CN202912778U - Full-automatic deslagging, oil-separating and lifting device - Google Patents
Full-automatic deslagging, oil-separating and lifting device Download PDFInfo
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- CN202912778U CN202912778U CN 201220607832 CN201220607832U CN202912778U CN 202912778 U CN202912778 U CN 202912778U CN 201220607832 CN201220607832 CN 201220607832 CN 201220607832 U CN201220607832 U CN 201220607832U CN 202912778 U CN202912778 U CN 202912778U
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Abstract
The utility model discloses a full-automatic deslagging, oil-separating and lifting device, which includes a water inlet, an outfall, a controller, a first water drainage device, a second water drainage device, a first solid-liquid separation device, a second solid-liquid separation device and an oil-water separation device, wherein the oil-water separation device includes an oil-water separation chamber, a water storage tank, a floating oil temporary storage area and a return pipe; a top cover of the oil-water separation chamber is an upwards convex tapered top cover; the floating oil temporary storage area is an inner chamber of a cylinder with a closed top end, arranged at the vertex angle of the tapered top cover; an oil outlet valve is arranged at the lower part of the cylinder; the lower end of the return pipe extends to the inside of the oil-water separation chamber; and the upper end of the return pipe is closed and the return pipe is communicated with the water storage tank through a pipeline. According to the utility model, the solid-liquid automatic separation technology is adopted, so that sundries and waste water are automatically separated and discharged, manual slag cleaning is not needed, as a result, capital and labor can be saved; waste oil can be automatically collected to an oil storage tank, and can be discharged and collected conveniently through accurate hydraulic model calculation; the equipment operation is simple; and deslagging, oil separation and lifting are integrally designed, and full-automatic operation is realized.
Description
Technical field
The utility model relates to a kind of waste disposal plant, relates in particular to a kind of automatic slagging oil-separation lifting device.
Background technology
Sewage disposal is more aobvious important in present stage.Along with the development in city, the densification of population, the consequent is sanitary wastewater, such as the waste water of family life, perhaps the discarded oil-water mixture such as villa district, ordinary residence district, restaurant, hotel, restaurant, hotel is very many.If flow to nature, will injure environment, existing profit treatment facility has can not realize sealing, and the function singleness that has can not realize that the oily water separation of multi-functional automatization is processed, and perhaps profit is processed, solid-liquid separation effect is bad.
The utility model content
Technical problem to be solved in the utility model is for above-mentioned the deficiencies in the prior art, and a kind of automatic slagging oil-separation lifting device is provided.This automatic slagging oil-separation lifting device adopts the solid-liquid Technology of Auto Separation, foreign material are separated automatically with waste water and discharges, need not labor cleaning's slag thing, and is economical, laborsaving; And slagging-off, oil removal, lifting integrated design, fully automatic operation.
For realizing above-mentioned technical purpose, the technical scheme that the utility model is taked is: a kind of automatic slagging oil-separation lifting device, the oily-water seperating equipment that comprises water-in, water port, controller, the first feeding/discharging device, the second feeding/discharging device, is used for the first equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is used for the second equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is separated for waste oil and waste water with waste water; It is characterized in that: described oily-water seperating equipment comprises oily water separation storehouse, water tank, oil slick working area and flows into the return line of water tank for the waste water after will separating; The top cover in described oily water separation storehouse is the conical top cover that raises up, and described oil slick working area is to be arranged on the drift angle place of conical top cover and the inner chamber of the cylinder of the top closure that is connected with the oily water separation storehouse, and the bottom of cylinder is provided with delivery valve; Described return line lower end is stretched in the oily water separation storehouse and is extend into below the oily water separation storehouse middle part, described return line upper end closed and be connected with water tank by pipeline;
