Numerically-controlled fiber winding machine and application thereof

Abstract

The invention provides a numerically-controlled fiber winding machine. The numerically-controlled fiber winding machine comprises a main shaft, a main shaft servo motor, an impregnation system and a control system. The main shaft servo motor is connected with the main shaft. The impregnation system comprises a gum coating groove, a gum coating servo motor and a gum coating groove linear guide rail, wherein the gum coating servo motor is connected with the gum coating groove and the gum coating groove linear guide rail is parallel with the main shaft. The control system comprises a servo driver and a controller connected with the servo driver. The servo driver controls the main shaft servo motor and the gum coating servo motor abased on signals received from the controller to drive the main shaft to rotate around the shaft center and drive the gum coating groove to move horizontally along the gum coating groove linear guide rail. The numerically-controlled fiber winding machine is simple in structure and high in degree of automation and can be used for winding fibers on surfaces of various pressure-resistant products.

Description

technical field [0001] The invention relates to a numerically controlled fiber winding machine and its application for winding fibers on the surface of pressure-resistant products. Background technique [0002] At present, the winding machine is mainly used in the container packaging of products such as foreign trade export, food and beverage, plastic chemical industry, glass ceramics, electromechanical castings, etc. It can not only improve production efficiency, but also prevent damage to the goods during the handling process, and play a dust-proof role. Moisture-proof and cleaning effect. [0003] After the product is manufactured, if the outermost layer is not effectively protected, it will be easily damaged, especially for water treatment membrane modules, if the outermost membrane is injected sideways without radial protection After high-pressure treatment of water, it will be broken by high-pressure water instantly, making the membrane module lose its function. At p...

AI Technical Summary

Problems solved by technology

[0003] After the product is manufactured, if the outermost layer is not effectively protected, it will be easily damaged, especially for water treatment membrane modules, if the outermost membrane is injected sideways without radial protection After high-pressure treatment of water, it will be instantly broken by high-pressure water, making the membrane module lose its effectiveness

At present, winding machines are used to produce large-scale FRP water pipes, FRP containers or winding copper coils and other components. There is no CNC fiber winding machine dedicated to water treatment membrane modules and similar pressure-resistant products on the market.

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