CN106669273A - Self-decompression belt type oil-water separation device - Google Patents
Self-decompression belt type oil-water separation device Download PDFInfo
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- CN106669273A CN106669273A CN201510753563.2A CN201510753563A CN106669273A CN 106669273 A CN106669273 A CN 106669273A CN 201510753563 A CN201510753563 A CN 201510753563A CN 106669273 A CN106669273 A CN 106669273A
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- oil
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- liquid storing
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Abstract
The invention discloses a self-decompression belt type oil-water separation device which comprises a settling vat, a solid-liquid separation barrel, an oil-water separator and an oil storage barrel, wherein the oil-water separator comprises a liquid storage barrel, a conveyer belt and an oil scraper; the conveyer belt is in matched transmission by virtue of a fixed roller and a movable roller; the fixed roller and the movable roller are mounted on inner side walls of the liquid storage barrel; the fixed roller is positioned on the inclined lower part of the movable roller; the movable roller is driven to rotate by an outer first motor; one end of the oil scraper is attached to the conveyer belt, and the other end of the oil scraper is connected to an oil outlet hole in the liquid storage barrel; an oil cover is in threaded connection with the oil outlet hole; a breathing hole is formed in the barrel cover of the liquid storage barrel and communicated with a breather at the outer end. The self-decompression belt type oil-water separation device disclosed by the invention has the beneficial effects that the breathing hole is formed in the barrel cover of the liquid storage barrel for decompression, and the problem that oil-water separation is slow because extremely high internal pressure is produced due to increased liquid is solved.
Description
Technical field
The present invention relates to piece-rate system, mainly oil-water separation, especially relate to from decompression belt-type oily-water seperating equipment.
Background technology
Oily-water seperating equipment is by a kind of machine of oil-water separation, in commercial production, can be cooled down with coolant in lathe production, after coolant is recovered in cooler bin, can be with some waste residues, machine oil enters cooler bin, so being accomplished by separating the oil slick in lathe cooling water tank, so as to extend the service life of coolant, make cooling effect more preferably, further extend cutting-tool's used life and ensure the precision of workpiece to be machined, it is cost-effective, improve the working environment of operator, reach environmental protection and the double effects saved, the waste oil recoverable separated, turn waste into wealth, but existing separation machine, only slowly upper strata oil slick is released, so can not only be mingled with many moisture, and speed is also very slow.
The content of the invention
It is an object of the invention to overcome the shortcoming and defect of above-mentioned prior art, there is provided from decompression belt-type oily-water seperating equipment, solve the slow defect of separating rate in prior art.
The purpose of the present invention is achieved through the following technical solutions：From decompression belt-type oily-water seperating equipment，Including settling box、Solid-liquid separation bucket、Oil water separator and oil storage barrel，The lower end of settling box arranges the first inlet and sediment ejection opening，Its upper end arranges the first liquid outlet，Position of first inlet on settling box is higher than sediment ejection opening，The lower end of solid-liquid separation bucket is provided with the second inlet and mud discharging mouth，Its upper end is provided with the second liquid outlet，Which is internally provided with the drainage screen of cut-off solid-liquid separation bucket，Second inlet is communicated to the first liquid outlet，Position of second inlet on solid-liquid separation bucket is higher than mud discharging mouth，Oil water separator includes liquid storing barrel、Feed belt and oil scraping plate，The lower end of described liquid storing barrel is provided with the 3rd inlet and discharge outlet，3rd inlet connects the second liquid outlet，Described feed belt coordinates transmission by determining roller and dynamic roller，Determine roller and dynamic roller is all arranged in the internal side wall of liquid storing barrel，Determine the obliquely downward that roller is located at dynamic roller，The first motor outside dynamic roller Jing is rotated，Described oil scraping plate one end laminating feed belt，The other end is connected to the oil outlet on liquid storing barrel，An oil cap is threaded with oil outlet，A propeller is provided with below described liquid storing barrel，Described propeller is rotated by the second motor below liquid storing barrel，A spiracle is provided with the bung of described liquid storing barrel，Spiracle is connected with the respiratory organ of outer end.
