Prefabricated component assembling mold and use method

Abstract

The invention discloses a prefabricated component assembling mold which comprises a lower side mold body and three side mold bodies for defining a prefabricated component pouring cavity. Each side mold body comprises an upper side mold main body, a middle side mold main body and a lower side mold main body, wherein the lower side mold main body is provided with first reinforcing steel bar holes and installed on the lower side of the middle side mold main body, the upper side mold main body is provided with second reinforcing steel bar holes and installed on the upper side of the middle side mold main body, the side, away from a prefabricated component, of the middle side mold main body is provided with a first demolding device, and the middle side mold main body, the lower side mold main body and the upper side mold main body are connected with one another. By means of the three-layer combined mold formed by the side mold main bodies on the upper side, the left side and the right side,the demolding process can be simple and efficient; the middle side mold main bodies are provided with no open grooves and are high in integrity and not prone to deformation; after the mold is installed, no clogging is needed, the operation steps are reduced, the mold assembling efficiency is improved, and the component forming quality is high.

Description

technical field [0001] The invention relates to the field of prefabricated components, in particular to a combined mold for prefabricated components and a use method. Background technique [0002] Steel bars protrude from three sides of the prefabricated component. For the steel bars protruding from the left and right sides, the current common practice is to use profile openings, and the steel bars pass through the notch of the mold, and then seal the notch and pour the component concrete. This scheme is more suitable for the production of closed stirrup shear walls. However, due to the large number of slots, the rigidity of the mold is affected, and the deformation of the mold is more obvious in the later period. Manual plugging is required, the efficiency is low, and it is easy to find out the leakage of slurry. Secondly, if the component is an open stirrup, or if there are many shear parts on the side, the slotting method is not conducive to demoulding, and it is difficu...

AI Technical Summary

Problems solved by technology

This scheme is more suitable for the production of closed stirrup shear walls. However, due to the large number of slots, the rigidity of the mold is affected, and the deformation of the mold is more obvious in the later period. Manual plugging is required, the efficiency is low, and it is easy to find out the leakage of slurry

Secondly, if the component is an open stirrup, or if there are many shear parts on the side, the slotting method is not conducive to demoulding, and it is difficult to ensure that the notch and the steel bar hook do not interfere during the demoulding process

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