CN205874041U - A sewage pretreatment device for park landscape pond - Google Patents
A sewage pretreatment device for park landscape pond Download PDFInfo
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- CN205874041U CN205874041U CN201620682900.3U CN201620682900U CN205874041U CN 205874041 U CN205874041 U CN 205874041U CN 201620682900 U CN201620682900 U CN 201620682900U CN 205874041 U CN205874041 U CN 205874041U
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- mud
- water separation
- water
- dish
- sewage
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Abstract
The utility model discloses a sewage pretreatment device for park landscape pond, including mud -water separation case and mud collecting box, the mud -water separation incasement is provided with the mud -water separation room and the room is collected to mud, mud -water separation room and mud are collected and are provided with the baffle between the room, indoor mud -water separation dish and the mud scrapping device of being provided with of mud -water separation, the mud -water separation dish sets up with the mud scrapping device interval, be provided with the drainage hole on the mud -water separation dish, mud scrapping device is including scraping the mud cylinder, connecting portion and cleaning shoe, scrape the top surface that the mud cylinder is located the mud -water separation case, mud is collected indoor being provided with and is pressed the mud device, the utility model discloses simple structure, the practicality is strong, carries out preliminary separation through the mud and the water of mud -water separation case in to sewage, has reduced the mud content in the sewage to more be favorable to other devices to carry out purification treatment to sewage, improve quality and treatment effeciency behind the sewage treatment, can retrieve the mud of after -separating again simultaneously and recycle, reduced the energy consumption, improved comprehensive utilization.
Description
Technical field
This utility model relates to a kind of sewage pre-treatment device for park landscape pond.
Background technology
Along with growth in the living standard, people increasingly yearn for the living environment of small bridge over the flowing stream such as poetry picturesque, yearn for green
Surge and ripple, ichthyornis wild beauty in groups.In urban green space, construction of park and large-scale landmark building, artificial lake, artificial
River course and landscape pond continue to bring out, and in development of real estate, Waterscape Residential District also becomes a big focus.The battalion such as nitrogen, phosphorus in landscape water body
Supporting the enrichment of material, make algae abnormality proliferation, produce wawter bloom or water bloom, water transparency declines, and dissolved oxygen reduces, and water quality is serious
Deteriorate.
And landscape water (water, flowing water, drop, spray water and retention of excessive fluid) is mostly the static or closing unhurried current water of poor fluidity
Body, and general water surface area is relatively small, so environmental capacity of water is little, water body self-purification ability is low.And the water source of landscape water is adopted a bit
With tap water so that water body lacks a whole biological chain, thus self-purification capacity is extremely low.Although some landscape water uses natural
River course or lake diversion, but owing to present urban water resource is seriously polluted, nitrogen and phosphorus content is higher so that water body has from the beginning
The highest pollutional load, and be constantly enriched with.Add rain drop erosion and water the infiltration poured water, can by the various nitrogen in plant, phosphorus,
The nutrient such as carbon, potassium and fertilizer, pesticide and leaves, hay etc. " greening refuse " are pooled to the landscape water that physical features is relatively low in a large number
In.Can cause body eutrophication time serious, cause algal bloom in water, water body blackening is fouled, and has a strong impact on surrounding
Natural environment and the living environment of resident.Therefore, the water quality how improving landscape water has become solved in the urgent need to us
An individual difficult problem.
When landscape water is processed, need to separate the mud in water with water.And existing landscape water processes
Device does not carry out direct separating treatment to mud and water, but it is clean that sewage is directly connected in treatment box carry out water quality
Change processes.Increase the workload for the treatment of box dramatically, and owing to mud and water not being carried out preliminary separation, place
Often there is stopping state in reason case, seriously reduces the quality after sewage disposal and work efficiency.
Utility model content
This utility model purpose is to provide a kind of for park landscape pond for the deficiency existing for prior art
The technical scheme of sewage pre-treatment device, by mud-water separation case, the mud in sewage and water are carried out preliminary separation, have
Effect reduces the sludge content in sewage, thus is more beneficial for other devices and sewage carries out purified treatment, improves sewage disposal
After quality and treatment effeciency, simultaneously the mud after separating can be carried out recycling the most again, reduce energy consumption, improve comprehensive
Close utilization rate.
