Fine art work full-automatic carving system and method thereof

Abstract

The invention relates to a fine art work full-automatic carving system and a method thereof. At least two longitudinal clamping blocks corresponding to each other are fixedly installed above a central supporting shaft. A spiral regulation clamping rod is movably installed at the center position of each longitudinal clamping block. A containing tank is installed outside the upper position of the central supporting shaft in a sleeving manner. A water tank and a water saving tank are fixedly installed on the portion, on one side of the central supporting shaft, of a rotation platform. The bottom of the containing tank communicates with the top of the water saving tank through a connection hose. A water discharge pipe is installed on the water tank, wherein a water discharge pump is arranged at the bottom of the water discharge pipe. A water discharge spray nozzle is fixedly installed on the end portion of the water discharge pipe. The water discharge direction of the water discharge spray nozzle faces the top center position of the central supporting shaft. A full-automatic carving device is fixedly installed on the portion, on the other side of the central supporting shaft, of the rotation platform. Carving of special parts of to-be-carved objects is better controlled, the final continuity of carving works is ensured, carving is conducted at a time, the work and operation efficiency is high, and the carving precision control is precise.

Description

technical field [0001] The invention relates to the field of fine arts, in particular to an automatic carving system and method for fine arts works. Background technique [0002] Carving refers to the cutting or carving of wood, stone or other materials into the desired shape can be called carving. Tools that serve this purpose are knives, chisels, gouges, cones, hatchets, and hammers. In the most common method of carving, you hold a chisel in one hand and a mallet in the other, and use the mallet to drive the chisel into wood or stone. Engraving remains the predominant sculptural technique, although some metalworking techniques, such as welding and assembling, have grown in importance over the past century. [0003] Traditional engraving devices mostly use tools to carve raw materials manually. In the entire engraving process, manual engraving is laborious and time-consuming, and is prone to defective products. The yield is not high, and the work and operation efficiency ...

AI Technical Summary

Problems solved by technology

[0003] Traditional engraving devices mostly use tools to carve raw materials manually. In the entire engraving process, manual engraving is laborious and time-consuming, and is prone to defective products. The yield is not high, and the work and operation efficiency is high. Low

Although there are some machine engraving devices at present, there are certain defects in the engraving of these devices. These defects are concentrated in: First, due to the limitation of the cutter head, some engraving grooves or special engraving positions appear in the engraving process when machine engraving is used. Incoherent and unsmooth, resulting in the need to carve and polish again after the final shape of the art work, the carving accuracy is poor and incomplete; secondly, the traditional carving device mostly rotates around the center, that is, the position with the material to be carved is the rotating position, Then use the external engraving auxiliary device to engrave the rotating engraving, and perform corresponding rotation according to the specific position of the engraving, which results in inaccurate control

The rotation of the central position, the change of the small angle of rotation will affect the deviation of the peripheral engraving parts during work and operation, resulting in a large error in the engraving parts, resulting in a decrease in the yield; again, the traditional engraving device is engraving. Although semi-mechanical devices are connected by mechanical equipment, manual assistance is still required to complete the work during the engraving process. The degree of mechanization and automation is low, and the work and operation efficiency is low.

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