Rock core box stabilizing device with scales

Abstract

The invention relates to the technical field of geotechnical engineering exploration, in particular to a rock core box stabilizing device with scales, which comprises a rock core box, the rock core box comprises a box body, a rock core placing groove is arranged in the box body, and a scale part is arranged on the box body along the length direction of the box body; the device further comprises a rock core box stabilizing assembly, and the rock core box is detachably arranged in the rock core box stabilizing assembly. The scale part is arranged on the box body in the length direction of the box body, when the rock core is placed in the rock core placing groove, the length of the rock core can be directly measured through the scale part, and dislocation of the rock core caused when the length of the rock core is measured is avoided. And by arranging the core box stabilizing assembly, after the rock core is placed in the rock core containing groove, the rock core box is placed in the rock core box stabilizing assembly, the rock core box stabilizing assembly stabilizes the rock core box, the rock core box stabilizing assembly and the rock core box are transferred and stored as a whole, and the possibility that the rock core is dislocated is further reduced.

Description

Technical field [0001] The present invention relates to the field of geotechnical exploration technology, in particular to a core box stabilization device with its own scale. Background [0002] The core is taken out of the ground with a special drilling rig for testing, roughly cylindrical underground material test blocks, the core is an important physical material for studying and understanding the underground geology and mineral conditions. At present, the core is taken out and placed in the core box for transfer, the core box includes the box, the box is provided with a core placement slot, the core is placed in the core placement slot, in the core transfer process, such as the field transfer and the car transfer process, due to the lack of corresponding stabilization devices, in the transfer process is easy to cause the core misalignment, but also not conducive to preservation, affecting the core reaction to the real situation of underground geology and minerals. In addition...

AI Technical Summary

Problems solved by technology

At present, after the rock core is taken out, it is placed in a core box for transshipment. The core box includes a box body, and a rock core placement groove is arranged in the box body. For example, in the process of field transfer and car transfer, due to the lack of corresponding stabilizing devices, it is easy to cause core dislocation during the transfer process, which is also not conducive to preservation, which affects the real situation of the underground geology and minerals reflected by the core.

In addition, when technicians measure the length of the core and the particle size of the core, it is also easy to cause core misalignment.

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