CN104878824B - A kind of just rain, the shunting of rear rain store heat-extraction system and store discharge method - Google Patents
A kind of just rain, the shunting of rear rain store heat-extraction system and store discharge method Download PDFInfo
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- CN104878824B CN104878824B CN201410072614.0A CN201410072614A CN104878824B CN 104878824 B CN104878824 B CN 104878824B CN 201410072614 A CN201410072614 A CN 201410072614A CN 104878824 B CN104878824 B CN 104878824B
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Abstract
The invention discloses one just rain, the shunting of rear rain stores heat-extraction system and stores discharge method, it is characterised in that including: be used for discharging the drainage system (1) of rainwater;Drainage (2) for sewage effluent;The part flow arrangement (3) being arranged between drainage system (1) downstream and outside municipal administration storm sewer drainage system (1a), there is the first rain collecting chamber (3a) for collecting just rain, and be positioned at first rain collecting chamber (3a) downstream first rain collecting chamber (3a) store full after regather the rear rain collecting chamber (3b) of rear rain, wherein just rain collecting chamber (3a) store full after self-closed;With the described first rain water storage system (4a) that just rain collecting chamber (3a) connects;Respectively with described first rain water-break pipeline (5a) that just rain collecting chamber (3a) and drainage (2) connect;The rear rain water storage system (4b) connected with described rear rain collecting chamber (3b);Rain collecting chamber (3b)/rear rain water storage system (4b) and rear rain water-break pipeline (5b) of outside municipal administration storm sewer drainage system after connection.
Description
Technical field
The present invention relates to urban drainage, environmental protection technical field, particularly relate to a kind of at the beginning of for shunting and storing
Rain, the storage heat-extraction system of rear rain and storage discharge method.
Background technology
In town site, urban architecture district is typically in the origin or beginning basin of storm sewer drainage system,
Rainwater catchment system is carried out in the region, source that this Water in Rainwater Drainage removes, it is generally required to build rain water reservoir, cistern is wanted
It build the end of building area storm sewer in, to guarantee to collect enough amount of rainfalls.
The amount of rainfall being typically based on collection calculates the size of cistern, and cistern needs the plane occupying in building area
With underground land used.The underground structures such as garage, municipal pipeline to be arranged, change excrement is often had due to building area
Ponds etc., the position of cistern is difficult to arrange.Ordinary circumstance, the storm sewer in building area and outside municipal administration rainwater
The drop of pipe drainage pipeline enclosure is little, and water deeper in cistern can not lean on gravity stream to discharge, and can only build little
Type pumping plant pumping takes.And if require that the water in cistern can lean on gravity stream to discharge, can only be by water-retention
It is shallower that pond is done, and makes the height at the bottom of pond be higher than exterior drain, but is so accomplished by expanding cistern
Floor space, to ensure that cistern can store abundant rainwater, this position allowing for cistern is more difficult to peace
Row.Sometimes, the rainwater in part basin, not at the end of storm sewer, can only be collected in the position that cistern arranges,
Cause rainwater-collecting in a rainfall not enough, rainwater-collecting inefficient.Additionally, in for ensureing cistern
Water quality, common way is to take lattice measure in cistern, early-stage rainwater and later stage rainwater is separately stored.
After rain, then carry out early-stage rainwater processing or deliver to sewage treatment plant process with being pumped into sewer line, meanwhile,
Later stage, rainwater was in addition to doing rainwater utilization, for preparing next rainfall or desilting management, it is also desirable to used by later stage rainwater
It is pumped into outside rainwater pipeline to be discharged.
Summary of the invention
The problem that the purpose of the present invention is contemplated to overcome above-mentioned prior art to exist, it is provided that a kind of just rain, rear rain
Shunting stores heat-extraction system, it is possible to realizes early-stage rainwater and the shunting of later stage rainwater, collect, save and certainly arrange, from
And effectively administer pollution of area source, implement making use of rain and flood and alleviate urban waterlogging disaster.
For realizing the above-mentioned purpose of the present invention, it is provided that techniques below scheme:
A kind of just rain, the shunting of rear rain store heat-extraction system, including: it is used for discharging the drainage system of rainwater;It is used for discharging
The drainage of sewage;It is arranged on the shunting between drainage system downstream and outside municipal administration storm sewer drainage system
Device, has the first rain collecting chamber for collecting just rain, and is positioned at collecting at first rain of first rain collecting chamber downstream
Room regathers the rear rain collecting chamber of rear rain, self-closed after wherein just rain collecting chamber stores completely after storing completely, in order to will receive
The first rain of collection separates with rear rain;With the described first rain water storage system that just rain collecting chamber connects, it is used for saving just rain and receives
The first rain that collection room is collected;Respectively with the described first rain water-break pipeline that just rain collecting chamber and drainage connect, in order to
The first rain that first rain collecting chamber and first rain water storage system are saved is entered drainage;Connect with described rear rain collecting chamber
Rear rain water storage system, be used for save after rain collecting chamber collect rear rain;Rain collecting chamber/rear rain water-retention after connection
System and the rear rain water-break pipeline of outside municipal administration storm sewer drainage system, in order to when outside municipal administration storm sewer
During discharge reduction in drainage system, the rear rain of savings in described rear rain collecting chamber and rear rain water storage system is entered
Outside municipal administration storm sewer drainage system.
Preferably, described drainage system includes multiple inlet for stom water for collecting rainwater;By rainwater branch pipeline
The multiple rainwater inspection wells connected with inlet for stom water;With the multiple storm sewers connecting adjacent rainwater inspection well;Described
Rear rain water storage system includes multiple rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft, multiple rear rain water-retention pipelines
Communicate with each other with multiple rear rain water-retention inspection shafts.
Preferably, part flow arrangement includes: concentrates shunting well, is provided with water inlet and outlet, its water inlet
Mouth connects with a storm sewer in described drainage system downstream, and its outlet passes through another storm sewer with outer
One rainwater inspection well connection of portion's municipal administration storm sewer drainage system;Concentrate the shaft bottom of shunting well less than described rain
At the bottom of water pipe deferent;The described just rain collecting chamber being arranged in concentration shunting well, its top has just rain import, institute
Shu Chu rain import department is provided with the first removable cover device;The described rear rain being arranged in concentration shunting well is collected
Room, is isolated with first rain collecting chamber, and its top has rear rain import, and described Hou Yu import department is provided with second and lives
Dynamic cover board arrangement;It is arranged on the water stream channel in concentration shunting well, described water inlet extends to described outlet,
Flush with at the bottom of described rain pipe deferent bottom it;Wherein, described just rain import and described rear rain import are arranged on institute
State the bottom of water stream channel, and be sequentially arranged along water (flow) direction.
Preferably, it is provided with a pair vertical wall in concentrating shunting well, is extended to outlet by described water inlet respectively;
Being fixed with horizontal partition wall between a pair vertical wall, its top flushes at the bottom of described rain pipe deferent, horizontal partition wall with
A pair vertical walled becomes described water stream channel;Have described just rain on described horizontal partition wall successively to enter along water (flow) direction
Mouth, rear rain import;The lower section of described horizontal partition wall is provided with vertical partition wall, vertical partition wall with the pair of vertically
Wall is arranged vertically, and between first rain import and rear rain import, its top is connected with the bottom surface of horizontal partition wall,
It is connected with described concentration shunting well shaft bottom bottom it;Extended to concentrate shunting well well by the two ends of vertical partition wall respectively
The oblique stalk in two sides of wall, forms angle with a pair vertical wall respectively, and its top is equal with a pair vertical wall top,
It is connected with concentrating shunting well shaft bottom bottom it;Wherein, the oblique stalk in two sides, vertical partition wall concentrate shunting by described
Being divided into two separate spaces inside well, the space of neighbouring described water inlet forms described just rain collecting chamber,
The space of neighbouring described outlet forms described rear rain collecting chamber.
Preferably, part flow arrangement includes: first rain shunting well, is provided with the first water inlet and the first outlet,
First water inlet connects with a storm sewer in described drainage system downstream, and the shaft bottom of first rain shunting well is less than institute
State at the bottom of a rain pipe deferent;The described just rain collecting chamber being arranged in first rain shunting well, its top has just rain
Import, described Chu Yu import department is provided with the first removable cover device;It is arranged on the first water in first rain shunting well
Circulation road, is extended to described first outlet by described first water inlet, with one storm sewer bottom it
Flush at the bottom of pipe;Rear rain shunting well, is provided with the second water inlet and the second outlet, and the second water inlet passes through
Outlet conduit and the first outlet connect, and the second outlet is by another storm sewer and outside municipal administration rain pipe
One rainwater inspection well connection of road drainage system;The shaft bottom of rear rain shunting well is less than another storm sewer described
At the bottom of pipe;The described rear rain collecting chamber being arranged in rear rain shunting well, its top has rear rain import, described rear rain
Import department is provided with the second removable cover device;It is arranged on the second water stream channel in rear rain shunting well, by described
Second water inlet extends to described second outlet, with described outlet conduit and another rain pipe described bottom it
Flush at the bottom of deferent;Wherein, described just rain import is arranged on the bottom of described first water stream channel, and described rear rain enters
Mouth is arranged on the bottom of described second water stream channel.
Preferably, it is provided with a pair first vertical walls, respectively by described first water inlet in described just rain shunting well
Extend to the first outlet;It is fixed with the first horizontal partition wall, its top and described between a pair first vertical walls
Flushing at the bottom of individual rain pipe deferent, the first horizontal partition wall and a pair first vertical walleds become described first water stream channel;
Described just rain import is had on described first horizontal partition wall;Described first horizontal partition wall, the first rain shunting well borehole wall and
Shaft bottom surrounds described just rain collecting chamber;A pair second vertical walls it are provided with, respectively by institute in described rear rain shunting well
State the second water inlet and extend to the second outlet;It is fixed with the second horizontal partition wall between a pair second vertical walls, its
Top flushes at the bottom of described outlet conduit and another rain pipe deferent described, the second horizontal partition wall and a pair second
Vertically walled becomes described second water stream channel;Described rear rain import is had on described second horizontal partition wall;Described
Two horizontal partition walls, the rear rain shunting well borehole wall and shaft bottom surround described rear rain collecting chamber.
Preferably, described just rain water-break pipeline connects one end of described just rain collecting chamber and is packaged with capping, capping
Bottom has the return port flowing into just rain water-break pipeline for the first rain in first rain collecting chamber, and return port is only provided with
Return flap valve, in order to prevent the sewage in drainage from being flowed into just rain collecting chamber by described return port;Described just rain stores
Water system includes the first rain water-retention pipeline being placed in below one storm sewer, and its one end is short with by one
Line water-retention pipeline connects with described just rain collecting chamber, and the other end is listed and indexed by a short-term water-retention pipeline and a storage
Look into well to connect.
Preferably, described rear rain collecting chamber is by described rear rain water-break pipeline and outside municipal administration storm sewer draining system
System connection, described rear rain water-break pipeline is placed in the lower section of another storm sewer described, and its one end is received with rear rain
The bottom connection of collection room, the other end connects with the one rainwater inspection well of outside municipal administration storm sewer drainage system
Logical;Wherein, described one end of described rear rain water-break pipeline is packaged with capping, and the bottom of capping has receives for rear rain
After the rear rain inflow that collection is indoor, the return port of rain water-break pipeline, return port is provided with non-return flap valve, in order to prevent
Rainwater in outside municipal administration storm sewer drainage system is by rain collecting chamber after the inflow of described return port.
Preferably, part flow arrangement includes: concentrates shunting well, is provided with the first water inlet and the first outlet,
First water inlet connects with a storm sewer in described drainage system downstream, and its shaft bottom is less than one rainwater
At the bottom of pipeline pipe;The described just rain collecting chamber being arranged in concentration shunting well, its top has just rain import, described
Chu Yu import department is provided with the first removable cover device;It is arranged on the described rear rain collecting chamber in concentration shunting well,
It is isolated with first rain collecting chamber;It is arranged on the first water stream channel in concentration shunting well, by described first water inlet
Extending to described first outlet, flush with at the bottom of one rain pipe deferent bottom it, described just rain import sets
Put bottom the first water stream channel;Panel turnover sluice gate well, is provided with the second water inlet and the second outlet, and second
Water inlet is connected by outlet conduit and the first outlet, the second outlet with by another storm sewer with outward
One rainwater inspection well connection of portion's municipal administration storm sewer drainage system connects, and the shaft bottom of panel turnover sluice gate well is less than described
At the bottom of another rain pipe deferent;The second water stream channel being arranged in panel turnover sluice gate well, is prolonged by described second water inlet
Extend described second outlet, flush with at the bottom of described outlet conduit and another rain pipe deferent described bottom it;
It is arranged on the turnover panel on the second water stream channel, is used for intercepting the rainwater flowing through the second water stream channel, in order to improve institute
State just rain collecting chamber and the water level of rear rain collecting chamber;The turnover panel driving means being connected with described turnover panel, is used for driving
Turnover panel is closed and opens.
Preferably, a pair first vertical walls it are provided with in described concentration shunting well, respectively by described first water inlet
Extend to out the first outlet;Being fixed with the first horizontal partition wall between a pair first vertical walls, its top is with described
Flushing at the bottom of one rain pipe deferent, the first horizontal partition wall and a pair first vertical walleds become described first current to lead to
Road;Described just rain import is had on described first horizontal partition wall;The lower section of described first horizontal partition wall is provided with
One vertical partition wall, the first vertical partition wall is arranged vertically with the pair of first vertical wall, its top and the first level
The bottom surface of partition wall connects, and is connected with described concentration shunting well shaft bottom bottom it;Described just rain import is positioned at described the
Between one vertical partition wall and described first water inlet;Extended to concentrate shunting well well by one end of the first vertical partition wall
The oblique stalk of one side of wall, forms angle with the first vertical wall, and its top is equal with a pair first vertical wall tops,
It is connected with concentrating shunting well shaft bottom bottom it;Wherein, a pair first vertical walls adjoin the one of described oblique stalk
On individual vertical wall, the part between described first water inlet and described oblique stalk has overfall, overfall
On non-return flap valve is installed, in order to prevent the rainwater outside the first water stream channel from being flowed into the first water by described overfall
Circulation road;Another vertical wall part between the vertical partition wall of the first water inlet and described first bottom it to
Lower extension is connected with described concentration shunting well shaft bottom;Oblique stalk, vertical partition wall and another vertical wall described will
Being divided into two separate spaces inside described concentration shunting well, the space of neighbouring described first water inlet is formed
Described just rain collecting chamber, the space of neighbouring described first outlet forms described rear rain collecting chamber.
