Fixing assembly and wall

Abstract

The invention provides a fixing assembly and a wall. The fixing assembly is characterized in that a fixing frame of the fixing assembly comprises straight line segments and concave line segments, eachof the two ends of one concave line segment are connected with one end of the corresponding straight line segment so as to form one rod piece structure, and the concave line segments are located on one sides of the corresponding straight line segments and used for penetrating through a heat preservation plate; limiting frames of the fixing assembly are used for limiting the concave line segmentsto move in the plane where the heat preservation plate is, and the limiting frames and the first concave line segment portions are partially pre-buried in a heat preservation plate protection layer; supporting frames of the fixing assembly are used for being arranged between the straight line segments and the heat preservation plate, and the supporting frames and the straight line segments are pre-buried in the heat preservation plate protection layer; and fixing pieces of the fixing assembly are used for limiting the movement of the second concave line segment portions penetrating through theheat preservation plate, and the fixing pieces and the second concave line segment portions are pre-buried in the inner layer of the wall. By applying the technical scheme provided by the embodimentof the application, the reliability of the wall can be improved.

Description

technical field [0001] The present application relates to the technical field of building materials, in particular, to a fixing component and a wall. Background technique [0002] With the development of building thermal insulation technology and energy-saving technology, the thermal insulation structure of external walls has a great influence on the thermal insulation performance of the external walls or facades of buildings. The current external wall thermal insulation formwork generally adopts a multi-layer structure, and each layer structure plays its own role to improve the comprehensive thermal insulation performance of the external wall thermal insulation formwork. At present, the multi-layer thermal insulation formwork is generally bonded in the technology. However, the cost of glue with better quality is relatively high, and ordinary bonding cannot guarantee the long-term safe use of the external wall thermal insulation formwork, which may easily cause the outer str...

AI Technical Summary

Problems solved by technology

At present, the multi-layer thermal insulation formwork is generally bonded in the technology. However, the cost of glue with better quality is relatively high, and ordinary bonding cannot guarantee the long-term safe use of the external wall thermal insulation formwork, which may easily cause the outer structure to fall off. form a safety hazard

In the existing technology, the steel wire structure is used to reinforce the thermal insulation formwork and / or other structures on the inside and outside. However, the reinforcement method is relatively primitive and simple, directly using steel bars and other structures for fixing, which has great impact on the strength, stability and safety of the thermal insulation formwork. , Insulation performance and ease of construction have adverse effects

Images