SU1435682A1 - Method of constructing a receptacle embedded in cohesive soil - Google Patents

Abstract

FIELD OF THE INVENTION The invention relates to hydraulic engineering. The purpose of the invention is to reduce the laboriousness of the work. Along the perimeter of the tank, drilled wells 1 are drilled, racks 2 are inserted into them. They are made connecting them along the top With 3 with holes 4. As the ground 5 is dredged between the posts 2, the fencing panels 6 with the vertical perforated elements 7 are fixed on their outer surface. This forms a cladding with perforated pipes. The holes 4 are made in coaxially with perforated pipes of the elements 7. After removing the soil 5, the solvent pipes are immersed in the perforated pipes and along them as they rise, the cavity between the boards 6 and the surrounding soil mass is hardened, for example, cement. The connection of the elements 7 with racks 2 can be carried out by welding the embedded parts. 3 il. || In "S (L A-A 41 SO Eat Aud

Description

Srig. 2

The invention relates to hydraulic construction and relates to the construction of reservoirs buried in the ground under the sedimentation tanks of land reclamation, coastal water intakes, pumping stations and other objects.

The purpose of the invention is to reduce the complexity of the work.

Figure 1 shows the scheme of the implementation and the proposed method, the position after drilling and production of sa, the top view; figure 2 - section aa in figure 1 (soil development); on fig.Z - the same, filling the cavity with hardening solution.

The method is carried out as follows.

Dispersed wells 1 are drilled along the tank perimeter, racks 2 are inserted into them and they are made connecting them along the top with 3 holes 4. As the containing primer 5 is dredged between racks 2, the fencing panels 6 with perforated vertical elements are fixed 7 on their outer surface. This forms a cladding with perforated pipes. The holes 4 are made coaxially with perforated tubes of the elements 7. After excavation of the soil 5 into the perforated pipes, the solution pipes 8 | are immersed and along them as they rise they fill the cavity between the shields

6 and the surrounding hardening mortar 9, for example, cement.

I

The connection of elements 7 with racks 2 can be carried out by welding the embedded parts.

Fore, Mula Invention

The method of construction of a reservoir buried in a bonded soil, including the formation of dispersed wells along the perimeter of the tank, introducing racks into them, making connecting them along the top, and excavating the containing soil, characterized in that, in order to reduce the labor-intensive work, as the excavating soil is excavated between racks, fencing panels with hollow vertical perforated elements are installed on their outer surface with the formation of a lining with perforated pipes, after removal of the enclosing soil in the village The latter introduce the solvent pipe and, as it rises, fill the cavity between the fencing panels and the surrounding solid mass with a hardening mortar, and during the manufacture of the pipe, they form through holes coaxially with perforated pipes.

ig. one

Compiled by A. Kozlovsky

Editor A.Vorovich Tehred M.Dndyk

Zakae 5615/26

Circulation 637

VNISH1I USSR State Committee

for inventions and discoveries 113035, Moscow, Zh-35, Raushsk nab., 4/5

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fPue. J

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Proofreader M, Vasiliev

Subscription

Claims (1)

Claim A method of constructing a reservoir buried in cohesive soil, including the formation of dispersed wells around the perimeter of the reservoir, introducing struts into them, making them connecting the top of the belt and excavating the enclosing soil, characterized in that, in order to reduce the complexity of the work, as the excavating enclosing soil is excavated between the racks set the enclosing shields with hollow vertical perforated elements on their outer surface with the formation of the lining with perforated pipes, while after excavating the surrounding soil in the village the ice tubes introduce a mortar pipe and, as it rises, fill the cavity between the enclosing shields and the surrounding soil mass with a hardening mortar, and in the manufacture of the belt, through holes coaxial with the perforated pipes are formed in it. FIG. 1 Compiled by A. Kozlovsky Editor A. Vorovich Tehred M. Didyk Corrector M. Vasilyeva Order 5615/26 Circulation 637 Subscription VNIIIPI of the USSR State Committee for Inventions and Discoveries 113035, Moscow, Zh-35, Raushskaya nab., 4/5 Production and printing company, Uzhhorod, st. Project, 4