CN205035716U - Road -surfacing structure with slabstone height control module - Google Patents
Road -surfacing structure with slabstone height control module Download PDFInfo
- Publication number
- CN205035716U CN205035716U CN201520697268.5U CN201520697268U CN205035716U CN 205035716 U CN205035716 U CN 205035716U CN 201520697268 U CN201520697268 U CN 201520697268U CN 205035716 U CN205035716 U CN 205035716U
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- China
- Prior art keywords
- slabstone
- control module
- height control
- layer
- height adjustment
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Abstract
The utility model relates to a road -surfacing structure with slabstone height control module, including the basement, from down and set gradually and prevent the compound slate layer of soil erosion and water loss module, sand layer, concrete layer and granite, be provided with slabstone height control module between sand layer and concrete layer in the basement, slabstone height control module includes fixed plate and a plurality of fixed fixed column that sets up on the fixed plate and run through concrete layer, the internal thread hole has been seted up to the fixed column upper end, is provided with the bolt that is used for adjusting fixed column top height on the internal thread hole, the compound slate layer lower extreme of granite is provided with the device hole corresponding with the fixed column. The utility model discloses a road -surfacing structure with slabstone height control module's beneficial effect lies in: through setting up slabstone height control module, can confirm to lay leveling of slabstone through the levelness of adjustment slabstone height control module, reduce instruments such as using the hammer when laying and carry out the manpower resource input of leveling and reduce the destruction to laying slabstone.
Description
[technical field]
The utility model relates to road surfacing technical field, specifically, relates to a kind of road surfacing structure with slabstone Height Adjustment module.
[background technology]
In garden or park, often adopt and between greenery patches, lay flagstone path to reach the objects such as greenery patches shape planning and walking; The flagstone path laid generally adopt the slabstone processed directly is routed to its face, ground or arrange on the ground beat real soil layer after lay cement and slabstone, there are the following problems for it:
(1) due to the material problem of slabstone, regularly occur that slabstone breaks, cause pot hole to affect road surface attractive in appearance;
(2) because irrigation of watering regularly need be carried out in greenery patches, flagstone path cannot discharge ponding fast, causes wet road surface or ponding;
(3) flagstone path drainage procedure produces soil erosion, causes road surface to subside;
(4) when slabstone is laid, its planeness to each other of the slabstone needing to utilize the instrument adjustment such as hammer to lay, serious waste manpower and easily cause slabstone to break.
Therefore be necessary to provide a kind of road surfacing structure with slabstone Height Adjustment module to solve the problems referred to above.
[utility model content]
Main purpose of the present utility model is to provide a kind of road surfacing structure with slabstone Height Adjustment module, it is provided with slabstone Height Adjustment module, energy is removed traditional slabstone and is laid the laying height that need manually to utilize the instrument adjustment pavement flags such as hammer, the destruction to described granite composite stone flaggy when saving manpower in a large number and prevent from laying.
The utility model is achieved through the following technical solutions above-mentioned purpose:
A kind of road surfacing structure with slabstone Height Adjustment module, comprise substrate, described substrate is disposed with anti-erosion module from below to up, sandy soils, layer of concrete and granite composite stone flaggy, slabstone Height Adjustment module is provided with between described sandy soils and described layer of concrete, described slabstone Height Adjustment module comprises fixed head and to be somely fixedly installed on described fixed head and to run through the fixed leg of described layer of concrete, described fixed leg upper end offers internal thread hole, described internal thread hole is provided with the bolt for adjusting described fixed leg tip height, described granite composite stone flaggy lower end is provided with the device aperture corresponding with described fixed leg.
Further, described fixed head and described fixed leg are built by reinforcing bar and cement and are formed.
Further, described fixed head is evenly provided with some second water holes.
Further, described anti-erosion module comprises evenly distributed some frid modules, described frid module comprises the left frid of corresponding setting and right frid, the right baffle-plate that described left frid and described right frid are fixedly installed respectively by base plate and two ends, described base plate left and right and right baffle plate composition, described base plate, described right baffle-plate and described right baffle plate evenly offer some weep holes; Described frid module is equipped with long filament geotextiles.
