CN206143908U - High -efficient water purification system of multilayer bridge type drainage well - Google Patents
High -efficient water purification system of multilayer bridge type drainage well Download PDFInfo
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- CN206143908U CN206143908U CN201621068200.1U CN201621068200U CN206143908U CN 206143908 U CN206143908 U CN 206143908U CN 201621068200 U CN201621068200 U CN 201621068200U CN 206143908 U CN206143908 U CN 206143908U
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Abstract
The utility model discloses a high -efficient water purification system of multilayer bridge type drainage well, the one end of high -efficient clean system inner ring core wall is located the centre of form department of being close to high -efficient clean system border core wall, the other end is crossing with high -efficient clean system border core wall in the position that is L apart from a high -efficient clean system border core wall corner, mid portion is continuous zigzag shaped or curvilinear figure winding, all increase the same width L each week, high -efficient clean system inner ring core wall forms the continuous band -shaped space who purifies waste water of a ring linkage, one end at band -shaped space is multilayer bridge type drainage well outlet water well group, the other end is multilayer bridge type drainage well water inlet well group, band -shaped space fills the inside and purifies water filter sand. The beneficial effects of the utility model are that need that the space is little, construction speed is fast, water permeation speed is fast, filter speed is fast, quality of water improves and is showing to the handling ease of drainage well, save material, intensity height.
Description
Technical field
This utility model belongs to sponge city and water-treatment technology field, more particularly to a kind of multilamellar bridge-type water filter well
High efficiency water purification system.
Background technology
Sponge city, is new generation of city storm water man- agement concept, refers to that city is adapting to environmental change and reply rainwater band
The aspects such as the natural disaster come have good " elasticity ", also referred to as " water elasticity city ".International term is " low shadow
Ring exploitation storm-water system to build ", water suction, water-retention, infiltration, water purification when raining are by the water for storing " release " and in addition sharp when needing
With.
At present, porous pavement is when heavy rain arrival, it is impossible to quick water suction, water-retention, causes a large amount of rain water runoffs, thus nothing
Method reaches the purpose of infiltration, water purification, and is likely to result in huge disaster；But in limited space cannot fast and high quality place
Manage substantial amounts of rainwater and middle water.
The content of the invention
In order to solve the problems, such as rapidly and efficiently to process rainwater and middle water in less space, this utility model provides one kind can
When heavy rain arrives, quick water suction, water-retention, and realize there is multilamellar bridge-type water filter well that is efficient, quick, processing water in high quality
And its High efficiency water purification system.
This utility model is adopted the technical scheme that：A kind of High efficiency water purification system of multilamellar bridge-type water filter well, including multilamellar
Bridge-type water filter well water outlet main shaft, multilamellar bridge-type water filter well water inlet main shaft, multilamellar bridge-type water filter well water outlet service shaft, multilamellar bridge-type drainage
Well water inlet service shaft, efficient purifying system border core wall, efficient purifying system internal ring core wall, purification permutite, ventilation anti-seepage
Bottom, natural soil layer, coarse sand gravel layer, surface layer, bottom water outlet communicating pipe and service shaft top water inlet pipe；Efficient purifying system side
Boundary's core wall is located at outermost layer, and one end of efficient purifying system internal ring core wall is located near efficient purifying system border core wall
The centre of form at, the other end is on the position of a corner L of distance high-efficient cleaning system border core wall and efficient purifying system border
Core wall intersects, and mid portion increases identical width L in continuous fold-line-shaped or curve shape rotating, each Zhou Xuanzhuan；It is high
Effect cleaning system border core wall forms a ring after continuous many week rotations are widened with efficient purifying system internal ring core wall
The continuous banding space of one ring, is a multilamellar bridge-type water filter well water outlet main shaft and multiple multilamellars at the border end in banding space
The water outlet well group of bridge-type water filter well water outlet service shaft composition, centre of form end is a multilamellar bridge-type water filter well water inlet main shaft and multiple multilamellars
The water inlet well group of bridge-type water filter well water inlet service shaft composition；Multilamellar bridge-type water filter well water outlet main shaft and multilamellar bridge-type water filter well water outlet are auxiliary
Between well by bottom water outlet communicating pipe connect, multilamellar bridge-type water filter well water inlet main shaft and multilamellar bridge-type water filter well water inlet service shaft it
Between by service shaft top water inlet pipe connection；What efficient purifying system border core wall and efficient purifying system internal ring core wall were surrounded
Filled with purification permutite in continuous band-shaped space, one layer of coarse sand gravel layer is laid on the top of purification permutite, in coarse gravel
The top laying surface layer of rock layers is pavior brick or lawn；Purification permutite bottom be ventilation anti-seepage bottom, ventilation anti-seepage bottom
Bottom be nature soil layer.
