A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Energy-saving fabricated building wall
The invention relates to the field of building walls, in particular to an energy-saving fabricated building wall. Comprising a cuboid-shaped wall body, the wall body is of a three-layer structure, the wall body comprises a first heat preservation layer on the outer layer, a cavity layer on the middle layer and a second heat preservation layer on the inner layer, a cavity for containing water is formed in the cavity layer, and installation assemblies for fastening installation are embedded in the periphery of the wall body; a water inlet pipeline communicated with the interior of the cavity is pre-buried in the upper portion in the second heat preservation layer, the inner end of the water inlet pipeline is located in the cavity and fixedly connected with an L-shaped inner pipe, the outer end of the water inlet pipeline is located on the outer side of the wall body and fixedly provided with a first connector, and the first connector is close to the middle of the cavity; through the three-layer wall body structure, water circulation on the outer side is achieved through the first heat preservation layer and the cavity in the daytime, and heating and energy storage are conducted on water; and water circulation on the indoor side is automatically switched at night, heat stored in the daytime is internally circulated to supply heat to the indoor space, the indoor temperature is ensured, the usage amount of indoor functional equipment is effectively reduced, and environmental protection is achieved.
本发明涉及建筑墙体领域，具体涉及一种节能型装配式建筑墙体；包括长方体形的墙体，墙体采用三层层状结构，墙体包括外层的第一保温层、中间层的腔体层和内层的第二保温层，腔体层内部为盛水的空腔，墙体四周均预埋有进行紧固安装的安装组件，第二保温层内上部预埋有与空腔内部相通的进水管道，进水管道的内端位于空腔内且固定连接L形的内管，进水管道的外端位于墙体外侧且固定安装第一连接头，第一连接头靠近空腔中部；本发明通过三层的墙体结构，日间通过第一保温层与空腔实现外侧的水循环，对水进行加热蓄能；夜间自动切换至室内侧的水循环，将日间储蓄的热量内循环向室内供热，确保室内的温度，有效的减少室内功能设备的使用量，绿色环保。
Energy-saving fabricated building wall
The invention relates to the field of building walls, in particular to an energy-saving fabricated building wall. Comprising a cuboid-shaped wall body, the wall body is of a three-layer structure, the wall body comprises a first heat preservation layer on the outer layer, a cavity layer on the middle layer and a second heat preservation layer on the inner layer, a cavity for containing water is formed in the cavity layer, and installation assemblies for fastening installation are embedded in the periphery of the wall body; a water inlet pipeline communicated with the interior of the cavity is pre-buried in the upper portion in the second heat preservation layer, the inner end of the water inlet pipeline is located in the cavity and fixedly connected with an L-shaped inner pipe, the outer end of the water inlet pipeline is located on the outer side of the wall body and fixedly provided with a first connector, and the first connector is close to the middle of the cavity; through the three-layer wall body structure, water circulation on the outer side is achieved through the first heat preservation layer and the cavity in the daytime, and heating and energy storage are conducted on water; and water circulation on the indoor side is automatically switched at night, heat stored in the daytime is internally circulated to supply heat to the indoor space, the indoor temperature is ensured, the usage amount of indoor functional equipment is effectively reduced, and environmental protection is achieved.
本发明涉及建筑墙体领域，具体涉及一种节能型装配式建筑墙体；包括长方体形的墙体，墙体采用三层层状结构，墙体包括外层的第一保温层、中间层的腔体层和内层的第二保温层，腔体层内部为盛水的空腔，墙体四周均预埋有进行紧固安装的安装组件，第二保温层内上部预埋有与空腔内部相通的进水管道，进水管道的内端位于空腔内且固定连接L形的内管，进水管道的外端位于墙体外侧且固定安装第一连接头，第一连接头靠近空腔中部；本发明通过三层的墙体结构，日间通过第一保温层与空腔实现外侧的水循环，对水进行加热蓄能；夜间自动切换至室内侧的水循环，将日间储蓄的热量内循环向室内供热，确保室内的温度，有效的减少室内功能设备的使用量，绿色环保。
Energy-saving fabricated building wall
一种节能型装配式建筑墙体
WANG FENGLIN (author) / YANG XIANGMU (author) / DAI JINHUI (author) / CHEN ZHITING (author) / LI XINYUE (author) / DONG BO (author)
2023-11-10
Patent
Electronic Resource
Chinese