CN109793025A - A kind of vacuum oil bath dehydration device and its control method - Google Patents
A kind of vacuum oil bath dehydration device and its control method Download PDFInfo
- Publication number
- CN109793025A CN109793025A CN201910254496.8A CN201910254496A CN109793025A CN 109793025 A CN109793025 A CN 109793025A CN 201910254496 A CN201910254496 A CN 201910254496A CN 109793025 A CN109793025 A CN 109793025A
- Authority
- CN
- China
- Prior art keywords
- casing
- valve
- connect
- shell
- vacuum
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Landscapes
- Drying Of Solid Materials (AREA)
Abstract
The invention discloses such a vacuum oil bath dehydration device and its control methods, to solve to easily cause plugged filter existing for existing vacuum oil bath dehydration device, it is not easily cleaned, again due to using separator, easily cause food oil loss larger, the lower problem of the degree of automation of the structure simultaneously, the present invention takes and is connect through oil storage tank (28) with devaporizer (7) top at the top of the casing (4) top cover (3) by pipeline, and devaporizer (7) lower part is connected separately with discharging valve (22) and pump group (26)；The material frame (12) is sleeved on shaft (37), connect shaft (37) lower end in casing (4) with material frame (12) bottom by spline；The oil storage tank (28) are arranged in the rack below casing (4), casing (4) outer bottom is connected to by fuel outlet valve (35) with oil storage tank (28).
Description
Technical field
The present invention relates to a kind of food processing apparatus, more particularly, to one kind by rack, casing, top cover, material frame, turn
Axis, steam pipe coil, cylinder, rotary shaft, the vacuum oil bath dehydration device of decelerating motor and oil storage tank composition, meanwhile, the present invention is also
It is related to a kind of control method of vacuum oil bath dehydration device.
Background technique
Such a vacuum oil bath dehydration device is disclosed in the market, is structurally characterized in that: by rack, casing, top cover, object
Material frame, shaft, steam pipe coil, cylinder, rotary shaft, decelerating motor, separator and oil tank composition, are arranged organic on the rack
Shell is equipped with shaft in casing, and shaft upper end is flexibly connected by connector with material frame, and shaft lower end is provided with belt
Wheel is provided with steam pipe coil on casing inner wall, and top cover is mounted on cabinet top, and top cover is connect by cylinder with one end of the beam,
The crossbeam other end is connect with the rotary shaft upper end being arranged on casing outer wall, and rotary shaft lower end connects with the deceleration motor, rotary shaft
It is connect by bearing block with casing outer wall, bottom of shell connect by pipeline with oil tank, and casing top passes through pipeline and can be with
The separator top connection of condenser connection, separator lower part is connect by pipeline with oil tank；In bottom of shell and oil tank
Pneumatic operated valve and at least one filter are in series on the pipeline of connection.Due to containing impurity in food oil, easily cause filtering
Device blocking, is not easily cleaned, and due to using separator, easily causes food oil loss larger, while the automation journey of the structure
It spends lower.
Summary of the invention
The object of the present invention is to provide one kind to be not easy to plug, cleaning is convenient, food oil loss is smaller, high degree of automation
Vacuum oil bath dehydration device and its control method.
In order to achieve the above objectives, a kind of vacuum oil bath dehydration device of the present invention by rack, casing, top cover, material frame, turns
Axis, steam pipe coil, cylinder, rotary shaft, decelerating motor and oil storage tank composition, are provided with casing on the rack, install in casing
There is shaft, shaft is flexibly connected with material frame, and shaft lower end is provided with belt pulley, steam disc is provided on casing inner wall
Pipe, top cover are mounted on cabinet top, and top cover is connect by cylinder with one end of the beam, and the crossbeam other end and setting are on casing outer wall
The connection of rotary shaft upper end, rotary shaft lower end connects with the deceleration motor, and rotary shaft is connect by bearing block with casing outer wall, casing
Bottom is connect by pipeline with oil storage tank, is connected by pipeline through oil storage tank and devaporizer top at the top of the casing top cover
It connects, devaporizer lower part is connected separately with discharging valve and pump group；The material frame is sleeved in shaft, makes to turn in casing
Axis lower end is connect by spline with material frame bottom；The oil storage tank is arranged in the rack below casing, casing outer bottom
It is connected to by fuel outlet valve with oil storage tank.
