CN207499518U - Urban rainwater intelligence is collected with utilizing system - Google Patents

Urban rainwater intelligence is collected with utilizing system Download PDF

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Publication number
CN207499518U
CN207499518U CN201721552687.5U CN201721552687U CN207499518U CN 207499518 U CN207499518 U CN 207499518U CN 201721552687 U CN201721552687 U CN 201721552687U CN 207499518 U CN207499518 U CN 207499518U
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China
Prior art keywords
rainwater
pipe
water
rain
collecting
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CN201721552687.5U
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Chinese (zh)
Inventor
刘晓娟
王丁丁
周倩
刘盼盼
范春丽
田云芳
曲金柱
杨宗渠
张双宇
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Zhengzhou Air Port State Owned Assets Management Co Ltd
Zhengzhou Normal University
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Zhengzhou Air Port State Owned Assets Management Co Ltd
Zhengzhou Normal University
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Priority to CN201721552687.5U priority Critical patent/CN207499518U/en
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Publication of CN207499518U publication Critical patent/CN207499518U/en
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A20/00Water conservation; Efficient water supply; Efficient water use
    • Y02A20/108Rainwater harvesting

Abstract

The utility model discloses a kind of urban rainwater intelligences to collect with using system, including public lawn and trees, drip irrigation appliance is both provided at public lawn and trees;Further include rainwater-collecting Lang Ting, electric motorcar charging station and building, solar panels are both provided at the top of rainwater-collecting Lang Ting, electric motorcar charging station and building, the power output end of solar panels is connected with accumulator, and accumulator and master controller are arranged at electric motorcar charging station.The utility model is simple in structure, and it is convenient and vdiverse in function to build, and possesses significance for today of resource growing tension.Weather condition can be monitored at any time simultaneously, and Weather information is provided to the passenger for playing and watching in pavilion.

Description

Urban rainwater intelligence is collected with utilizing system
Technical field
The utility model belongs to rainwater utilization technology field, and in particular to a kind of urban rainwater intelligence is collected with utilizing system System.
Background technology
Water resource is basic natural resources, is one of control selector of ecological environment;Water resource is strategic again simultaneously Economic resources are the organic components of a national overall national strength.With urbanization and rapid development of economy, inadequate resource Contradiction and the fast development of Process of Urbanization Construction, urban population be continuously increased, on the one hand so that urban water consumption increase in demand, Another aspect city Permeable stratum area expands, and rainwater resource loss is caused to increase and is destroyed with the balance of water circulation system.Rain For water as a kind of natural resources, pollution is light, has important work to adjusting supplement city water resource, improving the Urban Natural ecosystem With.Modern city rainwater utilization is a kind of novel multiple target integrated technology, it can be achieved that water-saving, water resource conservation and protection, Urban soil and water loss and waterlogging are controlled, reduce water pollution and improves the functions such as urban ecological environment.
Foreign countries are more early to the practice and research starting of Application of Urban Rain Water, and rainwater-collecting is since the 1980s, generation Various countries of boundary begin to explore Rainwater Resources in Urban Area, and global at least 40 countries and regions have been carried out storm water management and utilized Research and practice.The states such as the U.S., Germany, Britain, Australia, Japan and Israel are devoted for years to grinding in storm water management technology Hair, has formd the rainwater utilization technology of relative maturity, has developed a variety of hydrological models, and established more perfect guarantee System.Although achieving certain achievement, generally starting evening, development relatively lags behind China's Application of Urban Rain Water.Pass through analysis The present situation of external rainwater utilization, it is proposed that rainwater-collecting and utilization technology, it is intended to which the rainwater utilization for China is offered reference and opened Show.
With population increase and rapid economic development, the disparities between supply and demand of water, which have become, restricts China's industrial and agricultural production and city The bottleneck of development.After having expert to point out 2010, China will enter serious water shortage period;Water shortage 40,000,000,000 is found in the year two thousand thirty, China 500 billion cubic meters of Fang meter Zhi, water shortage peak will will appear.Therefore it is subject to Collection utilization using rainwater as important water resources, carries out Comprehensive treatment has become an important emerging subject.National governments at all levels all take much count of the work of this respect, and each enterprise is equal This " required course " is had a responsibility for perform.
