Rock cutting computer control system

Abstract

The invention discloses a rock cutting computer control system, which comprises a GPU. The input end of the GPU is electrically connected with the input end of an acquisition module. The input end ofthe GPU is electrically connected with the output end of a power supply module. The output end of the GPU is electrically connected with the input end of a holographic projection module. The GPU is inbidirectional electrical connection with an information comparison module. The output end of the GPU is electrically connected with the input end of a control node. The output end of the control nodeis electrically connected with the input end of an FPGA. The input end of the FPGA is electrically connected with the output end of a feedback module. According to the rock carving computer control system, various information acquisition modes are adopted. Before the material analyzing and carving process, the total information of materials is collected. After that, the information is input to the GPU and then image data are mainly processed. As a result, a more comprehensive carving pattern matched with the characteristics of original materials is obtained. After that, an analysis result istransmitted to the holographic projection module and then a final effect is displayed.

Description

technical field [0001] The invention relates to the technical field of computer control, in particular to a rock cutting computer control system. Background technique [0002] In art processing, people have always advocated meticulous carving. The traditional carving method requires years of experience in the observation and calculation of a master craftsman. Only with a preliminary idea in mind can the carving be carried out step by step. Although this method is easy to produce some high-quality goods, However, this processing method has the characteristics of low efficiency. At the same time, the observation of human eyes may cause some key subtle angle errors, which will affect the aesthetics and artistry of the entire item. Before a skilled engraver grows up, a lot of work is required. Practice will also lead to a lot of waste of materials during the practice process, which is unacceptable to enterprises pursuing efficiency and benefits. Therefore, a system with exquisit...

AI Technical Summary

Problems solved by technology

[0002] In art processing, people have always advocated meticulous carving. The traditional carving method requires years of experience in the observation and calculation of a master craftsman. Only with a preliminary idea in mind can the carving be carried out step by step. Although this method is easy to produce some high-quality goods, However, this processing method has the characteristics of low efficiency. At the same time, the observation of human eyes may cause some key subtle angle errors, which will affect the aesthetics and artistry of the entire item. Before a skilled engraver grows up, a lot of work is required. Practice, in the process of practice will also lead to a lot of waste of materials, which is unacceptable for enterprises pursuing efficiency and benefits, so a system with exquisite design and precise operation is needed to replace traditional manual operations

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