CN209584139U - A kind of oil plant physical field tempering system - Google Patents
A kind of oil plant physical field tempering system Download PDFInfo
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- CN209584139U CN209584139U CN201920063460.7U CN201920063460U CN209584139U CN 209584139 U CN209584139 U CN 209584139U CN 201920063460 U CN201920063460 U CN 201920063460U CN 209584139 U CN209584139 U CN 209584139U
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Abstract
The utility model discloses a kind of oil plant physical field tempering systems, including rack, oil plant transfer assembly, PLC control cabinet, and feeding assembly, automatic watering apparatus, microwave modifying device and the cooling device being sequentially arranged along oil plant transmission direction, the oil plant outlet of the feeding assembly are connected to the feeding end of oil plant transfer assembly；Oil plant transfer assembly successively passes through automatic watering apparatus, microwave modifying device and cooling device；The microwave modifying device is set to the top of cooling device, and the two is connected to；The loading assemblies, oil plant transfer assembly, automatic watering apparatus, microwave modifying device and cooling device are connected with PLC control cabinet respectively.The utility model has the following beneficial effects: configuring air cooled box using automatic watering apparatus, microwave heating, and in the lower section of the quenched case of microwave, a variety of pre-processing requirements of oil plant can be met.
Description
Technical field
The utility model relates to Oil processing technical fields, and in particular to a kind of oil plant physical field tempering system.
Background technique
China is world's oil seed production and consumption big country, and oil plant is the main source of edible vegetable oil and vegetable protein.Mesh
Preceding China's oil prodution industry is gradually from single colorless and odorless salad oil product to diversification product trend development.Oil plant oil-producing technique
Generally include cleaning, it is quenched, mention oil and refining and etc., in liquefaction technical aspect, industrial production based on prepressing extraction technology,
Wherein the quenched means of pretreatment of the oil plant before squeezing mainly use strip plate, high temperature humid heat treatment, high-temperature direct thermal stir-fry or swollen
The technologies such as change.Above-mentioned technology is widely used in large oil plant, but China's oil resource is abundant, and wherein the development of characteristic oil plant is fast
Speed；Characteristic oil plant is often rich in function lipid, and these nutraceutical active ingredients are easy to cause under traditional preconditioning technique greatly
The loss of amount causes the reduction of grease Yu grouts quality.The quenched whole process pre-processed through oil-producing technique of oil plant, therefore
Pretreatment whether the quality of the proper height for directly affecting liquefaction efficiency and product.Grape berry is easy when traditional high temperature is long
Cause the generation of the risks and assumptions such as BaP, demand of the another aspect consumer to the edible oil of safe and healthy nutrition also day
Benefit increases.Therefore, it is necessary to be improved to the prior art.
Summary of the invention
The purpose of this utility model is that in view of the deficiencies of the prior art, a variety of pre-processing requirements can be met by providing one kind
The oil plant physical field modulating device that low energy consumption.
The technical solution adopted in the utility model are as follows: a kind of oil plant physical field tempering system, including rack, oil plant transmission group
Part, PLC control cabinet, and be sequentially arranged along oil plant transmission direction feeding assembly, automatic watering apparatus, microwave modifying device and
The oil plant outlet of cooling device, the feeding assembly is connected to the feeding end of oil plant transfer assembly；Oil plant transfer assembly successively passes through
Cross automatic watering apparatus, microwave modifying device and cooling device；The microwave modifying device is set to the top of cooling device, and two
Person's connection；The loading assemblies, oil plant transfer assembly, automatic watering apparatus, microwave modifying device and cooling device respectively with
PLC control cabinet is connected.
According to the above scheme, the oil plant transfer assembly includes several conveyer belts along the spaced and parallel arrangement of short transverse；Often
The both ends of root transmission belt respectively set a transmission shaft rolling, and transmission shaft rolling is connect with driving motor, and driving motor is furnished with and PLC control cabinet
The variable-frequency governor of connection；Neighbouring two transmission belt transmission directions on the contrary, and upper layer transmission belt direction of travel end
Chute equipped with connection lower layer's transmission belt direction of travel head end；The feeding end of first floor conveyer belt is located at the outlet of feeding assembly
Place, first floor transmission belt enter microwave modifying device after passing through priming apparatus；Last layer conveyer belt passes through cooling device, and last layer transmits
One end of band is equipped with stock chest.
