An automatic slag transporting and grinding device and grinding method

Abstract

The invention relates to an automatic slag transporting and grinding device and a grinding method. The grinding device includes a workbench, and also includes a moving groove, a fixed structure, a transport structure and a grinding structure. The moving groove is set on the center line of the workbench and runs through the center of the workbench. The fixed structure is used to fix the sample to be polished, which is slidably connected to the moving trough; the moving trough is used as a symmetrical line, and symmetrically arranged transport structures are arranged on both sides of the moving trough, and the transport structure is used to transport the polished waste residue; the transport structure A fixed structure is installed on one side, and a grinding structure is installed on the other side, and the two grinding structures are symmetrically arranged relative to the moving groove; the present invention can not only adapt to more shapes of samples, realize fastening and positioning during the grinding process, but also The waste residue in the preparation process is cleaned up.

Description

technical field [0001] The invention relates to an automatic slag transporting and grinding device and a grinding method, belonging to the field of geotechnical engineering test equipment. Background technique [0002] The initial stage of the rock mechanics test is often accompanied by the preparation of the sample, and the grinding of the sample is often an indispensable key step in the whole test. During the grinding process, a lot of waste residue is often generated. In the traditional process, the waste is cleaned by manual reciprocating transportation. It is time-consuming and laborious, and the cleaning effect is not good, resulting in a bad working environment and affecting the quality of the sample; at the same time, in the traditional process, when installing and grinding the sample, visual inspection is often used, which affects the accuracy of the sample and ultimately affects the test. results; and, in the face of some samples such as triangular prisms with smal...

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Problems solved by technology

[0002] The initial stage of the rock mechanics test is often accompanied by the preparation of the sample, and the grinding of the sample is often an indispensable key step in the whole test. During the grinding process, a lot of waste residue is often generated. In the traditional process, the waste is cleaned by manual reciprocating transportation. It is time-consuming and laborious, and the cleaning effect is not good, resulting in a bad working environment and affecting the quality of the sample; at the same time, in the traditional process, when installing and grinding the sample, visual inspection is often used, which affects the accuracy of the sample and ultimately affects the test. results; and, in the face of some samples such as triangular prisms with small upper contact area or not easy to fix on the upper part, the fixing effect of the sample is not good, which leads to the movement of the sample during the grinding process, which leads to poor grinding effect and even destroys the test piece. Sample

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