As a kind of preferred technical scheme：The multilamellar bridge-type water filter well water outlet main shaft includes water outlet water filter well outer layer well
The permeable mouth of wall, bridge-type, bottom connected entrance, well seat base plate, well lid, water outlet water filter well inner layer well wall and water outlet water filter well middle level well
Wall, the borehole wall is respectively from outside to inside one layer of water outlet water filter well outer shaft wall, one or more layers water outlet water filter well middle level borehole wall and one
Layer water outlet water filter well inner layer well wall；In water outlet water filter well outer shaft wall, water outlet water filter well inner layer well wall, water outlet water filter well middle level well
Open up the permeable mouth of the vertical bridge-type of strip above wall respectively, the permeable mouth transverse and longitudinal of the bridge-type opened up on the same layer borehole wall is in a row, phase
The permeable mouth of bridge-type on offset well wall mutually staggers in the horizontal and vertical directions；The permeable mouth of bridge-type convexes to form laterally projection
Permeable bridge, the raised permeable bridge borehole wall adjacent with its outside contacts, and forms the space of a porous；The upper and lower ends of the borehole wall
It is respectively equipped with well lid and well seat base plate；Some and multilamellar bridge-type water filter well water outlet service shaft is opened up on the borehole wall of close well seat base plate
The corresponding bottom connected entrance of arrangement, bottom connected entrance is uniformly distributed；The multilamellar bridge-type water filter well water inlet main shaft includes water inlet
The permeable mouth of water filter well outer shaft wall, bridge-type, middle part connected entrance, well seat base plate, well lid；The knot of multilamellar bridge-type water filter well water inlet main shaft
Structure is essentially identical with multilamellar bridge-type water filter well water outlet main shaft, and difference is that middle part connected entrance is located at multilamellar bridge-type water filter well water outlet
The borehole wall near middle of main shaft, middle part connected entrance is only highly different from the arrangement of bottom connected entrance.
As a kind of preferred technical scheme：The multilamellar bridge-type water filter well water outlet service shaft includes the permeable service shaft outer layer of water outlet
The permeable mouth of the borehole wall, bridge-type, bottom connected entrance, well seat base plate and drainage well lid；The structure of multilamellar bridge-type water filter well water outlet service shaft
Essentially identical with multilamellar bridge-type water filter well water outlet main shaft, it is purification that difference is the height of multilamellar bridge-type water filter well water outlet service shaft
The 1/2-2/3 of permutite depth；Borehole wall upper end is drainage well lid；The multilamellar bridge-type water filter well water inlet service shaft includes that water inlet is permeable
The permeable mouth of service shaft outer shaft wall, bridge-type, top connected entrance, well seat base plate and drainage well lid；The water inlet of multilamellar bridge-type water filter well is auxiliary
The structure of well (4) is essentially identical with multilamellar bridge-type water filter well water outlet service shaft, and difference is that top connected entrance is located near top
On the borehole wall of drainage well lid.
As a kind of preferred technical scheme：Efficient purifying system border core wall is made up of non-seepy material, shape
Shape is rectangle or circle.
As a kind of preferred technical scheme：A multilamellar bridge-type water filter well water outlet main shaft and multiple in the water outlet well group
Multilamellar bridge-type water filter well water outlet service shaft is uniformly distributed, can transverse and longitudinal be arranged in rows, or with multilamellar bridge-type water filter well water outlet main shaft as circle
The heart, multiple multilamellar bridge-type water filter well water outlet service shafts are arranged in multi-layer circular；Multilamellar bridge-type water filter well water outlet main shaft and multilamellar bridge-type
Between water filter well water outlet service shaft, between multilamellar bridge-type water filter well water outlet service shaft, multilamellar bridge-type water filter well water outlet service shaft and efficiently net
Change between system boundary core wall and between multilamellar bridge-type water filter well water outlet service shaft and efficient purifying system internal ring core wall
Spacing is not less than the 2/3 of multilamellar bridge-type water filter well water outlet main shaft diameter；A multilamellar bridge-type water filter well enters in the water inlet well group
Water main shaft and multiple multilamellar bridge-type water filter wells water inlet service shaft are uniformly distributed, can transverse and longitudinal be arranged in rows, or with multilamellar bridge-type water filter well
Water inlet main shaft is the center of circle, and multiple multilamellar bridge-type water filter well water inlet service shafts are arranged in multi-layer circular；Multilamellar bridge-type water filter well water inlet master
Well and multilamellar bridge-type water filter well water inlet service shaft between, multilamellar bridge-type water filter well water inlet service shaft between and multilamellar bridge-type water filter well
Spacing between water inlet service shaft and efficient purifying system internal ring core wall is not less than multilamellar bridge-type water filter well water inlet main shaft diameter
2/3。
As a kind of preferred technical scheme：The multilamellar bridge-type water filter well water outlet main shaft and multilamellar bridge-type water filter well are intake
The top of main shaft flushes with surface layer, and the height of multilamellar bridge-type water filter well water outlet main shaft is purification permutite, coarse sand gravel layer dough-making powder
The depth sum of layer；The height of multilamellar bridge-type water filter well water outlet service shaft and multilamellar bridge-type water filter well water inlet service shaft is purification permutite
The 1/2-2/3 of depth；Multilamellar bridge-type water filter well water outlet main shaft (1) is preferably located at multilamellar bridge-type water filter well water outlet main shaft (1) and many
The centre of form of individual multilamellar bridge-type water filter well water outlet service shaft (3)；Multilamellar bridge-type water filter well water outlet main shaft is preferably located at multilamellar bridge-type drainage
The centre of form of well water inlet main shaft and multiple multilamellar bridge-type water filter wells water inlet service shaft.