According to the above scheme, the microwave modifying device includes the quenched case of microwave, is provided at the top of the quenched case of microwave and microwave
The moisture exhausting port being connected to inside quenched case；Inner top and two sidewalls in the quenched case of microwave respectively set several microwave heating components.
According to the above scheme, the two sides of the quenched case of the microwave offer observation maintenance door.
According to the above scheme, temperature sensor is equipped in the quenched case of the microwave, temperature sensor is connected with PLC control cabinet.
According to the above scheme, the cooling device includes set on the quenched case lower section of microwave, and the wind being connected to the quenched case of microwave
Several blowers are installed in ice chest, the bottom of air cooled box, and blower is fixed on the rack, and last layer conveyer belt is passed through from the top of blower.
According to the above scheme, exhaust fan is installed in the one side wall of the air cooled box.
According to the above scheme, the feeding assembly includes oil plant elevator and feed hopper, and the oil plant elevator is located at charging
The top of bucket, and the outlet of oil plant elevator is connected to the entrance of feed hopper, the outlet of feed hopper is located on oil plant transfer assembly
Expect the top at end；Oil plant elevator includes fate elevator and bucket elevator.
According to the above scheme, be shelved with material-feeding plugboard in the feed hopper, by adjust material-feeding plugboard the gradient come control into
Expect speed；Oil plant elevator includes fate elevator and bucket elevator.
According to the above scheme, the automatic watering apparatus is built-in with the auto moisture detection being connected respectively with PLC control cabinet
Instrument and spray module；Auto moisture detector is used to measure the initial moisture of oil plant and transmits the signal to PLC control cabinet,
PLC control cabinet receives feedback control spray module after signal.
The utility model has the following beneficial effects:
1, the utility model combine the pre- quenched, microwave thermal of oilseed moisture it is quenched and it is hot it is quenched after oil plant cool down rapidly
Function；Wherein pre- quenched realized by the automatic watering apparatus containing fast automatic moisture detector of oilseed moisture determines oil plant
Moisture regulation is measured, is ready for microwave thermal is quenched；Microwave thermal is quenched to use vertical multi-layer microwave treatment mode, improves microwave
The thermal efficiency, considerably reduce the generation of BaP, and realize the energy-saving of microwave；
2, the utility model realizes the conveying of oil plant in vertical direction using multilayer conveyer belt, and the blower of bottom can be simultaneously
Purging cooling is carried out to the oil plant on multilayer conveyer belt, improves cooling efficiency；The temperature sensing set in the quenched case of microwave simultaneously
Device can detect temperature and by PLC control cabinet feedback regulation blower rate, and corresponding speed is high, further ensure oil plant pretreatment
The effective use of precision and the energy；
3, each device passes through PLC control cabinet control in the utility model, improves the degree of automation, reduces worker's
Labor intensity ensure that the stability of operation and the security reliability of system；
4, the utility model can be used for characteristic oil plant and large oil plant or bulky grain oil plant or little particle oil plant plus
The functions such as quenched oil plant, flavouring, drying may be implemented in work, have fully ensured that the quality safety and nutrition of oil plant, are subsequent liquefaction
Production or storage provide important leverage；
5, microwave thermal described in the utility model is quenched uses vertical multi-layer microwave treatment mode, improves the thermal effect of microwave
Rate considerably reduces the generation of BaP, and realizes the energy-saving of microwave, while reducing the length of equipment, reduces
The occupied area entirely equipped.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of one specific embodiment of the utility model.
Fig. 2 is the left view of Fig. 1.
Fig. 3 is the schematic diagram of PLC control cabinet in the present embodiment.
