Rock-soil disintegration analyzer

Abstract

The invention relates to a rock-soil disintegration analyzer. The rock-soil disintegration analyzer comprises a support, a synthetic glass water vat, a cover plate, a pedestal, a tension sensor, an oscillation sieve apparatus, an iron gauze plate, an oscillation apparatus, and a client; the client comprises a data reception module, a data processing module, and an image storage module, wherein thetension sensor is connected with the client in a communication mode. The tension sensor is arranged at a lower end of the cover plate, and the iron gauze plate is arranged at the lower end of the tension sensor. The oscillation sieve apparatus comprises a soil sieve assembly and a soil sieve connecting rod, the bearing is positioned over the cover plate, one end of the soil sieve connecting rod is arranged on the bearing, and the other end is connected with the soil sieve assembly by passing through the cover plate. The rock-soil disintegration analyzer can perform rock-soil disintegration experiments, and can perform analysis on soil sample particle composition after disintegration experiments, a camera can be used for recording a process of the disintegration experiments, the functionscan be improved, and the experiment process is more efficient.

Description

technical field [0001] The invention specifically relates to a device capable of simultaneously conducting disintegration experiments of rock and soil and analyzing the particle composition after disintegration. Background technique [0002] The determination of disintegration is a basic experiment in geotechnical experiments. Disintegration is the phenomenon and process of soft rock or soil being fragmented and scattered after soaking in water. The disintegration of soft rock or soil plays a very important role in evaluating the stability of embankment cuttings, channel slopes, open pits, etc. Therefore, it is particularly important to study the disintegration of rock and soil mass in engineering, and the rock and soil disintegration test instrument is an important part. [0003] The research on disintegration in traditional geotechnical test specifications is to measure the amount of disintegration by suspending the sample on the buoy and measuring the amount of disintegr...

AI Technical Summary

Problems solved by technology

However, this experimental scheme has some shortcomings: 1. The naked eye readings are unstable and have large errors; 2. The operation is cumbersome; 3. The particle analysis after disintegration cannot be carried out; 4. The detailed records of the disintegration process of rock and soil are not clear

[0004] Most of the existing disintegration instruments are improved in terms of measurement and reading, and electronic balances are used to measure the disintegration amount, but only appropriate improvements are made in the measurement method, and no other functions are added.

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