Preferably, it is provided with a pair second vertical walls in described panel turnover sluice gate well, is prolonged by described second water inlet respectively
Extending out the second outlet, a pair second vertical copings are higher than the pair of first vertical coping;One
To being fixed with the second horizontal partition wall between bottom the second vertical wall, its top and described outlet conduit and described another
Flushing at the bottom of individual rain pipe deferent, the second horizontal partition wall and a pair second vertical walleds become described second water stream channel;
The lower section of described second horizontal partition wall is provided with the second vertical partition wall, and the second vertical partition wall erects with the pair of second
Stalk is arranged vertically, and its top is connected with the bottom surface of the second horizontal partition wall, with described panel turnover sluice gate well shaft bottom bottom it
Connect;Wherein, the pair of second vertical wall is between the described second vertical partition wall and described second outlet
Part downwardly extend bottom it and be connected with panel turnover sluice gate well shaft bottom;Described second vertical partition wall, the second horizontal partition wall,
A pair second vertical walls and the panel turnover sluice gate well borehole wall surround closing chamber;The pair of second vertical wall respectively with accordingly
The panel turnover sluice gate well borehole wall of side surrounds two water-retention rooms being interconnected.
Preferably, each described water-retention room is connected with described rear rain collecting chamber by a water pipeline, two mistakes
Outside the port that waterpipe is connected with rear rain collecting chamber is positioned at described first water stream channel, and with described at the bottom of its pipe
First vertical wall top is contour;The top of described closing chamber is provided with the opening closed by securing cover plate;The pair of
Being positioned at the rotating shaft that is arranged above of securing cover plate on second vertical wall, the middle part of described turnover panel is hinged with rotating shaft, makes
Obtain turnover panel can rotate around the axis.
Preferably, part flow arrangement includes: first rain shunting well, is provided with the first outlet and the first water inlet,
First water inlet connects with a storm sewer in described drainage system downstream, and the shaft bottom of first rain shunting well is less than institute
State at the bottom of a rain pipe deferent;The described just rain collecting chamber being arranged in first rain shunting well, its top has just rain
Import, described Chu Yu import department is provided with the first removable cover device;It is arranged on the first water in first rain shunting well
Circulation road, is extended to described first outlet by described first water inlet, with one storm sewer bottom it
Flushing at the bottom of pipe, described just rain import is arranged on bottom the first water stream channel;Rear rain shunting well, is provided with
Two water inlets and the second outlet, the second water inlet is connected by the first outlet conduit and the first outlet, rear rain
The shaft bottom of shunting well is less than at the bottom of one rain pipe deferent;The described rear rain being arranged in rear rain shunting well is collected
Room;It is arranged on the second water stream channel in rear rain shunting well, described second water inlet extends to described second and go out
The mouth of a river, flushes with at the bottom of described first outlet pipe deferent bottom it;Panel turnover sluice gate well, is provided with the 3rd water inlet
With the 3rd outlet, the 3rd water inlet is connected by the second outlet conduit and the second outlet, and the 3rd outlet leads to
Cross another storm sewer to connect with a rainwater inspection well of outside municipal administration storm sewer drainage system, panel turnover sluice gate
The shaft bottom of well is less than at the bottom of another rain pipe deferent described;The 3rd water stream channel being arranged in panel turnover sluice gate well, by
Described 3rd water inlet extends to described 3rd outlet, bottom it with described second outlet conduit and described another
Flush at the bottom of individual rain pipe deferent;Be arranged on the turnover panel on the 3rd water stream channel, be used for intercept flow through the 3rd current lead to
The rainwater in road, in order to improve described just rain collecting chamber and the water level of rear rain collecting chamber;With turning over that described turnover panel is connected
Plate driving means, is used for driving turnover panel close and open.
Preferably, it is provided with a pair first vertical walls in described just rain shunting well, is intake by described first respectively
Mouth extends to the first outlet;Being fixed with the first horizontal partition wall between a pair first vertical walls, its top is with described
Flushing at the bottom of one rain pipe deferent, the first horizontal partition wall and a pair first vertical walleds become described first current to lead to
Road;Described just rain import is had on described first horizontal partition wall;Described first horizontal partition wall, a pair first vertical
Wall, the first rain shunting well borehole wall and shaft bottom surround described just rain collecting chamber;It is provided with a pair in described rear rain shunting well
Second vertical wall, is extended to the second outlet by described second water inlet respectively;Between a pair second vertical walls admittedly
Surely there is the second horizontal partition wall, flush with at the bottom of described first outlet pipe deferent bottom it, the second horizontal partition wall and a pair
Second vertical walled becomes described second water stream channel;Described second horizontal partition wall, a pair second vertical walls, rear rain
The shunting well borehole wall and shaft bottom surround described rear rain collecting chamber;Wherein, a pair first vertical walls have overfall,
Non-return flap valve is installed, in order to prevent the rainwater outside the first water stream channel from being flowed into by described overfall on overfall
First water stream channel.
Preferably, it is provided with a pair the 3rd vertical walls in described panel turnover sluice gate well, is prolonged by described 3rd water inlet respectively
Extending out the 3rd outlet, a pair the 3rd vertical copings are higher than the pair of second vertical coping;One
It is fixed with the 3rd horizontal partition wall, its top and described second outlet conduit and described between bottom the 3rd vertical wall
Flushing at the bottom of another rain pipe deferent, the 3rd horizontal partition wall and a pair the 3rd vertical walleds become described 3rd current to lead to
Road;The lower section of described 3rd horizontal partition wall is provided with the 3rd vertical partition wall, the 3rd vertical partition wall and the pair of the
Three vertical walls are arranged vertically, and its top is connected with the bottom surface of the 3rd horizontal partition wall, with described panel turnover sluice gate well bottom it
Shaft bottom connects;Wherein, the pair of 3rd vertical wall is positioned at the described 3rd vertical partition wall and described 3rd outlet
Between part downwardly extend bottom it and be connected with panel turnover sluice gate well shaft bottom;Described 3rd vertical partition wall, the 3rd level
Partition wall, a pair the 3rd vertical walls and the panel turnover sluice gate well borehole wall surround closing chamber;The pair of 3rd vertical wall is respectively
Two water-retention rooms being interconnected are surrounded with the panel turnover sluice gate well borehole wall of corresponding side.
Preferably, each described water-retention room is connected with described rear rain collecting chamber by a water pipeline, two mistakes
Outside the port that waterpipe is connected with rear rain collecting chamber is positioned at described second water stream channel, and with described at the bottom of its pipe
Second vertical wall top is contour;The top of described closing chamber is provided with the opening closed by securing cover plate;The pair of
Being positioned at the rotating shaft that is arranged above of securing cover plate on 3rd vertical wall, the middle part of described turnover panel is hinged with rotating shaft, makes
Obtain turnover panel can rotate around the axis.
Preferably, on turnover panel bottom described rotating shaft and turnover panel between be fixed with pitman shaft;Described turnover panel drives
Device includes: be placed in the L-type plate in described closing chamber, and the top of L-type plate is interior with described closing chamber
Wall is hinged;A pair connecting rod, both sides with L-type plate respectively, its one end are connected, and the other end stretches out described respectively
Securing cover plate is hinged with described pitman shaft;Keg float, is arranged between vertical plate and the horizontal plate of L-type plate;One
Square shaped bucket, is set in a pair connecting rod, is fixed on described securing cover plate bottom it;And siphon
Pipe, its one end is positioned at water-retention indoor, and the other end connects with the bottom closing chamber.
Preferably, first rain water-break pipeline connects one end of described just rain collecting chamber and is packaged with capping, the bottom of capping
Have the return port flowing into just rain water-break pipeline for the first rain in first rain collecting chamber, return port is provided with non-return and claps
Door, in order to prevent the sewage in drainage from being flowed into just rain collecting chamber by described return port;Described just rain water-retention system
System includes rain water-retention pipeline at the beginning of vertically arranged with one storm sewer one, and a short-term is passed through in its one end
Water-retention pipeline connects with described just rain collecting chamber, and the other end is by rain water-retention at the beginning of a short-term water-retention pipeline and
Inspection shaft connects.
Preferably, described closing chamber is by the first water-break pipeline and described outside municipal administration storm sewer drainage system
Connection;Described first water-break pipeline is placed in below another storm sewer described, its one end and described closing chamber
The bottom connection of room, its other end checks with the one rainwater of described outside municipal administration storm sewer drainage system
Well connects;One described water-retention room is connected with described drainage by the second water-break pipeline;Wherein, described
Described one end of one water-break pipeline is packaged with capping, and the bottom of capping has and flows into for the rainwater closing in chamber
The return port of one water-break pipeline, return port is provided with non-return flap valve, in order to prevent outside municipal administration storm sewer row
Rainwater in water system is flowed into by described return port and closes chamber;Second water-break pipeline connects the one of described water-retention room
End seal is equipped with capping, and the bottom of capping has the return port flowing into the second water-break pipeline for the rainwater that water-retention is indoor,
Non-return flap valve is installed, in order to prevent the sewage in drainage from being flowed into water-retention by described return port on return port
Room.
Preferably, after in rear rain water storage system rain water-retention inspection shaft by described rear rain water-break pipeline with outer
Municipal administration storm sewer drainage system in portion's connects, rain water-retention inspection behind one end of described rear rain water-break pipeline and one
Looking into the bottom connection of well, the other end connects with another rainwater inspection well of outside municipal administration storm sewer drainage system
Logical;Wherein, described one end of described rear rain water-break pipeline is packaged with capping, and the bottom of capping has and stores for rear rain
After the inflow of water intrasystem rear rain, the return port of rain water-break pipeline, return port is provided with non-return flap valve, in order to anti-
Rainwater in outside municipal administration storm sewer drainage system is by rain water storage system after the inflow of described return port.
Preferably, one end of first rain import is formed step-like so that the open top width of first rain import is more than just
The bottom opening width of rain import;Described first removable cover device includes: the first horizontal cover plate, its width with
The open top width of described just rain import is equal;First loose-leaf, respectively with described one end of described just rain import
Inwall and described first corresponding one end of horizontal cover plate bottom surface connect;First fall " 7 " shape cover plate, its riser
One end be connected with the other end of described first horizontal cover plate;First keg float, is fixed on bottom the first horizontal cover plate,
And it is positioned at the first horizontal cover plate and the first angle that " 7 " shape cover plate is formed.
Preferably, one end of rear rain import is formed step-like so that after the open top width of rear rain import is more than
The bottom opening width of rain import;Described second removable cover device includes: the second horizontal cover plate, its width with
The open top width of described just rain import is equal;Second loose-leaf, respectively with described one end of described just rain import
Inwall and described second corresponding one end of horizontal cover plate bottom surface connect;Second fall " 7 " shape cover plate, its riser
One end be connected with the other end of described second horizontal cover plate;Second keg float, is fixed on bottom the second horizontal cover plate,
And it is positioned at the second horizontal cover plate and the second angle that " 7 " shape cover plate is formed.
Preferably, rear rain water storage system includes: the multiple rear rain water-retention that line long with described storm sewer is arranged in juxtaposition
Pipeline and multiple rear rain water-retention inspection shaft, in multiple rear rain water-retention pipelines is stored by a perpendicular type short-term
Waterpipe connects with described rear rain collecting chamber, by linear type short-term water-retention pipeline between adjacent rear rain water-retention pipeline
Connection, by linear type short-term water-retention pipeline communication between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline.
Preferably, rear rain water storage system includes: be perpendicular to the multiple rear rain water-retention that the long line of described storm sewer is arranged
Pipeline and multiple rear rain water-retention inspection shaft, in multiple rear rain water-retention pipelines is stored by a linear type short-term
Waterpipe connects with described rear rain collecting chamber, by linear type short-term water-retention pipeline between adjacent rear rain water-retention pipeline
Connection, by linear type short-term water-retention pipeline communication between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline.
Preferably, rear rain water storage system includes multiple rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft, multiple
Part line long with described storm sewer in rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft is arranged in juxtaposition,
Remainder is perpendicular to the long line of described storm sewer and arranges, described a part of and described remainder is positioned at described rain
The same side of the long line of waterpipe, after in a described part in rain water-retention pipeline, described remainder one
Individual rear rain water-retention pipeline and described rear rain collecting chamber are by triplet type short-term water-retention pipeline communication;Adjacent rear rain water-retention
By linear type short-term water-retention pipeline communication between pipeline, adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline it
Between by linear type short-term water-retention pipeline communication.
Preferably, rear rain water storage system includes multiple rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft, multiple
A part in rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft are positioned at the side of the long line of described storm sewer
And be arranged in juxtaposition with it, after in a described part rain water-retention pipeline by linear type short-term water-retention pipeline with
Described rear rain collecting chamber connects, and after remainder, rain water-retention pipeline is positioned at the opposite side of the long line of described storm sewer,
Arranging along storm sewer branch line, described rear rain water storage system and described drainage system infall arrange storage and list and index and look into
Well.
Preferably, after described remainder, rain water-retention pipeline is placed in immediately below described branch line storm sewer, and they are two years old
End stores row's inspection shaft by a linear type short-term water-retention pipeline and one respectively and connects;Or, its remaining part described
After point, rain water-retention pipeline is arranged in juxtaposition two-by-two and lays respectively at both sides below described branch line storm sewer, and its two ends are respectively
Store row's inspection shaft by a linear type short-term water-retention pipeline and one to connect.
