CN209251535U - Fryer mends automatically, carburetion system - Google Patents
Fryer mends automatically, carburetion system Download PDFInfo
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- CN209251535U CN209251535U CN201820346427.0U CN201820346427U CN209251535U CN 209251535 U CN209251535 U CN 209251535U CN 201820346427 U CN201820346427 U CN 201820346427U CN 209251535 U CN209251535 U CN 209251535U
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- oil
- carburetion
- tank
- solenoid valve
- fryer
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Abstract
The utility model discloses a kind of Fryers to mend automatically, carburetion system, includes Fryer, carburetion tank, oil storage tank, oil filter, controller, upper limit fuel level sensor, lower limit level sensor, oil return air-operated solenoid valve, scavenge oil pump, repairing air-operated solenoid valve, slippage pump, steam heating mechanism, steam electromagnetic valve and the first and second temperature sensor；On the one hand controller is electrically connected with upper limit fuel level sensor, lower limit level sensor and the first and second temperature sensor respectively, be on the other hand electrically connected respectively with oil return air-operated solenoid valve, scavenge oil pump, the first and second oil return solenoid valve, oil filter, repairing air-operated solenoid valve and slippage pump.The utility model structure is simple, utilize the existing pipeline of Fryer, it only in the case where increasing a carburetion system, is successfully operationalized entirely oil system is refilled automatically, solves the problems, such as that the palm oil that Fryer solidifies in process of production can not be added automatically by pipeline.
Description
Technical field
The utility model relates to Fryer field, specifically a kind of Fryer mends automatically, carburetion system.
Background technique
It is general all to form solid-state later to workshop since palm oil freezing point is higher in food production,
It can not be added in Fryer by pipeline, and the palm oil that Fryer uses must be liquid, as long as there is solidification palm oil
Must be by manually smashing to pieces after, could be put by Fryer feeding inlet, but Manual material feeding is time-consuming and laborious, and will appear excessive
The case where oil, spilled oil, there are biggish security risks.
In addition, existing automatic fuel supplementing system, generally by the repairing of gravity nature, this method have the defects that it is very big,
I.e. since pressure can reduce with the reduction of oil level in tank, without power, the repairing time is long, and can be solidifying with the reduction of oil temperature
Gu and blocking repairing pipeline.
Utility model content
The purpose of the utility model is to provide a kind of Fryers to mend automatically, carburetion system, using the existing pipeline of Fryer,
Only in the case where increasing a carburetion system, successfully operationalized entirely oil system is refilled automatically, to solve Fryer
The problem of palm oil solidified in process of production can not be added automatically by pipeline.
The technical solution of the utility model is as follows:
A kind of Fryer mends automatically, carburetion system, includes Fryer, carburetion tank, oil storage tank, oil filter and controller,
The oil return opening being connected with its inner tank and repairing mouth are respectively equipped on the casing of the Fryer, it is characterised in that: described
Upper limit fuel level sensor, lower limit level sensor and the first temperature sensor, institute are respectively arranged in the inner tank of Fryer
The oil return opening stated is connected with oil returning tube, and the oil returning tube is divided into two after being separately connected oil return air-operated solenoid valve and scavenge oil pump
Road, wherein being connected after connecting the first oil return solenoid valve all the way with the carburetion tank, after another way connects the second oil return solenoid valve
Be connected with the oil storage tank, the repairing mouth is connected with repairing pipeline, after the repairing pipeline connection slippage pump with institute
The outlet for stating oil filter is connected；
The top of the carburetion tank is equipped with feeding port, and carburetion tank is internally provided with steam pipe coil, the steam pipe coil
Steam inlet end and steam (vapor) outlet end are drawn from the inside of the carburetion tank respectively, and the steam inlet end of steam pipe coil is equipped with steaming
Vapour solenoid valve, the carburetion tank are internally provided with second temperature sensor；
The bottom of the carburetion tank is equipped with the first oil outlet and is connected with the first flowline, and the bottom of the oil storage tank is set
There is the second oil outlet and be connected with the second flowline, the front end of first and second flowline is compiled at one and connects repairing
It is connected after air-operated solenoid valve with the import of the oil filter；
The controller is on the one hand warm with the upper limit fuel level sensor, lower limit level sensor and first and second respectively
Spend sensor electrical connection, on the other hand respectively with the oil return air-operated solenoid valve, scavenge oil pump, the first and second oil return solenoid valve, oil strain
Machine, repairing air-operated solenoid valve and slippage pump electrical connection.
The Fryer mends automatically, carburetion system, it is characterised in that: the bottom of the carburetion tank is equipped with support leg.
The Fryer mends automatically, carburetion system, it is characterised in that: the oil storage tank and oil filter is separately mounted to
It is set on the support frame on ground.
The Fryer mends automatically, carburetion system, it is characterised in that: the side of the oil storage tank is equipped with liquid level
Meter.
The Fryer mends automatically, carburetion system, it is characterised in that: the feeding port is equipped with upper cover.
The Fryer mends automatically, carburetion system, it is characterised in that: is equipped with first in first flowline
Hand control valve is equipped with the second hand control valve in second flowline.
