CN205711609U - Framed and the multi-functional porous pavement structural system of permeable plantation - Google Patents
Framed and the multi-functional porous pavement structural system of permeable plantation Download PDFInfo
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- CN205711609U CN205711609U CN201620325044.6U CN201620325044U CN205711609U CN 205711609 U CN205711609 U CN 205711609U CN 201620325044 U CN201620325044 U CN 201620325044U CN 205711609 U CN205711609 U CN 205711609U
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Abstract
It is framed that this utility model relates to a kind of permeable plantation, including framed body, framed body is provided with several pavior brick holding tank mated with pavior brick shape size, forming planting groove between adjacent pavior brick holding tank, one group of side adjacent in four sides of framed body is correspondingly provided with buckling groove and fastens tenon；The adjacent one group side of framed body is correspondingly provided with supporting plate and supporting plate holding tank；On the bottom of framed body, corresponding each pavior brick holding tank position is equipped with several support column.This utility model further relates to a kind of multi-functional porous pavement structural system, including the bed course being laid on roadbed, basic unit, screed-coat, geotextiles and pavior brick carrying system and pavior brick；This utility model has convenience of mating formation, rainwater can be made the most quickly to permeate, and reduces soil erosion, beautifies the environment, have certain water purification and water-holding capacity, may advantageously facilitate soil water circulation, recovers the ecological feature with view.
Description
Technical field
This utility model belongs to pavement construction technical field, particularly to a kind of high permeable, permeable plantation that water-holding capacity is strong
Framed and multi-functional porous pavement structural system.
Method for paving.
Background technology
At present, along with the development of national economy, construction at home proposes low-carbon (LC), environmental protection, ecological requirement.
Such as sponge City Construction Project, its purpose is to eliminate surface gathered water, protect groundwater resources, realize soil from
Breathed by ground.Pavement structure is waterproof, even if the abundant area of rainfall there is also depletion of groundwater, hydropenia phenomenon.
Natural precipitation can not naturally be permeated the ground, lack urban surface temperature, the regulation of humidity, produce so-called " heat
Island effect ".Therefore, the natural disaster long lasting effect such as big flood, drought, depletion of groundwater human lives.
The development of technology at any time, permeable Ground Application is more and more extensive；And how to make tile work ground possess the most thoroughly
Water function, needs us to go further investigation.Currently mainly there are pervious concrete pavement and water-permeable brick road surface.Permeable coagulation
Soil has full impregnated water function, and water-permeable brick can not reach full impregnated water, although water-permeable brick itself is full impregnated water, but thoroughly
Water brick needs to be connected with ground with one layer of cement sand bed when laying, and cement sand bed does not have pervious function, therefore
The road surface that water-permeable brick is laid is incomplete porous pavement.Meanwhile, common water-permeable brick smears full water silt particle in bottom surface when laying
Pulp layer, and cement sand bed is different with the thermal coefficient of expansion of brick, when season alternation and the sooner or later temperature difference, due to cement bonded sand
The area of pulp layer is big, and the expansion displacement of generation is the biggest, the most just makes water-permeable brick come off loosening.Use this permeable
The pavement structure of brick, still easy hydrops.
The most common permeable pavement structure is extremely difficult to preferable permeable effect, even if reaching ideal permeable effect,
But the natural sandstone used in common permeable structure system belongs to short-term non-renewable resources, most of large-scale, ultra-large type cities
Sand and stone resources the most in short supply.Building castoff discharge simultaneously along with the development of Process of Urbanization Construction, in engineering construction
Amount increases year by year, has occupied substantial amounts of land resource, and vegetation, subsoil water are produced impact.Such as in Beijing, Shanghai,
Guangzhou, Shenzhen etc. one line city faced the close quarters situation of garbage-surrounded city.
So far, a kind of permeable structure system that can solve described problem definitely and water penetration road are not yet developed
Engineering method of mating formation (method) or can effectively store the road pavement system of rainwater.