When this device works，The liquid that need to be filtered is pumped into from the inlet of settling box，Liquid is precipitated in settling box，Sandstone is settled out mainly，Sandstone can be discharged in sediment ejection opening，And liquid is after the first liquid outlet is higher by，Solid-liquid separation bucket is entered，First liquid outlet is highly consistent with the second liquid outlet，The circulation of liquid is can guarantee that，In solid-liquid separation bucket，It is primarily discrete go out more tiny sludge，Mainly pass through drainage screen，Sludge is intercepted in lower section，It is last to precipitate below solid-liquid separation bucket，And discharge from mud discharging mouth，After liquid enters into oil water separator，At this moment it is substantially remaining coolant and oil in liquid storing barrel，Then again liquid is stood，After waiting fluid to float，In belt transmission，Oil slick can be taken away，Under Jing oil scraping plates are hung again，Into oil storage barrel，Such floating oil collecting speed is i.e. very fast，And through settling box and solid-liquid separation bucket，After some large granular impurities are separated，In liquid storing barrel, oil slick is just purer，And coolant is also relatively cleaner，Can use after oil slick is removed.
This device is that a propeller is arranged below feed belt, and propeller mainly stirs the liquid in liquid storing barrel, and the oil slick that will be far from belt can be moved at belt, so as to promptly remove the oil slick in coolant.
The feed belt of this device, oil scraping plate are all disposed within inside liquid storing barrel, after bung is closed, on oil cap lid after, allow for liquid storing barrel in sealing state, when through very long standing process, dust can be prevented and fallen on oil slick, have influence on the use of oil slick.
Liquid storing barrel is unfavorable for that oil droplet is separated because being closed state internally after liquid feeding so that the intrinsic pressure increase of liquid storing barrel, so arrange on the bung of this device in a spiracle, and spiracle arranging respiratory organ, it is therefore prevented that dust enters liquid storing barrel.
Further, a watch window is provided with described settling box, described watch window is extended to topmost from the bottom of settling box.For the situation observed in settling box, to recognize the amount of internal sandstone, sand discharge is ready to.
Further, a watch window is provided with solid-liquid separation bucket, described watch window is extended to topmost from the bottom of solid-liquid separation bucket.For observing the situation in solid-liquid separation bucket, to understand the amount of internal sludge, spoil disposal is ready to.
Further, described liquid storing barrel is provided with a watch window, and described watch window is extended to topmost from the bottom of liquid storing barrel.For the situation observed inside liquid storing barrel, to recognize the amount of internal liquid, the amount into liquid, and the clean-up of oil spill situation of coolant are determined.
The invention has the beneficial effects as follows：
Liquid is first carried out a sandstone precipitation, discharges some oarse-grained sandstones, then carry out solid-liquid separation, discharge sludge by this device, and finally standing separation is fuel-displaced again, and such mode need not expend electric power, and cost is relatively low；
Oil slick is taken away by this device by belt, it is such except speed oil faster, can as early as possible cause coolant use；And propeller is set below belt, after agitation liquid so that rapid near belt away from the oil slick of belt, so as to quickly eliminate oil slick；
The Oil sucking device of this device, i.e. belt and oil scraping plate are all disposed within liquid storing barrel so that liquid storing barrel can be closed, it is to avoid external dust falls on oil slick, it is to avoid oil slick impurity excessive problem；
The bung of the liquid storing barrel of this device arranges spiracle decompression, prevent it is internal produce that pressure is excessive because liquid increases, cause the problem that oil-water separation is slow.
Description of the drawings
Fig. 1 is the structural representation of the present invention；
Sectional views of the Fig. 2 for oil water separator；
In figure, 1- settling boxs, 2- solid-liquid separation buckets, 3- oil water separators, 4- oil storage barrels, the first inlets of 101-, 102- sediment ejection openings, the first liquid outlets of 103-, the second inlets of 201-, 202- mud discharging mouths, the second liquid outlets of 203-, 204- drainage screens, 301- liquid storing barrels, 302- feed belts, 303- oil scraping plates, the 3rd inlets of 304-, 305- discharge outlet, 306- propellers, the second motors of 307-, 308- determine roller, and 309- moves roller, the first motors of 310-, 311- oil outlets, 312- oil caps, 313- bungs, 314- spiracles, 315- respiratory organs.
Specific embodiment
With reference to embodiment, the present invention is described in further detail, but the structure of the present invention is not limited only to following examples.
