Stone material line polisher and polishing method thereof

Abstract

The invention discloses a stone material line polisher. The stone material line polisher comprises a rack. Material troughs are installed on the rack. Abrasive used for conducting contact polishing on the face to be polished of stone material is contained in the material troughs. A vertical slide seat is further installed on the rack vertically in a sliding mode. The vertical slide seat is connected with a vertical driving device. A clamping assembly transversely clamping or unclamping the stone material is installed on the vertical slide seat. The stone material clamped by the clamping assembly is located in the material troughs. The material troughs are driven by a horizontal reciprocating driving device to slide longitudinally in a reciprocating mode, or the clamping assembly is driven by the horizontal reciprocating driving device to slide longitudinally in a reciprocating mode. According to the polisher, rapid polishing of the stone material can be achieved, and meanwhile, rapid discharge is further achieved.

Description

technical field [0001] The invention relates to a stone line polishing machine, and also relates to a polishing method of the polishing machine. Background technique [0002] The current stone line processing is formed by grinding with a diamond wheel on the edging machine, and then using a resin grinding wheel for rough grinding, fine grinding, fine grinding, and polishing. The entire stone processing process is called polishing in the field, but in use Before grinding the grinding wheel, it is first necessary to trim a set of grinding wheels and match the shape of the lines produced by the diamond wheel grinder. It will take a lot of time to trim a set of grinding wheels, and the grinding lines will be deformed, and the finish is not high. The polishing speed of the grinding wheel is high, so dry grinding is generally used, resulting in a large amount of dust, resulting in a poor working environment, seriously affecting the health of the staff, and at the same time, the wo...

AI Technical Summary

Problems solved by technology

[0002] The current stone line processing is formed by grinding with a diamond wheel on the edging machine, and then using a resin grinding wheel for rough grinding, fine grinding, fine grinding, and polishing. The entire stone processing process is called polishing in the field, but in use Before grinding the grinding wheel, it is first necessary to trim a set of grinding wheels and match the shape of the lines produced by the diamond wheel grinder. It will take a lot of time to trim a set of grinding wheels, and the grinding lines will be deformed, and the finish is not high. The polishing speed of the grinding wheel is high, so dry grinding is generally used, resulting in a large amount of dust, resulting in a poor working environment, seriously affecting the health of the staff, and the work efficiency is still very low

In order to solve the above problems, the applicant developed a stone line polishing device and applied for a patent, the patent number is: ZL201520239067.0, but although this polishing device solves the above problems, it still has the following disadvantages: 1. The polishing device The degree of automation is not high, especially when multiple grinding steps are required, such as rough grinding, fine grinding, fine grinding, and polishing, automatic continuous steps cannot be realized; 2. After a stone is polished by the polishing device, the stone needs to be taken out , because the stone will be pressed into the abrasive during polishing, it is very difficult to take out the polished stone, and it needs to be manually inserted into the abrasive to take it out, which is time-consuming and laborious

3. When the polishing device polishes the stone, it only limits the two ends of the length of the stone to avoid the vertical movement of the stone, but does not limit the horizontal direction of the stone, so there may be lateral movement during the movement, so will affect the polishing effect

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