Described the first feeding/discharging device comprises the first intake-discharge pipe, the first water inlet pipe, first row water pipe and first row water pump; Described the first intake-discharge pipe passes oily water separation storehouse and water tank; The right output port of the first intake-discharge pipe passes water tank, and is connected with the first row water pump; The water-in of first row water pump is connected with the right output port of the first water inlet pipe, and the first water inlet pipe left end passes water tank and enters in the oily water separation cabin; The first equipment for separating liquid from solid is installed on the first intake-discharge pipe, and the first equipment for separating liquid from solid is arranged in the oily water separation cabin, after waste water enters the first equipment for separating liquid from solid by the first intake-discharge pipe, foreign material are isolated and are temporarily stored in the first equipment for separating liquid from solid, and the waste water after the isolation continues to flow to the first intake-discharge pipe and flow through successively first row water pump and the first water inlet pipe and enter in the oily water separation cabin from the first equipment for separating liquid from solid; Water-in and water port are connected by the left port of pipeline with the first intake-discharge pipe respectively; The first water inlet pipe is provided with the first water inlet one way stop peturn valve that can not flow backwards be used to the waste water of guaranteeing to enter the oily water separation storehouse; The end that the first water inlet pipe is positioned at the import of the first water inlet one way stop peturn valve is connected with the first row water pipe; The first row water pipe is arranged in the water tank, and when the first row starting mode of pump, the waste water in the water tank is discharged from first row water pipe, first row water pump, the first intake-discharge pipe, the first equipment for separating liquid from solid and water port successively;
Described the second feeding/discharging device comprises the second intake-discharge pipe, the second water inlet pipe, second row water pipe and second row water pump; Described the second intake-discharge pipe passes oily water separation storehouse and water tank; The right output port of the second intake-discharge pipe passes water tank, and is connected with the second row water pump; The water-in of second row water pump is connected with the right output port of the second water inlet pipe, and the second water inlet pipe left end passes water tank and enters in the oily water separation cabin; The second equipment for separating liquid from solid is installed on the second intake-discharge pipe, and the second equipment for separating liquid from solid is arranged in the oily water separation cabin, after waste water enters the second equipment for separating liquid from solid by the second intake-discharge pipe, foreign material are isolated and are temporarily stored in the second equipment for separating liquid from solid, and the waste water after the isolation continues to flow to the second intake-discharge pipe and flow through successively second row water pump and the second water inlet pipe and enter in the oily water separation cabin from the second equipment for separating liquid from solid; Water-in and water port are connected by the left port of pipeline with the second intake-discharge pipe respectively; The second water inlet pipe is provided with the second water inlet one way stop peturn valve that can not flow backwards be used to the waste water of guaranteeing to enter the oily water separation storehouse; The end that the second water inlet pipe is positioned at the import of the second water inlet one way stop peturn valve is connected with the second row water pipe; The second row water pipe is arranged in the water tank, and when the second row starting mode of pump, the waste water in the water tank is discharged from second row water pipe, second row water pump, the second intake-discharge pipe, the second equipment for separating liquid from solid and water port successively;
Be provided with the waste oil fluid level transmitter for detection of the waste oil liquid level in the described oil slick working area, when the waste oil liquid level in the oil slick working area reached preset height, described controller opens oil drain valve was emitted the waste oil in the waste water working area; Be provided with the waste water fluid level transmitter for detection of the liquid level in the water tank in the described water tank, when the liquid level in the water tank arrives default high value, controller starts the first row water pump, waste water in the water tank is discharged, when the liquid level in the water tank was lower than default low value, controller cut out the first row water pump.
As the further improved technical scheme of the utility model, on the pipeline between the left port of water-in and the first intake-discharge pipe, also be provided with the 3rd water inlet one way stop peturn valve that can not flow backwards from the profit that water-in flows into be used to guaranteeing; On the pipeline between the left port of water-in and the second intake-discharge pipe, also be provided with the 4th water inlet one way stop peturn valve that can not flow backwards from the profit that water-in 1 flows into be used to guaranteeing.
As the further improved technical scheme of the utility model, on the pipeline between the left port of water port and the first intake-discharge pipe, also be provided with the first draining one way stop peturn valve that can not flow backwards from the waste water that water port 12 is discharged be used to guaranteeing; On the pipeline between the left port of water port 12 and the second intake-discharge pipe 23, also be provided with the second draining one way stop peturn valve that can not flow backwards from the waste water that water port is discharged be used to guaranteeing.
As the further improved technical scheme of the utility model, on the first row water pipe, also be provided with the 3rd draining one way stop peturn valve that can not flow backwards from the waste water that the first row water pipe flows out be used to guaranteeing; On the second row water pipe, also be provided with the 4th draining one way stop peturn valve that can not flow backwards from the waste water that the second row water pipe flows out be used to guaranteeing.