Further, described granite composite stone flaggy comprises the some granite composite slabstones evenly arranged, described granite composite slabstone comprises the granite slabstone arranging reeded concrete slab and be fixedly installed on described groove, described granite slabstone top is cone boss shape and its upper end is provided with some upper ends is provided with longitudinal Antiskid platform that the horizontal Antiskid platform of anti-slip tank and some upper ends are provided with anti-slip tank, described concrete slab is evenly provided with some first water holes.
Further, the concrete slab of described granite slabstone surrounding all offers the concrete slab slotted eye being provided with plant growth and suppressing block.
Further, described some granite composite slabstones its between two between formation sluice, gap, top, described sluice was provided with water plate, and described water plate top is excessively provided with Antiskid platform bottom and is ramped shaped and is provided with the erecting bed of water plate excessively mated with described sluice.
Further, described sluice is provided with the filtration glue net blocked for anti-foreign material.
Further, the described water plate crossed is built by cement and to be formed and its top is provided with handle.
Further, described layer of concrete is evenly provided with some 3rd water holes.
Wherein:
Described slabstone Height Adjustment module comprises fixed head and to be somely fixedly installed on described fixed head and to run through the fixed leg of described layer of concrete, described fixed leg upper end offers internal thread hole, described internal thread hole is provided with the bolt for adjusting described fixed leg tip height; Described granite composite stone flaggy lower end is provided with the device aperture corresponding with described fixed leg; By adjusting the height of bolt, the i.e. height of granite composite stone flaggy described in adjustable, eliminate traditional slabstone and lay the laying height needing manually to utilize the instrument adjustment pavement flags such as hammer, the destruction to described granite composite stone flaggy when saving manpower in a large number and prevent from laying;
The described base plate of described anti-erosion module, described right baffle-plate and described right baffle plate evenly offer some weep holes, described frid module is equipped with long filament geotextiles; Long filament geotextiles becomes the method for net and consolidation to make by PFY, its fiber alignment becomes three-dimensional structure, except there is good mechanical property, also have good in length and breadth to drainage performance and good extension property and higher resistance to biology, acid and alkali-resistance, the chemical stability such as ageing-resistant, simultaneously, also have wider pore diameter range, tortuous distribution of pores, excellent permeance property and strainability, it can well draining prevent from running off during the sand draining of sandy soils simultaneously;
Described granite composite slabstone comprises the granite slabstone arranging reeded concrete slab and be fixedly installed on described groove; Granite slabstone quality is hard, and difficulty is corroded by soda acid or weathering, is not easily destroyed the while of making the road surface of laying more attractive in appearance;
Described granite slabstone top is cone boss shape and its upper end is provided with some upper ends is provided with longitudinal Antiskid platform that the horizontal Antiskid platform of anti-slip tank and some upper ends are provided with anti-slip tank, described concrete slab is evenly provided with some first water holes; The top energy well draining of cone boss shape, described longitudinal Antiskid platform and described horizontal Antiskid platform play anti-skidding effect;
Described some granite composite slabstones its between two between formation sluice, gap, top, described sluice was provided with water plate, described sluice was provided with the filtration glue net blocked for anti-foreign material; Sluice facilitates concentrating of draining and foreign material, and crossing water plate, to be used for the covering of sluice simultaneously anti-skidding, filters glue net and be used for preventing foreign material from blocking and foreign material cleaning;
The concrete slab of described granite slabstone surrounding all offers the concrete slab slotted eye being provided with plant growth and suppressing block; Enter for restricted passage draining and stop the growth with the seed of the plant on concrete slab, avoiding described sluice to block.
Compared with prior art, a kind of beneficial effect with the road surfacing structure of slabstone Height Adjustment module of the present utility model is:
(1) by arranging slabstone Height Adjustment module, levelness by adjustment slabstone Height Adjustment module can be determined to lay the smooth of slabstone, reduces the manpower using the instruments such as hammer to carry out leveling when laying and drops into and reduce the destruction to laying slabstone;
(2) by arranging anti-erosion module, the soil erosion in surface drainage process is effectively prevented;
(3) by arranging granite composite stone flaggy, effectively can increase service life of road surface, its skidproof effect is good and effectively can solve foreign material and pile up and cause wet road surface ponding problem.
