CN206692529U - A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation - Google Patents
A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation Download PDFInfo
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- CN206692529U CN206692529U CN201720461677.4U CN201720461677U CN206692529U CN 206692529 U CN206692529 U CN 206692529U CN 201720461677 U CN201720461677 U CN 201720461677U CN 206692529 U CN206692529 U CN 206692529U
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Abstract
The utility model discloses a kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation, belong to catering waste water treatment equipment technical field.The oily-water seperating equipment includes being arranged in casing, the slag chamber, water-oil separating room and the discharge of wastewater room that are divided into by dividing plate I and dividing plate II and the electrical control cabinet electrically connected with casing.Slag chamber top flows into pipe with waste water and connected, and bottom is provided with the screen group that slag chamber is divided into two connected spaces.The submersible sewage pump connected with slag chamber bottom and the elevator pump connected with external pipe are provided with screen group top.Water-oil separating room is connected by communicating pipe I and communicating pipe II with slag chamber and discharge of wastewater room respectively.Sewage discharge room bottom is provided with the dredge pump being connected with external pipe.Electrical control cabinet is connected with each pump and liquid level gauge respectively.The self-supplying capacity of food and drink oil-isolating device of the present utility model is strong, and fault rate is low, can use for a long time, is not required to frequently maintenance and draws clearly.
Description
Technical field
A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation is the utility model is related to, belongs to food and drink waste water processing and sets
Standby technical field.
Background technology
Develop at present from Chinese Urbanization, catering trade also step into internet+epoch, people have dinner demand more and more higher,
The growth scale of food and drink increases in proportion, and many original building are transformed into food and beverage sevice class purposes, installs food and drink profit point additional
It is the premise for obtaining environmental protection evaluation from device, but is limited by installing space there are many food and drink industry situation requirements to fill water-oil separating
Put in hole.And sold on existing market automation slagging-off, oil removing oily-water seperating equipment, be adapted for mount on ground mostly
On, being not suitable for being arranged in melt pit, existing equipment carries the function of the automatic oil removing of electrical heating, and the electric component of equipment is more,
Run into easily causes waste water to flood the situation of electric component under power-off condition, easily triggers security incident.Letter of the part without electric component
Easy oil water separator, it is desirable to the periodic cleaning to residue and oil slick in oil water separator, otherwise cause oil slick to condense blocking, it is residual
Slag precipitation knot tying is not easily cleaned.
Utility model content
It is unsuitable for being arranged in melt pit to solve oily-water seperating equipment in the prior art, oily-water seperating equipment fault rate is high,
The problems such as sewage discharge is had some setbacks, and residue is frequently occluded, the utility model provide a kind of meal non-maintaining with anaerobic fermentation
Oil-isolating device is drunk, the technical scheme taken is as follows：
A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation, the food and drink oil-isolating device include being arranged in casing 9,
The slag chamber 28, water-oil separating room 26 and the discharge of wastewater room 27 that are divided into by dividing plate I14 and dividing plate II17 and it is electrically connected with casing 9
The electrical control cabinet 21 connect；
The top of slag chamber 28 flows into pipe 8 with waste water and connected, and bottom is provided with is divided into two connection skies by slag chamber 28
Between screen group 4, the bottom of screen group 4 is fermenting cellar 25, and the elevator pump 6 that is connected with external pipe is provided with the top of screen group 4；
The water-oil separating room 26 passes through communicating pipe I13 and communicating pipe II16 and slag chamber 28 and discharge of wastewater room 27 respectively
Connection；The water inlet position of communicating pipe I13 is higher than the position of communicating pipe II16；
The bottom of discharge of wastewater room 27 is provided with the dredge pump 24 being connected with external pipe, and top is provided with liquid level gauge 22；
The submersible sewage pump 5 connected with the bottom of fermenting cellar 25 is provided with the bottom of the top of screen group 4 or discharge of wastewater room 27；
The electrical control cabinet 21 electrically connects with submersible sewage pump 5, elevator pump 6, dredge pump 24 and liquid level gauge 22 respectively, with right
Blowdown process is controlled.
