CN109622112A - A kind of myotonin machining production line and processing method - Google Patents
A kind of myotonin machining production line and processing method Download PDFInfo
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- CN109622112A CN109622112A CN201811315620.9A CN201811315620A CN109622112A CN 109622112 A CN109622112 A CN 109622112A CN 201811315620 A CN201811315620 A CN 201811315620A CN 109622112 A CN109622112 A CN 109622112A
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- myotonin
- machine
- tower
- specific gravity
- sustained release
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B5/00—Grain treatment not otherwise provided for
- B02B5/02—Combined processes
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B1/00—Preparing grain for milling or like processes
- B02B1/02—Dry treatment
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02B—PREPARING GRAIN FOR MILLING; REFINING GRANULAR FRUIT TO COMMERCIAL PRODUCTS BY WORKING THE SURFACE
- B02B1/00—Preparing grain for milling or like processes
- B02B1/08—Conditioning grain with respect to temperature or water content
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- Adjustment And Processing Of Grains (AREA)
Abstract
The invention discloses a kind of myotonin machining production line, the myotonin machining production line is successively arranged first drying machine (5), is once sustained tower (6), conserving secondary drying machine (7), secondary sustained release tower (8), three times dryer (9), three times sustained release tower, the first specific gravity screening machine (10), hulling machine (11), winnowing machine (12), the first vibrating screen (13), the second specific gravity screening machine (14), the second vibrating screen (15), third specific gravity screening machine (16), color selector (17), pearling machine (18) and polishing machine (19).With solve the problems, such as prior art myotonin drying time it is long cause nutritive loss is larger, energy consumption is higher, larger, the mould bad myotonin of impurity mostly with storage time it is short.
Description
Technical field
The present invention relates to grain preliminary working technology field more particularly to a kind of myotonin machining production line and processing sides
Method.
Background technique
It includes rinse bath, centrifuge, dryer, vibrating screen, hulling machine, pearling that myotonin, which processes used equipment, at present
Machine and rinsing bowl, treatment process is to be dehydrated using after rinse bath clean the surface dust using centrifuge, then by the dewatered heart of a lotus seed
Benevolence rice is put into dryer baking, and baking process needs to toast myotonin persistently under 60 DEG C of high temperature 24 hours, after the completion of baking
The myotonin of bright in color is obtained using simple screening, shelling, peeling and washing process.The prior art has the following problems,
1) high-temperature duration is longer leads to that nutritive loss is larger, energy consumption is also higher；
2) since screening process is coarse, does not have screening process after shelling, the myotonin impurity caused is larger；
3) since vibrating screen can only screen the myotonin of variable grain, and the myotonin of different colors cannot be screened, it is obtained
Myotonin is second-rate, containing there are many mould bad myotonins；
4) whiten myotonin due to using water-washing method, myotonin grain of rice humidity after washing be easy it is mould bad, when storage
Between it is shorter.
Summary of the invention
The technical problem to be solved by the present invention is a kind of myotonin machining production line and processing method are provided, it is existing to solve
Have technology myotonin drying time it is long cause nutritive loss is larger, energy consumption is higher, larger, the mould bad myotonin of impurity mostly with storage when
Between short problem.
The technical scheme is that a kind of myotonin machining production line, the myotonin machining production line is successively arranged
First drying machine, once be sustained tower, conserving secondary drying machine, secondary sustained release tower, three times dryer, the first specific gravity screening machine, hulling machine,
Winnowing machine, the first vibrating screen, the second specific gravity screening machine, the second vibrating screen, third specific gravity screening machine, color selector, pearling machine and throwing
Ray machine, first drying machine discharge port are connected to primary sustained release tower entrance by conveyer belt, and the primary tower outlet that is sustained is connected by conveyer belt
Logical conserving secondary drying machine entrance, conserving secondary drying machine outlet are connected to secondary sustained release tower entrance by conveyer belt, and secondary sustained release tower outlet is logical
Conveyer belt connection dryer entrance three times is crossed, dryer outlet is sustained tower entrance by conveyer belt connection three times three times, delays three times
It releases tower outlet and the first specific gravity screening machine entrance is connected to by conveyer belt, the first specific gravity screening machine discharge port is connected to de- by conveyer belt
Shell machine inlet, hulling machine discharge port are connected to selection by winnowing machine inlet by conveyer belt, and winnowing machine discharge port is connected to by conveyer belt
First vibrating screen feed inlet, the first vibrating screen discharge port are connected to the second specific gravity by conveyer belt and screen machine inlet, the second specific gravity
Screening machine discharge port is connected to the second vibrating screen feed inlet by conveyer belt, and the second vibrating screen feed inlet discharge port is connected by conveyer belt
Logical third specific gravity screens machine inlet, and third specific gravity screening machine discharge port is connected to color sorting machine inlet by conveyer belt, leads to color sorting
Machine discharge port is connected to pearling machine inlet by conveyer belt, and pearling machine discharge port is connected to polishing machine inlet by conveyer belt.
