CN206273911U - The clean storage in rain water on roof source based on sponge the idea of the city oozes device - Google Patents
The clean storage in rain water on roof source based on sponge the idea of the city oozes device Download PDFInfo
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- CN206273911U CN206273911U CN201621356558.4U CN201621356558U CN206273911U CN 206273911 U CN206273911 U CN 206273911U CN 201621356558 U CN201621356558 U CN 201621356558U CN 206273911 U CN206273911 U CN 206273911U
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Abstract
The utility model is related to a kind of clean storage the in rain water on roof source based on sponge the idea of the city to ooze device, belongs to the emission reduction of rainwater source and fwaater resources protection field, is a kind of technology that roof rain water and recharging groundwater are collected suitable for cleaning.The clean storage in rain water on roof source based on sponge the idea of the city of the present utility model oozes device includes rainwater current divider box, rainwater recycling box, water storage box, recharging groundwater system and control system, control system can receive the signal of water quality sensor and optical sensor, and send control instruction to the valve in electric T-shaped valve and abandoned stream hole.There is the utility model rainwater to sort and shunting, the stagnant function and advantage with clean recharging groundwater of rain-water accumulating, be conducive to cutting down urban runoff pollutional load, alleviate the discharge pressure of urban pipe network, reduce flood, to improving Urban Water Ecological Environment, the shortage of alleviation city water resource, promoting harmony between man and nature development significant.
Description
Technical field
The utility model is related to the emission reduction of rainwater source and fwaater resources protection field, more particularly to a kind of based on sponge city reason
The clean storage in the rain water on roof source of thought oozes device.
Background technology
Urbanization is to maintain the powerful engine of economic sustainable and healthy development, however, with the development of Rapid-Urbanization, script
The region such as greenery patches, wetland, irrigation canals and ditches with water conservation function major part is evolved into hardened ground, causes city facing strong drop
It is only capable of during rain by city planting ductwork draining.At present, the municipal drainage system of city tradition is primarily present following shortcoming：
(1) when running into heavy rain, city overland runoff amount can be caused to greatly improve, city planting ductwork flood carrying capacity is much not enough,
Trigger road flood ponding；
(2) rainwater immersion carries a large amount of house refuses and pollutant on ground, can block municipal pipeline, and discharge into water is arrived
In natural environment, the pollution level of natural water can be aggravated；
(3) a large amount of rainwater are discharged into natural water by city planting ductwork, can aggravate River load, or even trigger life
State environmental disruption；
(4) rainwater resource is caused largely to be lost in, it is impossible to fully to recycle.
In recent years, whenever rainy season, the scene of " sea is seen in city " is showed in various regions city by turns, cause serious flood and
Casualties and property loss, and after heavy rain but the awkward situation for drying water shortage is absorbed in, tropical island effect is notable.Urban waterlogging and water
The contradiction of shortage of resources reflects urbanization and is naturally discord, therefore, it is necessary to establish respect for nature, comply with the nature, protect
Natural conservation culture theory, building has nature accumulation, naturally osmotic, " the sponge city " of self-purification function, realizes city
The sustainable development of townization and environmental resource.In April, 2015, it is formally public that China first batch of " sponge city " builds experimental city list
Cloth, indicates that China will more focus on people's water harmony in Process of Urban Development, is ensuring the premise of municipal drainage prevention waterlogging safety
Under, accumulation, infiltration and purification of the rainwater in urban area are realized to greatest extent, promote utilization and the ecological environment of rainwater resource
Protection.Low influence exploitation storm-water system is built, it is to realize rainwater sorting and shunting, rain that natural way is combined with artificial measures
Water stores the stagnant important channel with clean recharging groundwater, city " elasticity is adapted to " Environmental variations, to reducing flood, delaying
The shortage of solution city water resource and promotion harmony between man and nature development are significant.
Utility model content
Goal of the invention：In view of above-mentioned urban waterlogging exists not with the contradiction and conventional drainage systems of shortage of water resources
Foot, the purpose of this utility model is to provide a kind of clean storage the in rain water on roof source based on sponge the idea of the city to ooze device and fortune
Row method, overcome rainwater Mitigation options in existing city development process of construction fail to play source " ooze, it is stagnant, store, it is net, with " etc. lack
Fall into, alleviate the contradiction of urban waterlogging and shortage of water resources, protection and improvement urban ecological environment.
