Full-automatic stretching and cutting equipment for helical corrugated pipe

Abstract

The invention relates to full-automatic stretching and cutting equipment for a helical corrugated pipe. The equipment comprises a corrugated pipe storing frame, a front guide device, a conveying crawler belt, a rear guide device, a locating system, a front clamping die base, a rear clamping die base, a rear tensioning and conveying device and a collecting disc, wherein the front guide device, theconveying crawler belt, the rear guide device, the locating system, the front clamping die base, the rear clamping die base, the rear tensioning and conveying device and the collecting disc are sequentially connected with the corrugated pipe storing frame. A laser locating system is adopted for accurately locating crest and trough positions and matched with the conveying crawler belt, accuracy ofcorrugated pipe locating is ensured, and the situation that during manual operation, the corrugated pipe is damaged by a clamping die piece is avoided. The cutting-off position of a cutting-off tool can be adjusted slightly in the axial direction, and the situation that the cutting position cannot be controlled during manual operation is avoided. The whole device is beneficial for improving the working efficiency, reducing labor intensity and lowering the technical requirement, and a safe, accurate, efficient, continuous and environment-friendly operation mode is provided.

Description

technical field [0001] The invention relates to the field of automatic cutting devices, in particular to a fully automatic stretching and cutting device for spiral corrugated pipes. Background technique [0002] The stretching and cutting of the corrugated section of the stainless steel spiral corrugated pipe are the main processes of the end processing of the corrugated pipe. In the prior art, the stretching and cutting are all done manually in stages, and the operator directly contacts the clamping device and the cutting device, which is prone to accidents. Work-related accidents; and the fixed-length, clamping, and cutting operations are done manually, and the dimensional deviation and surface damage of the bellows caused by human errors cannot be avoided; the stretching and cutting operations are completed step by step, and each action is completed manually by the operator, which is inefficient , unable to work continuously; there are no effective protective measures at ...

AI Technical Summary

Problems solved by technology

[0002] The stretching and cutting of the corrugated section of the stainless steel spiral corrugated pipe are the main processes of the end processing of the corrugated pipe. In the prior art, the stretching and cutting are all done manually in stages, and the operator directly contacts the clamping device and the cutting device, which is prone to accidents. Work-related accidents; and the fixed-length, clamping, and cutting operations are done manually, and the dimensional deviation and surface damage of the bellows caused by human errors cannot be avoided; the stretching and cutting operations are completed step by step, and each action is completed manually by the operator, which is inefficient , unable to work continuously; there are no effective protective measures at the cutting operation site, causing the metal particles generated by cutting to splash around, and cutting will also generate noise; therefore, there is a lack of a safe, accurate, efficient, continuous and environmentally friendly automatic operation equipment in the prior art

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