CN208590314U - One kind having rainwater and sewage treatment and greening wall device - Google Patents
One kind having rainwater and sewage treatment and greening wall device Download PDFInfo
- Publication number
- CN208590314U CN208590314U CN201821169942.2U CN201821169942U CN208590314U CN 208590314 U CN208590314 U CN 208590314U CN 201821169942 U CN201821169942 U CN 201821169942U CN 208590314 U CN208590314 U CN 208590314U
- Authority
- CN
- China
- Prior art keywords
- module
- wall
- rainwater
- sewage
- pipe
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Classifications
-
- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A20/00—Water conservation; Efficient water supply; Efficient water use
- Y02A20/108—Rainwater harvesting
Landscapes
- Sewage (AREA)
Abstract
The utility model relates to one kind to have rainwater and sewage treatment and greening wall device, including sewage collecting pipe, first rainwater collection collector, second rainwater collection collector, sewage-treatment plant, rainwater precipitation treatment device, distribution well, greening wall device, the distribution well is connected to greening wall device, the greening wall device includes several columns and several grades of wall body modules, every grade of wall body module includes bottom wall module, several middle wall body modules and top wall module, every layer of wall body module is by external structure cabinet, internal container and external container three parts are constituted, the first aperture is equipped at intervals between the external container and internal container, circulating pump is equipped in bottom wall inside modules container, the circulating pump is equipped with outlet pipe, the outlet pipe is communicated in top wall module.By adopting the above technical scheme, the utility model provides a kind of greening wall device that can have rainwater and sewage-treatment plant to rain sewage treatment in situ and reuse and beautify the environment.
Description
Technical field
The utility model relates to field of environment engineering and wall greening field, in particular to one kind has at rainwater and sewage
Reason and greening wall device.
Background technique
Currently, the tupe of produced sewage is to collect to convey by sewage network in most of building building in China
It is discharged after to sewage plant processing, and rainwater is that water body is directly discharged into after collecting by Storm Sewer Network, this mode causes sewage
With a large amount of wastes of the resource of rainwater, it is unfavorable for the construction of conservation culture.
As industrialization and the rapid development of urbanization, environmental pollution are on the rise, urban heat land effect is further obvious, city
City's ecology is worsening.It in the latest 20 years, to the common opinion for improving urban ecological environment is planted energetically in city both at home and abroad
Green plants is planted, green is made to return city.Because the vertical greening systems such as greening wall have energy-saving and emission-reduction, extenuate heat island, purification
The advantages that air, is paid more and more attention and is widely applied in city, but common greening wall system does not have rainwater
Or the storage or processing function of sewage, daily maintenance need to consume a large amount of water resource.
The shortcomings that for the deficiency of existing city rain sewage treatment mode and common greening wall system, one kind is provided and is had
The device and its application method of rainwater and sewage treatment and wall greening function increase greening while rain sewage is effectively treated
It simultaneously beautifies the environment in space.
Summary of the invention
The purpose of this utility model: in order to overcome the drawbacks of the prior art, the utility model provides one kind and has rainwater
With sewage treatment and greening wall device, while can be realized to rain sewage treatment in situ and reuse, greening wall dress is provided
It sets to beautify the environment.
The technical solution of the utility model includes: one kind has rainwater and sewage treatment and greening wall device, including sewage is received
Collector, the first rainwater collection collector, the second rainwater collection collector, sewage-treatment plant, rainwater precipitation treatment device, distribution well and green
Change wall apparatus, the sewage collecting pipe and sewage-treatment plant penetrate through, the rainwater precipitation treatment device respectively with the first rain
Water collection pipe and the perforation of the second rainwater collection collector, the sewage-treatment plant and rainwater precipitation treatment device are passed through with distribution well respectively
Logical, the distribution well is connected to greening wall device, and the greening wall device includes several columns and several grades of wall moulds
Block, and every grade of wall body module is arranged between two neighboring column, every grade of wall body module include bottom wall module, in several
Between wall body module and top wall module, every layer of wall body module is by external structure cabinet, internal container and external container three parts
It constitutes, is equipped at intervals with two partitions in external structure cabinet, form internal container between two partitions, external container setting is tied in outside
Corresponding internal container position, is equipped with the first aperture, the bottom wall mould on the outside of structure cabinet between external container and internal container
Circulating pump is equipped in the internal container of block, the circulating pump is equipped with outlet pipe, and the outlet pipe is communicated to top wall module
In, middle wall body module and top wall module are equipped with that rain sewage drains into the second of next layer of wall body module opens for treated
Hole or pipeline.