In order to solve above-mentioned technical problem, this utility model adopts the following technical scheme that
A kind of sewage pre-treatment device for park landscape pond, it is characterised in that: include mud-water separation case and mud
Collecting box, the left side of mud-water separation case is provided with water inlet, and the right side of mud-water separation case is provided with outlet, in mud-water separation case
Being provided with mud-water separation room and mud collecting chamber, mud collecting chamber is positioned at the lower section of mud-water separation room, mud-water separation room and mud
It is provided with dividing plate between collecting chamber, dividing plate is provided with sludge outlet groove near water outlet, is provided with in sludge outlet groove and stretches
Contracting induction door, mud-water separation indoor are provided with mud-water separation dish and mud-scraping apparatus, mud-water separation dish and mud-scraping apparatus interval and arrange,
Being provided with treatment hole on mud-water separation dish, mud-scraping apparatus includes scraping mud cylinder, connecting portion and cleaning shoe, scrapes mud cylinder and is positioned at muddy water
On the end face of separator box, being provided with pressure mud device in mud collecting chamber, the lower section of mud collecting chamber is provided with mud mouth, mud mouth
Extend to the inside of sludge collection box；Mud in sewage and water can be separated by mud-water separation room, reduce in sewage
Sludge content, consequently facilitating the process that sewage is further walked by effluent treatment plant, improves treatment effeciency and the quality of sewage,
Mud collecting chamber can carry out centralized recovery to the mud that mud-water separation room separates, it is simple to the later stage to the process of mud and utilization,
Relative to mud being directly discharged to the design on ground, it is possible not only to the environment preventing mud to periphery, Er Qieyou
Can economize on resources, reduce the loss of energy consumption, the design of dividing plate, mud-water separation room and mud collecting chamber can be isolated,
Make mud-water separation room and mud collecting chamber relatively independent, and the Position Design of dividing plate again can be so that carrying out back mud
Receiving, on dividing plate, the design of sludge outlet groove can be so that the mud separated in mud-water separation room enters along the sludge outlet groove of dividing plate
Entering in mud collecting chamber, global design is more reasonable, and the collection that can be designed so that mud of flexible induction door is more
Automatization, uses more convenient operation, and the water in sewage and mud can be separated, pass through drainage by the design of mud-water separation dish
Hole is so that water successfully moves toward water outlet from mud-water separation dish, and mud is then stopped by mud-water separation dish, along
Dividing plate flows in mud collecting chamber, and the design of mud-scraping apparatus can carry out operation to the surface of mud-water separation dish, will be sticky in
Mud on mud-water separation dish scrapes off, it is to avoid it is sticky on mud-water separation dish, causes the blocking for the treatment of hole, thus has influence on and connect
Getting off the treatment effeciency of sewage and quality, mud-scraping apparatus is by scraping moving up and down of mud cylinder, thus drives cleaning shoe at muddy water
Moving up and down on separator disk, the design of connecting portion can be so that the installation scraped between mud cylinder and cleaning shoe and being connected, and entirety sets
Count more compact and reasonable, the design of pressure mud device, the mud in mud collecting chamber can be extruded so that it is rapidly
Moving in sludge collection box, accelerate the collection efficiency of mud, pressure mud device again can be to the mud in sludge collection box simultaneously
Be compressed, the design of mud mouth position, can effectively prevent mud from mud collecting chamber toward in mobile in sludge collection box
Spill and fall to the ground.
Further, the end face of dividing plate being provided with adherent layer and protective layer, the material of adherent layer is polytetrafluoroethylmaterial material,
Protective layer is positioned at the lower section of adherent layer, and the design of adherent layer can effectively prevent mud to be sticky on dividing plate, and impact is to mud
Collecting, the service life of the adherent layer that polytetrafluoroethylmaterial material makes is long, and moderate, cost performance is higher, the design of protective layer
Dividing plate can be protected, prevent the corrosive goods confrontation dividing plate in sewage from causing corrosion injury, extend the use of dividing plate
Life-span.
Further, the bottom of sludge collection box is provided with gravity sensor, and the quantity of gravity sensor is provided with at least two
Individual, the design of gravity sensor can sense the mud weight collected in sludge collection box, when the mud weight in sludge collection box
When amount reaches the value set, control chamber just starts alarm device, reminds operator to reclaim the mud in sludge collection box,
Avoid having influence on the process of sewage.
