Beam-slab-column structure of green and ecologically feasible building system

Abstract

The invention provides a beam slab column structure of a green ecological feasible building system. The beam slab column structure comprises a box-shaped cross section column, a beam system shaped like an inverted Chinese character 'ji' and a triangular truss floor slab system, the beam system shaped like the inverted Chinese character 'ji' comprises support arms of beams which are shaped like the inverted Chinese character 'ji', the beams which are shaped like the inverted Chinese character 'ji' and reinforcing bar quadrate cages of the beam system which is shaped like the inverted Chinese character 'ji', and the triangular truss floor slab system comprises triangular truss groups and triangular truss base plates; the support arms of the beams which are shaped like the inverted Chinese character 'ji' are welded to the box-shaped cross section column and fixedly connected with the beams which are shaped like the inverted Chinese character 'ji'; the reinforcing bar quadrate cages of the beam system which is shaped like the inverted Chinese character 'ji' are formed by welding continuous rectangular frames and quadrate cage main reinforcing bars and located in the beams which are shaped like the inverted Chinese character 'ji'; the triangular truss groups are fixed on the triangular truss base plates, and the triangular truss base plates are connected with the support arms of the beams which are shaped like the inverted Chinese character 'ji' and wing plates of the beams which are shaped like the inverted Chinese character 'ji' in an overlapped mode. According to the beam slab column structure of the green ecological feasible building system, all components are machined and welded in a factory through robot arms with high precision and high density, the components only need to be assembled and connected in a construction site, and the building cycle is greatly accelerated.

Description

technical field [0001] The invention relates to the field of building technology, in particular to a beam-slab-column structure of a green ecologically feasible building system. Background technique [0002] With the social progress and economic development of our country, more and more energy and environmental issues are concerned by various industries. As we all know, under the circumstances that the contradiction between the construction speed and the growth of housing demand is becoming more and more prominent, a large number of digging and quarrying, borrowing soil and burning bricks to make building materials are becoming more and more serious damage to land resources and the environment; Problems such as design and product standardization have resulted in housing quality not improving significantly with economic development. At present, the consumption of reinforced concrete building formwork on site is large, and the loading and unloading labor is large. The use of ...

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Problems solved by technology

As we all know, under the circumstances that the contradiction between the construction speed and the growth of housing demand is becoming more and more prominent, a large number of digging and quarrying, borrowing soil and burning bricks to make building materials are becoming more and more serious damage to land resources and the environment; Due to problems such as design and product standardization, the quality of housing has not improved significantly with economic development

At present, the consumption of reinforced concrete building formwork on site is large, and the loading and unloading labor is large. The use of thick columns, fat beams and thick slabs results in a large waste of raw materials, long construction period, and high cost.

Due to the limited compressive strength of steel, there is no concrete to increase the compressive strength of all-steel structure buildings, which greatly increases the consumption of steel and high cost

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