By adopting the above technical scheme, it after building the sewage in building by the collection of sewage collecting pipe, is filled into sewage treatment
Processing is set, and after treatment, is discharged into distribution well；After rainwater is collected by the first rainwater collection collector and the second rainwater collection collector,
Into after the processing of rainwater precipitation treatment device, it is discharged into distribution well；The rain sewage mixed in distribution well, is passed to first order bottom
In layer wall body module, and the circulation pump circulation in the internal container by bottom wall module is arranged in, by being connected to circulating pump
On outlet pipe be passed in top wall module, between the external container of every layer of wall body module and the coincidence face of internal container between
It is the middle wall body module in order to enable the rain sewage stored in internal container to be passed in external container every being equipped with the first aperture
Being equipped with the second aperture with top wall module bottom is to enable the rain sewage in upper wall module to be passed to next layer
In.
The further setting of the utility model: the sewage-treatment plant includes anaerobic unit and aerobic unit, described
Bottom is equipped with aerator in aerobic unit, and middle part is equipped with filler, and top is equipped with water outlet, and the water outlet is connected to distribution well,
The volumetric filling ratio of the filler is 20 ~ 60%.
Using above-mentioned further setting, sewage enters aerobic unit, filling out in aerobic unit after anaerobic unit is handled
Material accumulates the microorganism in sewage on the surface of filler, and increase is contacted with the surface of sewage, carries out at degradation to sewage
Reason, aerator is then the process in order to force to shift the oxygen in air into liquid, obtains enough dissolved oxygens, prevents aerobic
Suspended substance in unit sinks, and reinforces organic matter in aerobic unit and contacts with microorganism and dissolved oxygen, to guarantee aerobic unit
Interior microorganism is under conditions of having sufficient dissolved oxygen, the sewage to the oxygenolysis of dirty Organic substance in water, in aerobic unit
It is passed in distribution well by processing from water outlet.
The further setting of the utility model: several inclined plates or oblique are equipped in the rainwater precipitation treatment device
Pipe is spaced setting between the inclined plate or inclined tube.
Further it is arranged using above-mentioned, rainwater is subjected to precipitation process, rainwater treatment heel row using inclined tube or inclined plate
Enter into distribution well, processing capacity is improved using inclined tube or inclined plate, efficiency shortens the processing time.
The further setting again of the utility model: elevator pump, the first level sensor, second are equipped in the distribution well
Level sensor and overflow pipe, first level sensor and the second level sensor are connect with elevator pump respectively, and first
Level sensor is located at below the second level sensor, and the overflow pipe is arranged above the second level sensor.
Using above-mentioned setting further again, mode set by elevator pump is that rain sewage stops in the first level sensor
Pump, the turn on pump in the second level sensor, the rain sewage that the elevator pump in distribution well is pumped out, which is drained into, is placed on outdoor the
In internal container in level-one greening wall device, extra rain sewage can be discharged by overflow pipe in distribution well.
The further setting again of the utility model: the column is equipped with groove, the external structure of the wall body module
Tank ends are embedded in the groove of adjacent two root posts.
Using above-mentioned setting further again, the external structure tank ends of wall body module are embedded in the groove of column,
In this way setting facilitate wall body module can multiple-layer stacked, also facilitate the disassembly of wall body module, and replacement.
The further setting again of the utility model: internal container both ends and external structure cabinet in bottom wall module
Bell-and-spigot pipe is respectively equipped between both ends, bell-and-spigot pipe is threaded through on corresponding column, internal container and external structure cabinet, adjacent
Two-stage bottom wall module is connected with each other by bell-and-spigot pipe, and the bell-and-spigot pipe in elevator pump and first order bottom wall module connects
It connects.