It is also set on the pipeline being connect on the pipeline that the oil storage tank is connect with casing top respectively and with devaporizer
It is equipped with connecting tube, and vacuum pumping valve II is installed in connecting tube, is provided on the pipeline that oil storage tank is connect with casing top
Air admission valve is installed vacuum pumping valve I on the pipeline that can be connect with casing top between connecting tube and oil storage tank, is being connected
It is provided with vacuum pumping valve III on the pipeline that can be connect with devaporizer between pipe and oil storage tank, is additionally provided with storage in oil storage tank
Oil tank air admission valve.
The outside upper portion of the casing be respectively arranged with the tank connected delivery valve of oil, with the tank connected Fill valve of oil storage and with
The heating valve of boiler connection, lower part is equipped with thermometer outside casing, outside casing middle part be provided with can with penetrate through in casing
Oil-level gauge.
The material frame is by upper cover, framework, clamping screw, hollow shaft, upper holder block, lower lock block, upper annulus and lower annulus group
At, by inner surface be provided with spline-like can with hollow shaft cooperate upper annulus be mounted in the upper cover made of lattice-like material
Heart position is equipped with the energy and shaft that inner surface is provided with spline-like in the framework bottom centre position made of lattice-like material
The lower annulus of cooperation, keeps annulus coaxial with lower annulus and by hollow axis connection, is evenly equipped with multiple lower lock blocks on upper cover periphery,
Multiple upper holder blocks are evenly equipped in framework outer surface of upper, upper holder block is connect by clamping screw with lower lock block, in framework bottom
Outer surface on be evenly equipped with multiple fixture blocks with concave point, convenient for entering and blocking with the telescopic cylinder bar on material dumping device.
The devaporizer is made of shell, spray equipment, blower, coil pipe and gas water separation tank, and blower is arranged in shell
At the top of body, convenient for draining into hot gas outside shell, coil pipe is installed in shell internal upper part, connect coil pipe one end with casing, coil pipe
The other end is connect with gas water separation tank, and lower part is arranged in shell in gas water separation tank, spray equipment is mounted on blower and disk
In shell between pipe.
It is symmetrically arranged with air inlet in the housing central section, water fender, the shell below air inlet are installed on air inlet
Body is pond.
Gas water separation tank is inclined in shell in the pond of lower part, and gas water separation tank a part is stretched out into shell
Outside, the one end for stretching out gas water separation tank outside shell is being stretched out outside shell lower than the intracorporal gas water separation tank other end of shell is placed in
Gas water separation tank one end be connected separately with discharging valve and vacuum pump, and discharging valve is arranged in the gas-water separation tank bottom outside shell
Portion, the pump group that can be penetrated through with pond that shell outer bottom is arranged in are connect by the spray equipment of pipeline and case top.
A kind of control method of vacuum oil bath dehydration device, starts the cylinder, top cover is risen, and is then turned on deceleration electricity
Machine simultaneously rotates rotary shaft and moves to top cover on one side, at this moment, will hang in casing equipped with the material frame of material, is sleeved on material frame
In shaft, subsequent start-up decelerating motor simultaneously rotates rotary shaft and moves to top cover right above casing, opens cylinder for top cover and is placed in machine
On shell, at this point, vacuum pump, devaporizer blower, pump group, vacuum pumping valve II, Fill valve, oil storage tank air admission valve sequence are opened
It opens；When the oil in oil storage tank is in lower oil level, vacuum pumping valve II, Fill valve, oil storage tank air admission valve are simultaneously closed off, and are taken out true
Empty valve I, vacuum pumping valve III, delivery valve are opened simultaneously；When the oil in casing is in upper oil level, delivery valve is closed；It starts simultaneously at
Heating, and the temperature in casing is made to be maintained at 94 DEG C, when the pressure in casing reaches -0.092MP, be delayed 1200S, then puts
Oil opens brake, while de-oiling electric motor starting braked and closes to after the stipulated time when the oil in casing is in lower oil level
De-oiling motor, at this moment, vacuum pumping valve II open, vacuum pumping valve I, vacuum pumping valve III close, vacuum pump, devaporizer, pump group,
Fuel outlet valve simultaneously closes off, and air admission valve is opened, and then turns on discharging valve, at the same time cylinder movement, decelerating motor starting, will
Top cover is opened, and the material frame in casing is hung casing, and then material frame is put into material dumping device, is opened motor and is fallen material
Out, after material frame resets, material frame is proposed into material dumping device, material is loaded on and is placed in casing, so returns multiple circulation.
