CN208440935U - A kind of structure of the road Ren Hanglv hardening supply rainwater infiltration - Google Patents

Abstract

The utility model discloses the structures that a kind of road Ren Hanglv hardens supply rainwater infiltration, including anti-slip layer, panel, slurry seal, cold painting type resin layer, inorganic sandstone aggregate layer, Kang Shu power base, anti- thin power underlayment, reinforcing layer, permeable formation, microlith screed and bottom, the upper surface of panel is equipped with anti-slip layer, the lower surface of panel is equipped with slurry seal, the lower surface of slurry seal is equipped with cold painting type resin layer, the lower surface of cold painting type resin layer is equipped with inorganic sandstone aggregate layer, the lower surface of inorganic sandstone aggregate layer is equipped with Kang Shu power base, the lower surface of Kang Shu power base is equipped with anti-thin power underlayment, the lower surface of anti-thin power underlayment is equipped with reinforcing layer, reinforcing layer includes the pervious concrete layer of steel bar layer and cladding reinforcing steel bar layer, the lower surface of reinforcing layer is equipped with permeable formation, it is provided on permeable formation Pipeline and several protection muscle, the lower surface of permeable formation are equipped with microlith screed, and the two sides of anti-slip layer offer apopore.

Description

A kind of structure of the road Ren Hanglv hardening supply rainwater infiltration

Technical field

The utility model relates to road infiltration technical field, specially a kind of knot of the road Ren Hanglv hardening supply rainwater infiltration Structure.

Background technique

With the rapid development of society, Chinese Urbanization construction quickly carries out, and the earth's surface of modern city is gradually by reinforcing bar Concrete structure and fluid-tight concrete road surface are covered, convenient and fast means of transportation bring it is greatly convenient same When, also the ecological environment to city brings many negative impacts, and the road Ren Hanglv is the important component on urban road, It is that the facility for a person to use such as urban road two sides, residential area, square, shopping mall is set, the ground in the road common people Hang Lv is not Picture road is so firm, and some is just built on original broken stone road, fill subgrade or steady layer of water, the green road surface of most people row Structure is water-permeable brick, cement, the material for being covered with pitch etc. and being softer than cement, these materials have the disadvantage in that water-permeable brick is laid with not It is able to achieve mechanized construction, labour cost is excessively high, and water-permeable brick planarization of integrally mating formation is poor, often results in water-permeable brick local collapse；Water Mud, the materials bad hydraulic permeability such as be covered with pitch, road surface is easy to produce ponding when there is heavy rain, causes pavement damage, goes out to people Row causes greatly inconvenient；Effectively rainwater cannot be used, it is most of that metropolitan district is discharged by municipal Storm Sewer Network Domain.

Utility model content

It is above-mentioned to solve the purpose of this utility model is to provide the structure that a kind of road Ren Hanglv hardens supply rainwater infiltration The problem of being proposed in background technique.

To achieve the above object, the utility model provides the following technical solutions: under a kind of road Ren Hanglv hardening supply rainwater The structure of infiltration, including anti-slip layer, panel, slurry seal, cold painting type resin layer, inorganic sandstone aggregate layer, Kang Shu power base, Anti- thin power underlayment, reinforcing layer, permeable formation, microlith screed and bottom, the upper surface of the panel are equipped with anti-slip layer, institute The lower surface for stating panel is equipped with slurry seal, and the lower surface of the slurry seal is equipped with cold painting type resin layer, the cold painting The lower surface of type resin layer is equipped with inorganic sandstone aggregate layer, and the lower surface of the inorganic sandstone aggregate layer is equipped with Kang Shu power base, the lower surface of Kang Shu power base are equipped with anti-thin power underlayment, the lower surface of the anti-thin power underlayment It is equipped with reinforcing layer, the reinforcing layer includes the pervious concrete layer of steel bar layer and cladding reinforcing steel bar layer, the following table of the reinforcing layer Face is equipped with permeable formation, and pipeline and several protection muscle are provided on the permeable formation, and the protection muscle is arranged on the outside of pipeline, institute The lower surface for stating permeable formation is equipped with microlith screed, and the lower surface of the microlith screed is equipped with bottom, the anti-slip layer Two sides offer apopore.

