Superimposed fabricated pipe gallery structure system component industrialization construction device and method

Abstract

The invention relates to a superimposed fabricated pipe gallery structure system component industrialization construction device and method. The superimposed fabricated pipe gallery structure system component industrialization construction device comprises a production intelligent management system. The superimposed fabricated pipe gallery structure system component industrialization constructionmethod comprises the steps that a, edge formworks are manufactured, pre-buried components are mounted on manufactured steel reinforcement frameworks, and the steel reinforcement frameworks and the edge formworks are subjected to formwork assembly operation on a formwork table; b, by adopting a distribution machine, concrete is poured onto the steel reinforcement frameworks and the edge formworks which are subjected to formwork assembly, and vibrated, and thus concrete components are obtained; c, the concrete components are cured in a curing kiln through steam; d, single sided boards loaded with superimposed-type double-layer boards are superimposed and sent to the curing kiln for secondary curing; e, the components are subjected to formwork release and stored on a component stacking field,and in the storing process, the superimposed-type single-layer boards and the superimposed-type double-layer boards are subjected to water spraying curing through a spraying system; and f, the components are conveyed to a site to be assembled and mounted. According to the superimposed fabricated pipe gallery structure system component industrialization construction device and method, on-site construction is easy, energy saving and environmental friendliness are achieved, long-time exposure of a foundation pit is reduced, the influence of weather on construction is small, and pollution emission and cost are reduced.

Description

technical field [0001] The invention relates to the field of building components, in particular to a construction device and method for a structural system component of a superimposed assembly pipe gallery. Background technique [0002] Traditional direct-buried pipelines occupy a lot of underground space on roads, and the laying of pipelines often cannot be synchronized with road construction, resulting in frequent excavation of roads, which not only seriously affects normal traffic, but also brings environmental pollution, which brings inconvenience to people's transportation and life. To solve the above problems, a comprehensive pipe gallery structure for laying underground pipelines has emerged. The construction of underground comprehensive pipe gallery is an important part of the comprehensive planning and design of municipal pipelines. It can effectively use urban underground space and strengthen the safety layout of public pipelines. It is of great significance, but t...

AI Technical Summary

Problems solved by technology

[0002] Traditional direct-buried pipelines occupy a lot of underground space on roads, and the laying of pipelines often cannot be synchronized with road construction, resulting in frequent excavation of roads, which not only seriously affects normal traffic, but also brings environmental pollution, which brings inconvenience to people's transportation and life. To solve the above problems, a comprehensive pipe gallery structure for laying underground pipelines has emerged. The construction of underground comprehensive pipe gallery is an important part of the comprehensive planning and design of municipal pipelines. It can effectively use urban underground space and strengthen the safety layout of public pipelines. It is of great significance, but the traditional overall site pouring construction method is a multi-process interspersed operation, the site construction is cumbersome, not energy-saving, not environmentally friendly, and the hidden dangers of the foundation pit are exposed for a long time, which is not conducive to safe production, and is greatly affected by weather factors. Not conducive to project production cost control

Images