Numerical control carving control device for stainless steel door

Abstract

The invention relates to the technical field of stainless steel doors, and discloses a numerical control carving control device for a stainless steel door. The device comprises a graph database module which is used for storing a plurality of types of carving graph data; a data call module which is used for the call of carving graph data in the graph database module to a carving execution mechanism of a carving machine; a configuration module which is used for configuring a plurality of types of caving graph data to the graph database module; an SMS wireless communication module which is used for transmitting short message notification data to an SIM card when the data call module carries out the call of different carving graph data; and a main control unit which is connected with the graph database module, the data call module, the configuration module and the SMS wireless communication module. Moreover, the configuration module is connected with the graph database module, and the data call module is connected with the graph database module. The device can add the plurality of types of graph data to the graph database module through the configuration module, so as to increase the types of carving graphs of the carving machine. Moreover, the device can achieve better monitoring.

Description

technical field [0001] The invention relates to the technical field of stainless steel doors, and more specifically relates to a numerical control carving control device for stainless steel doors. Background technique [0002] Stainless steel doors are generally used as doors. However, cost-effective stainless steel doors require a better manufacturing process. In the process of making stainless steel doors, carving is one of the most important steps to improve the aesthetics of stainless steel doors. In the prior art, CNC engraving machines are generally used for engraving, but existing CNC engraving machines can only engrave several types of patterns carried inside the engraving machine. The use of CNC engraving machines is limited, and the types of engraving cannot be improved according to actual requirements; and when the existing CNC engraving machines change only a few types of engravings, they cannot report to the supervisor in time, which enables processing personnel...

AI Technical Summary

Problems solved by technology

In the prior art, CNC engraving machines are generally used for engraving, but the existing CNC engraving machines can only engrave several types of patterns carried inside the engraving machine.

The use of CNC engraving machines is limited, and the types of engraving cannot be improved according to actual requirements; and when the existing CNC engraving machines change only a few types of engravings, they cannot report to the supervisor in time, which enables processing personnel to Changing the carving type without permission cannot be effectively controlled

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