A dew resource collection and reuse device using natural energy
A technology of water resources and natural energy, which is applied in applications, household heating, household heating, etc., can solve the problems of poor waterproof effect and high cost of construction technology, and achieve the effect of fast drainage and reasonable waterproof
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Embodiment 1
[0031] This embodiment provides a dew resource collection and reuse device that utilizes natural energy. The roof has a slope of 2‰. The present invention is to apply waterproof materials to the indoor roof surface in the form of drafts, and apply waterproof materials to different positions on the roof surface. The thickness of the material is different; the central axis perpendicular to the lowest side of the roof divides the roof into two areas, which are symmetrical with the central axis, and the waterproof materials in the two areas are laid in the same way; The four boundaries composed of regular curves are divided into boundaries. There is a fourth boundary near the central axis, and the fourth waterproof material is applied inside the fourth boundary; there is a third boundary outside the fourth boundary, and the fourth boundary and the third boundary A third waterproof material is applied between them; there is a second boundary outside the third boundary, and a second ...
Embodiment 2
[0040] This embodiment provides a dew resource collection and reuse device utilizing natural energy, including a drainage system and a waterproof system layer set according to the method described in Embodiment 1; the waterproof material is polymer modified asphalt or SBS modified asphalt for waterproofing paint; the drainage system includes a plurality of drainage grooves, all of which are arranged side by side, and the drainage grooves have the same width and different depths.
[0041]The waterproof system is arranged on the indoor roof, the drainage system is arranged at the contact between the wall and the ground, and the drainage grooves are arranged side by side along the width direction of the wall. In actual use, a downpipe can be installed underground to lead to the outdoors, and the downpipes are respectively connected to the drainage grooves on the ground. When the outdoor temperature is too low and the indoor temperature is high, the indoor water vapor will condense...
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