Summary of the invention
This utility model provide for solving technical problem present in known technology a kind of simple in construction, mat formation conveniently, energy
Enough make rainwater the most quickly to permeate, it is possible to store the rainwater being saturated in a large number in time, and reduce soil erosion, have
Effect controls runoff pollution, and has certain water purification, may advantageously facilitate soil water circulation, recover ecological and
The function of view, is not the most being produced the preventing of drop by the infiltration of a large amount of rainwater on the ground of deliquescing even if overcome simultaneously yet
Differential settlement；So that road surface safety and there is the framed and multi-functional permeable pavement structure of permeable plantation of preferable flatness
System.
This utility model is adopted the technical scheme that by solving technical problem present in known technology:
A kind of permeable plantation is framed, it is characterised in that: include that integrated framed body, described framed body are provided with
Several pavior brick holding tanks mated with pavior brick shape size, the degree of depth of pavior brick holding tank is less than the thickness of pavior brick,
Several pavior brick holding tanks are laid mode spacing according to pavior brick and are arranged, and form planting groove between adjacent pavior brick holding tank,
Several dowels between pavior brick holding tank adjacent in planting groove, in four sides of described framed body adjacent one
Group side is provided with buckling groove；Another set side is provided with the fastening tenon mated with above-mentioned buckling groove；
It is provided with supporting plate to framed outer body respectively in four side one of which adjacent side of described framed body, described
Supporting plate bottom junctions on the side and framed；And the described lower surface of supporting plate is generally aligned in the same plane with the bottom of framed body
On；Described supporting plate is provided with hole, location；The bottom of described another set adjacent side is extended with to framed body bottom portion center
Supporting plate holding tank that is relative with above-mentioned blade position and that mate with pallet shape size, is provided with location in described supporting plate holding tank
Pin；
On the bottom of framed body, corresponding each pavior brick holding tank position is equipped with several support column, the top of described support column
The tapered structure in portion；Support column below each pavior brick holding tank is evenly distributed on the lower section of pavior brick holding tank.
This utility model can also use following technical measures:
The bottom of pavior brick holding tank is provided with hollow out.
On the bottom of framed body, corresponding each pavior brick holding tank position is provided with reinforcement.
The height of described dowel, less than the upper surface of pavior brick holding tank, makes the planting groove on framed body be mutually communicated.
The height of described dowel is equal to the upper surface of pavior brick holding tank, and planting groove is separated into separate by dowel
Plantation chamber.
This utility model also provides for a kind of multi-functional porous pavement structural system, including the bed course being laid on roadbed, lays
In the basic unit of bed course upper surface, screed-coat, and pavior brick are laid in the top of described basic unit；It is characterized in that: also include
Geotextiles and pavior brick carrying system, described geotextile laying is laid at the upper surface of screed-coat, the upper surface in geotextiles
Water-permeable pavement brick carrying system；
Described pavior brick carrying system has that several above-mentioned permeable plantation is framed to be put together；Adjacent permeable planting die during split
The fastening tenon of frame and buckling groove grafting, form planting groove between permeable plantation adjacent after grafting is framed；During grafting adjacent
The water framed supporting plate spiral-lock of plantation is in the supporting plate holding tank that adjacent permeable plantation is framed, and the location in supporting plate holding tank
Pin is inserted in the hole, location of supporting plate；After the adjacent framed split of permeable plantation in the same plane；In above-mentioned permeable plantation
Place pavior brick in framed pavior brick holding tank, in the framed planting groove of permeable plantation and the adjacent framed split of permeable plantation
The planting soil being beneficial to grass growth is filled in the planting groove of rear formation.
Described pavior brick is Water-permeable concrete pavement brick or grass-planting brick.
It is laid with the drain pipe with inlet opening in described basic unit, described drain pipe inlet opening is enclosed with filter cloth.
This utility model has the advantage that with good effect: due to this utility model use technique scheme, have with
Lower advantage:
1, this utility model carries out dividing elements to ground, and uses that the permeable plantation of modularity is framed carries out split, by road
Face brick is placed in pavior brick holding tank, serves the displacement in the range of restriction pavior brick junior unit, only also makes ground maintenance
In the range of unit, do not affect the pavior brick beyond unit；The absolute altitude making ground is well controlled.Also overcome simultaneously
Even if preventing differential settlement the most do not produced drop on the ground of deliquescing by the infiltration of a large amount of rainwater；So that road surface
Safety and there is preferable flatness.
