Intelligent management system for FMS (Flexible Manufacture System) cutters based on two-dimensional technology

Abstract

An intelligent management system for FMS cutters based on a two-dimensional technology comprises a central cutter storeroom (1), a cutter presetting instrument (2), a machine tool (3), a workshop LAN (Local Area Network) system, a cutter conveyor (5) and a cutter management computer (6) and is characterized in that the central cutter storeroom (1) comprises a combined cutter with a two-dimensional label and a cutter rest with a two-dimensional code reader; the cutter presetting instrument (2) is used for presetting assembled or polished cutters before the cutters are stored in the storeroom; the two-dimensional code reader is arranged on the machine tool 3; the workshop LAN system (4) covers the whole workshop LAN; when the status information of the cutter changes, the information immediately gives a feedback to notify the central cutter storeroom and a FMS production line and cutter management system; the cutter conveyer (5) is in charge of conveying cutters; and the cutter management computer (6) is used for dispatching and controlling the whole cutter system. The real-time information tracking for the single-item level of the cutters in a full-life circle is realized and the efficiency of the FMS production line is improved.

Description

technical field [0001] The invention belongs to the technical field of flexible manufacturing systems, and in particular relates to an FMS tool intelligent management system based on two-dimensional code technology. Background technique [0002] The flexible manufacturing system (Flexible Manufacture System, referred to as FMS) production line is a production line composed of multiple adjustable machine tools (mostly special-purpose machine tools) connected together and equipped with automatic conveying devices. This production line can process parts with different specifications and different batches. As the number of tools used in the FMS system increases, higher requirements are placed on the automation of tool management. [0003] How to tap the potential production capacity and processing flexibility of the existing FMS production line is one of the most concerned issues of many scholars and manufacturers. With the continuous development of flexible manufacturing tech...

AI Technical Summary

Problems solved by technology

It is undeniable that RFID technology is suitable for tool management systems due to its efficient read and write characteristics, but RFID tags are costly and cannot be read after damage, and are prone to crosstalk in complex metal structures

At the same time, due to the large number of tools in the FMS system, it is difficult to popularize and apply

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