Mould assembly for producing prefabricated component and stirrup positioning method utilizing mould assembly

Abstract

The invention relates to a mould assembly for producing a prefabricated component and a stirrup positioning method utilizing the mould assembly. The mould assembly for producing the prefabricated component comprises a first blocking side moulding board, a second blocking side moulding board and a stirrup positioning mould, wherein the first blocking side moulding board and the second blocking sidemoulding board are oppositely arranged; the stirrup positioning mould is positioned at one side, back to the first blocking side moulding board, of the second blocking side moulding board, and is spaced with the second blocking side moulding board; the first blocking side moulding board abuts against the bending part at one end of a stirrup; the second blocking side moulding board is equipped with a stirrup penetrating slot for allowing the stirrup to penetrate through in a longitudinal length direction; one side, towards the second blocking side moulding board, of the stirrup positioning mould is equipped with a positioning part; and the positioning part is matched with the bending part of the stirrup, so that the bending part is positioned on the positioning part, and therefore, the stirrup is positioned between the first blocking side moulding board and the stirrup positioning mould. According to the mould assembly for producing the prefabricated component and the stirrup positioning method utilizing the mould assembly provided by the invention, the two ends of the stirrup are positioned reliably, so that the position of the stirrup is guaranteed to not shift.

Description

technical field [0001] The invention relates to the technical field of building prefabricated parts production, in particular to a mold assembly for producing prefabricated components and a stirrup positioning method using the mold assembly. Background technique [0002] Concrete prefabricated components are made of concrete as the basic material, and are prefabricated in the factory through the processes of laying molds, laying reinforcement, pouring concrete, and curing molding, including prefabricated building components such as walls, beams, slabs, and columns. In field construction, since prefabricated components need to be connected with other components, in order to ensure the connection strength, protruding tendon structures are often reserved at the ends of prefabricated components. When the ends of the two ribs of the prefabricated component are connected by steel bars to form a sealed structure, the ribs at this time are called stirrups. [0003] At present, pref...

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Problems solved by technology

[0004] Based on this, it is necessary to solve the problem that the stirrups are difficult to locate in the production process of the existing prefabricated components, which leads to the easy deviation of the position of the stirrups and increases the difficulty of manufacturing the prefabricated components. Mold assembly for producing prefabricated components and stirrup positioning method using the mold assembly

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