CN205369512U - Concatenation formula infiltration detention pond structure - Google Patents
Concatenation formula infiltration detention pond structure Download PDFInfo
- Publication number
- CN205369512U CN205369512U CN201620059231.4U CN201620059231U CN205369512U CN 205369512 U CN205369512 U CN 205369512U CN 201620059231 U CN201620059231 U CN 201620059231U CN 205369512 U CN205369512 U CN 205369512U
- Authority
- CN
- China
- Prior art keywords
- infiltration
- main splice
- main
- gripper shoe
- vertical gripper
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Revetment (AREA)
Abstract
The utility model discloses a concatenation formula infiltration detention pond structure, including the middle part be the rivers passageway the main member, with the fixed lower part component of main member bottom cooperation, fixed with both sides surface laminating around the main member, and the headwall component that the both sides cooperation was fixed around bottom and the lower part component, it has the infiltration slot hole to open on the member bottom plate of lower part, and the rivers passageway that permeates slot hole and main member feeds through, and main member, lower part member and headwall member enclose into the detention pond body of a bottom trompil, and lower part member front end is fixed with non - infiltration board, and non - infiltration board left and right sides surface and preceding terminal surface are laminated with the three interior side surface of infiltration slot hole respectively and is fixed, and non - infiltration board top surface and lower part member bottom plate upper surface parallel and level, and surperficial laminating the in non - infiltration board rear end is fixed with the overflow weir, overflow weir left and right sides surface is fixed with main member fit with the inner surface, and inlet tube and outlet pipe are connected respectively to the headwall component of both sides around the detention pond body, the main member top is equipped with the inspection well casing. Detention pond has multiple concatenation form.
Description
Technical field
This utility model relates to delaying basin technical field, in particular to a kind of spliced infiltration delaying basin structure.
Background technology
Delaying basin has wide range of applications, and can be used for the undergrounds such as parking lot, street, community, park, even airport, plays the pondage capacity of rainwater, it is prevented that because of the urban waterlogging that rainwater causes.Delaying basin collected and stores the rainwater through filtering, being filtered by the permeable layers of bottom and permeate the ground, cover subsoil water.When the inflow of rainwater exceedes the water-retention volume of delaying basin, high-order drain pipe can be passed through by unnecessary water yield overflow discharge to natural water or city planting ductwork, so can significantly alleviate the pressure of sewage treatment plant, existing delaying basin structure is an one-piece casting structure, work on the spot amount is big, affected by environment greatly, poor for applicability to varying environment.
Utility model content
The purpose of this utility model seeks to solve the deficiency of above-mentioned background technology, it is provided that a kind of spliced infiltration delaying basin structure, and this structure is spliced to form by multi-sheets, there is multiple assembly form, it is suitable for different environment, greatly reduces the amount of labour of site operation, there is good using value.
For realizing this purpose, spliced infiltration delaying basin structure designed by this utility model, it includes middle part for lower member fixing bottom the main member of water stream channel and main member, and, and headwall component that the front and back both sides of bottom and lower member fix fixing with the front and back both side surface laminating of main member；The base plate of described lower member has infiltration elongated hole, described infiltration elongated hole connects with the water stream channel of main member, described main member, lower member and headwall component surround the delaying basin body of a bottom opening, described lower member be fixedly arranged at the front end with impermeable plate, the surface, the left and right sides of described impermeable plate and front end face are fixing with three inner surface laminatings of infiltration elongated hole respectively, and impermeable plate top surface is concordant with the plate upper surface of lower member, the rear end surface laminating of described impermeable plate is fixed with downflow weir；Surface, the described downflow weir left and right sides is fixing with the inner surface laminating of main member, and before and after described delaying basin body, the headwall component of both sides connects water inlet pipe and outlet pipe respectively；The top of described main member is provided with inspection well casing.