As the further improved technical scheme of the utility model, in the oily water separation storehouse, also be useful on the electric-heating constant temp. device that the waste water in the oily water separation storehouse is heated and maintains temperature constant state.
As the further improved technical scheme of the utility model, comprise that also waste oil collecting discloses, described waste oil collecting is disclosed by pipeline and is connected with oil drain valve.
As the further improved technical scheme of the utility model, also comprise ventilating pit, described ventilating pit is connected with oil slick working area and return line simultaneously.
As the further improved technical scheme of the utility model, comprise that also the current that are connected between water-in and the oil slick working area surmount pipe.
As the further improved technical scheme of the utility model, also comprise the blow-off valve that is arranged on bottom, oily water separation storehouse.
The utility model adopts the solid-liquid Technology of Auto Separation, foreign material are separated automatically with waste water and discharges, need not labor cleaning's slag thing, and is economical, laborsaving; By accurately hydraulic model calculating, make waste oil automatically collect fuel reserve tank, it is convenient that the waste oil discharging is collected; Operation of equipment is simple; And slagging-off, oil removal, lifting integrated design, fully automatic operation.
Description of drawings
Fig. 1 is main TV structure synoptic diagram of the present utility model.
Fig. 2 is plan structure synoptic diagram of the present utility model.
Fig. 3 is left TV structure synoptic diagram of the present utility model.
Below in conjunction with accompanying drawing embodiment of the present utility model is described further.
Embodiment
Referring to Fig. 1, Fig. 2 and Fig. 3, this automatic slagging oil-separation lifting device, the oily-water seperating equipment that comprises water-in 1, water port 12, controller, the first feeding/discharging device, the second feeding/discharging device, is used for the first equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is used for the second equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is separated for waste oil and waste water with waste water; It is characterized in that: described oily-water seperating equipment comprises oily water separation storehouse 5, water tank 7, oil slick working area and flows into the return line 6 of water tank 7 for the waste water after will separating; The top cover in described oily water separation storehouse 5 is the conical top cover 17 that raises up, and described oil slick working area is to be arranged on the drift angle place of conical top cover 17 and the inner chamber of the cylinder 18 of the top closure that is connected with oily water separation storehouse 5, and the bottom of cylinder 18 is provided with delivery valve 14; Described return line 6 lower ends are stretched in the oily water separation storehouse 5 and are extend into below 5 middle parts, oily water separation storehouse, described return line 6 upper end closeds and be connected with water tank 7 by pipeline;
Described the first feeding/discharging device comprises the first intake-discharge pipe 19, the first water inlet pipe 20, first row water pipe 21 and first row water pump 9; Described the first intake-discharge pipe 19 passes oily water separation storehouse 5 and water tank 7; The right output port of the first intake-discharge pipe 19 passes water tank 7, and is connected with first row water pump 9; The water-in of first row water pump 9 is connected with the right output port of the first water inlet pipe 20, and the first water inlet pipe 9 left ends pass water tank 7 and enter in the oily water separation cabin 5; The first equipment for separating liquid from solid 3 is installed on the first intake-discharge pipe 19, and the first equipment for separating liquid from solid 3 is arranged in the oily water separation cabin 5, after waste water enters the first equipment for separating liquid from solid 3 by the first intake-discharge pipe 19, foreign material are isolated and are temporarily stored in the first equipment for separating liquid from solid 3, and the waste water after the isolation continues to flow to the first intake-discharge pipe 19 and flow through successively first row water pump 9 and the first water inlet pipe 20 and enter in the oily water separation cabin 5 from the first equipment for separating liquid from solid 3; Water-in 1 and water port 12 are connected by the left port of pipeline with the first intake-discharge pipe 19 respectively; The first water inlet pipe 20 is provided with the first water inlet one way stop peturn valve 4 that can not flow backwards be used to the waste water of guaranteeing to enter oily water separation storehouse 5; The end that the first water inlet pipe 20 is positioned at the import of the first water inlet one way stop peturn valve 4 is connected with first row water pipe 21; First row water pipe 21 is arranged in the water tank 7, and when first row water pump 9 started, the waste water in the water tank 7 was discharged from first row water pipe 21, first row water pump 9, the first intake-discharge pipe 19, the first equipment for separating liquid from solid 3 and water port 12 successively;
