Modular cross-wall structure for civil work

Abstract

The invention discloses a modular cross-wall structure for a civil work, which is formed by splicing a plurality of retaining walls laterally. Each retaining wall is mainly formed by a base, a plurality of regulating building blocks and a cover board; each base is vertically provided with integrally formed foundation building blocks; longitudinal positioning grooves on the lower surfaces of the regulating building blocks on each upper layer are clamped on longitudinal positioning convex strips on the upper surfaces of the regulating building blocks on the adjacent lower layer; the longitudinal positioning grooves on the lower surfaces of the regulating building blocks on the lowermost layer are clamped on longitudinal positioning convex strips on the upper surfaces of the foundation building blocks; longitudinal positioning grooves on the lower surfaces of the cover boards are clamped on the longitudinal positioning convex strips on the upper surfaces of the regulating building blocks on the uppermost layer; and one end of each base is provided with a dovetail-shaped lock connector and the other end of the base is provided with a locking groove matched with the lock connector so as to implement locking of the left and right bases. The modular cross-wall structure adopts the modular design, is convenient and rapid to construct and has no technical requirements. Anyone can construct the modular cross-wall structure after simple training. Each component can be uniformly made well in a factory and then transported to the field to be installed; commercial production can be implemented.

Description

technical field [0001] The invention relates to improvement of civil engineering technology, in particular to a modular stone sill structure for civil engineering, and belongs to the technical field of civil engineering. Background technique [0002] In many civil engineering projects, it is often necessary to build stone ridges, such as rural land slopes to terraces (that is, slopes to terraces), mountain pond improvement, debris flow control, etc. At present, the materials for building the stone ridge are mainly various stones or concrete blocks. In actual construction, special tools and various auxiliary materials are also needed. The existing stone sill construction mainly has the following deficiencies: 1. Construction is not a simple building, and there are certain technical requirements for craftsmen, otherwise the built stone sill may not meet the requirements in terms of joints or verticality; 2. Stone or concrete Blocks need to be connected by concrete mortar,...

AI Technical Summary

Problems solved by technology

The existing stone sill construction mainly has the following deficiencies: 1. Construction is not a simple building, and there are certain technical requirements for craftsmen, otherwise the built stone sill may not meet the requirements in terms of joints or verticality; 2. Stone or concrete The blocks need to be connected by concrete mortar, otherwise it is difficult to form a stressed whole, so various auxiliary materials are required, and the workload is large and the efficiency is low

3. It is difficult to deal with the seepage water, which often seeps out through the joints. If the joints are good, the accumulated water will be difficult to get rid of. After a long time, the squeezing force on the stone sill will be great, and the existing stone sills are due to The strength is often not very large, and there is a threat of collapse under a large extrusion force

Images