A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building energy-saving wall
The invention relates to a building energy-saving wall. The building energy-saving wall comprises an outer wall plate, an outer heat preservation plate, an inner heat preservation plate and an inner wall plate which are sequentially connected from outside to inside, the outer heat preservation plate is provided with a plurality of round first heat preservation discs, and each first heat preservation disc comprises a first heat preservation part and a first heat conduction part; and the inner heat preservation plate is provided with second heat preservation discs corresponding to the first heat preservation discs in a one-to-one mode, the second heat preservation discs are rotationally connected with the inner heat preservation plate in the vertical circumferential direction, each second heat preservation disc comprises a second heat preservation part and a second heat conduction part, and the circumferential movement path of each second heat conduction part passes through the corresponding first heat conduction part. According to the building energy-saving wall, the first heat conduction part and the second heat conduction part can be staggered or make contact through different rotating positions of the second heat preservation disc, so that switching of the heat preservation state and the heat conduction state of the energy-saving wall is achieved, and the indoor temperature is effectively adjusted.
本申请涉及一种建筑节能墙体，由外到内包括依次连接的外墙板、外保温板、内保温板和内墙板，所述外保温板设有多个圆形的第一保温盘，所述第一保温盘包括第一保温部和第一导热部，所述内保温板设有一一对应第一保温盘设置的第二保温盘，所述第二保温盘与所述内保温板沿竖向圆周方向转动连接，所述第二保温盘包括第二保温部和第二导热部，所述第二导热部的圆周移动路径经过所述第一导热部。本申请通过第二保温盘的转动位置不同，可以实现第一导热部与第二导热部的相错或相接触，从而实现节能墙体的保温和导热状态的切换，从而有效调节室内温度。
Building energy-saving wall
The invention relates to a building energy-saving wall. The building energy-saving wall comprises an outer wall plate, an outer heat preservation plate, an inner heat preservation plate and an inner wall plate which are sequentially connected from outside to inside, the outer heat preservation plate is provided with a plurality of round first heat preservation discs, and each first heat preservation disc comprises a first heat preservation part and a first heat conduction part; and the inner heat preservation plate is provided with second heat preservation discs corresponding to the first heat preservation discs in a one-to-one mode, the second heat preservation discs are rotationally connected with the inner heat preservation plate in the vertical circumferential direction, each second heat preservation disc comprises a second heat preservation part and a second heat conduction part, and the circumferential movement path of each second heat conduction part passes through the corresponding first heat conduction part. According to the building energy-saving wall, the first heat conduction part and the second heat conduction part can be staggered or make contact through different rotating positions of the second heat preservation disc, so that switching of the heat preservation state and the heat conduction state of the energy-saving wall is achieved, and the indoor temperature is effectively adjusted.
本申请涉及一种建筑节能墙体，由外到内包括依次连接的外墙板、外保温板、内保温板和内墙板，所述外保温板设有多个圆形的第一保温盘，所述第一保温盘包括第一保温部和第一导热部，所述内保温板设有一一对应第一保温盘设置的第二保温盘，所述第二保温盘与所述内保温板沿竖向圆周方向转动连接，所述第二保温盘包括第二保温部和第二导热部，所述第二导热部的圆周移动路径经过所述第一导热部。本申请通过第二保温盘的转动位置不同，可以实现第一导热部与第二导热部的相错或相接触，从而实现节能墙体的保温和导热状态的切换，从而有效调节室内温度。
Building energy-saving wall
一种建筑节能墙体
LI JIANHUA (author) / SHEN WEI (author) / CHEN SHIRUN (author)
2022-01-21
Patent
Electronic Resource
Chinese
IPC:
E04B
Allgemeine Baukonstruktionen
,
GENERAL BUILDING CONSTRUCTIONS