Since natural rain has many advantages, such as that hardness is low, pollutant is few, therefore it is reducing Urban Storm Flood harm, opens up water Important theme is increasingly becoming in terms of source.For the roofings such as large-scale public building, residential area, building group and ground rainwater, warp Collect and certain processing after, except for pouring crops, recharge of groundwater, it may also be used for landscape environment, greening, washing bay are used Water, road rinse, cooling water supplement, flush the toilet and some other non-domestic water purposes.Rainwater of factory building can be according to production technology need Will, it is used to supplement part producing water after rainwater is carried out proper treatment.Therefore, pass through the planning and designing combination rain of adaptation to local conditions Water is collected, using the implementation of equipment, is reduced the originally water consumption for use above, can be saved water resource, alleviate me significantly The water shortage problem of state.
China city largely belongs to water resources shortage type, cause urban development there is water resource in terms of restriction, must It must accelerate the development and utilization of replacement water resource, meet and ensure the needs of expressway around city construction and development.Urban rainwater integrates It is utilized as we providing a brand-new approach and completely new thinking.
Planning and designing Application of Urban Rain Water in terms of ununified rainwater utilization involves multiple research fields, is more than one The research of subject so rainwater utilization necessarily requires unification, coordinates, comprehensive Planning thought, needs to have layout in mind from whole, but Be current China's major part city rainwater utilization planning plan as a whole property it is weaker, do not follow unified principle.
Rainwater utilization technology is out-of-date because China's development rainwater utilization working time is shorter, the rainwater utilization with developed country Technology compares, and China's Technology of Urban Rainwater Utilization more falls behind, collection in rainwater, all incomplete with water etc., such as: With the quickening of Urbanization in China, the permeable area in city continuously shrinks, but most of rainwater plan theory is still straight Run in the design system put or dredged.
Utility model content
To solve the above-mentioned problems, the utility model provides a kind of urban rainwater intelligence and collects with utilizing system, room The rainwater on top, road surface etc. is stored by a series of collection of collection devices, then again by intelligence using system, will be stored up The rainwater deposited be applied to garden meadow pouring, it is ingenious in design, it is easy to use, allow rainwater collection with using it is more intelligent, Judicial convenience.
The purpose of this utility model is realized in the following manner:
Urban rainwater intelligence is collected with using system, including public lawn and trees, being all provided at public lawn and trees It is equipped with drip irrigation appliance;Further include rainwater-collecting Lang Ting, electric motorcar charging station and building, rainwater-collecting Lang Ting, electric motorcar charging station Solar panels are both provided with building top, the power output end of solar panels is connected with accumulator, accumulator and master control Device is arranged at electric motorcar charging station;
Rainwater-collecting Lang Ting includes column, and column is mounted on ground, and the lower part of column is equipped with seat, the top of column Roof is installed, the first solar panels are arranged on roof, and plane has certain angle with horizontal plane where the first solar panels, The surrounding on roof is equipped with retaining ring, and the bottom on roof is equipped with collection rain bobbin carriage, collects in rain bobbin carriage and be equipped with horizontal rainwater-collecting It manages, opens up rain water inlet on horizontal rainwater collection collector, offered on roof with the corresponding position of rainwater water inlet into water Hole, rainwater water inlet and inlet opening are connected by running through the pipeline on roof, and vertical rainwater collection collector is equipped with inside column, horizontal Rainwater collection collector and vertical rainwater collection header in communication, the end of vertical rainwater collection collector are connected with rain sewage diversion device;
Rainwater water inlet is provided with flow sensor, and roof top is equipped with air velocity transducer, corridor is equipped on column Kiosk controller, corridor kiosk controller are electrically connected respectively with flow sensor and air velocity transducer;
Building wall outer surface is vertically installed with rainwater collection collector from top to bottom, and rainwater collection collector passes through horizontal pipe and rain The case connection of spray garden;Rain Garden case includes babinet, and box house is provided with planting soil layer, sandy soil layer and gravel from top to bottom Layer, interior kind of planting soil layer are implanted with drought-enduring waterlogging plant, Rain Garden box top setting rain ingress pipe and overflow pipe, planting soil Be embedded with drip irrigation pipe in layer, Rain Garden bottom portion is provided with purifying rainwater collecting pipe, rainwater collection collector by horizontal pipe with The rainwater ingress pipe connection of Rain Garden case, the end of overflow pipe are connected with rain sewage diversion device, the end of drip irrigation pipe and purification The end of rainwater collection collector is connected with water tank, and the first water pump is provided in drip irrigation pipe;
