Corrugation copying pinch roll and corrugate plate clamping transmission positioning device

Abstract

The invention relates to a corrugation copying pinch roll. The corrugation copying pinch roll comprises a compression roller and a transmission roller, wherein the compression roller comprises a pinch driven roll, a driven roller shaft and an upper support which is used for accommodating and installing the driven roller shaft, the transmission roller comprises a pinch dynamic roll, a driving roller shaft, and a lower support which is used for accommodating and installing the driving roller shaft, the longitudinal section of the pinch driven roll is approximately in a drum shape, the longitudinal section of the pinch dynamic roll is approximately in a dumbbell shape, a corrugate gap is correspondingly formed between the pinch driven roll and the pinch dynamic roll which are matched up and down, and the corrugated gap is used for positioning a corrugate plate in the corrugate gap. The invention further relates to a corrugate plate clamping transmission positioning device. The corrugate plate clamping transmission positioning device utilizes the feature of being strong of rigidity in a transverse direction to adopt transverse transmission, and a transverse positioning mechanism is increased to conduct transverse positioning; two groups of copying pinch roll groups are increased at the middle position adjacent to a longitudinal direction by a longitudinal positioning mechanism. The longitudinal positioning mechanism not only has a transmission function, but also has a positioning function in the meantime, and is capable of achieving fast and accurate positioning of the entire plate by combining with the transverse positioning mechanism to use.

Description

technical field [0001] The invention relates to a tooling system for a corrugated board production line, in particular to a corrugated profiling pinch roller and a corrugated board clamping, conveying and positioning device. Background technique [0002] Container corrugated boards, such as side panels and roof panels, are assembled and automatically welded. The traditional conveying method is that 11 panels are fixed by spot welding and then enter automatic welding in the longitudinal direction. There are lateral positioning and longitudinal positioning, but the longitudinal rigidity of the entire side panel / roof is very poor. , In the process of longitudinal conveying, it often happens that after the front positioning is blocked, the rear plate continues to be conveyed or the impact of the front block causes partial plate arching, resulting in inaccurate positioning. In use, the positioning has to be carried out by visual inspection. Sometimes it needs to be jogged back an...

AI Technical Summary

Problems solved by technology

[0002] Container corrugated boards, such as side panels and roof panels, are assembled and automatically welded. The traditional conveying method is that 11 panels are fixed by spot welding and then enter automatic welding in the longitudinal direction. There are lateral positioning and longitudinal positioning, but the longitudinal rigidity of the entire side panel / roof is very poor. , In the process of longitudinal conveying, it often happens that after the front positioning is blocked, the rear plate continues to be conveyed or the impact of the front block causes partial plate arching, resulting in inaccurate positioning. In use, the positioning has to be carried out by visual inspection. Sometimes it needs to be jogged back and forth several times to fix the position. The positioning takes a long time and the efficiency is low.

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