Hollow load bearing wall

Abstract

The invention discloses a hollow load bearing wall, which is arranged between two concrete columns, and comprises a main wall body and decorative walls adhered to the concrete columns, wherein the main wall body is formed by stacking a plurality of layers of bricks layer by layer; bricks on adjacent upper and lower layers are arranged in a staggered mode; each decorative wall comprises a single-face panel brick and an angle panel brick with a right angle; each brick comprise a first strip side and a second strip side which are arranged at an interval with a certain distance, and a ribbed bar for connecting the first strip side and the second strip side; and each single-face panel brick comprises a single-face panel body. According to the hollow load bearing wall, the butt joint of bricks on the same layer is very convenient, a wall body can be built quickly and accurately without needing other stay wires or other methods, horizontal self alignment between bricks on the same layer is realized, vertical self alignment between an upper layer and a lower layer is realized, and the built wall body is firmer and has good shock resistance; and vent holes of the bricks on the adjacent upper and lower layers are communicated, so that the main wall body is provided with a ventilation and heat-insulation hollow layer, and ventilation, heat preservation and heat insulation are realized.

Description

【Technical field】 [0001] The invention relates to a hollow bearing wall. 【Background technique】 [0002] The current wall is generally formed by staggered arrangement of straight bricks and small bricks. However, since the four sides of the brick body of the straight brick and the brick body of the small brick are flat, when the adjacent brick bodies are docked, the mortar is placed between the two butt surfaces, and the adhesion is not very firm, and the same level There is no self-alignment joint between the straight bricks and small bricks, and there is no self-alignment joint between the upper and lower layers. It needs special tools to realize it, which makes the wall building speed very slow and requires a lot of labor. Moreover, the current wall insulation effect is not good, the external heat is directly transmitted to the room, and the indoor heat is also quickly dissipated to the outside world; after the wall is built, it is necessary to carry out external decorat...

AI Technical Summary

Problems solved by technology

However, since the four sides of the brick body of the straight brick and the brick body of the small brick are flat, when the adjacent brick bodies are docked, the mortar is placed between the two butt surfaces, and the adhesion is not very firm, and the same level Self-alignment seams cannot be achieved between the straight bricks and small bricks, and self-alignment seams cannot be achieved between the upper and lower floors. Special tools are needed to achieve this, which makes the wall building speed very slow and requires a lot of labor.

Moreover, the current wall insulation effect is not good, the external heat is directly transmitted to the room, and the indoor heat is also quickly dissipated to the outside world; after the wall is built, it is necessary to carry out external decoration on the external wall, which prolongs the completion time of the wall. It also wastes a lot of manpower and material resources

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