CN207919697U - Urban road oozes the monitoring device of catch-basin recharge of groundwater - Google Patents
Urban road oozes the monitoring device of catch-basin recharge of groundwater Download PDFInfo
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- CN207919697U CN207919697U CN201721847061.7U CN201721847061U CN207919697U CN 207919697 U CN207919697 U CN 207919697U CN 201721847061 U CN201721847061 U CN 201721847061U CN 207919697 U CN207919697 U CN 207919697U
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- pit shaft
- circle
- catch
- pedestal
- basin
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- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/40—Protecting water resources
- Y02A20/406—Aquifer recharge
Abstract
The utility model discloses the monitoring devices that a kind of urban road oozes catch-basin recharge of groundwater, it is spaced at the kerbstone of urban road surfaces both sides multiple to ooze catch-basin, adjacent ooze between catch-basin has branch pipe connection, multiple catch-basins that ooze have respectively included sequentially connected pedestal from bottom to up, circle pit shaft, support pad plate, square pit shaft and Jing Biquan, it is mounted with well grate in well grate circle, pedestal, circle pit shaft, support pad plate, square pit shaft, Jing Biquan and well grate are located on same center line, the inlet and outlet of square pit shaft are connect with upstream branch conduit and downstream branch conduit respectively, anti-blocking infiltration head is shelved on support pad plate, the top of anti-blocking infiltration head is concordant with the square water inlet bottom surface of pit shaft, there is number row limbers on the barrel of circle pit shaft, infiltration sensor is mounted in pedestal.The utility model can efficiently use rainwater resource, supplement urban groundwater, improve urban environment, improve the bearing capacity of urban groundwater.
Description
Technical field
The utility model is related to the monitoring technical field that surface water supplements urban groundwater, specifically a kind of urban road oozes
The monitoring device of catch-basin recharge of groundwater.
Background technology
Rainy surface runoff can only be discharged in current common urban road catch-basin, because of the limitation of structure, do not have profit
It makes good use of rainy water resource and supplements the effect of urban groundwater.
Utility model content
The purpose of this utility model is to provide a kind of urban road in order to avoid above-mentioned existing deficiency and ooze catch-basin benefit
The monitoring device of underground water is filled, with simple in structure, water capacity is big, good water permeability, anti-clogging, durable, cleaning is convenient and easy
The features such as construction, can efficiently use rainwater resource, improve urban environment, supplement urban groundwater, improve holding for urban groundwater
Carry power.
The technical solution of the utility model is as follows：
A kind of urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：Urban road surfaces both sides
Kerbstone at it is spaced it is multiple ooze catch-basin, adjacent ooze between catch-basin has branch pipe connection, described multiple to ooze catch-basin
Sequentially connected pedestal, circle pit shaft, support pad plate, square pit shaft and Jing Biquan from bottom to up are respectively included, in the well grate circle
It is mounted with well grate, the pedestal, circle pit shaft, support pad plate, square pit shaft, Jing Biquan and well grate are located on same center line, described
The inlet and outlet of square pit shaft are connect with upstream branch conduit and downstream branch conduit respectively, and anti-blocking infiltration is shelved on the support pad plate
Head, the top of the anti-blocking infiltration head is concordant with the water inlet bottom surface of side's pit shaft, has several rows on the barrel of the round pit shaft
Limbers is mounted with infiltration sensor in the pedestal.
The urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：The support pad plate is
The center of circular slab, support pad plate has rectangular wellhole, the top surface of support pad plate to have rectangular fin circle around the surrounding of the wellhole, hold
The bottom surface of backing plate has round fin circle, the round fin circle, rectangular fin circle and support pad plate to be located on same center line, institute
There is cable aperture on the outside of the round fin circle on the support pad plate stated.
The urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：The anti-blocking infiltration
Head includes rectangular pedestal, and there is the fin upwarped at four edges of the pedestal, there is circular through-hole, pedestal in the middle part of pedestal
On be connected with the anti-blocking cap of circular cone hull shape, have equidistant limbers on pedestal, there is ordered series of numbers strip water flowing on the anti-blocking cap
Hole.
The urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：The pedestal is circle
The boots sword of wedge shape is arranged at loop-shaped, the outer diameters such as pedestal and the circle pit shaft, the bottom of pedestal, and the top of pedestal has and the round well
The screw thread of cylinder connection, has horizontal groove, the infiltration sensor to be installed in the groove in the middle part of base outer wall.
The urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：Outside the round pit shaft
There is vertical caulking groove on wall.
State is when the utility model urban road oozes the use of the monitoring device of catch-basin recharge of groundwater：When under city
When rain generates runoff, rainwater is flowed into from the well grate of Jing Biquan and is oozed in catch-basin, through on anti-blocking infiltration head along the kerbstone in roadside
Through-hole flow into circle pit shaft.As runoff water constantly flows into, the water in circle pit shaft rises steadily, and waits for that water rises and was flooded into square pit shaft
After anti-blocking infiltration head, what the water outlet of rainwater classical prescription pit shaft, branch pipe flowed into downstream oozes catch-basin；When rainwater will ooze catch-basin one by one
After inside filling water, water oozes catch-basin from the catch-basin that oozes of upstream through branch pipe inflow downstream, is flowed by the water inlet of square pit shaft
The anti-blocking infiltration head of water slug, after the sundries on anti-blocking infiltration head is washed away, then from the water outlet of square pit shaft flow out；Ooze catch-basin
The soil supplement in city is penetrated into water in square pit shaft and circle pit shaft, the bottom from limbers and circle pit shaft on circle shaft wall
Underground water；The infiltration sensor being placed on pedestal is exported rainwater and is penetrated into soil in real time by the head pressure oozed in catch-basin
Data.
The beneficial effects of the utility model：
1, the utility model is suitable for the monitoring that urban road oozes catch-basin recharge of groundwater, can efficiently use rainwater money
Source supplements urban groundwater, improves urban environment, improve the bearing capacity of urban groundwater.
2, the utility model is simple in structure, water capacity is big, good water permeability, anti-clogging, durable, cleaning is convenient, easily construction.
3, the utility model can install infiltration sensor, easy to operate, have and tested with wireless transmission convenient for automatically controlling
The complex arts effect such as data.
Description of the drawings
Fig. 1 is that schematic diagram is arranged in state when the device of the utility model uses.
Fig. 2 is the structure sectional view of the utility model.
Fig. 3 is the structure top view of the square pit shaft of the utility model.
Fig. 4 is the structure upward view of the circle pit shaft of the utility model.
Specific implementation mode
Referring to Fig. 1-Fig. 4, the urban road in the present embodiment oozes the monitoring device of catch-basin recharge of groundwater, urban road
At the kerbstone 4 on 1 road surface both sides it is spaced it is multiple ooze catch-basin 9, adjacent ooze between catch-basin has the connection of branch pipe 8, multiple to ooze
Catch-basin 9 has respectively included sequentially connected pedestal 10, circle pit shaft 12, support pad plate 14, square pit shaft 18 and Jing Biquan from bottom to up
21, well grate 22, pedestal 10, circle pit shaft 12, support pad plate 14, square pit shaft 18, well grate circle 21 and well grate 22 are mounted in well grate circle 21
On same center line, the water inlet 19 and water outlet 20 of square pit shaft 18 are connect with upstream branch conduit and downstream branch conduit respectively, are held
Anti-blocking infiltration head 23 is shelved on backing plate 14, the top of anti-blocking infiltration head 23 is concordant with 19 bottom surface of water inlet of square pit shaft 18, circle
There is horizontal equidistant number to arrange limbers on the barrel of pit shaft 12,10 are mounted with infiltration sensor 27 in pedestal.
In the utility model, support pad plate 14 is circular slab, and there are rectangular wellhole, the top of support pad plate 14 in the center of support pad plate 14
There is a rectangular fin circle 15 in face around the surrounding of wellhole, and there is a round fin circle 16 in the bottom surface of support pad plate 14, round fin circle 16, rectangular
Fin circle 15 and support pad plate 14 are located on same center line, have cable aperture 17 in the outside of round fin circle 13 on support pad plate 14.
