A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Building energy-saving waterproof construction structure and construction method thereof
The building energy-saving waterproof construction structure comprises a room body, a low wall and a roof, a shading mechanism is obliquely fixed to the top of the inner side of the low wall, a water baffle is arranged between the shading mechanism and one end of the low wall, and a water storage mechanism is fixed to the position, located between the shading mechanism and the roof, in the low wall; and a heat exchange mechanism is fixed to the bottom of the roof and located on the inner side of the room body, the shading mechanism comprises a fixing frame obliquely fixed to the top of the inner side of the low wall, and a shading assembly is arranged in the fixing frame. According to the building energy-saving waterproof construction structure, rainwater is collected, when the indoor space needs to be cooled, the shading assembly is unfolded to shield sunlight, the water temperature is reduced through water evaporation, the indoor temperature is reduced through the heat exchange mechanism, and the indoor air temperature is changed.
本发明公开了一种建筑节能防水施工结构，包括房体、矮墙和房顶，矮墙内侧的顶部倾斜固定有遮光机构，遮光机构与矮墙的一端之间设置有挡水板，矮墙的内部且位于遮光机构与房顶之间的位置固定有储水机构，矮墙的另一端均布开设有若干个室外通风口，房顶的底部且位于房体的内侧固定有换热机构，遮光机构包括倾斜固定在矮墙内侧顶部的固定框，固定框的内部设置有遮光组件。本发明提供的一种建筑节能防水施工结构通过对雨水进行收集，当需要对室内进行降温时，遮光组件展开，对阳光进行遮挡，并通过水的蒸发来降低水的温度，通过换热机构降低室内的温度，通过改变室内空气的温度。
Building energy-saving waterproof construction structure and construction method thereof
The building energy-saving waterproof construction structure comprises a room body, a low wall and a roof, a shading mechanism is obliquely fixed to the top of the inner side of the low wall, a water baffle is arranged between the shading mechanism and one end of the low wall, and a water storage mechanism is fixed to the position, located between the shading mechanism and the roof, in the low wall; and a heat exchange mechanism is fixed to the bottom of the roof and located on the inner side of the room body, the shading mechanism comprises a fixing frame obliquely fixed to the top of the inner side of the low wall, and a shading assembly is arranged in the fixing frame. According to the building energy-saving waterproof construction structure, rainwater is collected, when the indoor space needs to be cooled, the shading assembly is unfolded to shield sunlight, the water temperature is reduced through water evaporation, the indoor temperature is reduced through the heat exchange mechanism, and the indoor air temperature is changed.
本发明公开了一种建筑节能防水施工结构，包括房体、矮墙和房顶，矮墙内侧的顶部倾斜固定有遮光机构，遮光机构与矮墙的一端之间设置有挡水板，矮墙的内部且位于遮光机构与房顶之间的位置固定有储水机构，矮墙的另一端均布开设有若干个室外通风口，房顶的底部且位于房体的内侧固定有换热机构，遮光机构包括倾斜固定在矮墙内侧顶部的固定框，固定框的内部设置有遮光组件。本发明提供的一种建筑节能防水施工结构通过对雨水进行收集，当需要对室内进行降温时，遮光组件展开，对阳光进行遮挡，并通过水的蒸发来降低水的温度，通过换热机构降低室内的温度，通过改变室内空气的温度。
Building energy-saving waterproof construction structure and construction method thereof
一种建筑节能防水施工结构及其施工方法
CHEN HAOLIANG (author)
2024-10-29
Patent
Electronic Resource
Chinese
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