CN204490551U - A kind of sewage air-flotation tripping device - Google Patents
A kind of sewage air-flotation tripping device Download PDFInfo
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- CN204490551U CN204490551U CN201520105485.0U CN201520105485U CN204490551U CN 204490551 U CN204490551 U CN 204490551U CN 201520105485 U CN201520105485 U CN 201520105485U CN 204490551 U CN204490551 U CN 204490551U
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Abstract
The utility model discloses a kind of sewage air-flotation tripping device, belong to sewage disposal machinery apparatus field.This utility model comprises sewage separate tank and mud-scraping mechanism, mud-scraping mechanism is horizontally set on the upside of sewage separate tank, sewage feed chamber is disposed with along drainage flow direction in sewage separate tank, molten air chamber, air flotation separating chamber and clear water drip chamber, water entry is provided with on the downside of inlet damper with bottom sewage separate tank, on the upside of molten gas baffle plate, sewage separate tank top is provided with water exit, sewage separate tank side is provided with water inlet pipe, molten gas rising pipe upper horizontal is evenly provided with multiple release head, air flotation separating chamber side is provided with mud hopper, sewage separate tank side is provided with air-dissolving apparatus, mud-scraping mechanism comprises scrapes mud motor, scrape mud support, scrape mud chain and cleaning shoe.The utility model structure is simple, rapidly and efficiently sewage can be carried out mud-water separation, improves sewage treating efficiency and quality, meets the needs of production.
Description
Technical field
The utility model relates to a kind of tripping device, especially a kind of sewage air-flotation tripping device, belongs to sewage disposal machinery apparatus field.
Background technology
Wool spinning is spinning process process hair fibre being processed into yarn, wool spinning fiber is based on wool, also comprise the special animal hair fibers such as cashmere, the rabbit hair, mohair, yak hair, wool spinning process also can be used for that wool type chemical fiber purely spins, blending and natural fibre blended with other.Wool spinning is in the course of processing, first raw material wool spinning is needed to wash, by Impurity removals such as the silts in wool spinning, just can proceed the processing of next procedure, the large amount of sewage produced after wool spinning being washed needs to process, often dissolved air flotation method is used in sewage disposal, dissolved air flotation method is that suspended substance bubbles attached is risen to the water surface, thus the water treatment method of Separation of Water and suspended substance, dissolved air flotation method may be used for the suspended substance that segregation ratio reclosing is bordering on water and is difficult to precipitation, existing sewage air-flotation tripping device structure is single, be difficult to efficiently sewage be carried out dissolved air flotation, and when running into particle floss heavier mass in sewage, in sepn process, it fully cannot be suspended, make in the clear water after processing containing a large amount of flosss, reduce efficiency and the quality of sewage disposal, be difficult to the needs meeting sewage disposal.
Utility model content
Technical problem to be solved in the utility model overcomes above-mentioned deficiency existing in prior art, and provide a kind of reasonable in design, rapidly and efficiently sewage can be carried out mud-water separation, improve the sewage air-flotation tripping device of sewage treating efficiency and quality.