Further, the right side of mud-water separation case being provided with control chamber, control chamber is positioned at the top of outlet, control chamber
It is connected with gravity sensor, induction door, mud-scraping apparatus and pressure mud device, is controlled the operation of whole device by control chamber,
Use more automatization, operate the simplest.
Further, forming angle α between dividing plate and horizontal plane, angle α is in the range of 25 °～35 °, and what dividing plate tilted sets
Meter so that mud can be quickly moved at sludge outlet groove under gravity, then moves to dirt from sludge outlet groove
In mud collecting chamber, effectively accelerating the collection efficiency of mud, the scope of angle α is arranged so that the collection of mud more science.
Further, mud-water separation dish includes the first mud-water separation dish, the second mud-water separation dish and the 3rd mud-water separation dish, the
One mud-water separation dish, the second mud-water separation dish and the 3rd mud-water separation dish from left to right set gradually, on the first mud-water separation dish
Treatment hole aperture more than the treatment hole aperture on the second mud-water separation dish, the treatment hole aperture on the second mud-water separation dish is more than
Treatment hole aperture on 3rd mud-water separation dish, the first mud-water separation dish, the second mud-water separation dish and the filter of the 3rd mud-water separation dish
The design in aperture, water hole, so that mud separates more thorough with water, is divided by the first mud-water separation dish, the second muddy water
The centrifugation of filtration layer by layer of separation disc and the 3rd mud-water separation dish, is effectively increased the quality after sewage disposal, reduces in sewage
Sludge content.
Further, pressure mud device includes pressing mud cylinder and soil compressing plate, and pressure mud cylinder is connected with the bottom surface of dividing plate, presses mud gas
The lower section of cylinder is provided with piston rod, and pressure mud cylinder is connected with soil compressing plate by piston rod, and soil compressing plate matches with mud mouth, pressure
Mud cylinder drives moving up and down of soil compressing plate by piston rod, can not only be by viscous in mud collecting chamber in the movement of soil compressing plate
Glutinous mud takes in sludge collection box, and can extrude the mud in sludge collection box again so that mud is collected
Case can receive more sludge quantity.
Further, the lower end scraping mud cylinder is provided with expansion link, is provided with spacing recessed before and after expansion link in both ends of the surface
Groove, the design of expansion link can be so that the connection scraped between mud cylinder and connecting portion and fixing, and the design of limited impression can make
Obtain the connection between connecting portion and expansion link the most solid and reliable, effectively prevent junction from occurring to loosen, affect mud-scraping apparatus
Use.
Further, one end of connecting portion is provided with draw-in groove, and the other end of connecting portion is provided with connection through hole, before and after draw-in groove
Being provided with groove on inwall, be provided with spacing block set and drive rod in groove, spacing block set is connected with drive rod, limit convex
Block matches with limited impression, and the design of draw-in groove can be so that the connection between connecting rod and connecting portion be fixed, the design of groove
Can be so that installation between spacing block set and drive rod so that installing enhanced convenience, drive rod drives spacing block set to move,
Until spacing block set is spacing in limited impression, so that connecting rod is fixed spacing, structure design is more compact.
Further, cleaning shoe is provided with connecting rod, connecting rod is provided with installing hole, installing hole be connected through hole mutually
Joining, cleaning shoe is connected with connecting portion by connecting rod, and the design of connecting rod can be so that peace between cleaning shoe and connecting portion
Dress and connection, the design of installing hole so that integrally-built design more rationally science, simplify and install operating procedure.
