Integrated external corner edge closing structure of perfused thermal-insulating core material and convex constructional column

Abstract

The invention relates to building wall structures, in particular to an integrated external corner edge closing structure of a perfused thermal-insulating core material. The integrated external corner edge closing structure of the perfused thermal-insulating core material comprises first and second buckle pieces which are in meshed connection with each other, the first buckle piece comprises a first edge closing groove formed parallel to the wall surface, decoration boards are connected into the first edge closing groove and an edge closing groove in the second buckle piece in a clamped mode respectively, and the portions, between the decoration boards and a wall, are filled with thermal-insulating layers. According to the integrated external corner edge closing structure of the perfused thermal-insulating core material, the two above buckle pieces provide the two edge closing groove positions perpendicular to each other for clamped connection and fixing of the decoration boards at an external corner, and the inorganic thermal-insulating core material is perfused over the portions between the decoration boards and the wall, so that the gaps between a thermal-insulating material and the wall are effectively eliminated, and then the thermal insulating performance of the outer wall is enhanced; according to the external corner edge closing structure, installation and fixing are convenient, and installation and fixing of the buckle pieces and the decoration boards can be fast achieved.

Description

technical field [0001] The invention relates to a building wall structure, in particular to an integrated external corner edge structure poured with thermal insulation core material and a convex structural column using the external edge edge structure. Background technique [0002] With the advancement of science and technology, in order to improve the energy saving and environmental protection of houses and promote the effective use of renewable energy, the quality and safety of thermal insulation and decoration systems have been upgraded to a "new development concept" that is equivalent to the service life of buildings. [0003] In the prior art, the integrated decorative and thermal insulation panels are usually used for decorative and thermal insulation treatment on the outer walls of buildings, and the integrated decorative and thermal insulation panels are fixed on the wall by components or fasteners. This method cannot ensure the thermal insulation of the interior of t...

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Problems solved by technology

[0003] In the prior art, the integrated decorative and thermal insulation panels are usually used for decorative and thermal insulation treatment on the outer walls of buildings, and the integrated decorative and thermal insulation panels are fixed on the wall by components or fasteners. This method cannot ensure the thermal insulation of the interior of the integrated decorative and thermal insulation panels. The direct attachment of the board to the wall, that is, there is still a certain gap between the decorative and thermal insulation board and the wall, which will greatly reduce the thermal insulation effect, and the decorative thermal insulation board needs to be processed in the factory and then transported to the construction site. It consumes a lot of processing and transportation costs; moreover, the decorative and thermal insulation panels are usually made according to certain specifications and sizes, and after transportation to the site, they need to be properly cut according to the shape and size of the wall surface, and the cut waste caused a lot of waste. material waste

[0004] In the usual wall construction process, it is necessary to install the thermal insulation and decorative integrated board on one wall before installing the other wall. The installation procedure is too cumbersome and complicated, which reduces the work efficiency of the builder. The structure is unsatisfactory in terms of cracking, water seepage and seismic performance

[0005] In addition, in the decorative and thermal insulation structure of the wall, there are often decorative effects such as designing convex structural columns on the flat wall to increase the three-dimensionality of the wall. To achieve such an effect, or require complicated procedures to produce such a convex structural column, for example, in order to produce the effect of a convex structural column, it is necessary to first fix and install the inner lining board on the wall, and use the inner lining board to surround the required The shape of the convex column, and then install the decorative and thermal insulation integrated board on the inner lining board. The installation strength and insulation effect are not ideal

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