Electric card auxiliary inner-cooling texture turning tool and nano fluid micro-lubrication intelligent working system

Abstract

The invention provides an electric card auxiliary inner-cooling texture turning tool and a nano fluid micro-lubrication intelligent working system. The electric card auxiliary inner-cooling texture turning tool comprises an inner-cooling turning tool handle, a direction adjustable nozzle and an inner-cooling turning tool blade; the inner-cooling turning tool handle serves as a carrying device; theinner-cooling turning tool blade is arranged at one end of the inner-cooling turning tool handle; an inner-cooling turning tool shim is arranged between the inner-cooling turning tool blade and a structure, carrying the blade, of the inner-cooling turning tool handle; an inner-cooling turning tool blade compaction device is further arranged on the inner-cooling turning tool handle; the inner-cooling turning tool blade is compacted on the inner-cooling turning tool handle by the inner-cooling turning tool blade compaction device; texture is machined on the front tool surface of the inner-cooling turning tool blade; the inner-cooling turning tool blade compaction device is of a hollow structure; the direction adjustable nozzle is further arranged on the inner-cooling turning tool blade compaction device; and the inner-cooling turning tool blade compaction device communicates with an inner passage of the direction adjustable nozzle. According to the electric card auxiliary inner-coolingtexture turning tool, the design of the direction turnable inner-cooling nozzle having the atomization effect is achieved, so that the accurate and controllable supply of a slight amount of lubricating liquid is further achieved.

Description

technical field [0001] The present disclosure relates to the technical field of mechanical processing, in particular to a turning process system and an intelligent supply method for electric card-assisted internal cooling textured turning tools, nanofluid micro-lubrication and micro-textured tools coupled. Background technique [0002] In the metal cutting process, cutting fluids and additives have been widely used because they can cool, lubricate, clean, remove chips and prevent rust, but at the same time they have brought many negative effects, such as polluting the environment, harming the Human health and increased manufacturing costs, and improper use will increase tool wear and reduce the surface quality of the workpiece. With the requirements of the national sustainable development strategy, my country's manufacturing industry is pursuing a high-quality, efficient and low-cost production model. At the same time, environmental protection regulations are becoming more a...

AI Technical Summary

Problems solved by technology

However, the type of friction texture in this patent is single, only two kinds of textures are simply combined, and the applicable working conditions of the texture are not explained, so it cannot be further practically applied

[0010] However, although the above-mentioned patents have solved the green cooling and lubrication problem in the turning process or the wear resistance problem of the tool or developed a new type of internal cooling tool to a certain extent, there are still defects to a certain extent or other necessary problems. Reasonable solution

[0011] Internal cooling tools have the problem of insufficient heat exchange during processing of difficult-to-machine materials with low thermal conductivity. During the processing of materials with low thermal conductivity, due to their low thermal conductivity, the heat cannot be transferred out in time, so it is easy to cause Processing surface burns or chips interact with props at high temperature to cause adhesion, which reduces the processing performance and processing accuracy of the tool

Images