A fully automatic intelligent assembly model test device system and test method

Abstract

The invention discloses a fully-automatic intelligent assembling model test apparatus system and a test method. The system comprises a model counterforce structure and a hydraulic loading control system. The model counterforce structure comprises counterforce beams positioned on the periphery, the top portion and the bottom portion. The counterforce beams on the periphery and the top portion are fixedly connected to the corresponding hydraulic loading control system to together form counterforce walls on the periphery and the top portion, and apply horizontal and vertical loads to a model. The front counterforce wall is connected to the side counterforce walls in a closable mode. A top beam elevating oil cylinder is arranged below the top counterforce beams. A force guide frame used for bearing model materials is arranged in the model counterforce structure. The force guide frame is in fixed connection with the model counterforce structure through a horizontal hauling-out oil cylinder. The top beam elevating oil cylinder is controlled to realize automatic elevating of a top beam. Automatic moving-out of the force guide frame is realized through controlling the horizontal hauling-out oil cylinder. Through cooperative working of the top beam and the force guide frame, automatic moving-out of model materials is realized.

Description

technical field [0001] The invention belongs to the technical field of geotechnical engineering scientific research, and in particular relates to a fully automatic intelligent assembly model test device system and a test method for different engineering profiles. Background technique [0002] With the increase of population, reduction of land, reform and opening up and modernization, human beings are facing six major challenges of population, land, energy, water resources, environment and climate. In order to maximize the rational use of space and safe mining and storage of energy, The development and utilization of underground space is an inevitable way to achieve sustainable development. [0003] However, the development, construction and planning of underground space are blind and dangerous. Especially with the continuous increase of buried depth, complex geological conditions and working conditions have always been a major barrier to the development of underground space...

AI Technical Summary

Problems solved by technology

[0011] 1. Regardless of the size of the above-mentioned test device, part of the device must be manually dismantled when the model material is buried, which consumes labor and increases the cost and risk of the test;

[0012] 2. For the above-mentioned model test device, after the test is completed, it is necessary to manually open the device and manually remove the model material. The actual operation is cumbersome and time-consuming, which is very inconvenient

[0013] 3. The removal of the model material of the above-mentioned model test device needs to be done manually after the test is completed, which is time-consuming and laborious, and the integrity of the model material is easily damaged during the removal process, which affects the test results and follow-up observations

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