Method for simplely and rapidly manufacturing upper disk of high speed braiding machine

Abstract

The invention relates to a simple and rapid method for manufacturing upper plates of high-speed braiding machines. The method mainly comprises the following steps of using a special disc-shaped milling cutter to mill required circular runway grooves, manufacturing a disc-shaped insert, milling intercrossed grooves on the upper surface of the insert, ensuring that the intercrossed grooves have the same depth and width with the circular runway grooves, providing two sides of the disc-shaped insert with step-shaped fixing screw holes respectively, providing a position between two adjacent circular runway grooves with a circular blind hole strictly matched with the outer diameter and thickness of the disc-shaped insert, as well as a corresponding screw hole, inlaying and fixing the disc-shaped insert, ensuring that the intercrossed grooves of the insert are smoothly communicated with the circular runway grooves and ensuring that the surfaces of the intercrossed grooves and the circular runway grooves are level with each other. The simple rapid method for manufacturing the upper plates of high-speed braiding machines has the advantages that the method saves labor, time and trouble, can greatly reduce the manufacturing cost of the high-speed braiding machines and the upper plates thereof, can improve work efficiency by five to ten times, and can thoroughly solve the problem that the upper plates are difficult to manufacture.

Description

Technical field [0001] The invention relates to a simple and fast manufacturing method for the upper plate of a high-speed braiding machine for manufacturing wire sheaths, braided ropes and braided belts. Background technique [0002] The upper plate of the high-speed knitting machine is a disc-shaped structure. On its surface, there are regular runways formed by quincunx-shaped grooves intersecting each other. It is a key component of the high-speed knitting machine, and its amount is very large. Big. The hanging plate is very complicated to manufacture. At present, the drilling method is often used, and then manually filed and manually shoveled to form. This operation method is particularly laborious, time-consuming and troublesome, and will greatly increase the manufacturing cost of the hanging plate and the high-speed knitting machine; If mechanical operation is used, a special CNC boring and milling machine must be used for programming boring and milling. This manufacturing ...

AI Technical Summary

Problems solved by technology

The upper plate is very complicated to manufacture. At present, the drilling method is mostly used, and then manual filing and manual shoveling are used. This operation method is particularly laborious, time-consuming, troublesome, and will greatly increase the manufacturing cost of the upper plate and high-speed braiding machine; If mechanical operation is used, a special CNC boring and milling machine must be used for programming boring and milling. This manufacturing method is not only expensive, but also increases the manufacturing cost of the upper plate and high-speed braiding machine. It is not very ideal at present. the solution

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