Intelligent slitting system and process for fiberglass tube

Abstract

The invention provides an intelligent slitting system and process for a fiberglass tube. The intelligent slitting system comprises a mounting bottom plate, clamping mechanisms, a distance adjusting mechanism and a supporting frame in the shape of U with the opening rightward, wherein the supporting frame in the shape of U with the opening rightward, which is open upwards, is mounted at the lower end of the mounting bottom plate; the distance adjusting mechanism is mounted on the mounting bottom plate inside the supporting frame in the shape of U with the opening rightward in a sliding fit mode; the cutting mechanism is mounted on the distance adjusting mechanism; and the clamping mechanisms are uniformly mounted on the distance adjusting mechanism below the cutting mechanism. According tothe intelligent slitting system for the fiberglass tube provided by the invention, a distance between adjacent cutting pieces can be kept consistent through the distance adjusting mechanism; the fiberglass tube can be flexibly clamped through clamping springs and rubber layers arranged on the arcs-shaped clamping surfaces of clamping bases to prevent the surface of the fiberglass tube from being damaged by clamping; and the cutting function of certain cutting mechanism can be reduced according to a practical condition to meet needs of the cutting dimension of the fiberglass tube at a long distance.

Description

technical field [0001] The invention relates to the technical field of glass fiber tubes, in particular to an intelligent glass fiber tube cutting system and cutting process. Background technique [0002] The molding process of the glass fiber tube is to impregnate the glass fiber filaments with resin, solidify in a high-speed polymerization device integrating photoelectricity and heat, and then form them by traction and pultrusion. According to the different types of resin used, fiberglass tubes are called FRP, epoxy FRP, and phenolic FRP. Fiberglass tube is light and hard, non-conductive, high mechanical strength, anti-aging, high temperature resistance, corrosion resistance, so it is widely used in petroleum, electric power, chemical industry, papermaking, urban water supply and drainage, factory sewage treatment, seawater desalination, gas transmission and other industries. a wide range of applications. [0003] As a one-piece structure, glass fiber tubes need to be cu...

AI Technical Summary

Problems solved by technology

[0003] As a one-piece structure, glass fiber tubes need to be cut according to specific conditions of use after being manufactured in the factory to meet different length requirements. However, the following problems exist in the traditional glass fiber tube cutting operation. 1. Traditional When cutting fiberglass tubes, the fiberglass tubes to be cut are generally placed on the workbench manually, and then the two sides of the parts to be cut are clamped with clamps, and then cut with cutting tools. Usually, the number of glass fiber tubes that need to be cut and processed is large, and due to different work experience and operating methods, different workers may cut glass fiber tubes of different lengths, which will affect the later use. 2. Traditional glass fiber tubes The cutting equipment cannot automatically adjust the distance between the cutting pieces in order to cut out multiple sections of glass fiber tubes of the same length, nor can it adjust the operating status of each cutting mechanism according to the actual use requirements after the position adjustment of the cutting pieces is completed. The cutting mechanism that needs to run works to adapt to the cutting length of the fiberglass pipe, improving the accuracy of the length requirement during the cutting operation

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