This utility model, owing to have employed technique scheme, has the advantages that
1, the mud in sewage and water can be separated by mud-water separation room, reduce the sludge content in sewage, thus
Being easy to the process that sewage is further walked by effluent treatment plant, improve treatment effeciency and the quality of sewage, mud collecting chamber can
Carry out centralized recovery with the mud that mud-water separation room is separated, it is simple to the later stage to the process of mud and utilization, relative to by mud
It is directly discharged to the design on ground, is possible not only to the environment preventing mud to periphery, and can economize on resources again,
Reduce the loss of energy consumption；
2, the design of dividing plate, can isolate mud-water separation room and mud collecting chamber so that mud-water separation room and dirt
Mud collecting chamber is relatively independent, and the Position Design of dividing plate again can be so that reclaiming mud, sludge outlet groove on dividing plate
Design can be whole so that the mud separated in mud-water separation room enters in mud collecting chamber along the sludge outlet groove of dividing plate
Body design is more reasonable, the collection that the can be designed so that mud more automatization of flexible induction door, uses operation more square
Just；
3, the water in sewage and mud can be separated by the design of mud-water separation dish, by treatment hole so that water
Successfully moving toward water outlet from mud-water separation dish, mud is then stopped by mud-water separation dish, receives toward mud along dividing plate
Collection flows in room；
4, the design of mud-scraping apparatus can carry out operation to the surface of mud-water separation dish, will be sticky on mud-water separation dish
Mud scrapes off, it is to avoid it is sticky on mud-water separation dish, causes the blocking for the treatment of hole, thus has influence on the process of following sewage
Efficiency and quality, mud-scraping apparatus by scraping moving up and down of mud cylinder, thus drive cleaning shoe on mud-water separation dish on move down
Dynamic, the design of connecting portion can be so that the installation scraped between mud cylinder and cleaning shoe and being connected, the compactest conjunction of global design
Reason；
5, press the design of mud device, the mud in mud collecting chamber can be extruded so that it is quickly moved into
In sludge collection box, accelerating the collection efficiency of mud, the mud in sludge collection box can be pressed again by pressure mud device simultaneously
Contracting.
This utility model simple in construction, practical, by mud-water separation case, the mud in sewage and water are carried out tentatively
Separation, effectively reduce the sludge content in sewage, thus be more beneficial for other devices and sewage is carried out purified treatment, improve
Quality after sewage disposal and treatment effeciency, can carry out recycling to the mud after separating the most again, reduce energy consumption,
Improve comprehensive utilization ratio.
Accompanying drawing explanation
The utility model is described in further detail below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of a kind of sewage pre-treatment device for park landscape pond of this utility model；
Fig. 2 is the structural representation of mud-scraping apparatus in this utility model.
In figure: 1-mud-water separation case；2-sludge collection box；3-water inlet；4-outlet；5-mud-water separation room；6-mud
Collecting chamber；7-dividing plate；8-sludge outlet groove；9-stretches induction door；10-mud-scraping apparatus；11-scrapes mud cylinder；12-connecting portion；13-
Cleaning shoe；14-presses mud device；15-mud mouth；16-control chamber；17-the first mud-water separation dish；18-the second mud-water separation dish；
19-the 3rd mud-water separation dish；20-presses mud cylinder；21-soil compressing plate；22-piston rod；23-expansion link；24-draw-in groove；25-connects logical
Hole；26-groove；27-spacing block set；28-connecting rod；29-installing hole；30-limited impression.
Detailed description of the invention
As shown in Figure 1 to Figure 2, for this utility model in order to solve above-mentioned technical problem, this utility model uses following skill
Art scheme:
A kind of sewage pre-treatment device for park landscape pond, including mud-water separation case 1 and sludge collection box 2, mud
The left side of water separating tank 1 is provided with water inlet 3, and the right side of mud-water separation case 1 is provided with outlet 4, the right-hand member of mud-water separation case 1
Being provided with control chamber 16 on face, control chamber 16 is positioned at the top of outlet 4, control chamber 16 and gravity sensor, induction door, scrapes mud
Device 10 is connected with pressure mud device 14, is controlled the operation of whole device by control chamber 16, uses more automatization, behaviour
Make the simplest.