Using above-mentioned setting further again, will be connected between the internal container of every grade of bottom wall module using bell-and-spigot pipe
It is logical, by rain sewage by being held in column and first order bottom wall module after promoting the rain sewage in distribution well by elevator pump
It is intubated in the internal container being passed to, because being connected between bottom wall modules at different levels by bell-and-spigot pipe, therefore rain sewage passes through socket joint
Pipe is passed in the internal container of bottom wall modules at different levels, and utilizes the circulation being arranged in bottom wall inside modules container
Rain sewage is supplied in top wall module by pump, and the draining of the bell-and-spigot pipe of afterbody bottom wall inside modules container then can
For green area irrigation.
The further setting again of the utility model: greening wall device takes overflow-type water distribution, middle wall body module and
The second aperture is arranged in external structure cabinet one end bottom closing in top wall module, other end bottom, and internal container is close
The closed one end of the external structure bottom of box is equipped at intervals with the first water hole, and internal container is set close to one end interval of the second aperture
There is spillway hole, external container and internal container bottom are all closed.
Using above-mentioned setting further again, using overflow-type water distribution manner, middle wall body module and top wall module
In external structure cabinet one end bottom be close it is waterproof, to receive water outlet and the storage of upper one layer of module or outlet pipe
Water, it is to drain to next layer that other end bottom, which is equipped with the second aperture, and next layer of closed end and aperture end then keep up with one layer
It is contrary, the setting of the first water hole enable the end accumulation rain sewage in a manner of undercurrent from the first water hole into
Enter into internal container, spillway hole is then that the rain sewage in internal container is made to pass through spillway hole and aperture or the external structure of hollow out
The bottom of box is drained into next layer of wall body module, and internal container closing then can be used for water storage or plantation.
The further setting again of the utility model: greening wall device takes hydrocone type water distribution, middle wall body module and
External structure tank ends bottom in top wall module is closing setting, and every layer of wall body module is equipped with inverted U siphon
Drainpipe, lower than this layer internal container top of highest point of inverted U siphon pipe, one end of inverted U siphon pipe are higher than this layer of bottom,
The other end of the inverted U siphon pipe extends in the external structure cabinet of lower module, and the both ends of internal container are spaced and set
There is the second water hole, internal container and external container bottom are all closed.
Using above-mentioned setting further again, using hydrocone type water distribution manner, middle wall body module and top wall module
The both ends bottom closing of external structure cabinet be in order to which for storing rain sewage, inverted U siphon drainage pipe is arranged in one end, another
End then receives the water outlet of one layer of wall body module or the water outlet of outlet pipe and carries out water storage, and the highest point of inverted U siphon pipe is lower than
At the top of this grade of wall body module internal container, one end is higher than this layer of internal container, and the other end of inverted U siphon pipe passes through this layer of module
The external structure bottom of box and extend into the external structure cabinet of lower module be in order to next layer drain, siphon pipe is in this way
Setting is continuously to provide the energy branch of never failure using existing pressure difference and drop potential energy between atmospheric pressure and vacuum
It holds, to reach the water flow phenomenon of auto-pumping diversion, more convenient greening to next layer is set in this way and is poured, second
The setting of water hole enables the rain sewage of accumulation to pass in and out internal container from the second water hole in a manner of undercurrent, reaches rain dirt
The circulation of water, internal container and bottom closing are to facilitate water storage or plantation.
The further setting again of the utility model: greening wall device takes drip irrigation type water distribution, middle wall body module and
Internal container and external container bottom in top wall module are equipped at intervals with the second aperture, in top wall module
Outlet pipe is horizontally disposed, several third water holes are equipped at intervals on the outlet pipe in top wall module.
Rain using above-mentioned setting further again, using drip irrigation type water distribution manner, in bottom wall inside modules container
Sewage is transported in top wall module by the third water hole on the outlet pipe on circulating pump, and then passes through the second aperture again
It is drained into next layer of module, successively conveys.
