Method for manufacturing hollowed-out embossed hollow stone column through computer

Abstract

The invention discloses a method for manufacturing a hollowed-out embossed hollow stone column through a computer. The method comprises the steps of the drawing of a hollowed-out embossed pattern by the computer, the programming of cutting positions of the hollowed-out embossment by the computer and the simulation of combination of the hollowed-out embossed patterns by the computer. As the method uses computer drawing of a large-scale hollowed-out embossed pattern, the programming of the cutting positions, the simulation of the pattern combination and other modes and adopts computer typesetting manufacturing technology to simulate the large-scale hollowed-out embossed hollow stone column, the method simulates out the three-dimensional integral effect of the large-scale hollowed-out embossed stone column and also represents the hollowed-out depth degree of stone carving. The method simulates the hollowed-out degree of an embossed pattern through the computer, further optimizes the hollowed-out pattern to ensure the hollowed-out quality of embossment before the carving operation, also can provide intuitional reference for the three-dimensional effect of the hollowed-out embossment of the large-scale stone column, better determines the cutting position of the embossment and has the advantages of accurate positioning, easy assembly, high mounting precision, high hollowed-out quality, and the like.

Description

technical field [0001] The invention relates to a kind of stone material processing, in particular to a method for making a hollow relief stone pillar by using a computer. Background technique [0002] At present, the society's demand for stone carvings is increasing, especially for large-scale hollow relief hollow stone pillars, which are often used in public places such as squares and museums. The traditional stone carving technology is mainly for small and medium-sized stone carvings. After the factory processes and shapes, it only needs to be transported to the site for placement. The requirements for factory production and site installation are not high, and it is a highly artistic handicraft. However, large-scale hollow relief stone pillars not only have higher craftsmanship, but also have the characteristics of large size and easy to be damaged, which put forward higher requirements for factory segmented processing, pre-assembled molding, segmented transportation, and...

AI Technical Summary

Problems solved by technology

Since the large-scale hollowed-out relief hollow stone pillars are not handicrafts, but structures, there are many technical difficulties in the construction process, and the traditional small and medium-sized stone carving techniques are far from being able to meet its requirements.

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