A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Passive house construction process
The invention provides a passive house construction process which comprises the following steps: S1) constructing a double-layer super-thick roof thermal insulation layer of a structural body by a dry method, selecting a graphite polystyrene board in a double-layer staggered joint dry construction mode, selecting a coiled material hot melting method for construction on an upper layer, and selecting a self-adhesion coiled material for self-adhesion construction on a lower layer; s2, heat preservation of the first-layer outer wall; for the plinth and the house center, after waterproof coiled materials are laid on a base layer, extruded polystyrene boards are constructed in a layered and staggered mode, and gaps are bonded through polystyrene foam or filled with the extruded polystyrene boards; for a basement core tube, rock wool boards are pasted in a double-layer staggered joint mode, and heat bridge breaking anchor bolts are used for fixing; (3) heat preservation of the pipeline penetrating through the wall face of the passive strong area is conducted, specifically, the reserved hole larger than the set space is filled with a finished product polyurethane foaming shell with a clamping groove in a spliced mode, and meanwhile a waterproof vapor-proof film and a waterproof breathable film are arranged on the indoor side and the outdoor side respectively; and 4) passive door and window installation: pasting a waterproof vapor-proof film on a main frame of the door and window in a mode of opening first, then closing on two sides and finally closing on the upper part.
本发明提供了被动房施工工艺，包括以下步骤：S1）干法施工结构体的双层超厚屋面保温层，选用石墨聚苯板以双层错缝干法施工的方式，上层选用卷材热熔法施工，下层选用自粘卷材自粘施工；S2）首层外墙的保温；针对勒脚以及房心处，基层铺设防水卷材后，分层错缝施工挤塑聚苯板，缝隙处采用发泡胶黏接或挤塑聚苯板填充；针对地下室核心筒，采用岩棉板双层错缝粘贴，利用断热桥锚栓固定；3）穿被动强区域墙面管道的保温：在大于设定空间的预留孔内，通过带卡槽成品聚氨酯发泡壳拼接填充，同时室内侧和室外侧分别设置防水隔汽膜以及防水透气膜；4）被动门窗安装：通过先下口再两侧最后上部收尾的方式，将防水隔汽膜粘贴门窗的主框上。
Passive house construction process
The invention provides a passive house construction process which comprises the following steps: S1) constructing a double-layer super-thick roof thermal insulation layer of a structural body by a dry method, selecting a graphite polystyrene board in a double-layer staggered joint dry construction mode, selecting a coiled material hot melting method for construction on an upper layer, and selecting a self-adhesion coiled material for self-adhesion construction on a lower layer; s2, heat preservation of the first-layer outer wall; for the plinth and the house center, after waterproof coiled materials are laid on a base layer, extruded polystyrene boards are constructed in a layered and staggered mode, and gaps are bonded through polystyrene foam or filled with the extruded polystyrene boards; for a basement core tube, rock wool boards are pasted in a double-layer staggered joint mode, and heat bridge breaking anchor bolts are used for fixing; (3) heat preservation of the pipeline penetrating through the wall face of the passive strong area is conducted, specifically, the reserved hole larger than the set space is filled with a finished product polyurethane foaming shell with a clamping groove in a spliced mode, and meanwhile a waterproof vapor-proof film and a waterproof breathable film are arranged on the indoor side and the outdoor side respectively; and 4) passive door and window installation: pasting a waterproof vapor-proof film on a main frame of the door and window in a mode of opening first, then closing on two sides and finally closing on the upper part.
本发明提供了被动房施工工艺，包括以下步骤：S1）干法施工结构体的双层超厚屋面保温层，选用石墨聚苯板以双层错缝干法施工的方式，上层选用卷材热熔法施工，下层选用自粘卷材自粘施工；S2）首层外墙的保温；针对勒脚以及房心处，基层铺设防水卷材后，分层错缝施工挤塑聚苯板，缝隙处采用发泡胶黏接或挤塑聚苯板填充；针对地下室核心筒，采用岩棉板双层错缝粘贴，利用断热桥锚栓固定；3）穿被动强区域墙面管道的保温：在大于设定空间的预留孔内，通过带卡槽成品聚氨酯发泡壳拼接填充，同时室内侧和室外侧分别设置防水隔汽膜以及防水透气膜；4）被动门窗安装：通过先下口再两侧最后上部收尾的方式，将防水隔汽膜粘贴门窗的主框上。
Passive house construction process
被动房施工工艺
SUN YONG (author) / CHEN HENG (author) / ZHANG LANG (author) / GUO CHAO (author) / DONG LILI (author)
2024-04-26
Patent
Electronic Resource
Chinese
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