Detailed description of the invention
Fig. 1 is the general structure schematic diagram of the utility model specific embodiment；
Fig. 2 is the sewage-treatment plant schematic diagram of the utility model specific embodiment；
Fig. 3 is the rainwater precipitation treatment device schematic diagram of the utility model specific embodiment；
Fig. 4 is the distribution well schematic diagram of the utility model specific embodiment；
Fig. 5 is the column schematic diagram of the utility model specific embodiment；
Fig. 6 is the bottom wall module diagram of the utility model specific embodiment；
Fig. 7 is the middle wall body module diagram of the utility model specific embodiment；
Fig. 8 is the top wall module diagram of the utility model specific embodiment；
Fig. 9 is the wall processing system overflow-type water distribution manner schematic diagram of the utility model specific embodiment；
Figure 10 is the wall processing system hydrocone type water distribution manner schematic diagram of the utility model specific embodiment；
Figure 11 is the wall processing system drip irrigation type water distribution manner schematic diagram of the utility model specific embodiment；
Figure 12 is the external box of microvave hollow type wall body module schematic diagram of the utility model specific embodiment.
Specific embodiment
As shown in figs. 1-12, one kind having rainwater and sewage treatment and greening wall device, including sewage collecting pipe 1,
One rainwater collection collector 2, the second rainwater collection collector 3, sewage-treatment plant 4, rainwater precipitation treatment device 5, distribution well 6 and greening
Wall apparatus, the sewage collecting pipe 1 are penetrated through with sewage-treatment plant 4, the rainwater precipitation treatment device 5 respectively with the first rain
Water collection pipe 2 and the perforation of the second rainwater collection collector 3, the sewage-treatment plant 4 and rainwater precipitation treatment device 5 respectively with water distribution
Well 6 penetrates through, and the distribution well 6 is connected to greening wall device, and the greening wall device includes several columns 71 and several
Grade wall body module 72, and every grade of wall body module 72 is arranged between two neighboring column 71, every grade of wall body module 72 includes bottom
Wall body module 721, several middle wall body module 722(middle wall body modules at least there are two) and top wall module 723, often
Layer wall body module is made of external structure cabinet 724, internal container 725 and 726 three parts of external container, external structure cabinet
It is equipped at intervals with two partitions in 724, forms internal container 725 between two partitions, external container 726 is arranged in external structure case body
724 corresponding 725 position of internal container in outsides, external container it is settable one or two, external container 726 and internal container 725
Between be equipped with the first aperture, circulating pump 727, the circulating pump are equipped in the internal container 725 of the bottom wall module 721
727 are equipped with outlet pipe 728, and the outlet pipe 728 is communicated in top wall module 723, middle wall body module 722 and top layer
Wall body module 723 is equipped with the second aperture 7291 or pipeline 7292 for treated rain sewage drains into next layer of wall body module.
After the sewage in building is built by the collection of sewage collecting pipe 1, into after the processing of sewage-treatment plant 4, it is discharged into distribution well 6；
After rainwater is collected by the first rainwater collection collector 2 and the second rainwater collection collector 3, into after the processing of rainwater precipitation treatment device 5, row
Enter in distribution well 6；The rain sewage mixed in distribution well 6 is passed in first order bottom wall module, and by bottom is arranged in
Circulating pump 727 in 721 internal container 725 of wall body module recycles, and is circulated by the outlet pipe 728 being connected on circulating pump 727
External structure cabinet 724, internal container 725 and external container into top wall module 723, in bottom wall module 721
726 bottom is all closed, and is equipped at intervals between the external container 726 of every layer of wall body module and the coincidence face of internal container 725
One aperture is the middle wall body module in order to enable the rain sewage stored in internal container 725 to be passed in external container 726
722 and to be equipped with the second aperture 7291 or pipeline 7292 be to make the rain in upper wall module to 723 bottom of top wall module
Sewage can be passed in next layer.
In the utility model specific embodiment, the sewage-treatment plant 4 includes anaerobic unit 41 and aerobic unit 42,
Bottom is equipped with aerator 421 in the aerobic unit 42, and it is elastomer filler that middle part, which is equipped with filler 422(filler), top is set
There is water outlet 423, the water outlet 423 is connected to distribution well 6, and the volumetric filling ratio of the filler 422 is 20 ~ 60%.Sewage warp
It crosses after anaerobic unit 41 is handled and enters aerobic unit 42, overflow port or lock are equipped between anaerobic unit 41 and aerobic unit 42
Plate, sewage enter aerobic unit 42, filling out in aerobic unit 42 by overflow port or flashboard after the processing of anaerobic unit 41
Material 422 accumulates the microorganism in sewage on the surface of filler 422, and increase is contacted with the surface of sewage, carries out to sewage
Degradation treatment, aerator 421 are then the processes in order to force to shift the oxygen in air into liquid, obtain enough dissolutions
Oxygen prevents the suspended substance in aerobic unit 42 from sinking, and reinforces organic matter in aerobic unit 42 and contacts with microorganism and dissolved oxygen, from
And guarantee that microorganism is under conditions of having sufficient dissolved oxygen in aerobic unit 42, to the oxygenolysis of dirty Organic substance in water,
Sewage in aerobic unit 42 is passed in distribution well 6 by processing from water outlet 423.