Wherein: 1, driving motor；2 ﹑ racks；3 ﹑ transmission rolling shafts；4 ﹑ conveyer belts；5 ﹑ exhaust fans；6 ﹑ observe maintenance door；7 ﹑ row
Wet mouth；8 ﹑ automatic watering apparatus；9 ﹑ oil plant elevators；10 ﹑ feed hoppers；11 ﹑ material storing box；12 ﹑ air cooled box；13 ﹑ blowers；14 ﹑ are micro-
Wave generating assembly；The 15 quenched casees of ﹑ microwave；16 ﹑ PLC control cabinets.
Specific embodiment
The utility model in order to better understand is in the following with reference to the drawings and specific embodiments made the utility model further
Ground description.
A kind of oil plant physical field tempering system as depicted in figs. 1 and 2, including rack 2, oil plant transfer assembly, PLC control
Case 16 (as shown in Figure 3), and the feeding assembly, automatic watering apparatus 8, the quenched dress of microwave that are sequentially arranged along oil plant transmission direction
It sets and cooling device, the oil plant outlet of the feeding assembly is connected to the feeding end of oil plant transfer assembly；Oil plant transfer assembly according to
It is secondary to pass through automatic watering apparatus 8, microwave modifying device and cooling device；The microwave modifying device is set to the upper of cooling device
Side, and the two is connected to；The loading assemblies, oil plant transfer assembly, automatic watering apparatus 8, microwave modifying device and cooling device
It is connected respectively with PLC control cabinet 16.
In the utility model, the oil plant transfer assembly includes several conveyer belts 4 along the spaced and parallel arrangement of short transverse；
The both ends of every transmission belt set a transmission shaft rolling, and transmission shaft rolling is connect with driving motor 1, and driving motor 1 is furnished with to be controlled with PLC
The variable-frequency governor that case 16 processed connects；Two neighbouring transmission belt transmission directions are on the contrary, and upper layer transmission belt direction of travel
End be equipped with connection lower layer's transmission belt direction of travel head end chute；The feeding end of first floor conveyer belt 4 is located at feeding assembly
Exit, first floor transmission belt pass through priming apparatus after enter microwave modifying device；Last layer conveyer belt 4 passes through cooling device, and
One end of last layer conveyer belt 4 is that oil plant is packaged outlet, and the other end of last layer conveyer belt 4 is discharging end, and discharging end is equipped with storing
Slot.In the present embodiment, oil plant transfer assembly shares three layers of conveyer belt 4, configures a transmission shaft rolling altogether；4 one end of first floor conveyer belt
Transmission shaft rolling is set in rack 2, and two transmission shafts rolling of the rolling of other end transmission shaft and the arranging of middle layer conveyer belt 4 is each attached to microwave
On quenched case 15, two transmission shaft rollings of last layer are separately fixed at the both ends of rack 2, are disposed with tiny hole on last layer conveyer belt 4
Gap, the hole as it is air-cooled when wind channel, pore size be material diameter 30%-50%；4 one end of last layer conveyer belt
Transmission shaft rolling is connect by chain with driving motor 11, and driving motor 1 is fixed on 2 bottom of rack, and driving motor 11 is furnished with frequency conversion
Governor.
In the utility model, the microwave modifying device includes the quenched case 15 of microwave, and the top of the quenched case 15 of microwave is provided with
The moisture exhausting port 7 being connected to inside the quenched case 15 of microwave；Inner top and two sidewalls in the quenched case 15 of microwave respectively set several microwaves and add
Hot component.Preferably, the two sides of the quenched case 15 of the microwave offer observation maintenance door 6.Preferably, the quenched case 15 of the microwave
Interior to be equipped with temperature sensor, temperature sensor is connected with PLC control cabinet 16.
In the utility model, the cooling device includes being set to quenched 15 lower section of case of microwave, and connect with the quenched case 15 of microwave
Several blowers 13 are installed in logical air cooled box 12, the bottom of air cooled box 12, and blower 13 is fixed in rack 2, and last layer conveyer belt 4 is certainly
The top of blower 13 passes through.Preferably, exhaust fan is installed in the one side wall of the air cooled box 12.
