Assembly type multifunctional roof structure

Abstract

The invention discloses an assembly type multifunctional roof structure which comprises a bearing wall and parapet walls located at the two ends of the bearing wall, a lower-layer double-face self-adhesion waterproof coiled material is laid on the outer side face of the bearing wall, and a right-hand-buckled assembly type roof module is laid on the outer side of the lower-layer double-face self-adhesion waterproof coiled material. An upper layer heat reflection type waterproof coiled material is laid on the outer side of the right-hand-buckled assembly type roof module. The assembly type roof modules are made of energy-saving and environment-friendly plastic materials, the structure can be assembled in an equipment mode, and the effects of heat insulation, heat preservation, sound insulation and waterproof strengthening can be achieved; different performance requirements of heat insulation, heat preservation and sound insulation can be met through various combined installation and use of the assembly type roof modules and the heat reflecting films; in the combination of the crane pipe and the water drain pipe, the crane pipe adopts a structural design with a memory metal cover, and the structural design not only can discharge leaked water and enhance the waterproof performance of the roof, but also can enhance the heat insulation effect in different seasons (ambient temperature).

Description

technical field [0001] The invention relates to the technical field of roof structures, in particular to an assembleable multifunctional roof structure. Background technique [0002] Conventional roof design mainly includes three modules: indoor space, roof structure and outdoor space, among which the roof structure is the focus of the design. The roof structure design mainly includes the following five parts: [0003] (1) Roof load-bearing structure: mainly the components that bear the load of the roof; [0004] (2) Slope finding design: build a certain gentle slope according to the designed drainage direction, and organize the rainwater from the roof to the rainwater drainage system of buildings and cities through the downpipe; [0005] (3) Laying the insulation layer: As the peripheral structure, the roof should have good thermal insulation function. In cold seasons, indoor heating is generally required. In order to ensure normal indoor temperature and reduce energy con...

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Problems solved by technology

[0009] (1) The heat insulation effect is poor, which leads to the fact that the indoor heat is easily transferred to the outside in winter, resulting in a decrease in the indoor temperature, and in summer, the outdoor heat is easily transferred to the outside, which makes the indoor temperature rise and reduces the comfort of living ;

[0010] (2) The laying quality of the heat insulation layer in the roof structure has a great correlation with the technical level of the construction workers, so the quality is very random, and the consistency and standardization are difficult to control;

[0011] (3) Various roofing processes require on-site operations and need to be carried out in series, resulting in a long construction period

[0012] (4) The traditional roof design does not take into account the function of sound insulation. With the development of society, more and more roofs are developed and used, such as the popular rooftop playground. At this time, the roof structure needs to increase the sound insulation design

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