Being provided with mud-water separation room 5 and mud collecting chamber 6 in mud-water separation case 1, mud collecting chamber 6 is positioned at mud-water separation room
The lower section of 5, the mud in sewage and water can be separated by mud-water separation room 5, the sludge content in reduction sewage, thus just
In the process that sewage is further walked by effluent treatment plant, improving treatment effeciency and the quality of sewage, mud collecting chamber 6 is permissible
The mud separating mud-water separation room 5 carries out centralized recovery, it is simple to the later stage is to the process of mud and utilization, straight relative to by mud
Run in and be put into the design on ground, be possible not only to the environment preventing mud to periphery, and can economize on resources again, fall
The loss of low energy consumption, is provided with dividing plate 7 between mud-water separation room 5 and mud collecting chamber 6, form folder between dividing plate 7 and horizontal plane
Angle α, angle α in the range of 25 °～35 °, dividing plate 7 tilt design so that mud can move the most rapidly
Move at sludge outlet groove 8, then move to mud collecting chamber 6 from sludge outlet groove 8, effectively accelerate the collection effect of mud
Rate, the scope of angle α is arranged so that the collection of mud more science, and the end face of dividing plate 7 is provided with adherent layer and protection
Layer, the material of adherent layer is polytetrafluoroethylmaterial material, and protective layer is positioned at the lower section of adherent layer, and the design of adherent layer can be the most anti-
Only mud is sticky on dividing plate 7, the impact collection to mud, and the service life of the adherent layer that polytetrafluoroethylmaterial material makes is long,
Moderate cost, cost performance is higher, and dividing plate 7 can be protected by the design of protective layer, prevents the corrosive goods in sewage from verifying
Dividing plate 7 causes corrosion injury, extends the service life of dividing plate 7, and dividing plate 7 is provided with sludge outlet groove at outlet 4
8, it is provided with flexible induction door 9, the design of dividing plate 7 in sludge outlet groove 8, mud-water separation room 5 and mud collecting chamber 6 can be entered
Row isolation so that mud-water separation room 5 and mud collecting chamber 6 are relatively independent, and the Position Design of dividing plate 7 can be to dirt
Mud reclaims, and on dividing plate 7, the design of sludge outlet groove 8 can be so that the mud separated in mud-water separation room 5 be along dividing plate 7
Sludge outlet groove 8 enters in mud collecting chamber 6, and global design is more reasonable, flexible induction door 9 can be designed so that dirt
The collection of mud more automatization, uses more convenient operation.
It is provided with mud-water separation dish and mud-scraping apparatus 10, mud-water separation dish and mud-scraping apparatus 10 in mud-water separation room 5 to be spaced
Arranging, mud-water separation dish is provided with treatment hole, mud-water separation dish includes first mud-water separation dish the 17, second mud-water separation dish 18
With the 3rd mud-water separation dish 19, first mud-water separation dish the 17, second mud-water separation dish 18 and the 3rd mud-water separation dish 19 from a left side to
The right side sets gradually, and the treatment hole aperture on the first mud-water separation dish 17 is more than the treatment hole aperture on the second mud-water separation dish 18,
Treatment hole aperture on second mud-water separation dish 18 is more than the treatment hole aperture on the 3rd mud-water separation dish 19, the first mud-water separation
Dish the 17, second mud-water separation dish 18 and the design in the 3rd mud-water separation dish 19 treatment hole aperture so that mud and water point
From more thorough, by the first mud-water separation dish the 17, second mud-water separation dish 18 and mistake layer by layer of the 3rd mud-water separation dish 19
Filter centrifugation, is effectively increased the quality after sewage disposal, reduces the sludge content in sewage, and the design of mud-water separation dish can
So that the water in sewage and mud are separated, by treatment hole so that water successfully from mud-water separation dish toward outlet 4
Place is mobile, and mud is then stopped by mud-water separation dish, flows in mud collecting chamber 6 along dividing plate 7.