Anti-blocking infiltration head 23 includes rectangular pedestal 24, and there are the fin 25 upwarped, pedestal 24 in four edges of pedestal 24
Middle part have circular through-hole, the anti-blocking cap 26 of circular cone hull shape is connected on pedestal 24, has equidistant limbers on pedestal 24, prevent
There is ordered series of numbers strip limbers on blocking cap 26.
Pedestal 10 is circle shape, and pedestal 10 waits outer diameters, the bottom of pedestal 10 to have the boots sword 11 of wedge shape, base with circle pit shaft 12
The screw thread being connect with circle pit shaft 12 is arranged at the top of seat 10, has horizontal groove, infiltration sensor 27 to pacify in the middle part of 10 outer wall of pedestal
Loaded in groove.
There is vertical caulking groove 13 on the outer wall of circle pit shaft 12.
State is when the utility model urban road oozes the use of the monitoring device of catch-basin recharge of groundwater：When under city
When rain generates runoff, rainwater is flowed into from the well grate 22 of well grate circle 21 and is oozed in catch-basin 9, oozed through anti-blocking along the kerbstone 4 in roadside
Through-hole on head 23 flows into circle pit shaft 12.As runoff water constantly flows into, the water 7 in circle pit shaft 12 rises steadily, and waits for water 7
After the side's of rising pit shaft 18 flooded anti-blocking infiltration head 23, what the water outlet 20 of rainwater classical prescription pit shaft 18, branch pipe 8 flowed into downstream oozes rainwater
Well；After rainwater will ooze one by one fills water in catch-basin, water 7 oozes rainwater from the catch-basin that oozes of upstream through the inflow of branch pipe 8 downstream
Well, the water 7 flowed by the water inlet 19 of square pit shaft 18 impact anti-blocking infiltration head 23, the sundries on anti-blocking infiltration head 23 are washed away
Afterwards, then from the water outlet 20 of square pit shaft 18 it flows out；The water 7 in the square pit shaft 18 and circle pit shaft 12 of catch-basin 9 is oozed, from circle pit shaft 12
The bottom of limbers and circle pit shaft 12 on barrel, penetrates into 5 recharge of groundwater of soil in city；The infiltration being placed on pedestal 10
Sensor 27 exports the data that rainwater penetrates into soil 5 in real time by the head pressure oozed in catch-basin 9.
The construction method of the utility model is as follows：
1, the sensor 27 that will seep water is mounted in the groove of place pedestal 10, and pedestal 10 is mounted on to the bottom of circle pit shaft 12
Portion, and by the cable for the sensor 27 that seeps water through the caulking groove on circle 12 outer wall of pit shaft, from the Base top contact of circle pit shaft 12；
2, when the roadbed 2 of urban road 1 is constructed, in all positions for oozing catch-basin in roadbed both sides, with drilling machine in roadbed 2
With vertical circular hole is drilled out on ground, circle pit shaft 12 and pedestal 10 are put into drilling, fine sand is tamped in the surrounding of circle pit shaft 12
6, until the either flush with circle pit shaft 12；
3, support pad plate 14 is positioned over to the top surface of round pit shaft 12, by the cable for the sensor 27 that seeps water from the cable of support pad plate 14
It is drawn in hole 17, after the wellhole of temporary cover support pad plate 14, continues the foundation plane that construction subgrade 2 reaches roadbed 2；
4, in the position for oozing catch-basin 9, the top surface that rectangular foundation pit reaches support pad plate 14 is excavated out, removes temporary cover,
In foundation pit after the side's of building by laying bricks or stones pit shaft 18, the placement well grate circle 21 in the top surface of square pit shaft 18, by the height of 21 top surface and road surface 3 of well grate circle
Concordantly, the embedding branch pipe 8 after the interior foundation pit for excavating branch pipe 8 of roadbed 2, the water outlet of one end of branch pipe 8 and party upstream pit shaft is connected
It connects, the other end of branch pipe 8 is connect with the water inlet of downstream side pit shaft, then backfill the foundation pit of branch pipe 8 up to the foundation plane of roadbed 2；
5, after the construction for completing road surface 3, the sundries oozed in catch-basin 9 is cleaned out, on the top for oozing 9 support pad plates 14 in catch-basin
Anti-blocking infiltration head 23 is placed in face, then covers well grate 22 on well grate circle 21；
6, the cable for the sensor 27 that seeps water is coupled with terrestrial wireless transmitting equipment, oozes rain according to above-mentioned steps completion is all
After the construction of well, that is, complete the construction that urban road oozes the monitoring device of catch-basin recharge of groundwater.