Another aspect of the present invention also provides for one just rain, rear rain shunting storage heat-extraction system carries out just rain, the shunting of rear rain and stores
The method of row, the step including being carried out as follows: when the first rain in drainage system flow to be arranged on drainage system downstream
Part flow arrangement time, first rain enter part flow arrangement first rain collecting chamber, subsequently into connect with first rain collecting chamber
Just rain water storage system, in order to store;When the rear rain in drainage system flow to part flow arrangement, rear rain enters shunting
The rear rain collecting chamber of device, subsequently into the rear rain water storage system connected with rear rain collecting chamber, in order to store;
Afterwards, the first rain that first rain collecting chamber and first rain water storage system store rains in gravity stream effect and is arranged by first water-break pipeline
Enter drainage;When outside municipal administration storm sewer drainage system discharge reduction, rear rain collecting chamber and rear rain water-retention
The rear rain stored in system rains in gravity stream effect and is entered outside municipal administration storm sewer draining by rear water-break pipeline
System, in order to discharge.
Beneficial effects of the present invention is embodied in following aspect:
The present invention uses part flow arrangement to shunt first rain and rear rain, and uses water-retention pipeline replacement cistern to enter
Go first rain and the mutually isolated collection of rear rain and storage, made water-retention pipeline arrange with drainage pipeline combination, solve
The cistern scale of construction is big, concentrates land used difficulty Arrangement Problem, and in the case of upstream and downstream drop deficiency, uses panel turnover sluice gate
Raise reserve-water-level, it is ensured that water-retention can gravity stream water-break.Accomplish early-stage rainwater receive, abandon after enter sewage disposal
Factory processes, later stage rainwater accumulation reuse, and the used time can not clear sky certainly, ready for next rainfall
Manage with facilitating desilting.It is finally reached and saves great lot of water resources, improve the area source pollutants carried because of rainwater to city
Pollution situation that city's water environment is caused, alleviate the purpose of urban waterlogging disaster.
Accompanying drawing explanation
Fig. 1 is the present invention just rain, the schematic diagram of rear rain shunting storage heat-extraction system first embodiment;
Fig. 2 is the enlarged drawing of part A in Fig. 1;
Fig. 3 is the sectional view of I I lines along Fig. 2;
Fig. 4 is the present invention just rain, the schematic diagram of rear rain shunting storage heat-extraction system the second embodiment;
Fig. 5 is the enlarged drawing of part B in Fig. 4;
Fig. 6 is the sectional view of II II lines along Fig. 5;
Fig. 7 is the present invention just rain, the schematic diagram of rear rain shunting storage heat-extraction system the 3rd embodiment;
Fig. 8 is the enlarged drawing of C portion in Fig. 7;
Fig. 9 is the sectional view of III III lines along Fig. 8;
Figure 10 is the present invention just rain, the schematic diagram of rear rain shunting storage heat-extraction system the 4th embodiment;
Figure 11 is the enlarged drawing of D part in Figure 10;
Figure 12 is the sectional view of IV IV lines along Figure 11;
Figure 13 is the sectional view of V V lines along Figure 11;
Figure 14 is the sectional view of VI VI lines along Fig. 1;
Figure 15 is the sectional view of VII VII lines along Fig. 1;
Figure 16 is the sectional view of VIII VIII lines along Fig. 1.
Description of reference numerals: 1-drainage system;1a-municipal administration storm sewer drainage system;10,10a, 10b-rain
Water inspection shaft;11,11a, 11b, 11c, 11d-storm sewer;2-drainage;3-part flow arrangement;3a-
Just rain collecting chamber;Rain collecting chamber after 3b-;30,30 '-concentration shunting well;31-water inlet;32-outlet;33a-
Just rain import;Rain import after 33b-;34a-the first removable cover device;The horizontal cover plate of 340a-first;341a-
First loose-leaf;342a-first " 7 " shape cover plate;343a-the first keg float;34b-the second removable cover device;
35-water stream channel;The vertical wall of 36-;The horizontal partition wall of 37-;The vertical partition wall of 38-;The oblique stalk of 39-;30a-just rain
Shunting well;Rain shunting well after 30b-;31 ', 31a-the first water inlet;32 ', 32a-the first outlet;31b、
71-the second water inlet;32b, 72-second outlet;33a-just rain import;Rain import after 33b-;34a-first
Removable cover device, 34b-the second removable cover device;35 ', 35a-the first water stream channel;35b, 75-second
Water stream channel;36a, 36a ', the vertical wall of 36b ' '-the first;360-overfall;The vertical wall of 36b, 76-second;
37a, 37 '-the first horizontal partition walls;The horizontal partition wall of 37b, 77-second;38 '-the first vertical partition walls;78-second hangs down
Straight partition wall;78 '-the three vertical partition walls;39 '-oblique stalk;4a-just rain water storage system;Rain water storage system after 4b-;
40-stores row's inspection shaft;40a-just rain water-retention inspection shaft;41a, 41a '-first rain water-retention pipeline;41b、41c、41d、
Rain water-retention pipeline after 41e-;42b-triplet type short-term water-retention pipeline;43b-linear type short-term water-retention pipeline;44b-
Perpendicular type short-term water-retention pipeline;5a-just rain water-break pipeline;Rain water-break pipeline after 5b-;5c-the first water-break pipeline;
5d-the second water-break pipeline;60-L shape plate;61-connecting rod;62-keg float;63-Square barrel;64-siphon;70、
70 '-panel turnover sluice gate well;71 '-the three water inlets;72 '-the three outlets;73a, 73b-water-retention room;74-turnover panel;
74a-rotating shaft;74b-pitman shaft;75 '-the three water stream channels;76 '-the three vertical walls;77 '-the three horizontal partition walls;
79-closes chamber;79a-securing cover plate;8-outlet conduit;81-the first outlet conduit;82-the second outlet conduit;
8a, 8b-water pipeline;9-covers;90-return port;91-non-return flap valve;
Detailed description of the invention
Fig. 1 is the present invention just rain, the schematic diagram of rear rain shunting storage heat-extraction system first embodiment;Fig. 2 is Fig. 1
The enlarged drawing of middle part A;Fig. 3 is the sectional view of I I lines along Fig. 2;As it is shown in figure 1, the present invention
First rain, the shunting of rear rain stores heat-extraction system and includes: be used for discharging the drainage system 1 of rainwater;For sewage effluent
Drainage 2;It is arranged on the shunting between drainage system downstream and outside municipal administration storm sewer drainage system 1a
Device 3, has a first rain collecting chamber 3a for collecting just rain, and be positioned at first rain collecting chamber downstream at first rain
Regathering the rear rain collecting chamber 3b of rear rain after collecting chamber storage is full, wherein just rain collecting chamber stores full rear self-closed,
So that the first rain collected is separated with rear rain;The first rain water storage system 4a connected with first rain collecting chamber 3a, is used for storing up
Store the first rain that just rain collecting chamber is collected;The first rain water-break connected with first rain collecting chamber 3a and drainage 2 respectively
Pipeline 5a, in order to the first rain that first rain collecting chamber and first rain water storage system are saved is entered drainage 2, by row
Dirty system enters sewage treatment plant's (not shown) and processes;The rear rain connected with rear rain collecting chamber 3b
Water storage system 4b, the rear rain that after being used for saving, rain collecting chamber is collected;Rain water-retention system after rain collecting chamber 3b/ after connection
The rear rain water-break pipeline 5b of system 4b and outside municipal administration storm sewer drainage system 1a, in order to when outside municipal administration
During discharge reduction in storm sewer drainage system, will the rear rain of savings in rear rain collecting chamber and rear rain water storage system
Enter outside municipal administration storm sewer drainage system, in order to discharge.
Wherein, the drainage system 1 of the present invention includes multiple inlet for stom water (not shown) for collecting rainwater;
The multiple rainwater inspection wells 10 connected with inlet for stom water by rainwater branch pipeline;Multiple storage arranges inspection shaft 40;With
Connect adjacent rainwater inspection well, storage row multiple storm sewers 11 of inspection shaft 40,11a, 11b, 11c, 11d.
The rear rain water storage system 4b of the present invention includes multiple rear rain water-retention inspection shaft 40b and multiple rear rain water-retention pipeline
41b, 41c, 41d, 41e, multiple rear rain water-retention pipelines and multiple rear rain water-retention inspection shaft communicate with each other.
As it is shown in figure 1, the multiple rear rain water-retention inspection shaft 40b of the present invention and multiple rear rain water-retention pipeline 41b
Can arrange along the long line of the storm sewer of drainage system, and rear rain water storage system line long with storm sewer is arranged side by side
Arranging, in multiple rear rain water-retention pipelines is by a perpendicular type short-term water-retention pipeline with rear rain collecting chamber even
Logical, by linear type short-term water-retention pipeline communication between adjacent rear rain water-retention pipeline, adjacent rear rain water-retention inspection shaft
And by linear type short-term water-retention pipeline communication between rear rain water-retention pipeline;Between adjacent rear rain water-retention pipeline and phase
Breather line also it is communicated with between rain water-retention inspection shaft and rear rain water-retention pipeline after neighbour.
The multiple rear rain water-retention inspection shaft 40b and multiple rear rain water-retention pipeline 41b of the present invention can also be perpendicular to rain
The long line of waterpipe is arranged or diagonally disposed, and in multiple rear rain water-retention pipelines is by a linear type short-term
Water-retention pipeline connects with rear rain collecting chamber, between adjacent rear rain water-retention pipeline by linear type short-term water-retention pipeline even
Logical, by linear type short-term water-retention pipeline communication between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline;Phase
Ventilation also it is communicated with between rain water-retention pipeline and between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline after neighbour
Pipeline.
The multiple rear rain water-retention inspection shaft 40b and multiple rear rain water-retention pipeline 41b of the present invention can also such cloth
Put: the part in multiple rear rain water-retention pipelines and multiple rear rain water-retention inspection shaft and storm sewer long line cloth arranged side by side
Putting, remainder is perpendicular to the long line of storm sewer and arranges or diagonally disposed, and these two parts are positioned at storm sewer
The same side of long line, after in two parts, rain water-retention pipeline and rear rain collecting chamber are by triplet type short-term water-retention
Pipeline 42b connects;Connected by linear type short-term water-retention pipeline 43b between adjacent rear rain water-retention pipeline, adjacent
By linear type short-term water-retention pipeline communication between rear rain water-retention inspection shaft and rear rain water-retention pipeline;Adjacent rear rain stores
Breather line also it is communicated with between waterpipe and between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline.
The multiple rear rain water-retention inspection shaft 40b and multiple rear rain water-retention pipeline 41b of the present invention can also such cloth
Put: a part and multiple rear rain water-retention inspection shaft in multiple rear rain water-retention pipelines are positioned at the one of the long line of storm sewer
Side is also arranged in juxtaposition with it, and after an above-mentioned part, after in rain water-retention pipeline, rain water-retention pipeline passes through linear type
Short-term water-retention pipeline connects with rear rain collecting chamber, and after remainder, rain water-retention pipeline is positioned at the another of the long line of storm sewer
Side, arranges along storm sewer branch line, and rear rain water storage system and drainage system infall arrange storage row's inspection shaft
40.Such as, as it is shown in figure 1, rain water-retention pipeline 41b arranges along the long line of storm sewer after two, rain after two
The origin or beginning of water-retention pipeline 41b is connected with rear rain collecting chamber by a linear type short-term water-retention pipeline, rain after one
Water-retention pipeline 41c and rear rain water-retention pipeline 41b lays respectively at the both sides of the long line of storm sewer, rear rain water-retention pipeline
The end of rain water-retention pipeline 41b after corresponding two of 41c, and it is positioned at the underface of branch line storm sewer 11c, after
One end of rain water-retention pipeline 41c is by linear type short-term water-retention pipeline, rain water-retention pipeline 41b after two
End is stored row's inspection shaft 40 respectively and connects by a perpendicular type short-term water-retention pipeline 44b with one, and storage is listed and indexed
Look into well 40 to connect with storm sewer;The other end of rear rain water-retention pipeline 41c passes through a linear type short-term water-retention
Pipeline and storage row's inspection shaft connection.Or, such as after a pair, rain water-retention pipeline 41d, 41e are arranged in juxtaposition
Lay respectively at both sides (as shown in figure 15) below branch line storm sewer 11d, rain water-retention pipeline 41d after a pair,
The middle part of rain water-retention pipeline 41b after corresponding two of 41e, its two ends are respectively by a short-term water-retention pipeline and
Individual storing row's inspection shaft connection, after two, rain water-retention pipeline 41b is by a triplet type short-term water-retention pipeline and one
Store and arrange inspection shaft connection, connected by storm sewer and linear type short-term water-retention pipeline between the adjacent row's of storage inspection shaft
Logical;Also it is communicated with between adjacent rear rain water-retention pipeline and between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline
Breather line.
Wherein, as shown in figure 16, the row's inspection shaft 40 that stores of the present invention includes the rainwater inspection well on upper strata and is positioned at
Water-retention inspection shaft below rainwater inspection well, rainwater inspection well and water-retention inspection shaft bore are equal, rainwater inspection well
And be provided with interlayer between water-retention inspection shaft, interlayer be provided centrally with sealed well lid to be opened/closed, water-retention inspection
Well and short-term water-retention pipeline communication, rainwater inspection well connects with storm sewer.
The water-retention pipeline (including just rain water-retention pipeline and rear rain water-retention pipeline) of the present invention is for being used for saving the length of water
Spool road, its gradient is 0~0.15 ‰.
Embodiment 1
When the pipe crest level of water-retention pipeline (include first rain water-retention pipeline, after rain water-retention pipeline) is less than drainage system
At the bottom of one rain pipe deferent in downstream during elevation, as shown in Figure 1, 2, 3, the part flow arrangement 3 of the present invention includes:
Concentrate shunting well 30, be provided with water inlet 31 and outlet 32, under its water inlet 31 and drainage system
One storm sewer 11a connection of trip, its outlet 32 is by another storm sewer 11b and outside municipal administration
One rainwater inspection well 10a connection of storm sewer drainage system 1a;Concentrate the shaft bottom of shunting well less than rainwater
At the bottom of pipeline 11a, 11b pipe;Being arranged on the first rain collecting chamber 3a in concentration shunting well, its top has just rain and enters
Mouth 33a, is provided with the first removable cover device 34a at first rain import 33a;It is arranged in concentration shunting well
Rear rain collecting chamber 3b, is isolated with first rain collecting chamber, and its top has rear rain import 33b, and Hou Yu import department is pacified
Equipped with the second removable cover device 34b;It is arranged on the water stream channel 35 in concentration shunting well, by water inlet 31
Extend to outlet 32, flush with at the bottom of storm sewer 11a, 11b pipe bottom it;Wherein, first rain import and after
Rain import is arranged on the bottom of water stream channel 35, and is sequentially arranged along water (flow) direction.
