Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
The invention discloses a novel energy-saving and environment-friendly building applied in constructional engineering. The novel energy-saving and environment-friendly building applied in constructional engineering structurally comprises a roof installing face, a steel structure installing frame, guard wall moving devices, solar panels and a collecting ditch. The novel energy-saving and environment-friendly building applied in constructional engineering has the beneficial effects that spiral coils of oxygenated flow activating mechanisms blow agitating bags to accelerate active flowing of water vapor and air, and the condition that the water vapor and the air in the agitating bags generate ozone to pollute the environment under the long-term static and oxygen-consumed condition is avoided;and the water vapor is guided and drained through moistureproof mechanisms, the condition that in the long-term static effect of the water vapor, the actual water vapor partial pressure of the localportion of a wall is higher than the saturated water vapor partial pressure, the house inner wall generates a dew formation phenomenon is avoided, and the condition that due to the fact that the internal water vapor is attached to the steel structure installing frame and the lower bottoms of the solar panels, a lot of water vapor is converged on the lower surfaces of the solar panels, water beadsare prone to being formed under the high temperature effect and permeate into the wall, the wall interior is expanded, and the overall roof structure is influenced is avoided.
本发明公开了一种用于建筑工程中新型节能环保建筑，其结构包括屋顶安装面、钢结构安装架、护墙活窜装置、太阳能板、集水沟。有益效果：本发明利用加氧活流机构设有的螺旋圈对煽动囊做鼓动，以加速水汽与空气的活性流窜，避免其内部的水汽与空气在长期的静止以及耗氧的条件下，产生臭氧对环境造成污染，利用防潮机构对水汽做导流并将其排出，避免该内部水汽在长期静态作用下，出现有墙体局部的实际水蒸气分压高于饱和水汽分压，导致屋内壁出现结露现象，且内部的水汽易附着在钢结构安装架上以及太阳能板下底部，使太阳能板下表面有大量的水汽汇集，并较高温度作用下易形成水珠，导致其渗透入墙体内部，造成墙体内部膨胀，影响整体的屋顶结构。
The invention discloses a novel energy-saving and environment-friendly building applied in constructional engineering. The novel energy-saving and environment-friendly building applied in constructional engineering structurally comprises a roof installing face, a steel structure installing frame, guard wall moving devices, solar panels and a collecting ditch. The novel energy-saving and environment-friendly building applied in constructional engineering has the beneficial effects that spiral coils of oxygenated flow activating mechanisms blow agitating bags to accelerate active flowing of water vapor and air, and the condition that the water vapor and the air in the agitating bags generate ozone to pollute the environment under the long-term static and oxygen-consumed condition is avoided;and the water vapor is guided and drained through moistureproof mechanisms, the condition that in the long-term static effect of the water vapor, the actual water vapor partial pressure of the localportion of a wall is higher than the saturated water vapor partial pressure, the house inner wall generates a dew formation phenomenon is avoided, and the condition that due to the fact that the internal water vapor is attached to the steel structure installing frame and the lower bottoms of the solar panels, a lot of water vapor is converged on the lower surfaces of the solar panels, water beadsare prone to being formed under the high temperature effect and permeate into the wall, the wall interior is expanded, and the overall roof structure is influenced is avoided.
本发明公开了一种用于建筑工程中新型节能环保建筑，其结构包括屋顶安装面、钢结构安装架、护墙活窜装置、太阳能板、集水沟。有益效果：本发明利用加氧活流机构设有的螺旋圈对煽动囊做鼓动，以加速水汽与空气的活性流窜，避免其内部的水汽与空气在长期的静止以及耗氧的条件下，产生臭氧对环境造成污染，利用防潮机构对水汽做导流并将其排出，避免该内部水汽在长期静态作用下，出现有墙体局部的实际水蒸气分压高于饱和水汽分压，导致屋内壁出现结露现象，且内部的水汽易附着在钢结构安装架上以及太阳能板下底部，使太阳能板下表面有大量的水汽汇集，并较高温度作用下易形成水珠，导致其渗透入墙体内部，造成墙体内部膨胀，影响整体的屋顶结构。
Novel energy-saving and environment-friendly building applied in constructional engineering
一种用于建筑工程中新型节能环保建筑
YANG YI (Autor:in)
08.05.2020
Patent
Elektronische Ressource
Chinesisch
IPC:
E04D
ROOF COVERINGS
,
Dacheindeckungen
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