The arrangement of disconnection type water stream channel: described main member includes at least one water stream channel, does not all connect between described water stream channel；Described main member includes the first main splice that the laminating of multiple head and the tail is fixing, described first main splice includes main splice top board, the left and right sides end face of described main splice top board is connected to vertical gripper shoe, and the central space of the first constituted structure of main splice that the laminating of the plurality of head and the tail is fixing is single water stream channel；Described main splice top board is arch sheet or flat board.
The arrangement of communication type water stream channel: described main member includes a plurality of water stream channel, has at least two water stream channels to be interconnected；Described main member includes the main splice that polylith head and the tail laminating is fixing, the central space of the constituted structure of main splice that the head and the tail laminating of described polylith is fixing is single water stream channel, described main splice includes the main splice of even numbered blocks second, described second main splice includes main splice top board, the left and right sides end face of described main splice top board is connected to vertical gripper shoe, the bottom center of the vertical gripper shoe of described second main splice side has current via, the vertical gripper shoe that each piece of vertical gripper shoe with current via all has current via with another block fits；Described main splice top board is arch sheet or flat board.
Further, described main splice also includes the 3rd main splice, described 3rd main splice includes main splice top board, and the left and right sides end face of described main splice top board is connected to vertical gripper shoe, and the bottom center of the vertical gripper shoe of described 3rd main splice both sides all has current via.
Further, described main splice also includes at least one piece of the first main splice, and described first main splice includes main splice top board, and the left and right sides end face of described main splice top board is connected to vertical gripper shoe.
Concrete, described headwall component includes polylith splicing end plate, the splicing end plate connection water inlet pipe of described delaying basin rear body, anterior splicing end plate connection outlet pipe.
Concrete, described lower member for building base, described in build base at least have an infiltration elongated hole, described impermeable plate is fixed on a wherein front end permeating elongated hole.
Concrete, the described left and right sides building base top surface has and coordinates the first fixing groove bottom the vertical gripper shoe of main member, the width of described first groove is corresponding with the width of single vertical gripper shoe, described in build the both sides, front and back of base and have the second groove that the splicing endplate root with headwall component coordinates.
Preferably, described in build and have and the 3rd groove coordinated bottom two pieces of vertical gripper shoes in the middle part of the end face of base, the width of described 3rd groove is corresponding with the twice of the width of single vertical gripper shoe.
Preferably, described outlet pipe connects gully, and described gully is connected to perforated pipe.
The beneficial effects of the utility model are: 1, the prefabricated components of modular design and seriation can meet the demand of not co-content delaying basin；2, prefabricated components span is little, and the overall delaying basin intensity of composition is high, and bearing capacity is strong；3, greatly reducing the workload at scene, shorten curing cycle, simple installation is efficient；4, assembled flexible, different global shapes can be assembled into according to underground environment (such as the non-disconnectable facility removed)；5, prefabricated components can produce in locality, reduces cost of transportation；6, the quality of easily controllable modular unit；7, construction is affected little by on-the-spot weather.8, the permeable formation below delaying basin has the effect of filtration, and underground water source will not be polluted by the rainwater being penetrated into underground, and can cover subsoil water, solves the Ecology problem of groundwater mining and the settlement issues on ground.