The junction of rainwater collection collector and first level pipeline is provided with the first groove, the bottom surface of the first groove and the first water The bottom surface of flat pipeline is concordant, has a certain distance L1 between the side of the first groove and the tube wall of rainwater collection collector, second is horizontal Pipeline stretches into rainwater collection collector a distance L2, and it is recessed that rainwater collection collector position corresponding with the second horizontal pipe is provided with second Slot, the bottom surface of the bottom surface of the second groove and the second horizontal pipe is concordant and connect, in the second groove, rainwater-collecting tube wall and the There is pipeline gap between two horizontal pipes;Be arranged at intervals from top to bottom between rainwater collection collector and horizontal pipe the first groove and Second groove;
Street both sides are provided with solar street light, and street collector nozzle is connected with street rainwater-collecting pipeline, street rainwater collection Collection pipeline is connected by the total collecting pipe of street rainwater with rain sewage diversion device, and rain sewage diversion device passes through separating sewer and city Total sewage conduct connection, rain sewage diversion device are also connected with water tank, and water tank is connected by trickle irrigation water inlet pipe with drip irrigation appliance, The second water pump is provided on trickle irrigation water inlet pipe, trickle irrigation water inlet pipe is also connected with middle water pipe, and middle water pipe electromagnetism is provided on middle water pipe Valve;
Soil humidity sensor is provided in soil, is provided with liquid level sensor in water tank, soil humidity sensor and Liquid level sensor is connect with master controller;
Accumulator respectively with electric motorcar charging station, solar street light, flow sensor, air velocity transducer, corridor kiosk controller, Soil humidity sensor, liquid level sensor and master controller electrical connection, master controller and middle water solenoid valve, the second water pump and the One water pump is electrically connected;
The street rainwater-collecting pipeline, the total collecting pipe of street rainwater, rain sewage diversion device, water tank, trickle irrigation water inlet pipe, Second water pump, middle water pipe, the first water pump, the total sewage conduct in city are embedded in below ground.
The water tank is pp modules.
The bottom surface of the inside of the babinet is inclined-plane, and the side for being provided with purifying rainwater collecting pipe is relatively low side.
The inclination angle on the inclined-plane is 1-5 °.
L1 >=the L2.
Spout hole is offered on the retaining ring.
Relative to the prior art, rainwater-collecting corridor pavilion appearance in the utility model be similar to each gardens or square it In gallery pavilion, above have top, shuttle below for people, pavilion both sides have seat to rest for people, and the top in pavilion is in triangular form, both sides Solar panels are placed for photovoltaic generation and rainwater can be allowed to be flowed down along bevel edge.Pavilion bottom is equipped with retaining ring, prevents rainwater It flows down and wastes straight.There is inlet opening under retaining ring for collecting rainwater, retaining ring upper strata is equipped with spout hole, prevents because of rainfall mistake It is big to cause rainwater spill-over, flow sensor is set to monitor rainfall size at inlet opening.There is air velocity transducer to monitor on pavilion top The direction of wind and size.The utility model is simple in structure, and it is convenient and vdiverse in function to build, for the present of resource growing tension It possesses significance.Weather condition can be monitored at any time simultaneously, and weather letter is provided to the passenger for playing and watching in pavilion Breath.
Rain Garden is provided on building in the utility model, rainwater is collected into from roof in rainwater collection collector, by Pipeline is entered in each Rain Garden case, is reduced in rainwater through processes such as the absorption of vegetation soil layer, degradation, ion exchange and volatilizations Pollution, then extra purified rainwater is imported in tank, reduces surface rain run-off, rainwater can be made fully sharp With, and Urban Storm Flood disaster can be reduced.The utility model organically combines Rain Garden with building, there is purification utilization rain The advantages of water, beautification building, not only dependent on building, but also can carry out appropriate allotment according to the difference of building in building course.
Description of the drawings
Fig. 1 is that the utility model is bowed the structure diagram seen more than ground.
Fig. 2 is that the utility model faces upward the structure diagram seen from below ground.