The utility model has the beneficial effects that
The utility model structure is simple, using the existing pipeline of Fryer, only in the case where increasing a carburetion system,
It is successfully operationalized entirely oil system is refilled automatically, solving the palm oil that Fryer solidifies in process of production can not lead to
The problem of piping adds automatically, and the oil that the oil in Fryer system can be used according to the difference of product is also different, refills
During oil, user only needs to select corresponding hand control valve, the solenoid valve and pump in pipeline can automatically turn on and
It closes, oil classification is stored in corresponding oil tank automatically.
Detailed description of the invention
FIG. 1 is a schematic structural view of the utility model.
Fig. 2 is the structural schematic diagram of carburetion tank in the utility model.
Fig. 3 is the structural schematic diagram of oil return system in the utility model.
Fig. 4 is the structural schematic diagram of oil-supplementing system in the utility model.
Specific embodiment
Referring to attached drawing, it includes Fryer 1, carburetion tank 2, oil storage tank 3, oil strain that a kind of Fryer mends automatically, carburetion system
Machine 4 and controller are respectively equipped with the oil return opening 5 and repairing mouth 6 being connected with its inner tank on the casing of Fryer 1, fried
Be respectively arranged in the inner tank of machine 1 upper limit fuel level sensor, lower limit level sensor and with the first temperature sensor, oil return
Mouth 5 is connected with oil returning tube 7, and oil returning tube 7 is divided into two tunnels after being separately connected oil return air-operated solenoid valve 8 and scavenge oil pump 9, wherein one
Road connect the first oil return solenoid valve 10 after be connected with carburetion tank 2, another way connect the second oil return solenoid valve 11 after with oil storage tank 3
It is connected, repairing mouth 6 is connected with repairing pipeline 12, and repairing pipeline 12 is connected after connecting slippage pump 13 with the outlet of oil filter 4；
The top of carburetion tank 2 is equipped with feeding port, and carburetion tank 2 is internally provided with steam pipe coil 14, the steaming of steam pipe coil 14
Vapor inlet end and steam (vapor) outlet end are drawn from the inside of carburetion tank 2 respectively, and the steam inlet end of steam pipe coil 14 is equipped with steam
Solenoid valve 15, carburetion tank 2 are internally provided with second temperature sensor 16；
The bottom of carburetion tank 2 is equipped with the first oil outlet and is connected with the first flowline 17, and the bottom of oil storage tank 3 is equipped with the
Two oil outlets are simultaneously connected with the second flowline 18, and the front end of the first and second flowline 17,18 is compiled at one and connects repairing gas
It is connected after moving electromagnetic valve 19 with the import of oil filter 4；
Controller on the one hand respectively with upper limit fuel level sensor, lower limit level sensor, the first temperature sensor and second
Temperature sensor 16 be electrically connected, on the other hand respectively with oil return air-operated solenoid valve 8, scavenge oil pump 9, the first and second oil return solenoid valve 10,
11, oil filter 4, repairing air-operated solenoid valve 19 and slippage pump 13 are electrically connected.
In the utility model, the bottom of carburetion tank 2 is equipped with support leg 20.
Oil storage tank 3 and oil filter 4 are separately mounted to be set on the support frame 21,22 on ground.
The side of oil storage tank 3 is equipped with liquidometer 23.
Feeding port is equipped with upper cover.
First manual control valve 24 is installed in first flowline 17, second is equipped in the second flowline 18 manually
Control valve 25.
The utility model is further described below in conjunction with attached drawing:
Solid palm oil is removed packaging to launch by feeding port into carburetion tank 2, will be thrown after storing certain quantity
The upper cover of material mouth is closed, and steam heating mechanism is started, and temperature sensor 16 can detect the internal temperature of carburetion tank 2 automatically, work as temperature
When degree is not up to the setting value of palm oil fusing, controller controls steam electromagnetic valve 15 and automatically turns on, constantly to steam pipe coil
Steam (steam is supplied by external vapour source, such as boiler) is passed through in 14, solid palm oil touches 14 institute of steam pipe coil
Position and its neighbouring position after can gradually melt, by gravity, solid palm oil can Automatic-descending, until carburetion
The temperature of tank 2 reaches setting value, and the steam electromagnetic valve 15 of controller control at this time is closed, and stops heating；When feeding intake again, with throwing
The increasing of doses, temperature can decrease, and when low excess temperature setting value, controller control steam electromagnetic valve 15 is again started up,
To guarantee that the inside of carburetion tank 2 remains at the environment of a constant temperature, it is ensured that the palm oil in carburetion tank 2 is all in fusing
In temperature, to guarantee the use of Fryer 1.