The electrical control cabinet 21 is existing commercially available electrical control cabinet, and the switch board can be equipped with PLC control system
Electric control box.Specific control instruction those skilled in the art can be according to the specific volume of casing and use in PLC control system
Situation is write, and is not required to creative work.
Preferably, the screen group 4 is made up of multiple screens parallel to each other being obliquely installed.
Preferably, flow into the bottom of pipe 8 on the top of slag chamber 28 and be fixed with residue guiding hopper 7.
Preferably, it is provided with mud valve 2 in the bottom of slag chamber 28.
Preferably, the submersible sewage pump 5 is connected by the jet pipe 3 through screen group 4 with the bottom of slag chamber 28.
Preferably, the elevator pump 6 is connected by the turbid pipe 11 of row through the top of casing 9 with arranging turbid check-valves 12；Blowdown
Pump 24 is discharged check-valves 18 with waste water by the dredge pump connecting tube 23 through the top of casing 9 and connected.
It is highly preferred that the turbid check-valves 12 of the row and waste water discharge check-valves 18 are connected by pipeline with gate valve 19, gate valve
19 are connected with hole internal drainage pump connector 20.
Preferably, the top of casing 9 is respectively equipped with slag chamber 28, inspection corresponding to water-oil separating room 26 and discharge of wastewater room 27
Repair mouth.
Preferably, the quantity of the dredge pump 24 is two.
Preferably, the communicating pipe I13 and communicating pipe II16 are the ┠ type pipes provided with three openings, and horizontal tube is respectively positioned on
The middle and upper part of VERTICAL TUBE；Communicating pipe I13 the horizontal mouth of pipe position not higher than the height at the top of communicating pipe II 16 VERTICAL TUBE.
Preferably, the slag chamber 28, water-oil separating room 26 and discharge of wastewater room 27 connect at the top of casing 9.
Preferably, separator also includes bottom plate 1, and casing 9 is located on bottom plate 1.
Relative to prior art, the beneficial effect that the utility model obtains is：
Slag chamber is divided into pump chamber and fermenting cellar by the screen of shutter shape, after the residue in waste water enters slag chamber, than
Larger screen of the residue through shutter shape of weight is deposited to fermenting cellar, is obstructed by screen, the current in pump chamber do not influence fermenting cellar
Interior residue and waste water, the residue a small range for being deposited in the bottom is set to form anaerobic fermentation zone, it is big after fermentation in 24 hours
Particle diameter residue, which ferments, resolves into small particle residue, and the lubricant component in residue enters water-oil separating room after floating；In slag chamber
Immersible pump starts once for every 24 hours under the control of electrical control cabinet PLC program, and the working time is 1-3 minutes, pump work of diving under water
When, from pump chamber draw water injection fermenting cellar, the residue in fermenting cellar is mixed under the flushing of current, after fermentation formed turbid solution from
Enter pump chamber at screen gap, lift pump work, turbid solution is discharged, so as to realize residue without manually drawing clearly in a short time；It is floating
, it is necessary to which how much periodically progress depending on oil slick amount are manually drawn clearly after oil floats in water-oil separating room；Waste water after oil removing flows into useless
Water drain chamber, device is lifted out through automatic control system control proof submersible sand discharging pump.Oily-water seperating equipment of the present utility model is controlled oneself
Power is strong, and fault rate is low, can use for a long time, is not required to frequently maintenance and draws clearly.
Brief description of the drawings
Fig. 1 is the positive structure diagram of oil-isolating device in a kind of preferred scheme of the utility model.
Fig. 2 is that Fig. 1 oil-isolating device removes the positive structure diagram of inside after front shell body.
Fig. 3 is the dimensional structure diagram of the oblique downwards angle of visibilities of Fig. 2.
