Roof edge beam, wall panel and roof panel connection structure and modular integrated house

Abstract

The invention discloses a roof edge beam, a connecting structure of a wall plate and a roof plate, and a modularized integrated house. The roof edge beam is provided with a bottom side and an inner side, wherein the bottom side is used for being mounted onto the upper end of a wall body and the inner side is used for being mounted onto a corresponding connecting end of the roof plate; the bottom side of the roof plate is provided with a wall plate insertion groove in which the upper end of the wall plate is inserted; the inner side of the roof plate is provided with a roof plate insertion groove in which the connecting end of the roof plate is inserted; and the roof insertion groove and a wall body insertion groove extend in the length direction of the roof edge beam. In the use process, the roof plate and the wall plate are inserted and arranged in the corresponding insertion grooves for completing the connection between the roof plate and the wall plate; meanwhile, the groove walls of the insertion grooves can form edge covering structures at the end parts of corresponding plate bodies for ensuring the sealing effect at the connecting position of the roof plate and the wall plate, so that the connecting structure between the roof plate and the wall plate is simplified on the premise of ensuring the sealing effect of the roof plate and the wall plate, and the assembling efficiency of the wall plate and the roof plate is improved.

Description

technical field [0001] The invention relates to a roof side beam, a connection structure of a wall panel and a roof panel using the roof side beam, and a modularized integrated house. Background technique [0002] Most of the existing residential buildings are made of reinforced concrete. During construction, many kinds of large-scale machinery and equipment are needed, and the more manpower, the better. The time is half a month at least, and several years at most. In the early stage, the waste of materials is also a major drawback of brick-concrete structure houses. After the houses are built, the decoration of the houses requires a lot of human and financial resources, which greatly delays the use time of the houses. [0003] The patent with the notification number CN202925931U discloses a flat-roof light steel structure prefabricated house, which includes longitudinal wall panels and gable panels surrounding the outer walls, roof panels erected on the outer walls, and san...

AI Technical Summary

Problems solved by technology

The longitudinal wall end of the roof panel is exposed from the outer surface of the longitudinal wall panel to form a corresponding vertical wall cornice structure on the outer side of the longitudinal wall panel, and the gable end of the roof panel is exposed from the outer surface of the gable panel to form a corresponding vertical wall eaves structure on the outer side of the longitudinal wall panel. The outer side of the slab forms a corresponding gable overhanging eaves structure, so as to use the longitudinal wall overhanging eaves structure and the gable overhanging eaves structure to achieve the function of rain-conducting, but because the longitudinal wall end of the roof panel is simply set on the longitudinal beam part of the ring beam , so under the influence of the processing error of the roof slab and the ring beam and the assembly error between the two, there will be gaps of different widths between the longitudinal wall end of the roof slab and the longitudinal beam of the ring beam; Although the gable end covers the gap between the gable wall and the ring beam through the gable edge wrapping, the assembly process of riveting the gable edge edge to the gable end of the roof panel is relatively cumbersome, so that the normal construction of the prefab room requires a large amount of labor and time, resulting in the time-consuming and labor-intensive problem of building a prefabricated room

In addition, the part where the lower side plate body of the gable wall is bound to the beam of the ring beam is prone to warp outward during use, so there will also be differences in width at the joint of the gable wall and the ring beam. One fit gap, so under the influence of the above two fit gaps, in rainy and snowy weather, the mobile house will have water leakage and water seepage in the part where the movable gap exists, which will affect the normal use of the mobile house

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