Ring Fracture Knurling Equipment and Ring Fracture Knurling Method

Abstract

The invention provides ring-shaped piece fracture knurling equipment and method. The ring-shaped piece fracture knurling equipment comprises a machining platform, a burr removing knife, a forming knife, a first knurling knife and a second knurling knife, wherein the machining platform is provided with a clamp for clamping a to-be-knurled ring-shaped piece; the burr removing knife is used for removing excess materials and burrs on the machining surface of a ring-shaped piece fracture, the forming knife is used for milling the part required to be knurled on the machining surface to a preset R angle, and the first knurling knife and the second knurling knife can be matched to conduct knurling on the machining surface; the pattern directions of the first knurling knife and the second knurlingknife are opposite, and the first knurling knife and the second knurling knife can cut along with the machining path of the machining surface; and the first knurling knife, the second knurling knife,the burr removing knife and the forming knife are all arranged on the machining platform. According to the ring-shaped piece fracture knurling equipment, the to-be-knurled ring-shaped piece is fixed by utilizing the clamp, then the burr removing knife, the forming knife, the first knurling knife and the second knurling knife are sequentially used to realize automatic knurling of the machining surface of the fracture, and therefore, influence of artificial factors on the knurling quality is reduced, and realizing of standardized production is facilitated.

Description

technical field [0001] The invention relates to the technical field of mechanical processing, and more specifically relates to a fracture knurling device for a ring, and also relates to a fracture knurling method for a ring. Background technique [0002] In order to improve the adsorption ability of the fracture of the ring to particles, the surface of the fracture of the ring is evenly provided with concave and convex patterns to increase the roughness of the fracture surface of the ring to increase the ability to adsorb particles. In the prior art, knurling is often carried out on the fracture surface of the annular member by hand engraving. [0003] Due to relying on manual knurling, the knurling process is cumbersome, and the operation requirements of each process are high. Human factors have a greater impact on the knurling quality, and the operator needs a lot of experience, the technical learning time is long, and the labor load is relatively large during operation L...

AI Technical Summary

Problems solved by technology

[0003] Due to relying on manual knurling, the knurling process is cumbersome, and the operation requirements of each process are high. Human factors have a greater impact on the knurling quality, and the operator needs a lot of experience, the technical learning time is long, and the labor load is relatively large during operation Large, low work efficiency, and product defects such as overlapping patterns, poor connection of patterns, burrs, etc. are prone to occur, and standardized production cannot be realized

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