SI2631364T1 - Manufacturing process for artificial pavement for countering global warming - Google Patents

Abstract

A manufacturing process for an artificial pavement for countering global warming, comprising: arranging from top to bottom a water-permeable pavement layer (40), a fast water-guiding layer (30), a partition layer (20), and an ecological formulated layer (10), with hollow bodies (11) being provided in the ecological formulated layer (10); depending on need, the hollow bodies (11) can be set as disaster prevention and water-storing hollow bodies, soil quality-improving hollow bodies, microorganism-culturing hollow bodies or water-retaining hollow bodies. The pavement enables rain water reaching the ground surface to penetrate fast into the ground, so that the ecological formulated layer (10) can retain water to a high degree, promoting microbial proliferation, and when the atmospheric temperature is high, it enables the moisture under the ground to evaporate via the bodies (41) in the water-permeable pavement layer (40), so as to achieve the effect of countering environmental warming.

Description

Original document published without description

Claims (13)

PROCEDURE FOR MANUFACTURE OF ARTIFICIAL PRESSURE FOR FIGHT AGAINST GLOBAL HEATING Patent claims Method for the production of artificial pressure for combating global warming, which consists essentially of an ecological gradient layer (10) and a water-permeable pavement layer (40), wherein: after the soil leveling, an organic gradation layer (10) is first deposited, ; and for the water permeable paving layer (40) is placed on an ecological gradient layer (10); characterized in that the ecological gradient layer (10) is constructed of gradation materials for the construction of roads or earth from construction sites and bodies of bodies (11) which are mixed with gradation materials or with earth from the construction site, each of the bodies of bodies (11 ) comprises a shell comprising halved shell elements (111) which are joined to each other to form an interior space, wherein the body water (11) forms apertures (112) communicating with the interior space, wherein the body water (11) ) and grading materials or soil from the construction site laid and then exposed to the compacting duck; (40) and an ecological gradient layer (10) to reach the groundwater layer (60) located below the layer (50) of the underground soil , so that the rainwater is led to a deep bottom position to complement the groundwater layer (60), and the ecological gradient layer (10) provides an excellent environment for the survival of the microorganisms and the pests that inhabit the earth. The method according to claim 1, wherein the inserted layer (20) is placed above the organic grading layer (10) and under the water-tightness paving layer (40). The method according to claim 1, wherein the drainage layer (30) is further laid above the ecological gradation layer (10) and the water-permeable pass-through layer (40). The method according to claim 2, wherein the drainage layer (30) is placed above the connection layer (20). The method according to claim 1, wherein the body water (11) is constructed as a water body (11) for storing water in the prevention of accidents. The method according to claim 1, wherein the body water body (11) is constructed as a body water body (11) that has its own internal water spaces filled with a substance (113) containing carbon or soil improvers. The process according to claim 1, wherein the body water (11) is constructed as a body water body (11) for the culture of microorganisms having their own internal spaces filled with microbial strains (114). The method according to claim 1, wherein the body water (11) is constructed as a water body (11) that holds water, the water of which is internal water spaces are filled with a water absorbing substance (115), including a sponge or water absorbent material, which microorganisms do not degrade. The method of claim 1, wherein the respective hollow body (11) is composed of two halved shell elements (111) that coincide with one another. The method of claim 2, wherein the connection layer (20) comprises a part of a non-woven fabric or net, or a layer of sand. A method according to claim 3 or claim 4, wherein the drainage layer (30) is composed of gravel or sand or a combination of both or graded material based on sand. The method according to claim 1, wherein the water-permeable paving layer (40) comprises a plurality of drainage pipes (41), the upper connecting frame (42), the lower connecting frame (43) and the condensation tube (45) having the function of storing air , wherein each of the condensing tubes (45) comprises an outer tube (414) arranged on a drainage tube (41), the outer tube (414) comprising a peak forming a hole (4141), wherein the outer tube (414) ) forms a peripheral slit (4142) so that the combination of the drainage tube (41) and the outer tube (414) forms a drainage pipe structure capable of discharging water and collecting condensed water. The method according to claim 1, wherein the water-permeable pavement layer (40) comprises a plurality of drainage pipes (41), the upper connecting frame (42), the lower connection frame (43), and the water tanks (46), the respective water the tank (46) being attached to the end of a single drainage tube (41), each of the water tanks (46) comprising a cover (461) and a base housing (462), wherein the lid (461) has a top forming a hole (4611) the cover (461) comprising an outer circumference along which the edge (4612) is formed, the cover (461) comprising an outer diameter greater than the outer diameter of the base housing (462), the base housing (462) comprising a central a tube (4621) and a peripheral slit (4622), the central tube (4621) comprising a peak located at a higher position, the base housing (462) having a top forming spaced dotted projections (4623) forming a passage for supplying water when the cover (461) and the base housing (462) are mutually hinged, the center The tube (4621) comprises an inner surface forming raised ribs (4624), wherein the drainage tube (41) and the water reservoir (46) are interconnected to form a drainage pipe structure capable of draining water and storing water.