Technical scheme：The utility model solves a kind of roofing rain based on sponge the idea of the city that its technical problem is used
Head clean storage in water source oozes device, including rainwater current divider box, rainwater recycling box, water storage box, recharging groundwater system, control system,
Raindrop sensor and solar panel.
Described rainwater current divider box top is provided with water inlet I1, water inlet I1It is connected with the downpipe lower end of building；Rainwater
The fixed closed chamber in current divider box inside, water quality sensor and electric three passes control valve, it is the signal wire joint of water quality sensor, electronic
The valve and terminal of three-way control valve are each provided in closed chamber；Electric three passes control the water inlet I of valve2It is located at rainwater shunting
In case, electric three passes control the delivery port E of valve1With the water inlet I of rainwater recycling box3It is connected, electric three passes control the delivery port of valve
E2It is connected with rainwater collection collector by the circular channel inside rainwater recycling box.
Described rainwater recycling box is shaped as cuboid, and right flank top is provided with passage, bottom and is provided with abandoned stream hole, abandoned stream
Hole is provided with electrically operated valve, and the back side and bottom of rainwater recycling box are provided with ribs.
Described water storage box top left is provided with circular water inlet I4, water storage box top right-hand member be provided with rectangle gap, bottom
Portion is provided with intake, circular water inlet I4It is connected with rainwater collection collector lower end.
Described recharging groundwater system includes rainwater regulation box, lower flume, groundwater reservoir, culvert pipe pipe network and water seepage hole,
Rainwater regulation box top is provided with pressure gauge and air pressure regulator, and rainwater regulation box bottom is provided with rectangle filling pipe end U1, top right side
It is provided with rectangle collector nozzle U2, rectangle filling pipe end U1It is connected with the rectangle gap of water storage box, rectangle collector nozzle U2It is upper with lower flume
End is connected, and the import of groundwater reservoir is connected with the lower end of lower flume.
Described control system includes multi-source monitoring modular, message processing module and regulation and control module, and multi-source monitoring modular is used
In Real-time Collection Raindrop sensor, water quality sensor and manometric data signal；Message processing module is used to receive multi-source prison
Survey the collection signal of module and by being transferred to regulation and control module after internal processes treatment；Regulation and control module is used for electric three passes control
The valve of valve, the electrically operated valve in abandoned stream hole and air pressure regulator send execute instruction.
Described Raindrop sensor is fixed on the top of rainwater recycling box, for obtaining rainfall signal.
Described solar panel also is secured to the top of rainwater recycling box, for converting solar energy into electrical energy, is
Package unit operation provides electric energy.
In the utility model, closed chamber, water quality sensor and electric three passes control are provided with inside described rainwater current divider box
Valve processed, the signal wire joint of water quality sensor, electric three passes control the valve and terminal of valve to be each provided in closed chamber.
In the utility model, described groundwater reservoir is cuboid reinforced concrete structure, the armored concrete at top
Topside area of the area more than groundwater reservoir itself.
In the utility model, with the rainwater water level rapid increase in rainwater collection collector, hydraulic pressure increases sharply, described
Rainwater infiltration speed in culvert pipe pipe network is accelerated, the quick recharging groundwater source of rainwater.
In the utility model, described rainwater collection collector is just inserted into the double-decker of circular channel.
In the utility model, described rainwater regulation box is horizontal cylinder shape, and rainwater regulation box is located at described storage
The right side of tank top.
Preferably, it is shunting plug valve that electric three passes control valve, the valve element of plug valve by 120 ° of rotations realize shunting or
Closing function, the valve rotation of electric three passes control valve is controlled by outside micromachine.
Preferably, rain water drainage box top is provided with groove, inside is provided with circular channel, the bottom land and circular channel of groove
Communicate, rainwater current divider box can be just embedded in groove, the port of export of circular channel is double-decker.
Preferably, the length of rainwater regulation box is equal to the width of water storage box.
Preferably, lower flume is quadrangular shape, the top of lower flume is inclined-plane import, bottom is plane exit.
Preferably, groundwater reservoir bottom is provided with several connection culvert pipe pipe network outlets.
Preferably, culvert pipe pipe network bends to the exterior circumferential of structure foundation and groundwater reservoir ground extending, culvert pipe pipe
Net side wall is provided with some leak apertures.