Accompanying drawing explanation
Fig. 1 is the explosive view permeating delaying basin structure built based on base in this utility model by single infiltration elongated hole；
Fig. 2 is the left view permeating delaying basin built based on base in this utility model by single infiltration elongated hole；
Fig. 3 is the top view building base of single infiltration elongated hole in utility model；
Fig. 4 is the sectional view of A A in Fig. 3；
Fig. 5 is the front view building base of single infiltration elongated hole in this utility model；
Fig. 6 is this utility model middle-end wall member and main member fixed structure schematic diagram；
Fig. 7 is the sectional view of B B in Fig. 6；
Fig. 8 is the structural representation building the infiltration delaying basin connection gully based on base and perforated pipe in this utility model by single infiltration elongated hole；
Fig. 9 is the position structural representation building the arch main member permeating delaying basin based on base and perforated pipe in this utility model by single infiltration elongated hole；
Figure 10 is the position structural representation building the plate main member permeating delaying basin based on base and perforated pipe in this utility model by single infiltration elongated hole；
Figure 11 is the explosive view permeating delaying basin structure built based on base in this utility model to have multiple infiltration elongated hole；
Figure 12 is the left view permeating delaying basin built based on base in this utility model to have multiple infiltration elongated hole；
Figure 13 is the top view building base in utility model with multiple infiltration elongated hole；
Figure 14 is the sectional view of A A in Figure 13；
Figure 15 is the sectional view of B B in Figure 13；
Figure 16 is the sectional view of the fixed structure building base and the arch main member above it in this utility model with multiple infiltration elongated hole；
Figure 17 is the sectional view of the fixed structure building base and the plate main member above it in this utility model with multiple infiltration elongated hole；
Figure 18 connects the structural representation of gully and perforated pipe by the infiltration delaying basin based on base of building with multiple infiltration elongated hole in this utility model；
Figure 19 is the splicing construction one of the delaying basin designed by this utility model；
Figure 20 is the splicing construction two of the delaying basin designed by this utility model；
Figure 21 is the splicing construction three of the delaying basin designed by this utility model；
Wherein, 1 main member, 1.1 first main splices, 1.2 second main splices, 1.3 the 3rd main splices, 2 headwall components, 2.1 splicing end plates, 3 lower member, 3.1 build base, 4 downflow weirs, 5 water inlet pipes, 6 outlet pipes, 7 check well casing, 8 main splice top boards, 9 vertical gripper shoes, 10 current vias, 11 first grooves, 12 second grooves, 13 the 3rd grooves, 14 perforated pipes, 15 infiltration elongated holes, 16 impermeable plates, 17 gullys, 18 geotextiles, 19 permeable formations one, 20 permeable formations two, 21 cat ladders, 22 legs.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
This utility model devises the version of two kinds of lower member, one builds base 3.1 for having single infiltration elongated hole 15, infiltration delaying basin structure based on this base is wide foot single-column type delaying basin, its osmotic effect is general, it is applicable to the construction environment that permeation requirements is not high, the another kind of delaying basin base 3.2 for having multiple infiltration elongated hole 15, infiltration delaying basin structure based on this base is for building groove base array architecture delaying basin, its osmotic effect of delaying basin based on this base is good, be applicable to infiltration capacity is had certain requirements running environment.
Hereinafter delaying basin two kinds basic is illustrated respectively:
One, wide foot single-column type delaying basin (as shown in Fig. 1 10):
Structure 1: for lower member 3 fixing bottom the main member 1 of water stream channel and main member 1 in the middle part of including, and fixing with the front and back both side surface laminating of main member 1, and the headwall component 2 that the both sides, front and back of bottom and lower member 3 are fixed；The base plate of lower member 3 has infiltration elongated hole 15, infiltration elongated hole 15 connects with the water stream channel of main member 1, main member 1, lower member 3 and headwall component 2 surround the delaying basin body of a bottom opening, lower member 3 be fixedly arranged at the front end with impermeable plate 16, the surface, the left and right sides of described impermeable plate 16 and front end face are fixing with three inner surface laminatings of infiltration elongated hole 15 respectively, and impermeable plate 16 end face is concordant with the plate upper surface of lower member 3, the rear end surface laminating of impermeable plate 16 is fixed with downflow weir 4；Surface, downflow weir 4 left and right sides is fixing with the inner surface laminating of main member 1, and before and after delaying basin body, the headwall component 2 of both sides connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member includes at least one piece of the first main splice 1.1, and the first main splice 1.1 includes main splice top board 8, and the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and main splice top board 8 is arch sheet or flat board.
Headwall component 2 includes polylith splicing end plate 2.1, and the splicing end plate 2.1 of delaying basin rear body connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6.Lower member, for building base 3.1, is built and is had an infiltration elongated hole 15 on base 3.1, and impermeable plate 16 is fixed on the front end of infiltration elongated hole 15.
As shown in Fig. 7, Fig. 9 10,3.1 laminatings are fixing with building base can to arrange leg 22 bottom the first main splice 1.1, to ensure its stability.