As a kind of preferred technical scheme：The permeable mouth of the bridge-type includes that raised permeable bridge, permeable bridging connect supports, singly
The permeable hole in hole and the permeable bridge opening of bilateral；The permeable mouth of bridge-type is convex to the outside of each layer borehole wall of multilamellar bridge-type water filter well water outlet main shaft
Rise, two ends connect support and are connected with the borehole wall respectively by permeable bridging, form straight raised permeable bridge；It is permeable bilateral to be formed in both sides
Bridge opening；The borehole wall is provided with shapes and sizes with the permeable hole of raised permeable bridge identical single hole.
As a kind of preferred technical scheme：The level interval and level interval of the permeable mouth of bridge-type is equal, saturating equal to bridge-type
The length at the mouth of a river；The material of the water outlet water filter well outer shaft wall, water outlet water filter well inner layer well wall and the water outlet water filter well middle level borehole wall
Material adopts cylindrical shape using rustless steel or aluminium alloy, shape；The well seat base plate is waterproof plate, and its diameter is water outlet filter
1-1.5 times of the diameter of well outer shaft wall 11.
As a kind of preferred technical scheme：Raised permeable bridge and permeable bridging connect the part supported as the borehole wall, pass through
Punch process is formed.
The beneficial effects of the utility model are：Need that space is little, speed of application is fast, permeable speed is fast, the rate of filtration is fast, water
Matter improves notable, and water filter well is easy to processing, material-saving, intensity high.
Description of the drawings
Fig. 1 is the High efficiency water purification system floor map of multilamellar bridge-type water filter well；
Fig. 2 is multilamellar bridge-type water filter well water outlet well group schematic diagram；
Fig. 3 is multilamellar bridge-type water filter well water inlet well group schematic diagram；
Fig. 4 is multilamellar bridge-type water filter well water outlet main shaft elevational schematic view；
Fig. 5 is the A-A generalized sections of Fig. 4；
Fig. 6 is the B-B generalized sections of Fig. 4；
Fig. 7 is the permeable mouth schematic diagram of bridge-type；
Fig. 8 is multilamellar bridge-type water filter well water inlet main shaft elevational schematic view；
Fig. 9 is multilamellar bridge-type water filter well water outlet service shaft elevational schematic view；
Figure 10 is multilamellar bridge-type water filter well water inlet service shaft elevational schematic view；
In figure：1 multilamellar bridge-type water filter well water outlet main shaft, 2 multilamellar bridge-type water filter wells water inlet main shaft, 3 multilamellar bridge-type water filter wells
Water outlet service shaft, 4 multilamellar bridge-type water filter wells water inlet service shaft, 5 efficient purifying system border core walls, 6 efficient purifying system internal ring every
Waterwall, 7 purification permutites, 8 ventilation anti-seepage bottoms, 9 natural soil layers, 10 coarse sand gravel layers, 11 surface layers, 12 bottom water outlet connections
Pipe, 13 service shafts top water inlet pipe, 11 water outlet water filter well outer shaft walls, the permeable mouth of 12 bridge-types, 13 bottom connected entrances, 14 well seat bottoms
Plate, 15 well lids, 16 water outlet water filter well inner layer well walls, the 17 water outlet water filter well middle level boreholes wall, 121 raised permeable bridges, 122 permeable bridgings
Connect support, the permeable hole of 123 single holes, the permeable bridge opening of 124 bilaterals, 21 water inlet water filter well outer shaft walls, the permeable mouth of 22 bridge-types, 23 middle parts
Connected entrance, 24 well seat base plates, 25 well lids, the permeable service shaft outer shaft wall of 31 water outlets, the permeable mouth of 32 bridge-types, 33 bottom connected entrances, 34
Well seat base plate, 35 drainage well lids, the permeable service shaft outer shaft wall of 41 water inlets, the permeable mouth of 42 bridge-types, 43 are top connected entrance, 34 well seats
Base plate, 35 drainage well lids.