Several inclined plates or oblique are equipped in the utility model specific embodiment, in the rainwater precipitation treatment device 5
Pipe 51 is spaced setting between the inclined plate or inclined tube 51.The rainwater that first rainwater collection collector 2 and the second rainwater collection collector 3 are collected
It is passed in rainwater precipitation treatment device 5, inclined tube or inclined plate 51(inclined tube or inclined plate is set in rainwater precipitation treatment device 5
For plastic products) rainwater is subjected to precipitation process, it is drained into after rainwater treatment in distribution well 6, between adjacent inclined plate or inclined tube 51
Spacing be 100mm or so, inclined plate or inclined tube 51 horizontal by 60 ~ 70 ° of angles, rainwater enters from bottom, from inclined tube inside or
Person flows up along inclined plate, flows still further below, is flowed repeatedly by the contamination precipitation in rainwater under rainwater precipitation treatment device 5
Side, and the rainwater after precipitating is discharged from top, improves processing capacity using inclined tube or inclined plate 51, efficiency shortens processing
Time.
Elevator pump 61, the first level sensor 62, the second level sensor 63 and overflow pipe are equipped in the distribution well 6
64, first level sensor 62 and the second level sensor 63 are connect with elevator pump 61 respectively, and the first level sensor
62 are located at 63 lower section of the second level sensor, and the overflow pipe 64 is arranged above the second level sensor 63.61 institute of elevator pump
Set-up mode is the termination of pumping in the first level sensor 62 of rain sewage, the turn on pump in the second level sensor 63, in distribution well 6
The rain sewage that elevator pump 61 is pumped out is drained into the internal container 725 being placed in outdoor first order greening wall device,
Extra rain sewage can be discharged by overflow pipe 64 in distribution well 6.
The column 71 is equipped with groove 711, and 724 both ends of external structure cabinet of the wall body module are embedded adjacent two
In the groove 711 of root post 71.It is above-mentioned it is such setting facilitate wall body module can multiple-layer stacked, also facilitate the disassembly of wall body module,
And replacement.
It is respectively equipped with and holds between 724 both ends of 725 both ends of internal container in bottom wall module 721 and external structure cabinet
Intubation 8, bell-and-spigot pipe 8 is threaded through on corresponding column 71, internal container 725 and external structure cabinet 724, adjacent two-stage bottom
Wall body module 721 is connected with each other by bell-and-spigot pipe 8, and elevator pump 61 is connect with the bell-and-spigot pipe 8 in first order bottom wall module.
It will be connected between the internal container 724 of every grade of bottom wall module 721 using bell-and-spigot pipe 8, pass through the rain sewage in distribution well 6
The internal container that rain sewage is passed to by elevator pump 61 after being promoted by bell-and-spigot pipe 8 in column 71 and first order bottom wall module
In 725, connected because passing through bell-and-spigot pipe 8 between bottom wall modules at different levels, therefore rain sewage is passed to bottoms at different levels by bell-and-spigot pipe 8
In the internal container 725 of wall body module, and will using the circulating pump 727 being arranged in 721 internal container 725 of bottom wall module
Rain sewage is supplied in top wall module 723, and the draining of the bell-and-spigot pipe 8 of afterbody bottom wall inside modules container then can
For green area irrigation.