Further, the primary sustained release tower and secondary sustained release tower include Lower Hold, silo body and silo roof, Lower Hold be infundibulate and
Sealed bottom, Lower Hold top edge are fixedly connected with silo body lower part, and silo body top is fixedly connected with silo roof, and silo body is wire netting.
Further, the Lower Hold bottom is equipped with a column spinner straight up, and column spinner shaft is equipped with around shaft
Helix swiveling plate, column spinner are connect with first motor, are rotated by first motor and are driven column spinner rotation.
Further, the primary sustained release tower and secondary sustained release tower silo roof are equipped with water-proof curtain, and water-proof curtain is lower part and top
Opening is cylindric, and water-proof curtain diameter is greater than primary sustained release tower and secondary sustained release tower diameter, and water-proof curtain height is greater than silo body, water-proof curtain
Top is fixedly connected on silo roof, and water-proof curtain lower part, which is fixedly connected, is pulled up mechanism.
Further, the mechanism that is pulled up includes that traction rope, fixed pulley and the second motor, fixed pulley are fixedly mounted on
Silo roof, fixed pulley axis are fixedly connected on the second machine shaft, and traction rope one ends wound is on fixed pulley, the traction rope other end
It is fixedly connected with water-proof curtain lower part.
Further, dehumidifier is equipped in the silo body.
Further, centrifuge outlet is connected to after the first drying machine enters, centrifuge entrance is connected to rinse bath outlet.
Further, the rinse bath entrance is connected to one tower of raw material, between centrifuge outlet and first drying machine entrance
It is linked with two tower of raw material.
The furnace drying method of myotonin machining production line includes the following steps,
1) water cleans, and myotonin is used washing cleaning removal surface dirt and foul in rinse bath；
2) centrifuge is dehydrated, and is sloughed the water outside myotonin using centrifuge；
3) first drying uses first drying machine drying myotonin outside and surface moisture；
4) primary sustained release waits one end time in once sustained release tower, myotonin internal moisture is made to be diffused into myotonin surface layer；
5) secondary drying dries myotonin surface moisture using conserving secondary drying machine again；
6) secondary sustained release waits one end time in secondary sustained release tower, myotonin internal moisture is made to be diffused into myotonin surface layer；
7) it dries three times, dries myotonin surface moisture again using dryer three times.
8) it is sustained three times, one end time is waited in secondary sustained release tower three times, myotonin internal moisture is made to be diffused into myotonin
Surface layer；
9) first time specific gravity screens, and is separated the biggish stone in myotonin from myotonin by the first specific gravity screening machine
It opens；
10) it shells, is sloughed myotonin shell using hulling machine；
11) selection by winnowing is removed the light weight sundries mixed in myotonin using winnowing machine；
12) first time vibration screening will be screened by the first vibrating screen with the different size of impurity of myotonin；
13) second of specific gravity screening, is filtered out stone tiny in myotonin by the second specific gravity screening machine from myotonin
Come；
14) second of vibration screening, by the second vibrating screen will with the different size of impurity further screening of myotonin come；
15) third time specific gravity screens, by third specific gravity screening machine further by stone tiny in myotonin from myotonin
It screens；
16) color sorting is screened, by color selector first is that other impurity such as rotten myotonin, handstone and high-quality myotonin are separated
It opens, second is that will be classified myotonin by quality；
17) pearling, the hair myotonin after being peeled off by pearling machine are removed the peel by milling device；
18) it polishes, myotonin lustrous surface is made by polishing machine.