Further, the thickness of the slurry seal is greater than the thickness of panel.

Further, Nian Jie by anti-thin power soil stabilizer between the cold painting type resin layer and slurry seal.

Further, pass through the interspersed connection of steel nail between the inorganic sandstone aggregate layer and cold painting type resin layer.

Further, be bonded by pitch bonding agent between Kang Shu power base and anti-thin power underlayment.

Further, the protection muscle is used and is arranged on permeable formation in pairs.

Further, the apopore is higher by anti-slip layer 4cm-6cm, and the aperture of apopore is 3cm-5cm.

Compared with prior art, the utility model has the beneficial effects that the anti-slip layer being laid in the utility model, it can be effective Prevent the danger of winter slipperiness on roads, there is certain skid resistance to effectively reduce rainwater since each layer structure is seepy material Accumulation on road surface, water permeability is good, and the road structure is due to being provided with reinforcing layer, and structural strength is higher, wear-resisting property Excellent, later period maintenance is simple, greatly reduces maintenance cost, rationally, therefore, the practicability of the structure is extremely strong for design, very suitable Close promotion and application on the market.

Detailed description of the invention

Fig. 1 is the overall structure diagram of structure in the utility model；

Fig. 2 is the structural schematic diagram of reinforcing layer in the utility model；

Fig. 3 is the structural schematic diagram of permeable formation in the utility model；

In appended drawing reference: 1- anti-slip layer；2- panel；3- slurry seal；The cold painting type resin layer of 4-；5- inorganic sandstone bone The bed of material；6- Kang Shu power base；The anti-thin power underlayment of 7-；8- reinforcing layer；9- permeable formation；10- microlith screed；11- bottom；12- Steel bar layer；13- pervious concrete layer；14- pipeline；15- protects muscle；16- apopore；17- anti-thin power soil stabilizer；18- steel Nail.

Specific embodiment

The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work Every other embodiment obtained, fall within the protection scope of the utility model.

Fig. 1-3 is please referred to, the utility model provides a kind of technical solution: a kind of road Ren Hanglv hardening supply rainwater infiltration Structure, including anti-slip layer 1, panel 2, slurry seal 3, cold painting type resin layer 4, inorganic sandstone aggregate layer 5, Kang Shu power base 6, resist thin power underlayment 7, reinforcing layer 8, permeable formation 9, microlith screed 10 and bottom 11, the upper surface of the panel 2 is laid with There is anti-slip layer 1, the lower surface of the panel 2 is equipped with slurry seal 3, and the lower surface of the slurry seal 3 is equipped with cold painting type The lower surface of resin layer 4, the cold painting type resin layer 4 is equipped with inorganic sandstone aggregate layer 5, the inorganic sandstone bone The lower surface of the bed of material 5 is equipped with Kang Shu power base 6, and the lower surface of Kang Shu power base 6 is equipped with anti-thin power underlayment 7, institute The lower surface for stating anti-thin power underlayment 7 is equipped with reinforcing layer 8, and the reinforcing layer 8 includes steel bar layer 12 and cladding reinforcing steel bar layer 12 The lower surface of pervious concrete layer 13, the reinforcing layer 8 is equipped with permeable formation 9, if be provided on the permeable formation 9 pipeline 14 and Dry protection muscle 15, in 14 outside of pipeline, the lower surface of the permeable formation 9 is equipped with microlith screed for the setting of protection muscle 15 10, the lower surface of the microlith screed 10 is equipped with bottom 11, and the two sides of the anti-slip layer 1 offer apopore 16.

Further, the thickness of the slurry seal 3 is greater than the thickness of panel 2.