The material dumping device is made of bracket, motor, shaft, support, bracket, vertical axis, oblique hopper and telescopic cylinder, is being propped up
Shaft is installed, shaft one end is connected to motor across bearing block, and support is provided in the middle part of shaft, is installed on the support on frame
Have convenient for place material frame bracket, within the carrier heart position be provided with can be placed on it by material frame vertical axis, Duo Geshen
Contracting cylinder is distributed in bracket perimeter, and convenient for blocking material frame, oblique hopper is provided in the bracket below shaft.
It is provided with the hole entered convenient for bolt in the vertical axis upper end, material frame is prevented to be detached from vertical axis.
After this structure, due to being connected by pipeline through oil storage tank and devaporizer top at the top of the casing top cover
It connects, devaporizer lower part is connected separately with discharging valve and pump group；The material frame is sleeved in shaft, makes to turn in casing
Axis lower end is connect by spline with material frame bottom；The oil storage tank is arranged in the rack below casing, casing outer bottom
It is connected to by fuel outlet valve with oil storage tank.Make to enter back into devaporizer by oil storage tank containing oil vapour in casing, and in casing
Food oil be directly entered oil storage tank, be not easy to plug to reach, clear up convenient, food oil smaller, high degree of automation is lost
Purpose.
Detailed description of the invention
The present invention is described in further detail with reference to the accompanying drawings and examples.
Attached drawing 1 is a kind of schematic front view of vacuum oil bath dehydration device of the present invention.
Attached drawing 2 is a kind of main cross-sectional schematic diagram of vacuum oil bath dehydration device material frame of the present invention.
Attached drawing 3 is the schematic top plan view of attached drawing 2.
In figure: 1. crossbeam, 2. cylinder, 3. top cover, 4. casing, 5. delivery valve, 6. steam pipe coil 7. evaporates cold
But 8. blower of device, 9. spray equipment, 10. coil pipe, 11. shell, 12. material frame, 13. vertical axis, 14. bracket 15.
16. motor of telescopic cylinder, 17. axis, 18. support, 19. 21. material dumping device of oblique 20. bracket of hopper, 22. discharging valve
23. 27. oil storage tank air admission valve of vacuum pump 24. gas water separation tank, 25. air inlet, 26. pump group, 28. oil storage tank
29. 33. vacuum pumping valve of water fender 30. vacuum pumping valve, III 31. vacuum pumping valve, II 32. Fill valve, I 34. vacuum is broken
In 39. rotary shaft of bad valve 35. fuel outlet valve, 36. decelerating motor, 37. shaft, 38. heating valve, 40. hollow shaft 41.
Circle in lower 47. framework 48. of annulus of 44. upper holder block of lid 42. clamping screw, 43. lower lock block, 45. fixture block 46.
Ring.