In order to solve the problems of the technologies described above, the technical scheme that the utility model adopts is: a kind of sewage air-flotation tripping device, comprise sewage separate tank and mud-scraping mechanism, mud-scraping mechanism is horizontally set on the upside of sewage separate tank, it is characterized in that: in described sewage separate tank, be disposed with sewage feed chamber along drainage flow direction, molten air chamber, air flotation separating chamber and clear water drip chamber, vertically inlet damper is provided with between sewage feed chamber and molten air chamber, water entry is provided with on the downside of inlet damper with bottom sewage separate tank, molten gas baffle plate is vertically provided with between molten air chamber and air flotation separating chamber, on the upside of molten gas baffle plate, sewage separate tank top is provided with water exit, water proof baffle plate is vertically provided with between air flotation separating chamber and clear water drip chamber, sewage separate tank side is provided with water inlet pipe, water inlet pipe upper end has been horizontally disposed with water distributor, on water distributor, horizontal homogeneous is provided with multiple posticum, molten air chamber lower horizontal is provided with molten gas rising pipe, molten gas rising pipe upper horizontal is evenly provided with multiple release head, air flotation separating chamber side is provided with mud hopper, mud hopper is arranged on water proof baffle plate side, on the upside of mud hopper, sewage separate tank top is provided with spoil disposal passage, mud hopper one side-lower is provided with shore pipe, dissolved air flotation indoor are provided with many L shape aqueducts, L shape aqueduct one end is horizontally set on the downside of air flotation separating chamber, the L shape aqueduct the other end is vertically arranged in clear water drip chamber horizontal through water proof baffle plate, multiple water vent is evenly provided with on the downside of the L shape aqueduct of dissolved air flotation indoor, many water shoots are vertically provided with in clear water drip chamber, water shoot lower end is horizontal through sewage separate tank, lower than on the upside of L shape aqueduct on the upside of water shoot, sewage separate tank side is provided with air-dissolving apparatus, described mud-scraping mechanism comprises to be scraped mud motor, scrape mud support, scrapes mud chain and cleaning shoe, scrape mud support and be vertically symmetricly set on sewage separate tank both sides, scrape on mud support and be vertically rotatably connected to sprocket wheel, scraping mud chain horizontal symmetrical is arranged on the sprocket wheel of sewage separate tank both sides, cleaning shoe is inclined to be scraped on mud chain, scrape mud motor and be horizontally set on sewage separate tank side, scrape the driving of mud motor and scrape mud chain.
Further, described air-dissolving apparatus comprises dissolving, molten gas water inlet pipe and water inlet electric pump, dissolving is horizontally set on sewage separate tank side, molten gas water inlet pipe one end is communicated with on the downside of dissolving, the molten gas water inlet pipe the other end is communicated with the L shape aqueduct of dissolved air flotation indoor through sewage separate tank, water inlet electric pump is arranged on molten gas water inlet pipe, and dissolving side is communicated with the molten gas rising pipe in molten air chamber, is provided with air-intake duct on the upside of dissolving.
Further, described cleaning shoe is at least provided with two pieces, and cleaning shoe employing thickness is the lightweight stainless steel of 2 millimeters.
The utility model compared with prior art, have the following advantages and effect: the utility model structure is simple, be horizontally disposed with water distributor by water inlet pipe upper end, on water distributor, horizontal homogeneous is provided with multiple posticum, rapidly and uniformly sewage can be flowed into sewage feed chamber, by being provided with water entry on the downside of inlet damper with bottom sewage separate tank, sewage enters molten air chamber bottom sewage feed chamber, molten air chamber lower horizontal is provided with molten gas rising pipe, molten gas rising pipe upper horizontal is evenly provided with multiple release head, the water that sewage and molten gas rising pipe flow out fully is mixed, and dissolved air flotation pond is flowed into the water exit at sewage separate tank top on the upside of molten gas baffle plate, air flotation separating chamber upper strata is suspended in after particle floss in sewage is fully combined with bubble, the particle floss avoiding quality larger is precipitated to due to gravity bottom air flotation separating chamber, mud-scraping mechanism is utilized to be horizontally set on the upside of sewage separate tank, mud-scraping mechanism can continuous high-efficient by the scraping delivery of particle floss to mud hopper, by being evenly provided with multiple water vent on the downside of the L shape aqueduct of dissolved air flotation indoor, the clear water of air flotation separating chamber lower floor flows rapidly into clear water drip chamber, recycles by water shoot effluent sewerage separate tank is enable, sewage separate tank side is provided with air-dissolving apparatus, molten gas water inlet pipe one end is communicated with on the downside of dissolving, the molten gas water inlet pipe the other end is communicated with the L shape aqueduct of dissolved air flotation indoor through sewage separate tank, clear water after utilizing dissolved air flotation is as the water inlet of dissolving, reduce water consumption, improve efficiency and the quality of sewage air-flotation separation, meet the needs of sewage disposal.
Accompanying drawing explanation
Fig. 1 is the front view of a kind of sewage air-flotation tripping device of the utility model.
Fig. 2 is the vertical view of a kind of sewage air-flotation tripping device of the utility model.
Fig. 3 is the structural representation of the water distributor of a kind of sewage air-flotation tripping device of the utility model.