Fig. 3 is the enlarged drawing of encircled portion in Fig. 2.
Fig. 4 is the front view of building.
Fig. 5 is the structure diagram of building.
Fig. 6 is the internal structure schematic diagram of rainwater collection collector and horizontal pipe.
Fig. 7 is the sectional view in Fig. 6 A-A directions.
Fig. 8 is the internal structure schematic diagram of Rain Garden case.
Fig. 9 is one of structure diagram of rainwater-collecting Lang Ting.
Figure 10 is the enlarged drawing of part A in Fig. 9.
Figure 11 is the second structural representation of rainwater-collecting Lang Ting.
Figure 12 is the sectional view of rainwater-collecting Lang Ting.
Wherein, 1 is public lawn;2 be drip irrigation appliance;3 be building;301 be rainwater collection collector;302 be Rain Garden case; 303 be horizontal pipe;3031 be first level pipeline;3032 be the second horizontal pipe;304 be the first groove;305 be second recessed Slot;306 be planting soil layer;307 be overflow pipe;308 be drip irrigation pipe;309 be purifying rainwater collecting pipe;310 be drought-enduring waterlogging plant Object;311 be rainwater ingress pipe;312 be sandy soil layer;313 be gravel layer;314 be babinet;315 be pipeline gap;4 be rainwater collection Ji Langting;401 be collection rain bobbin carriage;402 be air velocity transducer;403 be column;404 be seat;405 be inlet opening;406 be gear Hydrosphere;407 be spout hole;408 be the first solar panels;409 be flow sensor;410 be horizontal rainwater collection collector;411 are Vertical rainwater collection collector;414 be ground;415 be rainwater water inlet;416 be corridor kiosk controller;5 be street;6 be sun energy circuit Lamp;8 be electric motorcar charging station;9 be trees;13 be street collector nozzle;14 be the first water pump;17 be street rainwater-collecting pipeline; 19 be the total collecting pipe of street rainwater;20 be rain sewage diversion device;21 be separating sewer;22 be water tank;23 be trickle irrigation water inlet Pipe;24 be the total sewage conduct in city;25 be the second water pump;27 be middle water pipe;28 be middle water solenoid valve.
Specific embodiment
As shown in attached drawing 1-12, urban rainwater intelligence is collected with utilizing system, public including public lawn 1 and trees 9 Drip irrigation appliance 2 is both provided at greenery patches 1 and trees 9;Further include rainwater-collecting corridor pavilion 4, electric motorcar charging station 8 and building 3, rainwater It collects corridor pavilion 4, electric motorcar charging station 8 and 3 top of building and is both provided with solar panels, the power output end of solar panels and electric power storage Pond is connected, and accumulator and master controller are arranged at electric motorcar charging station 8;
Rainwater-collecting corridor pavilion 4 includes column 403, and column 403 is mounted on ground 414, and the lower part of column 403 is equipped with seat Chair 404, the top of column 403 are equipped with roof, and the first solar panels 408 are arranged on roof, where the first solar panels 408 Plane has certain angle with horizontal plane, and the surrounding on roof is equipped with retaining ring 406, and the bottom on roof is equipped with collection rain bobbin carriage 401, collect in rain bobbin carriage 401 and horizontal rainwater collection collector 410 is installed, rain water inlet is opened up on horizontal rainwater collection collector 410 415, inlet opening 405, rainwater water inlet 415 and inlet opening 405 are offered with 415 corresponding position of rainwater water inlet on roof It is connected by the pipeline for running through roof, vertical rainwater collection collector 411, horizontal 410 He of rainwater collection collector is installed inside column 403 Vertical rainwater collection collector 411 connects, and the end of vertical rainwater collection collector 411 is connected with rain sewage diversion device 20;
Flow sensor 409 is provided at rainwater water inlet 415, roof top is equipped with air velocity transducer 402, column Corridor kiosk controller 416 is installed, corridor kiosk controller 416 is electrically connected respectively with flow sensor 409 and air velocity transducer 402 on 403 It connects;
First solar panels 408 convert solar energy into electrical energy, and electric energy is stored in accumulator, and accumulator is controlled for Lang Ting Device 416, flow sensor 409 and air velocity transducer 402 are powered;Flow sensor 409 and air velocity transducer 402 will detect Rainfall signal and wind velocity signal pass to corridor kiosk controller 416, have display screen on corridor kiosk controller 416, can be by rainfall and wind speed Real time information show on a display screen, checked for people.