Specific embodiment
A kind of vacuum oil bath dehydration device of the present invention shown in attached drawing 1, by rack, casing 4, top cover 3, material frame 12, shaft
37, steam pipe coil 6, cylinder 2, rotary shaft 39, decelerating motor 36 and oil storage tank 28 form, and casing 4 are provided on the rack, in machine
Shaft 37 is installed, shaft 37 is flexibly connected with material frame 12,37 lower end of shaft is provided with belt pulley, in casing 4 in shell 4
Steam pipe coil 6 is provided on wall, top cover 3 is mounted on 4 top of casing, and top cover 3 is connect by cylinder 2 with 1 one end of crossbeam, crossbeam 1
The other end is connect with 39 upper end of rotary shaft being arranged on 4 outer wall of casing, and 39 lower end of rotary shaft is connect with decelerating motor 36, rotation
Axis 39 is connect by bearing block with 4 outer wall of casing, and 4 bottom of casing is connect by pipeline with oil storage tank 28,4 top cover 3 of casing
Top is connect through oil storage tank 28 with 7 top of devaporizer by pipeline, and 7 lower part of devaporizer is connected separately with discharging valve 22
With pump group 26；The material frame 12 is sleeved in shaft 37,37 lower end of shaft in casing 4 is made to pass through spline and material frame 12
Bottom connection；The oil storage tank 28 is arranged in the rack below casing 4,4 outer bottom of casing passes through fuel outlet valve 35 and oil storage
Tank 28 is connected to；On the pipeline connecting on the pipeline that the oil storage tank 28 is connect with 4 top of casing respectively and with devaporizer 7
It is additionally provided with connecting tube, and vacuum pumping valve II 31 is installed in connecting tube, in the pipeline that oil storage tank 28 is connect with 4 top of casing
On be provided with air admission valve 34, on the pipeline that can be connect with 4 top of casing between connecting tube and oil storage tank 28 install take out
Vacuum valve I 33 is provided with vacuum pumping valve III on the pipeline that can be connect with devaporizer 7 between connecting tube and oil storage tank 28
30, oil storage tank air admission valve 27 is additionally provided in oil storage tank 28；It is respectively arranged with outside the casing 4 and the tank connected confession of oil
Oil valve 5, the Fill valve 32 connecting with oil storage tank 28 and the heating valve 38 connecting with boiler are equipped with temperature in the outer lower part of casing 4
Meter, being provided at the outer middle part of casing 4 can be with the oil-level gauge that penetrates through in casing 4.
The material frame 12 is by upper cover 41, framework 47, clamping screw 42, hollow shaft 40, upper holder block shown in attached drawing 2, attached drawing 3
44, lower lock block 43, upper annulus 48 and lower annulus 46 composition, it is upper to be provided with capable of cooperating with hollow shaft 40 for spline-like for inner surface
Annulus 48 is mounted on 41 center of upper cover made of lattice-like material, in 47 bottom of framework made of lattice-like material
Heart position is equipped with the lower annulus 46 that can cooperate with shaft 37 that inner surface is provided with spline-like, makes annulus 48 and lower annulus 46
It coaxially and by hollow shaft 40 connects, is evenly equipped with multiple lower lock blocks 43 on 41 periphery of upper cover, in 47 outer surface of upper of framework
Multiple L-shape upper holder blocks 44 are furnished with, upper holder block 44 is connect by clamping screw 42 with lower lock block 43, in the outer of 47 bottom of framework
Multiple fixture blocks 45 with concave point are evenly equipped on surface, convenient for entering and blocking with 15 bar of telescopic cylinder on material dumping device 21.
The devaporizer 7 is by shell 11, spray equipment 9, blower 8, coil pipe 10 and gas water separation tank 24 shown in attached drawing 1
Composition, the setting of blower 8, convenient for draining into hot gas outside shell 11, are equipped with coil pipe 10 in 11 internal upper part of shell at 11 top of shell,
It connect 10 one end of coil pipe with casing 4,10 other end of coil pipe is connect with gas water separation tank 24, and gas water separation tank 24 is arranged in shell
Spray equipment 9 is mounted in the shell 11 between blower 8/ and coil pipe 10 by lower part in body 11；It is symmetrical at 11 middle part of shell
It is provided with air inlet 25, water fender 29 is installed on air inlet 25, the shell 11 of 25 lower section of air inlet is pond；By air water point
It is inclined in shell 11 in the pond of lower part from tank 24, and 24 a part of gas water separation tank is stretched out outside shell 11, make gas
One end that water separation tank 24 stretches out outside shell 11 is lower than 24 other end of gas water separation tank being placed in shell 11, is stretching out shell 11
Outer 24 one end of gas water separation tank is connected separately with discharging valve 22 and vacuum pump 23, and discharging valve 22 is arranged in outside shell 11
24 bottom of gas water separation tank, the pump group 26 that can be penetrated through with pond that 11 outer bottom of shell is arranged in pass through 11 top of pipeline and shell
Spray equipment 9 connect.