As shown in Figure 8, for increasing the permeability of infiltration delaying basin, outlet pipe 6 can being connected gully 17, gully 17 is connected with perforated pipe 14 again, by the connection of perforated pipe 14 and permeable formation, osmotic efficiency is greatly improved, simple in construction, and easy construction is practical.
It is separated with geotextiles 18 between permeable formation 1 and permeable formation 2 20 bottom delaying basin.To separate two-layer permeable formation, strengthen filter effect simultaneously.
Two, groove base array delaying basin structure (as shown in Figure 11 18) is built:
Structure 1: for lower member 3 fixing bottom the main member 1 of water stream channel and main member 1 in the middle part of including, and fixing with the front and back both side surface laminating of main member 1, and the headwall component 2 that the both sides, front and back of bottom and lower member 3 are fixed；The base plate of lower member 3 has infiltration elongated hole 15, infiltration elongated hole 15 connects with the water stream channel of main member 1, main member 1, lower member 3 and headwall component 2 surround the delaying basin body of a bottom opening, lower member 3 be fixedly arranged at the front end with impermeable plate 16, the surface, the left and right sides of described impermeable plate 16 and front end face are fixing with three inner surface laminatings of infiltration elongated hole 15 respectively, and impermeable plate 16 end face is concordant with the plate upper surface of lower member 3, the rear end surface laminating of impermeable plate 16 is fixed with downflow weir 4；Surface, downflow weir 4 left and right sides is fixing with the inner surface laminating of main member 1, and before and after delaying basin body, the headwall component 2 of both sides connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member 1 includes the main splice 1.2 of even numbered blocks second, second main splice 1.2 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, the bottom center of the vertical gripper shoe 9 of the second main splice 1.2 side has current via 10, and the vertical gripper shoe 9 with current via 10 fits；Main splice top board 8 is arch sheet or flat board.
Headwall component 2 includes polylith splicing end plate 2.1, and the splicing end plate 2.1 of delaying basin rear body connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6.Lower member, for building base 3.1, is built and is had a plurality of infiltration elongated hole 15 on base 3.1, and impermeable plate 16 is fixed on the front end of a wherein infiltration elongated hole 15.The left and right sides building base 3.1 end face has and coordinates the first fixing groove 11 bottom the vertical gripper shoe 9 of main member 1, the width of the first groove 11 is corresponding with the width of single vertical gripper shoe 9, and the both sides, front and back building base 3.1 have and the second groove 12 coordinated bottom the splicing end plate 2.1 of headwall component 2.Building the 3rd groove 13 can offered as required in the middle part of the end face of base 3.1 with coordinate bottom two pieces of vertical gripper shoes 9, the width of the 3rd groove 13 is corresponding with the twice of the width of single vertical gripper shoe 9.
Structure 2:
Including in the middle part of be lower member 3 fixing bottom the main member 1 of water stream channel and main member 1, and fixing with the front and back both side surface laminating of main member 1, and the headwall component 2 that the both sides, front and back of bottom and lower member 3 are fixed；The base plate of lower member 3 has infiltration elongated hole 15, infiltration elongated hole 15 connects with the water stream channel of main member 1, main member 1, lower member 3 and headwall component 2 surround the delaying basin body of a bottom opening, lower member 3 be fixedly arranged at the front end with impermeable plate 16, the surface, the left and right sides of described impermeable plate 16 and front end face are fixing with three inner surface laminatings of infiltration elongated hole 15 respectively, and impermeable plate 16 end face is concordant with the plate upper surface of lower member 3, the rear end surface laminating of impermeable plate 16 is fixed with downflow weir 4；Surface, downflow weir 4 left and right sides is fixing with the inner surface laminating of main member 1, and before and after delaying basin body, the headwall component 2 of both sides connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member includes at least one piece of the first main splice 1.1, and the first main splice 1.1 includes main splice top board 8, and the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and main splice top board 8 is arch sheet or flat board.Main member 1 also includes the main splice 1.2 of even numbered blocks second, second main splice 1.2 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, the bottom center of the vertical gripper shoe 9 of the second main splice 1.2 side has current via 10, and the vertical gripper shoe 9 with current via 10 fits；Main splice top board 8 is arch sheet or flat board.