2, this utility model is compared with prior art, and its coefficient of permeability is approximately 20 times of common water-permeable brick, the highest,
Its water retention property is the twice of common water-permeable brick, the highest；Basic unit uses regenerated coarse aggregate, and regenerated coarse aggregate has heap
The long-pending feature that density is little, porosity is big, water permeability is high, regenerated coarse aggregate self has higher water absorption rate, institute in addition
Water permeability and water retention property with basic unit are the highest；Screed-coat uses recycled fine aggregate, and recycled fine aggregate water absorption rate is approximately
10 times of natural aggregate, therefore have good water retention property；Add the use of geotextiles simultaneously, and plant grass planting,
Four combinations make whole permeable pavement structure have high pervious function and high-water performance.
3, this utility model not only solves building castoff handling problems, avoids again natural stone resource to exploit the energy brought
Source problem, environmental problem and social problem, especially this height water conservation permeable, high, the permeable pavement structure that water-holding capacity is strong can
To play the effect of regulation urban surface humiture.
4, utilize building castoff to be processed into regeneration aggregate construction and not only solve building castoff handling problems, can carry again
For a large amount of construction materials, avoid natural stone resource to exploit energy problem, environmental problem and the social problem brought simultaneously,
Being the behave achieved many things at one stroke, the height that especially this road surface permeable structure has is permeable, high-water performance is to urban surface humiture
Regulation play an important role.
5, paving process is simple, works the least, requires relatively low to the technology of tile work, and it is high to lay efficiency.
In sum, this utility model have simple in construction, mat formation conveniently, can make rainwater the most quickly to permeate,
The rainwater being saturated can be stored the most in a large number, and reduce soil erosion, effectively control runoff pollution, and have one
Fixed water purification, may advantageously facilitate soil water circulation, recovers the ecological and function of view, even if also overcome simultaneously
Differential settlement is prevented the most do not produced drop on the ground of deliquescing by the infiltration of a large amount of rainwater；So that road surface safety
And there is preferable flatness.
This utility model is particularly well-suited to community, road both sides, parking lot, park footpath, square and non-bearing road surface
Newly-built and transformation；And soil-water protection, restoration of the ecosystem, ecoscape, river course slope protection engineering, bank protection transformation and unhurried current
Water system or close water body revetment band is newly-built or the field such as transformation.
Accompanying drawing explanation
Fig. 1 is the structural representation that the permeable plantation of this utility model is framed；
Fig. 2 is the upward view of Fig. 1；
Fig. 3 is the axonometric chart of Fig. 1；
Fig. 4 is the rearview of Fig. 1；
Fig. 5 is the axonometric chart of Fig. 4；
Fig. 6 a and 6b is permeable pavement structure architectural schematic；
Fig. 7 a and 7b is the water-permeable pavement brick carrying system of four pieces of standard-sized straight interleaving modes of pavior brick horizontal vertical
Fig. 8 is pavior brick parallel laid die-filling mount structure schematic diagram；
Fig. 9 is the rearview of Fig. 8；
Figure 10 is the water-permeable pavement brick bearer architecture schematic diagram that the die-filling frame of pavior brick parallel laid is formed；
Figure 11 is that hexagon pavior brick is mated formation mold frame structure schematic diagram；
Figure 12 is that hexagon pavior brick is mated formation the water-permeable pavement brick bearer architecture schematic diagram of framed formation；
Figure 13 is nine grids mold frame structure schematic diagrams.
In figure: 100, framed body；101, pavior brick holding tank；102, planting groove；103, dowel；104, button
Close groove；105, tenon is fastened；106, supporting plate；107, hole, location；108, supporting plate holding tank；109, shop bolt；110、
Support column；111, hollow out；112, reinforcement；200, permeable pavement structure system；201, roadbed；202, bed course；
203, basic unit；204, screed-coat；205, pavior brick；206, geotextiles；207, water-permeable pavement brick carrying system.