The beneficial effects of the present invention are:
Compared with prior art, by using being sustained twice, the method dried three times successively adds the present invention after first drying machine
Enter primary sustained release tower, secondary drying tower, secondary sustained release tower and drying tower three times, avoids and persistently dry myotonin at high temperature
Roasting, low energy consumption, and the loss of myotonin nutriment is few, by increasing by first after increasing specific gravity screening machine, hulling machine before hulling machine
Vibrating screener, the second specific gravity screening machine, the second vibrating screen, third specific gravity screening machine, greatly reduce myotonin impurity, lead to
The mould bad myotonin being added inside color selector removal myotonin is crossed, myotonin quality is greatly improved, by using polishing machine,
It avoids avoiding the problem that myotonin causes storage time short because of aqueous using washing.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of invention；
Fig. 2 is the process flow chart of invention；
Fig. 3 is the main view of the primary sustained release tower of the present invention and time two sustained release towers；
Fig. 4 is the structure chart of the primary sustained release tower of the present invention and time two sustained release tower bottom storehouses；
In figure: 1 raw material, one tower, 2 rinse baths, 3 centrifuges, 4 raw material, two tower, 5 first drying machines, 6 primary sustained release towers, 7 two bakings
Dry machine, 8 two sustained release towers, 9 conserving secondary drying machines, 10 first specific gravity screening machines, 11 hulling machines, 12 winnowing machines, 13 first vibrating screens,
14 second specific gravity screening machines, 15 second vibrating screens, 16 third specific gravity screening machines, 17 color selectors, 18 pearling machines, 19 polishing machines, 901
Lower Hold, 902 silo bodies, 903 silo roofs, 904 brackets, 905 column spinners, 906 helix swiveling plates, 907 first motors, 908 water-proof curtains, 909
Fixed pulley, 911 second motors, 912 dehumidifiers, 20 are sustained tower three times.
Specific embodiment
With reference to the accompanying drawing and invention is described further in specific embodiment:
With reference to Fig. 1 and Fig. 4,
A kind of myotonin machining production line, the myotonin machining production line be successively arranged first drying machine 5, primary sustained release tower 6,
Conserving secondary drying machine 7, secondary sustained release tower 8, dryer 9, the first specific gravity screening machine 10, hulling machine 11, winnowing machine 12, first shake three times
The 13, second specific gravity screening machine 14 of dynamic sieve, the second vibrating screen 15, third specific gravity screening machine 16, color selector 17, pearling machine 18 and polishing
Machine 19,5 discharge port of first drying machine are connected to primary sustained release 6 entrance of tower by conveyer belt, and the primary outlet of tower 6 that is sustained passes through conveyer belt
It is connected to 7 entrance of conserving secondary drying machine, the outlet of conserving secondary drying machine 7 is connected to secondary 8 entrance of sustained release tower, secondary sustained release tower 8 by conveyer belt
Outlet is connected to 9 entrance of dryer three times by conveyer belt, and by conveyer belt connection, sustained release tower 20 enters the outlet of dryer 9 three times three times
Mouthful, it is sustained the outlet of tower 20 three times by conveyer belt and is connected to 10 entrance of the first specific gravity screening machine, 10 discharge port of the first specific gravity screening machine
It is connected to 11 feed inlet of hulling machine by conveyer belt, 11 discharge port of hulling machine is connected to 12 feed inlet of winnowing machine, selection by winnowing by conveyer belt
12 discharge port of machine is connected to 13 feed inlet of the first vibrating screen by conveyer belt, and 13 discharge port of the first vibrating screen is connected to the by conveyer belt
Two specific gravity screening machines, 14 feed inlet, 14 discharge port of the second specific gravity screening machine are connected to 15 feed inlet of the second vibrating screen by conveyer belt,
Second vibrating screen, 15 feed inlet discharge port is connected to 16 feed inlet of third specific gravity screening machine, third specific gravity screening machine 16 by conveyer belt
Discharge port is connected to 17 feed inlet of color selector by conveyer belt, leads to 17 discharge port of color selector by conveyer belt and is connected to the charging of pearling machine 18
Mouthful, 18 discharge port of pearling machine is connected to 19 feed inlet of polishing machine by conveyer belt.By using being sustained twice, the side dried three times
Method sequentially adds primary sustained release tower 6, conserving secondary drying machine 7, secondary sustained release tower 8 and dryer 9 three times after first drying machine 5, keeps away
Exempt from high temperature persistently to toast myotonin, low energy consumption, and the loss of myotonin nutriment is few, by increasing before hulling machine 11
Increase the first vibrating screener 13, the second specific gravity screening machine 14, the second vibrating screen after first specific gravity screening machine 10, hulling machine 11
15, third specific gravity screening machine 16 greatly reduces myotonin impurity, mould inside the removal myotonin of color selector 17 by being added
Bad myotonin is greatly improved myotonin quality, by using polishing machine 19, avoids using washing, avoid myotonin because
The problem for causing storage time short to be aqueous.