Described the second feeding/discharging device comprises the second intake-discharge pipe 23, the second water inlet pipe 24, second row water pipe 25 and second row water pump 27; Described the second intake-discharge pipe 23 passes oily water separation storehouse 5 and water tank 7; The right output port of the second intake-discharge pipe 23 passes water tank 7, and is connected with second row water pump 27; The water-in of second row water pump 27 is connected with the right output port of the second water inlet pipe 24, and the second water inlet pipe 24 left ends pass water tank 7 and enter in the oily water separation cabin 5; The second equipment for separating liquid from solid 28 is installed on the second intake-discharge pipe 23, and the second equipment for separating liquid from solid 28 is arranged in the oily water separation cabin 5, after waste water enters the second equipment for separating liquid from solid 28 by the second intake-discharge pipe 23, foreign material are isolated and are temporarily stored in the second equipment for separating liquid from solid 28, and the waste water after the isolation continues to flow to the second intake-discharge pipe 23 and flow through successively second row water pump 27 and the second water inlet pipe 24 and enter in the oily water separation cabin 5 from the second equipment for separating liquid from solid 28; Water-in 1 and water port 12 are connected by the left port of pipeline with the second intake-discharge pipe 23 respectively; The second water inlet pipe 24 is provided with the second water inlet one way stop peturn valve 29 that can not flow backwards be used to the waste water of guaranteeing to enter oily water separation storehouse 5; The end that the second water inlet pipe 24 is positioned at the import of the second water inlet one way stop peturn valve 29 is connected with second row water pipe 25; Second row water pipe 25 is arranged in the water tank 7, and when second row water pump 27 started, the waste water in the water tank 7 was discharged from second row water pipe 25, second row water pump 27, the second intake-discharge pipe 23, the second equipment for separating liquid from solid 28 and water port 12 successively;
Be provided with the waste oil fluid level transmitter for detection of the waste oil liquid level in the described oil slick working area, when the waste oil liquid level in the oil slick working area reached preset height, described controller opens oil drain valve 14 was emitted the waste oil in the waste water working area; Be provided with the waste water fluid level transmitter 8 for detection of the liquid level in the water tank in the described water tank 7, when the liquid level in the water tank 7 arrives default high value, controller starts first row water pump 9, waste water in the water tank 7 is discharged, when the liquid level in the water tank 7 was lower than default low value, controller cut out first row water pump 9.
On the pipeline between the left port of water-in 1 and the first intake-discharge pipe 19, also be provided with the 3rd water inlet one way stop peturn valve 2 that can not flow backwards from the profit that water-in 1 flows into be used to guaranteeing; On the pipeline between the left port of water-in 1 and the second intake-discharge pipe 23, also be provided with the 4th water inlet one way stop peturn valve 30 that can not flow backwards from the profit that water-in 1 flows into be used to guaranteeing.On the pipeline between the left port of water port 12 and the first intake-discharge pipe 19, also be provided with the first draining one way stop peturn valve 11 that can not flow backwards from the waste water that water port 12 is discharged be used to guaranteeing; On the pipeline between the left port of water port 12 and the second intake-discharge pipe 23, also be provided with the second draining one way stop peturn valve 31 that can not flow backwards from the waste water that water port 12 is discharged be used to guaranteeing.On first row water pipe 21, also be provided with the 3rd draining one way stop peturn valve 10 that can not flow backwards from the waste water that first row water pipe 21 flows out be used to guaranteeing; On second row water pipe 25, also be provided with the 4th draining one way stop peturn valve 26 that can not flow backwards from the waste water that second row water pipe 25 flows out be used to guaranteeing.5 also are useful on the electric-heating constant temp. device 16 that the waste water in the oily water separation storehouse 5 is heated and maintains temperature constant state in the oily water separation storehouse.Comprise that also waste oil collecting discloses 15, described waste oil collecting is disclosed 15 and is connected with oil drain valve 14 by pipeline.Also comprise ventilating pit 13, described ventilating pit 13 is connected with oil slick working area 5 and return line 6 simultaneously.Comprise that also the current that are connected between water-in 1 and the oil slick working area surmount pipe 22.Also comprise the blow-off valve that is arranged on 5 bottoms, oily water separation storehouse.
