CN207109831U - A kind of hill path draining slope protection system - Google Patents

A kind of hill path draining slope protection system Download PDF

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Publication number
CN207109831U
CN207109831U CN201720977344.7U CN201720977344U CN207109831U CN 207109831 U CN207109831 U CN 207109831U CN 201720977344 U CN201720977344 U CN 201720977344U CN 207109831 U CN207109831 U CN 207109831U
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catchmenting
main stem
road
catchments
stem road
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盛宝富
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盛宝富
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A30/00Adapting or protecting infrastructure or their operation
    • Y02A30/60Planning or developing urban green infrastructure

Abstract

The utility model provides a kind of hill path draining slope protection system, it is related to mountain area infrastructure field, including main stem road of catchmenting, multiple integral type road tooth blocks, tilting bank protection, road surface drainage device and drainage canal, the outer side edges that multiple integral type road tooth blocks are fixedly connected sequentially in main stem road of catchmenting along and form curb guardrail, the inner side edge that tilting bank protection is fixedly connected on main stem road of catchmenting is obliquely installed along and on the inside of main stem road of catchmenting.The catchment inner side on main stem road is less than the outside on main stem road of catchmenting.Road surface drainage device includes catchment raceway groove and the square that catchments, the raceway groove that catchments is horizontally placed on the main stem road and through catchmenting main stem road of catchmenting, the square lid that catchments, which is located at, to catchment on raceway groove, and drainage canal is arranged on the outside on main stem road of catchmenting and connected with the raceway groove that catchments close to the one end in the outside on main stem road of catchmenting.Compared to prior art, a kind of hill path draining slope protection system provided by the utility model, drainage effect is good, while effectively prevents inner side massif from occurring coming down or phenomena such as weathering.

Description

A kind of hill path draining slope protection system
Technical field
Mountain area infrastructure field is the utility model is related to, in particular to a kind of hill path draining slope protection system.
Background technology
Existing mountain area area constructing road mode is typically that gutter is built in inner side along mountain wall, and guard rail is built in outside. Investigate and find through inventor, this mode of building has following defect if for southwestern Mountainous Areas:
1st, gutter can not meet the draining of precipitation in rain season;
2nd, barren soil layer plantation slope-protecting plant is ineffective, can not stop the continuation weathering of rock stratum, and excessive rain Water will wash away rock-soil layer, it is most likely that cause massif to collapse and mud-rock flow;
3rd, directly embedded road tooth can produce breach with subgrade settlement and road, occur separating and causing road damage.
In view of this, design and manufacture a kind of hill path draining slope protection system with good bank protection drainage effect and seem outstanding To be important.
Utility model content
The purpose of this utility model is to disclose a kind of hill path draining slope protection system that there is good bank protection draining to imitate Fruit.
The utility model is realized using following technical scheme.
A kind of hill path draining slope protection system, including main stem road of catchmenting, multiple integral type road tooth blocks, tilting bank protection, road Face drainage arrangement and drainage canal, multiple integral type road tooth blocks are fixedly connected sequentially in the outer side edges edge on main stem road of catchmenting and shape Into curb guardrail, for preventing rainwater to be fixedly connected on the master that catchments along outflow, tilting bank protection from the outer side edges on main stem road of catchmenting The inner side edge of road is obliquely installed along and on the inside of main stem road of catchmenting.The catchment inner side on main stem road is less than the outer of main stem road of catchmenting Side, so that the rainwater flow direction inner side for main stem road collection of catchmenting.Road surface drainage device includes catchment raceway groove and the square that catchments, collecting gutter Road, which is horizontally placed on, to catchment main stem road and runs through main stem road of catchmenting, and for the rainwater to catchment on main stem road, the square lid that catchments is located at Catchment on raceway groove, and there are multiple meshes on the square that catchments, so that the rainwater to catchment on main stem road is flowed into by multiple meshes Catchment in raceway groove, drainage canal is arranged on the outside on main stem road of catchmenting and with the raceway groove that catchments close to the one end in the outside on main stem road of catchmenting Connection, the raceway groove that catchments forms drainage channel with drainage canal, so that the rainwater for raceway groove collection of catchmenting is flowed into the external world by draining canal.
Further, draining slope protection system in hill path also includes cistern, and cistern is arranged on the outside on main stem road of catchmenting, drawn The one end of stream canal away from the raceway groove that catchments is connected with cistern, and the rainwater for main stem road collection of catchmenting is incorporated into cistern.
