A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Pipeline laying template of ground radiation heating system
The invention relates to the technical field of ground radiant heating, in particular to a pipeline laying formwork of a ground radiant heating system, which comprises a composite formwork and a composite floor, transverse assembly mechanisms are arranged on two sides of the composite formwork, and the composite floor is arranged at the upper end of the composite formwork. Through the polystyrene board outer layer, the polyurethane foam base layer and the heat reflection heat preservation layer, a good heat preservation effect can be achieved, meanwhile, the aerogel heat preservation layer and the heat reflection layer are matched, the bottom of the heating pipeline can be wrapped in the using period, temperature can be prevented from being transferred downwards, heat energy can be prevented from being radiated downwards, and the service life of the heating pipeline is prolonged. According to the utility model, by arranging the marble base layer and the cement mortar base layer, redundant heat can be dissipated upwards through the composite floor, the heat is radiated indoors through the marble base layer and the cement mortar base layer, radiation of radiant heat energy can be reduced, all the radiant heat energy can be radiated indoors, on one hand, the heating energy consumption is reduced, and on the other hand, the overall heating efficiency of the equipment is correspondingly improved; the whole device has high heating performance.
本申请涉及地面辐射采暖技术领域，尤其是涉及一种地面辐射采暖系统的管道铺设模板，其包括复合模板和复合地板，所述复合模板的两侧设有横向组装机构，所述复合地板设置于复合模板的上端。本申请能够通过聚苯板外层、聚氨酯泡沫基层和热反射保温层，能够起到较好的保温作用，同时气凝胶保温层和热反射层相配合，能够在使用期间包覆采暖管道的底部，可避免温度向下传递，可避免热能向下辐射，使得多余的热量可向上通过复合地板散发，此时热量透过大理石基层、水泥砂浆基层辐射到室内，可降低辐射热能的散发，使得所有辐射热能均可箱室内辐射，一方面降低了采暖能耗，另一方面也相应的提高了本设备整体的采暖效率，本设备整体具有较强的采暖性能。
Pipeline laying template of ground radiation heating system
The invention relates to the technical field of ground radiant heating, in particular to a pipeline laying formwork of a ground radiant heating system, which comprises a composite formwork and a composite floor, transverse assembly mechanisms are arranged on two sides of the composite formwork, and the composite floor is arranged at the upper end of the composite formwork. Through the polystyrene board outer layer, the polyurethane foam base layer and the heat reflection heat preservation layer, a good heat preservation effect can be achieved, meanwhile, the aerogel heat preservation layer and the heat reflection layer are matched, the bottom of the heating pipeline can be wrapped in the using period, temperature can be prevented from being transferred downwards, heat energy can be prevented from being radiated downwards, and the service life of the heating pipeline is prolonged. According to the utility model, by arranging the marble base layer and the cement mortar base layer, redundant heat can be dissipated upwards through the composite floor, the heat is radiated indoors through the marble base layer and the cement mortar base layer, radiation of radiant heat energy can be reduced, all the radiant heat energy can be radiated indoors, on one hand, the heating energy consumption is reduced, and on the other hand, the overall heating efficiency of the equipment is correspondingly improved; the whole device has high heating performance.
本申请涉及地面辐射采暖技术领域，尤其是涉及一种地面辐射采暖系统的管道铺设模板，其包括复合模板和复合地板，所述复合模板的两侧设有横向组装机构，所述复合地板设置于复合模板的上端。本申请能够通过聚苯板外层、聚氨酯泡沫基层和热反射保温层，能够起到较好的保温作用，同时气凝胶保温层和热反射层相配合，能够在使用期间包覆采暖管道的底部，可避免温度向下传递，可避免热能向下辐射，使得多余的热量可向上通过复合地板散发，此时热量透过大理石基层、水泥砂浆基层辐射到室内，可降低辐射热能的散发，使得所有辐射热能均可箱室内辐射，一方面降低了采暖能耗，另一方面也相应的提高了本设备整体的采暖效率，本设备整体具有较强的采暖性能。
Pipeline laying template of ground radiation heating system
一种地面辐射采暖系统的管道铺设模板
LI QINGCHAO (author) / YANG JINGJING (author) / ZHANG JIANG (author) / ZHANG GUANGHUI (author) / XUE JUNXING (author) / KANG JIAN (author) / LIU YI (author) / WANG GUANJIE (author) / CHEN NASEN (author) / YANG QIUYAN (author)
2024-02-20
Patent
Electronic Resource
Chinese
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