A kind of control method of vacuum oil bath dehydration device, starts the cylinder 2, top cover 3 is risen, so shown in attached drawing 1
Decelerating motor 36 is opened afterwards and rotates rotary shaft 39 and moves to top cover 3 on one side, at this moment, the material frame 12 equipped with material is hung in into machine
In shell 4, it is sleeved on material frame 12 in shaft 37, subsequent start-up decelerating motor 36 simultaneously rotates rotary shaft 39 top cover 3 is moved to machine
Right above shell 4, open cylinder 2 and top cover 3 be placed on casing 4, at this point, vacuum pump 23,7 blower 8 of devaporizer, pump group 26,
Vacuum pumping valve II 31, Fill valve 32, oil storage tank air admission valve 27 are sequentially opened；When the oil in oil storage tank 28 is in lower oil level
When, vacuum pumping valve II 31, Fill valve 32, oil storage tank air admission valve 27 simultaneously close off, vacuum pumping valve I 33, vacuum pumping valve III 30,
Delivery valve 5 is opened simultaneously；When the oil in casing 4 is in upper oil level, delivery valve 5 is closed；Heating is started simultaneously at, and makes casing 4
Interior temperature is maintained at 94 DEG C, and when the pressure in casing 4 reaches -0.092MP, be delayed 1200S, then drains the oil, when in casing 4
Oil open brake when being in lower oil level, while de-oiling electric motor starting brakes to after the stipulated time and closes de-oiling motor, this
When, vacuum pumping valve II 31 open, vacuum pumping valve I 33, vacuum pumping valve III 30 close, vacuum pump 23, devaporizer 7, pump group 26,
Fuel outlet valve 35 simultaneously closes off, and air admission valve 34 is opened, and then turns on discharging valve 22, and cylinder 2 acts at the same time, decelerating motor
36 startings, top cover 3 are opened, and the material frame 12 in casing 4 is hung casing 4, material frame 12 are then put into material dumping device 21
It is interior, it opens motor 16 and pours out material, after material frame 12 resets, material frame 12 is proposed into material dumping device 21, is loaded on material simultaneously
It is placed in casing 4, so returns multiple circulation.
The material dumping device 21 shown in attached drawing 1 is by bracket 20, motor 16, axis 17, support 18, bracket 14, vertical axis 13, tiltedly material
Slot 19 and telescopic cylinder 15 form, and axis 17 are equipped on bracket 20,17 one end of axis passes through bearing block and connect with motor 16, in axis
17 middle parts are provided with support 18, are equipped on support 18 convenient for placing the bracket 14 of material frame 12, in 14 center of bracket
It is provided with vertical axis 13 that can be placed on it by material frame 12, multiple telescopic cylinders 15 are distributed in 14 periphery of bracket, are convenient for object
Material frame 12 is blocked, and oblique hopper 19 is provided in the bracket 20 below axis 17；It is provided in 13 upper end of vertical axis convenient for inserting
The hole entered is sold, material frame 12 is prevented to be detached from vertical axis 13.
Claims (10)
1. a kind of vacuum oil bath dehydration device, by rack, casing, top cover, material frame, shaft, steam pipe coil, cylinder, rotary shaft,
Decelerating motor and oil storage tank composition, are provided with casing on the rack, and shaft is equipped in casing, and shaft and material frame activity connect
It connects, shaft lower end is provided with belt pulley, steam pipe coil is provided on casing inner wall, top cover is mounted on cabinet top, top cover
It is connect by cylinder with one end of the beam, the crossbeam other end is connect with the rotary shaft upper end being arranged on casing outer wall, under rotary shaft
End connects with the deceleration motor, and rotary shaft is connect by bearing block with casing outer wall, and bottom of shell is connect by pipeline with oil storage tank,
It is characterized by: connect through oil storage tank (28) with devaporizer (7) top at the top of casing (4) top cover (3) by pipeline,
Devaporizer (7) lower part is connected separately with discharging valve (22) and pump group (26)；The material frame (12) is sleeved on shaft
(37) on, it connect shaft (37) lower end in casing (4) with material frame (12) bottom by spline；By the oil storage tank (28)
It is arranged in the rack below casing (4), casing (4) outer bottom is connected to by fuel outlet valve (35) with oil storage tank (28).