Further, drainage canal has sedimentation basin close to one end of cistern, and communication port is provided with a side wall of sedimentation basin, Sedimentation basin is connected with cistern by communication port, and communication port restocking is provided with screen pack, for filtering the water entered in cistern.
Further, road surface drainage device also includes movable sluice gate, and movable sluice gate is arranged in the raceway groove that catchments close to drainage One end of canal, for blocking or opening drainage channel.
Further, movable sluice gate includes gate member and gate control handle, two relative madial walls of the raceway groove that catchments On offer floodgate sliding rail, gate member is slidably received in floodgate sliding rail, and gate control handle is fixedly connected on gate group Part, the folding for regulating gate component.
Further, the square that catchments includes more main cross bars and more secondary vertical poles, and more main cross bars are set up in parallel, more Secondary vertical pole is disposed in parallel on more main cross bars, and more main cross bars are fixedly connected with more secondary vertical poles and form multiple meshes.
Further, there are more first dowels in each integral type road tooth block, every first dowel stretches out Integral type road tooth block and the outer side edges edge for inserting main stem road of catchmenting, multiple integral type road tooth blocks are fixedly connected sequentially and formed Curb guardrail.
Further, catchmenting in main stem road has more the second dowels being set up in parallel, and every second dowel is to inclining The direction of slope revetment is stretched out the main stem road and bending of catchmenting and extended in tilting bank protection, so that tilting bank protection and the main stem that catchments Road forms an entirety.
Further, there is the extension side of fertilising groove, the bearing of trend for the groove that applies fertilizer and main stem road of catchmenting on tilting bank protection To parallel, for housing liquid fertilizer to support the plant being covered on tilting bank protection.
A kind of hill path draining slope protection system, including main stem road of catchmenting, multiple integral type road tooth blocks, tilting bank protection, road Face drainage arrangement and drainage canal, multiple integral type road tooth blocks are fixedly connected sequentially in the outer side edges edge on main stem road of catchmenting and shape Into curb guardrail, for preventing rainwater to be fixedly connected on the master that catchments along outflow, tilting bank protection from the outer side edges on main stem road of catchmenting The inner side edge of road is obliquely installed along and on the inside of main stem road of catchmenting.The catchment inner side on main stem road is less than the outer of main stem road of catchmenting Side, and the inner side on main stem road of catchmenting has dredging flow groove, the bearing of trend of dredging flow groove is consistent with the bearing of trend on main stem road of catchmenting, with Make the to catchment inside side of rainwater of main stem road collection is flowed and imports dredging flow groove.Road surface drainage device includes catchment raceway groove and the collection network of rivers Lid, the raceway groove that catchments, which is horizontally placed on, to catchment main stem road and runs through main stem road of catchmenting, for the rainwater to catchment on main stem road, collecting gutter The one end in road connects with dredging flow groove, so that the rainwater that dredging flow groove is collected flows into the raceway groove that catchments, the square lid that catchments is located at the raceway groove that catchments On, and there are multiple meshes on the square that catchments, so that the rainwater to catchment on main stem road is flowed into the raceway groove that catchments by multiple meshes Interior, drainage canal is arranged on the outside on main stem road of catchmenting and connected with the raceway groove that catchments close to the one end in the outside on main stem road of catchmenting, and collects Flume forms drainage channel with drainage canal, so that the rainwater for raceway groove collection of catchmenting is flowed into the external world by draining canal.
The utility model has the advantages that:
A kind of hill path draining slope protection system provided by the utility model, multiple integral type road tooth blocks are fixedly connected sequentially On the outer side edges edge on main stem road of catchmenting and curb guardrail is formed, effectively prevents outer side edges edge outflow of the rainwater from main stem road of catchmenting, Tilting bank protection is provided with the inside of main stem road of catchmenting, the raceway groove that will catchment is horizontal to catchment on main stem road and the square lid that will catchment It is located at and catchments on raceway groove, drainage canal is connected with the outside of the raceway groove that catchments.When mountain road occurs compared with great rainfall, entirely catchment Main stem road can collect the rainwater that flows down on road surface and massif as flood discharge passage, and the rainwater one for main stem road collection of catchmenting With main stem road direction physical features lower flowing of catchmenting, another part flows into the raceway groove that catchments by the square that catchments, and passes through drainage for part Canal drains into the external world, avoids larger current scour from catchmenting the massif on the outside of main stem road, plays good flood discharge drainage effect, simultaneously Be provided with tilting bank protection on the inside of main stem road of catchmenting, the massif on the inside of the main stem road that can effectively prevent from catchmenting by rain drop erosion, and And usually prevented also from inner side massif weathering.Compared to prior art, a kind of hill path draining bank protection provided by the utility model System, drainage effect is good, while good bank protection effect has been carried out to the massif on the inside of main stem road of catchmenting, and effectively prevents inner side Massif occurs coming down or phenomena such as weathering.
