Rotary type stone processing equipment

Abstract

The invention provides rotary type stone processing equipment. The equipment comprises a base, wherein a rotating disc is rotationally connected to the base, and rotating assemblies are arranged on the rotating disc; each rotating assembly comprises a rotating rod and a rotating motor; the upper end of each rotating rod is in transmission connection with a supporting disc, and the lower end of each rotating rod is in transmission connection with a driven belt wheel; the output shaft of each rotary motor is in transmission connection with a driving belt wheel, parts of the driving belt wheels and the driving belt wheels are wound around a transmission belt, and each driven belt wheel and each driving belt wheel are located in a space defined by the transmission belt; and the upper part and / or the side part of the rotating disc are provided with a plurality of grinding assemblies. According to the equipment, the rotating assemblies are arranged, so that the equipment is suitable for a cylindrical stone of a rotary body structure; and meanwhile, the rotary disc is arranged, the corresponding cooperation between different grinding assemblies and different rotating assemblies is realized by utilizing the rotating disc, so that the station transformation is realized without replacing grinding heads or repeatedly loading and unloading the stone, and the production efficiency is relatively high.

Description

technical field [0001] The invention relates to a stone processing equipment, in particular to a rotary stone processing equipment. Background technique [0002] The surface of stone products usually needs to be processed by grinding and polishing. Compared with cutting, grinding can obtain better dimensional accuracy, and polishing can not only make the stone obtain a surface with relatively good flatness and gloss, It can also fully reveal the inner color, ring pattern and luster of the stone. [0003] In traditional production, manual grinding is usually used to grind or polish the stone, and the labor intensity of workers is relatively high. With the continuous increase of labor costs and the continuous development of automation technology, automatic grinding is usually used in existing stone production. However, existing stone processing equipment such as automatic grinding machines usually adopt an in-line structure, such as a kind of profiling polishing equipment dis...

AI Technical Summary

Problems solved by technology

[0003] In traditional production, manual grinding is usually used to grind or polish the stone, and the labor intensity of workers is relatively high. With the continuous increase of labor costs and the continuous development of automation technology, automatic grinding is usually used in existing stone production. However, existing stone processing equipment such as automatic grinding machines usually adopt an in-line structure, such as a kind of profiling polishing equipment disclosed in a Chinese invention patent with the publication number CN108705420A. This square polishing equipment is usually only suitable for processing bar-shaped stones. Since the stones used as workpieces cannot rotate on their own, it is difficult to process cylindrical stones with a rotary structure; Cutting machine, although the profiling cutting machine only needs to change the cutting shaft into a grinding device to process the cylindrical stone of the rotary structure, however, grinding or polishing usually needs to be carried out from coarse to fine. One grinding process, and each support plate on the profiling cutting machine and the grinding device (cutting device) are in one-to-one correspondence. After each grinding process is completed, the grinding head needs to be replaced, or the stone is disassembled from the original station. Down and loaded to another station, it is difficult to achieve continuous production, and the production efficiency is relatively low

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