CN206418088U - A kind of production system of lubricating oil - Google Patents
A kind of production system of lubricating oil Download PDFInfo
- Publication number
- CN206418088U CN206418088U CN201720053634.2U CN201720053634U CN206418088U CN 206418088 U CN206418088 U CN 206418088U CN 201720053634 U CN201720053634 U CN 201720053634U CN 206418088 U CN206418088 U CN 206418088U
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- CN
- China
- Prior art keywords
- dnockout pumps
- mixing kettle
- dnockout
- tank
- storage tank
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Abstract
The utility model is related to a kind of production system of lubricating oil, including head tank, the first dnockout pumps, the second dnockout pumps and the 3rd dnockout pumps, the head tank connects mixing kettle by the first dnockout pumps, the mixing kettle connects filtering tank by the second dnockout pumps, the filtering tank connects storage tank by the 3rd dnockout pumps, is connected between the head tank, mixing kettle, filtering tank, storage tank, the first dnockout pumps, the second dnockout pumps and the 3rd dnockout pumps by oil pick-up tube.The utility model crude lube stock is well mixed, and automaticity is high, and feeding quantity is accurate, and the rate of filtration is fast, is easy to dehydration during water storage.
Description
Technical field
The utility model is related to technical field of lubricating oil, and in particular to a kind of production system of lubricating oil.
Background technology
The production process of lubricating oil mainly includes the blend step of base oil and additive, and it is well mixed after cross and filter out
The filtration step of miscellaneous water removal, the two steps affect the quality of lubricating oil, but the common problem that presently, there are is to mix
Mixed and uneven in journey, difficulty is stirred feed liquid at low temperature, and the amount of base oil and additive need to be controlled manually, more numerous
It is trivial；Because oil body is larger in filter process, the rate of filtration is slow；Water suction is also easily caused during storage, is led
Cause the moisture content of lubricating oil too high.
Utility model content
To solve the above problems, the utility model provides a kind of well mixed, automaticity is high, and feeding quantity is accurate, mistake
Filtering velocity degree is fast, is easy to the production system of lubricating oil of dehydration during water storage.
The technical solution of the utility model：
A kind of production system of lubricating oil, including head tank, the first dnockout pumps, the second dnockout pumps and the 3rd dnockout pumps, it is described
Head tank connects mixing kettle by the first dnockout pumps, and the mixing kettle connects filtering tank, the filtering tank by the second dnockout pumps
Storage tank, the head tank, mixing kettle, filtering tank, storage tank, the first dnockout pumps, the second dnockout are connected by the 3rd dnockout pumps
It is connected between pump and the 3rd dnockout pumps by oil pick-up tube；The mixing kettle includes mixing kettle body, is arranged on mixing kettle body
The charging aperture at end, the discharging opening for being arranged on mixing kettle body lower end, the lower gate valve for being arranged on discharging opening lower end, it is arranged on mixing kettle
First motor on body top, the stirring for being arranged in mixing kettle body and being connected with the first motor, are arranged on mixing kettle body
The first interior temperature sensor and flow sensor, are arranged on the external time controller of mixing kettle sheet, the flow sensor
The input of flow controller is connect, the output of flow controller terminates the first dnockout pumps, the lower gate valve, the first motor, second
Dnockout pumps connects time controller, and the mixing kettle body outer wall is provided with the first electric heating cover, first electric heating cover and set
It is equipped with outside the first heater strip, first electric heating cover and is provided with the first temperature controller, first temperature sensor connects
The input of one temperature controller, first heater strip connects the first temperature controller output end.
Further, the number of the charging aperture is 2-8, first dnockout pumps, the number of head tank and charging aperture
Number be adapted.
Further, the filtering tank includes tank body, is arranged on the double-deck filter core in tank body, is arranged on second in tank body
Temperature sensor, is arranged on the oil-out of tank base, is arranged on the baiting valve on oil-out, is arranged at double-deck filter core top
It is provided with outside oil inlet, the tank body in the second heating mantle, second heating mantle and is provided with the second heater strip, described second
Second temperature controller is provided with outside heating mantle, the tank body is connected with vavuum pump, and the second temperature sensor connects the second temperature
The input of controller is spent, second heater strip connects the output end of second temperature controller.
