Flow guide net punching isolating film composite material structure production system

Abstract

The invention relates to a flow guide net punching isolating film composite material structure production system. The system comprises a gluing mechanism, a synthesis mechanism and a film rolling mechanism, wherein the gluing mechanism comprises a glue coating mechanism, a first glue homogenizing mechanism and a second glue homogenizing mechanism, the second glue homogenizing mechanism comprises aspeed change assembly, a stretching assembly and a glue coating assembly, the synthesis mechanism is located behind the gluing mechanism and used for pressing a flow guide net subjected to gluing work and a porous isolating film, and the film rolling mechanism comprises a switching mechanism, a driving mechanism, a winding roll element rotationally arranged on a circulating assembly, two windingmechanisms symmetrically arranged on the two sides of the winding roll element, a cutting mechanism used for cutting a composite flow guide net and a glue sealing mechanism used for carrying out automatic finishing work on the tail of the cut composite flow guide net on the winding roll element. According to the system, the technical problems that when the porous isolating film and the flow guidenet work in a composite mode, production work is discontinuous, finished products need to be packaged and output after winding work is completed through shutdown, and the efficiency is low are solved.

Description

technical field [0001] The invention relates to the technical field of perforated isolation membranes for diversion nets, in particular to a composite material structure production system for perforated isolation membranes with diversion nets. Background technique [0002] Several auxiliary materials need to be used in the production of vacuum infusion process, including, guide net, porous film, vacuum bag film and so on. During production, the auxiliary materials are laid layer by layer on the main material. The porous film is very thin and soft, and can be naturally laid flat on gentle parts, but when the mold has a relatively steep "U"-shaped interface, the laid The porous membrane will fall off. In order to ensure that the porous membrane does not fall off, the existing production process is to spray glue on the surface of the original material, stick the porous membrane to the composite material, and then lay the diversion net. Sometimes, in some steep places, the dive...

AI Technical Summary

Problems solved by technology

[0005] The purpose of the present invention is to address the deficiencies of the prior art, by setting the first gluing mechanism to infiltrate the upper surface of the diversion net after gluing to the squeegee of the lower surface of the diversion net through the grid of the diversion net Remove, and timely repair the scraped glue to the lower surface of the porous isolation film, on the one hand, it is conducive to timely glue repair work, to achieve effective bonding in later pressing; Scrape off in time, and then pre-scrape off most of the useless glue, which will help the composite flow guide net to avoid mutual adhesion when it is rolled up. Cause damage and affect product quality; at the same time, through the new winding roller element and the winding mechanism, the automatic replacement of the new winding roller element and the old winding roller element is completed to ensure the continuous winding work of the production line, thereby solving the problem of When the porous isolation film and the diversion net work together, the production work is discontinuous, and the finished product needs to be shut down to complete the winding work, and the finished product is packaged and output, which is a technical problem of low efficiency.

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