First order greening wall device takes overflow-type water distribution, in middle wall body module 722 and top wall module 723
The second aperture 7291 is arranged in the closing of 724 one end bottom of external structure cabinet, other end bottom, and internal container 725 is close to external knot
The closed one end in 724 bottom of structure cabinet is equipped at intervals with the first water hole 9, and internal container 725 is close to one end of the second aperture 7291
It is equipped at intervals with spillway hole 91, external container 726 and 725 bottom of internal container are all closed.Using overflow-type water distribution manner, middle walls
724 one end bottom of external structure cabinet in module 722 and top wall module 723 is that closing is waterproof, on receiving
The water outlet of one layer of module or outlet pipe and water storage, other end bottom be equipped with the second aperture 91 be to be drained to next layer, under
One layer of closed end and aperture end then keep up with one layer it is contrary, the setting of the first water hole 9 is so that the rain in end accumulation is dirty
Water energy is enough to be entered in internal container 725 in a manner of undercurrent from the first water hole 9, and spillway hole 91 is then to make internal container 725
In rain sewage next layer of wall body module is drained by 724 bottom of external structure cabinet of 91 hole of spilling water and aperture or hollow out,
The closing of internal container 725 then can be used for water storage or plantation.
Second level greening wall device takes hydrocone type water distribution, in middle wall body module 722 and top wall module 723
724 both ends bottom of external structure cabinet is closing setting, and every layer of wall body module is equipped with inverted U siphon drainage pipe 7292, U
725 top of lower than this layer internal container of the highest point of type siphon pipe 7292, one end of inverted U siphon pipe 7292 is higher than this layer of bottom
The other end in portion, the inverted U siphon pipe 7292 extends in the external structure cabinet 724 of lower module, internal container 725
Both ends are equipped at intervals with the second water hole 92, and internal container 725 and 726 bottom of external container are all closed.Using hydrocone type water distribution
The external structure cabinet 724 of mode, middle wall body module 722 and top wall module 723 both ends bottom closing be in order to
In storage rain sewage, inverted U siphon drainage pipe 7292 is arranged in one end, and the other end then receives the water outlet of one layer of wall body module or goes out
The water outlet of water pipe 728 simultaneously carries out water storage, and lower than this grade wall body module internal container 725 of highest point of inverted U siphon pipe 7292 pushes up
Portion, one end are higher than this layer of internal container 725, and the other end of inverted U siphon pipe 7292 passes through this layer of module-external structure cabinet 724
Bottom and extend into the external structure cabinet 724 of lower module be in order to next layer drain, inverted U siphon pipe 7292 is in this way
Setting is continuously to provide the energy branch of never failure using existing pressure difference and drop potential energy between atmospheric pressure and vacuum
It holds, to reach the water flow phenomenon of auto-pumping diversion, more convenient greening to next layer is set in this way and is poured, second
The setting of water hole 92 enables the rain sewage of accumulation to pass in and out internal container 725 from the second water hole 92 in a manner of undercurrent,
Reach the circulation of rain sewage, the bottom closing of internal container 725 can be used for water storage or plantation.
Third level greening wall device takes drip irrigation type water distribution, in middle wall body module 722 and top wall module 723
Internal container 725 and 726 bottom of external container are equipped at intervals with the second aperture 7291, going out in top wall module 723
Water pipe 728 is horizontally disposed, several third water holes 93 are equipped at intervals on the outlet pipe 728 in top wall module 723.
Using drip irrigation type water distribution manner, the rain sewage in 721 internal container 725 of bottom wall module passes through the water outlet on circulating pump 727
Third water hole 93 on pipe 728 is transported in top wall module 723, so again by the second aperture 7291 be drained into it is next
In layer module, successively convey.
Further to promote landscape, the corresponding internal container 725 of the external structure cabinet 724 of third level greening wall device
Set the form that can take hollow out, make people can externally visibly the inside filler and plant.In addition, for the operation for guaranteeing winter
Effect, greening wall device can configure glass heat-insulating cover to keep the temperature outside.
For rain sewage after the processing of above-mentioned rain sewage treatment facility, water outlet has reached " urban reclaimed water water standard " (GB/
T 18920-2002) in specified value, can Reuse on Environment, flush the toilet, the purposes such as landscape, effectively realize the reuse of water resource.