Specific embodiment
In order to further illustrate this utility model, below in conjunction with the accompanying drawings and embodiment is retouched in detail to this utility model
State, but they can not be interpreted as the restriction to this utility model protection domain.
A kind of reference picture 1- Fig. 8, High efficiency water purification system of multilamellar bridge-type water filter well includes multilamellar bridge-type water filter well water outlet master
Well 1, multilamellar bridge-type water filter well water inlet main shaft 2, multilamellar bridge-type water filter well water outlet service shaft 3, multilamellar bridge-type water filter well water inlet service shaft 4,
Efficient purifying system border core wall 5, efficient purifying system internal ring core wall 6, purification permutite 7, ventilation anti-seepage bottom 8, from
Right soil layer 9, coarse sand gravel layer 10, surface layer 11, bottom water outlet communicating pipe 12 and service shaft top water inlet pipe 13；Efficient purifying system
Border core wall 5 is located at outermost layer, one end of efficient purifying system internal ring core wall 6 be located near efficient purifying system border every
At the centre of form of waterwall 5, the other end is in the position of a corner L of distance high-efficient cleaning system border core wall 5 and high-efficient purification system
System border core wall 5 intersects, and mid portion increases identical width in continuous fold-line-shaped or curve shape rotating, each Zhou Xuanzhuan
Degree L；Efficient purifying system border core wall 5 after much more continuous week rotation is widened with efficient purifying system internal ring core wall 6
The continuous banding space of ring by ring is formed, is a multilamellar bridge-type water filter well water outlet main shaft 1 at the border end in banding space
With the water outlet well group of multiple multilamellar bridge-type water filter well water outlet service shafts 3 composition, centre of form end is a multilamellar bridge-type water filter well water inlet master
The water inlet well group that well 2 is constituted with multiple multilamellar bridge-type water filter wells water inlet service shaft 4；Multilamellar bridge-type water filter well water outlet main shaft 1 and multilamellar
By connecting bottom water outlet communicating pipe 12 between bridge-type water filter well water outlet service shaft 3, multilamellar bridge-type water filter well water inlet main shaft 2 and multilamellar
Connected by service shaft top water inlet pipe 13 between bridge-type water filter well water inlet service shaft 4；Efficient purifying system border core wall 5 and efficiently
Filled with purification permutite 7 in the continuous band-shaped space that cleaning system internal ring core wall 6 is surrounded, on the top of purification permutite 7
One layer of coarse sand gravel layer 10 of laying, is pavior brick or lawn in the top laying surface layer 11 of coarse sand gravel layer 10；Purification permutite 7
Bottom be ventilation anti-seepage bottom 8, the bottom of ventilation anti-seepage bottom 8 is nature soil layer 9.
A kind of High efficiency water purification system of multilamellar bridge-type water filter well, operation principle is as follows
Middle water to be clean first through the permeable mouth 2-2 of bridge-type and water inlet drainage service shaft it is outer, in, inner layer well wall enter multilamellar bridge
Formula water filter well water inlet main shaft 2, and enter each multilamellar bridge-type water filter well water inlet service shaft 4 through service shaft top water inlet pipe 13；Connect down
Water is penetrated into the purification filter of surrounding by multilamellar bridge-type water filter well water inlet main shaft 2 and multilamellar bridge-type water filter well water inlet service shaft 4 in coming
Water sand 7, then the ring by ring surrounded through efficient purifying system border core wall 5 and efficient purifying system internal ring core wall 6
Purification permutite 7 in the banding space of continuous purification water, reaches the purification drainage around multilamellar bridge-type water filter well water outlet well group
Sand 7, and by the permeable mouth 1-2 of bridge-type, water outlet water filter well outer shaft wall 1-1, water outlet water filter well inner layer well wall 1-6 and water outlet drainage
Well middle level borehole wall 1-7 penetrates into multilamellar bridge-type water filter well water outlet main shaft 1 and multilamellar bridge-type water filter well water outlet service shaft 3, last many
Water in layer bridge-type water filter well water outlet service shaft 3 is by entering into multilamellar bridge-type water filter well water outlet main shaft 1 bottom water outlet communicating pipe 12
Inside complete purification process.