In the utility model, the feeding assembly includes oil plant elevator 9 and feed hopper 10, the oil plant elevator 9
In the top of feed hopper 10, and the outlet of oil plant elevator 9 is connected to the entrance of feed hopper 10, and the outlet of feed hopper 10 is located at oil
The top for expecting transfer assembly feeding end, is particularly located at the top at 4 feeding end of first floor conveyer belt.Preferably, in the feed hopper 10
It is shelved with material-feeding plugboard, controls charging rate by adjusting the gradient of material-feeding plugboard.Preferably, oil plant elevator 9 includes group
The fate elevator and bucket elevator of conjunction, small particles oil plant use fate elevator or bucket elevator combination transfer,
Bulky grain oil plant is conveyed using bucket elevator.
In the utility model, the automatic watering apparatus 8 is built-in with the auto moisture being connected respectively with PLC control cabinet 16
Detector and spray module；When oil plant passes through the automatic watering apparatus 8, auto moisture detector can quickly measure oil plant
Initial moisture simultaneously transmits the signal to PLC control cabinet 16, and PLC receives signal post analysis, feedback control spray module, water spray group
Part carries out quantitative water spray to oil plant.In the present embodiment, the automatic watering apparatus 8 is quantitative water adding device.
The working principle of the utility model are as follows: oil plant enters feed hopper 10 by oil plant elevator 9, by feed hopper 10
Material-feeding plugboard adjust blanking speed, oil plant falls on first floor transmission belt；Automatic watering apparatus 8 is according to the initial moisture of oil plant, certainly
It is dynamic that moisture regulation is carried out to oil plant；Oil plant enters quenched by microwave heating in the quenched case 15 of microwave, and the moisture of evaporation is through moisture exhausting port 7
It takes away；The conveyer belt 4 in air cooled box 12 is fallen on by the oil plant after two layers of microwave heating；Conveyer belt 4 is driven by Frequency Drive motor 1
Dynamic, Frequency Drive motor 1 has positive and negative speed-regulating function, and the oil plant that need to be cooled down enters air cooled box 12；Temperature sensor detects microwave
The temperature of oil plant and temperature signal is sent to PLC control cabinet 16 in quenched case 15, PLC control cabinet 16, which receives, simultaneously to be believed according to temperature
The rate of number feedback control blower 13, carries out purging cooling to oil plant；It is sent out packing through the oil plant after cooling of blower 13,
Cooling oil plant is not needed by being reversely sent in material storing box 11.
Embodiment one
Using sesame as raw material, sesame enters feed hopper 10 by oil plant elevator 9, passes through the material-feeding plugboard in feed hopper 10
Blanking speed is adjusted, sesame falls in first floor transmission belt and by automatic watering apparatus 8；Built in automatic watering apparatus 8 quickly from
The initial moisture of dynamic moisture detector measurement sesame, and quantitative water spray is carried out to sesame automatically and is adjusted；Then, sesame enters micro-
The quenched progress of case 15 microwave of wave is quenched, and 160 DEG C of drop temperature, the moisture of evaporation is taken away through moisture exhausting port 7；Pass through two layers of microwave heating
Sesame afterwards falls on the conveyer belt 4 in air cooled box 12；Temperature sensor detects the temperature of sesame in the quenched case 15 of microwave and will be warm
Degree signal is sent to PLC control cabinet 16, and PLC control cabinet 16 receives and according to the rate of temperature signal feedback control blower 13, right
Sesame carries out purging cooling；It is sent out packing through the sesame after cooling of blower 13, benzo (a) the pyrene content of sesame is 0.8 μ
g/kg；It is spare for squeezing by being reversely sent in material storing box 11 if sesame does not need to cool down, complete whole flow process；Institute
There is equipment operation that can complete by PLC control cabinet 16.
