A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building energy-saving transformation outer wall external thermal insulation process and device
The invention discloses a building energy-saving reconstruction outer wall external thermal insulation technology and device. The technology specifically comprises the following steps that S1, an outer wall is cleaned, specifically, the outer skin of the wall surface is shoveled, outer wall cracks are filled, and the flatness of the outer wall is repaired; s2, preparation of thermal insulation mortar: pouring the preparation raw materials into a stirring box, pumping out air in the stirring box by using a vacuum pump, and uniformly stirring to obtain the thermal insulation mortar; and S3, a heat preservation layer is laid, specifically, a thickness control line is popped out according to slope making and paying-off according to design. The invention relates to the technical field of building construction engineering. According to the building energy-saving transformation outer wall external thermal insulation technology and device, through the arrangement of the compacting mechanism, the compacting work after brushing and slicking can be achieved on the same device, through the overturning arrangement of a compacting plate, the defoaming work after thermal insulation mortar is smeared on a wall can be achieved, and the thermal insulation mortar can be tightly compacted; no extra compacting apparatus is needed, the working efficiency of external wall thermal insulation transformation is greatly improved, and meanwhile the thermal insulation effect of the external wall is guaranteed.
本发明公开了一种建筑节能改造外墙外保温工艺及装置，具体包括以下步骤：S1、外墙清理：铲除墙面外皮，填补外墙裂缝，修复外墙平整度；S2、保温砂浆配制：将制备原料倒入搅拌箱内，利用真空泵抽除搅拌箱内部空气，搅拌均匀后制得保温砂浆；S3、铺设保温层：按设计找坡放线弹出厚度控制线，本发明涉及建筑施工工程技术领域。该建筑节能改造外墙外保温工艺及装置，通过压实机构的设置，能够在同一个装置上实现涂刷刮平后的压实工作，且通过压实板的翻转设置，不仅能实现保温砂浆涂抹上墙后的消泡工作，还能实现保温砂浆的紧密压实，无需额外使用的压实器械，大大提高了外墙保温改造的工作效率，同时也保证了外墙的保温效果。
Building energy-saving transformation outer wall external thermal insulation process and device
The invention discloses a building energy-saving reconstruction outer wall external thermal insulation technology and device. The technology specifically comprises the following steps that S1, an outer wall is cleaned, specifically, the outer skin of the wall surface is shoveled, outer wall cracks are filled, and the flatness of the outer wall is repaired; s2, preparation of thermal insulation mortar: pouring the preparation raw materials into a stirring box, pumping out air in the stirring box by using a vacuum pump, and uniformly stirring to obtain the thermal insulation mortar; and S3, a heat preservation layer is laid, specifically, a thickness control line is popped out according to slope making and paying-off according to design. The invention relates to the technical field of building construction engineering. According to the building energy-saving transformation outer wall external thermal insulation technology and device, through the arrangement of the compacting mechanism, the compacting work after brushing and slicking can be achieved on the same device, through the overturning arrangement of a compacting plate, the defoaming work after thermal insulation mortar is smeared on a wall can be achieved, and the thermal insulation mortar can be tightly compacted; no extra compacting apparatus is needed, the working efficiency of external wall thermal insulation transformation is greatly improved, and meanwhile the thermal insulation effect of the external wall is guaranteed.
本发明公开了一种建筑节能改造外墙外保温工艺及装置，具体包括以下步骤：S1、外墙清理：铲除墙面外皮，填补外墙裂缝，修复外墙平整度；S2、保温砂浆配制：将制备原料倒入搅拌箱内，利用真空泵抽除搅拌箱内部空气，搅拌均匀后制得保温砂浆；S3、铺设保温层：按设计找坡放线弹出厚度控制线，本发明涉及建筑施工工程技术领域。该建筑节能改造外墙外保温工艺及装置，通过压实机构的设置，能够在同一个装置上实现涂刷刮平后的压实工作，且通过压实板的翻转设置，不仅能实现保温砂浆涂抹上墙后的消泡工作，还能实现保温砂浆的紧密压实，无需额外使用的压实器械，大大提高了外墙保温改造的工作效率，同时也保证了外墙的保温效果。
Building energy-saving transformation outer wall external thermal insulation process and device
一种建筑节能改造外墙外保温工艺及装置
MENG QINGXUE (author) / ZHANG TAO (author) / JIA CHENGDONG (author) / WANG TAO (author) / WU HAO (author)
2023-05-26
Patent
Electronic Resource
Chinese
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