Specifically, as shown in Figure 2,3, concentrate in shunting well 30 to be provided with a pair vertical wall 36, respectively by
Water inlet 31 extends to outlet 32, and the width between a pair vertical wall 36 is equal to storm sewer 11a, 11b
Aperture area divided by diameter, the wall top of a pair vertical wall is positioned at more than at the bottom of storm sewer 11a, 11b pipe and is more than
Or the height equal to pipe radius;Being fixed with horizontal partition wall 37 between a pair vertical wall 36, horizontal partition wall 37 pushes up
Portion is equal with at the bottom of storm sewer 11a, 11b pipe, and horizontal partition wall 37 and a pair vertical wall 36 surround water stream channel
35;Have just rain import 33a, rear rain import 33b successively along water (flow) direction on horizontal partition wall 37;Horizontal partition wall
Lower section be provided with vertical partition wall 38, vertical partition wall 38 is arranged vertically with a pair vertical wall 36, and at the beginning of being positioned at
Between rain import and rear rain import, its top is connected with the bottom surface of horizontal partition wall 37, shunts with concentrating bottom it
Well shaft bottom connects;The oblique stalk in two sides 39 is extended to concentrate the shunting well borehole wall by the two ends of vertical partition wall 38 respectively,
Angle is formed respectively, the top of the oblique stalk in two sides 39 and a pair vertical wall 36 top with a pair vertical wall 36
Equal, it is connected with concentrating shunting well shaft bottom bottom it.Wherein, the oblique stalk in two sides 39, vertical partition wall 38 are incited somebody to action
Concentrating and be divided into two separate spaces inside shunting well, the space of neighbouring water inlet 31 forms just rain and collects
Room 3a, the space of neighbouring outlet 32 forms rear rain collecting chamber 3b.
As shown in Figure 1, 2, 3, rear rain collecting chamber 3b is by rear rain water-break pipeline 5b and outside municipal administration rain pipe
Road drainage system connection, rear rain water-break pipeline 5b is placed in the lower section of storm sewer 11b, its one end and rear rain
The bottom connection of collecting chamber 3b, the other end and the rainwater inspection well 10a of outside municipal administration storm sewer drainage system
Connection (as shown in Figure 1), its connection is the flat connection in the end.Wherein, rear rain water-break pipeline 5b collects with rear rain
One end that room connects is provided with check device, and the check device of the present invention includes: be encapsulated in rear rain water-break pipeline
The capping 9 of one end that 5b is connected with rear rain collecting chamber, the bottom of capping 9 has for the rear rain in rear rain collecting chamber
After inflow, the return port 90 of rain water-break pipeline, return port is provided with non-return flap valve 91, in order to prevent outside city
Rainwater in political affairs storm sewer drainage system flowed into by return port after rain collecting chamber.
As it is shown in figure 1, the first rain water storage system 4a of the present invention includes being placed in below storm sewer 11a along rain
The first rain water-retention pipeline 41a(that the long line of waterpipe is arranged is as shown in figure 14), a short-term water-retention is passed through in its one end
Pipeline connects bottom first rain collecting chamber 3a, and the other end is listed and indexed looked into by a short-term water-retention pipeline and a storage
Well connects." connection " said herein does not connect, and i.e. just rain water-retention pipeline 41a is connected with this storage row's inspection shaft
End by covering closing so that the first rain in first rain water-retention pipeline 41a cannot flow into storage row's inspection shaft, simply
When needs carry out desilting or maintenance to first rain water-retention pipeline, can be by opening this capping to first rain water-retention pipeline
41a carries out desilting or maintenance.
The first rain water-break pipeline 5a of the present invention connects one end of just rain collecting chamber 3a and is provided with check device, non-return
The structure of device is same as described above, in order to prevent the sewage in drainage from being flowed into just rain collecting chamber by return port.
As it is shown on figure 3, one end of the first rain import of the present invention is formed step-like so that the top of first rain import is opened
Mouth width is more than the bottom opening width of first rain import;First removable cover device 34a includes: the first horizontal cover
Plate 340a, its width is equal with the open top width of first rain import, is used for covering just rain import top;The
One loose-leaf 341a, respectively cover plate 340a corresponding one end horizontal to the inwall of above-mentioned one end of first rain import and first
Bottom surface connect;First falls " 7 " shape cover plate 342a, one end of its riser and the first horizontal cover plate 340a's
The other end connects;First keg float 343a, is fixed on bottom the first horizontal cover plate 340a, and is positioned at the first level
Cover plate 340a and first angle that " 7 " shape cover plate 342a is formed.
The rear rain import of the present invention and the structure of the second removable cover device and first rain import and the first removable cover
The structure of device is identical.
1,2,3 describe the first rain of the present invention in detail below in conjunction with the accompanying drawings, the shunting of rear rain stores heat-extraction system shunting just rain,
The process of rear rain.
When the first rain in drainage system is flowed into concentration shunting well by water inlet 31, first rain is along water stream channel 35
Flowing, at the beginning of rain flows to along water stream channel 35 originally during rain import 33a, first rain is fallen into by first rain import 33a
Just rain collecting chamber 3a, and then enter first rain water storage system 4a to store.It is positioned at the first of just rain collecting chamber
Keg float 343a progressively moves up under the effect of first rain buoyancy, thus drives the first horizontal cover plate 340a around
One loose-leaf 341a rotationally clockwise (as shown in Figure 3), along with the continuous rising of water level in first rain collecting chamber,
First horizontal cover plate 340a progressively turns to level, and now first rain import is sealed by the first removable cover device
Closing, now just rain collecting chamber is collected full.The first rain just stored in rain collecting chamber 3a and first rain water storage system 4a by
Just rain water-break pipeline 5a progressively enters drainage.
Just the size of rain water-retention pipeline and first rain collecting chamber can be according to catchment area and the first rain thickness gauge of rainfall
The first rainfall calculated is arranged, in order to first rain can all be collected by first rain water storage system and first rain collecting chamber.
When rear rain in drainage system is flowed into concentration shunting well by water inlet 31, rear rain flows along water stream channel 35,
When rear rain flows through rain import 33b after just rain import arrives along water stream channel 35, rear rain is by rear rain import 33b
After falling into rear rain collecting chamber 3b, and then entrance, rain water storage system 4b is to store.Equally, it is positioned at rear rain to collect
The second indoor removable cover device rains in the effect of rear rain buoyancy and progressively rear import is closed, now after rain receive
Collection room is collected full.Follow-up rainwater in drainage system just by water inlet 31 through water stream channel 35 by outlet 32
Discharge.So, just achieve first rain and the shunting of rear rain and collection, thus it is dirty to reduce the source, face carried because of rainwater
Dye thing Urban Water Environment is caused pollution, alleviate urban waterlogging disaster.
When discharge reduction in outside municipal administration storm sewer drainage system 1a, under the effect of gravity stream, after
Non-return flap valve 91 on rain water-break pipeline 5b is opened so that after rear rain collecting chamber and rear rain water storage system store
Rain the effect of gravity stream rain by return port 90 through after water-break pipeline 5b progressively enter outside municipal administration storm sewer
Drainage system 1a.
The rear rain that rear rain collecting chamber and rear rain water storage system store can be recycled.
Embodiment 2
When the pipe crest level of water-retention pipeline (include first rain water-retention pipeline, after rain water-retention pipeline) is less than drainage system
At the bottom of one rain pipe deferent in downstream during elevation, as shown in Figure 4,5, 6, the part flow arrangement 3 of the present invention includes:
Just rain shunting well 30a, is provided with the first water inlet 31a and the first outlet 32a, the first water inlet with
One storm sewer 11a connection in drainage system downstream, the shaft bottom of first rain shunting well is managed less than storm sewer 11a
The end;Being arranged on the first rain collecting chamber 3a in first rain shunting well, its top has just rain import 33a, first rain import
Place is provided with the first removable cover device 34a;It is arranged on the first water stream channel 35a in first rain shunting well 30a,
Extended to the first outlet 32a by the first water inlet 31a, flush with at the bottom of storm sewer 11a pipe bottom it;After
Rain shunting well 30b, is provided with the second water inlet 31b and the second outlet 32b, the second water inlet 31b
Being connected with the first outlet 32a by outlet conduit 8, the second outlet 32b passes through another storm sewer
11b connects with a rainwater inspection well 10a of outside municipal administration storm sewer drainage system 1a;Rear rain shunting well
The shaft bottom of 30b is less than at the bottom of storm sewer 11b pipe;The rear rain collecting chamber 3b being arranged in rear rain shunting well 30b,
Its top has rear rain import 33b, and Hou Yu import department is provided with the second removable cover device 34b;After being arranged on
The second water stream channel 35b in rain shunting well 30b, is extended to the second outlet by the second water inlet, bottom it
Flush with at the bottom of outlet conduit 8 and storm sewer 11b pipe;Wherein, first rain import is arranged on the first water stream channel
Bottom, rear rain import is arranged on the bottom of the second water stream channel.
Specifically, as shown in Figure 5,6, a pair first vertical wall 36a in first rain shunting well 30a, it are provided with,
The first outlet 32a is extended to respectively by the first water inlet 31a;Width between a pair first vertical wall 36a
Aperture area equal to storm sewer 11a is divided by diameter, and the wall top of a pair vertical wall is positioned at storm sewer 11a pipe
More than the end more than or equal to the height of pipe radius;It is fixed with the first horizontal partition wall between a pair first vertical wall 36a
37a, the top of the first horizontal partition wall 37a is equal with at the bottom of storm sewer 11a pipe, the first horizontal partition wall 37a with
A pair first vertical wall 36a surround the first water stream channel 35a;Just rain import is had on first horizontal partition wall 37a
33a;First horizontal partition wall, the first rain shunting well borehole wall and shaft bottom surround just rain collecting chamber.
It is provided with a pair second vertical wall 36b in rear rain shunting well 30b, prolongs by stating the second water inlet 31b respectively
Extend the second outlet 32b;The width between a pair second vertical wall 36b bore equal to storm sewer 11b
Area is divided by diameter, and the wall top of a pair vertical wall is positioned at more than at the bottom of storm sewer 11b pipe more than or equal to pipe radius
Height;The width between width and a pair first vertical wall 36a between a pair second vertical wall 36b is equal,
The height of the height of a pair second vertical wall 36b and a pair first vertical wall 36a is equal;A pair second vertical walls
The second horizontal partition wall 37b, the top of the second horizontal partition wall 37b and outlet conduit 8 and rain it is fixed with between 36b
At the bottom of waterpipe 11b pipe equal, the second horizontal partition wall 37b and a pair second vertical wall 36b surrounds the second current and leads to
Road 35b;Rear rain import 33b is had on second horizontal partition wall 37b;Second horizontal partition wall, rear rain shunting well well
Wall and shaft bottom surround rear rain collecting chamber.
Other structure of the present embodiment is same as in Example 1, is not repeated at this.
4,5,6 the first rain of the present embodiment is described below in conjunction with the accompanying drawings, the shunting of rear rain stores heat-extraction system shunting just rain,
The process of rear rain.
When the first rain in drainage system is flowed into just rain shunting well by the first water inlet 31a, first rain is along the first current
Passage 35a flows, and at the beginning of rain flows to along the first water stream channel 35a originally during rain import 33a, first rain is by first rain
Import 33a falls into just rain collecting chamber 3a, and then enters first rain water storage system 4a to store.It is positioned at just rain to receive
First keg float 343a of collection indoor progressively moves up under the effect of first rain buoyancy, thus drives the first level
Cover plate 340a around the first loose-leaf 341a rotationally clockwise (as shown in Figure 6), along with in first rain collecting chamber
The continuous rising of water level, the first horizontal cover plate 340a progressively turns to level, now the first removable cover
First rain import is closed by device, and now just rain collecting chamber is collected full.Just rain collecting chamber 3a and first rain water storage system
The first rain stored in 4a is progressively entered drainage by first rain water-break pipeline 5a.
When rear rain in drainage system is flowed into first rain shunting well by the first water inlet 31a, rear rain leads to along the first current
Road 35a flows, rain shunting well after the first outlet 32a, outlet conduit the 8, second water inlet 31b enter
30b, afterwards after rain flow along the second water stream channel 35b, when after rain flow to rear rain along the second water stream channel 35b
During import 33b, rear rain is fallen into rear rain collecting chamber 3b by rear rain import 33b, and then rain water storage system after entering
4b is to store.Equally, the second removable cover device effect at rear rain buoyancy of rear rain collecting chamber it is positioned at
Raining and progressively rear import closed, now rear rain collecting chamber is collected full.Follow-up rainwater in drainage system is just by
One water inlet 31a through the first water stream channel 35a, first outlet 32a discharge, after through outlet conduit 8,
Second water inlet 31b, the second water stream channel 35b, the second outlet 32b discharge.So, at the beginning of just achieving
Rain and the shunting of rear rain and collection, thus reduce the area source pollutants carried because of rainwater and Urban Water Environment is caused
Pollution, alleviate urban waterlogging disaster.
The first rain of the present embodiment and the process of rear rain water-break are same as in Example 1, are not repeated at this.