Brief description of the drawings
, below will be to required use in embodiment in order to illustrate more clearly of the technical scheme of the utility model embodiment Accompanying drawing be briefly described, it will be appreciated that the following drawings illustrate only some embodiments of the present utility model, therefore should not be by Regard the restriction to scope as, for those of ordinary skill in the art, on the premise of not paying creative work, may be used also To obtain other related accompanying drawings according to these accompanying drawings.
Fig. 1 is the structural representation at the first visual angle of hill path draining slope protection system that the utility model first embodiment provides;
Fig. 2 is the structural representation at the second visual angle of hill path draining slope protection system that the utility model first embodiment provides;
Fig. 3 is the attachment structure schematic diagram on integral type road tooth block and main stem road of catchmenting in Fig. 2;
Fig. 4 is the structural representation for the hill path draining slope protection system that the utility model second embodiment provides;
Fig. 5 is the structural representation for the hill path draining slope protection system that the utility model 3rd embodiment provides.
Icon:100th, 200,300- hill paths draining slope protection system;110- catchments main stem road;130- integral types road tooth block; The dowels of 131- first;150- tilting bank protections;The dowels of 151- second;153- fertilising grooves;170- road surface drainage devices;171- Catchment raceway groove;173- catchments square;175- activity sluice gates;190- drains canal;210- cisterns;211- sedimentation basins;310- aerial drainages Groove.
Embodiment
It is new below in conjunction with this practicality to make the purpose, technical scheme and advantage of the utility model embodiment clearer Accompanying drawing in type embodiment, the technical scheme in the embodiment of the utility model is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model part of the embodiment, rather than whole embodiments.Generally here described in accompanying drawing and The component of the utility model embodiment shown can be configured to arrange and design with a variety of.
Therefore, the detailed description of the embodiment of the present utility model to providing in the accompanying drawings is not intended to limit requirement below The scope of the utility model of protection, but it is merely representative of selected embodiment of the present utility model.Based in the utility model Embodiment, the every other embodiment that those of ordinary skill in the art are obtained under the premise of creative work is not made, all Belong to the scope of the utility model protection.
It should be noted that:Similar label and letter represents similar terms in following accompanying drawing, therefore, once a certain Xiang Yi It is defined, then it further need not be defined and explained in subsequent accompanying drawing in individual accompanying drawing.
, it is necessary to explanation in description of the present utility model, term " " center ", " on ", " vertical ", " level ", " interior ", The orientation or position relationship of instructions such as " outer " are or the utility model product based on orientation shown in the drawings or position relationship The orientation or position relationship usually put during use, it is for only for ease of description the utility model and simplifies description, without referring to Show or imply that the device of meaning or element there must be specific orientation, with specific azimuth configuration and operation, therefore can not manage Solve as to limitation of the present utility model.In addition, term " first ", " second " etc. are only used for distinguishing description, and it is not intended that referring to Show or imply relative importance.
In description of the present utility model, it is also necessary to which explanation, unless otherwise clearly defined and limited, term " are set Put ", " connected ", " installation ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, Or it is integrally connected;Can be mechanical connection or electrical connection;Can be joined directly together, intermediary can also be passed through It is indirectly connected, can is the connection of two element internals.For the ordinary skill in the art, can be managed with concrete condition Solve concrete meaning of the above-mentioned term in the utility model.
Below in conjunction with the accompanying drawings, some embodiments of the present utility model are elaborated.In the case where not conflicting, under Feature in the embodiment stated can be mutually combined.
