Machining device of shaft parts

Abstract

The invention discloses a machining device of shaft parts. The device comprises a feeding disc, a lathe, a detection mechanism, a defective product area, a material discharging disc and a mechanical arm, wherein the feeding disc is used for containing the shaft parts to be machined; the lathe is used for machining the shaft parts; the detection mechanism is used for detecting whether the shaft parts meet a machining requirement or not; the defective product area is used for containing the shaft parts which do not meet the machining requirement through detection; the material discharging disc is used for containing the shaft parts which meet the machining requirement through detection; and the mechanical arm is used for grabbing the shaft parts to be machined from the feeding disc and sequentially conveying the shaft parts to the lathe and the detection mechanism, if the shaft parts do not meet the machining requirement through detection, the shaft parts are placed in the defective product area, if the shaft parts meet the machining requirement through detection, the shaft parts are placed in the material discharging disc. According to the device, only the shaft parts, machining diagrams with a DWG format of the shaft parts and an allowed machining error need to be provided, and full-automatic feeding machining, detection and material discharging can be realized.

Description

technical field [0001] The invention relates to a processing device, in particular to a processing device for shaft parts. Background technique [0002] At present, the era of Industry 4.0 has quietly arrived. Based on this background, intelligent manufacturing is the theme of the world today, aiming to improve the intelligence level of the manufacturing industry and establish intelligent factories with adaptability and resource efficiency. In today's era, intelligent manufacturing undoubtedly has a broad market. [0003] At present, most of the shaft parts on the market use ordinary large-scale semi-automatic lathes, and a few enterprises use expensive CNC numerical control lathes. [0004] The raw material clamping device in ordinary CNC lathes is the same as ordinary lathes, using ordinary chucks that require manual clamping and loosening. [0005] Existing detection methods for shaft parts generally use traditional measuring tools such as centimeters, micrometers, vern...

AI Technical Summary

Problems solved by technology

[0007] (1) Ordinary CNC lathes cannot be fully automated and have limited machining accuracy

[0008] (2) Ordinary chucks need to be manually clamped and loosened, which is time-consuming and laborious

[0009] (3) Parts detection relies on traditional detection methods, and the accuracy cannot be guaranteed

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