A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Floor heating structure
The invention discloses a floor heating structure. The floor heating structure comprises a positioning plate, a floor heating coil pipe and a backfilling layer which are sequentially arranged from bottom to top; the positioning plate comprises a heat preservation plate and a plurality of positioning columns arranged on one side of the heat preservation plate; the plurality of positioning columns are distributed in an array mode; the distance allowing the floor heating coil pipe to penetrate through is formed between every two adjacent positioning columns; the distances between every two adjacent rows of positioning columns are equal; the distances between every two adjacent columns of positioning columns are equal; the first ends of the positioning columns are fixedly connected with the heat preservation plate; the second ends of the positioning columns are provided with limiting structures used for limiting upward disengagement of the floor heating coil pipe; and the backfilling layer is made of backfilling leveling mortar. Through the arrangement, the problems that in the prior art, when wet floor heating is backfilled with pea gravel concrete, the construction procedure is complex due to the fact that secondary fine leveling needs to be conducted, the distance between floor heating pipelines is not easy to control when the floor heating pipelines are laid, and the laying efficiency is low and a large amount of heat is dissipated due to the fact that the floor heating pipelines are fixed through clamping nails are solved.
本申请公开了一种地暖结构，包括由下至上依次设置的定位板、地暖盘管和回填层；定位板包括保温板和多个设置在保温板一侧的定位柱，多个定位柱呈阵列分布，相邻定位柱之间具有可供地暖盘管穿过的间距，每相邻两行定位柱之间的距离相等，每相邻两列定位柱之间的距离相等，定位柱的第一端与保温板固定连接，第二端设置有用于限制地暖盘管向上脱出的限位结构；回填层的材质为回填找平砂浆。如此设置，解决了现有技术中的湿式地暖采用豆石混凝土进行回填时，因需进行二次精找平导致的施工工序复杂，且在铺设地暖管道时，地暖管道的间距不易控制，因采用卡钉对地暖管道进行固定导致的铺设效率低、热量大量散失的问题。
Floor heating structure
The invention discloses a floor heating structure. The floor heating structure comprises a positioning plate, a floor heating coil pipe and a backfilling layer which are sequentially arranged from bottom to top; the positioning plate comprises a heat preservation plate and a plurality of positioning columns arranged on one side of the heat preservation plate; the plurality of positioning columns are distributed in an array mode; the distance allowing the floor heating coil pipe to penetrate through is formed between every two adjacent positioning columns; the distances between every two adjacent rows of positioning columns are equal; the distances between every two adjacent columns of positioning columns are equal; the first ends of the positioning columns are fixedly connected with the heat preservation plate; the second ends of the positioning columns are provided with limiting structures used for limiting upward disengagement of the floor heating coil pipe; and the backfilling layer is made of backfilling leveling mortar. Through the arrangement, the problems that in the prior art, when wet floor heating is backfilled with pea gravel concrete, the construction procedure is complex due to the fact that secondary fine leveling needs to be conducted, the distance between floor heating pipelines is not easy to control when the floor heating pipelines are laid, and the laying efficiency is low and a large amount of heat is dissipated due to the fact that the floor heating pipelines are fixed through clamping nails are solved.
本申请公开了一种地暖结构，包括由下至上依次设置的定位板、地暖盘管和回填层；定位板包括保温板和多个设置在保温板一侧的定位柱，多个定位柱呈阵列分布，相邻定位柱之间具有可供地暖盘管穿过的间距，每相邻两行定位柱之间的距离相等，每相邻两列定位柱之间的距离相等，定位柱的第一端与保温板固定连接，第二端设置有用于限制地暖盘管向上脱出的限位结构；回填层的材质为回填找平砂浆。如此设置，解决了现有技术中的湿式地暖采用豆石混凝土进行回填时，因需进行二次精找平导致的施工工序复杂，且在铺设地暖管道时，地暖管道的间距不易控制，因采用卡钉对地暖管道进行固定导致的铺设效率低、热量大量散失的问题。
Floor heating structure
一种地暖结构
KONG XIANGZHI (author) / LI XINXIAO (author) / GAO HENG (author) / XU BO (author)
2021-07-02
Patent
Electronic Resource
Chinese
Novel floor heating paving method and floor heating structure
| European Patent Office | 2024