Thin porous brick masonry type pipeline-embedded heat insulation wall for single-surface wall

Abstract

The invention provides a thin porous brick masonry type pipeline-embedded heat insulation wall for a single-surface wall, and belongs to the structure design of a light-weight wall in which a pipeline can transversely penetrate through. The pipeline-embedded heat insulation wall is characterized in that a wall body is formed by combining a plurality of flat plate bricks and thin molded bricks, and each flat plate brick is provided with a wire penetrating concave part; a concave notch is formed in the middle part of each flat plate brick with the corresponding wire penetrating concave part; three brick holes with the same size are formed in the middle part of each thin molded brick; each layer of wall body is formed by continuously adhering a plurality of door-shaped units, and each door-shaped unit consists of one flat plate brick with the wire penetrating concave part and two thin molded bricks; a cured heat insulation material layer is arranged at the outer surface of the inner empty surface of each brick; pipelines, such as electric wires and water pipes, are arranged in the space of the door-shaped units of one layer of wall body and on the concave notches of the flat plate bricks with the wire penetrating concave parts, and the pipelines are embedded into the wall body. The thin porous brick masonry type pipeline-embedded heat insulation wall has the advantages that the pipeline is arranged in the wall body, so the arrangement of the pipeline is convenient, and the engineering quantity is reduced; the heat insulation material layer is arranged in the wall body, and the heat insulation material fills into the wall body, so the heat insulation effect is better, and the durability of the heat insulation material is better.

Description

technical field [0001] The invention belongs to the technical field of building walls, and in particular relates to the structural design of a light thermal insulation wall capable of crossing pipelines in the wall. Background technique [0002] Now the bricks used for light insulation walls are all honeycomb structures. This kind of honeycomb structure bricks has three disadvantages: one is that the weight is too heavy, so that the wall per unit volume is still relatively heavy; After the honeycomb surface, a large amount of cement falls into the hole, and the upper and lower honeycomb bricks are bonded with holes. The bonding between honeycomb bricks is not firm, which is not conducive to the quality of the wall. [0003] Now there is no space for pipelines in light insulation walls and walls made of old solid bricks. House pipelines can only be installed on the outer surface of the wall, or destroy the outer surface of the wall to open grooves, and install pipelines in t...

AI Technical Summary

Problems solved by technology

[0002] Now the bricks used for light insulation walls are all honeycomb structures. This kind of honeycomb structure bricks has three disadvantages: one is that the weight is too heavy, so that the wall per unit volume is still relatively heavy; After the honeycomb surface, a large amount of cement falls into the hole, and the upper and lower honeycomb bricks are bonded with holes. The bonding between honeycomb bricks is not firm, which is not conducive to the quality of the wall

The disadvantage is: slotting will destroy the wall and increase the amount of work

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