First embodiment
Fig. 1 to Fig. 2 is referred to, present embodiments provides a kind of hill path draining slope protection system 100, including main stem road of catchmenting 110th, multiple integral type road tooth blocks 130, tilting bank protection 150, road surface drainage device 170 and drainage canal 190, multiple one Shi Luya blocks 130 are fixedly connected sequentially in the outer side edges edge on main stem road 110 of catchmenting and form curb guardrail, for preventing rainwater From the outer side edges on main stem road 110 of catchmenting the inner side edge edge on main stem road 110 of catchmenting is fixedly connected on along outflow, tilting bank protection 150 And it is obliquely installed to the inner side on main stem road 110 of catchmenting.The catchment inner side on main stem road 110 is less than the outside on main stem road 110 of catchmenting, with Make the rainwater flow direction inner side that main stem road 110 is collected of catchmenting.Road surface drainage device 170, which is arranged on, to catchment on main stem road 110, drains canal 190 are built in the outside on main stem road 110 of catchmenting and are connected with road surface drainage device 170, for will catchment what main stem road 110 was collected Rainwater is flowed into drainage canal 190 by road surface drainage device 170, and then is flowed into the external world.
It should be noted that main stem road 110 of catchmenting, integral type road tooth block 130 and tilting bank protection 150 are through really up to the mark Change processing and there is watertightness well, specifically, in the present embodiment, main stem road 110 of catchmenting, integral type road tooth block 130 And tilting bank protection 150 is hardened using concrete, certainly, be not restricted to this or it is other kinds of Hardening mode is for example hardened using pitch or is directly made of hardened material, is not especially limited herein.
Road surface drainage device 170 includes catchmenting raceway groove 171 with the square 173 that catchments, and the raceway groove 171 that catchments is horizontally placed on the main stem that catchments Main stem road 110 of catchmenting simultaneously is run through in road 110, and for the rainwater to catchment on main stem road 110, the square 173 that catchments lid, which is located at, to catchment On raceway groove 171, and there are multiple meshes on the square 173 that catchments, so that the rainwater to catchment on main stem road 110 passes through multiple mesh streams Enter to catchmenting in raceway groove 171, drainage canal 190 is arranged on the outside on main stem road 110 of catchmenting and with the raceway groove 171 that catchments close to the master that catchments One end connection in the outside of road 110, the raceway groove 171 that catchments forms drainage channel with drainage canal 190, so that the raceway groove 171 that catchments is received The rainwater of collection is flowed into the external world by draining canal 190.
In the present embodiment, catchmenting on main stem road 110 has multiple raceway grooves 171 that catchment, and the raceway groove 171 that catchments is disposed on Catchment on main stem road 110.The raceway groove 171 that catchments is horizontal to catchment on main stem road 110 and main stem road 110 of catchmenting is close to catchmenting raceway groove 171 road surface is recessed towards the raceway groove 171 that catchments, so that the rainwater for the collection of main stem road 110 of catchmenting preferably imports the raceway groove that catchments 171.Also there is a little groove close to the one end for the inner side of main stem road 110 of catchmenting in the raceway groove 171 that catchments, little groove connects the main stem that catchments The road surface on road 110 and the raceway groove 171 that catchments so that the current converged naturally on the inside of main stem road 110 of catchmenting can be by little groove stream Enter to catchment raceway groove 171.
The square 173 that catchments includes more main cross bars and more secondary vertical poles, and more main cross bars are set up in parallel, more secondary vertical poles It is disposed in parallel on more main cross bars, more main cross bars are fixedly connected with more secondary vertical poles and form multiple meshes.
In the present embodiment, main cross bar is made with secondary vertical pole of reinforcing bar, and more main cross bars are disposed in parallel in collecting gutter On road 171, the bearing of trend of every main cross bar is consistent with the bearing of trend for the raceway groove 171 that catchments, and more secondary vertical poles are equally spacedly simultaneously Row are arranged on more main cross bars, and the bearing of trend of the bearing of trend of every secondary vertical pole and the raceway groove 171 that catchments is perpendicular, and every Secondary vertical pole is welded on main cross bar, and more main cross bars are staggered to form multiple meshes with more secondary vertical poles.
It is worth noting that, in the present embodiment, main cross bar and secondary vertical pole are perpendicular.Certainly this is not restricted to, it is main Cross bar can also be mutually inclined setting with secondary vertical pole, be not especially limited herein.
Referring to Fig. 3, there is more first dowels 131, every first dowel in each integral type road tooth block 130 131 stretch out integral type road tooth block 130 and insert the outer side edges edge on main stem road 110 of catchmenting, multiple integral type road tooth blocks 130 It is fixedly connected sequentially and forms curb guardrail.