Embodiment 3
When the pipe crest level of water-retention pipeline (include first rain water-retention pipeline, after rain water-retention pipeline) is more than drainage system
At the bottom of one rain pipe deferent in downstream during elevation, as shown in Fig. 7,8,9, the part flow arrangement of the present invention includes:
Concentrate shunting well 30 ', be provided with the first water inlet 31 ' and the first outlet 32 ', the first water inlet 31 '
Connecting with a storm sewer 11a in drainage system downstream, its shaft bottom is less than at the bottom of storm sewer 11a pipe;Arrange
First rain collecting chamber 3a in concentrating shunting well 30 ', its top has just rain import 33a, and Chu Yu import department is pacified
Equipped with the first removable cover device 34a;It is arranged on the rear rain collecting chamber 3b in concentration shunting well 30 ', with just
Rain collecting chamber is isolated;It is arranged on the first water stream channel 35 ' in concentration shunting well, by the first water inlet 31 '
Extending to the first outlet 32 ', flush with at the bottom of storm sewer 11a pipe bottom it, first rain import 33a is arranged on
First water stream channel 35 ' bottom;Panel turnover sluice gate well 70, is provided with the second water inlet 71 and the second outlet
72, the second water inlet 71 is connected with the first outlet 32 ' by outlet conduit 8, and the second outlet 72 is with logical
Cross a rainwater inspection well 10a of another storm sewer 11b and outside municipal administration storm sewer drainage system 1a
Connection, the shaft bottom of panel turnover sluice gate well 70 is less than at the bottom of storm sewer 11b pipe;The second water being arranged in panel turnover sluice gate well
Circulation road 75, is extended to the second outlet by the second water inlet, with outlet conduit 8 and storm sewer bottom it
Flush at the bottom of 11b pipe;Be arranged on the turnover panel 74 on the second water stream channel 75, be used for intercept flow through the second current lead to
The rainwater in road, in order to improve just rain collecting chamber and the water level of rear rain collecting chamber;The turnover panel being connected with described turnover panel drives
Dynamic device, is used for driving turnover panel close and open.
Specifically, as shown in Figure 8,9, concentrate in shunting well 30 ' be provided with a pair first vertical wall 36a ',
36b ', is extended to out first mouth of a river 32 ' by the first water inlet 31 ' respectively;A pair first vertical wall 36a ', 36b '
Between width equal to the aperture area of storm sewer 11a divided by diameter, the wall top of a pair vertical wall is positioned at rainwater
More than at the bottom of pipeline 11a pipe, depending on its height heights of roofs according to water-retention pipeline;Between a pair first vertical walls admittedly
Surely having the first horizontal partition wall 37 ', the top of the first horizontal partition wall 37 ' is equal with at the bottom of storm sewer 11a pipe, the
One horizontal partition wall and a pair first vertical walleds become the first water stream channel 35 ';Have on first horizontal partition wall 37 '
Just rain import 33a;The lower section of the first horizontal partition wall 37 ' is provided with the first vertical partition wall 38 ', the first vertical partition wall
38 ' are arranged vertically with a pair first vertical wall 36a ', 36b ', and its top connects with the bottom surface of the first horizontal partition wall 37 '
Connect, be connected with concentrating shunting well 30 ' shaft bottom bottom it;Just rain import 33a be positioned at the first vertical partition wall 38 ' and
Between first water inlet 31 ';The most oblique stalk 39 ' is extended to concentrate by one end of the first vertical partition wall 38 ' and divides
The stream well borehole wall, forms angle with the first vertical wall 36a ', and its top is equal with a pair first vertical wall tops, its
Bottom is connected with concentrating shunting well shaft bottom;Wherein, adjacent oblique stalk in a pair first vertical wall 36a ', 36b '
The part being positioned between the first water inlet 31 ' and the first vertical partition wall 38 ' on one vertical wall 36a ' of 39 ' has
Overfall 360, overfall 360 is provided with non-return flap valve (not shown), in order to prevent the first current
Rainwater outside passage is flowed into the first water stream channel by overfall;Another vertical wall 36b ' is positioned at the first water inlet
With the part that first between vertical partition wall downwardly extends bottom it and is connected with concentrating shunting well shaft bottom;Oblique stalk
39 ', vertical partition wall 38 ' and vertical wall 36b ' is divided into two separate spaces by concentrating inside shunting well, adjacent
The space of nearly first water inlet 31 ' forms just rain collecting chamber 3a, after the space of neighbouring first outlet 32 ' is formed
Rain collecting chamber 3b.
It is provided with a pair second vertical walls 76 in panel turnover sluice gate well 70, is extended to out by the second water inlet 71 respectively
Second outlet 72, the top of a pair second vertical walls 76 is higher than a pair first vertical wall 36a ', the tops of 36b '
Portion, the width between a pair second vertical walls 76 equal to the aperture area of storm sewer 11b divided by diameter, one
The height of the second vertical wall 76 is equal to storm sewer 11b and the diameter of outlet conduit 8;A pair second vertical
The second horizontal partition wall 77, the second horizontal partition wall 77 and outlet conduit 8 and storm sewer it is fixed with between wall 76
At the bottom of 11b pipe equal, the second horizontal partition wall 77 and a pair second vertical walls 76 surround the second water stream channel 75;The
The lower section of two horizontal partition walls 77 is provided with the second vertical partition wall 78, the second vertical partition wall and a pair second vertical walls
Being arranged vertically, its top is connected with the bottom surface of the second horizontal partition wall, is connected with panel turnover sluice gate well 70 shaft bottom bottom it;
Wherein, a pair second vertical walls 76 part between the second vertical partition wall 78 and the second outlet 72 its
Bottom downwardly extends and is connected with panel turnover sluice gate well shaft bottom;Second vertical partition wall, the second horizontal partition wall, a pair second erect
Stalk and the panel turnover sluice gate well borehole wall surround closing chamber 79;A pair second vertical walls respectively with the panel turnover sluice gate of corresponding side
The well borehole wall surrounds two vertical walls 76 of water-retention room 73a, the 73b(a pair second being interconnected, and to be positioned at second vertical
Part between partition wall 78 with the second water inlet 71 is not connected with panel turnover sluice gate well shaft bottom bottom it, hence in so that two
73a, 73b are interconnected for individual water-retention room).Two water-retention room 73a, 73b respectively by water pipeline 8a,
8b connects with rear rain collecting chamber 3b, and the port that two water pipelines 8a, 8b are connected with rear rain collecting chamber is positioned at
Outside first water stream channel and contour with the first vertical wall 36a ', 36b ' wall top at the bottom of its pipe, as it is shown in figure 9,
The top closing chamber 79 is provided with the opening closed by securing cover plate 79a;It is positioned on a pair second vertical walls 76
Securing cover plate be arranged above rotating shaft 74a, the middle part of turnover panel 74 is hinged with rotating shaft 74a so that turnover panel energy
Enough rotate around the axis.
As it is shown in figure 9, on the turnover panel 74 of the present invention bottom rotating shaft 74a and turnover panel between be fixed with connecting rod
Axle 74b;The turnover panel driving means of the present invention includes: be placed in the L-type plate 60 closed in chamber 79, L-type
The top of plate is hinged with the inwall closing chamber;A pair connecting rod 61, its one end respectively with the both sides of L-type plate
Connecting, it is hinged with the two ends of pitman shaft 74b that the other end stretches out securing cover plate 79a respectively;Keg float 62, installs
Between the vertical plate and horizontal plate of L-type plate;A pair Square barrel 63, is set in a pair connecting rod 61,
Being fixed on bottom it on securing cover plate 79a, its open top is positioned at turnover panel 74 view field in the horizontal plane
In, to prevent the rainwater crossing turnover panel 74 top from being entered by the gap between connecting rod 61 and securing cover plate 79a
Close chamber 79;And siphon 64, its one end is positioned at a water-retention room 73b, the other end and closing chamber
The bottom connection of room 79.
Again as it is shown in fig. 7, the first rain water storage system 4a of the present invention includes hanging down with one storm sewer 11a
Straight layout or diagonally disposed first rain water-retention pipeline 41a ', its one end is received with first rain by a short-term water-retention pipeline
Collection room 3a connection, the other end is connected by rain water-retention inspection shaft 40a at the beginning of a short-term water-retention pipeline and.
As shown in Fig. 7,8,9, the closing chamber 79 of the present invention is by the first water-break pipeline 5c and outside municipal administration
Storm sewer drainage system 1a connects;First water-break pipeline 5c is placed in below storm sewer 11b, its one end
Connect with the bottom closing chamber 79, the rainwater inspection of its other end and outside municipal administration storm sewer drainage system 1a
Look into well 10a connection;One water-retention room 73a is connected with drainage 2 by the second water-break pipeline 5d;Wherein,
One end that first water-break pipeline 5c is connected with closing chamber 19 is provided with check device, in order to prevent outside municipal administration
Rainwater in storm sewer drainage system is flowed into by return port and closes chamber;Second water-break pipeline 5d connects water-retention
One end of room 73a is provided with check device to prevent the sewage in drainage from being flowed into water-retention room by return port.
The structure of the check device of the present embodiment is same as in Example 1, is not repeated at this.
After in the rear rain water storage system of the present invention one, rain water-retention inspection shaft 40b is by rear rain water-break pipeline 5b
Connect with outside municipal administration storm sewer drainage system 1a, one end of rear rain water-break pipeline 5b with one after rain water-retention
The bottom connection of inspection shaft 40b, the other end checks with another rainwater of outside municipal administration storm sewer drainage system
Well 10b connects;Wherein, one end of rear rain water-break pipeline 5b and rear rain water-retention inspection shaft 40b is provided with non-return
Device, in order to rain water-retention after preventing the rainwater in outside municipal administration storm sewer drainage system from being flowed into by described return port
System.The structure of the check device of the present embodiment is same as in Example 1, is not repeated at this.
The structure of the first removable cover device 34a of the present invention is same as in Example 1, is not repeated at this.
7,8,9 describe the first rain of the present invention in detail below in conjunction with the accompanying drawings, the shunting of rear rain stores heat-extraction system shunting just rain,
The process of rear rain.
When the first rain in drainage system is flowed into concentration shunting well by the first water inlet 31 ', first rain is along the first current
Passage 35 ' flows, and at the beginning of rain flows to along the first water stream channel 35 ' originally during rain import 33a, first rain is by first rain
Import 33a falls into just rain collecting chamber 3a, and then enters first rain water storage system 4a to store.It is positioned at just rain to receive
First keg float 343a of collection indoor progressively moves up under the effect of first rain buoyancy, thus drives the first level
Cover plate 340a around the first loose-leaf 341a rotationally clockwise (as shown in Figure 9), along with in first rain collecting chamber
The continuous rising of water level, the first horizontal cover plate 340a progressively turns to level, now the first removable cover
First rain import is closed by device, and the rainwater entering the first water stream channel 35 ' will not be fallen into by first rain import 33a again
Just rain collecting chamber 3a, but flowed to the second water stream channel 75 by the first water stream channel 35 '.
Backstop action due to turnover panel 74 so that flow through the first water stream channel 35 ', the second water stream channel 75
Rainwater will not be flowed out by panel turnover sluice gate well 70, so that the first water stream channel 35 ', the second water stream channel 75
Middle water level raises, and when the water level in the first water stream channel 35 ' is increased to overfall 360, rainwater is by overfall
360 outflow the first water stream channels 35 ' entrance first are vertical between wall 36a ' and oblique stalk 39 ', and rainwater continues stream
Enter just rain collecting chamber.
Along with the continuous inflow of rainwater, the water level in first rain collecting chamber constantly raises, originally the water in rain collecting chamber
When position is increased to concordant with oblique stalk 39 ' top, now the water level in the first water stream channel 35 ' is also increased to
Concordant with the top of a pair first vertical wall 36a ', 36b ', when water level raises again, just rain will be made to collect
Rainwater in room cross oblique stalk 39 ' top enter after rain collecting chamber, the rain in the first water stream channel 35 '
Water cross a pair first vertical wall 36a ', 36b ' top enter after rain collecting chamber 3b, rear rain collecting chamber collect
Rainwater.
Along with the continuous entrance of rainwater in rear rain collecting chamber, the water level of rear rain collecting chamber constantly raises, when after rain receive
The water level of collection room is when being increased to concordant with a pair first vertical copings, and when water level raises again, rainwater will be by
Two water-retention rooms 73a, 73b are flowed into by two water pipelines 8a, 8b.
Along with the continuous inflow of rainwater in water-retention room 73a, 73b, the water level in water-retention room 73a, 73b constantly rises
Height, when the water level in water-retention room is increased to concordant with the mouth of pipe of siphon 64, siphon 64 occurs siphon existing
As, in water-retention room 73a, 73b, rainwater is imported by siphon and closes in chamber 79, rain in closing chamber 79
Under buoyancy of water effect, keg float 62 is gradually increasing, thus by L-type plate 60 upwardly a pair connecting rod
61, a pair connecting rod 61 promote turnover panel 74 make its around the shaft 74a rotate clockwise, until turnover panel 74 rotates
To level, now the backstop action of turnover panel 74 eliminates, the first water stream channel 35 ' and the second water stream channel
Rainwater in 75 flows through turnover panel, the second outlet 72 flow out.
Along with in the discharge of rainwater at the second outlet 72, the first water stream channel 35 ' and the second water stream channel 75
Water level be gradually lowered, until draining off.Owing to the rainwater in rear rain collecting chamber cannot pass back into the first water stream channel,
Water level in cause hereafter rain collecting chamber is maintained at the state concordant with a pair first vertical wall tops.And overfall
Non-return flap valve it is provided with so that the rainwater in the first water stream channel can be flowed out by overfall on 360, but first
Rainwater outside water stream channel cannot be flowed into the first water stream channel, therefore, the water in the first water stream channel by overfall
After going down in position, the water level in first rain collecting chamber is still maintained at and oblique stalk 39 ' and vertical wall 36a ' top horizontal
Neat state, it is achieved thereby that just the raising of rain collecting chamber and rear rain collecting chamber water level, so can avoid the occurrence of
Because elevation at the bottom of the pipe of water-retention pipeline (including just rain water-retention pipeline, rear rain water-retention pipeline) is less than outside municipal administration rainwater
Elevation at the bottom of the drain pipe deferent of pipe drainage system makes just rain water storage system and the rain of rear rain water storage system savings
The phenomenon that water cannot be discharged under the effect of gravity stream.Present invention achieves first rain and the shunting of rear rain and collection,
Thus reduce pollution that Urban Water Environment caused by the area source pollutants carried because of rainwater, alleviate urban waterlogging calamity
Evil.