Described multilamellar bridge-type water filter well water outlet main shaft 1 include water outlet water filter well outer shaft wall 1-1, the permeable mouth 1-2 of bridge-type,
Bottom connected entrance 1-3, well seat base plate 1-4, well lid 1-5, water outlet water filter well inner layer well wall 1-6 and the water outlet water filter well middle level borehole wall
1-7, the borehole wall is respectively from outside to inside one layer of water outlet water filter well outer shaft wall 1-1, one or more layers water outlet water filter well middle level borehole wall
1-7 and one layer of water outlet water filter well inner layer well wall 1-6；Water outlet water filter well outer shaft wall 1-1, water outlet water filter well inner layer well wall 1-6,
Open up the permeable mouth 1-2 of the vertical bridge-type of strip above the borehole wall 1-7 of water outlet water filter well middle level respectively, open up on the same layer borehole wall
In a row, the permeable mouth 1-2's permeable mouth 1-2 transverse and longitudinals of bridge-type of the bridge-type on the adjacent borehole wall mutually staggers in the horizontal and vertical directions；
The permeable mouth 1-2 of bridge-type convexes to form laterally raised permeable bridge 1-2-1, raised permeable bridge 1-2-1 adjacent with its outside borehole wall
Contact, form the space of a porous；The upper and lower ends of the borehole wall are respectively equipped with well lid 1-5 and well seat base plate 1-4；Close well
Some bottom connected entrance 1-s corresponding with the arrangement of multilamellar bridge-type water filter well water outlet service shaft 3 are opened up on the borehole wall of seat base plate 1-4
3, bottom connected entrance 1-3 is uniformly distributed；Multilamellar bridge-type water filter well water inlet main shaft 2 include water inlet water filter well outer shaft wall 2-1,
The permeable mouth 2-2 of bridge-type, middle part connected entrance 2-3, well seat base plate 2-4, well lid 2-5；The structure of multilamellar bridge-type water filter well water inlet main shaft 2
Essentially identical with multilamellar bridge-type water filter well water outlet main shaft 1, difference is that middle part connected entrance 2-3 goes out positioned at multilamellar bridge-type water filter well
The borehole wall near middle of water main shaft 1, middle part connected entrance 2-3 is only highly different from the arrangement of bottom connected entrance 1-3.
Described multilamellar bridge-type water filter well water outlet service shaft 3 includes the permeable service shaft outer shaft wall 3-1 of water outlet, the permeable mouth 3- of bridge-type
2nd, bottom connected entrance 3-3, well seat base plate 3-4 and drainage well lid 3-5；The structure of multilamellar bridge-type water filter well water outlet service shaft 3 with it is many
Layer bridge-type water filter well water outlet main shaft 1 is essentially identical, and it is purification filter that difference is the height of multilamellar bridge-type water filter well water outlet service shaft 3
The 1/2-2/3 of the depth of water sand 7；Borehole wall upper end is drainage well lid 3-5；The multilamellar bridge-type water filter well water inlet service shaft 4 includes water inlet
The permeable mouth 4-2 of permeable service shaft outer shaft wall 4-1, bridge-type, top connected entrance 4-3, well seat base plate 4-4 and drainage well lid 4-5；It is many
The structure of layer bridge-type water filter well water inlet service shaft 4 is essentially identical with multilamellar bridge-type water filter well water outlet service shaft 3, and difference is that top connects
Port 4-3 is located on the borehole wall of top drainage well lid 4-5.
Described efficient purifying system border core wall 5 is made up of non-seepy material, is shaped as rectangle or circle.
A multilamellar bridge-type water filter well water outlet main shaft 1 and multiple multilamellar bridge-type water filter well water outlets are auxiliary in described water outlet well group
Well 3 is uniformly distributed, can transverse and longitudinal be arranged in rows, or with multilamellar bridge-type water filter well water outlet main shaft 1 as the center of circle, multiple multilamellar bridge-type drainages
Well water outlet service shaft 3 is arranged in multi-layer circular；Multilamellar bridge-type water filter well water outlet main shaft 1 and multilamellar bridge-type water filter well water outlet service shaft 3 it
Between, between multilamellar bridge-type water filter well water outlet service shaft 3, multilamellar bridge-type water filter well water outlet service shaft 3 and efficient purifying system border water proof
Spacing between wall 5 and between multilamellar bridge-type water filter well water outlet service shaft 3 and efficient purifying system internal ring core wall 6 is not less than
The 2/3 of the diameter of multilamellar bridge-type water filter well water outlet main shaft 1；A multilamellar bridge-type water filter well water inlet He of main shaft 2 in the water inlet well group
Multiple multilamellar bridge-type water filter wells water inlet service shafts 4 are uniformly distributed, can transverse and longitudinal be arranged in rows, or intake main shaft with multilamellar bridge-type water filter well
2 is the center of circle, and multiple multilamellar bridge-type water filter well water inlet service shafts 4 are arranged in multi-layer circular；Multilamellar bridge-type water filter well is intake main shaft 2 and many
Between layer bridge-type water filter well water inlet service shaft 4, multilamellar bridge-type water filter well is intake between service shaft 4 and multilamellar bridge-type water filter well is intake
Spacing between service shaft 4 and efficient purifying system internal ring core wall 6 is not less than the 2/ of the multilamellar bridge-type water filter well water inlet diameter of main shaft 2
3。
The top and surface layer 11 of described multilamellar bridge-type water filter well water outlet main shaft 1 and multilamellar bridge-type water filter well water inlet main shaft 2
Flush, the height of multilamellar bridge-type water filter well water outlet main shaft 1 be purify permutite 7, coarse sand gravel layer 10 and surface layer 11 depth it
With；The height of multilamellar bridge-type water filter well water outlet service shaft 3 and multilamellar bridge-type water filter well water inlet service shaft 4 is the purification depth of permutite 7
1/2-2/3；Multilamellar bridge-type water filter well water outlet main shaft 1 is preferably located at multilamellar bridge-type water filter well water outlet main shaft 1 and multiple multilamellar bridge-types
The centre of form of water filter well water outlet service shaft 3；Multilamellar bridge-type water filter well water outlet main shaft 1 is preferably located at multilamellar bridge-type water filter well water inlet main shaft 2
With the centre of form of multiple multilamellar bridge-type water filter wells water inlet service shaft 4.
