Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a self-reinforcing type cement heat-preservation brick, and belongs to the field of cement heat-preservation bricks. According to the self-reinforcing type cement heat-preservation brick, heat-preservation particles made of a novel material are added into a brick body and are uniformly distributed on the inner surface of an adsorption layer through magnetic force; under theaction of the heat-preservation particles, on one hand, a good heat-preservation effect can be effectively achieved, and on the other hand, the heat-preservation particles can be recycled; after theheat-preservation particles meet water in cement mortar, the water enters the heat-preservation particles, so that magnetic expansion blocks expand; under the action of the magnetic expansion blocks,reinforcing shafts extend outwards in outward-extending holes; under the action of the reinforcing shafts, the contact area with the cement mortar is increased, and connection between the heat-preservation particles and the cement mortar is conveniently and stably guaranteed; and compared with common heat-preservation bricks, the heat-preservation effect of the self-reinforcing type cement heat-preservation brick is better.
本发明公开了一种自加固型水泥保温砖，属于水泥保温砖领域，一种自加固型水泥保温砖，通过在砖体的内部添加新型材料制成的保温粒子，保温粒子通过磁力均匀的分布在吸附层的内表面，在保温粒子的作用下，一方面能够有效的起到良好保温效果，另一方面，保温粒子实现可回收再利用，保温粒子遇到水泥砂浆中的水分后，水分进入到保温粒子的内部，导致磁性膨胀块发生膨胀，在磁性膨胀块的作用下，使得加固轴在外伸孔的内部向外延伸，在加固轴的作用下，增大与水泥砂浆的接触面积，方便稳定保证保温粒子与水泥砂浆的连接，相对于常见的保温砖，其保温效果更胜一筹。
The invention discloses a self-reinforcing type cement heat-preservation brick, and belongs to the field of cement heat-preservation bricks. According to the self-reinforcing type cement heat-preservation brick, heat-preservation particles made of a novel material are added into a brick body and are uniformly distributed on the inner surface of an adsorption layer through magnetic force; under theaction of the heat-preservation particles, on one hand, a good heat-preservation effect can be effectively achieved, and on the other hand, the heat-preservation particles can be recycled; after theheat-preservation particles meet water in cement mortar, the water enters the heat-preservation particles, so that magnetic expansion blocks expand; under the action of the magnetic expansion blocks,reinforcing shafts extend outwards in outward-extending holes; under the action of the reinforcing shafts, the contact area with the cement mortar is increased, and connection between the heat-preservation particles and the cement mortar is conveniently and stably guaranteed; and compared with common heat-preservation bricks, the heat-preservation effect of the self-reinforcing type cement heat-preservation brick is better.
本发明公开了一种自加固型水泥保温砖，属于水泥保温砖领域，一种自加固型水泥保温砖，通过在砖体的内部添加新型材料制成的保温粒子，保温粒子通过磁力均匀的分布在吸附层的内表面，在保温粒子的作用下，一方面能够有效的起到良好保温效果，另一方面，保温粒子实现可回收再利用，保温粒子遇到水泥砂浆中的水分后，水分进入到保温粒子的内部，导致磁性膨胀块发生膨胀，在磁性膨胀块的作用下，使得加固轴在外伸孔的内部向外延伸，在加固轴的作用下，增大与水泥砂浆的接触面积，方便稳定保证保温粒子与水泥砂浆的连接，相对于常见的保温砖，其保温效果更胜一筹。
Method for molding self-heat-preservation shale brick
| Europäisches Patentamt | 2015
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2016