Further, the storage tank includes storage tank body, is arranged at entering finished product mouthful, setting for storage tank body upper end
Going out finished product mouthful, be arranged at out the outlet valve of finished product mouthful lower end, be arranged at that storage tank is intrinsic to be stirred in storage tank body lower end
Device is mixed, the second motor being connected with the agitator is arranged at the intrinsic thermocouple thermometer of storage tank, is arranged at storage tank
It is provided with this external the 3rd heating mantle, the 3rd heating mantle outside the 3rd heater strip, the 3rd heating mantle and is provided with the
Three temperature controllers, the thermocouple thermometer connects the input of the 3rd temperature controller, and the 3rd heater strip connects the 3rd temperature
Spend the output end of controller.
Further, first dnockout pumps, the second dnockout pumps and the 3rd dnockout pumps are oil pump.
The beneficial effects of the utility model：
The utility model crude lube stock is well mixed, and automaticity is high, and feeding quantity is accurate, and the rate of filtration is fast, water storage
During be easy to dehydration.
The mobility for improving raw material in the production process base oil of lubricating oil and the mixed process of additive by heating adds
Fast response is well mixed, and flow controller accurately controls the amount of base oil and additive, realizes auto feed, and charging is accurate；It is mixed
The filtration step of uniform rear filtering and impurity removing water removal is closed, because filtering tank is connected with vavuum pump, the profit in negative pressure, filter core is produced
Lubricating oil is more easy to filter out, and is not easily blocked filter core, and filter core is that double medium filtration effect is more preferable, will can be lubricated in filtering tank heating process
Water in oil is removed, and greatly improves the quality of lubricating oil.During storage lubricating oil absorb water, can by heat lubricating oil come
Dehydration.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of mixing kettle.
Fig. 3 is the structural representation of filtering tank.
Fig. 4 is the structural representation of storage tank.
In accompanying drawing, the dnockout pumpss of 6- second, the dnockout pumpss of 7- the 3rd, 8- oil pick-up tubes；
The head tanks of 1-1- first, the head tanks of 1-2- second, the head tanks of 1-3- the 3rd；
Gate valve, the motors of 2-5- first, 2-6- are stirred under 2-1- mixing kettles body, 2-2- charging apertures, 2-3- discharging openings, 2-4-
Mix, the first heater strip, 2-11- described in 2-7- flow sensors, 2-8- flow controllers, the electric heating covers of 2-9- first, 2-10-
One temperature controller, 2-12- time controllers, the temperature sensors of 2-13- first；
The double-deck filter core of 3-1- tank bodies, 3-2-, 3-3- oil-outs, 3-4- baiting valves, 3-5- oil inlets, 3-6- second are heated
Set, the heater strips of 3-7- second, 3-8- second temperatures controller, 3-9- vavuum pumps, 3-10- second temperature sensors；
4-1- storage tanks body, 4-2- enter finished product mouthful, 4-3- and go out finished product mouth, 4-4- agitators, the motors of 4-5- second, 4-6-
Thermocouple thermometer, the heating mantles of 4-7- the 3rd, the heater strips of 4-8- the 3rd, the temperature controllers of 4-9- the 3rd, 4-10- outlet valves；
The 3rd dnockout pumps III of dnockout pumps II, 5-3- of the first dnockout pumpss of 5-1- I, 5-2- second.
