Steel plate oddment monitoring method and system

Abstract

The invention discloses a steel plate oddment monitoring method which is applied in a steel plate oddment monitoring system. The method includes that a server receives layout results from a layout system and determines whether the layout results contain oddment information; if so, a cutting site management terminal acquires the layout results from the server according to production plan, an operator prepares material according to plate blank information, a numerical-control cutting platform cuts the prepared plate blanks according to a numerical-control program and layout images, the cutting site management terminal sends oddment information to a RFID reader after cutting of the numerical-control cutting platform is completed, the RFID reader writes the oddment information into a RFID and embeds the RFID into the oddment, and the operator stores the oddment with the embedded RFID into a plate blank bin and sends storing position of the oddment to the server through a management terminal of the plate blank bin. By the aid of the method, steel plate oddment monitoring and management can be realized effectively, relevant enterprises can utilize raw material effectively, material utilization can be improved, and production cost can be reduced.

Description

technical field [0001] The invention belongs to the field of sheet metal cutting processing residual material management, and more specifically relates to a method and system for monitoring steel plate residual material. Background technique [0002] Sheet metal cutting is widely used in many fields such as construction machinery, shipbuilding industry, port machinery, heavy industry machinery and aerospace. With the intensification of market competition, enterprises are urgently required to improve production efficiency and material utilization, thereby improving the economic benefits of enterprises. At present, in the field of sheet metal cutting and processing, some steel plate surplus materials are wasted because they have not been reused because the information of these surplus materials has not been filed. In addition, some remaining steel plates are laid out again during layout, but it is difficult to find the remaining steel plates during cutting, or the cost of usi...

AI Technical Summary

Problems solved by technology

At present, in the field of sheet metal cutting and processing, some steel plate surplus materials are wasted because they have not been reused because the information of these surplus materials has not been filed.

In addition, some remaining steel plates are laid out again during layout, but it is difficult to find the remaining material when cutting, or the cost of using the remaining steel plate is relatively high

Therefore, there is no effective management of the remaining steel plate, resulting in a relatively large waste of raw materials and increased production costs

The management of steel plate surplus has become a management blind spot in the sheet metal cutting and processing manufacturing industry, which is not conducive to the modern management of enterprises

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