Embodiment
Such as Fig. 1、Shown in Fig. 2，From decompression belt-type oily-water seperating equipment，Including settling box 1、Solid-liquid separation bucket 2、Oil water separator 3 and oil storage barrel 4，The lower end of settling box 1 arranges the first inlet 101 and sediment ejection opening 102，Its upper end arranges the first liquid outlet 103，Position of first inlet 101 on settling box 1 is higher than sediment ejection opening 102，The lower end of solid-liquid separation bucket 2 is provided with the second inlet 202 and mud discharging mouth 202，Its upper end is provided with the second liquid outlet 203，Which is internally provided with the drainage screen 204 of cut-off solid-liquid separation bucket 2，Second inlet 202 is communicated to the first liquid outlet 103，Position of second inlet 202 on solid-liquid separation bucket 2 is higher than mud discharging mouth 202，Oil water separator 3 includes liquid storing barrel 301、Feed belt 302 and oil scraping plate 303，The lower end of described liquid storing barrel 301 is provided with the 3rd inlet 304 and discharge outlet 305，3rd inlet 304 connects the second liquid outlet 203，Described feed belt 302 coordinates transmission by determining roller 308 and dynamic roller 309，Determine roller 308 and dynamic roller 309 is all arranged in the internal side wall of liquid storing barrel 301，Determine the obliquely downward that roller 308 is located at dynamic roller 309，The first motor 310 outside 309 Jing of dynamic roller is rotated，Described 303 one end of oil scraping plate laminating feed belt 302，The other end is connected to the oil outlet 311 on liquid storing barrel 3，An oil cap 312 is threaded with oil outlet 311，A propeller 306 is provided with below described liquid storing barrel 301，Described propeller 306 is rotated by the second motor 307 below liquid storing barrel 301，A spiracle 314 is provided with the bung 313 of described liquid storing barrel 301，Spiracle 314 is connected with the respiratory organ 315 of outer end.
When this device works，The liquid that need to be filtered is pumped into from the inlet of settling box 1，Liquid is precipitated in settling box 1，Sandstone is settled out mainly，Sandstone can be discharged in sediment ejection opening 102，And liquid is after the first liquid outlet 103 is higher by，Solid-liquid separation bucket 2 is entered，First liquid outlet 103 is highly consistent with the second liquid outlet 203，The circulation of liquid is can guarantee that，In solid-liquid separation bucket 2，It is primarily discrete go out more tiny sludge，Mainly pass through drainage screen 204，Sludge is intercepted in lower section，It is last to precipitate below solid-liquid separation bucket 2，And discharge from mud discharging mouth 202，After liquid enters into oil water separator 3，At this moment it is substantially remaining coolant and oil in liquid storing barrel 301，Then again liquid is stood，After waiting fluid to float，Belt one end is placed in coolant，The other end is located on cooling-liquid level，In belt transmission，Oil slick can be taken away，Jing oil scraping plates 303 are scraped again，Oil scraping plate 303 is located at the lower section of 302 upper end of feed belt，The oil slick for scraping off enters oil storage barrel 4，Such floating oil collecting speed is i.e. very fast，And through settling box 1 and solid-liquid separation bucket 2，After some large granular impurities are separated，In liquid storing barrel 3, oil slick is just purer，And coolant is also relatively cleaner，Can use after oil slick is removed.
This device is that a propeller 306 is arranged below feed belt 302, and propeller 306 mainly stirs the liquid in liquid storing barrel 301, and the oil slick that will be far from belt can be moved at belt, so as to promptly remove the oil slick in coolant.The lower section of liquid storing barrel 301 is provided with the groove of second motor 307 of placement.
The feed belt 302 of this device, oil scraping plate 303 are all disposed within inside liquid storing barrel 3, after bung is closed, after oil cap 312 is covered, liquid storing barrel 3 is allowed in sealing state, when through very long standing process, dust can be prevented and fallen on oil slick, have influence on the use of oil slick.
Liquid storing barrel 3 because being closed state, internally after liquid feeding so that 3 intrinsic pressure increase of liquid storing barrel, it is unfavorable for that oil droplet is separated, so a spiracle 314 is arranged on the bung 313 of this device, and respiratory organ 315 is set in spiracle 314, it is therefore prevented that dust enters liquid storing barrel 3.
Further, a watch window is provided with described settling box 1, described watch window is extended to topmost from the bottom of settling box 1.For observing the situation in settling box 1, to recognize the amount of internal sandstone, sand discharge is ready to.
Further, a watch window is provided with solid-liquid separation bucket 2, described watch window is extended to topmost from the bottom of solid-liquid separation bucket 2.For observing the situation in solid-liquid separation bucket 2, to understand the amount of internal sludge, spoil disposal is ready to.
