Integrated construction equipment pipeline structure based on inverted trapezoid slot type composite wallboard and design and construction process of integrated construction equipment pipeline structure

Abstract

The invention discloses a construction equipment pipeline structure based on an inverted trapezoid slot type composite wallboard. The construction equipment pipeline structure comprises a sandwiched thermal insulation composite external wallboard, a composite internal wallboard and a truss steel bar laminated floor, wherein edge rib columns of the composite external wallboard and the composite internal wallboard are in the shape of an inverted trapezoid slot at a steel bar outlet; the lower bottom of the inverted trapezoid slot is an open end, and the waists, on the upper side, of the are inclined; electric pipelines and device installation positions are embedded in the sandwiched thermal insulation composite external wallboard, the composite internal wallboard and the truss steel bar laminated floor. The invention further provides a design and construction process of the structure. The construction equipment pipelines are embedded to realize integrated design and construction of the inverted trapezoid slot type composite wall construction equipment pipelines in the process of producing the inverted trapezoid slot type composite wallboard. The trouble of performing later secondary grooving and slotting construction is saved, pipeline collision occurring during site construction is effectively avoided, the problems of losses and rework caused by the errors at the construction stage are greatly reduced, and the effects of optimizing the space and bring convenience to use and maintenance are achieved.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to an integrated structure of construction equipment and pipelines based on an inverted ladder-shaped trough-type composite wallboard and a design and construction process. Background technique [0002] With the vigorous development of our country's economy, the construction industry has also entered a period of rapid development. As the design complexity of construction projects is increasing, and the design cycle is short and the construction period is tight, the traditional construction equipment pipeline design and construction methods face multiple difficulties. At this stage, construction equipment pipelines mostly adopt the method of secondary slotting and opening construction in the later stage. Due to the different purposes and professional performance of various construction equipment, the construction time is different. If the various pipelines are not c...

AI Technical Summary

Problems solved by technology

Due to the different uses and professional performance of various construction equipment, the construction time is different. If the various pipelines are not comprehensively arranged in the early stage of construction, the progress of the project will be delayed, funds will be wasted, and a lot of inconvenience will be brought to the later maintenance and management work. Thus affecting the normal use of the entire building

However, the comprehensive pipeline design involves many disciplines and is difficult to coordinate and cooperate. Once there is a lack of overall management or the design process is unreasonable, it will cause a lot of rework and other problems.

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