Brick jacking structure of bricklaying machine for building construction and using method of brick jacking structure

Abstract

The invention discloses a brick jacking structure of a bricklaying machine for building construction and a using method of the brick jacking structure, and relates to the technical field of bricklaying machines. The device comprises a top brick adjusting assembly, hollow bricks, an infilled wall, a pouring assembly and a formwork plate assembly. The pouring assembly is in sliding fit with the top brick adjusting assembly. The mold shell plate assembly is hinged and matched with the top brick adjusting assembly. A hollow brick is vertically placed on the brick jacking adjusting assembly. The brick jacking adjusting assembly comprises a mounting plate, an air supply pipe and a first mold shell plate; The mounting plate is fixedly connected with the first mold shell plate through a plurality of air supply pipes. Each air supply pipe is rotationally matched with the first mold shell plate. One end of the air supply pipe is provided with an airbag. A plurality of forming clamping blocks are poured on the top of the infilled wall. A hollow brick is vertically placed on the air supply pipe, the air feeder is started to inflate the air bags to fix the hollow brick, the second formwork plate is fixedly supported, pouring is conducted through the pouring assembly, the first handle is rotated to drive the air supply pipes to rotate along with the hollow brick, and inclined pouring of the hollow brick is achieved.

Description

technical field [0001] The invention belongs to the technical field of brick cutters, and in particular relates to a top brick structure of a bricklaying machine for building construction and a use method thereof. Background technique [0002] Generally, the oblique laying of the top brick in the filling wall is to make the top of the wall dry and densely plastered so that it is not easy to crack. The material is the same, there will be no problem of mixed paint, and the oblique laying can better squeeze the gap between the bottom of the beam and the slab; according to the principle of structural mechanics, the top of the infill wall is obliquely built, and the force principle conforms to the infill wall under the frame structure theory Compared with the brick-concrete structure, the function of the brick wall is different (the force of the brick-concrete structure brick wall is different from that of the frame filling wall), so the top of the brick-concrete structure wall i...

AI Technical Summary

Problems solved by technology

[0003] Because the existing bricklaying machine does not have the inclined laying structure of the top brick, usually after the filling wall is built, it is dried for a period of time, and the inclined laying of the top brick is carried out manually, which reduces the work efficiency, and the artificial laying of the top brick is oblique, It is difficult to ensure that the top brick is on the same level, which affects the flatness of the entire wall, resulting in poor aesthetics. In severe cases, it affects the internal force of the load-bearing wall, resulting in a decrease in the safety performance of the entire filling wall

Images