2. a kind of vacuum oil bath dehydration device according to claim 1, it is characterised in that: in the oil storage tank (28) difference
It is additionally provided with connecting tube on the pipeline connecting on the pipeline connecting with casing (4) top and with devaporizer (7), and is being connected
Vacuum pumping valve II (31) is installed on pipe, is provided with vacuum breaking on the pipeline that oil storage tank (28) is connect with casing (4) top
Valve (34) installs vacuum pumping valve I on the pipeline that can be connect with casing (4) top between connecting tube and oil storage tank (28)
(33), vacuum pumping valve III is provided on the pipeline that can be connect with devaporizer (7) between connecting tube and oil storage tank (28)
(30), oil storage tank air admission valve (27) are additionally provided in oil storage tank (28).
3. a kind of vacuum oil bath dehydration device according to claim 1, it is characterised in that: distinguish outside in the casing (4)
Being provided with connect with the tank connected delivery valve (5) of oil, with oil storage tank (28) Fill valve (32) and the heating valve that connect with boiler
(38), thermometer is installed in casing (4) outer lower part, casing (4) outside middle part be provided with can with casing (4) in penetrate through oil level
Device.
4. a kind of vacuum oil bath dehydration device according to claim 1, it is characterised in that: the material frame (12) is by upper cover
(41), framework (47), clamping screw (42), hollow shaft (40), upper holder block (44), lower lock block (43), upper annulus (48) He Xiayuan
The upper annulus (48) that can cooperate with hollow shaft (40) that inner surface is provided with spline-like is mounted on by latticed by ring (46) composition
Upper cover made of material (41) center, in the framework made of lattice-like material (47), bottom centre position is equipped with interior table
Face is provided with the lower annulus (46) that can cooperate with shaft (37) of spline-like, keeps annulus (48) and lower annulus (46) coaxial and logical
Hollow shaft (40) connection is crossed, is evenly equipped with multiple lower lock blocks (43) on upper cover (41) periphery, in framework (47) outer surface of upper
It is furnished with multiple upper holder blocks (44), upper holder block (44) is connect by clamping screw (42) with lower lock block (43), in framework (47) bottom
Outer surface on be evenly equipped with multiple fixture blocks (45) with concave point, convenient for on material dumping device (21) telescopic cylinder (15) bar enter simultaneously
It blocks.
5. a kind of vacuum oil bath dehydration device according to claim 1, it is characterised in that: the devaporizer (7) by
Shell (11), spray equipment (9), blower (8), coil pipe (10) and gas water separation tank (24) composition, blower (8) are arranged in shell
(11) top, convenient for hot gas is drained into shell (11) outside, in shell (11), internal upper part is equipped with coil pipe (10), makes coil pipe (10) one
End is connect with casing (4), and coil pipe (10) other end is connect with gas water separation tank (24), and gas water separation tank (24) are arranged in shell
(11) spray equipment (9) is mounted on the shell (11) between blower (8) and coil pipe (10) Nei by interior lower part.
6. a kind of vacuum oil bath dehydration device according to claim 5, it is characterised in that: right in the middle part of the shell (11)
Title is provided with air inlet (25), is equipped on air inlet (25) water fender (29), the shell (11) below air inlet (25) is
Pond.
7. a kind of vacuum oil bath dehydration device according to claim 5, it is characterised in that: tilt gas water separation tank (24)
It is arranged in the pond of shell (11) interior lower part, and gas water separation tank (24) a part is stretched out into shell (11) outside, makes air water point
The one end of shell (11) outside is stretched out from tank (24) and is lower than gas water separation tank (24) other end being placed in shell (11), is stretching out shell
Gas water separation tank (24) one end of body (11) outside is connected separately with discharging valve (22) and vacuum pump (23), and discharging valve (22) is set
Gas water separation tank (24) bottom outside in shell (11) is set, the pump group that can be penetrated through with pond in shell (11) outer bottom is set
(26) it is connect by pipeline with the spray equipment (9) at the top of shell (11).