Preferably, the water outlet end of culvert pipe pipe network is tapered to form water seepage hole.
Beneficial effect：The clean storage in rain water on roof source based on sponge the idea of the city of the present utility model oozes device, has
Following beneficial effect：
(1) abandoned stream early-stage rainwater in the utility model, clean rainwater and recharging groundwater and control abandoned stream rain are collected
The processes such as the time of water, adequately achieve automation and intellectuality.
(2) water quality sensor in the utility model moderate rain water current divider box is used to obtain the multi-parameter water-quality detection number of rainwater
According to, and by data transfer to control system multi-source monitoring modular, message processing module according to multi-source monitoring modular transmit
Data signal by internal processes differentiate water quality quality, shunting and the clean rainwater of the poor rainwater of initial stage water quality can be realized
Collection with utilize, be it is clean collect rainwater and recharging groundwater system provides guarantee, when reducing recharging groundwater over the ground
The pollution of lower water.
(3) it is shunting plug valve that the electric three passes in the utility model control valve, and the valve element of plug valve is real by 120 ° of rotations
Now shunt or closing function, when water quality is unsatisfactory for default collection standard, control system is miniature to electric three passes control valve
Motor sends instruction, and micromachine starts and 120 ° of rotary spool, and rainwater is introduced into rainwater recycling box；When water quality meets default
After collection standard, control system sends conversion instruction to the micromachine of electric three passes control valve, and micromachine drives electronic three
120 ° of the Spool rotating of logical control valve, rainwater collection collector is imported by rainwater；When the early-stage rainwater discharge in rainwater recycling box is finished
Afterwards, control system sends conversion instruction to the micromachine of electric three passes control valve, and micromachine drives electric three passes control valve
120 ° of Spool rotating, electric three passes control valve close, return to original state, control process intelligence degree is high, valve element etc.
Angle rotation is conducive to the systematic error for overcoming electric three passes to control valve.
(4) the rainwater collection collector in the utility model come rainfall more than all culvert pipe pipe networks draining under milliosmolarity when, ground
The water level of lower storage reservoir start go up, when rainwater from lower flume rise to rainwater regulation box top when, water storage box, rainwater regulation box,
Lower flume, groundwater reservoir and rainwater collection collector are gradually changed into pressure flow from pressure free current, and in the process, message processing module is real-time
The pressure gauge data signal that multi-source monitoring modular is received is judged, when the air pressure of rainwater regulation box is higher than estimated pressure level maximum
When, message processing module transmits information to module, and regulation and control module sends execute instruction and starts exhaust to air pressure regulator,
When the air pressure of rainwater regulation box returns to estimated standard minimum, exhaust process stops, and the measure can be produced in avoiding device
High pressure, damages instrument and equipment and pipe-line system, is conducive to ensuring equipment safety, extension fixture service life.
(5) Raindrop sensor in the utility model is used to receive rain signal, is passed without raindrop when continuing to exceed 8 hours
After sensor signal, instruction is sent to regulation and control module, the electrically operated valve that regulation and control module starts abandoned stream hole opens abandoned stream hole, and rainwater is abandoned
Stream case in early-stage rainwater just start discharge, realize with rainfall stagger flood peak discharge, it is to avoid rainwater carrying roofing on pollutant
Directly being discharged into natural water with surface runoff and aggravating water pollution load.
(6) water storage box in the utility model has the effect of storage clean rainwater, and side lower-left end is provided with intake, can
Clean rainwater is drawn with from intake, for pouring lawn, trees or for carwash etc., realizing Rainwater Resources, is improved
Rainwater utilization.
(7) the culvert pipe pipe network side wall in the utility model is provided with several apertures, and the water outlet end of culvert pipe pipe network gradually becomes
It is thin to form water seepage hole, it is easy under rainwater charging point, while avoid rainwater may be to the erosion of soil.
(8) solar panel in the utility model is used to convert solar energy into electrical energy, and is that package unit operation is carried
Power supply energy, environmental protection, energy saving.
Brief description of the drawings
Fig. 1 is that clean storage the in the rain water on roof source based on sponge the idea of the city oozes apparatus structure schematic diagram；
Fig. 2 is the rainwater current divider box structural representation in Fig. 1；
Fig. 3 is the rainwater recycling box structural representation in Fig. 1；
Fig. 4 is the water storage box structural representation in Fig. 1；
Fig. 5 is the recharging groundwater system dimensional structure diagram in Fig. 1；
Fig. 6 is the control system schematic diagram in Fig. 1.