In the present embodiment, the first dowel 131 is connection reinforcing bar, during the Shi Luya blocks 130 that are made into one Reinforcing bar will be connected and be put into the inside of the integral type road tooth block 130 that concrete has not yet fully hardened and protruding, while poured Build when catchmenting main stem road 110 the connection reinforcing bar on integral type road tooth block 130 being inserted into and laid concrete but also not hard That changes catchments on main stem road 110, with the connection for strengthening integral type road tooth block 130 between main stem road 110 of catchmenting.
In the present embodiment, two neighboring integral type road tooth block 130 is brought into close contact, and with cement by two neighboring one Gap is filled up between Shi Luya blocks 130 so that multiple integral type road tooth blocks 130 form the curb guardrail of an entirety.
Please continue to refer to Fig. 2, there are more the second dowels 151 being set up in parallel in main stem road 110 of catchmenting, every second Direction from dowel 151 to tilting bank protection 150 stretch out catchment main stem road 110 and bend extend in tilting bank protection 150, with Make tilting bank protection 150 and main stem road 110 of catchmenting forms an entirety.
In the present embodiment, the second dowel 151 for connection reinforcing bar, pour catchment main stem road 110 when will more connect The interior lateral bend extension that reinforcing bar is put into also unhardened main stem road 110 of catchmenting and to main stem road 110 of catchmenting is laid on inner side mountain On body, and tilting bank protection 150 is directly poured on the connection reinforcing bar that main stem road 110 of catchmenting is extended so that tilting bank protection 150 greatly enhance with the bonding strength on main stem road 110 of catchmenting.
In the present embodiment, there is fertilising groove 153, the bearing of trend for the groove 153 that applies fertilizer and the master that catchments on tilting bank protection 150 The bearing of trend of road 110 is parallel, for housing liquid fertilizer to support the plant being covered on tilting bank protection 150.Tool Body, fertilising groove 153 is located at the top of tilting bank protection 150, and is bonded with massif, facilitates the more preferable cover plant of liquid fertilizer to inhale Receive.
In summary, a kind of hill path draining slope protection system 100 is present embodiments provided, is occurred in mountain road compared with great rainfall When, because main stem road 110 of catchmenting, integral type road tooth block 130 and tilting bank protection 150 are by cure process and with good Watertightness well, main stem road 110 of entirely catchmenting can collect the rainwater flow down on road surface and massif as flood discharge passage, and Catchment main stem road 110 collection a rainwater part with catchment main stem road 110 to physical features lower flow, another part is by catchmenting Square 173, which flows into, to catchment raceway groove 171, and drains into the external world by draining canal 190, avoids larger current scour from catchmenting main stem road The massif in 110 outsides, while it also avoid a large amount of rainwater and penetrates into massif, play good flood discharge drainage effect, while The inner side of main stem road 110 of catchmenting is provided with tilting bank protection 150, and the massif for the inner side of main stem road 110 that can effectively prevent from catchmenting is by rainwater Wash away, and usually prevented also from inner side massif weathering.Compared to prior art, a kind of hill path row provided by the utility model Water slope protection system 100, drainage effect is good, while has carried out good bank protection effect to the massif for the inner side of main stem road 110 of catchmenting, Effectively prevent inner side massif from occurring coming down or phenomena such as weathering.
Second embodiment
The present embodiment provides a kind of hill path draining slope protection system 200, has the work for irrigating water transfer concurrently while draining bank protection With.The basic structure of its Zhongshan Road draining bank protection is identical with first embodiment with principle and caused technique effect, briefly to retouch State, the present embodiment part does not refer to part, refers to corresponding contents in first embodiment.