In figure: 1. sewage separate tank, 2. sewage feed chamber, 3. molten air chamber, 4. air flotation separating chamber, 5. clear water drip chamber, 6. inlet damper, 7. molten gas baffle plate, 8. water proof baffle plate, 9. water inlet pipe, 10. water distributor, 11. posticums, 12. molten gas rising pipes, 13. release heads, 14. mud hoppers, 15. shore pipes, 16.L shape aqueduct, 17. water vents, 18. water shoots, 19. scrape mud motor, and 20. scrape mud support, and 21. scrape mud chain, 22. cleaning shoes, 23. sprocket wheels, 24. dissolvings, 25. molten gas water inlet pipes, 26. water inlet electric pumps, 27. air-intake ducts.
Embodiment
In order to further describe the utility model, set forth a kind of embodiment of sewage air-flotation tripping device below in conjunction with accompanying drawing further, following examples are that the utility model is not limited to following examples to explanation of the present utility model.
As shown in Figure 1 and Figure 2, a kind of sewage air-flotation tripping device of the utility model, comprise sewage separate tank 1 and mud-scraping mechanism, mud-scraping mechanism is horizontally set on the upside of sewage separate tank 1.Sewage feed chamber 2 is disposed with along drainage flow direction in sewage separate tank 1 of the present utility model, molten air chamber 3, air flotation separating chamber 4 and clear water drip chamber 5, inlet damper 6 is vertically provided with between sewage feed chamber 2 and molten air chamber 3, water entry is provided with on the downside of inlet damper 6 with bottom sewage separate tank 1, molten gas baffle plate 7 is vertically provided with between molten air chamber 3 and air flotation separating chamber 4, on the upside of molten gas baffle plate 7, sewage separate tank 1 top is provided with water exit, water proof baffle plate 8 is vertically provided with between air flotation separating chamber 4 and clear water drip chamber 5, sewage separate tank 1 side is provided with water inlet pipe 9, water inlet pipe 9 upper end has been horizontally disposed with water distributor 10, on water distributor 10, horizontal homogeneous is provided with multiple posticum 11, molten air chamber 3 lower horizontal is provided with molten gas rising pipe 12, molten gas rising pipe 12 upper horizontal is evenly provided with multiple release head 13, air flotation separating chamber 4 side is provided with mud hopper 14, mud hopper 14 is arranged on water proof baffle plate 8 side, on the upside of mud hopper 14, sewage separate tank 1 top is provided with spoil disposal passage, mud hopper 14 1 side-lower is provided with shore pipe 15, many L shape aqueducts 16 are provided with in air flotation separating chamber 4, L shape aqueduct 16 one end is horizontally set on the downside of air flotation separating chamber 4, L shape aqueduct 16 the other end is vertically arranged in clear water drip chamber 5 horizontal through water proof baffle plate 8, multiple water vent 17 is evenly provided with on the downside of L shape aqueduct 16 in air flotation separating chamber 4, many water shoots 18 are vertically provided with in clear water drip chamber 5, water shoot 18 lower end is horizontal through sewage separate tank 1, lower than on the upside of L shape aqueduct 16 on the upside of water shoot 18, sewage separate tank 1 side is provided with air-dissolving apparatus.
Mud-scraping mechanism of the present utility model comprises to be scraped mud motor 19, scrape mud support 20, scrapes mud chain 21 and cleaning shoe 22, scrape mud support 20 and be vertically symmetricly set on sewage separate tank 1 both sides, scrape on mud support 20 and be vertically rotatably connected to sprocket wheel 23, scraping mud chain 21 horizontal symmetrical is arranged on the sprocket wheel 23 of sewage separate tank 1 both sides, cleaning shoe 22 is inclined to be scraped on mud chain 21, scrape mud motor 19 and be horizontally set on sewage separate tank 1 side, scrape mud motor 19 driving and scrape mud chain 21.
