A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving type assembled building wall
The invention discloses an energy-saving type assembled building wall. Two outer walls and a temperature conduction area formed through clamping of the two outer walls are included. The outer walls are provided with a plurality of first temperature conduction blocks. Each first temperature conduction block comprises a first connecting part, wherein at least part of the first connecting part is located in the temperature conduction area. A plurality of second temperature conduction blocks are arranged in the temperature conduction area. Each of the two ends of each second temperature conductionblock comprises a second connecting part. The second temperature conduction blocks can move, and the second connecting parts can make contact with the corresponding first connecting parts through moving. The first connecting parts and the second connecting parts are in a broach shape. Through the movement of the second temperature conduction blocks, the second connecting parts can be in layer-by-layer staggered abutting with the corresponding first connecting parts. Through relative movable contact of the second temperature conduction blocks and the first temperature conduction blocks, indoorand outdoor temperature adjustment can be achieved, the partial moving manner is adopted, the weight is small, accordingly, the needed moving strength is low, moving is convenient in a labor saving manner, vibration and noise are low, and the energy-saving type assembled building wall is suitable for the living environment.
本发明公开了一种节能型装配式建筑墙体，包括两个外壁以及两外壁夹持形成的导温区域，外壁上设置有若干第一导温块，第一导温块包括第一连接部，第一连接部至少部分位于导温区域内；导温区域内设置有若干第二导温块，第二导温块的两端分别包括第二连接部，第二导温块能够移动，移动能够使得第二连接部与对应的第一连接部接触；第一连接部和第二连接部均为梳齿状，第二导温块移动能够使得第二连接部与对应的第一连接部层层交错抵触。本发明通过第二导温块与第一导温块相对移动接触实现室内外温度调节，采用部分移动方式，重量小，从而使得所需移动力量小，移动方便省力，并且震动小，噪音小，适合居家环境。
Energy-saving type assembled building wall
The invention discloses an energy-saving type assembled building wall. Two outer walls and a temperature conduction area formed through clamping of the two outer walls are included. The outer walls are provided with a plurality of first temperature conduction blocks. Each first temperature conduction block comprises a first connecting part, wherein at least part of the first connecting part is located in the temperature conduction area. A plurality of second temperature conduction blocks are arranged in the temperature conduction area. Each of the two ends of each second temperature conductionblock comprises a second connecting part. The second temperature conduction blocks can move, and the second connecting parts can make contact with the corresponding first connecting parts through moving. The first connecting parts and the second connecting parts are in a broach shape. Through the movement of the second temperature conduction blocks, the second connecting parts can be in layer-by-layer staggered abutting with the corresponding first connecting parts. Through relative movable contact of the second temperature conduction blocks and the first temperature conduction blocks, indoorand outdoor temperature adjustment can be achieved, the partial moving manner is adopted, the weight is small, accordingly, the needed moving strength is low, moving is convenient in a labor saving manner, vibration and noise are low, and the energy-saving type assembled building wall is suitable for the living environment.
本发明公开了一种节能型装配式建筑墙体，包括两个外壁以及两外壁夹持形成的导温区域，外壁上设置有若干第一导温块，第一导温块包括第一连接部，第一连接部至少部分位于导温区域内；导温区域内设置有若干第二导温块，第二导温块的两端分别包括第二连接部，第二导温块能够移动，移动能够使得第二连接部与对应的第一连接部接触；第一连接部和第二连接部均为梳齿状，第二导温块移动能够使得第二连接部与对应的第一连接部层层交错抵触。本发明通过第二导温块与第一导温块相对移动接触实现室内外温度调节，采用部分移动方式，重量小，从而使得所需移动力量小，移动方便省力，并且震动小，噪音小，适合居家环境。
Energy-saving type assembled building wall
一种节能型装配式建筑墙体
SONG ZHONGXI (author)
2020-08-11
Patent
Electronic Resource
Chinese
IPC:
E04C
STRUCTURAL ELEMENTS
,
Bauelemente
Environment-friendly and energy-saving building assembled wall and using method
| European Patent Office | 2022