[accompanying drawing explanation]
Fig. 1 is the sectional view of embodiment of the present utility model;
Fig. 2 is the top view of granite composite slabstone 501 in embodiment of the present utility model;
Fig. 3 is the sectional view of granite composite slabstone 501 in embodiment of the present utility model;
Fig. 4 is the sectional view crossing water plate 509 in embodiment of the present utility model;
Fig. 5 is the top view of slabstone Height Adjustment module 7 in embodiment of the present utility model;
Fig. 6 is the sectional view of the fixed leg 702 of slabstone Height Adjustment module 7 in embodiment of the present utility model;
Fig. 7 is the top view of the left frid 201 of embodiment middle slot plate module of the present utility model;
Fig. 8 is the sectional view of the left frid 201 of embodiment middle slot plate module of the present utility model;
Numeral in figure:
1 substrate, 2 anti-erosion modules, 201 left frids, 202 right frids, 203 base plates, 204 right baffle-plates, 205 right baffle plates, 206 weep holes, 3 sandy soils, 4 layer of concrete, 5 granite composite stone flaggies, 501 granite composite slabstones, 502 concrete slabs, 503 granite slabstones, 504 horizontal Antiskid platforms, 505 longitudinal Antiskid platforms, 506 plant growths suppress block, 507 concrete slab slotted eyes, 508 sluices, 509 cross water plate, 510 cross water plate erecting bed, 511 filter glue net, 512 device aperture, 6 long filament geotextiles, 7 slabstone Height Adjustment modules, 701 fixed heads, 702 fixed legs, 703 internal thread holes, 704 bolts.
[detailed description of the invention]
Embodiment:
As Figure 1-Figure 8, the present embodiment provides a kind of road surfacing structure, comprise substrate 1, substrate 1 is disposed with from below to up anti-erosion module 2, sandy soils 3, layer of concrete 4 and granite composite stone flaggy 5, anti-erosion module 2 comprises frid module, frid module comprises left frid 201 and the right frid 202 of corresponding setting, the right baffle-plate 204 that left frid 201 and right frid 202 are fixedly installed respectively by base plate 203 and base plate about 203 two ends and right baffle plate 205 form, base plate 203, right baffle-plate 204 and right baffle plate 205 evenly offer some weep holes 206, frid module is equipped with long filament geotextiles 6.
Slabstone Height Adjustment module 7 is provided with between sandy soils 3 and layer of concrete 4, slabstone Height Adjustment module 7 comprises fixed head 701 and 12 and to be fixedly installed on fixed head 701 and the fixed leg 702 running through layer of concrete 4, fixed leg 702 upper end offers internal thread hole 703, internal thread hole 703 is provided with the bolt 704 for adjusting fixed leg 702 tip height; Granite composite stone flaggy 5 lower end is provided with the device aperture 512 corresponding with fixed leg 702.
Fixed head 701 and fixed leg 702 are built by reinforcing bar and cement and are formed.
Fixed head 701 is evenly provided with some second water hole (not shown)s.
Granite composite stone flaggy 5 comprises two granite composite slabstones 501, granite composite slabstone 501 comprises the granite slabstone 503 arranging reeded concrete slab 502 and be fixedly installed on groove, granite slabstone 503 top is cone boss shape and its upper end is provided with four upper ends is provided with longitudinal Antiskid platform 505 that the horizontal Antiskid platform 504 of anti-slip tank and two upper ends are provided with anti-slip tank, concrete slab 502 is evenly provided with some first water hole (not shown)s.
The concrete slab 502 of granite slabstone 503 surrounding all offers the concrete slab slotted eye 507 being provided with plant growth and suppressing block 506.
Formation sluice, gap 508 between two granite composite slabstones 501, top, sluice 508 was provided with water plate 509, and mistake water plate 509 top is provided with Antiskid platform bottom and is ramped shaped and is provided with the erecting bed of water plate excessively 510 mated with sluice 508.
Sluice 508 is provided with the filtration glue net 511 blocked for anti-foreign material.
Cross water plate 510 to be built by cement and to form and its top is provided with handle (not shown).