During the operation of this automatic slagging oil-separation lifting device, waste water is at first through the first equipment for separating liquid from solid and/or the second equipment for separating liquid from solid, the first equipment for separating liquid from solid and the second equipment for separating liquid from solid are prior art, foreign material in the waste water are isolated and remain in the first equipment for separating liquid from solid and/or the second equipment for separating liquid from solid, thereby guarantee that foreign material do not contact with the impeller of first row water pump and/or second row water pump, so that first row water pump and/or second row water pump safely and steadily run, waste water enters to the oily water separation storehouse by the first row water pump.The oily water separation storehouse utilizes profit density difference principle to adopt the bevel-type structure to make oil slick automatically be accumulated to the oil slick working area.When the water level in the oily water separation storehouse reaches preset height, by oil drain valve the waste oil in oil slick working area is disposed to the waste oil bucket.For preventing that grease from hardening, the oily water separation storehouse is furnished with the automatic electric-heating thermostat, guarantees that grease the situation of hardening can not occur, and accelerates oily water separation speed.And the sewage after separating flows into water tank by the siphon return line under pressure, when the water level in the water tank reaches default height, by the tank level control system feedback signal to controller, thereby start the first row water pump, when the sewage in water tank was discharged from, tube net outside is also together discharged, is promoted to the foreign material that remain in the first equipment for separating liquid from solid and/or the first equipment for separating liquid from solid under the effect of hydraulic pressure.Article two, simultaneously synchronous operation of pipeline also can asynchronously move.For example, one tunnel water inlet, and another road draining, perhaps another road is not moved.
This automatic slagging oil-separation lifting device adopts the solid-liquid Technology of Auto Separation, foreign material are separated automatically with waste water and discharges, need not labor cleaning's slag thing, and is economical, laborsaving; By accurately hydraulic model calculating, make waste oil automatically collect fuel reserve tank, it is convenient that the waste oil discharging is collected; Operation of equipment is simple; Guarantee the oily water separation storehouse without slag thing precipitation by the back-flushing structure design, maintenance of the equipment is convenient; Equipment is furnished with current and surmounts pipe, also can guarantee oily water separation even have a power failure; Current surmount pipe also can be used as superelevation water yield return line, and assurance first row water pump operation also can normally be intake simultaneously, and stabilization of equipment performance is high; The automatic constant-temperature electric heating function adapts to various environment operations; Slagging-off, oil removal, lifting integrated design, fully automatic operation; Adopt hermetically sealed design, guarantee that free from extraneous odour leaks, the ventilation plant of particular design can prevent effectively that peculiar smell from leaking, and absorbing air timely prevents from the grease trap vacuum phenomenon occuring again, guarantees that device security moves effectively; Compact overall structure, rationally distributed, floor space is little, and installation and maintenance are convenient.
