A fully automatic rubbing production system and its production method

Abstract

The invention relates to a full-automatic rubbing manufacturing system and manufacturing method. The full-automatic rubbing manufacturing system comprises a base, two supporting rails capable of longitudinally moving are arranged on the base in parallel, and a full-automatic rubbing device is arranged on the two supporting rails. According to full-automatic rubbing manufacturing system, the defectthat a traditional manufacturing process is tedious is overcome, a special tool is provided, so that consistency of overall operation and work is improved, operation through scattered tools in each step is avoided, management and use are convenient and efficient, the overall operation is smooth and coherent, operation and working efficiency is high, yields of finished products are high, the use is very convenient, construction operation in a large area can be completed by one-time operation, and the method is simple and easy to operate.

Description

technical field [0001] The invention relates to the field of fine arts, in particular to an automatic rubbing making system and a making method thereof. Background technique [0002] Rubbings refer to pieces of paper on which the shape of inscriptions, stone carvings, bronzes and other cultural relics, as well as the characters and patterns on them, are rubbed. It is an ancient traditional skill in our country. It is a skill that uses rice paper and ink to clearly copy the words or patterns on inscriptions and utensils. Many inscriptions that have been lost and destroyed can only experience the content and style of the original inscriptions because of the rubbings handed down. There are five commonly used rubbing methods in making rubbings: ink rubbing method, ink rubbing method, wax ink rubbing method, inlaid rubbing method, and ring rubbing method. Among them, the most commonly used method is the Pomo Tuo method. [0003] The traditional pomotopping method is cumbersome...

AI Technical Summary

Problems solved by technology

The traditional manufacturing process is cumbersome and lacks special tools, especially the lack of coherence. Each step requires scattered tools to complete, and these tools are inconvenient to manage and use. The overall operation lacks coherence, resulting in The work efficiency is reduced, and the finished product cannot be produced well

In addition, traditional tools are cumbersome to use, and construction operations can only be carried out in a small area at a time, resulting in a decrease in work efficiency

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