Further, the primary sustained release tower 6 and secondary sustained release tower 8 include Lower Hold 901, silo body 902 and silo roof 903, bottom
Storehouse 901 is infundibulate and sealed bottom, and 901 top edge of Lower Hold is fixedly connected with 902 lower part of silo body, and 902 top of silo body is fixed
It connects silo roof 903, primary sustained release tower 6 and secondary sustained release tower 8 and ground is fixed on by bracket 904, silo body 902 is wire netting.Storehouse
Top 903 plays the role of keeping off the rain, and wire netting silo body 902 can play ventilation and avoid the work that humidity causes greatly myotonin mouldy in storehouse
With.
Further, state 901 bottom of Lower Hold equipped with a column spinner 905 straight up, 905 shaft of column spinner be equipped with around
The helix swiveling plate 906 of shaft, column spinner 905 are connect with motor 907, are rotated by motor 907 and column spinner 905 is driven to rotate, electricity
Belt pulley is set in 907 rotation axis of machine, and 905 lower part of column spinner is also fixedly connected with belt pulley, 907 belt pulley of motor and column spinner
905 belt pulleys are rotatablely connected by belt.Column spinner 905, which rotates clockwise, when use drives helix swiveling plate 906 to rotate, and spiral turns
The rotation of disk 906 takes the myotonin being in contact with it to myotonin surface, is kept with this so myotonin can contact outside air,
Internal myotonin is avoided to be sealed bad.
Further, the primary sustained release tower 6 and secondary 8 silo roof 902 of sustained release tower are equipped with water-proof curtain 908, and water-proof curtain 908 is
Lower part and upper opening are cylindric, and 908 diameter of water-proof curtain is greater than primary sustained release tower 6 and secondary 8 diameter of sustained release tower, water-proof curtain 908
Height is greater than silo body 902, and for 908 top nail joint of water-proof curtain in silo roof 902,908 lower part of water-proof curtain, which is fixedly connected, is pulled up mechanism.
In use, might have rainwater if there is heavy rain strong wind weather and blown into storehouse the risk for leading to myotonin by bubble, pass through
Water-proof curtain 908 is set, when there is above-mentioned weather, is put down 908 lower part of water-proof curtain until completely will by being pulled up mechanism
Silo body 902 covers.When fine, water-proof curtain lower part is drawn by being pulled up mechanism, silo body 902 is exposed and keeps the heart of a lotus seed in storehouse
Benevolence rice is contacted with natural wind, uses natural air drying.
Further, the mechanism that is pulled up includes traction rope 910, fixed pulley 909 and the two the second motors 911, fixed
The welding of pulley 909 is mounted in silo roof 902, and 909 axis of fixed pulley is welded to connect 910 one end of traction rope in 911 shaft of the second motor
It is wrapped on fixed pulley 909,910 other end of traction rope is fixedly connected with 908 lower part of water-proof curtain.In use, will prevent if necessary
Cascade 908 is received upwards, and the second motor 911 of starting collapses draught line 910 by fixed pulley 909, needs to transfer water-proof curtain 908
When, decontroling traction rope 910 by fixed pulley 909 makes water-proof curtain 908 to decentralization.
Further, it is equipped with dehumidifier 912 in the silo body 902, when may insure that ambient humidity is big by dehumidifier 912
The dehumidifying of dehumidifier 912 can be used, avoid myotonin in storehouse mouldy.
Further, centrifuge 3 is connected to after the first drying machine 5 enters to export, 3 entrance of centrifuge connection rinse bath 2 goes out
Mouthful.By addition rinse bath 2, just myotonin can be cleaned before being dried, avoid pollution subsequent equipment, and made
Myotonin outside moisture can be removed to greatest extent with centrifuge 3, improve the efficiency of subsequent baking step.
Further, 2 entrance of rinse bath is connected to one tower 1 of raw material, in the outlet of centrifuge 3 and 5 entrance of first drying machine
Between be linked with two tower 4 of raw material.By the way that rinse bath 2 is added, just myotonin can be cleaned before being dried, avoid dirt
Subsequent equipment is contaminated, and can to greatest extent be removed myotonin outside moisture using centrifuge 3, subsequent baking step is improved
Efficiency.