Claims (9)
1. automatic slagging oil-separation lifting device, the oily-water seperating equipment that comprises water-in (1), water port (12), controller, the first feeding/discharging device, the second feeding/discharging device, is used for the first equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is used for the second equipment for separating liquid from solid that foreign material and waste water with waste water is separated, is separated for waste oil and waste water with waste water; It is characterized in that: described oily-water seperating equipment comprises oily water separation storehouse (5), water tank (7), oil slick working area and flows into the return line (6) of water tank (7) for the waste water after will separating; The top cover in described oily water separation storehouse (5) is the conical top cover (17) that raises up, described oil slick working area is for being arranged on the drift angle place of conical top cover (17) and the inner chamber of the cylinder (18) of the top closure that is connected with oily water separation storehouse (5), and the bottom of cylinder (18) is provided with delivery valve (14); Described return line (6) lower end is stretched in the oily water separation storehouse (5) and is extend into below the middle part, oily water separation storehouse (5), described return line (6) upper end closed and be connected with water tank (7) by pipeline;
Described the first feeding/discharging device comprises the first intake-discharge pipe (19), the first water inlet pipe (20), first row water pipe (21) and first row water pump (9); Described the first intake-discharge pipe (19) passes oily water separation storehouse (5) and water tank (7); The right output port of the first intake-discharge pipe (19) passes water tank (7), and is connected with first row water pump (9); The water-in of first row water pump (9) is connected with the right output port of the first water inlet pipe (20), and the first water inlet pipe (9) left end passes water tank (7) and enters in the oily water separation cabin (5); The first equipment for separating liquid from solid (3) is installed on the first intake-discharge pipe (19), and the first equipment for separating liquid from solid (3) is arranged in the oily water separation cabin (5), after waste water enters the first equipment for separating liquid from solid (3) by the first intake-discharge pipe (19), foreign material are isolated and are temporarily stored in the first equipment for separating liquid from solid (3), and the waste water after the isolation continues to flow to the first intake-discharge pipe (19) and flow through successively first row water pump (9) and the first water inlet pipe (20) and enter in the oily water separation cabin (5) from the first equipment for separating liquid from solid (3); Water-in (1) and water port (12) are connected by the left port of pipeline with the first intake-discharge pipe (19) respectively; The first water inlet pipe (20) is provided with the first water inlet one way stop peturn valve (4) that can not flow backwards be used to the waste water of guaranteeing to enter oily water separation storehouse (5); The end that the first water inlet pipe (20) is positioned at the import of the first water inlet one way stop peturn valve (4) is connected with first row water pipe (21); First row water pipe (21) is arranged in the water tank (7), when first row water pump (9) started, the waste water in the water tank (7) was discharged from first row water pipe (21), first row water pump (9), the first intake-discharge pipe (19), the first equipment for separating liquid from solid (3) and water port (12) successively;
Described the second feeding/discharging device comprises the second intake-discharge pipe (23), the second water inlet pipe (24), second row water pipe (25) and second row water pump (27); Described the second intake-discharge pipe (23) passes oily water separation storehouse (5) and water tank (7); The right output port of the second intake-discharge pipe (23) passes water tank (7), and is connected with second row water pump (27); The water-in of second row water pump (27) is connected with the right output port of the second water inlet pipe (24), and the second water inlet pipe (24) left end passes water tank (7) and enters in the oily water separation cabin (5); The second equipment for separating liquid from solid (28) is installed on the second intake-discharge pipe (23), and the second equipment for separating liquid from solid (28) is arranged in the oily water separation cabin (5), after waste water enters the second equipment for separating liquid from solid (28) by the second intake-discharge pipe (23), foreign material are isolated and are temporarily stored in the second equipment for separating liquid from solid (28), and the waste water after the isolation continues to flow to the second intake-discharge pipe (23) and flow through successively second row water pump (27) and the second water inlet pipe (24) and enter in the oily water separation cabin (5) from the second equipment for separating liquid from solid (28); Water-in (1) and water port (12) are connected by the left port of pipeline with the second intake-discharge pipe (23) respectively; The second water inlet pipe (24) is provided with the second water inlet one way stop peturn valve (29) that can not flow backwards be used to the waste water of guaranteeing to enter oily water separation storehouse (5); The end that the second water inlet pipe (24) is positioned at the import of the second water inlet one way stop peturn valve (29) is connected with second row water pipe (25); Second row water pipe (25) is arranged in the water tank (7), when second row water pump (27) started, the waste water in the water tank (7) was discharged from second row water pipe (25), second row water pump (27), the second intake-discharge pipe (23), the second equipment for separating liquid from solid (28) and water port (12) successively;
Be provided with the waste oil fluid level transmitter for detection of the waste oil liquid level in the described oil slick working area, when the waste oil liquid level in the oil slick working area reached preset height, described controller opens oil drain valve (14) was emitted the waste oil in the waste water working area; Be provided with the waste water fluid level transmitter (8) for detection of the liquid level in the water tank in the described water tank (7), when the liquid level in the water tank (7) arrives default high value, controller starts first row water pump (9), waste water in the water tank (7) is discharged, when the liquid level in the water tank (7) was lower than default low value, controller cut out first row water pump (9).