Headwall component 2 includes polylith splicing end plate 2.1, and the splicing end plate 2.1 of delaying basin rear body connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6.Lower member, for building base 3.1, is built and is had a plurality of infiltration elongated hole 15 on base 3.1, and impermeable plate 16 is fixed on the front end of a wherein infiltration elongated hole 15.The left and right sides building base 3.1 end face has and coordinates the first fixing groove 11 bottom the vertical gripper shoe 9 of main member 1, the width of the first groove 11 is corresponding with the width of single vertical gripper shoe 9, and the both sides, front and back building base 3.1 have and the second groove 12 coordinated bottom the splicing end plate 2.1 of headwall component 2.Building the 3rd groove 13 can offered as required in the middle part of the end face of base 3.1 with coordinate bottom two pieces of vertical gripper shoes 9, the width of the 3rd groove 13 is corresponding with the twice of the width of single vertical gripper shoe 9.
Structure 3:
Including in the middle part of be lower member 3 fixing bottom the main member 1 of water stream channel and main member 1, and fixing with the front and back both side surface laminating of main member 1, and the headwall component 2 that the both sides, front and back of bottom and lower member 3 are fixed；The base plate of lower member 3 has infiltration elongated hole 15, infiltration elongated hole 15 connects with the water stream channel of main member 1, main member 1, lower member 3 and headwall component 2 surround the delaying basin body of a bottom opening, lower member 3 be fixedly arranged at the front end with impermeable plate 16, the surface, the left and right sides of described impermeable plate 16 and front end face are fixing with three inner surface laminatings of infiltration elongated hole 15 respectively, and impermeable plate 16 end face is concordant with the plate upper surface of lower member 3, the rear end surface laminating of impermeable plate 16 is fixed with downflow weir 4；Surface, downflow weir 4 left and right sides is fixing with the inner surface laminating of main member 1, and before and after delaying basin body, the headwall component 2 of both sides connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member includes the main splice 1.2 of even numbered blocks second, second main splice 1.2 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and the bottom center of the vertical gripper shoe 9 of the second main splice 1.2 side has current via 10；Main member 1 also includes the 3rd main splice 1.3,3rd main splice 1.3 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and the bottom center of the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides all has current via 10；The vertical gripper shoe 9 that each piece of vertical gripper shoe 9 with current via 10 all has current via 10 with another block fits；Main splice top board 8 is arch sheet or flat board.
Headwall component 2 includes polylith splicing end plate 2.1, and the splicing end plate 2.1 of delaying basin rear body connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6.Lower member, for building base 3.1, is built and is had a plurality of infiltration elongated hole 15 on base 3.1, and impermeable plate 16 is fixed on the front end of a wherein infiltration elongated hole 15.The left and right sides building base 3.1 end face has and coordinates the first fixing groove 11 bottom the vertical gripper shoe 9 of main member 1, the width of the first groove 11 is corresponding with the width of single vertical gripper shoe 9, and the both sides, front and back building base 3.1 have and the second groove 12 coordinated bottom the splicing end plate 2.1 of headwall component 2.Building the 3rd groove 13 can offered as required in the middle part of the end face of base 3.1 with coordinate bottom two pieces of vertical gripper shoes 9, the width of the 3rd groove 13 is corresponding with the twice of the width of single vertical gripper shoe 9.