Embodiment
As depicted in figs. 1 and 2, a kind of production system of lubricating oil, including head tank, the first dnockout pumps, the and of the second dnockout pumps 6
3rd dnockout pumps 7, the head tank connects mixing kettle by the first dnockout pumps, and the mixing kettle is connected by the second dnockout pumps 6
Filtering tank, the filtering tank connects storage tank, the head tank, mixing kettle, filtering tank, storage tank, the by the 3rd dnockout pumps 7
It is connected between one dnockout pumps, the second dnockout pumps 6 and the 3rd dnockout pumps 7 by oil pick-up tube 8；The mixing kettle 2 includes mixing kettle sheet
Body 2-1, the charging aperture 2-2 for being arranged on mixing kettle body 2-1 upper ends, the discharging opening 2-3 for being arranged on mixing kettle body 2-1 lower ends,
Be arranged on the lower gate valve 2-4 of discharging opening 2-3 lower ends, be arranged on the first motor 2-5 on mixing kettle body 2-1 tops, be arranged on it is mixed
The stirring 2-6 being connected in kettle body 2-1 and with the first motor 2-5 is closed, the first TEMP in mixing kettle body 2-1 is arranged on
Device 2-13 and flow sensor 2-7, is arranged on time controller 2-12, the flow sensor 2-7 outside mixing kettle body 2-1
Flow controller 2-8 input is connect, flow controller 2-8 output terminates the first dnockout pumps, the lower gate valve 2-4, first
Motor 2-5, the second dnockout pumps 6 meet time controller 2-12, and the mixing kettle body 2-1 outer walls are provided with the first electric heating cover 2-
It is provided with 9, the first electric heating cover 2-9 outside the first heater strip 2-10, the first electric heating cover 2-9 and is provided with the first temperature
Spend controller 2-11, the first temperature sensor 2-13 and connect the first temperature controller 2-11 input, first heating
Silk 2-10 connects the first temperature controller 2-11 output ends.
The number of the charging aperture 2-2 is 3, of first dnockout pumps, the number of head tank 1 and charging aperture 2-2
Number is identical.First dnockout pumps, the second dnockout pumps 6 and the 3rd dnockout pumps 7 are oil pump.
As shown in figure 3, the filtering tank includes tank body 3-1, the double-deck filter core 3-2 in tank body 3-1 is arranged on, tank is arranged on
Second temperature sensor 3-10 in body 3-1, is arranged on the oil-out 3-3 of tank body 3-1 bottoms, is arranged on oil-out 3-3
Baiting valve 3-4, is arranged at outside the oil inlet 3-5, the tank body 3-1 on double-deck filter core 3-2 tops and is provided with the second heating mantle 3-
It is provided with 6, the second heating mantle 3-6 outside the second heater strip 3-7, the second heating mantle 3-6 and is provided with second temperature control
Device 3-8 processed, the tank body 3-1 are connected with vavuum pump 3-9, the second temperature sensor 3-10 and meet second temperature controller 3-8
Input, the second heater strip 3-7 connects second temperature controller 3-8 output end.
As shown in figure 4, the storage tank includes storage tank body 4-1, be arranged at storage tank body 4-1 upper ends enters finished product
Mouthful 4-2, be arranged at storage tank body 4-1 lower ends go out finished product mouthful 4-3, be arranged at out finished product mouthful 4-3 lower ends outlet valve 4-10,
The agitator 4-4 in storage tank body 4-1 is arranged at, the second motor 4-5 being connected with the agitator 4-4 is arranged at storing
Thermocouple thermometer 4-6 in tank body 4-1, is arranged at the 3rd heating mantle 4-7 outside storage tank body 4-1, and the described 3rd adds
It is provided with hot jacket 4-7 outside the 3rd heater strip 4-8, the 3rd heating mantle 4-7 and is provided with the 3rd temperature controller 4-9, it is described
Thermocouple thermometer 4-6 connects the 3rd temperature controller 4-9 input, and the 3rd heater strip 4-8 connects the 3rd temperature controller
4-9 output end.