Referring to Fig. 4, present embodiments provide a kind of hill path draining slope protection system 200, including it is main stem road 110 of catchmenting, more Individual integral type road tooth block 130, tilting bank protection 150, road surface drainage device 170, drainage canal 190 and cistern 210, it is multiple Integral type road tooth block 130 is fixedly connected sequentially in the outer side edges edge on main stem road 110 of catchmenting and forms curb guardrail, for preventing Rainwater is fixedly connected on the inner side on main stem road 110 of catchmenting from the outer side edges on main stem road 110 of catchmenting along outflow, tilting bank protection 150 Edge is simultaneously obliquely installed to the inner side on main stem road 110 of catchmenting.The catchment inner side on main stem road 110 is less than the outer of main stem road 110 of catchmenting Side, so that the rainwater flow direction inner side for the collection of main stem road 110 of catchmenting.Road surface drainage device 170, which is arranged on, to catchment on main stem road 110, Drainage canal 190 is built in the outside on main stem road 110 of catchmenting and is connected with road surface drainage device 170, for the main stem road 110 that will catchment The rainwater of collection is flowed into drainage canal 190 by road surface drainage device 170.Cistern 210 is arranged on the outer of main stem road 110 of catchmenting Side, the one end of drainage canal 190 away from the raceway groove 171 that catchments connect with cistern 210, the rainwater that main stem road 110 of catchmenting is collected It is incorporated into cistern 210.
In the present embodiment, drain canal 190 has a sedimentation basin 211 close to one end of cistern 210, and the one of sedimentation basin 211 Top side wall is provided with communication port, and sedimentation basin 211 is connected with cistern 210 by communication port, and communication port restocking is provided with screen pack, For filtering the water entered in cistern 210.
Road surface drainage device 170 is including the raceway groove 171 that catchments, catchment square 173 and movable sluice gate 175, and the raceway groove 171 that catchments is horizontal It is placed in and catchments main stem road 110 and run through main stem road 110 of catchmenting, for the rainwater to catchment on main stem road 110, catchments square 173 lids, which are located at, to catchment on raceway groove 171, and has multiple meshes on the square 173 that catchments, so that the rainwater to catchment on main stem road 110 It is flowed into and is catchmented in raceway groove 171 by multiple meshes, drainage canal 190 is arranged on the outside on main stem road 110 of catchmenting and and collecting gutter Close to the connection of the one end in the outside on main stem road 110 of catchmenting, the raceway groove 171 that catchments forms drainage channel with drainage canal 190 in road 171, with The rainwater of the collection of raceway groove 171 of making to catchment is flowed into cistern 210 by draining canal 190.Movable sluice gate 175 is arranged on the raceway groove that catchments Close to one end of drainage canal 190 in 171, for blocking or opening drainage channel.
Dry season or need irrigate when, the water in cistern 210 is extracted into by main stem road of catchmenting by pumping equipment On 110, closing activity sluice gate 175, so that whole main stem road 110 of catchmenting forms the water transport channel of a closing, irrigate and use Water can be transported to target area by main stem road 110 of catchmenting.
In the present embodiment, movable sluice gate 175 includes gate member (not shown) and gate control handle (not shown), collection Floodgate sliding rail is offered on two relative madial walls of flume 171, gate member is slidably received in floodgate sliding rail, gate Control handle is fixedly connected on gate member, the folding for regulating gate component.
It is worth noting that, movable sluice gate 175 controls lock by manually pulling gate control handle in the present embodiment Door component folding.It is of course also possible to by setting electric-controlled lift system opening come regulating gate component in the raceway groove 171 that catchments Close, and each electric-controlled lift system in raceway groove 171 that catchments is connected with control centre, the master that catchments can be controlled in control centre The folding of each gate member on road 110.
In summary, a kind of hill path draining slope protection system 200 is present embodiments provided, flume and cistern 210 are connected It is logical, and in the setting activity sluice gate 175 on raceway groove 171 that catchments so that main stem road 110 of catchmenting can form water transport channel.Compared to existing There is technology, a kind of hill path draining slope protection system 200 provided by the utility model, while possessing draining bank protection function, have concurrently There is the function of irrigation water delivery.
3rd embodiment
Referring to Fig. 5, a kind of hill path draining slope protection system 300, its basic structure and principle and generation are present embodiments provided Technique effect it is identical with first embodiment, for briefly describe, the present embodiment part do not refer to part, refer to first embodiment Middle corresponding contents.
Hill path draining slope protection system 300 includes catchment main stem road 110, multiple integral type road tooth blocks 130, tilting bank protection 150th, road surface drainage device 170 and drainage canal 190, multiple integral type road tooth blocks 130 are fixedly connected sequentially in the main stem that catchments The outer side edges edge on road 110 simultaneously forms curb guardrail, for preventing rainwater from, from the outer side edges on main stem road 110 of catchmenting along outflow, tilting Formula bank protection 150 is fixedly connected on the inner side edge edge on main stem road 110 of catchmenting and is obliquely installed to the inner side on main stem road 110 of catchmenting.
