Rock inclusion slice moving device

Abstract

A rock inclusion slice moving device relates to the field of geological prospecting and oil-gas prospecting research. The device comprises a case; a cleaning box which is arranged in the case and usedfor containing a solvent; a sample cabin which is arranged in the case and used for containing the rock inclusion sheet, wherein an opening is formed in the cabin wall of the sample cabin; and a driving mechanism which is used for driving the sample cabin to ascend, descend and rotate, so that the sample cabin enters and leaves the cleaning box and rotates in the cleaning box. The invention relates to a rock inclusion slice moving device. The natural gravity of the rock inclusion slice after being soaked in the solvent is used for moving the slice; the rock inclusion slice can automatically fall off to the bottom of the sample cabin when the adhesive force of the glue is smaller than the self gravity, the sample cabin is driven by the motor to rotate, the glue dissolution rate can be increased, and the link that glue residues need to be cleaned through a writing brush on the back face of a manual slice moving process is omitted.

Description

technical field [0001] The invention belongs to the field of geological exploration and oil and gas exploration research, and more specifically relates to a rock inclusion thin slice moving device. Background technique [0002] The analysis and research on paleofluids in the field of geology and oil and gas geology mainly rely on the study of thin sections of rock inclusions, so as to obtain multiple physical and chemical information such as fluid composition, temperature and pressure in the inclusions. In order to obtain this information, it is necessary to prepare inclusion rock thin sections from relevant rock samples, and the rock inclusion thin section must be exposed to toxic chemicals such as solvents and acetone during the transfer process, which will cause certain damage to the skin, respiratory tract and nervous system. Traditional The transfer process generally requires repeated addition of dissolving agent, which is very volatile, so the transfer cycle ranges fro...

AI Technical Summary

Problems solved by technology

In order to obtain this information, it is necessary to prepare inclusion rock thin sections from relevant rock samples, and the rock inclusion thin section must be exposed to toxic chemicals such as solvents and acetone during the transfer process, which will cause certain damage to the skin, respiratory tract and nervous system. Traditional The transfer process generally requires repeated addition of dissolving agent, which is very volatile, so the transfer cycle ranges from 1 to 2 days, and the efficiency is low, and it is very easy to break the rock slices during the transfer process, thereby destroying the occurrence of inclusions observation and analysis

[0003] In the prior art, for example, patent CN201610991732.0 discloses a method for preparing an organic semiconductor small molecule single crystal thin film using a water-air-organic solvent three-phase interface, which is used for the preparation and transfer of organic thin films; patent CN201621365785.3 discloses A sheet-moving device, which uses a driving mechanism to drive the battery pole piece to move slowly left and right on the roller surface to avoid indentation; the above-mentioned similar sheet-moving design is mostly used in other fields, and has different physical and chemical characteristics from rock slices. Equipment and techniques are not available for thin sectioning of rocks

However, the traditional transfer process requires constant replacement of solvents and light brushing of the slices with a brush. Not only does the transfer take a long time, the safety factor is low, and it is easy to cause the rock slices to break or even break, which is not conducive to the smooth progress of the research.

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