Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention relates to a green energy-saving building wall which comprises a plurality of wall structures, a plurality of installation transverse edge beams are arranged on the outer sides of the wall structures in the height direction, a plurality of energy-saving turnover mechanisms are arranged between the adjacent installation transverse edge beams, each energy-saving turnover mechanism comprises an energy-saving turnover plate, and a heat exchange bent pipe is arranged in each energy-saving turnover plate. The upper end and the lower end of one side of the energy-saving turning plate are in rotatable axial positioning connection with the upper installation transverse edge beam and the lower installation transverse edge beam respectively, and the upper end of the heat exchange bent pipe is in rotatable axial positioning communication with the water distribution pipe in the upper installation transverse edge beam through the upper end of one side of the energy-saving turning plate. The lower end of the heat exchange bent pipe is rotatably and axially positioned and communicated with a water distribution pipe in the lower mounting transverse edge beam through the lower end of one side of the energy-saving turning plate, and the water distribution pipe is communicated with an underground water storage tank through a water inlet header pipe and a water exchange header pipe. According to the scheme of the building wall with the energy-saving turnover mechanism arranged on the outer side of the wall and used for collecting solar energy, the energy-saving turnover mechanism has the advantage of being better in energy-saving effect.
本发明涉及一种绿色节能建筑墙体，包括若干墙体结构，墙体结构的外侧上沿高度方向设有多个安装横沿梁，相邻的安装横檐梁间设有多个节能翻转机构，节能翻转机构包括节能翻板，节能翻板内设有换热弯管，节能翻板的一侧的上、下端分别与上、下方的安装横沿梁形成可转动的轴向定位连接，换热弯管的上端通过节能翻板的一侧的上端与上方的安装横沿梁内的布水管形成可转动的轴向定位连通，换热弯管的下端通过节能翻板的一侧的下端与下方的安装横沿梁内的布水管形成可转动的轴向定位连通，布水管通过进水总管、换水总管与地下的储水箱连通。本发明采用具有设在墙体外侧上的采集太阳能的节能翻转机构的建筑墙体方案，具有节能效果更好的特点。
The invention relates to a green energy-saving building wall which comprises a plurality of wall structures, a plurality of installation transverse edge beams are arranged on the outer sides of the wall structures in the height direction, a plurality of energy-saving turnover mechanisms are arranged between the adjacent installation transverse edge beams, each energy-saving turnover mechanism comprises an energy-saving turnover plate, and a heat exchange bent pipe is arranged in each energy-saving turnover plate. The upper end and the lower end of one side of the energy-saving turning plate are in rotatable axial positioning connection with the upper installation transverse edge beam and the lower installation transverse edge beam respectively, and the upper end of the heat exchange bent pipe is in rotatable axial positioning communication with the water distribution pipe in the upper installation transverse edge beam through the upper end of one side of the energy-saving turning plate. The lower end of the heat exchange bent pipe is rotatably and axially positioned and communicated with a water distribution pipe in the lower mounting transverse edge beam through the lower end of one side of the energy-saving turning plate, and the water distribution pipe is communicated with an underground water storage tank through a water inlet header pipe and a water exchange header pipe. According to the scheme of the building wall with the energy-saving turnover mechanism arranged on the outer side of the wall and used for collecting solar energy, the energy-saving turnover mechanism has the advantage of being better in energy-saving effect.
本发明涉及一种绿色节能建筑墙体，包括若干墙体结构，墙体结构的外侧上沿高度方向设有多个安装横沿梁，相邻的安装横檐梁间设有多个节能翻转机构，节能翻转机构包括节能翻板，节能翻板内设有换热弯管，节能翻板的一侧的上、下端分别与上、下方的安装横沿梁形成可转动的轴向定位连接，换热弯管的上端通过节能翻板的一侧的上端与上方的安装横沿梁内的布水管形成可转动的轴向定位连通，换热弯管的下端通过节能翻板的一侧的下端与下方的安装横沿梁内的布水管形成可转动的轴向定位连通，布水管通过进水总管、换水总管与地下的储水箱连通。本发明采用具有设在墙体外侧上的采集太阳能的节能翻转机构的建筑墙体方案，具有节能效果更好的特点。
Green energy-saving building wall
绿色节能建筑墙体
HAN JIAN (Autor:in)
01.04.2022
Patent
Elektronische Ressource
Chinesisch