Detailed description of the invention
For summary of the invention of the present utility model, feature and effect can be further appreciated that, hereby enumerate following example, and coordinate
Accompanying drawing describes in detail as follows:
Referring to Fig. 1 to Fig. 5, a kind of permeable plantation is framed, including integrated framed body 100, and described framed
Body is provided with several pavior brick holding tank 101 mated with pavior brick shape size, and the degree of depth of pavior brick holding tank is less than road surface
The thickness of brick, several pavior brick holding tanks are arranged according to pavior brick laying mode spacing, and in the present embodiment, pavior brick uses,
Four pieces of standard-sized straight interleaving modes of pavior brick horizontal vertical, standard brick a size of 12x24cm, adjacent pavior brick accommodates
Forming planting groove 102 between groove, between pavior brick holding tank adjacent in planting groove, several dowels 103, described framed
One group of side adjacent in four sides of body is provided with buckling groove 104；Another set side is provided with and above-mentioned buckling groove
The fastening tenon 105 of coupling；
It is provided with supporting plate to framed outer body respectively in four side one of which adjacent side of described framed body 100
106, described supporting plate bottom junctions on the side and framed；And the described lower surface of supporting plate is positioned at the bottom of framed body
On same plane；Described supporting plate 106 is provided with hole 107, location；The bottom of described another set adjacent side is to framed body
Bottom centre is extended with supporting plate holding tank 108 that is relative with above-mentioned blade position and that mate, described supporting plate with pallet shape size
Shop bolt 109 it is provided with in holding tank；Described supporting plate primarily serves supporting role, it is ensured that adjacent permeable of expansion chamber
It is identical for planting framed sedimentation rate, and then ensures the voucher degree of whole system, will not cause height because of some framed sedimentation
The defect of low injustice.
On the bottom of framed body 100, corresponding each pavior brick holding tank position is equipped with several support column 110, described support
The tapered structure in top of post, its purpose is easy to fix, and prevents from moving horizontally；Support below each pavior brick holding tank
Post is evenly distributed on the lower section of pavior brick holding tank.On the one hand described support column plays the effect that location supports, the opposing party
Face makes lower surface distance geotextiles a certain distance of the framed pavior brick holding tank of permeable plantation, forms one receiving space,
Lay the planting soil being beneficial to flowers and plants root growth in this accommodates space again, and then improve the survival rate of flowers and plants.
This utility model can also use following technical measures:
In order to alleviate framed weight, the bottom of pavior brick holding tank is provided with hollow out 111, and the design of this hollow out also improves significantly
Water permeability.
In order to improve framed bearing strength, on the bottom of framed body, corresponding each pavior brick holding tank position is provided with reinforcement
Muscle 112.
Above-mentioned planting groove both can be breakthrough form formula, it is also possible to for absolute construction, specific as follows: the height of described dowel
Degree, less than the upper surface of pavior brick holding tank, makes the planting groove on framed body be mutually communicated.The height etc. of described dowel
In the upper surface of pavior brick holding tank, planting groove is separated into separate plantation chamber by dowel.
This utility model can also use other pavior brick to lay pattern for convenience of description, and described pavior brick lays pattern
It is that aesthetic selects according to customer demand, the coordination of site environment, lays pattern according to the pavior brick after selecting
Make permeable plantation framed；Such as Fig. 8 is to pavior brick parallel laid illustrated in Figure 10；Figure 11 to Figure 12 signal
Employing hexagonal brick is laid；For another example the nine grids that the square pavior brick of Figure 13 signal is laid.
Refer to Fig. 1 to Fig. 6 a；This utility model also provides for a kind of multi-functional porous pavement structural system 200, including paving
The bed course 202 being located on roadbed 201, is laid on the basic unit 203 of bed course upper surface, and screed-coat is laid in the top of described basic unit
204, and pavior brick 205；Also including geotextiles 206 and pavior brick carrying system 207, described geotextile laying is being looked for
The upper surface of flat bed 204, geotextiles upper surface lay water-permeable pavement brick carrying system 207, refer to Fig. 7 a and
Fig. 7 b；
Described pavior brick carrying system 207 has several above-mentioned permeable plantation framed 100 to be put together；During split adjacent
Water plants framed fastening tenon 105 and buckling groove 104 grafting, forms plantation between permeable plantation adjacent after grafting is framed
Groove 102；Supporting plate 106 spiral-lock that during grafting, adjacent permeable plantation is framed is at the framed supporting plate holding tank 108 of adjacent permeable plantation
In, and the alignment pin in supporting plate holding tank is inserted in the hole, location of supporting plate；It is positioned at after the adjacent framed split of permeable plantation
On same plane；Pavior brick 205 is placed, at permeable planting die in the pavior brick holding tank 101 that above-mentioned permeable plantation is framed
The planting soil being beneficial to grass growth is filled in the planting groove formed after the planting groove of frame and the adjacent framed split of permeable plantation.
