Beam column pouring reinforcement device and process

Abstract

The invention discloses a beam column pouring reinforcement device and process which aim at overcoming the defects that existing beam columns are generally arranged to be of a constant strength structure, and when the strength of a beam needs to be improved, the number of consumed materials is large, so that the construction cost is greatly increased. The beam column pouring reinforcement device comprises a supporting table, a stabilizing frame and a plurality of embedded tubes pre-arranged into a pouring mold. The rear ends of the embedded tubes extend out of the rear end of the pouring mold and movably connected to the stabilizing frame in a sleeving mode. Reinforcing steel bars are arranged in the embedded tubes; and the front ends of the reinforcing steel bars are in sealing connection with the front ends of the embedded ends and extend out of the front end of the embedded tubes. The front ends of the reinforcing steel bars are connected with the pouring mold, and the front ends of the embedded tubes are provided with a plurality of liquid outlet one-way valves. The supporting table is connected with a pushing seat in a sliding mode. The rear ends of the embedded tubes are fixedly connected with the pushing seat. A rack is arranged on the pushing seat. The supporting table is provided with a driving gear which is in driving connection with the rack in a fastening mode. The pushing seat is provided with a liquid discharging pump in a fastening mode, and the rear ends of the embedded tubes communicate with liquid outlets of the liquid discharging pump.

Description

technical field [0001] The invention relates to a beam-column pouring process, more specifically, it relates to a beam-column pouring reinforcement device and process. Background technique [0002] Beams and columns can be seen everywhere in buildings. The structural strength of beams and columns directly affects the service life of buildings. Currently, beams and columns are usually constructed by pouring concrete. During the construction process, the structural strength of the poured beam can be improved by increasing the diameter and quantity of steel bars, and it is also possible to use high-grade cement in the concrete or increase the proportion of cement or add concrete reinforcement to improve the structural strength of the poured beam, but through these Improving the structural strength of cast beams by means of methods will greatly increase the construction cost. [0003] Chinese Patent Publication No. CN101215855A discloses a composite beam consisting of a reinfor...

AI Technical Summary

Problems solved by technology

[0004] The present invention overcomes the problem that the existing beams and columns are generally set with equal strength structures. When the strength of the beam needs to be increased, the amount of material consumed is relatively large, which will greatly increase the construction cost, and provides a beam and column pouring reinforcement device and It improves the internal structural strength of the beams and columns, thereby reinforcing the beams and columns, consumes less material, and greatly reduces the construction cost on the premise of ensuring the structural strength

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