Claims (5)
1. a kind of urban road oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：Urban road surfaces both sides
At kerbstone it is spaced it is multiple ooze catch-basin, adjacent ooze between catch-basin has branch pipe connection, described multiple to ooze catch-basins point
Do not include sequentially connected pedestal, circle pit shaft, support pad plate, square pit shaft and Jing Biquan from bottom to up, peace in the well grate circle
It is equipped with well grate, the pedestal, circle pit shaft, support pad plate, square pit shaft, Jing Biquan and well grate are located on same center line, the side
The inlet and outlet of pit shaft are connect with upstream branch conduit and downstream branch conduit respectively, and anti-blocking infiltration is shelved on the support pad plate
Head, the top of the anti-blocking infiltration head is concordant with the water inlet bottom surface of side's pit shaft, has several rows on the barrel of the round pit shaft
Limbers is mounted with infiltration sensor in the pedestal.
2. urban road according to claim 1 oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：It is described
Support pad plate be circular slab, the center of support pad plate has rectangular wellhole, the top surface of support pad plate to surround the surrounding side of having of the wellhole
The bottom surface of shape fin circle, support pad plate has round fin circle, the round fin circle, rectangular fin circle and support pad plate to be located at same
On center line, there is cable aperture on the outside of the round fin circle on the support pad plate.
3. urban road according to claim 1 oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：It is described
Anti-blocking infiltration head include rectangular pedestal, there is the fin upwarped at four edges of the pedestal, has circle in the middle part of pedestal
Through-hole, the anti-blocking cap of circular cone hull shape is connected on pedestal, has equidistant limbers on pedestal, has ordered series of numbers on the anti-blocking cap
Strip limbers.
4. urban road according to claim 1 oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：It is described
Pedestal be circle shape, wedge-shaped boots sword is arranged at the outer diameters such as pedestal and the circle pit shaft, the bottom of pedestal, and the top of pedestal has
The screw thread being connect with the round pit shaft has in the middle part of base outer wall horizontal groove, the infiltration sensor to be installed on described
In groove.
5. urban road according to claim 1 oozes the monitoring device of catch-basin recharge of groundwater, it is characterised in that：It is described
There is vertical caulking groove on the outer wall of circle pit shaft.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847061.7U CN207919697U (en) | 2017-12-26 | 2017-12-26 | Urban road oozes the monitoring device of catch-basin recharge of groundwater |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721847061.7U CN207919697U (en) | 2017-12-26 | 2017-12-26 | Urban road oozes the monitoring device of catch-basin recharge of groundwater |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207919697U true CN207919697U (en) | 2018-09-28 |
Family
ID=63607604
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721847061.7U Active CN207919697U (en) | 2017-12-26 | 2017-12-26 | Urban road oozes the monitoring device of catch-basin recharge of groundwater |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207919697U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107905334A (en) * | 2017-12-26 | 2018-04-13 | 水利部交通运输部国家能源局南京水利科学研究院 | Urban road oozes the monitoring device and construction method of catch-basin recharge of groundwater |
-
2017
- 2017-12-26 CN CN201721847061.7U patent/CN207919697U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107905334A (en) * | 2017-12-26 | 2018-04-13 | 水利部交通运输部国家能源局南京水利科学研究院 | Urban road oozes the monitoring device and construction method of catch-basin recharge of groundwater |
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