Described pavior brick is Water-permeable concrete pavement brick or grass-planting brick.
It is laid with the drain pipe with inlet opening in described basic unit, described drain pipe inlet opening is enclosed with filter cloth, so arranges
Water pipe can connect with municipal drainage official website, significantly solves the discharge pressure of road surface drainage well, such as Fig. 6 b.
The method for paving of above-mentioned multi-functional porous pavement structural system: be preferably as follows step:
Basic unit excavates: according to the requirement of design, excavates basic unit, clears up the earthwork, and reaches designed elevation, forms roadbed；
Check longitudinal gradient, horizontal wall inscription and sideline；Finishing roadbed, levelling grinding compacting, compacting factor reaches more than 95%；
Setting cushion: lay reclaimed sand shape in the foundation ditch excavated or gravel becomes bed course；
Basic unit lays: laying regenerated coarse aggregate above bed course and as basic unit and be compacted, compacting factor reaches more than 93%；
Screed-coat is laid: above basic unit, laying recycled fine aggregate is as screed-coat, levelling compacting after laying；
Geotextile laying: according to field condition, determines geotextiles size, is laid, the surrounding of geotextiles again after laying
Position；Then check that Salar width, elasticity are the most suitable；Lap-joint is the most smooth；
Pavior brick carrying system is laid: lays pattern according to the predetermined pavior brick of project, selects the permeable plantation of coupling
Framed；When reality is laid, first choose and put on the basis of a point as laying starting point, by a permeable kind in geotextiles
Planting the framed upper surface being laid in geotextiles, the framed support column of permeable plantation faces down, and the permeable planting die of horizontal pressing
In the upper surface of frame makes support column screed-coat to be inserted, it is achieved the location that permeable plantation is framed, it is ensured that permeable plantation is framed
Nonvoluntary slip above geotextiles；Then framed for starting point according to above-mentioned permeable plantation, other is permeable in split the most one by one
Planting framed, the framed fastening tenon of other adjacent permeable plantation of framed guarantee of permeable plantation of split puts in place with buckling groove grafting；
The framed supporting plate spiral-lock of adjacent permeable plantation is in the supporting plate holding tank that adjacent permeable plantation is framed, and in supporting plate holding tank
Alignment pin be inserted in the hole, location of supporting plate；In pavior brick carrying system process of deployment, the upper surface in geotextiles spreads
If planting soil, then to lay permeable plantation one by one framed for the upper surface at planting soil, i.e. carrys out levelling permeable kind by planting soil
Planting framed, the planting soil so laid at this primarily serves two effects, and effect is framed levelling of permeable plantation,
Another effect improves the quantity of planting soil below pavior brick carrying system, improves the survival rate of flowers and plants, the beneficially root of flowers and plants
System's growth, so-called planting soil can also use Nutrition Soil, rural area figure or fine sand to replace.
Pavior brick is laid: place in the pavior brick holding tank that the above-mentioned permeable plantation forming pavior brick carrying system is framed
Pavior brick；
Planting soil is laid: after above-mentioned pavior brick is laid in flakes, in the framed planting groove of permeable plantation and adjacent permeable plantation
Fill the planting soil being beneficial to grass growth in the planting groove formed after framed split, form Non-carrying type Water penetrable grass planting road surface.