In figure：1- rainwater current divider boxs；10- water inlets I1；11- closed chambers；12- water quality sensors；13- electric three passes are controlled
Valve；130- water inlets I2；131- delivery ports E1；132- delivery ports E2；2- rainwater recycling boxes；20- water inlets I3；21- passages；
22- abandoned streams hole；23- ribs；3- water storage boxes；30- circle water inlets I4；31- rectangle gaps；32- intakes；4- self-restraint ground
Sewerage；41- rainwater regulation boxs；411- pressure gauges；412- air pressure regulators；413- rectangle filling pipe ends U1；Under 414- rectangles
Mouth of a river U2；42- lower flumes；43- groundwater reservoirs；44- culvert pipe pipe networks；45- water seepage holes；5- control systems；51- multi-sources monitor mould
Block；52- message processing modules；53- regulates and controls module；6- downpipes；7- rainwater collection collectors；8- Raindrop sensors；9- solar-electricities
Pond plate.
Specific embodiment
The utility model is further described below in conjunction with the accompanying drawings.
Embodiment：
As shown in figs 1 to 6, the clean storage in the rain water on roof source based on sponge the idea of the city of the present utility model oozes device,
Including rainwater current divider box 1, rainwater recycling box 2, water storage box 3, recharging groundwater system 4, control system 5, Raindrop sensor 8 and too
Positive energy cell panel 9.
As depicted in figs. 1 and 2, the top of rainwater current divider box of the present utility model 1 is provided with water inlet I110, water inlet I110 with
The lower end of downpipe 6 of building is connected；The fixed closed chamber 11 in the inside of rainwater current divider box 1, water quality sensor 12 and electric three passes
Control valve 13, the signal wire joint of water quality sensor 12, electric three passes control the valve and terminal of valve 13 to be each provided at sealing
In room 11；Electric three passes control the water inlet I of valve 132130 are located in rainwater current divider box 1, and electric three passes control the water outlet of valve 13
Mouth E1The 131 and water inlet I of rainwater recycling box 2320 are connected, and electric three passes control the delivery port E of valve 132132 pass through rain water drainage
Circular channel inside case 2 is connected with rainwater collection collector 7.
As shown in figures 1 and 3, rainwater recycling box of the present utility model 2 is shaped as cuboid, and right flank top is provided with ventilation
Hole 21, bottom is provided with abandoned stream hole 22, and abandoned stream hole 22 is provided with electrically operated valve, and the back side and bottom of rainwater recycling box 2 are provided with reinforcement
Rib 23.
As shown in Figure 1 and Figure 4, the top left of water storage box of the present utility model 3 is provided with circular water inlet I430th, water storage box 3
Top right-hand member is provided with rectangle gap 31, bottom and is provided with intake 32, circular water inlet I430 with the lower end phase of rainwater collection collector 7
Even.
As shown in Figure 1 and Figure 5, recharging groundwater system 4 of the present utility model include rainwater regulation box 41, lower flume 42,
Groundwater reservoir 43, culvert pipe pipe network 44 and water seepage hole 45, the top of rainwater regulation box 41 are provided with pressure gauge 411 and air pressure regulator 412,
The bottom of rainwater regulation box 41 is provided with rectangle filling pipe end U1413rd, top right side is provided with rectangle collector nozzle U2414, rectangle filling pipe end
U1413 are connected with the rectangle gap 31 of water storage box 3, rectangle collector nozzle U2414 are connected with the upper end of lower flume 42, groundwater reservoir
43 import is connected with the lower end of lower flume 42.
As shown in figures 1 to 6, control system of the present utility model 5 includes multi-source monitoring modular 51, message processing module 52
With regulation and control module 53, multi-source monitoring modular 51 is for Real-time Collection Raindrop sensor 8, water quality sensor 12 and pressure gauge 411
Data signal；Message processing module 52 is used to receive the collection signal of multi-source monitoring modular 51 and is passed by after internal processes treatment
It is defeated by regulation and control module 53；Regulation and control module 53 is gentle for the valve to electric three passes control valve 13, the electrically operated valve in abandoned stream hole 22
Pressure regulating valve 412 sends execute instruction.
