METHOD TO PICK MONOLITH OF SOILS ENRICHED WITH STONY MATERIAL, FOR FILTRATION TESTS Russian patent published in 2013 - IPC E02B11/00 E02D1/04 G01N1/04 

Abstract RU 2483163 C1

FIELD: construction.

SUBSTANCE: method is carried out by means of heading of containers, such as a cutting cylinder, onto a monolith. At the same time previously the soil is sampled. For this purpose a site is chosen, and in its centre a circular trench is dug with depth of not more than by 25 mm lower than the height of the cutting cylinder, belting the untouched soil, representing a truncated cone in shape, the diameter of the upper base of which is by 10…15 cm more than the inner diameter of the cutting cylinder, and the diameter of the lower base is more than the inner diameter of the cutting cylinder by 15…25 cm. From the soil left untouched the monolith is cut with the diameter of at least by 6 mm smaller than the inner diameter of the cutting cylinder and the height that is at least by 25 mm smaller than the cylinder height. At the same time the cylinder is periodically put on the monolith, using it as a template to monitor the diameter of the cut monolith. After cutting of the monolith and putting of the cutting cylinder on it, the cylinder is pushed into soil, until its upper layer levels with the monolith surface. In the space between the inner surface of the cutting cylinder and the outer surface of the monolith four Z-shaped supporting monolith-supporting plates are inserted with height equal to 3/4 of the cutting cylinder height. Evenly they are distributed along the cylinder perimetre and put on its upper edge. The slot between the inner surface of the cutting cylinder, the soil monolith and its supporting plates is filled with a molten waterproof material, having lower temperature of melting, for instance, a mineral wax. Afterwards the monolith is cut at the bottom at the lower edge of the cylinder, it is installed on the solid surface, packed and delivered to the area of filtration tests performance.

EFFECT: increased accuracy of soil filtration coefficient detection and accuracy of establishment of land reclamation system parameters, efficiency of using reclaimed soils, expanded zone of application of monoliths for detection of filtration coefficient.

3 dwg

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RU 2 483 163 C1

Authors

Ksenzov Anatolij Alekseevich

Kovalev Nikolaj Georgievich

Dates

2013-05-27Published

2012-01-10Filed