408 place plane of solar panels has certain angle with horizontal plane, it is ensured that rainwater will not rest on for a long time On solar panels 408, the angle of 408 place plane of solar panels and horizontal plane is 30 °.
3 exterior surface of wall of building is vertically installed with rainwater collection collector 301 from top to bottom, and rainwater collection collector 301 passes through level Pipeline 303 is connected with Rain Garden case 302;Rain Garden case 302 includes babinet 314, is provided with from top to bottom inside babinet 314 Planting soil layer 306, sandy soil layer 312 and gravel layer 313, interior kind of planting soil layer 306 are implanted with drought-enduring waterlogging plant 310, Rain Garden 302 top of case sets rain ingress pipe 311 and overflow pipe 307, and drip irrigation pipe 308, Rain Garden are embedded in planting soil layer 306 302 bottom of case is provided with purifying rainwater collecting pipe 309, and rainwater collection collector 301 passes through horizontal pipe 303 and Rain Garden case 302 Rainwater ingress pipe 311 connect, the end of overflow pipe 307 is connected with rain sewage diversion device 20, the end of drip irrigation pipe 308 and purification The end of rainwater collection collector 309 is connected with water tank 22, and the first water pump 14 is provided in drip irrigation pipe 308;
Rainwater collection collector 301 and the junction of first level pipeline 3031 are provided with the first groove 304, the first groove 304 Bottom surface it is concordant with the bottom surface of first level pipeline 3031, between the side of the first groove 304 and the tube wall of rainwater collection collector 301 There is a certain distance L1, the second horizontal pipe 3032 stretches into 301 a distance L2 of rainwater collection collector, rainwater collection collector 301 and Two horizontal pipes, 3032 corresponding position is provided with the second groove 305, the bottom surface of the second groove 305 and the second horizontal pipe 3032 Bottom surface it is concordant and connect, also have between the second groove 305,301 tube wall of rainwater collection collector and the second horizontal pipe 3032 and manage Road gap 315;The first groove 304 and the second groove are arranged at intervals between rainwater collection collector 301 and horizontal pipe 303 from top to bottom 305;
The setting of first groove 304 and the second groove 305 can to flow down from top to bottom from rainwater collection collector 301 The rainwater come is separately flowed into horizontal pipe 303, then flowed into each Rain Garden case 302 by horizontal pipe 303;First is recessed The rainwater flow down can be caught a part by slot 304, this part rainwater be made to enter along first level pipeline 3031 corresponding In Rain Garden case 302, do not continue to flow downward along rainwater collection collector 301 by the part rainwater that the first groove 304 is caught, when When reaching at the second groove 305, the second groove 305 catches the part rainwater flow down, makes this part rainwater along the second horizontal tube Road 3032 enters in corresponding Rain Garden case 302, and the rainwater do not caught by the second groove 305 is from pipeline gap 315 It flows down, and continues to flow downward along rainwater collection collector 301, when reaching next first groove 304, next first groove The rainwater flow down can be caught a part by 304, this part rainwater is made to enter corresponding rain along first level pipeline 3031 In spray garden case 302 ..., and so on, it is ensured that the rainwater that rainwater collection collector 301 is collected, which can respectively enter, to be arranged on In each Rain Garden case 302 of building balcony etc..
There is a certain distance L1 between the side of first groove 304 and the tube wall of rainwater collection collector 301, ensure in this way One groove 304 only catches rainwater rather than the whole rainwater that part flows down.