2. automatic slagging oil-separation lifting device according to claim 1 is characterized in that: also be provided with the 3rd water inlet one way stop peturn valve (2) that can not flow backwards from the profit that water-in (1) flows into be used to guaranteeing on the pipeline between the left port of water-in (1) and the first intake-discharge pipe (19); On the pipeline between the left port of water-in (1) and the second intake-discharge pipe (23), also be provided with the 4th water inlet one way stop peturn valve (30) that can not flow backwards from the profit that water-in (1) flows into be used to guaranteeing.
3. automatic slagging oil-separation lifting device according to claim 2 is characterized in that: also be provided with the first draining one way stop peturn valve (11) that can not flow backwards from the waste water that water port (12) is discharged be used to guaranteeing on the pipeline between the left port of water port (12) and the first intake-discharge pipe (19); On the pipeline between the left port of water port (12) and the second intake-discharge pipe (23), also be provided with the second draining one way stop peturn valve (31) that can not flow backwards from the waste water that water port (12) is discharged be used to guaranteeing.
4. automatic slagging oil-separation lifting device according to claim 3 is characterized in that: also be provided with the 3rd draining one way stop peturn valve (10) that can not flow backwards from the waste water that first row water pipe (21) flows out be used to guaranteeing on first row water pipe (21); On second row water pipe (25), also be provided with the 4th draining one way stop peturn valve (26) that can not flow backwards from the waste water that second row water pipe (25) flows out be used to guaranteeing.
5. automatic slagging oil-separation lifting device according to claim 4 is characterized in that: (5) also are useful on the heating of the waste water in oily water separation storehouse (5) and maintain the electric-heating constant temp. device (16) of temperature constant state in the oily water separation storehouse.
6. automatic slagging oil-separation lifting device according to claim 5 is characterized in that: comprise that also waste oil collecting discloses (15), described waste oil collecting is disclosed (15) and is connected with oil drain valve (14) by pipeline.
According to claim 6 in each described automatic slagging oil-separation lifting device, it is characterized in that: also comprise ventilating pit (13), described ventilating pit (13) is connected with oil slick working area (5) and return line (6) simultaneously.
8. each described automatic slagging oil-separation lifting device in 7 according to claim 1 is characterized in that: comprise that also the current that are connected between water-in (1) and the oil slick working area surmount pipe (22).
9. each described automatic slagging oil-separation lifting device in 7 according to claim 1 is characterized in that: also comprise the blow-off valve that is arranged on bottom, oily water separation storehouse (5).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220607832 CN202912778U (en) | 2012-11-17 | 2012-11-17 | Full-automatic deslagging, oil-separating and lifting device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220607832 CN202912778U (en) | 2012-11-17 | 2012-11-17 | Full-automatic deslagging, oil-separating and lifting device |
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| Publication Number | Publication Date |
|---|---|
| CN202912778U true CN202912778U (en) | 2013-05-01 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220607832 Expired - Lifetime CN202912778U (en) | 2012-11-17 | 2012-11-17 | Full-automatic deslagging, oil-separating and lifting device |
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| CN (1) | CN202912778U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103523859A (en) * | 2013-10-30 | 2014-01-22 | 山东双轮股份有限公司 | Kitchen oil-separation elevation integral device |
| CN104478037A (en) * | 2014-12-09 | 2015-04-01 | 苏州美生环保科技有限公司 | Domestic oil-water separator |
| CN105016498A (en) * | 2014-04-22 | 2015-11-04 | 合肥硬派供水技术有限公司 | Catering grease separator capable of automatically removing residues, discharging oil and lifting |
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2012
- 2012-11-17 CN CN 201220607832 patent/CN202912778U/en not_active Expired - Lifetime
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103523859A (en) * | 2013-10-30 | 2014-01-22 | 山东双轮股份有限公司 | Kitchen oil-separation elevation integral device |
| CN103523859B (en) * | 2013-10-30 | 2015-01-07 | 山东双轮股份有限公司 | Kitchen oil-separation elevation integral device |
| CN105016498A (en) * | 2014-04-22 | 2015-11-04 | 合肥硬派供水技术有限公司 | Catering grease separator capable of automatically removing residues, discharging oil and lifting |
| CN104478037A (en) * | 2014-12-09 | 2015-04-01 | 苏州美生环保科技有限公司 | Domestic oil-water separator |
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Granted publication date: 20130501 |
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