Further, be bonded by anti-thin power soil stabilizer 17 between the cold painting type resin layer 4 and slurry seal 3.

Further, connect between the inorganic sandstone aggregate layer 5 and cold painting type resin layer 4 by the way that steel nail 18 is interspersed It connects.

Further, be bonded by pitch bonding agent between Kang Shu power base 6 and anti-thin power underlayment 7.

Further, the protection muscle 15 is used and is arranged on permeable formation 9 in pairs.

Further, the apopore 16 is higher by anti-slip layer 14cm-6cm, and the aperture of apopore 16 is 3cm-5cm；Enhancing The drainage performance on road surface.

Working principle: in use, the anti-slip layer 1 being laid with, can effectively prevent the danger of winter slipperiness on roads, have centainly Skid resistance effectively reduces accumulation of the rainwater on road surface since each layer structure is seepy material, and water permeability is good, the road Line structure is due to being provided with reinforcing layer 8, and structural strength is higher, excellent wear-resisting property, and later maintenance only needs anti-thin power engineering soil Fill up, later period maintenance is simple, greatly reduces maintenance cost, and rationally, therefore, the practicability of the structure is extremely strong, very for design It is suitble to promotion and application on the market.

While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art, It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.

Claims (7)

1. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration, which is characterized in that including anti-slip layer (1), panel (2), dilute Starch sealing (3), cold painting type resin layer (4), inorganic sandstone aggregate layer (5), Kang Shu power base (6), anti-thin power underlayment (7), the upper surface of reinforcing layer (8), permeable formation (9), microlith screed (10) and bottom (11), the panel (2) is equipped with The lower surface of anti-slip layer (1), the panel (2) is equipped with slurry seal (3), and the lower surface of the slurry seal (3) is equipped with Cold painting type resin layer (4), the lower surface of the cold painting type resin layer (4) is equipped with inorganic sandstone aggregate layer (5), described hard The lower surface of the inorganic sandstone aggregate layer (5) of matter is equipped with Kang Shu power base (6), and the lower surface of Kang Shu power base (6) is laid with Have anti-thin power underlayment (7), the lower surface of anti-thin power underlayment (7) is equipped with reinforcing layer (8), reinforcing layer (8) packet The pervious concrete layer (13) of steel bar layer (12) and cladding reinforcing steel bar layer (12) is included, the lower surface of the reinforcing layer (8) is equipped with infiltration Permeable layers (9), pipeline (14) and several protection muscle (15) are provided on the permeable formation (9), and the protection muscle (15) is arranged in pipe On the outside of road (14), the lower surface of the permeable formation (9) is equipped with microlith screed (10), the following table of the microlith screed (10) Face is equipped with bottom (11), and the two sides of the anti-slip layer (1) offer apopore (16).

2. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration according to claim 1, which is characterized in that described dilute The thickness for starching sealing (3) is greater than the thickness of panel (2).

3. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration according to claim 1, which is characterized in that described cold It is Nian Jie by anti-thin power soil stabilizer (17) between painting type resin layer (4) and slurry seal (3).

4. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration according to claim 1, which is characterized in that described hard Pass through steel nail (18) interspersed connection between the inorganic sandstone aggregate layer (5) of matter and cold painting type resin layer (4).

5. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration according to claim 1, which is characterized in that described anti- It is be bonded by pitch bonding agent between Shu Li base (6) and anti-thin power underlayment (7).

6. a kind of structure of the road Ren Hanglv hardening supply rainwater infiltration according to claim 1, which is characterized in that described anti- Shield muscle (15) is used and is arranged on permeable formation (9) in pairs.

7. a kind of structure of hardening supply rainwater infiltration in the road Ren Hanglv according to claim 1, which is characterized in that it is described go out Water hole (16) is higher by anti-slip layer (1) 4cm-6cm, and the aperture of apopore (16) is 3cm-5cm.