In figure：1st, base；2nd, mud valve；3rd, jet pipe；4th, screen group；5th, submersible sewage pump；6th, elevator pump；7th, residue guiding hopper；
8th, pipe is flowed into；9th, casing；10th, slag chamber maintenance panel；11st, turbid pipe is arranged；12nd, turbid check-valves is arranged；13rd, communicating pipe I；14th, dividing plate I；
15th, edible vegetable oil orifice plate handle；16th, communicating pipe II；17th, dividing plate II；18th, waste water discharge check-valves；19th, gate valve；20th, internal drainage pump is cheated
Connector；21st, electrical control cabinet；22nd, liquid level gauge；23rd, dredge pump connecting tube；24th, dredge pump；25th, fermenting cellar；26th, profit point
From room；27th, discharge of wastewater room；28th, slag chamber.
Embodiment
The utility model is described in further details below in conjunction with the accompanying drawings, but described further below is not intended as to this practicality
New restriction.
Embodiment one
Fig. 1 is the positive structure diagram of oil-isolating device in a kind of preferred scheme of the utility model.Fig. 2 is Fig. 1 oil removal
Device removes the positive structure diagram of inside after front shell body.Fig. 3 is the dimensional structure diagram of the oblique downwards angle of visibilities of Fig. 2.
It was found from Fig. 1~3, the food and drink oil-isolating device is base 1 and case below casing 9 by casing 9, electrical control cabinet 21
Arranged in three check-valves, connecting pipe and the gate valve 19 being connected with connecting pipe at the top of body 9 and the hole being connected with gate valve 19
Water pump connector 20.
Three spaces are divided into by the dividing plate I 14 and dividing plate II 17 that are vertically arranged inside the casing 9, i.e., from left to right
It is followed successively by：Slag chamber 28, water-oil separating room 26 and discharge of wastewater room 27.It is provided with the top of slag chamber 28 and is connected with sewage conduct
Flow into pipe 8.Screen group 4 is horizontally fixed with the middle and lower part of slag chamber 28, so as to which slag chamber 28 is divided into upper strata pump chamber with
Layer fermenting cellar 25.Screen group 4 is made up of multiple screens parallel to each other being obliquely installed, and overall is in blind shaped.In screen group 4
On, it is fixed by submersible sewage pump 5 and elevator pump 6.Wherein, submersible sewage pump 5 is connected by the jet pipe 3 of L-shaped with the bottom of fermenting cellar 25, elevator pump
6 are connected by the turbid pipe 11 of bat through the top of casing 9 with arranging turbid check-valves 12.On the top of screen group 4, the bottom of inflow pipe 8,
The residue guiding hopper 7 being fixedly connected with the side wall of casing 9 is additionally provided with, in order to which sewage and residue are oriented into screen group 4.
Water-oil separating room 26 is located among slag chamber 28 and discharge of wastewater room 27.Water-oil separating room 26 is respectively by being fixed on
Being connected with slag chamber 28 and discharge of wastewater room 27 communicating pipe I 13 and communicating pipe II 16 on dividing plate.Communicating pipe I 13 with connect
Pipe II 16 is the ┠ type pipes provided with three openings.Wherein, the position of the 13 horizontal mouths of pipe of communicating pipe I is not less than communicating pipe II
The position of the 17 horizontal mouth of pipe, but not higher than the horizontal opening on the VERTICAL TUBE top of communicating pipe II 17.
The bottom of discharge of wastewater room 27 is provided with two dredge pumps 24, and dredge pump 24 passes through the blowdown through the top of casing 9
Pump connecting tube 23 excludes check-valves 18 with the waste water outside casing 9 and connected.Meanwhile the top of discharge of wastewater room 27 is provided with liquid level gauge 22,
To be monitored to the waste water level in discharge of wastewater room 27.
Meanwhile in the bottom of casing 9, mud valve 2 is provided with corresponding to the opening position of fermenting cellar 25 and the bottom of discharge of wastewater room 27.
