Flexible production system for micro die casting fitting grinding detection

Abstract

The invention relates to a flexible production system for micro die casting fitting grinding detection and belongs to the field of automation. The flexible production system comprises a feeding and discharging unit, a conveying unit, a grinding unit, a blowing unit, a detection unit and a central processing and control unit. The feeding and discharging unit is used for carrying workpieces during feeding and discharging. The conveying unit is used for implementing intermittent movement of the workpieces in different processing positions. The grinding unit, the blowing unit and the detection unit are used for conducting processing on the workpieces at different working procedures. The central processing and control unit and other units are used for conducting centralized management and dispatching so as to implement flexible production on different specifications and models of workpieces. The flexible production line and management system achieves the intelligence in the whole productionprocess, improves the grinding efficiency and machining consistency, saves the labor cost, can adapt to market variations better and has wide application prospects.

Description

technical field [0001] The invention belongs to the field of automation, and relates to a flexible production system for grinding and testing miniature die castings. Background technique [0002] Squeeze casting directly pours the molten metal to be cast into a metal mold coated with lubricant, and continuously exerts a certain static pressure on the forming punch to fill the cavity with the molten metal, thereby obtaining fine grains, uniform structure, and mechanical properties. Die castings with excellent performance. Widely used in the production of automobiles, motorcycle aluminum wheels / brakes, instrument housings, cast iron pots / cookers, copper alloy bushings and other products; however, flashes and burrs are inevitably generated around the end face and parting surface during die-casting production , and with the wear of the mold, there will be more and more flashes and burrs, so whether the casting can be cleaned quickly will directly affect the subsequent machining...

AI Technical Summary

Problems solved by technology

In the prior art, multiple grinding stations are set on the rotating support frame to realize rapid grinding of the rotor workpiece, which improves the grinding efficiency, but it is not universal, nor does it mention flexible processing and production; barcode management system and vehicle-mounted control system are used The production systems of , scheduling management system, MAS system and ground photoelectric system realize the flexible production of building components, but the system is complex and huge, which is not suitable for the production management of micro-miniature die-casting parts, which is not conducive to the miniaturization and integration of the system; in addition, Grinding equipment using professional robots is expensive, high operating costs, and the key core technology is monopolized by foreign countries, so it is not suitable for grinding of micro-small die-casting parts

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