Air-dissolving apparatus of the present utility model comprises dissolving 24, molten gas water inlet pipe 25 and water inlet electric pump 26, dissolving 24 is horizontally set on sewage separate tank 1 side, molten gas water inlet pipe 25 one end is communicated with on the downside of dissolving 24, molten gas water inlet pipe 25 the other end is communicated with the L shape aqueduct 16 in air flotation separating chamber 4 through sewage separate tank 1, water inlet electric pump 26 is arranged on molten gas water inlet pipe 25, dissolving 24 side is communicated with the molten gas rising pipe 12 in molten air chamber 3, is provided with air-intake duct 27 on the upside of dissolving 24.Cleaning shoe 22 of the present utility model is at least provided with two pieces, and cleaning shoe 22 adopts thickness to be the lightweight stainless steel of 2 millimeters, guarantee can continuous high-efficient by the scraping delivery of particle floss to mud hopper 14.
Adopt technique scheme, a kind of sewage air-flotation tripping device of the utility model when in use, water distributor 10 has been horizontally disposed with by water inlet pipe 9 upper end, on water distributor 10, horizontal homogeneous is provided with multiple posticum 11, rapidly and uniformly sewage can be flowed into sewage feed chamber 2, utilize on the downside of inlet damper 6 with bottom sewage separate tank 1 and be provided with water entry, sewage enters molten air chamber 3 bottom sewage feed chamber 2, molten air chamber 3 lower horizontal is provided with molten gas rising pipe 12, molten gas rising pipe 12 upper horizontal is evenly provided with multiple release head 13, the water that sewage and molten gas rising pipe 12 flow out fully is mixed, and dissolved air flotation pond 4 is flowed into the water exit at sewage separate tank 1 top on the upside of molten gas baffle plate 7, air flotation separating chamber 4 upper strata is suspended in after particle floss in sewage is fully combined with bubble, avoiding the larger particle floss of quality is precipitated to bottom air flotation separating chamber 4 due to gravity, mud-scraping mechanism is utilized to be horizontally set on the upside of sewage separate tank 1, mud-scraping mechanism can continuous high-efficient by the scraping delivery of particle floss to mud hopper 14, utilize in air flotation separating chamber 4 and be provided with many L shape aqueducts 16, L shape aqueduct 16 one end is horizontally set on the downside of air flotation separating chamber 4, another 16 one end of L shape aqueduct are vertically arranged in clear water drip chamber 5 horizontal through water proof baffle plate 8, multiple water vent 17 is evenly provided with on the downside of L shape aqueduct 16 in air flotation separating chamber 4, the clear water of air flotation separating chamber 4 lower floor flows rapidly into clear water drip chamber 5, recycle by water shoot 18 effluent sewerage separate tank 1 is enable, sewage separate tank 1 side is utilized to be provided with air-dissolving apparatus, molten gas water inlet pipe 25 one end is communicated with on the downside of dissolving 24, molten gas water inlet pipe 25 the other end is communicated with the L shape aqueduct 16 in air flotation separating chamber 4 through sewage separate tank 1, clear water after utilizing dissolved air flotation is as the water inlet of dissolving 24, reduce water consumption.By such structure, the utility model structure is simple, easy to operate, rapidly and efficiently sewage can be carried out mud-water separation, improves efficiency and the quality of sewage air-flotation separation, meets the needs of sewage disposal.
Above content described in this specification sheets is only to the explanation of the utility model example.The utility model person of ordinary skill in the field can make various amendment or supplements or adopt similar mode to substitute to described specific embodiment; only otherwise depart from the content of the utility model specification sheets or surmount this scope as defined in the claims, protection domain of the present utility model all should be belonged to.
Claims (3)
1. a sewage air-flotation tripping device, comprise sewage separate tank and mud-scraping mechanism, mud-scraping mechanism is horizontally set on the upside of sewage separate tank, it is characterized in that: in described sewage separate tank, be disposed with sewage feed chamber along drainage flow direction, molten air chamber, air flotation separating chamber and clear water drip chamber, vertically inlet damper is provided with between sewage feed chamber and molten air chamber, water entry is provided with on the downside of inlet damper with bottom sewage separate tank, molten gas baffle plate is vertically provided with between molten air chamber and air flotation separating chamber, on the upside of molten gas baffle plate, sewage separate tank top is provided with water exit, water proof baffle plate is vertically provided with between air flotation separating chamber and clear water drip chamber, sewage separate tank side is provided with water inlet pipe, water inlet pipe upper end has been horizontally disposed with water distributor, on water distributor, horizontal homogeneous is provided with multiple posticum, molten air chamber lower horizontal is provided with molten gas rising pipe, molten gas rising pipe upper horizontal is evenly provided with multiple release head, air flotation separating chamber side is provided with mud hopper, mud hopper is arranged on water proof baffle plate side, on the upside of mud hopper, sewage separate tank top is provided with spoil disposal passage, mud hopper one side-lower is provided with shore pipe, dissolved air flotation indoor are provided with many L shape aqueducts, L shape aqueduct one end is horizontally set on the downside of air flotation separating chamber, the L shape aqueduct the other end is vertically arranged in clear water drip chamber horizontal through water proof baffle plate, multiple water vent is evenly provided with on the downside of the L shape aqueduct of dissolved air flotation indoor, many water shoots are vertically provided with in clear water drip chamber, water shoot lower end is horizontal through sewage separate tank, lower than on the upside of L shape aqueduct on the upside of water shoot, sewage separate tank side is provided with air-dissolving apparatus, described mud-scraping mechanism comprises to be scraped mud motor, scrape mud support, scrapes mud chain and cleaning shoe, scrape mud support and be vertically symmetricly set on sewage separate tank both sides, scrape on mud support and be vertically rotatably connected to sprocket wheel, scraping mud chain horizontal symmetrical is arranged on the sprocket wheel of sewage separate tank both sides, cleaning shoe is inclined to be scraped on mud chain, scrape mud motor and be horizontally set on sewage separate tank side, scrape the driving of mud motor and scrape mud chain.
2. a kind of sewage air-flotation tripping device according to claim 1, it is characterized in that: described air-dissolving apparatus comprises dissolving, molten gas water inlet pipe and water inlet electric pump, dissolving is horizontally set on sewage separate tank side, molten gas water inlet pipe one end is communicated with on the downside of dissolving, the molten gas water inlet pipe the other end is communicated with the L shape aqueduct of dissolved air flotation indoor through sewage separate tank, water inlet electric pump is arranged on molten gas water inlet pipe, dissolving side is communicated with the molten gas rising pipe in molten air chamber, is provided with air-intake duct on the upside of dissolving.
3. a kind of sewage air-flotation tripping device according to claim 1, is characterized in that: described cleaning shoe is at least provided with two pieces, and cleaning shoe employing thickness is the lightweight stainless steel of 2 millimeters.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520105485.0U CN204490551U (en) | 2015-02-13 | 2015-02-13 | A kind of sewage air-flotation tripping device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520105485.0U CN204490551U (en) | 2015-02-13 | 2015-02-13 | A kind of sewage air-flotation tripping device |
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| CN204490551U true CN204490551U (en) | 2015-07-22 |
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| CN201520105485.0U Active CN204490551U (en) | 2015-02-13 | 2015-02-13 | A kind of sewage air-flotation tripping device |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104671317A (en) * | 2015-02-13 | 2015-06-03 | 浙江高和羊毛科技有限公司 | Sewage air flotation separation device |
| CN104961185A (en) * | 2015-07-23 | 2015-10-07 | 重庆泰克环保工程设备有限公司 | Novel air floatation tank |
| CN107010765A (en) * | 2017-05-26 | 2017-08-04 | 合肥图腾龙企业管理事务所（有限合伙） | A kind of integrated high-efficiency sewage disposal device |
-
2015
- 2015-02-13 CN CN201520105485.0U patent/CN204490551U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104671317A (en) * | 2015-02-13 | 2015-06-03 | 浙江高和羊毛科技有限公司 | Sewage air flotation separation device |
| CN104961185A (en) * | 2015-07-23 | 2015-10-07 | 重庆泰克环保工程设备有限公司 | Novel air floatation tank |
| CN107010765A (en) * | 2017-05-26 | 2017-08-04 | 合肥图腾龙企业管理事务所（有限合伙） | A kind of integrated high-efficiency sewage disposal device |
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