A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
The invention belongs to the technical field of building outer walls, and discloses a back insertion type combined heat preservation plate, a heat preservation system and an installation technology, and the back insertion type combined heat preservation plate comprises a first heat preservation plate, a second heat preservation plate, a third heat preservation plate and a fourth heat preservation plate, the second heat preservation plate is used for being connected with the keel and is arranged in a shell, and one side of the second heat preservation plate protrudes out of the shell to form a broken bridge contact part; when the back insertion type combined heat preservation plate is installed on the keel, the second heat preservation plate covers the first heat preservation plate and the keel, and the second heat preservation plate makes contact with the first heat preservation plate and the keel through the broken bridge contact part. A series of problems that the fixing strength and hardness are weakened and the like due to the fact that the total thickness of the heat preservation plates and the keels is too large after the heat preservation plates are installed can be effectively solved, the heat preservation effect of the positions between the keels is also improved, and the heat insulation and cold insulation bridge cutoff effect can be achieved through the bridge cutoff contact parts of the second heat preservation plates.
本发明属于建筑外墙技术领域，公开了一种背插式组合保温板、保温系统及安装工艺，其中的一种背插式组合保温板，包括：第一保温板，用于插入于安装所述背插式组合保温板的龙骨之间；以及第二保温板，用于与所述龙骨连接，且设于一外壳内，第二保温板的一侧凸出于外壳外以形成断桥接触部；当所述背插式组合保温板安装于所述龙骨时，所述第二保温板盖设于所述第一保温板和龙骨上，且第二保温板通过所述断桥接触部分别与所述第一保温板和所述龙骨接触。本发明能够有效的解决保温板在安装后与龙骨的总厚度过大而导致的固定强度和硬度减弱等一系列问题，也提高了龙骨之间位置的保温效果，并且通过第二保温板的断桥接触部可实现隔热隔冷的断桥作用。
The invention belongs to the technical field of building outer walls, and discloses a back insertion type combined heat preservation plate, a heat preservation system and an installation technology, and the back insertion type combined heat preservation plate comprises a first heat preservation plate, a second heat preservation plate, a third heat preservation plate and a fourth heat preservation plate, the second heat preservation plate is used for being connected with the keel and is arranged in a shell, and one side of the second heat preservation plate protrudes out of the shell to form a broken bridge contact part; when the back insertion type combined heat preservation plate is installed on the keel, the second heat preservation plate covers the first heat preservation plate and the keel, and the second heat preservation plate makes contact with the first heat preservation plate and the keel through the broken bridge contact part. A series of problems that the fixing strength and hardness are weakened and the like due to the fact that the total thickness of the heat preservation plates and the keels is too large after the heat preservation plates are installed can be effectively solved, the heat preservation effect of the positions between the keels is also improved, and the heat insulation and cold insulation bridge cutoff effect can be achieved through the bridge cutoff contact parts of the second heat preservation plates.
本发明属于建筑外墙技术领域，公开了一种背插式组合保温板、保温系统及安装工艺，其中的一种背插式组合保温板，包括：第一保温板，用于插入于安装所述背插式组合保温板的龙骨之间；以及第二保温板，用于与所述龙骨连接，且设于一外壳内，第二保温板的一侧凸出于外壳外以形成断桥接触部；当所述背插式组合保温板安装于所述龙骨时，所述第二保温板盖设于所述第一保温板和龙骨上，且第二保温板通过所述断桥接触部分别与所述第一保温板和所述龙骨接触。本发明能够有效的解决保温板在安装后与龙骨的总厚度过大而导致的固定强度和硬度减弱等一系列问题，也提高了龙骨之间位置的保温效果，并且通过第二保温板的断桥接触部可实现隔热隔冷的断桥作用。
Back insertion type combined heat insulation board, heat insulation system and installation technology
一种背插式组合保温板、保温系统及安装工艺
2024-06-21
Patent
Electronic Resource
Chinese
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