A mud-rock separation device for soil testing

Abstract

The present invention relates to the field of soil detection, in particular to a mud-rock separation device for soil detection, which includes an external frame, a side wall of the external frame is dug with a loading and unloading opening, and a side wall of the external frame far away from the loading and unloading opening is provided. There is a frame limit seat, the top and bottom of the side wall of the frame limit seat close to the loading and unloading port are inserted with limit bolts, and the frame limit seat is detachably connected with the external frame through two limit bolts. Beneficial effects: the present invention uses the driving mechanism and the transmission mechanism together to carry out the mud-rock separation work through the working principle of centrifugal force, and the support structure provided at the four corners of the outer wall of the mud-rock separation mechanism can provide a good structure for the mud-rock separation mechanism. Limit support; through the combined use of the transmission roller, transmission limit rod, fixed block and transmission limit groove, it is convenient to take out the debris separation mechanism from the external frame to flush the inside of the debris separation mechanism.

Description

technical field [0001] The invention relates to the field of soil detection, in particular to a mud-rock separation device for soil detection. Background technique [0002] In the process of soil testing, sometimes the soil needs to be sampled, and after being brought back to the testing center, the samples are tested in batches, because the soil is not only soil, but also mixed with some stones of different sizes, when testing, it is necessary to The crushed stone is separated from the soil, and then the soil is tested, and among the equipment for separating mud and rocks, they are all relatively large separation equipment, which is not suitable for soil testing; and in the separation equipment of the prior art, It can only be said that the larger stones are separated from the soil, and some gravels in the soil are more difficult to separate; and because the composition of the soil in each area is different, the soil in different areas needs to be tested after the soil in e...

AI Technical Summary

Problems solved by technology

[0002] In the process of soil testing, sometimes the soil needs to be sampled, and after being brought back to the testing center, the samples are tested in batches, because the soil is not only soil, but also mixed with some stones of different sizes, when testing, it is necessary to The crushed stone is separated from the soil, and then the soil is tested, and among the equipment for separating mud and rocks, they are all relatively large separation equipment, which is not suitable for soil testing; and in the separation equipment of the prior art, It can only be said that the larger stones are separated from the soil, and some gravels in the soil are more difficult to separate; and because the composition of the soil in each area is different, the soil in different areas needs to be tested after the soil in each area is tested. It is not very practical to disassemble and clean the separation equipment to prevent soil doping in different areas and affect the detection parameters.

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