The catchment inner side on main stem road 110 is less than the outside on main stem road 110 of catchmenting, and the inner side on main stem road 110 of catchmenting has Dredging flow groove 310, the bearing of trend of dredging flow groove 310 is consistent with the bearing of trend on main stem road 110 of catchmenting, so that main stem road 110 of catchmenting Flow and import dredging flow groove 310 in the inside side of rainwater of collection.
Road surface drainage device 170 includes catchmenting raceway groove 171 with the square 173 that catchments, and the raceway groove 171 that catchments is horizontally placed on the main stem that catchments Main stem road 110 of catchmenting simultaneously is run through in road 110, and for the rainwater to catchment on main stem road 110, the one end for the raceway groove 171 that catchments is with letting out Chute 310 connects, so that the rainwater that dredging flow groove 310 is collected flows into the raceway groove 171 that catchments, the square 173 that catchments lid is located at the raceway groove that catchments On 171, and there are multiple meshes on the square 173 that catchments, so that the rainwater to catchment on main stem road 110 is flowed into by multiple meshes Catchment in raceway groove 171, drainage canal 190 is arranged on the outside on main stem road 110 of catchmenting and with the raceway groove 171 that catchments close to main stem road of catchmenting One end connection in 110 outside, the raceway groove 171 that catchments forms drainage channel with drainage canal 190, so that the collection of raceway groove 171 of catchmenting Rainwater is flowed into the external world by draining canal 190.
A kind of hill path draining slope protection system 300 is present embodiments provided, dredging flow groove is provided with the inside of the main road road that catchments 310, on the one hand avoid road surface excessively wet and slippery rainwater-collecting to dredging flow groove 310 when rainfall is not very big, on the other hand Also improve the appearance outlet capacity and water delivery speed on main stem road 110 of catchmenting.
Preferred embodiment of the present utility model is the foregoing is only, is not limited to the utility model, for this For the technical staff in field, the utility model can have various modifications and variations.It is all in the spirit and principles of the utility model Within, any modification, equivalent substitution and improvements made etc., it should be included within the scope of protection of the utility model.

Claims (10)

1. a kind of hill path draining slope protection system, it is characterised in that including main stem road of catchmenting, multiple integral type road tooth blocks, tilt Formula bank protection, road surface drainage device and drainage canal, multiple integral type road tooth blocks are fixedly connected sequentially in the master that catchments The outer side edges edge of road simultaneously forms curb guardrail, described for preventing rainwater from the outer side edges on the main stem road of catchmenting along outflow The inner side edge that tilting bank protection is fixedly connected on the main stem road of catchmenting is obliquely installed along and on the inside of the main stem road of catchmenting; The inner side on the main stem road of catchmenting is less than the outside on the main stem road of catchmenting, so that the rainwater flow direction of the main stem road collection of catchmenting Inner side;
The road surface drainage device, which includes catchmenting, raceway groove and to catchment square, and the raceway groove that catchments, which is horizontally placed on, described catchments main stem road simultaneously Through the main stem road of catchmenting, for collecting the rainwater to catchment on main stem road, the square lid that catchments is located at described catchment On raceway groove, and there are multiple meshes on the square that catchments, so that the rainwater to catchment on main stem road passes through multiple nets Eye catchments in raceway groove described in being flowed into, and the drainage canal is arranged on the outside on the main stem road of catchmenting and leaned on the raceway groove that catchments One end connection in the outside on the nearly main stem road of catchmenting, the raceway groove that catchments forms drainage channel with the drainage canal, so that institute The rainwater for stating raceway groove collection of catchmenting is flowed into the external world by the drainage canal.
2. draining slope protection system in hill path according to claim 1, it is characterised in that draining slope protection system in hill path also includes storing Pond, the cistern are arranged on the outside on the main stem road of catchmenting, the one end of the drainage canal away from the raceway groove that catchments with The cistern connection, the rainwater for catchmenting the collection of main stem road is incorporated into the cistern.
3. draining slope protection system in hill path according to claim 2, it is characterised in that the drainage canal is close to the cistern One end there is sedimentation basin, be provided with communication port in a side wall of the sedimentation basin, the sedimentation basin passes through institute with the cistern Communication port connection is stated, and the communication port restocking is provided with screen pack, for filtering the water entered in the cistern.