In the present embodiment, Raindrop sensor 8 is fixed on the top of rainwater recycling box 2, for obtaining rainfall signal；The sun
Energy cell panel 9 also is secured to the top of rainwater recycling box 2, for converting solar energy into electrical energy, for package unit operation is provided
Electric energy.
In the present embodiment, electric three passes control valve 13 is using shunting plug valve, and the valve element of plug valve is real by 120 ° of rotations
Now shunt or closing function, the valve rotation of electric three passes control valve 13 is by outside micromachine control.
In the present embodiment, the top of rainwater recycling box 2 is provided with groove, inside and is provided with circular channel, the bottom land and circle of groove
Shape passage is communicated, and rainwater current divider box 1 can be just embedded in groove, and the port of export of circular channel is double-decker；Rainwater-collecting
Pipe 7 is just inserted into the double-decker of circular channel.
In the present embodiment, rainwater regulation box 41 is horizontal cylinder shape, and rainwater regulation box 41 is located at described water storage box 3
The right side at top, the length of rainwater regulation box 41 is equal to the width of water storage box 3.
In the present embodiment, lower flume 42 is quadrangular shape, and the top of lower flume 42 is inclined-plane import, bottom is plane
Outlet.
In the present embodiment, groundwater reservoir 43 is cuboid reinforced concrete structure, and the armored concrete area at top is big
In the topside area of itself of groundwater reservoir 43；The described bottom of groundwater reservoir 43 is provided with several connection culvert pipe pipe networks 44 and exports.
In the present embodiment, culvert pipe pipe network 44 prolongs to the exterior circumferential bending of structure foundation and the ground of groundwater reservoir 43
Stretch, the side wall of culvert pipe pipe network 44 is provided with some leak apertures, the water outlet end of culvert pipe pipe network 44 is tapered to form water seepage hole 45.
In the present embodiment, 1. without rainfall when, device is in original state, and the electrically operated valve in abandoned stream hole 22 is in opens shape
State, electric three passes control valve 13 is closed, and air pressure regulator 412 is closed, and Raindrop sensor 8 is not to control
The transmission signal of multi-source monitoring modular 51 of system 5, control system 5 is in park mode；2. after rainfall occurs, Raindrop sensor 8
Signal is sent after sensing raindrop, multi-source monitoring modular 51 is transferred to message processing module 52, information processing after receiving signal
Module 52 judges rainfall intensity and time and sends instruction to regulation and control module 53 by internal processes, and regulation and control module 53 starts abandoned stream
The electrically operated valve in hole 22 closes abandoned stream hole 22, meanwhile, initial stage rain water on roof passes through the entering into rainwater current divider box 1 of downpipe 6
Mouth of a river I110；3. the water quality sensor 12 in rainwater current divider box 1 starts to obtain the multi-parameter water-quality detection data of rainwater, and will survey
Amount data are transferred to the multi-source monitoring modular 51 of control system 5, and message processing module 52 is transmitted according to multi-source monitoring modular 51
Data signal differentiates the quality of water quality by internal processes；When water quality is unsatisfactory for default collection standard, control system 5 is to electricity
The micromachine of dynamic three-way control valve 13 sends instruction, and micromachine starts and 120 ° of rotary spool, and rainwater introducing rainwater is abandoned
Stream case 2；After water quality meets default collection standard, control system 5 sends to the micromachine of electric three passes control valve 13 and turns
Instruction is changed, micromachine drives electric three passes to control 120 ° of the Spool rotating of valve 13, rainwater is imported into rainwater collection collector 7；4. it is clean
Net rainwater starts to accumulate rainwater by rainwater collection collector 7 into water storage box 3, when amount of rainfall exceedes 3 volume of water storage box, rainwater
The automatic rectangle gap 31 that rises through enters rainwater regulation box 41；When rainwater water level is risen under the rectangle of rainwater regulation box 41
Mouth of a river U2During 414 position, rainwater flows into groundwater reservoir 43 by lower flume 42；When the rainwater in groundwater reservoir 43 is dropped down into culvert pipe pipe
During the import of net 44, rainwater, to the ground far outward diffluence of building and groundwater reservoir 43, and passes through along culvert pipe pipe network 44
The water seepage hole 45 of the side wall leak aperture of culvert pipe pipe network 44 and end permeates the ground；5. rainfall is carried out more than institute when rainwater collection collector 7
When having milliosmolarity under the draining of culvert pipe pipe network 44, the water level of groundwater reservoir 43 starts to go up, and gradually rises up to lower flume 42；Work as rainwater
When rising to rainwater 41 top of regulation box from lower flume 42, water storage box 3, rainwater regulation box 41, lower flume 42, the and of groundwater reservoir 43
Rainwater collection collector 7 is gradually changed into pressure flow from pressure free current, in the process, the real-time judge multi-source of message processing module 52 monitoring mould