Layer of concrete 4 is evenly provided with some 3rd water hole (not shown)s.
Wherein:
The long filament geotextiles 6 that the frid module of anti-erosion module 2 and frid module are laid coordinates and is used for preventing erosion;
Slabstone Height Adjustment module 7 is for the height of auxiliary adjustment granite composite stone flaggy 5: by adjustment and levelling slabstone Height Adjustment module 7 fixed leg 702 on the bolt 704 for adjusting fixed leg 702 tip height, granite composite stone flaggy 5 lower end is provided with the device aperture 512 corresponding with fixed leg 702, i.e. the height of adjustable granite composite stone flaggy 5 and planeness;
Granite composite stone flaggy 5 utilizes granite slabstone 502 as skin panel, increases the application life on road surface, and its horizontal Antiskid platform 504 arranged, longitudinal Antiskid platform 505 are can play good anti-skidding effect;
The sluice 508 of granite composite stone flaggy 5 and cross water plate 509 can further assisted drainage and anti-skidding.
During laying, frid module is set in substrate 1 and lays long filament geotextiles 6, after fill out and establish sandy soils 3, place slabstone Height Adjustment module 7 after compacting sandy soils 3, and utilize on the fixed leg 702 of slabstone Height Adjustment module 7 adjust the level on fixed leg 702 top for the bolt 704 adjusting fixed leg 702 tip height and height; Build and after screeding concrete layer 4, place the laying that granite composite stone flaggy 5 can complete a kind of road surfacing structure of the present embodiment.
The beneficial effect of a kind of road surfacing structure of the present embodiment is: by arranging anti-erosion module 2, effectively prevent the soil erosion in surface drainage process; By arranging slabstone Height Adjustment module 7, the levelness by adjustment slabstone Height Adjustment module 7 can be determined to lay the smooth of slabstone, reduces the manpower using the instruments such as hammer to carry out leveling when laying and drops into and reduce the destruction to laying slabstone; By arranging granite composite stone flaggy 5, effectively can increase service life of road surface, its skidproof effect is good and effectively can solve foreign material and pile up and cause wet road surface ponding problem.
Above-described is only embodiments more of the present utility model.For the person of ordinary skill of the art, under the prerequisite not departing from the utility model creation design, can also make some distortion and improvement, these all belong to protection domain of the present utility model.
Claims (4)
1. one kind has the road surfacing structure of slabstone Height Adjustment module, comprise substrate, it is characterized in that: described substrate is disposed with anti-erosion module from below to up, sandy soils, layer of concrete and granite composite stone flaggy, slabstone Height Adjustment module is provided with between described sandy soils and described layer of concrete, described slabstone Height Adjustment module comprises fixed head and to be somely fixedly installed on described fixed head and to run through the fixed leg of described layer of concrete, described fixed leg upper end offers internal thread hole, described internal thread hole is provided with the bolt for adjusting described fixed leg tip height, described granite composite stone flaggy lower end is provided with the device aperture corresponding with described fixed leg.
2. a kind of road surfacing structure with slabstone Height Adjustment module according to claim 1, is characterized in that: described fixed head and described fixed leg are built by reinforcing bar and cement and formed.
3. a kind of road surfacing structure with slabstone Height Adjustment module according to claim 1, is characterized in that: described fixed head is evenly provided with some second water holes.
4. a kind of road surfacing structure with slabstone Height Adjustment module according to claim 1, is characterized in that: described layer of concrete is evenly provided with some 3rd water holes.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520697268.5U CN205035716U (en) | 2015-09-10 | 2015-09-10 | Road -surfacing structure with slabstone height control module |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520697268.5U CN205035716U (en) | 2015-09-10 | 2015-09-10 | Road -surfacing structure with slabstone height control module |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205035716U true CN205035716U (en) | 2016-02-17 |
Family
ID=55294628
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520697268.5U Expired - Fee Related CN205035716U (en) | 2015-09-10 | 2015-09-10 | Road -surfacing structure with slabstone height control module |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205035716U (en) |
-
2015
- 2015-09-10 CN CN201520697268.5U patent/CN205035716U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160217 Termination date: 20180910 |
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| CF01 | Termination of patent right due to non-payment of annual fee |