Mud-scraping apparatus 10 includes scraping mud cylinder 11, connecting portion 12 and cleaning shoe 13, scrapes mud cylinder 11 and is positioned at mud-water separation case 1
End face on, the lower end scraping mud cylinder 11 is provided with expansion link 23, is provided with spacing recessed before and after expansion link 23 in both ends of the surface
Groove 30, the design of expansion link 23 can so that the connection scraped between mud cylinder 11 and connecting portion 12 and fixing, limited impression 30
Can be designed so that the connection between connecting portion 12 and expansion link 23 is the most solid and reliable, effectively prevent junction from pine occurring
Dynamic, affect the use of mud-scraping apparatus 10, one end of connecting portion 12 is provided with draw-in groove 24, and the other end of connecting portion 12 is provided with connection
Through hole 25, is provided with groove 26, is provided with spacing block set 27 and drive rod in groove 26 on inwall before and after draw-in groove 24, spacing
Projection 27 is connected with drive rod, and spacing block set 27 matches with limited impression 30, and the design of draw-in groove 24 can be so that connecting rod
Connection between 28 and connecting portion 12 is fixed, the design of groove 26 can so that installation between spacing block set 27 and drive rod,
Making to install enhanced convenience, drive rod drives spacing block set 27 to move, until spacing block set 27 is spacing in limited impression 30,
So that connecting rod 28 is fixed spacing, structure design is more compact, cleaning shoe 13 is provided with connecting rod 28, connecting rod 28 sets
Being equipped with installing hole 29, installing hole 29 matches with being connected through hole 25, and cleaning shoe 13 is connected with connecting portion 12 by connecting rod 28,
The design of connecting rod 28 can be so that installation between cleaning shoe 13 with connecting portion 12 and being connected, the design of installing hole 29 so that
Integrally-built design more rationally science, simplifies and installs operating procedure, and the design of mud-scraping apparatus 10 can be to mud-water separation
The surface of dish carries out operation, is scraped off by the mud being sticky on mud-water separation dish, it is to avoid it is sticky on mud-water separation dish, causes
The blocking for the treatment of hole, thus have influence on treatment effeciency and the quality of following sewage, mud-scraping apparatus 10 is by scraping mud cylinder 11
Moving up and down, thus drive cleaning shoe 13 to move up and down on mud-water separation dish, the design of connecting portion 12 can be so that scraping mud gas
Installation between cylinder 11 with cleaning shoe 13 and being connected, global design more compact and reasonable.
Being provided with pressure mud device 14 in mud collecting chamber 6, pressure mud device 14 includes pressing mud cylinder 20 and soil compressing plate 21, presses mud
Cylinder 20 is connected with the bottom surface of dividing plate 7, and the lower section of pressure mud cylinder 20 is provided with piston rod 22, and pressure mud cylinder 20 passes through piston rod
22 are connected with soil compressing plate 21, and soil compressing plate 21 matches with mud mouth 15, and pressure mud cylinder 20 drives soil compressing plate by piston rod 22
21 move up and down, can not only take glutinous mud viscous in mud collecting chamber 6 to mud in the movement of soil compressing plate 21 and collect
In case 2, and the mud in sludge collection box 2 can be extruded again so that sludge collection box 2 can receive more dirt
Mud amount, the design of pressure mud device 14, the mud in mud collecting chamber 6 can be extruded so that it is quickly moved into dirt
In mud collecting box 2, accelerating the collection efficiency of mud, the mud in sludge collection box 2 can be carried out again by pressure mud device 14 simultaneously
Compression, the lower section of mud collecting chamber 6 is provided with mud mouth 15, and mud mouth 15 extends to the inside of sludge collection box 2, mud mouth 15
The design of position, can effectively prevent mud from falling to the ground toward spilling in mobile in sludge collection box 2 from mud collecting chamber 6.
The bottom of sludge collection box 2 is provided with gravity sensor, and the quantity of gravity sensor is provided with at least two, gravity
The design of sensor can sense the mud weight collected in sludge collection box 2, when the mud weight in sludge collection box 2 reaches
During the value set, control chamber 16 just starts alarm device, reminds operator to reclaim the mud in sludge collection box 2, keeps away
Exempt to have influence on the process of sewage.
These are only specific embodiment of the utility model, but technical characteristic of the present utility model is not limited thereto.Appoint
How based on this utility model, for realizing essentially identical technique effect, done ground simple change, equivalent or repair
Decorations etc., are all covered by among protection domain of the present utility model.