4. draining slope protection system in hill path according to claim 1 or 2, it is characterised in that the road surface drainage device also wraps Movable sluice gate is included, the movable sluice gate is arranged on close to one end of the drainage canal in the raceway groove that catchments, for blocking or opening Open the drainage channel.
5. draining slope protection system in hill path according to claim 4, it is characterised in that the movable sluice gate includes gate member With gate control handle, the raceway groove that catchments offers gate on two relative madial walls of one end of the drainage canal Slideway, the gate member are slidably received in the floodgate sliding rail, and the gate control handle is fixedly connected on the gate Component, for controlling the folding of the gate member.
6. draining slope protection system in hill path according to claim 1, it is characterised in that the square that catchments includes more main horizontal strokes Bar and more secondary vertical poles, the more main cross bars are set up in parallel, and the more secondary vertical poles are disposed in parallel in the more main horizontal strokes On bar, the more main cross bars are fixedly connected with the more secondary vertical poles and form multiple meshes.
7. draining slope protection system in hill path according to claim 1, it is characterised in that in each integral type road tooth block With more first dowels, every first dowel stretches out the master that catchmented described in the integral type road tooth block and insertion The outer side edges edge of road, multiple integral type road tooth blocks are fixedly connected sequentially and form the curb guardrail.
8. draining slope protection system in hill path according to claim 1, it is characterised in that there are more in the main stem road of catchmenting The second dowel being set up in parallel, every second dowel stretched out to the direction of the tilting bank protection described in catchment main stem Road and bend extend in the tilting bank protection so that the tilting bank protection with it is described catchment main stem road formation one it is whole Body.
9. the hill path draining slope protection system according to claim 1 or 8, it is characterised in that have on the tilting bank protection Apply fertilizer groove, and the bearing of trend of the fertilising groove is parallel with the bearing of trend on the main stem road of catchmenting, for housing liquid fertilizer To support the plant being covered on the tilting bank protection.
10. a kind of hill path draining slope protection system, it is characterised in that including main stem road of catchmenting, multiple integral type road tooth blocks, tilt Formula bank protection, road surface drainage device and drainage canal, multiple integral type road tooth blocks are fixedly connected sequentially in the master that catchments The outer side edges edge of road simultaneously forms curb guardrail, described for preventing rainwater from the outer side edges on the main stem road of catchmenting along outflow The inner side edge that tilting bank protection is fixedly connected on the main stem road of catchmenting is obliquely installed along and on the inside of the main stem road of catchmenting; The inner side on the main stem road of catchmenting is less than the outside on the main stem road of catchmenting, and the inner side for catchmenting main stem road has aerial drainage Groove, the bearing of trend of the dredging flow groove is consistent with the bearing of trend on the main stem road of catchmenting, so that the main stem road collection of catchmenting The inside side of rainwater flow and import the dredging flow groove;
The road surface drainage device, which includes catchmenting, raceway groove and to catchment square, and the raceway groove that catchments, which is horizontally placed on, described catchments main stem road simultaneously Through the main stem road of catchmenting, for collecting the rainwater to catchment on main stem road, one end of the raceway groove that catchments is let out with described Chute connects, so that the raceway groove that catchmented described in the rainwater inflow that the dredging flow groove is collected, the square lid that catchments are located at described catchment On raceway groove, and there are multiple meshes on the square that catchments, so that the rainwater to catchment on main stem road passes through multiple nets Eye catchments in raceway groove described in being flowed into, and the drainage canal is arranged on the outside on the main stem road of catchmenting and leaned on the raceway groove that catchments One end connection in the outside on the nearly main stem road of catchmenting, the raceway groove that catchments forms drainage channel with the drainage canal, so that institute The rainwater for stating raceway groove collection of catchmenting is flowed into the external world by the drainage canal.
CN201720977344.7U 2017-08-07 2017-08-07 A kind of hill path draining slope protection system Active CN207109831U (en)

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111903271A (en) * 2019-05-09 2020-11-10 盛宝富 Method for systematically protecting and utilizing hill resources
WO2022094859A1 (en) * 2020-11-05 2022-05-12 盛宝富 Method for systematically protecting and utilizing mountain and hill resources

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN111903271A (en) * 2019-05-09 2020-11-10 盛宝富 Method for systematically protecting and utilizing hill resources
WO2022094859A1 (en) * 2020-11-05 2022-05-12 盛宝富 Method for systematically protecting and utilizing mountain and hill resources

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