Pipe removing machine and method for manufacturing artificial sheath by using pipe removing machine

Abstract

The invention relates to a pipe removing machine and a method for manufacturing an artificial sheath by using a pipe removing machine. Rapid, effective and automatic cutting-off of a part containing a pipe (5) of a sheath (2) is allowed; rapid, effective and automatic connection of the residual sheath (2) is allowed once the pipe (5) is allowed to be discarded; the pipe removing machine comprises a detection device (10) for detecting the arriving of the pipe (5) contained in the sheath (2), a cutting device (20) which is used for cutting the sheath (2) and is combined with the part of the pipe (5), a splicing device (30) which is used for connecting the end part of the cut-off sheath (2), and a temporary storage device (40) for storing the sheath (2); the temporary storage device is allowed to continuously pick the sheath (2) in the pipe removing machine (1) in a cutting and connection phase process; the interruption of a following fold preparing process is prevented.

Description

Technical field [0001] The invention belongs to the food sector, and more precisely, to the manufacture of artificial casings for filling food products and / or meat products. [0002] The main purpose of the present invention is a pipe removing machine for the production line for the production of manual sheathing, which allows quick and automatic cutting of the sheathed sections (including pipes), and then splicing the pipes, thereby facilitating packaging The sleeve is continuously and uninterruptedly wound on the winding reel, which prevents a stop in the shirring machine and thus optimizes the total production line output. Background technique [0003] In a manufacturing line for the production of artificial sheaths, manual insertion of tubes arranged in sheaths is now known in order to facilitate the removal of fluids present in the tubes as they pass through the drying stage (dryer) And ventilation (ventilation). However, in the subsequent stages of the production line, the ...

AI Technical Summary

Problems solved by technology

The main problem with operating in this way is that the winding shaft is continuously interrupted, which in turn causes the subsequent pleating process to stop

Furthermore, it is necessary to have an operator at all times keeping an eye on and paying attention to this stage of the production line after the sheath including the tubes leaves the dryer, a considerable disadvantage associated with this is that human error or mistakes can occur, this task requires concentration, Constant attention and time, not to mention the stress this puts on the operator

[0011] Therefore, the presence of the tube after the drying phase entails deformations on the winding shaft, which lead to interruptions of the pleating machine and, correspondingly, to a substantial loss of production line productivity, where the machine stops and "downtime" transitions very significant economic loss

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