Claims (10)
1. the sewage pre-treatment device for park landscape pond, it is characterised in that: include that mud-water separation case and mud are received
Header, the left side of described mud-water separation case is provided with water inlet, and the right side of described mud-water separation case is provided with outlet, described mud
Being provided with mud-water separation room and mud collecting chamber in water separating tank, described mud collecting chamber is positioned under described mud separation chamber
Side, is provided with dividing plate between described mud-water separation room and described mud collecting chamber, described dividing plate is provided with near water outlet
Sludge outlet groove, is provided with flexible induction door in described sludge outlet groove, described mud-water separation indoor are provided with mud-water separation dish
With mud-scraping apparatus, described mud-water separation dish and described mud-scraping apparatus interval are arranged, described mud-water separation dish is provided with treatment hole,
Described mud-scraping apparatus includes scraping mud cylinder, connecting portion and cleaning shoe, described in scrape mud cylinder and be positioned at the end face of described mud-water separation case
On, it being provided with pressure mud device in described mud collecting chamber, the lower section of described mud collecting chamber is provided with mud mouth, described mud mouth
Extend to the inside of described sludge collection box.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
Being provided with adherent layer and protective layer on the end face of dividing plate, the material of described adherent layer is polytetrafluoroethylmaterial material, described protective layer
It is positioned at the lower section of described adherent layer.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
The bottom of sludge collection box is provided with gravity sensor, and the quantity of described gravity sensor is provided with at least two.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 3, it is characterised in that: described
Being provided with control chamber on the right side of mud-water separation case, described control chamber is positioned at the top of described outlet, described control chamber with
Described gravity sensor, described induction door, described mud-scraping apparatus are connected with described pressure mud device.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
Forming angle α between dividing plate and horizontal plane, described angle α is in the range of 25 °～35 °.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
Mud-water separation dish includes the first mud-water separation dish, the second mud-water separation dish and the 3rd mud-water separation dish, described first mud-water separation
Dish, described second mud-water separation dish from left to right set gradually with described 3rd mud-water separation dish, described first mud-water separation dish
On treatment hole aperture more than the treatment hole aperture on described second mud-water separation dish, the drainage on described second mud-water separation dish
Aperture, hole is more than the treatment hole aperture on described 3rd mud-water separation dish.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
Pressure mud device includes pressing mud cylinder and soil compressing plate, and described pressure mud cylinder is connected with the bottom surface of described dividing plate, described pressure mud cylinder
Lower section be provided with piston rod, described pressure mud cylinder is connected with described soil compressing plate by described piston rod, described soil compressing plate with
Described mud mouth matches.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 1, it is characterised in that: described
The lower end scraping mud cylinder is provided with expansion link, is provided with limited impression before and after described expansion link in both ends of the surface.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 8, it is characterised in that: described
One end of connecting portion is provided with draw-in groove, and the other end of described connecting portion is provided with connection through hole, before and after described draw-in groove on inwall
Being provided with groove, be provided with spacing block set and drive rod in described groove, described spacing block set is connected with described drive rod,
Described spacing block set matches with described limited impression.
A kind of sewage pre-treatment device for park landscape pond the most according to claim 9, it is characterised in that: institute
Stating and be provided with connecting rod on cleaning shoe, described connecting rod is provided with installing hole, described installing hole is connected through hole phase with described
Joining, described cleaning shoe is connected with described connecting portion by described connecting rod.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682900.3U CN205874041U (en) | 2016-06-27 | 2016-06-27 | A sewage pretreatment device for park landscape pond |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620682900.3U CN205874041U (en) | 2016-06-27 | 2016-06-27 | A sewage pretreatment device for park landscape pond |
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| CN205874041U true CN205874041U (en) | 2017-01-11 |
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| CN201620682900.3U Expired - Fee Related CN205874041U (en) | 2016-06-27 | 2016-06-27 | A sewage pretreatment device for park landscape pond |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109339145A (en) * | 2018-12-06 | 2019-02-15 | 胡杏玉 | A kind of dredging device for water conservancy projects |
| CN110975352A (en) * | 2019-12-16 | 2020-04-10 | 扬州市双龙工业设备安装有限公司 | Mud scraper for water treatment |
| CN112121472A (en) * | 2020-10-10 | 2020-12-25 | 内蒙古万众炜业科技环保股份公司 | A deposit dehydration integration system for after coal washing |
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2016
- 2016-06-27 CN CN201620682900.3U patent/CN205874041U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109339145A (en) * | 2018-12-06 | 2019-02-15 | 胡杏玉 | A kind of dredging device for water conservancy projects |
| CN110975352A (en) * | 2019-12-16 | 2020-04-10 | 扬州市双龙工业设备安装有限公司 | Mud scraper for water treatment |
| CN110975352B (en) * | 2019-12-16 | 2022-03-11 | 扬州绿都环境工程设备有限公司 | Mud scraper for water treatment |
| CN112121472A (en) * | 2020-10-10 | 2020-12-25 | 内蒙古万众炜业科技环保股份公司 | A deposit dehydration integration system for after coal washing |
| CN112121472B (en) * | 2020-10-10 | 2021-11-26 | 内蒙古万众炜业科技环保股份公司 | A deposit dehydration integration system for after coal washing |
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