Embodiment two
Using tea seed as raw material, tea seed enters feed hopper 10 by oil plant elevator 9, passes through the charging in feed hopper 10
Plate adjusts blanking speed, and tea seed falls in first floor transmission belt and by automatic watering apparatus 8；Built in automatic watering apparatus 8
The initial moisture of fast automatic moisture detector measurement tea seed, and quantitative water spray is carried out to tea seed automatically and is adjusted；Then,
Tea seed enters the quenched case 15 of microwave and carries out that microwave is quenched, and 140 DEG C of drop temperature, the moisture of evaporation is taken away through moisture exhausting port 7；Pass through
Tea seed after two layers of microwave heating falls on the conveyer belt 4 in air cooled box 12；Temperature sensor detects oil in the quenched case 15 of microwave
Temperature signal is simultaneously sent to PLC control cabinet 16 by the temperature of tea seed, and PLC control cabinet 16 receives and according to temperature signal feedback control
The rate of blower 13 carries out purging cooling to tea seed；It is sent out packing through the tea seed after cooling of blower 13, tea seed
Benzo (a) pyrene content be 0.3 μ g/kg；If tea seed does not need to cool down, by being reversely sent in material storing box 11, it is used for
Squeeze spare, completion whole flow process；All devices operation can be completed by PLC control cabinet 16.
Embodiment three
Using peony seeds as raw material, peony seeds enter feed hopper 10 by oil plant elevator 9, pass through the charging in feed hopper 10
Plate adjusts blanking speed, and peony seeds fall in first floor transmission belt and by automatic watering apparatus 8；Built in automatic watering apparatus 8
The initial moisture of fast automatic moisture detector measurement peony seeds, and quantitative water spray is carried out to peony seeds automatically and is adjusted；Then,
Peony seeds enter the quenched case 15 of microwave and carry out that microwave is quenched, and 135 DEG C of drop temperature, the moisture of evaporation is taken away through moisture exhausting port 7；Pass through
Peony seeds after two layers of microwave heating fall on the conveyer belt 4 in air cooled box 12；Temperature sensor detects male in the quenched case 15 of microwave
Temperature signal is simultaneously sent to PLC control cabinet 16 by the temperature of red seed, and PLC control cabinet 16 receives and according to temperature signal feedback control
The rate of blower 13 carries out purging cooling to peony seeds；It is sent out packing through the peony seeds after cooling of blower 13, peony seeds
Benzo (a) pyrene content be 0.2 μ g/kg；If peony seeds do not need to cool down, by being reversely sent in material storing box 11, it is used for
Squeeze spare, completion whole flow process；All devices operation can be completed by PLC control cabinet 16.
Example IV
Using rapeseed as raw material, rapeseed enters feed hopper 10 by oil plant elevator 9, passes through the charging in feed hopper 10
Plate adjusts blanking speed, and rapeseed falls in first floor transmission belt and by automatic watering apparatus 8；Built in automatic watering apparatus 8
The initial moisture of fast automatic moisture detector measurement rapeseed, and quantitative water spray is carried out to rapeseed automatically and is adjusted；Then,
Rapeseed enters the quenched case 15 of microwave and carries out that microwave is quenched, and 138 DEG C of drop temperature, the moisture of evaporation is taken away through moisture exhausting port 7；Pass through
Rapeseed after two layers of microwave heating falls on the conveyer belt 4 in air cooled box 12；Temperature sensor detects oil in the quenched case 15 of microwave
Temperature signal is simultaneously sent to PLC control cabinet 16 by the temperature of vegetable seed, and PLC control cabinet 16 receives and according to temperature signal feedback control
The rate of blower 13 carries out purging cooling to rapeseed；It is sent out packing through the rapeseed after cooling of blower 13, benzo
(a) pyrene content is 0.3 μ g/kg；It is standby for squeezing by being reversely sent in material storing box 11 if rapeseed does not need to cool down
With completion whole flow process；All devices operation can be completed by PLC control cabinet 16.
Device described in the utility model can also be used in the pretreatment of other oil plants.
Finally it should be noted that the above is only the preferred embodiment of the utility model, it is not limited to practical
It is novel, although the utility model is described in detail referring to embodiment, for those skilled in the art, according to
It is so possible to modify the technical solutions described in the foregoing embodiments, or part of technical characteristic is equally replaced
It changes, but within the spirit and principle of the utility model, any modification, equivalent replacement, improvement and so on should all include
It is within the protection scope of the utility model.
