Intelligent manufacturing equipment for building beam column

Abstract

The invention discloses intelligent manufacturing equipment for a building beam column. The intelligent manufacturing equipment comprises a reinforcement mounting module, a stirrup mounting module, amain bar mounting module and a binding device, wherein the reinforcement mounting module comprises a reinforcement positioning-conveying device and a reinforcement transferring device; the reinforcement transferring device is used for transferring reinforcement to the reinforcement positioning-conveying device; the reinforcement positioning-conveying device comprises a first supporting table, a moving frame, a first fixing frame and a first longitudinal driving device; the moving frame, the first fixing frame and the first longitudinal driving are arranged on the first supporting table; the first longitudinal driving is used for driving the moving frame to perform longitudinal motion; and the stirrup mounting module comprises a stirrup storage device, a stirrup clamping-positioning deviceand a stirrup transferring device. By adoption of the intelligent manufacturing equipment for the building beam column, the tire frame establishment work can be automatically completed, working personnel need not to manually participate in the establishment process, and then the automated and unmanned tire frame production can be achieved. Accordingly, the working burden of the working personnel can be reduced, the working efficiency can be improved, and the manufacturing cost can be reduced.

Description

technical field [0001] The invention relates to a manufacturing equipment for prefabricated floor slabs, in particular to an intelligent manufacturing equipment for building beams and columns. Background technique [0002] Due to the fast construction speed of prefabricated buildings, low production cost, energy saving and environmental protection, the country requires the development of prefabricated concrete structures, steel structures and modern wooden structures according to local conditions, and strives to make prefabricated buildings in about 10 years. It accounts for 30% of the new building area; while the beamless floor structure has the characteristics of lower floor height under the premise of the same use space, it is very economical to be used in underground buildings and multi-storey parking. The structure can not only be poured on site, but also can be prefabricated, so it has a large market space. [0003] The key to prefabricated buildings is to disassemble...

AI Technical Summary

Problems solved by technology

[0004] However, in the process of building the tire frame, the construction of the tire frame requires manual construction by the staff, that is, the staff needs to install the stirrups on the fixture first, and then manually send the reinforcement and main reinforcement into the stirrups and place them on the fixture At the designated position, then the stirrups, reinforcements and main reinforcements are bound together by a binding device to form a tire frame, which not only increases the workload of the staff, but also has low work efficiency and high manufacturing costs

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