Heat-free bridge line-shaped reinforced node of fabricated insulation board

Abstract

The invention belongs to technical field of building, and specifically relates to a heat-free bridge line-shaped reinforced node of a fabricated insulation board. The heat-free bridge line-shaped reinforced node of the assembled insulation board comprises a stirrup anchorage steel bar, a stirrup, a connecting wooden keel, a concrete outer layer, concrete middle interlayers, concrete ribs, main insulation boards, a partition board, a connecting wall board, a convex part, a concave part, insulation bonding mortar, a matching insulation board, an anchor ring anchorage steel bar, a tie bar anchorage steel bar, an anchor ring and a tie bar, wherein the main insulation boards are arranged in three rows inside and outside, the main insulation boards between the same row are evenly distributed, the main insulation boards between the different rows are arranged in a staggered mode, the outer layer of the wall board is the concrete outer layer, each row of main insulation boards is separated bythe concrete ribs longitudinally, the adjacent rows of the concrete ribs are staggered each other, and the adjacent rows of the main insulation boards are separated by the concrete middle interlayerstransversely. The heat-free bridge line-shaped reinforced node of the fabricated insulation board has the beneficial effects that the installation operation is remarkably simplified, the assembly speed is high, insulation performance is improved, the material loss rate is low, construction waste is not generated, and the promotion of the industrialization process is facilitated.

Description

technical field [0001] The invention belongs to the technical field of construction, and in particular relates to a heat-bridge-free in-line reinforced node of an assembled thermal insulation board. Background technique [0002] Building energy conservation is a policy strongly advocated by the national government. One of the main measures is thermal insulation to control the transfer of indoor and outdoor heat so as to achieve the effect of building energy conservation. The overall material of the roof, wall and floor. After the 1970s, foreign countries generally paid attention to the development of thermal insulation materials and their application in buildings. New thermal insulation materials are also emerging continuously, striving to greatly reduce energy consumption, thereby Reduce environmental pollution and greenhouse effect. However, in our country, before 1980, the development of thermal insulation materials was very slow, and the overall connection of the wall w...

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Problems solved by technology

In terms of building energy consumption, the energy consumption caused by exterior walls accounts for more than 50% of the total building energy consumption. Therefore, wall insulation is the key to achieving building energy conservation. The environmental hazards of clay brick production are well known. It consumes a lot of energy, and the exhaust gas produced causes air pollution, greenhouse effect and acid rain. The existing buildings have the problem that the insulation effect cannot be kept in good condition for a long time. The reason is that the insulation cotton in the wall will absorb air into the wall After a long time, the insulation cotton in the wall will decrease due to the increase of damp quality, the insulation capacity will be weakened, and the living comfort will also decrease.

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