At the top of casing 9, corresponding slag chamber 28, water-oil separating room 26 and the top of discharge of wastewater room 27 are equipped with access hole.Water-oil separating
The also settable edible vegetable oil orifice plate handle 15 in the top of room 26, in order to which edible vegetable oil operates.
After device completion debugging puts into operation, the PLC in electrical control cabinet 21 starts timing.Contain residue and grease in kitchen
Waste water, flow into pipe 8 through device by kitchen open channel or drainpipe and enter slag chamber 28, residue falls into fermenting cellar 25 through screen group 4,
Grease in waste water flows into water-oil separating room 26 through communicating pipe I 13 through slag chamber 28 and water-oil separating room 26, carries out profit point
From, the oil slick after separation is floated on liquid level, and the waste water after oil removing discharges room dividing plate II 17 through water-oil separating room 26 and waste water,
Into discharge of wastewater room 27.After waste water liquid level rises to the height of the setting of liquid level gauge 22, liquid level gauge 22 is to electrical control cabinet 21
Send signal, electrical control cabinet 21 starts dredge pump 24, when liquid level drops to the lower limit of the setting of liquid level gauge 22, liquid level gauge 22 to
Electrical control cabinet 21 sends signal, and electrical control cabinet 21 stops dredge pump 24.When discharge of wastewater room III liquid level rises to again
After the height that liquid level gauge 22 is set, liquid level gauge 22 sends signal to electrical control cabinet 21, and electrical control cabinet 21 starts second row
Dirty pump 24.When liquid level drops to the lower limit of the setting of liquid level gauge 22, liquid level gauge 22 sends signal, electric-controlled to electrical control cabinet 21
Cabinet 21 processed stops dredge pump 24.After residue falls into fermenting cellar 25, after residue in waste water enters slag chamber 28, larger residual of proportion
Screen of the slag through shutter shape is deposited to fermenting cellar 25, is obstructed by screen, and the current in pump chamber do not influence residual in fermenting cellar 25
Slag and waste water, the residue a small range for being deposited in the bottom is set to form anaerobic fermentation zone, big particle diameter is residual after fermentation in 24 hours
Slag, which ferments, resolves into small particle residue, and the lubricant component in residue enters water-oil separating room after floating；Latent dirt in slag chamber 28
Pump 5 starts once per 24-30 hours under the PLC program control of electrical control cabinet 21, and the working time is 1-3 minutes, submersible sewage pump
During 5 work, drawn water from pump chamber and inject fermenting cellar 25, the residue in fermenting cellar 25 is mixed under the flushing of current, shape after fermentation
Enter pump chamber at screen gap into turbid solution, submersible sewage pump 5 was worked after 1-3 minutes, and elevator pump 6 is started working, by pump chamber
Turbid solution is discharged, and is discharged through arranging turbid pipe 11, the turbid check-valves 12 of row, gate valve 19, so as to realize residue in a short time without manually drawing clearly
Residue.
Embodiment two
Another embodiment of the present utility model, submersible sewage pump 5 are arranged in discharge of wastewater room 27, by through dividing plate II
17th, dividing plate I14 communicating pipe is connected with jet pipe 3.After the action signal of liquid level gauge 22 produces, latent dirt is judged by PLC control system
Whether the dwell time of pump 5 is more than 24 hours, and such as not less than 24 hours, control system starts dredge pump 24, if judging submersible sewage pump 5
Dwell time more than 24 hours, then start submersible sewage pump 5, submersible sewage pump 5 extracts the waste water in discharge of wastewater room, sprayed through connecting tube
Pipe 3 is discharged, and forms the flushing to residue in fermenting cellar 25, and submersible sewage pump 5 was worked after 1-3 minutes, and elevator pump 6 is started working, by pump
Indoor turbid solution discharge, discharged through arranging turbid pipe 11, the turbid check-valves 12 of row, gate valve 19, so as to realize residue in a short time without people
Work draws clearly residue.