Claims (10)
1. a kind of oil plant physical field tempering system, which is characterized in that including rack, oil plant transfer assembly, PLC control cabinet, and
Feeding assembly, automatic watering apparatus, microwave modifying device and the cooling device being sequentially arranged along oil plant transmission direction, the charging
The oil plant outlet of component is connected to the feeding end of oil plant transfer assembly；Oil plant transfer assembly successively passes through automatic watering apparatus, micro-
Wave modifying device and cooling device；The microwave modifying device is set to the top of cooling device, and the two is connected to；The charging group
Part, oil plant transfer assembly, automatic watering apparatus, microwave modifying device and cooling device are connected with PLC control cabinet respectively.
2. oil plant physical field tempering system as described in claim 1, which is characterized in that the oil plant transfer assembly includes several
Along the conveyer belt of the spaced and parallel arrangement of short transverse；The both ends of every transmission belt set a transmission shaft rolling, transmission shaft rolling and biography
Dynamic motor connection, driving motor are furnished with the variable-frequency governor connecting with PLC control cabinet；Two neighbouring transmission belt transmission sides
To on the contrary, and upper layer transmission belt direction of travel end be equipped with connection lower layer's transmission belt direction of travel head end chute；The first floor
The feeding end of conveyer belt is located at the exit of feeding assembly, and first floor transmission belt enters microwave modifying device after passing through priming apparatus；
Last layer conveyer belt passes through cooling device, and one end of last layer conveyer belt is equipped with stock chest.
3. oil plant physical field tempering system as claimed in claim 1 or 2, which is characterized in that the microwave modifying device includes
Microwave quenched case is provided with the moisture exhausting port being connected to inside the quenched case of microwave at the top of the quenched case of microwave；It is interior in the quenched case of microwave
Top and two sidewalls respectively set several microwave heating components.
4. oil plant physical field tempering system as claimed in claim 3, which is characterized in that the two sides of the quenched case of microwave open up
There is observation maintenance door.
5. oil plant physical field tempering system as claimed in claim 3, which is characterized in that be equipped with temperature in the quenched case of microwave
Sensor, temperature sensor are connected with PLC control cabinet.
6. oil plant physical field tempering system as claimed in claim 3, which is characterized in that the cooling device includes being set to microwave
Below quenched case, and several blowers are installed in the air cooled box being connected to the quenched case of microwave, the bottom of air cooled box, and blower is fixed on rack
On, and last layer conveyer belt is passed through from the top of blower.
7. oil plant physical field tempering system as claimed in claim 6, which is characterized in that installed in the one side wall of the air cooled box
There is exhaust fan.
8. oil plant physical field tempering system as described in claim 1, which is characterized in that the feeding assembly includes that oil plant is promoted
Machine and feed hopper, the oil plant elevator is located at the top of feed hopper, and the outlet of oil plant elevator and the entrance of feed hopper connect
Logical, the outlet of feed hopper is located at the top at oil plant transfer assembly feeding end；Oil plant elevator includes that fate elevator and bucket type mention
The machine of liter.
9. oil plant physical field tempering system as claimed in claim 8, which is characterized in that be shelved with charging in the feed hopper and insert
Plate controls charging rate by adjusting the gradient of material-feeding plugboard；Oil plant elevator includes fate elevator and bucket elevator.
10. oil plant physical field tempering system as described in claim 1, which is characterized in that the automatic watering apparatus is built-in with
The auto moisture detector and spray module being connected respectively with PLC control cabinet；Auto moisture detector is for measuring oil plant
Initial moisture simultaneously transmits the signal to PLC control cabinet, and PLC control cabinet receives feedback control spray module after signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920063460.7U CN209584139U (en) | 2019-01-15 | 2019-01-15 | A kind of oil plant physical field tempering system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920063460.7U CN209584139U (en) | 2019-01-15 | 2019-01-15 | A kind of oil plant physical field tempering system |
Publications (1)
| Publication Number | Publication Date |
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| CN209584139U true CN209584139U (en) | 2019-11-05 |
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ID=68352642
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920063460.7U Active CN209584139U (en) | 2019-01-15 | 2019-01-15 | A kind of oil plant physical field tempering system |
Country Status (1)
| Country | Link |
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| CN (1) | CN209584139U (en) |
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2019
- 2019-01-15 CN CN201920063460.7U patent/CN209584139U/en active Active
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