Just the rainwater of rain collecting chamber and the savings of first rain water storage system is progressively entered blowdown system by first rain water-break pipeline 5a
System.
In water-retention room 73a, 73b, remaining rainwater is entered drainage 2 by the second water-break pipe 5d.
When discharge reduction in outside municipal administration storm sewer drainage system 1a, under the effect of gravity stream, after
Non-return flap valve on rain water-break pipeline 5b is opened so that the rear rain that rear rain collecting chamber and rear rain water storage system store
The effect of gravity stream rain by return port through after water-break pipeline 5b progressively enter outside municipal storm sewer draining
System 1a.
The rainwater closed in chamber 79 flows into outside municipal administration storm sewer drainage system through the first water-break pipeline 5c
1a, along with in closing chamber 79, the continuous of rainwater reduces, keg float 62 is gradually reduced, thus passes through L shaped plate
60 drive a pair connecting rod 61 to decline, and a pair connecting rod 61 pulls downward on turnover panel 74 so that turnover panel 74 rotates
Axle 74a rotates counterclockwise, until keg float 62 is down to close the bottom of chamber 79, now, turnover panel 74 is again
Return to the state shown in Fig. 9, play backstop action for rainfall next time.
The rear rain that rear rain collecting chamber and rear rain water storage system store can carry out rainwater utilization.
Embodiment 4
When the pipe crest level of water-retention pipeline (include first rain water-retention pipeline, after rain water-retention pipeline) is more than drainage system
At the bottom of one rain pipe deferent in downstream during elevation, as shown in Figure 10,11,12,13, the shunting dress of the present invention
Put and include: first rain shunting well 30a, be provided with the first outlet 32a and the first water inlet 31a, first
Water inlet 31a connects with a storm sewer 11a in drainage system downstream, and the shaft bottom of first rain shunting well 30a is low
In at the bottom of storm sewer 11a pipe;Being arranged on the first rain collecting chamber 3a in first rain shunting well, its top has just rain and enters
Mouth 33a, Chu Yu import department is provided with the first removable cover device 34a;It is arranged on first in first rain shunting well
Water stream channel 35a, is extended to the first outlet by the first water inlet, puts down with at the bottom of storm sewer 11a pipe bottom it
Connecing, first rain import is arranged on bottom the first water stream channel;Rear rain shunting well 30b, is provided with the second water inlet
Mouth 31b and the second outlet 32b, the second water inlet 31b are by the first outlet conduit 81 and the first outlet
32a connects, and the shaft bottom of rear rain shunting well 30b is less than at the bottom of storm sewer 11a pipe;It is arranged in rear rain shunting well
Rear rain collecting chamber 3b;The the second water stream channel 35b being arranged in rear rain shunting well, by the second water inlet 31b
Extend to the second outlet 32b, flush with at the bottom of the first outlet conduit 81 pipe bottom it;Panel turnover sluice gate well 70 ', its
On be provided with the 3rd water inlet 71 ' and the 3rd outlet 72 ', the 3rd water inlet 71 ' is by the second outlet conduit 82
Being connected with the second outlet 32b, the 3rd outlet 72 ' is by another storm sewer 11b and outside municipal administration rain
One rainwater inspection well 10a connection of waterpipe drainage system 1a, the shaft bottom of panel turnover sluice gate well 70 ' is less than rain pipe
At the bottom of road 11b pipe;The 3rd water stream channel 75 ' being arranged in panel turnover sluice gate well, is extended to by the 3rd water inlet 71 '
3rd outlet 72 ', flushes with at the bottom of the second outlet conduit 82 and storm sewer 11b pipe bottom it;It is arranged on
Turnover panel 74 on three water stream channels 75 ', is used for intercepting the rainwater flowing through the 3rd water stream channel, in order to improve just rain
Collecting chamber and the water level of rear rain collecting chamber;The turnover panel driving means being connected with turnover panel, be used for drive turnover panel close and
Open.
The turnover panel 74 of the present invention and the structure of turnover panel driving means are same as in Example 3, are not repeated at this.
Overfall 360, overflow is had on a pair first vertical wall 36a in the first rain shunting well 30a of the present invention
Non-return flap valve is installed, in order to prevent the rainwater outside the first water stream channel from being flowed into first by overfall 360 on Kou
Water stream channel.Other structure within first rain shunting well of the present invention is same as in Example 2, is not repeated at this.
Rear rain import and the second activity it is not provided with on the second horizontal partition wall 37b in the rear rain shunting well of the present invention
Cover board arrangement, other structure in rear rain shunting well is same as in Example 2, is not repeated at this.
Structure in the panel turnover sluice gate well 70 ' of the present invention is same as in Example 3, is not repeated at this.
Two water-retention rooms 73a, 73b of the present invention are respectively by two water pipelines 8a, 8b and rear rain collecting chamber
Connection.
Other structure of the present invention is same as in Example 3, is not repeated at this.
10,11,12,13 the first rain of the present invention, the shunting storage heat-extraction system shunting of rear rain are described below in conjunction with the accompanying drawings
Just rain, the process of rear rain.
When the first rain in drainage system is flowed into just rain shunting well by the first water inlet 31a, first rain is along the first current
Passage 35a flows, and at the beginning of rain flows to along the first water stream channel 35a originally during rain import 33a, first rain is by first rain
Import 33a falls into just rain collecting chamber 3a, and then enters first rain water storage system 4a to store.It is positioned at just rain to receive
First keg float 343a of collection indoor progressively moves up under the effect of first rain buoyancy, thus drives the first level
Cover plate 340a around the first loose-leaf 341a rotationally clockwise (as shown in figure 12), along with in first rain collecting chamber
The continuous rising of water level, the first horizontal cover plate 340a progressively turns to level, now the first removable cover
First rain import is closed by device, and the rainwater entering the first water stream channel 35a will not be fallen into by first rain import 33a again
Just rain collecting chamber 3a, but flowed to the second water stream channel 35b by the first water stream channel 35a and the 3rd current lead to
Road 75 '.
Backstop action due to turnover panel 74 so that flow through the first water stream channel 35a, the second water stream channel 35b
Will not be flowed out by panel turnover sluice gate well 70 ' with the rainwater of the 3rd water stream channel 75 ', so that the first water stream channel 35a,
Second water stream channel 35b and the 3rd water stream channel 75 ' middle water level raise, the water in the first water stream channel 35a
Position is when being increased to overfall 360, and rainwater is flowed out the first water stream channel 35a by overfall 360, and to enter first vertical
Between wall 36a and just the rain shunting well borehole wall, rainwater continues to flow into just rain collecting chamber.
Along with the continuous inflow of rainwater, the water level in first rain collecting chamber constantly raises, originally the water in rain collecting chamber
When position is increased to concordant with the first vertical wall 36a top, now the water level in the second water stream channel 35b also raises
To concordant with the top of a pair second vertical wall 36b, when water level raises again, the second water stream channel will be made
Rainwater in 35b cross a pair second vertical wall 36b top enter after rain collecting chamber, rear rain collecting chamber collect
Rainwater.
Along with the continuous entrance of rainwater in rear rain collecting chamber, the water level of rear rain collecting chamber constantly raises, when after rain receive
When the water level of collection room is increased to concordant with the top of the second vertical wall 36b, when water level raises again, rear rain collecting chamber
In rainwater will be flowed into two water-retention rooms 73a, 73b by by two water pipelines 8a, 8b.
In panel turnover sluice gate well 70 ', course of action and the principle of turnover panel are same as in Example 3 afterwards, are not repeated at this.
The water-break process of the present embodiment is same as in Example 3, is not repeated at this.
Although above-mentioned, the present invention is elaborated, but the invention is not restricted to this, the technology people of the art
Member can modify according to the principle of the present invention, therefore, and the various amendments that all principles according to the present invention are carried out
All should be understood to fall into protection scope of the present invention.
Claims (28)
1. rain, the shunting of rear rain store heat-extraction system at the beginning of one kind, it is characterised in that including:
It is used for discharging the drainage system (1) of rainwater;
Drainage (2) for sewage effluent;
The shunting dress being arranged between drainage system (1) downstream and outside municipal administration storm sewer drainage system (1a)
Put (3), there is the first rain collecting chamber (3a) for collecting just rain, and be positioned at just rain collecting chamber (3a) and descend
The rear rain collecting chamber (3b) regathering rear rain after first rain collecting chamber (3a) stores completely of trip, wherein just rain is collected
Room (3a) stores full rear self-closed, in order to separated with rear rain by the first rain collected;
With the described first rain water storage system (4a) that just rain collecting chamber (3a) connects, it is used for saving just rain collecting chamber (3a)
The first rain collected;
Respectively with described first rain water-break pipeline (5a) that just rain collecting chamber (3a) and drainage (2) connect,
So that the first rain that first rain collecting chamber (3a) and first rain water storage system (4a) are saved is entered drainage (2);
The rear rain water storage system (4b) connected with described rear rain collecting chamber (3b), rain collecting chamber (3b) after being used for saving
The rear rain collected;
Rain collecting chamber (3b)/rear rain water storage system (4b) and outside municipal administration storm sewer drainage system after connection
Rear rain water-break pipeline (5b), in order to when when discharge reduction in outside municipal administration storm sewer drainage system, will
In described rear rain collecting chamber (3b) and rear rain water storage system (4b), the rear rain of savings enters outside municipal administration rain pipe
Road drainage system.
Store heat-extraction system the most as claimed in claim 1, it is characterised in that
Described drainage system includes multiple inlet for stom water for collecting rainwater;By rainwater branch pipeline and inlet for stom water
Multiple rainwater inspection wells of connection;With the multiple storm sewers connecting adjacent rainwater inspection well;
Described rear rain water storage system (4b) includes multiple rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft, many
Individual rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft communicate with each other.
Store heat-extraction system the most as claimed in claim 2, it is characterised in that described part flow arrangement (3) including:
Concentrate shunting well (30), be provided with water inlet (31) and outlet (32), its water inlet (31)
Connecting with a storm sewer (11a) in described drainage system downstream, its outlet (32) passes through another
Storm sewer (11b) connects with a rainwater inspection well (10a) of outside municipal administration storm sewer drainage system;
Concentrate the shaft bottom of shunting well (30) less than at the bottom of described rain pipe deferent;
The described just rain collecting chamber (3a) being arranged in concentration shunting well (30), its top has just rain import
(33a), described just rain import (33a) place is provided with the first removable cover device (34a);
It is arranged on the described rear rain collecting chamber (3b) in concentration shunting well (30), with first rain collecting chamber (3a) phase
Isolation, its top has rear rain import (33b), and described rear rain import (33b) place is provided with the second removable cover
Panel assembly (34b);
It is arranged on the water stream channel (35) in concentration shunting well (30), described water inlet (31) extends to institute
State outlet (32), flush with at the bottom of described rain pipe deferent bottom it;
Wherein, described just rain import (33a) and described rear rain import (33b) are arranged on described water stream channel (35)
Bottom, and be sequentially arranged along water (flow) direction.
Store heat-extraction system the most as claimed in claim 3, it is characterised in that arrange in described concentration shunting well (30)
There is a pair vertical wall (36), extended to outlet (32) by described water inlet (31) respectively;A pair vertical wall
(36) being fixed with horizontal partition wall (37) between, its top flushes at the bottom of described rain pipe deferent, horizontal partition wall
(37) described water stream channel (35) is surrounded with a pair vertical wall (36);
Have described just rain import (33a), rear rain import successively along water (flow) direction on described horizontal partition wall (37)
(33b);
The lower section of described horizontal partition wall (37) is provided with vertical partition wall (38), vertical partition wall (38) and described
Vertical wall (36) is arranged vertically, and is positioned at just between rain import (33a) and rear rain import (33b), its
Top is connected with the bottom surface of horizontal partition wall (37), is connected with described concentration shunting well (30) shaft bottom bottom it;
Extended to concentrate the oblique stalk in two sides of shunting well (30) borehole wall by the two ends of vertical partition wall (38) respectively
(39), angle, its top and a pair vertical wall (36) top phase are formed with a pair vertical wall (36) respectively
Flat, it is connected with concentrating shunting well (30) shaft bottom bottom it;
Wherein, the oblique stalk in two sides (39), vertical partition wall (38) are by the interior part of described concentration shunting well (30)
Becoming two separate spaces, the space of neighbouring described water inlet (31) forms described just rain collecting chamber (3a),
The space of neighbouring described outlet (32) forms described rear rain collecting chamber (3b).
Store heat-extraction system the most as claimed in claim 2, it is characterised in that described part flow arrangement (3) including:
Just rain shunting well (30a), is provided with the first water inlet (31a) and the first outlet (32a), the
One water inlet (31a) connects with a storm sewer (11a) in described drainage system downstream, first rain shunting well
(30a) shaft bottom is less than at the bottom of one storm sewer (11a) pipe;
The described just rain collecting chamber (3a) being arranged in first rain shunting well (30a), its top has just rain import
(33a), described just rain import (33a) place is provided with the first removable cover device (34a);
It is arranged on the first water stream channel (35a) in first rain shunting well (30a), by described first water inlet (31a)
Extend to described first outlet (32a), flush with at the bottom of one rain pipe deferent bottom it;
Rear rain shunting well (30b), is provided with the second water inlet (31b) and the second outlet (32b), the
Two water inlets (31b) are connected with the first outlet (32a) by outlet conduit (8), the second outlet (32b)
A rainwater inspection well by another storm sewer (11b) Yu outside municipal administration storm sewer drainage system
(10a) connection;The shaft bottom of rear rain shunting well (30b) is less than at the bottom of described another storm sewer (11b) pipe;
The described rear rain collecting chamber (3b) being arranged in rear rain shunting well (30b), its top has rear rain import
(33b), described rear rain import (33b) place is provided with the second removable cover device (34b);
It is arranged on the second water stream channel (35b) in rear rain shunting well (30b), by described second water inlet (31b)
Extend to described second outlet (32b), with described outlet conduit and another rain pipe deferent described bottom it
The end, flushes;
Wherein, described just rain import (33a) is arranged on the bottom of described first water stream channel (35b), described
Rear rain import (33b) is arranged on the bottom of described second water stream channel (35b).