In use, the number of head tank is 3, respectively the first head tank 1-1, the second head tank 1-2, the 3rd
Head tank 1-3, the first dnockout pumps is 3, respectively the first dnockout pumps I5-1, the second dnockout pumps II5-2, the 3rd dnockout pumps
III5-3.The first dnockout pumps I5-1 switch is opened, base oil enters charging aperture 2-2 by oil pick-up tube 8, set when base oil reaches
Signal is transmitted flow controller 2-8 by flow sensor 2-7 after fixed amount, and flow controller 2-8 controls the first dnockout pumps I5-1
Close, stop into base oil.The second dnockout pumps II5-2 switch is opened, oil emulsion enters charging aperture 2-2 by oil pick-up tube 8, when
Oil emulsion reaches after the amount of setting that signal is transmitted flow controller 2-8 by flow sensor 2-7, flow controller 2-8 controls the
Two dnockout pumps II5-2 are closed, and are stopped into oil emulsion.The 3rd dnockout pumps III5-3 switch is opened, curing agent is entered by oil pick-up tube 8
Enter charging aperture 2-2, signal is transmitted flow controller 2-8, flow control by flow sensor 2-7 after curing agent reaches the amount of setting
Device 2-8 processed controls the 3rd dnockout pumps III5-3 to close, and stops into curing agent.Open the first electric heating cover 2-9 and the first motor 2-5
Power switch, the first heater strip 2-10 to mixing kettle body 2-1 heat, stirring 2-6 to feed liquid stir, time controller 2-12
Mixing time is controlled, after the default time is reached, time controller 2-12 controls the first motor 2-5 to be stopped, open true
Empty pump 3-9 and the second heating mantle 3-6 power switch, are vacuumized after finishing, and close vavuum pump 3-9, and lower gate valve 2-4 is opened, the
Two dnockout pumpss 6 squeeze into completely reacted lubricating oil in the double-deck filter core 3-2 of filtering tank by oil inlet 3-5, and lubricating oil is from bilayer
Outflow further dehydration in filter core 3-2, second temperature controller 3-8 control heating-up temperatures, filtering is logical from oil-out 3-3 after finishing
Cross into storage tank body 4-1 storages.If detecting that lubricating oil moisture is too high in storage tank body 4-1, the second electricity is opened
Machine 4-5 and the 3rd heating mantle 4-7 power switch, further dehydration, dehydration close the second motor 4-5 and the 3rd heating after finishing
4-7 power switch is covered, outlet valve 4-10 is opened, qualified lubricating oil discharges from finished product mouthful 4-3 is gone out.
The first dnockout pumps I5-1, the second dnockout pumps II5-2, the 3rd dnockout pumps III5-3, the second dnockout pumps the 6, the 3rd
Dnockout pumps 7 is the self-priming oil pump of CYZ-A types；The vavuum pump 3-9 is D155-30*3 vacuum pumps；The flow sensor is
11TUF series of tube sections formula ultrasonic flow sensors, the flow controller 2-8 is ring flange the Target Flow Cotroller LKB-
AF；First temperature controller, second temperature controller 3-8, the 3rd temperature controller 4-9 are STC-200 temperature controllers；
The first temperature sensor 2-13, second temperature sensor 3-10 pass for stainless steel tube waterproof enclosure DS18B20 digital temperatures
Sensor；The time controller 2-12 is BF-10T time controllers.
Embodiment described above is only preferred embodiment of the present utility model, and the not feasible implementation of the utility model
It is exhaustive.For persons skilled in the art, it is made on the premise of without departing substantially from the utility model principle and spirit
Any obvious change gone out, should all be contemplated as falling with claims of the present utility model.
Claims (5)
1. a kind of production system of lubricating oil, it is characterised in that including head tank, the first dnockout pumps, the second dnockout pumps (6) and the 3rd
Dnockout pumps (7), the head tank connects mixing kettle by the first dnockout pumps, and the mixing kettle is connected by the second dnockout pumps (6)
Filtering tank, the filtering tank by the 3rd dnockout pumps (7) connect storage tank, the head tank, mixing kettle, filtering tank, storage tank,
It is connected between first dnockout pumps, the second dnockout pumps (6) and the 3rd dnockout pumps (7) by oil pick-up tube (8)；Mixing kettle (2) bag
Mixing kettle body (2-1) is included, the charging aperture (2-2) of mixing kettle body (2-1) upper end is arranged on, is arranged on mixing kettle body (2-
1) discharging opening (2-3) of lower end, be arranged on the lower gate valve (2-4) of discharging opening (2-3) lower end, be arranged on mixing kettle body (2-1)
First motor (2-5) on top, the stirring (2-6) for being arranged in mixing kettle body (2-1) and being connected with the first motor (2-5),
The first temperature sensor (2-13) and flow sensor (2-7) in mixing kettle body (2-1) are arranged on, mixing kettle sheet is arranged on
The time controller (2-12) of body (2-1) outside, the flow sensor (2-7) connects flow controller (2-8) input, flow
The output of controller (2-8) terminates the first dnockout pumps, and the lower gate valve (2-4), the first motor (2-5), the second dnockout pumps (6) connect
Time controller (2-12), mixing kettle body (2-1) outer wall is provided with the first electric heating cover (2-9), and first electricity adds
It is provided with hot jacket (2-9) outside the first heater strip (2-10), first electric heating cover (2-9) and is provided with the first temperature controller
(2-11), first temperature sensor (2-13) connects the first temperature controller (2-11) input, first heater strip
(2-10) connects the first temperature controller (2-11) output end.