Structure 4:
Including in the middle part of be lower member 3 fixing bottom the main member 1 of water stream channel and main member 1, and fixing with the front and back both side surface laminating of main member 1, and the headwall component 2 that the both sides, front and back of bottom and lower member 3 are fixed；The base plate of lower member 3 has infiltration elongated hole 15, infiltration elongated hole 15 connects with the water stream channel of main member 1, main member 1, lower member 3 and headwall component 2 surround the delaying basin body of a bottom opening, lower member 3 be fixedly arranged at the front end with impermeable plate 16, the surface, the left and right sides of described impermeable plate 16 and front end face are fixing with three inner surface laminatings of infiltration elongated hole 15 respectively, and impermeable plate 16 end face is concordant with the plate upper surface of lower member 3, the rear end surface laminating of impermeable plate 16 is fixed with downflow weir 4；Surface, downflow weir 4 left and right sides is fixing with the inner surface laminating of main member 1, and before and after delaying basin body, the headwall component 2 of both sides connects water inlet pipe 5 and outlet pipe 6 respectively；The top of main member 1 is provided with inspection well casing 7.
Main member includes at least one piece of the first main splice 1.1, the main splice of even numbered blocks second 1.2 and at least one piece of the 3rd main splice 1.3, first main splice 1.1 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, second main splice 1.2 includes main splice top board 8, the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and the bottom center of the vertical gripper shoe 9 of the second main splice 1.2 side has current via 10；3rd main splice 1.3 includes main splice top board 8, and the left and right sides end face of main splice top board 8 is connected to vertical gripper shoe 9, and the bottom center of the vertical gripper shoe 9 of the 3rd main splice 1.3 both sides all has current via 10；The vertical gripper shoe 9 that each piece of vertical gripper shoe 9 with current via 10 all has current via 10 with another block fits；Main splice top board 8 is arch sheet or flat board.
Headwall component 2 includes polylith splicing end plate 2.1, and the splicing end plate 2.1 of delaying basin rear body connects water inlet pipe 5, and anterior splicing end plate 2.1 connects outlet pipe 6.Lower member, for building base 3.1, is built and is had a plurality of infiltration elongated hole 15 on base 3.1, and impermeable plate 16 is fixed on the front end of a wherein infiltration elongated hole 15.The left and right sides building base 3.1 end face has and coordinates the first fixing groove 11 bottom the vertical gripper shoe 9 of main member 1, the width of the first groove 11 is corresponding with the width of single vertical gripper shoe 9, and the both sides, front and back building base 3.1 have and the second groove 12 coordinated bottom the splicing end plate 2.1 of headwall component 2.Building the 3rd groove 13 can offered as required in the middle part of the end face of base 3.1 with coordinate bottom two pieces of vertical gripper shoes 9, the width of the 3rd groove 13 is corresponding with the twice of the width of single vertical gripper shoe 9.
For increasing the permeability of infiltration delaying basin in said structure 1 structure 4, outlet pipe 6 can be connected gully 17, gully 17 is connected with perforated pipe 14 again, by the connection (as shown in figure 18) of perforated pipe 14 and permeable formation, osmotic efficiency can be greatly improved, simple in construction, easy construction, practical.It is separated with geotextiles 18 between permeable formation 1 and permeable formation 2 20 bottom delaying basin.To separate two-layer permeable formation, strengthen filter effect simultaneously.
Build base 3.1 can machine at the scene, main splice and splicing end plate 2.1 are made as standard component and can realize the quick assembling under various varying environments.Main splice, splicing end plate 2.1 are precast concrete, and building base plate 3.1 is concrete cast in situs part.
The permeable formation bottom delaying basin designed by this utility model has the effect of filtration, and underground water source will not be polluted by the rainwater being penetrated into underground, and can cover subsoil water, solves the Ecology problem of groundwater mining and the settlement issues on ground.
The above, be only preferred embodiment of the present utility model, and structure of the present utility model is not done any pro forma restriction.Every any simple modification, equivalent variations and modification above example made according to technical spirit of the present utility model, all still falls within the scope of the technical solution of the utility model.