Store heat-extraction system the most as claimed in claim 5, it is characterised in that
It is provided with a pair first vertical walls (36a) in described just rain shunting well (30a), is entered by described first respectively
The mouth of a river (31a) extends to the first outlet (32a);It is fixed with first between a pair first vertical walls (36a)
Horizontal partition wall (37a), its top flushes at the bottom of one rain pipe deferent, the first horizontal partition wall (37a)
Described first water stream channel (35a) is surrounded with a pair first vertical walls (36a);
Described just rain import (33a) is had on described first horizontal partition wall (37a);Described first horizontal partition wall
(37a), first rain shunting well (30a) borehole wall and shaft bottom surround described just rain collecting chamber (3a);
It is provided with a pair second vertical walls (36b) in described rear rain shunting well (30b), is entered by described second respectively
The mouth of a river (31b) extends to the second outlet (32b);It is fixed with second between a pair second vertical walls (36b)
Horizontal partition wall (37b), its top flushes at the bottom of described outlet conduit and another rain pipe deferent described, and second
Horizontal partition wall (37b) and a pair second vertical walls (36b) surround described second water stream channel (35b);
Described rear rain import (33b) is had on described second horizontal partition wall (37b);Described second horizontal partition wall
(37b), rear rain shunting well (30b) borehole wall and shaft bottom surround described rear rain collecting chamber (3b).
7. the storage heat-extraction system as described in claim 4 or 6, it is characterised in that
Described just rain water-break pipeline (5a) connects one end of described just rain collecting chamber (3a) and is packaged with capping (9),
The bottom of capping has the return port flowing into just rain water-break pipeline (5a) for the first rain in first rain collecting chamber (3a)
(90), return port is provided with non-return flap valve (91), in order to prevent the sewage in drainage (2) by institute
State return port and flow into just rain collecting chamber (3a);
Described just rain water storage system (4a) includes the first rain water-retention pipeline being placed in below one storm sewer
(41a), its one end connects with described just rain collecting chamber (3a) with by a short-term water-retention pipeline, the other end
Store row's inspection shaft (40) by a short-term water-retention pipeline and one to connect.
Store heat-extraction system the most as claimed in claim 7, it is characterised in that
Described rear rain collecting chamber (3b) is arranged with outside municipal administration storm sewer by described rear rain water-break pipeline (5b)
Water system connectivity, described rear rain water-break pipeline (5b) is placed in described another storm sewer (11b) and descends
Side, its one end connects with the bottom of rear rain collecting chamber (3b), the other end and outside municipal administration storm sewer draining system
One rainwater inspection well (10a) connection of system;
Wherein, described one end of described rear rain water-break pipeline (5b) is packaged with capping, and the bottom of capping has confession
After rear rain inflow in rear rain collecting chamber (3b), the return port of rain water-break pipeline (5b), return port is provided with
Non-return flap valve, in order to rain after preventing the rainwater in outside municipal administration storm sewer drainage system from being flowed into by described return port
Collecting chamber (3b).
Store heat-extraction system the most as claimed in claim 2, it is characterised in that described part flow arrangement (3) including:
Concentrate shunting well (30 '), be provided with the first water inlet (31 ') and the first outlet (32 '), the
One water inlet (31 ') connects with a storm sewer (11a) in described drainage system downstream, and its shaft bottom is less than
At the bottom of one rain pipe deferent;
The described just rain collecting chamber (3a) being arranged in concentration shunting well (30 '), its top has just rain import
(33a), described just rain import (33a) place is provided with the first removable cover device (34a);
It is arranged on the described rear rain collecting chamber (3b) in concentration shunting well (30 '), with first rain collecting chamber (3a)
It is isolated;
It is arranged on the first water stream channel (35 ') in concentration shunting well (30 '), by described first water inlet (31 ')
Extend to described first outlet (32 '), flush with at the bottom of one rain pipe deferent bottom it, described just rain
Import (33a) is arranged on the first water stream channel (35 ') bottom;
Panel turnover sluice gate well (70), is provided with the second water inlet (71) and the second outlet (72), and second enters
The mouth of a river (71) is connected with the first outlet (32 ') by outlet conduit (8), the second outlet (72) and
A rainwater inspection well by another storm sewer (11b) Yu outside municipal administration storm sewer drainage system
(10a) connection connects, and the shaft bottom of panel turnover sluice gate well (70) is less than at the bottom of another rain pipe deferent described;
The second water stream channel (75) being arranged in panel turnover sluice gate well (70), is prolonged by described second water inlet (71)
Extend described second outlet (72), bottom it with described outlet conduit and another rain pipe deferent described at the bottom of
Flush;
The turnover panel (74) being arranged on the second water stream channel (75), is used for intercepting flowing through the second water stream channel (75)
Rainwater, in order to improve described just rain collecting chamber (3a) and the water level of rear rain collecting chamber (3b);
The turnover panel driving means being connected with described turnover panel (74), is used for driving turnover panel (74) to close and open.
Store heat-extraction system the most as claimed in claim 9, it is characterised in that
A pair first vertical walls (36a ', 36b ') it are provided with, respectively by institute in described concentration shunting well (30 ')
State the first water inlet (31 ') and extend to out the first outlet (32 ');A pair first vertical walls (36a ', 36b ')
Between be fixed with the first horizontal partition wall (37 '), its top flushes at the bottom of one rain pipe deferent, the first water
Flat partition wall (37 ') and a pair first vertical walls (36a ', 36b ') surround described first water stream channel (35 ');
Described just rain import (33a) is had on described first horizontal partition wall (37 ');
The lower section of described first horizontal partition wall (37 ') is provided with the first vertical partition wall (38 '), the first vertical partition wall
(38 ') and the pair of first vertical wall (36a ', 36b ') are arranged vertically, its top and the first horizontal partition wall
The bottom surface of (37 ') connects, and is connected with described concentration shunting well (30 ') shaft bottom bottom it;Described just rain import
(33a) it is positioned between the described first vertical partition wall (38 ') and described first water inlet (31 ');
The one side being extended to concentrate shunting well (the 30 ') borehole wall by one end of the first vertical partition wall (38 ') is oblique directly
Wall (39 '), forms angle with the first vertical wall (36a ', 36b '), its top and a pair first vertical walls (36a ',
36b ') top is equal, it is connected with concentrating shunting well (30 ') shaft bottom bottom it;
Wherein, in a pair first vertical walls (36a ', 36b ') one of adjacent described oblique stalk (39 ') erect
It is positioned at the part between described first water inlet (31 ') and described oblique stalk (39 ') on stalk (36a ')
Have overfall (360), overfall is provided with non-return flap valve, in order to prevent the first water stream channel (35 ')
Outside rainwater is flowed into the first water stream channel (35 ') by described overfall;Another vertical wall (36b ') it is positioned at
Part between first water inlet (31 ') and the described first vertical partition wall (38 ') downwardly extends and institute bottom it
State concentration shunting well (30 ') shaft bottom to connect;
Oblique stalk (39 '), vertical partition wall (38 ') and another vertical wall described (36b ') are by described concentration
Shunting well (30 ') is internal is divided into two separate spaces, the sky of neighbouring described first water inlet (31 ')
Between form described just rain collecting chamber (3a), the space of neighbouring described first outlet (32 ') forms described rear rain
Collecting chamber (3b).
11. store heat-extraction system as claimed in claim 10, it is characterised in that
It is provided with a pair second vertical walls (76) in described panel turnover sluice gate well (70), is intake by described second respectively
Mouth (71) extends to out the second outlet (72), and the top of a pair second vertical walls (76) is higher than described one
Top to the first vertical wall (36a ', 36b ');
Being fixed with the second horizontal partition wall (77) between a pair second vertical wall (76) bottoms, its top is with described
Flushing at the bottom of outlet conduit and another rain pipe deferent described, the second horizontal partition wall (77) is second vertical with a pair
Wall (76) surrounds described second water stream channel (75);
The lower section of described second horizontal partition wall (77) is provided with the second vertical partition wall (78), the second vertical partition wall (78)
Being arranged vertically with the pair of second vertical wall (76), its top connects with the bottom surface of the second horizontal partition wall (77)
Connect, be connected with described panel turnover sluice gate well (70) shaft bottom bottom it;
Wherein, the pair of second vertical wall (76) is positioned at the described second vertical partition wall (78) and described second
Part between outlet (72) downwardly extends bottom it and is connected with panel turnover sluice gate well (70) shaft bottom;Described second
Vertical partition wall (78), the second horizontal partition wall (77), a pair second vertical walls (76) and panel turnover sluice gate well (70)
The borehole wall surrounds closing chamber (79);The pair of second vertical wall (76) respectively with the panel turnover sluice gate well of corresponding side
(70) borehole wall surrounds two water-retention rooms (73a, 73b) being interconnected.
12. store heat-extraction system as claimed in claim 11, it is characterised in that
Each described water-retention room (73a, 73b) is collected with described rear rain by a water pipeline (8a, 8b)
Room (3b) connects, and the port that two water pipelines are connected with rear rain collecting chamber (3b) is positioned at described first current
Outside passage (35 '), and push up contour with the described first vertical wall (36a ', 36b ') at the bottom of its pipe;
The top of described closing chamber is provided with the opening closed by securing cover plate;The pair of second vertical wall (76)
On be positioned at securing cover plate be arranged above rotating shaft (74a), the middle part of described turnover panel (74) is hinged with rotating shaft,
Turnover panel (74) can be rotated around the axis.
13. store heat-extraction system as claimed in claim 2, it is characterised in that described part flow arrangement (3) including:
Just rain shunting well (30a), is provided with the first outlet (32a) and the first water inlet (31a), the
One water inlet (31a) connects with a storm sewer (11a) in described drainage system downstream, first rain shunting well
(30a) shaft bottom is less than at the bottom of one rain pipe deferent;
The described just rain collecting chamber (3a) being arranged in first rain shunting well (30a), its top has just rain import
(33a), described just rain import (33a) place is provided with the first removable cover device (34a);
It is arranged on the first water stream channel (35a) in first rain shunting well (30a), by described first water inlet (31a)
Extend to described first outlet (32a), flush with at the bottom of one rain pipe deferent bottom it, described just rain
Import (33a) is arranged on the first water stream channel (35a) bottom;
Rear rain shunting well (30b), is provided with the second water inlet (31b) and the second outlet (32b),
Second water inlet (31b) is connected with the first outlet (32a) by the first outlet conduit (81), and rear rain divides
The shaft bottom of stream well (30b) is less than at the bottom of one rain pipe deferent;
The described rear rain collecting chamber (3b) being arranged in rear rain shunting well (30b);
It is arranged on the second water stream channel (35b) in rear rain shunting well (30b), by described second water inlet (31b)
Extend to described second outlet (32b), flush with at the bottom of described first outlet pipe deferent bottom it;
Panel turnover sluice gate well (70 '), is provided with the 3rd water inlet (71 ') and the 3rd outlet (72 '), and the 3rd
Water inlet (71 ') is connected with the second outlet (32b) by the second outlet conduit (82), the 3rd outlet
(72 ') are examined by a rainwater of another storm sewer (11b) with outside municipal administration storm sewer drainage system
Looking into well (10a) connection, the shaft bottom of panel turnover sluice gate well (70) is less than at the bottom of another rain pipe deferent described;
The 3rd water stream channel (75 ') being arranged in panel turnover sluice gate well (70 '), by described 3rd water inlet (71 ')
Extend to described 3rd outlet (72 '), with described second outlet conduit and another rain pipe described bottom it
Flush at the bottom of deferent;
The turnover panel (74) being arranged on the 3rd water stream channel (75 '), is used for intercepting flowing through the 3rd water stream channel (75 ')
Rainwater, in order to improve described just rain collecting chamber (3a) and the water level of rear rain collecting chamber (3b);
The turnover panel driving means being connected with described turnover panel (74), is used for driving turnover panel (74) to close and open.
14. store heat-extraction system as claimed in claim 13, it is characterised in that
It is provided with a pair first vertical walls (36a), respectively by described first in described just rain shunting well (30a)
Water inlet (31a) extends to the first outlet (32a);It is fixed with between a pair first vertical walls (36a)
One horizontal partition wall (37a), its top flushes at the bottom of one rain pipe deferent, the first horizontal partition wall (37a)
Described first water stream channel (35a) is surrounded with a pair first vertical walls (36a);
Described just rain import (33a) is had on described first horizontal partition wall (37a);Described first horizontal partition wall
(37a), a pair first vertical walls (36a), first rain shunting well (30a) borehole wall and shaft bottom surround described just rain
Collecting chamber (3a);
A pair second vertical walls (36b) it are provided with, respectively by described second in described rear rain shunting well (30b)
Water inlet (31b) extends to the second outlet (32b);It is fixed with between a pair second vertical walls (36b)
Two horizontal partition walls (37b), flush with at the bottom of described first outlet pipe deferent bottom it, the second horizontal partition wall (37b)
Described second water stream channel (35b) is surrounded with a pair second vertical walls (36b);
Described second horizontal partition wall (37b), a pair second vertical walls (36b), rear rain shunting well (30b) boreholes wall
Described rear rain collecting chamber (3b) is surrounded with shaft bottom;
Wherein, a pair first vertical walls (36a) have overfall (360), overfall is provided with non-return and claps
Door, in order to the rainwater preventing the first water stream channel (35a) outside is flowed into the first water stream channel by described overfall
(35a).