Further, a watch window is provided with described liquid storing barrel 301, described watch window is extended to topmost from 301 bottom of liquid storing barrel.For observing the situation inside liquid storing barrel 301, to recognize the amount of internal liquid, the amount into liquid is determined；And oil droplet removes situation.
Claims (4)
1. from decompression belt-type oily-water seperating equipment, it is characterised in that including settling box（1）, solid-liquid separation bucket（2）, oil water separator（3）And oil storage barrel（4）, settling box（1）Lower end arrange the first inlet（101）And sediment ejection opening（102）, its upper end arranges the first liquid outlet（103）, the first inlet（101）In settling box（1）On position be higher than sediment ejection opening（102）, solid-liquid separation bucket（2）Lower end be provided with the second inlet（202）And mud discharging mouth（202）, its upper end is provided with the second liquid outlet（203）, which is internally provided with cut-off solid-liquid separation bucket（2）Drainage screen（204）, the second inlet（202）It is communicated to the first liquid outlet（103）, the second inlet（202）In solid-liquid separation bucket（2）On position be higher than mud discharging mouth（202）, oil water separator（3）Including liquid storing barrel（301）, feed belt（302）And oil scraping plate（303）, described liquid storing barrel（301）Lower end be provided with the 3rd inlet（304）And discharge outlet（305）, the 3rd inlet（304）Connect the second liquid outlet（203）, described feed belt（302）By determining roller（308）With dynamic roller（309）Coordinate transmission, determine roller（308）With dynamic roller（309）Liquid storing barrel is arranged on all（301）Internal side wall on, determine roller（308）Positioned at dynamic roller（309）Obliquely downward, move roller（309）The first motor outside Jing（310）It is rotated, described oil scraping plate（303）One end laminating feed belt（302）, the other end is connected to liquid storing barrel（3）On oil outlet（311）, oil outlet（311）On be threaded with an oil cap（312）, described liquid storing barrel（301）Lower section is provided with a propeller（306）, described propeller（306）By positioned at liquid storing barrel（301）Second motor of lower section（307）It is rotated, described liquid storing barrel（301）Bung（313）On be provided with a spiracle（314）, spiracle（314）With the respiratory organ of outer end（315）Connection.
2. it is according to claim 1 from decompression belt-type oily-water seperating equipment, it is characterised in that described settling box（1）On be provided with a watch window, described watch window is from settling box（1）Bottom extend to topmost.
3. it is according to claim 1 from decompression belt-type oily-water seperating equipment, it is characterised in that solid-liquid separation bucket（2）On be provided with a watch window, described watch window is from solid-liquid separation bucket（2）Bottom extend to topmost.
4. it is according to claim 1 from decompression belt-type oily-water seperating equipment, it is characterised in that described liquid storing barrel（301）On be provided with a watch window, described watch window is from liquid storing barrel（301）Bottom extend to topmost.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510753563.2A CN106669273A (en) | 2015-11-08 | 2015-11-08 | Self-decompression belt type oil-water separation device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510753563.2A CN106669273A (en) | 2015-11-08 | 2015-11-08 | Self-decompression belt type oil-water separation device |
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| Publication Number | Publication Date |
|---|---|
| CN106669273A true CN106669273A (en) | 2017-05-17 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510753563.2A Pending CN106669273A (en) | 2015-11-08 | 2015-11-08 | Self-decompression belt type oil-water separation device |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108619757A (en) * | 2018-07-10 | 2018-10-09 | 泾县瑞旺农业科技服务有限公司 | A kind of safe and efficient oil water separator with separating for several times function |
| CN111514620A (en) * | 2020-04-30 | 2020-08-11 | 东山县极点工业设计有限公司 | Improved generation adsorbs oil collecting equipment |
-
2015
- 2015-11-08 CN CN201510753563.2A patent/CN106669273A/en active Pending
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108619757A (en) * | 2018-07-10 | 2018-10-09 | 泾县瑞旺农业科技服务有限公司 | A kind of safe and efficient oil water separator with separating for several times function |
| CN111514620A (en) * | 2020-04-30 | 2020-08-11 | 东山县极点工业设计有限公司 | Improved generation adsorbs oil collecting equipment |
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Legal Events
| Date | Code | Title | Description |
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| PB01 | Publication | ||
| PB01 | Publication | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20170517 |