Table-type machining device special for rock cores

Abstract

The invention discloses a table-type precise machining device special for rock cores. The table-type precise machining device comprises a bottom rack; an assembly plate is arranged on the top of the bottom rack; a shell is arranged on the top of the assembly plate; an operation plate is arranged on one side of the shell; a display screen is arranged on one side of the operation plate; a box door is arranged on the top of the shell; and a driving wheel is arranged on one side of the shell. The table-type precise machining device special for the rock cores is light and convenient and easy to convey and move, and has no particular requirements on the placement environment; the equipment is simple to operate; a single-line closed-loop design structure is adopted; a cutting line only needs to simply be sleeved in a guide wheel groove for being fixed and operated, and an operation cycle is long; no tedious changing is needed, so that machining efficiency is improved by 30%; interface movement is clear in trajectory, and an interface is simple and clear; no excessive tedious operation is needed; a walking trajectory is monitored in real time, so that cutting error is avoided; an appearance is tidy and beautiful, and consistent for inner and outer parts; products are high in quality, elegant, novel and tidy; and certain beneficial effects are provided.

Description

technical field [0001] The invention relates to the field of geological engineering exploration, in particular to a table-top dedicated fine processing device for rock cores. Background technique [0002] Most products on the market are mainly of several types: [0003] The first type is the core drilling machine and slicer, which are transformed from conventional general-purpose equipment bench-top drilling machines. They have a simple structure and can only process fixed-size products. The finished product sizes vary greatly and cannot meet the fine processing requirements, so they cannot meet high Required experimental needs; [0004] The second type is the bow movement type diamond wire cutting machine, which is mainly used for cutting various crystals, gemstones, monocrystalline silicon, polycrystalline silicon, non-metallic materials and various superhard and brittle materials, and is also suitable for laboratories or research units. scientific research. Compared wi...

AI Technical Summary

Problems solved by technology

At the same time, due to structural limitations, this equipment is not suitable for relatively hard and soft rock samples, such as mudstone, sandstone, etc.; and the equipment has a large dead weight, because a single sand line is used for reciprocating sawing movement, the sand line is worn out and the service life is long. short

Therefore, it cannot fully meet the needs of some laboratories

[0005] The third is the emery wire cutting machine, which is also a relatively main processing method in the market. This equipment is transformed from the original general equipment wire electric discharge machine, so the processing accuracy is better than the previous equipment. It has been greatly improved and can basically meet the requirements of laboratory core preparation. However, the equipment itself is transformed from industrial machine tools. Compared with laboratory preparation, the machine tool itself is larger in size and quality, which is not suitable for laboratories. It is used in the interior, and it also pollutes the working environment greatly. The length of each feeding of the wire storage drum is relatively long, the structural components are relatively complicated, and it is impossible to use large-diameter sand wire.

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