A spare parts manufacturing process and automated intelligent manufacturing equipment

Abstract

The invention discloses a spare parts manufacturing process and automated intelligent manufacturing equipment. The spare parts manufacturing and processing instrument is installed on the manufacturing table, and the instrument is installed facing the rotating table, and the spare parts to be processed are placed in the material tray on the feeding car. The drive motor drives the directional drive wheel to rotate to push the feeding cart to the bottom of the feeding manipulator, and the second motor and the third motor drive the grabbing main arm and the first adjusting arm to rotate, thereby driving the grabbing arm to move towards the feeding cart and rotate The cylinder drives the rotating plate to rotate and adjust the position of the clamping support plate. The invention automatically loads and takes out the spare parts by setting the feeding manipulator and the reclaiming manipulator, so as to improve the degree of automation in the process of spare parts manufacturing and processing, thereby effectively improving The processing efficiency of spare parts, the clamping component can be flexibly adjusted according to the size of the actual spare parts, realize different types of manufacturing and processing of different types of spare parts, and improve the range of manufacturing and processing.

Description

technical field [0001] The invention belongs to the technical field of automated intelligent manufacturing equipment, and in particular relates to a spare parts manufacturing process and automated intelligent manufacturing equipment. Background technique [0002] The existing metal spare parts machining workshop mainly processes small batches and multi-variety parts. Due to the small batch clamping method, tooling clamping cannot be realized, and due to the large number of varieties and frequent job changes in each process, it takes a long time for clamping, resulting in a relatively low start-up rate, about 60% on average. Especially in the CNC machining center sequence, each person can only operate one CNC machine tool because it takes a long time to install the card. There are many CNCs in the workshop, and more skilled operators are needed for two shifts. The labor intensity of skilled operators is high, and it is becoming more and more difficult to recruit skilled oper...

AI Technical Summary

Problems solved by technology

Due to the small batch clamping method, tooling clamping cannot be realized, and due to the frequent change of work in each process due to the large variety, it takes a long time for clamping, resulting in a relatively low start-up rate, about 60% on average.

Especially in the CNC machining center, each person can only operate one CNC machine tool due to the long time required for card loading

There are many CNCs in the workshop, and more skilled operators are needed for two shifts. The labor intensity of skilled operators is high, and it is becoming more and more difficult to recruit skilled operators. The high labor cost and low efficiency of the workshop have become constraints to the development of the company. bottleneck

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