5 both sides of street are provided with solar street light 6, and street collector nozzle 13 is connected with street rainwater-collecting pipeline 17, street Rainwater-collecting pipeline 17 is connected by the total collecting pipe 19 of street rainwater with rain sewage diversion device 20, and rain sewage diversion device 20 is by dividing The stream sewage conduct 24 total with city of sewage pipe 21 connects, and rain sewage diversion device 20 is also connected with water tank 22, and water tank 22 passes through Trickle irrigation water inlet pipe 23 is connected with drip irrigation appliance 2, the second water pump 25 is provided on trickle irrigation water inlet pipe 23, trickle irrigation water inlet pipe 23 is also in Water pipe 27 connects, and middle water solenoid valve 28 is provided on middle water pipe 27;
Soil humidity sensor is provided in soil, liquid level sensor, soil humidity sensor are provided in water tank 22 It is connect with liquid level sensor with master controller;
Moisture in soil humidity sensor detection soil, when soil moisture is more than preset value, does not act;Work as soil Humidity be less than preset value when, then by liquid level sensor detect water tank 22 in water whether pour enough, when in water tank 22 Water enough trickle irrigation when, master controller controls the second water pump 25 to open, and the water in water tank 22 is sent to trickle irrigation by the second water pump 25 Trickle irrigation is carried out to soil in device 2;When the water in water tank 22 not enough pours, master controller control connection 2 He of drip irrigation appliance Middle water solenoid valve 28 on the pipeline of middle water pipe 27 is opened, and trickle irrigation is carried out to soil using external water source.
Accumulator respectively with electric motorcar charging station 8, solar street light 6, flow sensor 409, air velocity transducer 402, corridor Kiosk controller 416, soil humidity sensor, liquid level sensor and master controller electrical connection, for these power supply for electrical equipment, master control Device processed is electrically connected with middle water solenoid valve 28, the second water pump 25 and the first water pump 14;
The total collecting pipe 19 of street rainwater-collecting pipeline 17, street rainwater, rain sewage diversion device 20, water tank 22, trickle irrigation into Water pipe 23, the second water pump 25, middle water pipe 27, the first water pump 14, the total sewage conduct 24 in city are embedded in below ground.
Water tank 22, which is used for storing, collects the rainwater of coming, various informative, can use concrete casting, can also use metal water Case, current optimal water tank 22 are pp modules.
The bottom surface of the inside of babinet 314 is inclined-plane, and the side for being provided with purifying rainwater collecting pipe 309 is relatively low one Side can be such that cleaned rainwater preferably imports in purifying rainwater collecting pipe 309.
The inclination angle on above-mentioned inclined-plane is 1-5 °.
L1 >=L2 can ensure that the second groove 305 can catch the more rainwater flow down, because rainwater is in rainwater in this way Flowing in collecting pipe 301 is not adherent flowing.
Spout hole 407 is offered on retaining ring 406, when rainfall is excessive, rainwater can be flowed out from spout hole 407, be prevented Amount of rainfall is more than retaining ring 406, and spill-over occurs.
Rain sewage diversion device 20 is existing rainwater purifier, and the rainwater of coming is collected in simple purification because environmental pollution and The pollution suffered in the process is collected, the rainwater come is collected and contains a large amount of pollutants, be unfavorable for storage and the utilization of rainwater, so needing It first to purify.
The course of work of the utility model is as follows:Rainwater falls on 3 top of rainwater-collecting corridor pavilion, and retaining ring 406 keeps off rainwater It does not outflow firmly, rainwater enters horizontal rainwater collection collector 410 by inlet opening 405 and rainwater water inlet 415, and along horizontal rainwater collection Collector 410 enters vertical rainwater collection collector 411, after the purification by rain sewage diversion device 20, is stored into water tank 22.
Rainwater flows down from top to bottom along rainwater collection collector 301, and passes through the first groove 304 and the second groove 305 enters It is arranged in each Rain Garden case 302 of building balcony etc., is planted in the planting soil layer 306 of Rain Garden case 302 drought-enduring Waterlogging plant 310 containing a large amount of microorganisms in planting soil layer 306, can degrade, the processes such as ion exchange and volatilization reduce rainwater In pollution;The sandy soil layer 312 of 306 bottom of planting soil layer plays cushioning effect between planting soil layer 306 and gravel layer 313, It can prevent the soil erosion of planting soil layer;313 intermediate gaps of gravel layer are big, and enabling capabilities are strong, can support superstructure and Water is allowed to flow wherein;Rainwater by 313 purification filtering of planting soil layer 306, sandy soil layer 312 and gravel layer is received along purifying rainwater Collector 309 is stored into water tank 22.
When rainwater is excessive, have little time to collect by Rain Garden case 302 into the rainwater in Rain Garden case 302, then Extra rainwater is exported in rain sewage diversion device 20 by overflow pipe 307, after the purification by rain sewage diversion device 20, is entered Water tank 22 is stored, and prevents spill-over.