Claims (10)
1. a spliced infiltration delaying basin structure, it is characterized in that: it includes middle part for the fixing lower member (3) of the main member (1) of water stream channel and main member (1) bottom, and, and headwall component (2) that the front and back both sides of bottom and lower member (3) fix fixing with the front and back both side surface laminating of main member (1)；The base plate of described lower member (3) has infiltration elongated hole (15), described infiltration elongated hole (15) connects with the water stream channel of main member (1), described main member (1), lower member (3) and headwall component (2) surround the delaying basin body of a bottom opening, described lower member (3) be fixedly arranged at the front end with impermeable plate (16), the surface, the left and right sides of described impermeable plate (16) and front end face are fixing with three inner surface laminatings of infiltration elongated hole (15) respectively, and impermeable plate (16) end face is concordant with the plate upper surface of lower member (3), the rear end surface laminating of described impermeable plate (16) is fixed with downflow weir (4)；Described downflow weir (4) surface, the left and right sides is fixing with the inner surface laminating of main member (1), and before and after described delaying basin body, the headwall component (2) of both sides connects water inlet pipe (5) and outlet pipe (6) respectively；The top of described main member (1) is provided with inspection well casing (7).
2. spliced infiltration delaying basin structure as claimed in claim 1, it is characterised in that: described main member (1) includes at least one water stream channel, does not all connect between described water stream channel；Described main member (1) includes the first main splice (1.1) that the laminating of multiple head and the tail is fixing, described first main splice (1.1) includes main splice top board (8), the left and right sides end face of described main splice top board (8) is connected to vertical gripper shoe (9), and the central space of the first main splice (1.1) constituted structure that the laminating of the plurality of head and the tail is fixing is single water stream channel；Described main splice top board (8) is arch sheet or flat board.
3. spliced infiltration delaying basin structure as claimed in claim 1, it is characterised in that: described main member (1) includes a plurality of water stream channel, has at least two water stream channels to be interconnected；Described main member (1) includes the main splice that polylith head and the tail laminating is fixing, the central space of the constituted structure of main splice that the head and the tail laminating of described polylith is fixing is single water stream channel, described main splice includes the main splice of even numbered blocks second (1.2), described second main splice (1.2) includes main splice top board (8), the left and right sides end face of described main splice top board (8) is connected to vertical gripper shoe (9), the bottom center of the vertical gripper shoe (9) of described second main splice (1.2) side has current via (10), the vertical gripper shoe (9) that each piece of vertical gripper shoe (9) with current via (10) all has current via (10) with another block fits；Described main splice top board (8) is arch sheet or flat board.
4. spliced infiltration delaying basin structure as claimed in claim 3, it is characterized in that: described main splice also includes the 3rd main splice (1.3), described 3rd main splice (1.3) includes main splice top board (8), the left and right sides end face of described main splice top board (8) is connected to vertical gripper shoe (9), and the bottom center of the vertical gripper shoe (9) of described 3rd main splice (1.3) both sides all has current via (10).
5. the spliced infiltration delaying basin structure as described in claim 3 or 4, it is characterized in that: described main splice also includes at least one piece of the first main splice (1.1), described first main splice (1.1) includes main splice top board (8), and the left and right sides end face of described main splice top board (8) is connected to vertical gripper shoe (9).
6. spliced infiltration delaying basin structure as claimed in claim 1, it is characterized in that: described headwall component (2) includes polylith splicing end plate (2.1), the splicing end plate (2.1) of described delaying basin rear body connects water inlet pipe (5), and anterior splicing end plate (2.1) connects outlet pipe (6).
7. spliced infiltration delaying basin structure as claimed in claim 1, it is characterized in that: described lower member is for building base (3.1), described building at least has infiltration elongated hole (15) on base (3.1), described impermeable plate (16) is fixed on the front end of wherein infiltration elongated hole (15).
8. spliced infiltration delaying basin structure as claimed in claim 7, it is characterized in that: described in build vertical gripper shoe (9) bottom that the left and right sides of base (3.1) end face has with main member (1) and coordinate the first groove (11) fixed, the width of described first groove (11) is corresponding with the width of single vertical gripper shoe (9), described in build the both sides, front and back of base (3.1) and have the second groove (12) that splicing end plate (2.1) bottom with headwall component (2) coordinates.