Although the utility model is disclosed as above with preferred embodiment, it is not limited to the utility model, appoints
What person skilled in the art, is not departing from spirit and scope of the present utility model, can do various changes and modification, therefore
What the scope of protection of the utility model should be defined by claims is defined.
Claims (10)
- A kind of 1. food and drink oil-isolating device non-maintaining with anaerobic fermentation, it is characterised in that including being arranged in casing (9), quilt Slag chamber (28) that dividing plate I (14) and dividing plate II (17) are divided into, water-oil separating room (26) and discharge of wastewater room (27) and with The electrical control cabinet (21) of casing (9) electrical connection；Slag chamber (28) top flows into pipe (8) with waste water and connected, and bottom is provided with is divided into two connections by slag chamber (28) The screen group (4) in space, screen group (4) bottom are fermenting cellar (25), are provided with what is connected with external pipe on screen group (4) top Elevator pump (6)；The water-oil separating room (26) passes through communicating pipe I (13) and communicating pipe II (16) and slag chamber (28) and discharge of wastewater respectively Room (27) connects；The water inlet position of communicating pipe I (13) is higher than the position of communicating pipe II (16)；Discharge of wastewater room (27) bottom is provided with the dredge pump (24) being connected with external pipe, and top is provided with liquid level gauge (22)；The submersible sewage pump connected with fermenting cellar (25) bottom is provided with the bottom of the top of screen group (4) or discharge of wastewater room (27) (5)；The electrical control cabinet (21) is electrically connected with submersible sewage pump (5), elevator pump (6), dredge pump (24) and liquid level gauge (22) respectively Connect, to be controlled to blowdown process.
- 2. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that the screen Group (4) is made up of multiple screens parallel to each other being obliquely installed.
- 3. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that in slag chamber (28) top flows into pipe (8) bottom and is fixed with residue guiding hopper (7).
- 4. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that in slag chamber (28) bottom is provided with mud valve (2).
- 5. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that the latent dirt Pump (5) is connected by the jet pipe (3) through screen group (4) with slag chamber (28) bottom.
- 6. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that the lifting Pump (6) through the turbid pipe of row (11) at the top of casing (9) with arranging turbid check-valves (12) by connecting；Dredge pump (24) is by through case Dredge pump connecting tube (23) at the top of body (9) connects with waste water discharge check-valves (18).
- 7. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 6, it is characterised in that the row is turbid Check-valves (12) and waste water discharge check-valves (18) are connected by pipeline with gate valve (19), and gate valve (19) is connected with hole internal drainage pump Part (20) connects.
- 8. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that casing (9) Top is respectively equipped with slag chamber (28), access hole corresponding to water-oil separating room (26) and discharge of wastewater room (27).
- 9. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that the blowdown The quantity of pump (24) is two.
- 10. the food and drink oil-isolating device non-maintaining with anaerobic fermentation according to claim 1, it is characterised in that the company Siphunculus I (13) and communicating pipe II (16) are the ┠ type pipes provided with three openings, and horizontal tube is respectively positioned on the middle and upper part of VERTICAL TUBE；Even The position of siphunculus I (13) horizontal mouth of pipe is not higher than the height at the top of communicating pipe II (16) VERTICAL TUBE.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720461677.4U CN206692529U (en) | 2017-04-28 | 2017-04-28 | A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720461677.4U CN206692529U (en) | 2017-04-28 | 2017-04-28 | A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206692529U true CN206692529U (en) | 2017-12-01 |
Family
ID=60446345
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720461677.4U Active CN206692529U (en) | 2017-04-28 | 2017-04-28 | A kind of food and drink oil-isolating device non-maintaining with anaerobic fermentation |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206692529U (en) |
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2017
- 2017-04-28 CN CN201720461677.4U patent/CN206692529U/en active Active
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