cutting. Generally, more than a dozen sheets of impregnated paper are placed on a horizontal square tray, which not only complicates the work procedure, but also is labor-intensive, and is not conducive to the orderly arrangement of impregnated paper, which is prone to errors, and piles of impregnated paper In the finishing process, the amount of calculation is large, which greatly increases the labor cost. At the same time, due to the existence...

AI Technical Summary

Problems solved by technology

Because the impregnated paper has different degrees of edge warping, the photoelectric detection of the automatic press machine fails, malfunctions, and the blank assembly cannot be completed; moreover, the existing impregnated paper is cut first, and then manually sorted one by one after cutting. Generally, more than a dozen sheets of impregnated paper are placed on a horizontal square tray, which not only complicates the work procedure, but also is labor-intensive, and is not conducive to the orderly arrangement of impregnated paper, which is prone to errors, and piles of impregnated paper In the finishing process, the amount of calculation is large, which greatly increases the labor cost. At the same time, due to the existence of warped edges, the subsequent operation and use are affected; and when the general fiber paper is sorted one by one, none of them can be used directly. Finishing equipment resulting in limited finishing of rolls of impregnated paper

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