8. a kind of control method of vacuum oil bath dehydration device, it is characterised in that: start the cylinder (2), top cover (3) are risen
Rise, be then turned on decelerating motor (36) and rotate rotary shaft (39) by top cover (3) move on one side, at this moment, will be equipped with material object
Material frame (12) is hung in casing (4), is sleeved on material frame (12) on shaft (37), subsequent start-up decelerating motor (36) simultaneously rotates
Rotary shaft (39) moves to top cover (3) right above casing (4), opens cylinder (2) and top cover (3) is placed on casing (4), at this point,
Vacuum pump (23), devaporizer (7) blower (8), pump group (26), vacuum pumping valve II (31), Fill valve (32), oil storage tank vacuum
Destructive valve (27) sequence is opened；When the oil in oil storage tank (28) is in lower oil level, vacuum pumping valve II (31), Fill valve (32),
Oil storage tank air admission valve (27) simultaneously closes off, and vacuum pumping valve I (33), vacuum pumping valve III (30), delivery valve (5) are opened simultaneously；
When the oil in casing (4) is in upper oil level, close delivery valve (5)；Heating is started simultaneously at, and protects the temperature in casing (4)
It holds at 94 DEG C, when the pressure in casing (4) reaches -0.092MP, be delayed 1200S, then drains the oil, at the oil in casing (4)
When lower oil level, brake is opened, while de-oiling electric motor starting brakes to after the stipulated time and closes de-oiling motor, at this moment, taken out
Vacuum valve II (31) is opened, and vacuum pumping valve I (33), vacuum pumping valve III (30) are closed, vacuum pump (23), devaporizer (7), pump
Group (26), fuel outlet valve (35) simultaneously close off, and air admission valve (34) is opened, and then turn on discharging valve (22), at the same time cylinder
(2) it acting, decelerating motor (36) starting opens top cover (3), and the material frame (12) in casing (4) is hung casing (4),
Then material frame (12) is put into material dumping device (21), opens motor (16) and pours out material, it, will after material frame (12) reset
Material frame (12) proposes material dumping device (21), is loaded on material and is placed in casing (4), so returns multiple circulation.
9. a kind of control method of vacuum oil bath dehydration device according to claim 8, it is characterised in that: the material dumping device
(21) by bracket (20), motor (16), axis (17), support (18), bracket (14), vertical axis (13), oblique hopper (19) and flexible
Cylinder (15) composition, is equipped with axis (17) on bracket (20), and axis (17) one end passes through bearing block and connect with motor (16), in axis
(17) middle part is provided with support (18), is equipped on support (18) convenient for placing the bracket (14) of material frame (12), in bracket
(14) center be provided with can be placed on it by material frame (12) vertical axis (13), multiple telescopic cylinders (15) are distributed in support
Frame (14) periphery is provided with oblique hopper (19) in the bracket (20) below axis (17) convenient for blocking material frame (12).