Use technique scheme, have the advantage that
This utility model carries out dividing elements to ground, and uses that the permeable plantation of modularity is framed carries out split, by pavior brick
Place in pavior brick holding tank, serve the displacement in the range of restriction pavior brick junior unit, also make ground maintenance only at list
In the range of unit, do not affect the pavior brick beyond unit；The absolute altitude making ground is well controlled.Even if also overcome simultaneously
Differential settlement is prevented the most do not produced drop on the ground of deliquescing by the infiltration of a large amount of rainwater；So that road surface safety
And there is preferable flatness.
Compared with prior art, its coefficient of permeability is approximately 20 times of common water-permeable brick to this utility model, the highest, and it is protected
Aqueous can be the twice of common water-permeable brick, the highest；Basic unit uses regenerated coarse aggregate, and it is close that regenerated coarse aggregate has accumulation
Spending feature little, that porosity is big, water permeability is high, regenerated coarse aggregate self has higher water absorption rate in addition, so base
Water permeability and the water retention property of layer are the highest；Screed-coat uses recycled fine aggregate, and recycled fine aggregate water absorption rate is approximately natural
10 times of aggregate, therefore have good water retention property；Add the use of geotextiles simultaneously, and plant grass planting, four
In conjunction with making whole permeable pavement structure, there is high pervious function and high-water performance.
Utilize building castoff to be processed into regeneration aggregate construction and not only solve building castoff handling problems, can provide again
A large amount of construction materials, avoid natural stone resource to exploit energy problem, environmental problem and the social problem brought simultaneously, are
The behave achieved many things at one stroke, the height that especially this road surface permeable structure has is permeable, high-water performance is to urban surface humiture
Regulation plays an important role.
Paving process is simple, works the least, requires relatively low to the technology of tile work, and it is high to lay efficiency.
In sum, this utility model have simple in construction, mat formation conveniently, can make rainwater the most quickly to permeate,
The rainwater being saturated can be stored the most in a large number, and reduce soil erosion, effectively control runoff pollution, and have one
Fixed water purification, may advantageously facilitate soil water circulation, recovers the ecological and function of view, even if also overcome simultaneously
Differential settlement is prevented the most do not produced drop on the ground of deliquescing by the infiltration of a large amount of rainwater；So that road surface safety
And there is preferable flatness.
This utility model is particularly well-suited to community, road both sides, parking lot, park footpath, square and non-bearing road surface
Newly-built and transformation；And soil-water protection, restoration of the ecosystem, ecoscape, river course slope protection engineering, bank protection transformation and unhurried current
Water system or close water body revetment band is newly-built or the field such as transformation.
The above is only to preferred embodiment of the present utility model, not makees this utility model any pro forma
Limit, every according to technical spirit of the present utility model to any simple modification made for any of the above embodiments, equivalent variations with
Modifying, such as pavior brick lays pattern, material, size etc., belongs in the range of technical solutions of the utility model.
Claims (8)
1. a permeable plantation is framed, it is characterised in that: include integrated framed body, described framed body sets
Having several pavior brick holding tank mated with pavior brick shape size, the degree of depth of pavior brick holding tank is less than the thickness of pavior brick,
Several pavior brick holding tanks are laid mode spacing according to pavior brick and are arranged, and form planting groove between adjacent pavior brick holding tank,
Several dowels between pavior brick holding tank adjacent in planting groove, in four sides of described framed body adjacent one
Group side is provided with buckling groove；Another set side is provided with the fastening tenon mated with above-mentioned buckling groove；
It is provided with supporting plate to framed outer body respectively in four side one of which adjacent side of described framed body, described
Supporting plate bottom junctions on the side and framed；And the described lower surface of supporting plate is generally aligned in the same plane with the bottom of framed body
On；Described supporting plate is provided with hole, location；The bottom of described another set adjacent side is extended with to framed body bottom portion center
Supporting plate holding tank that is relative with above-mentioned blade position and that mate with pallet shape size, is provided with location in described supporting plate holding tank
Pin；
On the bottom of framed body, corresponding each pavior brick holding tank position is equipped with several support column, the top of described support column
The tapered structure in portion；Support column below each pavior brick holding tank is evenly distributed on the lower section of pavior brick holding tank.
The most permeable plantation is framed, it is characterised in that: the bottom of pavior brick holding tank is provided with hollow out.
The most permeable plantation is framed, it is characterised in that: corresponding each road on the bottom of framed body
Face brick holding tank position is provided with reinforcement.