In the case of arid for a long time, Rain Garden case plant hydropenia controls 14 work of the first water pump using master controller Make, be extracted into drip irrigation pipe 308, Rain Garden case 302 can be poured by drip irrigation pipe 308 by water is obtained in water tank 22.
Solar panels convert solar energy into electric energy and are stored in accumulator, and accumulator gives all power supply for electrical equipment, this Utility model adequately collects rainwater, is used after purification, makes full use of rainwater resource.
The rainwater that street collector nozzle 3 is collected is pooled to the total collecting pipe 19 of street rainwater by street rainwater-collecting pipeline 17, Rain sewage diversion device 20 is finally entered, after the purification by rain sewage diversion device 20, is stored into water tank 22.
Above-described is only the preferred embodiment of the utility model, it is noted that for those skilled in the art For, under the premise of the utility model general idea is not departed from, several changes and improvements can also be made, these should also be considered as The scope of protection of the utility model.

Claims (6)

1. urban rainwater intelligence is collected with utilizing system, it is characterised in that:Including public lawn(1)And trees(9), it is public green Ground(1)And trees(9)Place is both provided with drip irrigation appliance(2);Further include rainwater-collecting Lang Ting(4), electric motorcar charging station(8)And building Room(3), rainwater-collecting Lang Ting(4), electric motorcar charging station(8)And building(3)Top is both provided with solar panels, solar panels Power output end is connected with accumulator, and accumulator and master controller are arranged on electric motorcar charging station(8)Place;
Rainwater-collecting Lang Ting(4)Including column(403), column(403)Mounted on ground(414)On, column(403)Lower part peace Equipped with seat(404), column(403)Top roof, the first solar panels are installed(408)It is arranged on roof, first too Positive energy plate(408)Place plane has certain angle with horizontal plane, and the surrounding on roof is equipped with retaining ring(406), the bottom on roof Portion is equipped with collection rain bobbin carriage(401), collect rain bobbin carriage(401)Horizontal rainwater collection collector is inside installed(410), horizontal rainwater collection collector (410)On open up rain water inlet(415), on roof with rainwater water inlet(415)Corresponding position offers inlet opening (405), rainwater water inlet(415)And inlet opening(405)It is connected by the pipeline for running through roof, column(403)Inside is equipped with Vertical rainwater collection collector(411), horizontal rainwater collection collector(410)With vertical rainwater collection collector(411)Connection, vertical rainwater-collecting Pipe(411)End and rain sewage diversion device(20)Connection;
Rainwater water inlet(415)Place is provided with flow sensor(409), roof top is equipped with air velocity transducer(402), column (403)On corridor kiosk controller is installed(416), corridor kiosk controller(416)Respectively with flow sensor(409)And air velocity transducer (402)Electrical connection;
Building(3)Exterior surface of wall is vertically installed with rainwater collection collector from top to bottom(301), rainwater collection collector(301)Pass through water Flat pipeline(303)With Rain Garden case(302)Connection;Rain Garden case(302)Including babinet(314), babinet(314)Inside is certainly Above it is arranged with planting soil layer(306), sandy soil layer(312)And gravel layer(313), planting soil layer(306)Interior kind be implanted with it is drought-enduring Waterlogging plant(310), Rain Garden case(302)Top sets rain ingress pipe(311)And overflow pipe(307), planting soil layer (306)Inside it is embedded with drip irrigation pipe(308), Rain Garden case(302)Bottom is provided with purifying rainwater collecting pipe(309), rainwater collection Collector(301)Pass through horizontal pipe(303)With Rain Garden case(302)Rainwater ingress pipe(311)Connection, overflow pipe(307) End and rain sewage diversion device(20)Connection, drip irrigation pipe(308)End and purifying rainwater collecting pipe(309)End and storage Water tank(22)Connection, drip irrigation pipe(308)On be provided with the first water pump(14);