The furnace drying method of myotonin machining production line includes the following steps,
1) water cleans, and myotonin is used washing cleaning removal surface dirt and foul in rinse bath 2；
2) centrifuge is dehydrated, and is sloughed the water outside myotonin using centrifuge 3；
3) first drying dries myotonin outside and surface moisture using first drying machine 5；
4) primary sustained release waits one end time in once sustained release tower 6, myotonin internal moisture is made to be diffused into myotonin surface layer；
5) secondary drying dries myotonin surface moisture using conserving secondary drying machine 7 again；
6) secondary sustained release waits one end time in secondary sustained release tower 8, myotonin internal moisture is made to be diffused into myotonin surface layer；
7) it dries three times, dries myotonin surface moisture again using dryer 9 three times；
8) it is sustained three times, one end time is waited in secondary sustained release tower 20 three times, myotonin internal moisture is made to be diffused into myotonin table
Layer, moreover it is possible to be used as temporary warehouse；
9) first time specific gravity screens, and is separated the biggish stone in myotonin from myotonin by the first specific gravity screening machine 10
It opens；
10) it shells, is sloughed myotonin shell using hulling machine 11；
11) selection by winnowing is removed the light weight sundries mixed in myotonin using winnowing machine 12；
12) first time vibration screening will be screened by the first vibrating screen 13 with the different size of impurity of myotonin；
13) second of specific gravity screening, is screened stone tiny in myotonin by the second specific gravity screening machine 14 from myotonin
Out；
14) second of vibration screening, by the second vibrating screen 15 will with the different size of impurity further screening of myotonin come；
15) third time specific gravity screens, by third specific gravity screening machine 16 further by stone tiny in myotonin from myotonin
In screen；
16) color sorting is screened, by color selector 17 first is that by other impurity such as rotten myotonin, handstone and high-quality myotonin point
It leaves, second is that will be classified myotonin by quality；
17) pearling, the hair myotonin after being peeled off by pearling machine 18 are removed the peel by milling device；
18) it polishes, myotonin lustrous surface is made by polishing machine 19.
The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be said that
Specific implementation of the invention is only limited to these instructions.For those of ordinary skill in the art to which the present invention belongs, exist
Under the premise of not departing from present inventive concept, a number of simple deductions or replacements can also be made, all shall be regarded as belonging to of the invention
Protection scope.
Claims (9)
1. a kind of myotonin machining production line, it is characterised in that: the myotonin machining production line is successively arranged first drying machine
(5), tower (6), conserving secondary drying machine (7), secondary sustained release tower (8), three times dryer (9), three times sustained release tower (20), the are once sustained
One specific gravity screening machine (10), hulling machine (11), winnowing machine (12), the first vibrating screen (13), the second specific gravity screening machine (14), second
Vibrating screen (15), third specific gravity screening machine (16), color selector (17), pearling machine (18) and polishing machine (19), first drying machine (5)
Discharge port is connected to primary sustained release tower (6) entrance by conveyer belt, is once sustained tower (6) outlet by conveyer belt and is connected to secondary drying
Machine (7) entrance, conserving secondary drying machine (7) outlet are connected to secondary sustained release tower (8) entrance, secondary sustained release tower (8) outlet by conveyer belt
It is connected to dryer (9) entrance three times by conveyer belt, dryer (9) outlet is sustained tower (20) three times by conveyer belt connection three times
Entrance is sustained tower (20) outlet by conveyer belt three times and is connected to first specific gravity screening machine (10) entrance, the first specific gravity screening machine
(10) discharge port is connected to hulling machine (11) feed inlet by conveyer belt, and hulling machine (11) discharge port is connected to winnowing machine by conveyer belt
(12) feed inlet, winnowing machine (12) discharge port are connected to the first vibrating screen (13) feed inlet, the first vibrating screen (13) by conveyer belt
Discharge port is connected to second specific gravity screening machine (14) feed inlet by conveyer belt, and second specific gravity screening machine (14) discharge port passes through transmission
Band connection the second vibrating screen (15) feed inlet, the second vibrating screen (15) feed inlet discharge port are connected to third specific gravity by conveyer belt and sieve
Machine (16) feed inlet is selected, third specific gravity screening machine (16) discharge port is connected to color selector (17) feed inlet by conveyer belt, leads to color sorting
Machine (17) discharge port is connected to pearling machine (18) feed inlet by conveyer belt, and pearling machine (18) discharge port is connected to by conveyer belt and is polished
Machine (19) feed inlet.