It before the starting of Fryer 1, needs to carry out repairing operation, first manual control valve 24 is opened, inside Fryer 1
When lower limit level sensor in fuel tank detects low oil level, controller to oil filter 4, repairing air-operated solenoid valve 19 and is mended respectively
Oil pump 13 sends repairing instruction, and at this moment oil filter 4 will start and with the production of Fryer 1 to terminating, while repairing air-powered electromagnetic
Valve 19 can automatically open, and slippage pump 13 starts work, be extracted into Fryer 1 after the oil in carburetion tank 2 is filtered by oil filter 4
Inner tank, the second hand control valve 25 when necessary, so that inner tank fuel feeding of the oil storage tank 3 to Fryer 1；When Fryer 1
Inner tank receive certain or oil of sufficient amount after, the upper limit fuel level sensor in 1 inner tank of Fryer detects height
Oil level can be automatically stopped repairing operation, and slippage pump 13 can be automatically closed first, and oil filter 4 and repairing air-operated solenoid valve 19 continue
It opens, guarantees used oil all on-line filtrations in process of production, to reduce the dregs of fat to suspend in frying course in the oil.
After production, the excess oil in the inner tank of Fryer 1 will be returned in carburetion tank 2 or oil storage tank 3, still
Since temperature is excessively high, when the oil temperature in the inner tank that the first temperature sensor detects Fryer 1 does not drop to safe temperature,
Controller will not send any instruction to scavenge oil pump 9, and scavenge oil pump 9 not will start work；When the first temperature sensor detects oil
When oil temperature in the inner tank of aircraft bombing 1 drops to safe temperature, controller sends oil return to oil return air-operated solenoid valve 8, scavenge oil pump 9
Oil return air-operated solenoid valve 8 is opened in instruction, and starts the work of scavenge oil pump 9, simultaneous selection to the first oil return solenoid valve 10 or the
Two oil return solenoid valves 11 send oil return instruction, open the first oil return solenoid valve 10 or the second oil return solenoid valve 11, Fryer 1 it is interior
Excess oil in portion's fuel tank can be extracted into specified carburetion tank 2 or oil storage tank 3 by scavenge oil pump 9, until all excess oil are all taken out
It is complete.
Claims (6)
- It include Fryer, carburetion tank, oil storage tank, oil filter and controller, institute 1. a kind of Fryer is mended automatically, carburetion system It states and is respectively equipped with the oil return opening being connected with its inner tank and repairing mouth on the casing of Fryer, it is characterised in that: the oil Upper limit fuel level sensor, lower limit level sensor and the first temperature sensor are respectively arranged in the inner tank of aircraft bombing, it is described Oil return opening be connected with oil returning tube, the oil returning tube is divided into two after being separately connected oil return air-operated solenoid valve and scavenge oil pump Road, wherein being connected after connecting the first oil return solenoid valve all the way with the carburetion tank, after another way connects the second oil return solenoid valve Be connected with the oil storage tank, the repairing mouth is connected with repairing pipeline, after the repairing pipeline connection slippage pump with institute The outlet for stating oil filter is connected；The top of the carburetion tank is equipped with feeding port, and carburetion tank is internally provided with steam pipe coil, the steam of the steam pipe coil Input end and steam (vapor) outlet end are drawn from the inside of the carburetion tank respectively, and the steam inlet end of steam pipe coil is equipped with steam electricity Magnet valve, the carburetion tank are internally provided with second temperature sensor；The bottom of the carburetion tank is equipped with the first oil outlet and is connected with the first flowline, and the bottom of the oil storage tank is equipped with the Two oil outlets are simultaneously connected with the second flowline, and the front end of first and second flowline is compiled at one and to connect repairing pneumatic It is connected after solenoid valve with the import of the oil filter；On the one hand the controller is passed with the upper limit fuel level sensor, lower limit level sensor and the first and second temperature respectively Sensor electrical connection, on the other hand respectively with the oil return air-operated solenoid valve, scavenge oil pump, the first and second oil return solenoid valve, oil filter, Repairing air-operated solenoid valve and slippage pump electrical connection.
- 2. Fryer according to claim 1 is mended automatically, carburetion system, it is characterised in that: pacify the bottom of the carburetion tank Equipped with support leg.
- 3. Fryer according to claim 1 is mended automatically, carburetion system, it is characterised in that: the oil storage tank and oil strain Machine is separately mounted to be set on the support frame on ground.
- 4. Fryer according to claim 1 is mended automatically, carburetion system, it is characterised in that: the side of the oil storage tank Liquidometer is installed.
- 5. Fryer according to claim 1 is mended automatically, carburetion system, it is characterised in that: the feeding port is equipped with Upper cover.
- 6. Fryer according to claim 1 is mended automatically, carburetion system, it is characterised in that: first flowline In first manual control valve is installed, the second hand control valve is installed in second flowline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820346427.0U CN209251535U (en) | 2018-03-14 | 2018-03-14 | Fryer mends automatically, carburetion system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820346427.0U CN209251535U (en) | 2018-03-14 | 2018-03-14 | Fryer mends automatically, carburetion system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209251535U true CN209251535U (en) | 2019-08-16 |
Family
ID=67555907
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820346427.0U Active CN209251535U (en) | 2018-03-14 | 2018-03-14 | Fryer mends automatically, carburetion system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209251535U (en) |
-
2018
- 2018-03-14 CN CN201820346427.0U patent/CN209251535U/en active Active
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