9. spliced infiltration delaying basin structure as claimed in claim 8, it is characterized in that: described in build and have in the middle part of the end face of base (3.1) and the 3rd groove (13) that two pieces of vertical gripper shoes (9) bottoms coordinate, the width of described 3rd groove (13) is corresponding with the twice of the width of single vertical gripper shoe (9).
10. the spliced infiltration delaying basin structure as described in claim 1 or 6, it is characterised in that: described outlet pipe (6) connects gully (17), and described gully (17) is connected to perforated pipe (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059231.4U CN205369512U (en) | 2016-01-21 | 2016-01-21 | Concatenation formula infiltration detention pond structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620059231.4U CN205369512U (en) | 2016-01-21 | 2016-01-21 | Concatenation formula infiltration detention pond structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205369512U true CN205369512U (en) | 2016-07-06 |
Family
ID=56274030
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620059231.4U Expired - Fee Related CN205369512U (en) | 2016-01-21 | 2016-01-21 | Concatenation formula infiltration detention pond structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205369512U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544711A (en) * | 2016-01-21 | 2016-05-04 | 武汉美华禹水环境有限公司 | Splicing type permeation detention pond structure |
| CN106149853A (en) * | 2016-08-18 | 2016-11-23 | 中泰国际高新技术有限公司 | A kind of box collection reuse cistern |
| CN108956414A (en) * | 2018-04-25 | 2018-12-07 | 长安大学 | A kind of sponge urban biology is detained facility model experimental rig and method |
-
2016
- 2016-01-21 CN CN201620059231.4U patent/CN205369512U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105544711A (en) * | 2016-01-21 | 2016-05-04 | 武汉美华禹水环境有限公司 | Splicing type permeation detention pond structure |
| CN106149853A (en) * | 2016-08-18 | 2016-11-23 | 中泰国际高新技术有限公司 | A kind of box collection reuse cistern |
| CN108956414A (en) * | 2018-04-25 | 2018-12-07 | 长安大学 | A kind of sponge urban biology is detained facility model experimental rig and method |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202017223U (en) | Rain collection and permeation recharging device | |
| CN205369512U (en) | Concatenation formula infiltration detention pond structure | |
| CN106638918A (en) | Construction method for sponge city rainwater collection system | |
| CN205444421U (en) | Drainage well that solid brick is piled up | |
| CN206256524U (en) | A kind of big vast system of grass planting ditch drop based on sponge the idea of the city | |
| CN205444420U (en) | Drainage well that hollow brick is piled up | |
| CN108049283A (en) | A kind of osmosis type ecological pavement for sponge city | |
| CN110016886A (en) | River near-nature forest eco-embankment | |
| CN106400946A (en) | Water storage structure capable of improving moisture content in underground soil of urban street trees | |
| CN107460915A (en) | Clear water storage system | |
| CN205369513U (en) | Non - infiltration detention pond structure of concatenation formula | |
| CN103669232B (en) | Pressure water seepage road drainage shaft | |
| CN216378979U (en) | Firm type town road structure of mating formation that permeates water | |
| CN105544711A (en) | Splicing type permeation detention pond structure | |
| CN205530645U (en) | Concatenation formula reservoir structure | |
| CN101886424A (en) | Water retention system of infiltration well | |
| CN212427445U (en) | Sponge city rainwater processing system | |
| CN205369510U (en) | Non - infiltration detention pond of rectangle frame cast member | |
| CN105696698A (en) | Spliced-type storage tank structure | |
| CN205475651U (en) | Non - infiltration detention pond of rising to a height shape cast member | |
| CN111139707B (en) | Sponge city ground quick drainage system | |
| CN103726567A (en) | Device for draining rain water by utilizing soil layer or rock stratum | |
| CN207121779U (en) | A kind of underloading road rainwater collecting utilizes system | |
| CN204780761U (en) | Facility is administered in town sewage and rivers environmental protection | |
| CN204780503U (en) | Road drainage structures |
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 | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160706 Termination date: 20220121 |