2. a kind of production system of lubricating oil according to claim 1, it is characterised in that the number of the charging aperture (2-2)
For 2-8, first dnockout pumps, the number of head tank are adapted with the number of charging aperture (2-2).
3. a kind of production system of lubricating oil according to claim 1, it is characterised in that the filtering tank includes tank body (3-
1) the double-deck filter core (3-2) in tank body (3-1), is arranged on, the second temperature sensor (3-10) in tank body (3-1) is arranged on,
The oil-out (3-3) of tank body (3-1) bottom is arranged on, the baiting valve (3-4) on oil-out (3-3) is arranged on, is arranged at bilayer
The second heating mantle (3-6) is provided with outside the oil inlet (3-5) on filter core (3-2) top, the tank body (3-1), described second adds
It is provided with hot jacket (3-6) outside the second heater strip (3-7), second heating mantle (3-6) and is provided with second temperature controller (3-
8), the tank body (3-1) is connected with vavuum pump (3-9), and the second temperature sensor (3-10) meets second temperature controller (3-
8) input, second heater strip (3-7) connects second temperature controller (3-8) output end.
4. a kind of production system of lubricating oil according to claim 1, it is characterised in that the storage tank includes storage tank sheet
Body (4-1), is arranged at entering finished product mouthful (4-2), being arranged at storage tank body (4-1) lower end for storage tank body (4-1) upper end
Go out finished product mouthful (4-3), be arranged at out the outlet valve (4-10) of finished product mouthful (4-3) lower end, be arranged in storage tank body (4-1)
Agitator (4-4), the second motor (4-5) being connected with the agitator (4-4), is arranged at the heat in storage tank body (4-1)
Dipole thermometer (4-6), is arranged at the 3rd heating mantle (4-7) of storage tank body (4-1) outside, the 3rd heating mantle (4-7)
Inside it is provided with outside the 3rd heater strip (4-8), the 3rd heating mantle (4-7) and is provided with the 3rd temperature controller (4-9), the heat
Dipole thermometer (4-6) connects the input of the 3rd temperature controller (4-9), and the 3rd heater strip (4-8) connects the 3rd temperature control
The output end of device (4-9) processed.
5. a kind of production system of lubricating oil according to claim any one of 1-4, it is characterised in that first dnockout
Pump, the second dnockout pumps (6) and the 3rd dnockout pumps (7) are oil pump.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720053634.2U CN206418088U (en) | 2017-01-10 | 2017-01-10 | A kind of production system of lubricating oil |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720053634.2U CN206418088U (en) | 2017-01-10 | 2017-01-10 | A kind of production system of lubricating oil |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206418088U true CN206418088U (en) | 2017-08-18 |
Family
ID=59572797
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720053634.2U Expired - Fee Related CN206418088U (en) | 2017-01-10 | 2017-01-10 | A kind of production system of lubricating oil |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206418088U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112403094A (en) * | 2019-08-22 | 2021-02-26 | 上海堃锐电力科技发展有限公司 | Lubricating oil vacuum oil filter |
-
2017
- 2017-01-10 CN CN201720053634.2U patent/CN206418088U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112403094A (en) * | 2019-08-22 | 2021-02-26 | 上海堃锐电力科技发展有限公司 | Lubricating oil vacuum oil filter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20170818 Termination date: 20180110 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |