CN203999216U - A kind of integrated recirculating water processing unit that sprays paint - Google Patents

A kind of integrated recirculating water processing unit that sprays paint Download PDF

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Publication number
CN203999216U
CN203999216U CN201420431752.9U CN201420431752U CN203999216U CN 203999216 U CN203999216 U CN 203999216U CN 201420431752 U CN201420431752 U CN 201420431752U CN 203999216 U CN203999216 U CN 203999216U
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China
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reaction
reacting pipe
water
water tank
slag
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Expired - Fee Related
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CN201420431752.9U
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Chinese (zh)
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黄华曾
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Individual
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Individual
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Abstract

A kind of integrated recirculating water processing unit that sprays paint, comprise sewage reaction box, electric control box, water tank is connected successively with the receipts slag car, wherein: described sewage reaction box is provided with has a group reaction device assembly at least, a described group reaction assembly mainly comprises electric control box, chemicals dosing plant, air valve setting device and set of reactors, described set of reactors mainly includes reacting pipe, sump pump and reaction pump, described sump pump is located at the entrance of reacting pipe, described reaction pump is located at the middle part of reacting pipe or middle part toward rear section, described reacting pipe is the pipeline of Q-RING around laminate structure, in each group, be provided with at least one dosing mouth that connects chemicals dosing plant the is connected air valve setting device gas port that adds with at least one, described reacting pipe end outlet extends to the bottom of water tank.The utility model is sustainable carries out decontamination to sewage, has shortened the time of reaction and has improved the efficiency of water treatment.

Description

A kind of integrated recirculating water processing unit that sprays paint
Technical field
The utility model relates to sewage disposal device field, particularly a kind of integrated recirculating water processing unit that sprays paint.
Background technology
Paint spray booth provides good operating environment for the surface anticorrosion of the products such as each metalloid or nonmetal engineering goods, automobile, household electrical appliances, furniture, but in spraying process, due to fully mix at the paint water of water-screen cabinet unit inside and water particle in contain a large amount of paint particles, water particle and paint particles are discharged in atmosphere, bring certain impact to people's health, especially in intensive manufacturing district or near the occasion of Residential areas.Traditional sewage disposal of spraying paint is the technique means that adopts the fields such as biological, chemistry and physics, and being equipped with corresponding processing unit carries out diversified processing, and its program and facility very complicated.Conventionally in the front end coagulation of sewage disposal, flocculation, air supporting (or precipitation) stage, all first sewage to be introduced to different reaction tank (groove or tank), and in reactive tank, add medicament, and then utilize external whipping appts in reactive tank to be uniformly mixed, so that the abundant hybrid reaction of medicament and sewage.After having reacted in first reactive tank, can be transported in an identical manner more next reactive tank and process, the like, until sewage has all reacted with every kind of medicament.The mode of this sewage disposal has following shortcoming, and the one, in reactive tank, the power of external whipping appts is that outside power provides, it need to consume extra energy, not environmental protection and economy; The 2nd, reactive tank will arrange multiple, and each reactive tank huger (water treatment amount is larger, and volume is larger), takies a large amount of soil spaces, equally not economy and environmental protection; The 3rd, because sewage and medicament are in huge reactive tank, by repeatedly stirring fully contact reacts, cause the time of reaction long, and then can affect the efficiency of sewage disposal; The 4th, the comparison between projects of its layout is large, and cost of investment can be higher, and later maintenance is also not too convenient.
Summary of the invention
In order to overcome the above-mentioned shortcoming of prior art, the purpose of this utility model is to provide utilizes the negative pressure of reaction pump and the bending angle of pipeline, the integrated recirculating water processing unit that sprays paint of one that sewage and liquid medicine are fully reacted.
The utility model solves the technical scheme that its technical problem adopts: a kind of integrated recirculating water processing unit that sprays paint, comprise sewage reaction box, water tank is connected successively with the receipts slag car, wherein: described sewage reaction box is provided with at least one group reaction assembly, a described group reaction assembly mainly comprises electric control box, chemicals dosing plant, air valve setting device and set of reactors, described set of reactors mainly includes reacting pipe, sump pump and reaction pump, described sump pump is located at the entrance of reacting pipe, described reaction pump is located at the middle part of reacting pipe or middle part toward rear section, it is in order to allow the sewage adding after medicament enter reaction pump lifting accelerated reaction that its effect produces negative pressure, Reaction time shorten.Described reacting pipe is the pipeline of Q-RING around laminate structure, in each group, be provided with at least one dosing mouth that connects chemicals dosing plant the is connected air valve setting device gas port that adds with at least one, described reacting pipe end outlet extends to the bottom of water tank, described water tank is provided with clear water refluxing opening and slag notch, and the described receipts slag car is located at the below of slag notch.
As further improvement of the utility model: described reacting pipe end outlet is connected the bottom pipe of water tank, in described water tank, be provided with at least one stationary barrier and at least one active clapboard, described stationary barrier is located at a side of water container backwater and top higher than water level, described water tank is separated and is divided into several scum silica frost grooves by active clapboard, can height up and down, its objective is as regulating water level height, described several scum silica frost trench bottoms and top communicate, described active clapboard top is lower than stationary barrier, described clear water refluxing opening is located at a side of stationary barrier, between clear water refluxing opening and stationary barrier, be also provided with a movable partition.
As further improvement of the utility model: described tank top is provided with slag scraper, and described slag scraper is placed in the top of scum silica frost groove.
As further improvement of the utility model: described slag scraper is also provided with timing starter.
Compared with prior art, the beneficial effects of the utility model are:
1. do not need whipping appts to carry out stirring reaction, add reaction pump and produce negative pressure, utilize the bending angle of pipeline to make sewage mix fully reaction with liquid medicine.
2. on reacting pipe, establish the reaction that dosing mouth medicine adding is conducive to sewage and medicament
3. on reacting pipe, establish add gas port aerating be conducive to water with paint slag separate.
Reaction component be provided with more than two, handled easily, wherein one group bad, the normal work of another group, the operation of not impact equipment.
5. slag scraper is provided with time timer, sets and scrapes the time of slag and scrape the time of slag operation.
6. receive the convenient mobile and cleaning of the slag car.
7. the utility model is sustainable in water treatment procedure reacts decontamination, has shortened the reaction times, has improved the efficiency of water treatment, take up an area simultaneously space little, consume energy low, safeguard easily.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of set of reactors.
Fig. 3 is the structural representation of water tank inside.
Embodiment
Existing accompanying drawings and embodiment further illustrate the utility model:
Referring to figs. 1 to Fig. 3, a kind of integrated recirculating water processing unit that sprays paint, comprise sewage reaction box 1, water tank 2 and receive the slag car 3 and be connected successively, described sewage reaction box 1 bottom is provided with at least two sewage inlets 101, wherein: described sewage reaction box 1 is provided with at least two group reaction assemblies, described sewage inlet 101 coordinates installation with reaction component.A described group reaction assembly mainly comprises electric control box 102, chemicals dosing plant 103, air valve setting device 104 and set of reactors 105, described electric control box 102 connects the gentle valve-regulated devices 104 of chemicals dosing plant 103, the gentle valve-regulated devices 104 ligation device groups 105 of described chemicals dosing plant 103, drive the gentle valve-regulated devices 104 of chemicals dosing plant 103 to carry out dosing and aerating to set of reactors 105 by operation electric control box 102.
Described set of reactors 105 mainly includes reacting pipe 201, sump pump 202 and reaction pump 203, described sump pump 202 is located at the entrance of reacting pipe 201, described reaction pump 203 is located at the middle part of reacting pipe 201 or middle part toward rear section, for increasing the air pressure in reacting pipe 201 and improve accelerated reaction.Described reacting pipe 201 is the pipeline of Q-RING around laminate structure, and furthermore, described Q-RING is multilayer head-to-tail around laminate structure, spring-like around the pipeline configuration that joins, described square be tetragon or Polygons with bending angle.In each group, be provided with at least one dosing mouth that connects chemicals dosing plant 103 is connected air valve setting device 104 gas port that adds with at least one, described reacting pipe 201 end outlets extend to the bottom of water tank 2, described water tank 2 is provided with clear water refluxing opening 210 and slag notch 220, and the described receipts slag car 3 is located at the below of slag notch 220.
Described reacting pipe 201 end outlets are connected the bottom pipe of water tanks 2, are provided with at least one stationary barrier 230 and at least one active clapboard 240 in described water tank 2, and described stationary barrier 230 is located at a side that water tank 2 intakes and top higher than water level.
Described stationary barrier 230 is set and is installed near a side of water tank 2 bottoms water inlets, and a side of described stationary barrier 230 is provided with clear water refluxing opening 210, through scum silica frost, scrape clear water after slag and flow through the floating upper clear water refluxing opening 210 that flows out in bottom of stationary barrier 230; Opposite side water tank 2 spaces of described stationary barrier 230 are separated and are divided into several scum silica frost grooves by stationary barrier 240, described several scum silica frost trench bottoms and top communicate, described stationary barrier 240 tops are lower than stationary barrier 230, described water tank 2 bottom pipe are by the opposite side of a wing passage water tank 2 of water tank 2, furthermore, water tank 2 bottom pipe are provided with the outlet of the logical reacting pipe 201 of a side joint of stationary barrier 230 at water tank 2, be provided with water outlet at the offside edge of water tank 2.Through reacted water and paint slag, flowed out by the water outlet of water tank 2 bottom pipe, simultaneously with bubble, be conducive to separating of water and paint slag.Water is with paint slag after scum silica frost groove separates, and water is moving to another adjacent scum silica frost concentrated flow by the bottom of scum silica frost groove, and the paint slag floating in water is scraped to slag notch 220 by slag scraper 250.The low side that clear water is crossed stationary barrier 230 flows out clear water refluxing opening 210.
Between described clear water refluxing opening 210 and stationary barrier 230, be also provided with a movable partition, described movable partition regulates use at water level higher than the top of stationary barrier 230.
Described water tank 2 tops are provided with slag scraper 250, and described slag scraper 250 is placed in the top of scum silica frost groove.Described slag scraper 250 is provided with a dreg scraper, described dreg scraper is placed in a side of stationary barrier 230, and in the process of scraping slag, dreg scraper is by chain gear, from a side of stationary barrier 230, paint slag is scraped to the slag notch 220 to water tank 2, drop and receive the slag car 3 by slag notch 220.Described slag scraper 250 is also provided with timing starter, and described timing starter drives dreg scraper to scrape slag with the compartment time of scraping slag according to the slag of scraping of setting working time.Described slag scraper is provided with Timing panel, on described Timing panel, has six bit digital to set, and three, its left side is set for scraping slag interval time, front two is to set the time, the 3rd is time unit's equipment (s represents second for h representative hour, m representative minute); Three, the right is set for slag scraper working time, and front two is time setting, and last position is time unit's setting (s represents second for h representative hour, m representative minute).
The described receipts slag car 3 is portable the receive slag car 3, more convenient cleaning.
Case study on implementation:
A kind of integrated recirculating water processing unit that sprays paint, comprise sewage reaction box 1, water tank 2 and receive the slag car 3 and be connected successively, wherein: described sewage reaction box 1 is provided with two group reaction assemblies, be respectively A group reaction assembly and B group reaction assembly, described A group reaction assembly and B group reaction assembly are equipped with electric control box 102, chemicals dosing plant 103, air valve setting device 104 and set of reactors 105, and described set of reactors 105 is provided with reacting pipe 201, sump pump 202 and reaction pump 203.Described reacting pipe 201 is that the square of six layers is around structure, on the minor face of the first layer, the 3rd layer and layer 5, be provided with a dosing mouth that is connected chemicals dosing plant 103, on the second layer, the 4th layer, the minor face of layer 6, be provided with the gas port that adds that connects aerator.Described sump pump 202 is located at the entrance of reacting pipe 201, and described reaction pump 203 is placed on the minor face of layer 5, is provided with two stationary barriers 240 in described water tank 2, and water tank 2 is separated and is divided into three scum silica frost grooves.
When use, sewage enters sewage reaction box 1 by sump pump water-in 101, provide power by sump pump 202, sewage enters reacting pipe 201, drives the gentle valve-regulated devices 104 of chemicals dosing plant 103 reacting pipe 201 to be added to medicament and the gas of reaction by controlling electric control box 102.Sewage flows at reacting pipe 201, utilizes the bending angle of reacting pipe 201 to produce the reaction of eddy current acceleration liquid medicine and sewage simultaneously.Through reacted effluent stream through water tank 2 bottom pipe, flow out first scum silica frost groove by water outlet and be accompanied by bubble, in scum silica frost groove, clear water separates in the process of the rising of bubble with paint slag, and clear water flows to second scum silica frost groove by the bottom of scum silica frost groove, and the rising of paint slag is blown off by slag scraper 250.Clear water is crossed the bottom outflow clear water refluxing opening 210 of stationary barrier 230 after three scum silica frost grooves.Paint slag is scraped to slag notch 220 by slag scraper 250, drops and receives the slag car 3.
The utility model is sustainable in the time that sewage constantly flows reacts decontamination, has shortened the time of reaction, has improved the efficiency of water treatment.
In sum; those of ordinary skill in the art reads after the utility model file; make other various corresponding conversion scheme according to the technical solution of the utility model and technical conceive without creative brainwork, all belong to the scope that the utility model is protected.

Claims (4)

1. the integrated recirculating water processing unit that sprays paint, comprise sewage reaction box, water tank is connected successively with the receipts slag car, it is characterized in that: described sewage reaction box is provided with has a group reaction assembly at least, a described group reaction assembly mainly comprises electric control box, chemicals dosing plant, air valve setting device and set of reactors, described set of reactors mainly includes reacting pipe, sump pump and reaction pump, described sump pump is located at the entrance of reacting pipe, described reaction pump is located at the middle part of reacting pipe or middle part toward rear section, described reacting pipe is the pipeline of Q-RING around laminate structure, in each group, be provided with at least one dosing mouth that connects chemicals dosing plant the is connected air valve setting device gas port that adds with at least one, described reacting pipe end outlet extends to the bottom of water tank, described water tank is provided with clear water refluxing opening and slag notch, the described receipts slag car is located at the below of slag notch.
2. the integrated recirculating water processing unit that sprays paint of one according to claim 1, it is characterized in that: described reacting pipe end outlet is connected the bottom pipe of water tank, in described water tank, establish and have a stationary barrier and at least one active clapboard at least, described stationary barrier is located at a side of water container backwater and top higher than water level, described water tank is separated and is divided into several scum silica frost grooves by active clapboard, described several scum silica frost trench bottoms and top communicate, described active clapboard top is lower than stationary barrier, described clear water refluxing opening is located at a side of stationary barrier, between clear water refluxing opening and stationary barrier, be also provided with a movable partition.
3. the integrated recirculating water processing unit that sprays paint of one according to claim 1 and 2, is characterized in that: described tank top is provided with slag scraper, and described slag scraper is placed in the top of scum silica frost groove.
4. the integrated recirculating water processing unit that sprays paint of one according to claim 3, is characterized in that: described slag scraper is also provided with timing starter.
CN201420431752.9U 2014-08-01 2014-08-01 A kind of integrated recirculating water processing unit that sprays paint Expired - Fee Related CN203999216U (en)

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Application Number Priority Date Filing Date Title
CN201420431752.9U CN203999216U (en) 2014-08-01 2014-08-01 A kind of integrated recirculating water processing unit that sprays paint

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420431752.9U CN203999216U (en) 2014-08-01 2014-08-01 A kind of integrated recirculating water processing unit that sprays paint

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CN203999216U true CN203999216U (en) 2014-12-10

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107032421A (en) * 2017-05-27 2017-08-11 湖南金裕环保科技有限公司 Graphene lacquer mist coagulant, preparation method and its application method

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107032421A (en) * 2017-05-27 2017-08-11 湖南金裕环保科技有限公司 Graphene lacquer mist coagulant, preparation method and its application method
CN107032421B (en) * 2017-05-27 2020-03-10 湖南金裕环保科技有限公司 Graphene paint mist coagulant, preparation method and use method thereof

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GR01 Patent grant
CF01 Termination of patent right due to non-payment of annual fee
CF01 Termination of patent right due to non-payment of annual fee

Granted publication date: 20141210

Termination date: 20170801