2. myotonin machining production line according to claim 1, it is characterised in that: the primary sustained release tower (6) and secondary
Sustained release tower (8) includes Lower Hold (901), silo body (902) and silo roof (903), and Lower Hold (901) is infundibulate and sealed bottom, Lower Hold
(901) top edge is fixedly connected with silo body (902) lower part, and silo body (902) top is fixedly connected silo roof (903), silo body (902)
For wire netting.
3. myotonin machining production line according to claim 2, it is characterised in that: Lower Hold (901) bottom is equipped with one
The column spinner (905) of root straight up, column spinner (905) shaft are equipped with the helix swiveling plate (906) around shaft, column spinner (905)
It is connect with first motor (907), is rotated by first motor (907) and drive column spinner (905) rotation.
4. myotonin machining production line according to claim 2, it is characterised in that: the primary sustained release tower (6) and secondary
It is sustained tower (8) silo roof (902) and is equipped with water-proof curtain (908), water-proof curtain (908) is that lower part and upper opening are cylindric, water-proof curtain
(908) diameter is greater than primary sustained release tower (6) and secondary sustained release tower (8) diameter, and water-proof curtain (908) is highly greater than silo body (902), prevents
Cascade (908) top is fixedly connected on silo roof (902), and water-proof curtain (908) lower part, which is fixedly connected, is pulled up mechanism.
5. myotonin machining production line according to claim 4, it is characterised in that: the mechanism that is pulled up includes traction
Rope (910), fixed pulley (909) and the second motor (911), fixed pulley (909) are fixedly mounted on silo roof (902), fixed pulley (909)
Axis is fixedly connected in the second motor (911) shaft, and traction rope (910) one ends wound is on fixed pulley (909), traction rope
(910) other end is fixedly connected with water-proof curtain (908) lower part.
6. myotonin machining production line according to claim 4, it is characterised in that: be equipped with dehumidifying in the silo body (902)
Machine (912).
7. according to claim 1 to myotonin machining production line described in 6, it is characterised in that: after the first drying machine (5) enters
It is connected to centrifuge (3) outlet, centrifuge (3) entrance is connected to rinse bath (2) outlet.
8. myotonin machining production line according to claim 7, it is characterised in that: rinse bath (2) the entrance connection is former
Expect a tower (1), is linked with two tower of raw material (4) between centrifuge (3) outlet and first drying machine (5) entrance.
9. a kind of processing method of the myotonin machining production line using claim 8, it is characterised in that: the myotonin processing
Method includes the following steps,
Myotonin is used washing cleaning removal surface dirt and foul in rinse bath (2) by water cleaning；
Centrifuge dehydration, is sloughed the water outside myotonin using centrifuge (3)；
First drying uses first drying machine (5) drying myotonin outside and surface moisture；
Primary sustained release, one end time is waited in once sustained release tower (6), myotonin internal moisture is made to be diffused into myotonin surface layer；
Secondary drying dries myotonin surface moisture using conserving secondary drying machine (7) again；
Secondary sustained release waits one end time in secondary sustained release tower (8), myotonin internal moisture is made to be diffused into myotonin surface layer；
It dries three times, dries myotonin surface moisture again using dryer three times (9)；
The screening of first time specific gravity, is separated the biggish stone in myotonin by the first specific gravity screening machine (10) from myotonin
It opens；
Shelling, is sloughed myotonin shell using hulling machine (11)；
Selection by winnowing is removed the light weight sundries mixed in myotonin using winnowing machine (12)；
First time vibration screening will be screened by the first vibrating screen (13) with the different size of impurity of myotonin；
Second of specific gravity screening, is filtered out stone tiny in myotonin by the second specific gravity screening machine (14) from myotonin
Come；
Second of vibration screening, by the second vibrating screen (15) will with the different size of impurity further screening of myotonin come；
Third time specific gravity screening, by third specific gravity screening machine (16) further by stone tiny in myotonin from myotonin
It screens；
Color sorting screening, by color selector (17) first is that by other impurity such as rotten myotonin, handstone and high-quality myotonin point
It leaves, second is that will be classified myotonin by quality；
Pearling, the hair myotonin after being peeled off by pearling machine (18) are removed the peel by milling device；
Polishing, makes myotonin lustrous surface by polishing machine (19).
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| CN201811315620.9A CN109622112A (en) | 2018-11-03 | 2018-11-03 | A kind of myotonin machining production line and processing method |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110354935A (en) * | 2019-06-03 | 2019-10-22 | 兴仁市东方薏珠保健食品有限责任公司 | The eliminating equipment and method of a kind of Aflatoxin pollution in myotonin process |
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Application publication date: 20190416 |