Rainwater collection collector(301)With first level pipeline(3031)Junction be provided with the first groove(304), the first groove (304)Bottom surface and first level pipeline(3031)Bottom surface it is concordant, the first groove(304)Side and rainwater collection collector (301)Tube wall between have a certain distance L1, the second horizontal pipe(3032)Stretch into rainwater collection collector(301)A distance L2, rainwater collection collector(301)With the second horizontal pipe(3032)Corresponding position is provided with the second groove(305), the second groove (305)Bottom surface and the second horizontal pipe(3032)Bottom surface it is concordant and connect, in the second groove(305), rainwater collection collector (301)Tube wall and the second horizontal pipe(3032)Between also have pipeline gap(315);Rainwater collection collector(301)With horizontal pipe (303)Between be arranged at intervals the first groove from top to bottom(304)With the second groove(305);
Street(5)Both sides are provided with solar street light(6), street collector nozzle(13)With street rainwater-collecting pipeline(17)Connection, Street rainwater-collecting pipeline(17)Pass through the total collecting pipe of street rainwater(19)With rain sewage diversion device(20)Connection, rain sewage diversion dress It puts(20)Pass through separating sewer(21)With the total sewage conduct in city(24)Connection, rain sewage diversion device(20)Also with water tank (22)Connection, water tank(22)Pass through trickle irrigation water inlet pipe(23)With drip irrigation appliance(2)Connection, trickle irrigation water inlet pipe(23)On be provided with Second water pump(25), trickle irrigation water inlet pipe(23)Also with middle water pipe(27)Connection, middle water pipe(27)On be provided with middle water solenoid valve (28);
Soil humidity sensor, water tank are provided in soil(22)Inside be provided with liquid level sensor, soil humidity sensor and Liquid level sensor is connect with master controller;
Accumulator respectively with electric motorcar charging station(8), solar street light(6), flow sensor(409), air velocity transducer (402), corridor kiosk controller(416), soil humidity sensor, liquid level sensor and master controller electrical connection, master controller in Water solenoid valve(28), the second water pump(25)With the first water pump(14)Electrical connection;
The street rainwater-collecting pipeline(17), the total collecting pipe of street rainwater(19), rain sewage diversion device(20), water tank (22), trickle irrigation water inlet pipe(23), the second water pump(25), middle water pipe(27), the first water pump(14), the total sewage conduct in city(24) It is embedded in below ground.
2. urban rainwater intelligence according to claim 1 is collected with utilizing system, it is characterised in that:The water tank (22)For pp modules.
3. urban rainwater intelligence according to claim 1 is collected with utilizing system, it is characterised in that:The babinet (314)Inside bottom surface for inclined-plane, and be provided with purifying rainwater collecting pipe(309)Side be relatively low side.
4. urban rainwater intelligence according to claim 3 is collected with utilizing system, it is characterised in that:Incline on the inclined-plane Angle is 1-5 °.
5. urban rainwater intelligence according to claim 1 is collected with utilizing system, it is characterised in that:L1 >=the L2.
6. urban rainwater intelligence according to claim 1 is collected with utilizing system, it is characterised in that:The retaining ring (406)On offer spout hole(407).
CN201721552687.5U 2017-11-20 2017-11-20 Urban rainwater intelligence is collected with utilizing system Expired - Fee Related CN207499518U (en)

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Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108770649A (en) * 2018-06-27 2018-11-09 黄烨青 A kind of automatic liquid feed device of municipal administration afforestation nursery
CN110651696A (en) * 2019-10-22 2020-01-07 湖州灵粮生态农业有限公司 Intelligent water collecting and watering device for relieving urban drainage
CN111691353A (en) * 2020-07-02 2020-09-22 金文贤 City raise dust treatment system based on big data monitoring
CN111794311A (en) * 2020-07-22 2020-10-20 北京沃尔德防灾绿化技术有限公司 Roof rainwater collecting and utilizing system and control method thereof

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108770649A (en) * 2018-06-27 2018-11-09 黄烨青 A kind of automatic liquid feed device of municipal administration afforestation nursery
CN110651696A (en) * 2019-10-22 2020-01-07 湖州灵粮生态农业有限公司 Intelligent water collecting and watering device for relieving urban drainage
CN111691353A (en) * 2020-07-02 2020-09-22 金文贤 City raise dust treatment system based on big data monitoring
CN111794311A (en) * 2020-07-22 2020-10-20 北京沃尔德防灾绿化技术有限公司 Roof rainwater collecting and utilizing system and control method thereof

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