Rebar net cage saddle circulating plate line and preparation technology

Abstract

The invention discloses a rebar net cage saddle circulating plate line and a preparation technology and belongs to the field of saddle rebar net cage circulating transportation lines. The rebar net cage saddle circulating plate line comprises a plurality of networking frames, a first saddle ferry bus, an anticorrosion drying crane, a drying conveying chain, a drill rod inserting machine, a secondsaddle ferry bus, a drilling rod pulling machine and an electric saddle conveyor; the networking frames are placed side by side; the networking frames, the electric saddle conveyor and the drilling rod pulling machine form a conveying path; the anticorrosion drying crane and the drill rod inserting machine are arranged above the two ends of the drying conveying chain separately to form another conveying path; the first saddle ferry bus and the second saddle ferry bus are connected with the ends of the two conveying paths separately to form a closed loop circulating path; a transferring saddleconveyor and net cages desiderating to be transferred are arranged in the closed loop circulating path; and the networking frames and the transferring speeds of other devices are cooperated, so that the circulating process is ensured to be efficient and in order; and in addition, a waxing cylinder is arranged in the rebar net cage saddle circulating plate line to prolong the service life of steeldrill rod; high-temperature steam of an autoclave in a production line is utilized, and energy consumption is reduced through wax melting due to heat exchange.

Description

technical field [0001] The present invention relates to the field of saddle frame reinforced mesh cage circulation transportation line in the process of building materials production, especially the field of saddle frame reinforced mesh cage automatic circulation transportation line used in the process of manufacturing aerated concrete plate line finished products, more specifically, relates to A steel mesh cage saddle frame circulating plate line and its preparation process. Background technique [0002] Generally, concrete structures have strong compressive strength, but low tensile strength. Any significant tensile bending action will cause cracking and separation of the microscopic lattice structure, resulting in structural damage, while the tensile strength of steel bars is very high, so in The way of adding reinforcing materials such as steel bars to concrete came into being. At present, in China, reinforced concrete is the most widely used structural form, and China ...

AI Technical Summary

Problems solved by technology

[0007] The purpose of the present invention is to overcome the problem that the processing of steel mesh cage in the existing aerated concrete slab production line needs more manpower and the degree of automation is not high, and provides a steel mesh cage saddle frame circulating slab line and its preparation process. The invention forms a closed-loop transportation line, which has a high degree of automation for the transfer of steel mesh cages, saving labor costs, and is equipped with processing devices such as wax dipping cylinders and transfer paths, which ensures production efficiency and improves the quality of mesh cages. consumes too much energy

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