10. a kind of control method of vacuum oil bath dehydration device according to claim 9, it is characterised in that: hang down described
D-axis (13) upper end is provided with the hole entered convenient for bolt, and material frame (12) is prevented to be detached from vertical axis (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910254496.8A CN109793025A (en) | 2019-03-31 | 2019-03-31 | A kind of vacuum oil bath dehydration device and its control method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910254496.8A CN109793025A (en) | 2019-03-31 | 2019-03-31 | A kind of vacuum oil bath dehydration device and its control method |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN109793025A true CN109793025A (en) | 2019-05-24 |
Family
ID=66564397
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910254496.8A Pending CN109793025A (en) | 2019-03-31 | 2019-03-31 | A kind of vacuum oil bath dehydration device and its control method |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN109793025A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111248472A (en) * | 2020-03-17 | 2020-06-09 | 成都新润油脂有限责任公司 | Chilli oil frying system |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2165231C1 (en) * | 1999-08-09 | 2001-04-20 | Смирнов Владимир Ильич | Apparatus for frying dumplings in friture |
| CN2662658Y (en) * | 2003-12-25 | 2004-12-15 | 山东沃特贸易有限公司 | Dehydration equipment for fruit and vegetable at low temperature in vacuum oil bath |
| CN201624091U (en) * | 2010-01-27 | 2010-11-10 | 滕连治 | Food vacuum low-temperature frying dehydrator |
| CN102986756A (en) * | 2012-12-06 | 2013-03-27 | 江南大学 | Microwave and vacuum frying integrating device for food processing, and efficient frying method |
| CN203723333U (en) * | 2014-01-29 | 2014-07-23 | 连城县天天见食品有限公司 | Vacuum oil bath dehydration device |
| CN210012827U (en) * | 2019-03-31 | 2020-02-04 | 福建天天见食品有限公司 | Vacuum oil bath dewatering device |
-
2019
- 2019-03-31 CN CN201910254496.8A patent/CN109793025A/en active Pending
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| RU2165231C1 (en) * | 1999-08-09 | 2001-04-20 | Смирнов Владимир Ильич | Apparatus for frying dumplings in friture |
| CN2662658Y (en) * | 2003-12-25 | 2004-12-15 | 山东沃特贸易有限公司 | Dehydration equipment for fruit and vegetable at low temperature in vacuum oil bath |
| CN201624091U (en) * | 2010-01-27 | 2010-11-10 | 滕连治 | Food vacuum low-temperature frying dehydrator |
| CN102986756A (en) * | 2012-12-06 | 2013-03-27 | 江南大学 | Microwave and vacuum frying integrating device for food processing, and efficient frying method |
| CN203723333U (en) * | 2014-01-29 | 2014-07-23 | 连城县天天见食品有限公司 | Vacuum oil bath dehydration device |
| CN210012827U (en) * | 2019-03-31 | 2020-02-04 | 福建天天见食品有限公司 | Vacuum oil bath dewatering device |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111248472A (en) * | 2020-03-17 | 2020-06-09 | 成都新润油脂有限责任公司 | Chilli oil frying system |
| CN111248472B (en) * | 2020-03-17 | 2021-09-21 | 成都新润油脂有限责任公司 | Chilli oil frying system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| US3608472A (en) | Pressurized cooking system | |
| CN208108634U (en) | A kind of quinoa centrifugation drying unit | |
| CN109793025A (en) | A kind of vacuum oil bath dehydration device and its control method | |
| GB2464806A (en) | Kava extract production | |
| CN112095300A (en) | Laundry treating apparatus and control method thereof | |
| CN104663513B (en) | Natural honey extractor | |
| CN114130056B (en) | Raw material cooking device for biological medicine production | |
| CN106857733A (en) | A kind of full-automatic low temperature vacuum oil frying device | |
| CN210012827U (en) | Vacuum oil bath dewatering device | |
| CN115777759B (en) | Device and method for pickling flavored cured fish | |
| CN118002299A (en) | Drying device and method for small particle seed water separation impurity removal | |
| CN212661613U (en) | Multifunctional vacuum pan | |
| US1814927A (en) | Vacuum kettle | |
| JPH0654991A (en) | Explosion preventing method of dry cleaning machine | |
| KR101035888B1 (en) | A production device of alcohol using bamboo for stuffing | |
| CN209527854U (en) | Tobacco roasting case | |
| CN219846055U (en) | Steam hood with inclined bottom condensed water discharge structure | |
| CN208938767U (en) | A kind of transformer dry equipment | |
| CN114812108A (en) | Drying device and extraction method for extracting human chorionic gonadotropin from human urine | |
| JP3022517U (en) | Beverage liquid extractor | |
| KR101030318B1 (en) | Extraction tank capable of cleaning it's inside easily | |
| CN220056729U (en) | Edible oil filtering equipment | |
| CN207013175U (en) | A kind of efficient centrifugal machine of the drying device of chemical industry | |
| CN207636387U (en) | A kind of serum extraction pretreatment unit | |
| CN111766115B (en) | Sampling device for aquatic product detection |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination | ||
| WD01 | Invention patent application deemed withdrawn after publication | ||
| WD01 | Invention patent application deemed withdrawn after publication |
Application publication date: 20190524 |