L-shaped connecting structure of heat-preservation wall plate

Abstract

The invention discloses an L-shaped connecting structure of a heat-preservation wall plate. The L-shaped connecting structure of the heat-preservation wall plate comprises a horizontal wall plate body and a vertical wall plate body; the vertical wall plate body is perpendicularly arranged relative to the ground, one end of the horizontal wall plate body is perpendicularly fixed to the position above the top end of the vertical wall plate body, and the end, close to the vertical wall plate body, of the horizontal wall plate body is provided with a first interface; and the connecting position of the top end of the vertical wall plate body and the horizontal wall plate body is provided with a second interface, a first side stud is fixed into the first interface, and a second side stud is fixed into the second interface. The horizontal wall plate body and the vertical wall plate body each comprises a core layer, and the two sides of each core layer are each provided with a face layer, so that the wall plate has the characteristic that the energy-saving, heat-preservation, lightweight and high strength effects are achieved; the horizontal wall plate body and the vertical wall plate body conduct connecting by aid of the second side stud, and thus the connecting strength is improved; and the outer side of the first side stud is aligned with that of the vertical wall plate body, a vertical seam is eliminated, and thus water leakage of the vertical seam is avoided.

Description

technical field [0001] The invention relates to the technical field of building production, in particular to an L-shaped connection structure of thermal insulation wall panels. Background technique [0002] Among the building energy consumption, the energy consumption caused by the exterior wall accounts for about 60% to 70% of the total building energy consumption, so wall insulation is the key to realize building energy saving. In the building envelope structure, the outer wall is the outer envelope structure that has the most contact with the outdoor environment, and its thermal insulation performance has a great impact on building energy consumption. Moreover, due to the node problem at the joint between the existing walls, it is easy to cause water seepage in the vertical joint, and there are also problems such as unstable structural connection. [0003] Most of the existing walls have the above problems, so how to improve the thermal insulation performance of the wall...

AI Technical Summary

Problems solved by technology

Moreover, due to the node problem at the joint between the existing walls, it is easy to cause water seepage in the vertical joint, and there are also problems such as unstable structural connection.

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