The data signal of pressure gauge 411 that block 51 is received, when the air pressure of rainwater regulation box 41 is higher than estimated pressure level maximum, information
Processing module 52 transmits information to module 53, and regulation and control module sends execute instruction and starts exhaust to air pressure regulator 412,
When the air pressure of rainwater regulation box 41 returns to estimated standard minimum, exhaust process stops；6. after rainfall terminates, raindrop are passed
The signal interruption of sensor 8, message processing module 52 starts timing by the timing sentence in internal processes, small when continuing to exceed 8
When there is no the signal of Raindrop sensor 8 after, send instruction to regulation and control module 53, regulation and control module 53 starts the electrically operated valve in abandoned stream hole 22
Abandoned stream hole 22 is opened, the early-stage rainwater in rainwater recycling box 2 start discharge, realize with rainfall stagger flood peak discharge；Work as rainwater
After early-stage rainwater discharge in abandoned stream case 2 is finished, control system 5 sends conversion and refers to the micromachine of electric three passes control valve 13
Order, micromachine drives electric three passes to control 120 ° of the Spool rotating of valve 13, closes electric three passes control valve 13, and device is returned to
Original state, control system 5 enters park mode.
The above is only preferred embodiment of the present utility model, but the utility model is not limited to above-described embodiment,
It should be understood that：For those skilled in the art, on the premise of the utility model principle is not departed from, may be used also
To make some improvements and modifications, these improvements and modifications also should be regarded as protection domain of the present utility model.
Claims (7)
1. a kind of clean storage the in rain water on roof source based on sponge the idea of the city oozes device, the device include rainwater current divider box (1),
Rainwater recycling box (2), water storage box (3), recharging groundwater system (4), control system (5), Raindrop sensor (8) and solar-electricity
Pond plate (9), it is characterised in that：
Described rainwater current divider box (1) top is provided with water inlet I1(10), water inlet I1(10) and under the downpipe (6) of building
End is connected；The internal fixed closed chamber (11) of rainwater current divider box (1), water quality sensor (12) and electric three passes control valve (13),
The signal wire joint of water quality sensor (12), electric three passes control the valve and terminal of valve (13) to be each provided at closed chamber (11)
It is interior；The water inlet I of electric three passes control valve (13)2(130) it is located in rainwater current divider box (1), electric three passes control valve (13)
Delivery port E1(131) with the water inlet I of rainwater recycling box (2)3(20) it is connected, the delivery port E of electric three passes control valve (13)2
(132) it is connected with rainwater collection collector (7) by the internal circular channel of rainwater recycling box (2)；
Described rainwater recycling box (2) is shaped as cuboid, and right flank top is provided with passage (21), bottom and is provided with abandoned stream hole
(22), abandoned stream hole (22) are provided with electrically operated valve, and the back side and bottom of rainwater recycling box (2) are provided with ribs (23)；
Described water storage box (3) top left is provided with circular water inlet I4(30), water storage box (3) top right-hand member is provided with rectangle spilling water
Mouth (31), bottom are provided with intake (32), circular water inlet I4(30) it is connected with rainwater collection collector (7) lower end；
Described recharging groundwater system (4) includes rainwater regulation box (41), lower flume (42), groundwater reservoir (43), culvert pipe pipe
Net (44) and water seepage hole (45), rainwater regulation box (41) top are provided with pressure gauge (411) and air pressure regulator (412), and rainwater is adjusted
Control case (41) bottom is provided with rectangle filling pipe end U1(413), top right side is provided with rectangle collector nozzle U2(414), rectangle filling pipe end U1
(413) it is connected with the rectangle gap (31) of water storage box (3), rectangle collector nozzle U2(414) upper end with lower flume (42) is connected,
The import of groundwater reservoir (43) is connected with the lower end of lower flume (42)；
Described control system (5) includes multi-source monitoring modular (51), message processing module (52) and regulation and control module (53), multi-source
Data signal of the monitoring modular (51) for Real-time Collection Raindrop sensor (8), water quality sensor (12) and pressure gauge (411)；
Message processing module (52) for receive multi-source monitoring modular (51) collection signal and by internal processes treatment after be transferred to
Regulation and control module (53)；Regulation and control module (53) are for valve, the electrically operated valve of abandoned stream hole (22) to electric three passes control valve (13)
Execute instruction is sent with air pressure regulator (412)；
Described Raindrop sensor (8) is fixed on the top of rainwater recycling box (2), for obtaining rainfall signal；
Described solar panel (9) also is secured to the top of rainwater recycling box (2), for converting solar energy into electrical energy,
For package unit operation provides electric energy.
2. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：It is shunting plug valve that described electric three passes control valve (13), and the valve element of plug valve is realized shunting or closed by 120 ° of rotations
Function, the valve rotation of electric three passes control valve (13) is controlled by outside micromachine.
3. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：Described rainwater recycling box (2) is shaped as cuboid, and rainwater recycling box (2) top is provided with groove, inside and is provided with circular logical
Road, the bottom land of groove is communicated with circular channel, and rainwater current divider box (1), the port of export of circular channel can be just embedded in groove
It is double-decker；Rainwater collection collector (7) is just inserted into the double-decker of circular channel.
4. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：Described rainwater regulation box (41) is horizontal cylinder shape, and rainwater regulation box (41) is at the top of described water storage box (3)
Right side, the length of rainwater regulation box (41) is equal to the width of water storage box (3).
5. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：Described lower flume (42) is quadrangular shape, and the top of lower flume (42) is inclined-plane import, bottom is plane exit.
6. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：Described groundwater reservoir (43) is cuboid reinforced concrete structure, and the armored concrete area at top is more than groundwater reservoir
(43) topside area of itself；Described groundwater reservoir (43) bottom is provided with several connection culvert pipe pipe network (44) outlets.
7. clean storage the in the rain water on roof source based on sponge the idea of the city according to claim 1 oozes device, and its feature exists
In：Described culvert pipe pipe network (44) bends to the exterior circumferential of structure foundation and groundwater reservoir (43) ground and extends, culvert pipe pipe
Net (44) side wall is provided with some leak apertures, and the water outlet end of culvert pipe pipe network (44) is tapered to form water seepage hole (45).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621356558.4U CN206273911U (en) | 2016-12-09 | 2016-12-09 | The clean storage in rain water on roof source based on sponge the idea of the city oozes device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621356558.4U CN206273911U (en) | 2016-12-09 | 2016-12-09 | The clean storage in rain water on roof source based on sponge the idea of the city oozes device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206273911U true CN206273911U (en) | 2017-06-23 |
Family
ID=59062632
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621356558.4U Withdrawn - After Issue CN206273911U (en) | 2016-12-09 | 2016-12-09 | The clean storage in rain water on roof source based on sponge the idea of the city oozes device |
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| Country | Link |
|---|---|
| CN (1) | CN206273911U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106400932A (en) * | 2016-12-09 | 2017-02-15 | 安徽理工大学 | Roof rainwater source clean storage and seepage device based on sponge city concept and running method |
| CN110959057A (en) * | 2018-07-26 | 2020-04-03 | 兰德株式会社 | Rainwater outlet pollutant filtering device and monitoring system thereof |
-
2016
- 2016-12-09 CN CN201621356558.4U patent/CN206273911U/en not_active Withdrawn - After Issue
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106400932A (en) * | 2016-12-09 | 2017-02-15 | 安徽理工大学 | Roof rainwater source clean storage and seepage device based on sponge city concept and running method |
| CN110959057A (en) * | 2018-07-26 | 2020-04-03 | 兰德株式会社 | Rainwater outlet pollutant filtering device and monitoring system thereof |
| CN110959057B (en) * | 2018-07-26 | 2021-11-05 | 兰德株式会社 | Rainwater outlet pollutant filtering device and monitoring system thereof |
| US11346094B2 (en) | 2018-07-26 | 2022-05-31 | Landroad Inc | Storm drain filters |
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