The most permeable plantation is framed, it is characterised in that: the height of described dowel is less than pavior brick
The upper surface of holding tank, makes the planting groove on framed body be mutually communicated.
The most permeable plantation is framed, it is characterised in that: the height of described dowel is equal to pavior brick
The upper surface of holding tank, planting groove is separated into separate plantation chamber by dowel.
6. a multi-functional porous pavement structural system, including the bed course being laid on roadbed, is laid on bed course upper surface
Basic unit, screed-coat, and pavior brick are laid in the top of described basic unit；It is characterized in that: also include geotextiles and pavior brick
Carrying system, described geotextile laying is laid water-permeable pavement brick hold at the upper surface of screed-coat, the upper surface in geotextiles
Carrier system；
Described pavior brick carrying system has that several above-mentioned permeable plantation is framed to be put together；Adjacent permeable planting die during split
The fastening tenon of frame and buckling groove grafting, form planting groove between permeable plantation adjacent after grafting is framed；During grafting adjacent
The water framed supporting plate spiral-lock of plantation is in the supporting plate holding tank that adjacent permeable plantation is framed, and the location in supporting plate holding tank
Pin is inserted in the hole, location of supporting plate；After the adjacent framed split of permeable plantation in the same plane；In above-mentioned permeable plantation
Place pavior brick in framed pavior brick holding tank, in the framed planting groove of permeable plantation and the adjacent framed split of permeable plantation
The planting soil being beneficial to grass growth is filled in the planting groove of rear formation.
Multi-functional porous pavement structural system the most according to claim 6, it is characterised in that: described pavior brick is
Aqueous concrete road pavement brick or grass-planting brick.
Multi-functional porous pavement structural system the most according to claim 6, it is characterised in that: lay in described basic unit
There is the drain pipe with inlet opening, described drain pipe inlet opening is enclosed with filter cloth.
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| CN201620325044.6U CN205711609U (en) | 2016-04-17 | 2016-04-17 | Framed and the multi-functional porous pavement structural system of permeable plantation |
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| CN201620325044.6U CN205711609U (en) | 2016-04-17 | 2016-04-17 | Framed and the multi-functional porous pavement structural system of permeable plantation |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105735082A (en) * | 2016-04-17 | 2016-07-06 | 吴在祥 | Water-permeable planting formwork frame and multifunctional water-permeable pavement structure system and pavement method thereof |
| CN107829342A (en) * | 2017-10-27 | 2018-03-23 | 江苏湖滨园林建设有限公司 | A kind of ecological garden road and its rapid construction engineering method |
| CN110792015A (en) * | 2018-08-03 | 2020-02-14 | 汉能移动能源控股集团有限公司 | Cover, pavement system and method for splicing pavement system |
| CN113215899A (en) * | 2021-05-14 | 2021-08-06 | 重庆工程职业技术学院 | Landscape road that permeates water |
| CN113215900A (en) * | 2021-05-14 | 2021-08-06 | 重庆工程职业技术学院 | Novel garden pavement anti-skid paving material |
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2016
- 2016-04-17 CN CN201620325044.6U patent/CN205711609U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105735082A (en) * | 2016-04-17 | 2016-07-06 | 吴在祥 | Water-permeable planting formwork frame and multifunctional water-permeable pavement structure system and pavement method thereof |
| CN107829342A (en) * | 2017-10-27 | 2018-03-23 | 江苏湖滨园林建设有限公司 | A kind of ecological garden road and its rapid construction engineering method |
| CN110792015A (en) * | 2018-08-03 | 2020-02-14 | 汉能移动能源控股集团有限公司 | Cover, pavement system and method for splicing pavement system |
| CN113215899A (en) * | 2021-05-14 | 2021-08-06 | 重庆工程职业技术学院 | Landscape road that permeates water |
| CN113215900A (en) * | 2021-05-14 | 2021-08-06 | 重庆工程职业技术学院 | Novel garden pavement anti-skid paving material |
| CN113215900B (en) * | 2021-05-14 | 2022-10-11 | 重庆工程职业技术学院 | Antiskid paving material for garden pavement |
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