Claims (10)
1. one kind has rainwater and sewage treatment and greening wall device, which is characterized in that including sewage collecting pipe, the first rainwater
Collecting pipe, the second rainwater collection collector, sewage-treatment plant, rainwater precipitation treatment device, distribution well and greening wall device, institute
Sewage collecting pipe and sewage-treatment plant is stated to penetrate through, the rainwater precipitation treatment device respectively with the first rainwater collection collector and second
The perforation of rainwater collection collector, the sewage-treatment plant and rainwater precipitation treatment device are penetrated through with distribution well respectively, the distribution well
It is connected to greening wall device, the greening wall device includes several columns and several grades of wall body modules, and every grade of wall
Module be arranged between two neighboring column, every grade of wall body module include bottom wall module, several middle wall body modules and
Top wall module, every layer of wall body module are made of external structure cabinet, internal container and external container three parts, external structure
It is equipped at intervals with two partitions in cabinet, forms internal container between two partitions, external container is arranged in the external side pair of external structure case
Internal container position is answered, the first aperture, the internal container of the bottom wall module are equipped between external container and internal container
In be equipped with circulating pump, the circulating pump is equipped with outlet pipe, and the outlet pipe is communicated in top wall module, middle wall body mould
Block and top wall module are equipped with the second aperture or pipeline for treated rain sewage drains into next layer of wall body module.
2. one kind according to claim 1 has rainwater and sewage treatment and greening wall device, which is characterized in that described
Sewage-treatment plant include anaerobic unit and aerobic unit, bottom is equipped with aerator in the aerobic unit, and middle part is equipped with and fills out
Material, top are equipped with water outlet, and the water outlet is connected to distribution well, and the volumetric filling ratio of the filler is 20 ~ 60%.
3. one kind according to claim 1 has rainwater and sewage treatment and greening wall device, which is characterized in that described
Rainwater precipitation treatment device in be equipped with several inclined plates or inclined tube, between the inclined plate or inclined tube be spaced setting.
4. one kind according to claim 1 or 2 or 3 has rainwater and sewage treatment and greening wall device, feature exist
In equipped with elevator pump, the first level sensor, the second level sensor and overflow pipe, first liquid level in the distribution well
Inductor and the second level sensor are connect with elevator pump respectively, and the first level sensor is located under the second level sensor
Side, the overflow pipe are arranged above the second level sensor.
5. one kind according to claim 4 has rainwater and sewage treatment and greening wall device, which is characterized in that described
Column is equipped with groove, and the external structure tank ends of the wall body module are embedded in the groove of adjacent two root posts.
6. one kind according to claim 4 has rainwater and sewage treatment and greening wall device, which is characterized in that bottom
Bell-and-spigot pipe is respectively equipped between internal container both ends in wall body module and external structure tank ends, bell-and-spigot pipe is threaded through correspondence
Column, on internal container and external structure cabinet, adjacent two-stage bottom wall module passes through bell-and-spigot pipe and is connected with each other, and is promoted
Pump is connect with the bell-and-spigot pipe in first order bottom wall module.
7. one kind according to claim 5 has rainwater and sewage treatment and greening wall device, which is characterized in that bottom
Bell-and-spigot pipe is respectively equipped between internal container both ends in wall body module and external structure tank ends, bell-and-spigot pipe is threaded through correspondence
Column, on internal container and external structure cabinet, adjacent two-stage bottom wall module passes through bell-and-spigot pipe and is connected with each other, and is promoted
Pump is connect with the bell-and-spigot pipe in first order bottom wall module.
8. one kind according to claim 7 has rainwater and sewage treatment and greening wall device, which is characterized in that greening
Wall apparatus takes overflow-type water distribution, external structure cabinet one end bottom envelope in middle wall body module and top wall module
It closes, the second aperture is arranged in other end bottom, and internal container is equipped at intervals with first close to the closed one end of the external structure bottom of box
Water hole, internal container are equipped at intervals with spillway hole close to one end of the second aperture, and external container and internal container bottom are all closed.
9. one kind according to claim 7 has rainwater and sewage treatment and greening wall device, which is characterized in that greening
Wall apparatus takes hydrocone type water distribution, and the external structure tank ends bottom in middle wall body module and top wall module is envelope
Setting is closed, and every layer of wall body module is equipped with inverted U siphon drainage pipe, the highest point of inverted U siphon pipe holds lower than inside this layer
At the top of device, one end of inverted U siphon pipe is higher than this layer of bottom, and the other end of the inverted U siphon pipe extends to lower module
In external structure cabinet, the both ends of internal container are equipped at intervals with the second water hole, and internal container and external container bottom are sealed
It closes.