15. store heat-extraction system as claimed in claim 14, it is characterised in that
It is provided with a pair the 3rd vertical walls (76 ') in described panel turnover sluice gate well (70 '), is entered by the described 3rd respectively
The mouth of a river (71 ') extends to out the 3rd outlet (72 '), and the top of a pair the 3rd vertical walls (76 ') is higher than institute
State the top of a pair second vertical walls (36b);
It is fixed with the 3rd horizontal partition wall (77 '), its top and institute between a pair the 3rd vertical wall (76 ') bottoms
State and flush at the bottom of the second outlet conduit and another rain pipe deferent described, the 3rd horizontal partition wall (77 ') and a pair
3rd vertical wall (76 ') surrounds described 3rd water stream channel (75 ');
The lower section of described 3rd horizontal partition wall (77 ') is provided with the 3rd vertical partition wall (78 '), the 3rd vertical partition wall
(78 ') are arranged vertically with the pair of 3rd vertical wall (76 '), its top and the 3rd horizontal partition wall (77 ')
Bottom surface connect, be connected with described panel turnover sluice gate well (70 ') shaft bottom bottom it;
Wherein, the pair of 3rd vertical wall (76 ') is positioned at the described 3rd vertical partition wall (78 ') and described the
Part between three outlets (72 ') downwardly extends bottom it and is connected with panel turnover sluice gate well (70 ') shaft bottom;Described
3rd vertical partition wall (78 '), the 3rd horizontal partition wall (77 '), a pair the 3rd vertical walls (76 ') and panel turnover sluice gate well
(70 ') borehole wall surrounds closing chamber (79);The pair of 3rd vertical wall (76 ') respectively with corresponding side
Panel turnover sluice gate well (the 70 ') borehole wall surrounds two water-retention rooms (73a, 73b) being interconnected.
16. store heat-extraction system as claimed in claim 15, it is characterised in that
Each described water-retention room is connected with described rear rain collecting chamber (3b) by a water pipeline, crosses water for two
Outside the port that pipeline is connected with rear rain collecting chamber (3b) is positioned at described second water stream channel (35b), and
Push up contour with the described second vertical wall (36b) at the bottom of its pipe;
The top of described closing chamber (79) is provided with the opening closed by securing cover plate (79a);The pair of
Be positioned at securing cover plate on three vertical walls (76 ') is arranged above rotating shaft (74a), described turnover panel (74)
Middle part is hinged with rotating shaft so that turnover panel (74) can rotate around the axis.
The 17. storage heat-extraction systems as described in claim 12 or 16, it is characterised in that described turnover panel is positioned on (74)
It is fixed with pitman shaft (74b) between described rotating shaft and turnover panel (74) bottom;Described turnover panel (74) driving means
Including:
The L-type plate (60) being placed in described closing chamber, the top of L-type plate is interior with described closing chamber
Wall is hinged;
A pair connecting rod (61), both sides with L-type plate respectively, its one end are connected, and the other end stretches out described respectively
Securing cover plate (79a) is hinged with described pitman shaft (74b);
Keg float (62), is arranged between vertical plate and the horizontal plate of L-type plate;
A pair Square barrel (63), is set in a pair connecting rod, is fixed on described securing cover plate bottom it
On;And
Siphon (64), its one end is positioned at a water-retention room (73b), the other end and the bottom closing chamber
Connection.
18. store heat-extraction system as claimed in claim 17, it is characterised in that described just rain water-break pipeline (5a) is even
The one end connecing described just rain collecting chamber (3a) is packaged with capping, and the bottom of capping has for first rain collecting chamber (3a)
Interior first rain flows into the return port of just rain water-break pipeline (5a), and return port is provided with non-return flap valve, in order to anti-
Only the sewage in drainage (2) is flowed into just rain collecting chamber (3a) by described return port;
Described just rain water storage system (4a) includes rain water-retention at the beginning of vertically arranged with one storm sewer one
Pipeline (41a '), its one end is connected, separately with described just rain collecting chamber (3a) by a short-term water-retention pipeline
One end is connected by rain water-retention inspection shaft (40a) at the beginning of a short-term water-retention pipeline and one.
19. store heat-extraction system as claimed in claim 17, it is characterised in that
Described closing chamber is by the first water-break pipeline (5c) with described outside municipal administration storm sewer drainage system even
Logical;Described first water-break pipeline (5c) is placed in described another storm sewer (11b) lower section, its one end
Connecting with the bottom of described closing chamber, its other end is described with described outside municipal administration storm sewer drainage system
One rainwater inspection well (10a) connection;
One described water-retention room is connected with described drainage (2) by the second water-break pipeline (5d);
Wherein, described one end of described first water-break pipeline (5c) is packaged with capping, and the bottom of capping has confession
Close the rainwater in chamber and flow into the return port of the first water-break pipeline (5c), return port is provided with non-return flap valve,
To prevent the rainwater in outside municipal administration storm sewer drainage system from being flowed into by described return port close chamber;
Second water-break pipeline (5d) connects one end of described water-retention room and is packaged with capping, and the bottom of capping has confession
The rainwater of water-retention indoor flows into the return port of the second water-break pipeline (5d), and return port is provided with non-return flap valve,
To prevent the sewage in drainage (2) from being flowed into water-retention room by described return port.
20. store heat-extraction system as claimed in claim 17, it is characterised in that in described rear rain water storage system (4b)
One after rain water-retention inspection shaft by described rear rain water-break pipeline (5b) and outside municipal administration storm sewer draining system
System connection, one end of described rear rain water-break pipeline (5b) connects with the bottom of rain water-retention inspection shaft after one,
The other end connects with another rainwater inspection well of outside municipal administration storm sewer drainage system;
Wherein, described one end of described rear rain water-break pipeline (5b) is packaged with capping, and the bottom of capping has confession
After rear rain inflow in rear rain water storage system (4b), the return port of rain water-break pipeline (5b), return port is installed
There is non-return flap valve, in order to after preventing the rainwater in outside municipal administration storm sewer drainage system from being flowed into by described return port
Rain water storage system (4b).
21. as arbitrary in claim 4,6,10,14 as described in storage heat-extraction system, it is characterised in that described just rain enters
One end of mouth (33a) is formed step-like so that the open top width of first rain import (33a) enters more than first rain
The bottom opening width of mouth (33a);Described first removable cover device (34a) including:
First horizontal cover plate (340a), its width is equal with the open top width of described just rain import (33a);
First loose-leaf (341a), respectively with the inwall of described one end of described just rain import (33a) and described the
The bottom surface of one corresponding one end of horizontal cover plate connects;
First other end falling " 7 " shape cover plate (342a), one end of its riser and described first horizontal cover plate connects
Connect;
First keg float (343a), is fixed on bottom the first horizontal cover plate, and is positioned at the first horizontal cover plate and first
The angle that " 7 " shape cover plate is formed.
The 22. storage heat-extraction systems as described in claim 4 or 6, it is characterised in that described rear rain import (33b)
One end is formed step-like so that the open top width of rear rain import (33b) is more than rear rain import (33b)
Bottom opening width;Described second removable cover device (34b) including:
Second horizontal cover plate, its width is equal with the open top width of described just rain import (33a);
Second loose-leaf, respectively with inwall and described second horizontal cover of described one end of described just rain import (33a)
The bottom surface of the corresponding one end of plate connects;
Second fall " 7 " shape cover plate, one end of its riser is connected with the other end of described second horizontal cover plate;
Second keg float, is fixed on bottom the second horizontal cover plate, and is positioned at the second horizontal cover plate and second " 7 " shape
The angle that cover plate is formed.
23. store heat-extraction system as claimed in claim 2, it is characterised in that described rear rain water storage system (4b) including:
Multiple rear rain water-retention pipeline that line long with described storm sewer is arranged in juxtaposition and multiple rear rain water-retention inspection shaft, multiple
In rear rain water-retention pipeline one is by perpendicular type short-term water-retention pipeline (44b) and described rear rain collecting chamber
(3b) connection, is connected by linear type short-term water-retention pipeline (43b) between adjacent rear rain water-retention pipeline, phase
Connected by linear type short-term water-retention pipeline (43b) between rain water-retention inspection shaft and rear rain water-retention pipeline after neighbour.
24. store heat-extraction system as claimed in claim 2, it is characterised in that described rear rain water storage system (4b) including:
It is perpendicular to multiple rear rain water-retention pipeline and multiple rear rain water-retention inspection shaft that the long line of described storm sewer is arranged, multiple
In rear rain water-retention pipeline one is by linear type short-term water-retention pipeline (43b) and described rear rain collecting chamber
(3b) connection, is connected by linear type short-term water-retention pipeline (43b) between adjacent rear rain water-retention pipeline, phase
Connected by linear type short-term water-retention pipeline (43b) between rain water-retention inspection shaft and rear rain water-retention pipeline after neighbour.
25. store heat-extraction system as claimed in claim 2, it is characterised in that described rear rain water storage system (4b) includes
Multiple rear rain water-retention pipelines and multiple rear rain water-retention inspection shaft, multiple rear rain water-retention pipelines and multiple rear rain water-retention inspection
Looking into the line long with described storm sewer of the part in well to be arranged in juxtaposition, it is long that remainder is perpendicular to described storm sewer
Line is arranged, described a part of the same side being positioned at the long line of described storm sewer with described remainder, described one
After in Fen one, after in rain water-retention pipeline, described remainder, rain water-retention pipeline is collected with described rear rain
Room (3b) is connected by triplet type short-term water-retention pipeline (42b);By straight between adjacent rear rain water-retention pipeline
Line style short-term water-retention pipeline (43b) connects, and passes through between adjacent rear rain water-retention inspection shaft and rear rain water-retention pipeline
Linear type short-term water-retention pipeline (43b) connects.
26. store heat-extraction system as claimed in claim 2, it is characterised in that described rear rain water storage system (4b) includes
Multiple rear rain water-retention pipelines and multiple rear rain water-retention inspection shaft, a part in multiple rear rain water-retention pipelines and multiple
Rear rain water-retention inspection shaft is positioned at the side of the long line of described storm sewer and is arranged in juxtaposition with it, in a described part
After one, rain water-retention pipeline is by linear type short-term water-retention pipeline (43b) with described rear rain collecting chamber (3b) even
Logical, after remainder, rain water-retention pipeline is positioned at the opposite side of the long line of described storm sewer, along storm sewer branch line cloth
Putting, described rear rain water storage system (4b) and described drainage system infall arrange storage row's inspection shaft.
27. store heat-extraction system as claimed in claim 26, it is characterised in that
After described remainder, rain water-retention pipeline is placed in immediately below described branch line storm sewer, and its two ends lead to respectively
Cross linear type short-term water-retention pipeline (43b) to connect with storage row's inspection shaft;
Or, after described remainder, rain water-retention pipeline is arranged in juxtaposition two-by-two and lays respectively at described branch line storm sewer
Both sides, lower section, its two ends store row's inspection shaft by linear type short-term water-retention pipeline (43b) with one respectively
Connection.
28. 1 kinds use first rain described in claim 1, rear rain shunting storage heat-extraction system to carry out just rain, rear rain shunting storage row
Method, it is characterised in that include the step being carried out as follows:
When the first rain in drainage system flow to part flow arrangement (3) being arranged on drainage system downstream, first rain enters
The first rain collecting chamber (3a) of part flow arrangement (3), stores subsequently into the first rain connected with first rain collecting chamber (3a)
Water system (4a), in order to store;
When the rear rain in drainage system flow to part flow arrangement (3), rear rain enters the rear rain of part flow arrangement (3)
Collecting chamber (3b), subsequently into the rear rain water storage system (4b) connected with rear rain collecting chamber (3b), in order to storage
Deposit;
Afterwards, the first rain that first rain collecting chamber (3a) and first rain water storage system (4a) store is under gravity stream effect
Drainage (2) is entered by first rain water-break pipeline (5a);
When outside municipal administration storm sewer drainage system discharge reduction, rear rain collecting chamber (3b) and rear rain water-retention system
The rear rain stored in system (4b) rains in gravity stream effect and is entered outside municipal administration rainwater by rear water-break pipeline (5b)
Pipe drainage system, in order to discharge.
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CN201410072614.0A CN104878824B (en) | 2014-02-28 | 2014-02-28 | A kind of just rain, the shunting of rear rain store heat-extraction system and store discharge method |
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CN201410072614.0A CN104878824B (en) | 2014-02-28 | 2014-02-28 | A kind of just rain, the shunting of rear rain store heat-extraction system and store discharge method |
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CN104878824B true CN104878824B (en) | 2016-11-23 |
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EP0711879A1 (en) * | 1994-11-08 | 1996-05-15 | Joseph Gordon Monteith | Tank interceptor |
CN201506993U (en) * | 2009-09-28 | 2010-06-16 | 重庆大学 | Initial rain split-flow device |
CN102383489A (en) * | 2011-08-22 | 2012-03-21 | 武汉理工大学 | Hydraulic automatic control type method for distributing initial rainwater |
CN202324064U (en) * | 2011-12-05 | 2012-07-11 | 武汉市建筑设计院 | Turbidity type rainwater flow-discarding device |
CN202689174U (en) * | 2012-08-14 | 2013-01-23 | 上海市城市建设设计研究总院 | Intercepting and storing system by utilizing interceptor sewer to transfer initial rainwater in centralized mode |
CN203769035U (en) * | 2014-02-28 | 2014-08-13 | 段昌和 | Initial rainwater and after rainwater diversion, storage and drainage system |
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2014
- 2014-02-28 CN CN201410072614.0A patent/CN104878824B/en active Active
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Publication number | Priority date | Publication date | Assignee | Title |
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EP0711879A1 (en) * | 1994-11-08 | 1996-05-15 | Joseph Gordon Monteith | Tank interceptor |
CN201506993U (en) * | 2009-09-28 | 2010-06-16 | 重庆大学 | Initial rain split-flow device |
CN102383489A (en) * | 2011-08-22 | 2012-03-21 | 武汉理工大学 | Hydraulic automatic control type method for distributing initial rainwater |
CN202324064U (en) * | 2011-12-05 | 2012-07-11 | 武汉市建筑设计院 | Turbidity type rainwater flow-discarding device |
CN202689174U (en) * | 2012-08-14 | 2013-01-23 | 上海市城市建设设计研究总院 | Intercepting and storing system by utilizing interceptor sewer to transfer initial rainwater in centralized mode |
CN203769035U (en) * | 2014-02-28 | 2014-08-13 | 段昌和 | Initial rainwater and after rainwater diversion, storage and drainage system |
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