The permeable mouth 1-2 of described bridge-type includes that raised permeable bridge 1-2-1, permeable bridging connect support 1-2-2, the permeable hole of single hole
The 1-2-3 and permeable bridge opening 1-2-4 of bilateral；The each layer boreholes wall of the permeable mouth 1-2 of bridge-type to multilamellar bridge-type water filter well water outlet main shaft 1
Outside is raised, and two ends meet support 1-2-2 and are connected with the borehole wall respectively by permeable bridging, form straight raised permeable bridge 1-2-1；
Both sides form the permeable bridge opening 1-2-4 of bilateral；It is permeable with raised permeable bridge 1-2-1 identical single holes that the borehole wall is provided with shapes and sizes
Hole 1-2-3.
The level interval and level interval of the permeable mouth 1-2 of described bridge-type is equal, the length of mouth 1-2 permeable equal to bridge-type；
The material of the water outlet water filter well outer shaft wall 1-1, water outlet water filter well inner layer well wall 1-6 and water outlet water filter well middle level borehole wall 1-7
Using rustless steel or aluminium alloy, shape adopts cylindrical shape；The well seat base plate 1-4 is waterproof plate, and its diameter is water outlet
1-1.5 times of water filter well outer shaft wall 1-1 diameters.
Described raised permeable bridge 1-2-1 and permeable bridging connects the part for supporting 1-2-2 for the borehole wall, by punch process
Form.
It should be noted last that, above example is only to supplement explaination the technical solution of the utility model rather than limit
System.Although being described in detail to this utility model with reference to embodiment, this area vast is it will be appreciated by the skilled person that to this
The technical scheme of utility model is modified or is replaced on an equal basis, without departure from the spirit and model of technical solutions of the utility model
Enclose, it all should cover in the middle of right of the present utility model.
Claims (9)
1. a kind of High efficiency water purification system of multilamellar bridge-type water filter well, it is characterised in that：Including multilamellar bridge-type water filter well water outlet main shaft
(1), multilamellar bridge-type water filter well water inlet main shaft (2), multilamellar bridge-type water filter well water outlet service shaft (3), the water inlet of multilamellar bridge-type water filter well are auxiliary
It is well (4), efficient purifying system border core wall (5), efficient purifying system internal ring core wall (6), purification permutite (7), ventilative
Antiseepage bottom (8), natural soil layer (9), coarse sand gravel layer (10), surface layer (11), bottom water outlet communicating pipe (12) and service shaft top
Portion's water inlet pipe (13)；Efficient purifying system border core wall (5) positioned at outermost layer, efficient purifying system internal ring core wall (6)
One end be located near efficient purifying system border core wall (5) the centre of form at, the other end distance high-efficient cleaning system border every
The position of one corner L of waterwall (5) is intersected with efficient purifying system border core wall (5), and mid portion is in continuous fold-line-shaped
Or curve shape rotating, each Zhou Xuanzhuan increases identical width L；Efficient purifying system border core wall (5) is through continuous
After many week rotations the are widened and continuous banding space of efficient purifying system internal ring core wall (6) formation ring by ring, it is empty in banding
Between border end be a multilamellar bridge-type water filter well water outlet main shaft（1）With multiple multilamellar bridge-type water filter well water outlet service shafts（3）Group
Into water outlet well group, centre of form end is that multilamellar bridge-type water filter well is intake main shaft（2）Intake with multiple multilamellar bridge-type water filter wells auxiliary
Well（4）The water inlet well group of composition；Between multilamellar bridge-type water filter well water outlet main shaft (1) and multilamellar bridge-type water filter well water outlet service shaft (3)
By bottom water outlet communicating pipe (12) connection, multilamellar bridge-type water filter well water inlet main shaft (2) and multilamellar bridge-type water filter well water inlet service shaft
(4) by service shaft top water inlet pipe (13) connection between；Efficient purifying system border core wall (5) and efficient purifying system internal ring
Filled with purification permutite (7) in the continuous band-shaped space that core wall (6) is surrounded, in the top laying one of purification permutite (7)
Layer coarse sand gravel layer (10), is pavior brick or lawn at top laying surface layer (11) of coarse sand gravel layer (10)；Purification permutite
(7) bottom is ventilation anti-seepage bottom (8), and the bottom of ventilation anti-seepage bottom (8) is nature soil layer (9).
2. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 1, it is characterised in that：The multilamellar
Bridge-type water filter well water outlet main shaft (1) includes water outlet water filter well outer shaft wall (1-1), the permeable mouth of bridge-type (1-2), bottom connected entrance
(1-3), well seat base plate (1-4), well lid (1-5), water outlet water filter well inner layer well wall (1-6) and the water outlet water filter well middle level borehole wall
(1-7), the borehole wall is respectively from outside to inside one layer of water outlet water filter well outer shaft wall (1-1), one or more layers water outlet water filter well middle level
The borehole wall (1-7) and one layer of water outlet water filter well inner layer well wall (1-6)；In water outlet water filter well outer shaft wall (1-1), water outlet water filter well
The layer borehole wall (1-6), the water outlet water filter well middle level borehole wall (1-7) open up respectively above the permeable mouth (1-2) of the vertical bridge-type of strip, same
In a row, the permeable mouth of the bridge-type on the adjacent borehole wall (1-2) is in level and erects for bridge-type permeable mouth (1-2) transverse and longitudinal opened up on one layer of borehole wall
Nogata mutually staggers upwards；The permeable mouth of bridge-type (1-2) convexes to form laterally raised permeable bridge (1-2-1), raised permeable bridge
(1-2-1) borehole wall adjacent with its outside contacts, and forms the space of a porous；The upper and lower ends of the borehole wall are respectively equipped with well
Lid（1-5）With well seat base plate（1-4）；Some and multilamellar bridge-type water filter well water outlet is opened up on the borehole wall of close well seat base plate (1-4)
The corresponding bottom connected entrance (1-3) of arrangement of service shaft (3), bottom connected entrance (1-3) is uniformly distributed；The multilamellar bridge-type drainage
Well water inlet main shaft (2) includes water inlet water filter well outer shaft wall (2-1), the permeable mouth of bridge-type (2-2), middle part connected entrance (2-3), well seat
Base plate (2-4), well lid (2-5)；Multilamellar bridge-type water filter well water inlet main shaft（2）Structure and multilamellar bridge-type water filter well water outlet main shaft
(1) essentially identical, difference is the borehole wall middle part that middle part connected entrance (2-3) is located at multilamellar bridge-type water filter well water outlet main shaft (1)
Near, only height is different from the arrangement of bottom connected entrance (1-3) for middle part connected entrance (2-3).
3. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 1, it is characterised in that：The multilamellar
Bridge-type water filter well water outlet service shaft (3) includes the permeable service shaft outer shaft wall (3-1) of water outlet, the permeable mouth of bridge-type (3-2), bottom connected entrance
(3-3), well seat base plate (3-4) and drainage well lid (3-5)；The structure of multilamellar bridge-type water filter well water outlet service shaft (3) and multilamellar bridge
Formula water filter well water outlet main shaft (1) is essentially identical, and it is purification filter that difference is the height of multilamellar bridge-type water filter well water outlet service shaft (3)
The 1/2-2/3 of water sand (7) depth；Borehole wall upper end is drainage well lid（3-5）；Multilamellar bridge-type water filter well water inlet service shaft (4) bag
Include into the permeable service shaft outer shaft wall (4-1) of water, the permeable mouth of bridge-type (4-2), top connected entrance (4-3), well seat base plate (44) and
Drainage well lid (4-5)；The structure of multilamellar bridge-type water filter well water inlet service shaft (4) is basic with multilamellar bridge-type water filter well water outlet service shaft (3)
Identical, difference is that top connected entrance (4-3) is located on the borehole wall at top drainage well lid (4-5).
4. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 1, it is characterised in that：It is described efficient
Cleaning system border core wall (5) is made up of non-seepy material, is shaped as rectangle or circle.
5. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 1, it is characterised in that：The water outlet
Multilamellar bridge-type water filter well water outlet main shaft (1) and multiple multilamellar bridge-type water filter wells water outlet service shaft (3) are uniformly distributed in well group, can
Transverse and longitudinal is arranged in rows, or with multilamellar bridge-type water filter well water outlet main shaft (1) as the center of circle, multiple multilamellar bridge-type water filter well water outlet service shafts
(3) arrange in multi-layer circular；Between multilamellar bridge-type water filter well water outlet main shaft (1) and multilamellar bridge-type water filter well water outlet service shaft (3), it is many
Between layer bridge-type water filter well water outlet service shaft (3), multilamellar bridge-type water filter well water outlet service shaft (3) and efficient purifying system border core wall
(5) spacing between and between multilamellar bridge-type water filter well water outlet service shaft (3) and efficient purifying system internal ring core wall (6) is not
Less than the 2/3 of multilamellar bridge-type water filter well water outlet main shaft (1) diameter；A multilamellar bridge-type water filter well water inlet master in the water inlet well group
Well (2) and multiple multilamellar bridge-type water filter wells water inlet service shaft (4) are uniformly distributed, can transverse and longitudinal be arranged in rows, or with multilamellar bridge-type drainage
Well water inlet main shaft (2) is the center of circle, and multiple multilamellar bridge-type water filter wells water inlet service shaft (4) are arranged in multi-layer circular；Multilamellar bridge-type drainage
Between well water inlet main shaft (2) and multilamellar bridge-type water filter well water inlet service shaft (4), multilamellar bridge-type water filter well intake between service shaft (4), with
And the spacing between multilamellar bridge-type water filter well water inlet service shaft (4) and efficient purifying system internal ring core wall (6) is not less than multilamellar bridge
The 2/3 of formula water filter well water inlet main shaft (2) diameter.
6. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 1, it is characterised in that：The multilamellar
The top of bridge-type water filter well water outlet main shaft (1) and multilamellar bridge-type water filter well water inlet main shaft (2) flushes with surface layer (11), multilamellar bridge-type
The height of water filter well water outlet main shaft (1) is the depth sum of purification permutite (7), coarse sand gravel layer (10) and surface layer (11)；It is many
The height of layer bridge-type water filter well water outlet service shaft (3) and multilamellar bridge-type water filter well water inlet service shaft (4) is purification permutite (7) depth
1/2-2/3；Multilamellar bridge-type water filter well water outlet main shaft (1) is preferably located at multilamellar bridge-type water filter well water outlet main shaft (1) and multiple multilamellars
The centre of form of bridge-type water filter well water outlet service shaft (3)；Multilamellar bridge-type water filter well water outlet main shaft (1) is preferably located at multilamellar bridge-type water filter well and enters
The centre of form of water main shaft (2) and multiple multilamellar bridge-type water filter wells water inlet service shaft (4).
7. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 2, it is characterised in that：The bridge-type
Permeable mouth (1-2) include raised permeable bridge (1-2-1), permeable bridging connect support (1-2-2), the permeable hole of single hole (1-2-3) and
The permeable bridge opening of bilateral (1-2-4)；Each layer borehole wall from the permeable mouth of bridge-type (1-2) to multilamellar bridge-type water filter well water outlet main shaft (1) it is outer
Side is raised, and two ends connect support (1-2-2) and are connected with the borehole wall respectively by permeable bridging, forms straight raised permeable bridge（1-2-1）；
The permeable bridge opening (1-2-4) of bilateral is formed in both sides；The borehole wall is provided with shapes and sizes with raised permeable bridge (1-2-1) identical list
Permeable hole (the 1-2-3 in hole）.
8. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 2, it is characterised in that：The bridge-type
The level interval and level interval of permeable mouth (1-2) is equal, equal to the length of the permeable mouth of bridge-type (1-2)；The water outlet water filter well
The material of outer shaft wall (1-1), water outlet water filter well inner layer well wall (1-6) and the water outlet water filter well middle level borehole wall (1-7) is using stainless
Steel or aluminium alloy, shape adopts cylindrical shape；The well seat base plate (1-4) is waterproof plate, and its diameter is water outlet water filter well
1-1.5 times of outer shaft wall (1-1) diameter.
9. the High efficiency water purification system of a kind of multilamellar bridge-type water filter well according to claim 2, it is characterised in that：The projection
Permeable bridge (1-2-1) and permeable bridging connect the part that support (1-2-2) is the borehole wall, are formed by punch process.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621068200.1U CN206143908U (en) | 2016-09-21 | 2016-09-21 | High -efficient water purification system of multilayer bridge type drainage well |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621068200.1U CN206143908U (en) | 2016-09-21 | 2016-09-21 | High -efficient water purification system of multilayer bridge type drainage well |
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| Publication Number | Publication Date |
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| CN206143908U true CN206143908U (en) | 2017-05-03 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284621A (en) * | 2016-09-21 | 2017-01-04 | 沈阳建筑大学 | Multilamellar bridge-type water filter well and High efficiency water purification system thereof |
-
2016
- 2016-09-21 CN CN201621068200.1U patent/CN206143908U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106284621A (en) * | 2016-09-21 | 2017-01-04 | 沈阳建筑大学 | Multilamellar bridge-type water filter well and High efficiency water purification system thereof |
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