10. one kind according to claim 7 has rainwater and sewage treatment and greening wall device, which is characterized in that green
Change wall apparatus and takes drip irrigation type water distribution, middle wall body module and internal container and external container bottom in top wall module
It is equipped at intervals with the second aperture, the outlet pipe in top wall module is horizontally disposed, going out in top wall module
Several third water holes are equipped at intervals on water pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821169942.2U CN208590314U (en) | 2018-07-23 | 2018-07-23 | One kind having rainwater and sewage treatment and greening wall device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821169942.2U CN208590314U (en) | 2018-07-23 | 2018-07-23 | One kind having rainwater and sewage treatment and greening wall device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208590314U true CN208590314U (en) | 2019-03-12 |
Family
ID=65603533
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821169942.2U Active CN208590314U (en) | 2018-07-23 | 2018-07-23 | One kind having rainwater and sewage treatment and greening wall device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208590314U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109168731A (en) * | 2018-07-23 | 2019-01-11 | 温州大学苍南研究院 | One kind having rainwater and sewage treatment and greening wall device |
-
2018
- 2018-07-23 CN CN201821169942.2U patent/CN208590314U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109168731A (en) * | 2018-07-23 | 2019-01-11 | 温州大学苍南研究院 | One kind having rainwater and sewage treatment and greening wall device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101161053A (en) | A system for collecting and processing residence zone sanitary sewage and stormwater for roofs planting | |
| CN105714723B (en) | A kind of urban road rainwater-collecting processing and application system | |
| CN107816082A (en) | A kind of sponge roof rainwater collection reutilization system | |
| CN207048195U (en) | Rainwater and buck utilization system for building | |
| CN105350607A (en) | Urban rainwater collecting and recycling system | |
| CN105442668A (en) | Roof rainwater recycling system | |
| CN208590314U (en) | One kind having rainwater and sewage treatment and greening wall device | |
| CN109168731A (en) | One kind having rainwater and sewage treatment and greening wall device | |
| CN206800573U (en) | A kind of sponge city integral system | |
| CN206844095U (en) | Grid type rain-water drainage and collection system | |
| CN202214759U (en) | Building rainwater collection and utilization system | |
| CN202248209U (en) | Village and town rainwater utilization system | |
| CN102296690B (en) | System and method for utilizing rainwater in villages and towns | |
| CN104193100B (en) | A kind of greening wall device and using method thereof with sewage treatment function | |
| CN203546819U (en) | Fully-automatic comprehensive rainwater utilization combination system | |
| CN203284291U (en) | Land infiltration system adopting minimally invasive excavation for treating rural domestic sewage | |
| CN106638889A (en) | Un-obvious initial rain characteristic online fragment treatment discharge system under combined system or mixed system and control method of discharge system | |
| CN208016536U (en) | A kind of roof greening water circulation system | |
| CN204079705U (en) | A kind of greening wall device with sewage treatment function | |
| CN206660672U (en) | A kind of activity zone effluent cycle system based on heat exchange station | |
| CN206607652U (en) | The first unconspicuous separate system of rain feature handles exhaust system online | |
| CN103241900B (en) | Treatment system for percolating and filtering rural domestic sewage by excavating land in minimally invasive mode | |
| CN210315775U (en) | Integrated rainwater collecting and utilizing complete equipment | |
| CN220285192U (en) | Drainage structures for overhead garage roof | |
| CN211774469U (en) | Rainwater recycling device |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| TR01 | Transfer of patent right |
Effective date of registration: 20210805 Address after: 325000 Wenzhou City National University Science Park incubator, No. 38 Dongfang South Road, Ouhai District, Wenzhou, Zhejiang Patentee after: Wenzhou University Address before: 325000 203, second floor, Zone D, building 4, Haixi e-commerce science and Technology Park, Lingxi Town, Cangnan County, Wenzhou City, Zhejiang Province Patentee before: WENZHOU UNIVERSITY CANGNAN Research Institute |
|
| TR01 | Transfer of patent right |