CN108260666A - A kind of machining chain of quick-freezing corn grain - Google Patents
A kind of machining chain of quick-freezing corn grain Download PDFInfo
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- CN108260666A CN108260666A CN201810036251.3A CN201810036251A CN108260666A CN 108260666 A CN108260666 A CN 108260666A CN 201810036251 A CN201810036251 A CN 201810036251A CN 108260666 A CN108260666 A CN 108260666A
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23B—PRESERVING, e.g. BY CANNING, MEAT, FISH, EGGS, FRUIT, VEGETABLES, EDIBLE SEEDS; CHEMICAL RIPENING OF FRUIT OR VEGETABLES; THE PRESERVED, RIPENED, OR CANNED PRODUCTS
- A23B9/00—Preservation of edible seeds, e.g. cereals
- A23B9/10—Freezing; Subsequent thawing; Cooling
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23L—FOODS, FOODSTUFFS, OR NON-ALCOHOLIC BEVERAGES, NOT COVERED BY SUBCLASSES A21D OR A23B-A23J; THEIR PREPARATION OR TREATMENT, e.g. COOKING, MODIFICATION OF NUTRITIVE QUALITIES, PHYSICAL TREATMENT; PRESERVATION OF FOODS OR FOODSTUFFS, IN GENERAL
- A23L7/00—Cereal-derived products; Malt products; Preparation or treatment thereof
- A23L7/10—Cereal-derived products
- A23L7/117—Flakes or other shapes of ready-to-eat type; Semi-finished or partly-finished products therefor
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Abstract
The invention belongs to technical field of agricultural product process, more particularly to a kind of machining chain of quick-freezing corn grain, including sequentially connected foam material exclusion device, sheller unit, steaming plant, cooling device, canning equipment, the foam material exclusion device is arranged on top plate, the sheller unit is arranged on middle plate, and the cooling device is arranged in bottom plate；The quick-freezing corn grain processing of the present invention increases corresponding device when preamble shells clothing operation, and peeling operation is completed in mechanization, and stripping clothing is efficient, reduces production cost；Using two kinds of plate, roll shaft threshing patterns are ground, threshing is uniform, and raw material availability is abundant, and production capacity is high；By the way of vapour cooking, operation is drained without exclusively carrying out, simplifies process, and progressive boiling stage by stage can be carried out so that cooking effect is improved, and ensures that all niblets are completed to cook；The storage period of niblet is long, and problem is not likely to produce in storage process.
Description
Technical field
The invention belongs to technical field of agricultural product process, and in particular to a kind of machining chain of quick-freezing corn grain.
Background technology
Corn belongs to fruits and vegetables class active food, organizes aging rapid after harvesting, if by cryopreservation, can postpone its after-ripening
Effect, keeps its fresh quality.The cooling refrigeration of fruit or vegetable type food, is the most effective preservation and freshness side generally acknowledged in the world at present
One of method.To long-term storage fruit or vegetable type food, then quick freezing process must be carried out to it.It is largely processed in quick-frozen sweet corn kernel
Cheng Zhong needs to carry out continuous productive process, some enterprises are asked using maize processing line and not perfect there is following at present
Topic：(1) processing of existing quick-freezing corn grain is more using hand peeling operation when preamble shells clothing operation, and one carrys out labor intensity
Greatly, two is relatively low to shell clothing efficiency and effect, and because manually existing so that reducing cost can not realize；(2) current quick-frozen jade
Grain of rice processing, generally only with a kind of threshing pattern, usually will appear threshing unevenness or insufficient situation, make in threshing course
Into raw material availability deficiency, production capacity is low；(3) processing of current quick-freezing corn grain carries out using boiling side mostly when heat boils operation
Formula, one come easily subsequently to drain operation is more cumbersome and equipment needed for it is huge, two can not carry out progressive heat stage by stage
It boils so that heat boils effect and has a greatly reduced quality；(4) canned and freezing operation is generally adopted in current quick-freezing corn grain process
It is operated, but this can cause cooling time long with division of labor line stage by stage so that the storage period of niblet shortens, and in the mistake
Occur all kinds of problems in journey.So in view of the above-mentioned problems, design and develop a kind of machining chain of quick-freezing corn grain become it is current
It is badly in need of.
Invention new content
In order to solve the problems, such as background technology, the present invention provides a kind of machining chains of quick-freezing corn grain.
Its technical solution is：
A kind of machining chain of quick-freezing corn grain, including sequentially connected foam material exclusion device, sheller unit, steaming plant,
Cooling device, canning equipment, the foam material exclusion device are arranged on top plate, and the sheller unit is arranged on middle plate,
The cooling device is arranged in bottom plate；
The foam material exclusion device is curved including foam material slot, feed hopper, aeration tube, air filtration machine, drainage trap, return pipe, connection
Pipe, suction filtering tube filter pump machine, suction filtration tank, peeling siphunculus, peeling knife, scaling accumulator tank, and the feed hopper connects with foam material groove top portion
It connects, lower part is equipped with more aeration tubes in the foam material slot, and the aeration tube is connect with the air filtration machine being arranged on the outside of foam material slot, institute
It states foam material slot side to connect with drainage trap, the drainage trench bottom is connect with return pipe one end, the return pipe other end and bubble
Hopper bottom connects, and the drainage trap side is connect with connection bend pipe, and the connection bend pipe both sides are connect respectively with suction filtering tube, institute
It states suction filtering tube and is connect with filtering pump machine, the suction filtration pump machine is connect with suction filtration tank, and the connection bend pipe bottom connects with peeling siphunculus
It connects, multiple peeling knives is provided on the peeling siphunculus, the peeling siphunculus lower end is provided with scaling accumulator tank；
The sheller unit include refining bucket, mill groove, grind plate, telescopic rod machine, roller slot, recycling bins, rotary electric machine, roll shaft,
Collection chute, the refining bucket are connect with peeling siphunculus tail end, and the refining bucket is connect with mill groove, is provided in the mill groove more
A stone roller plate, the stone roller plate are connect with being arranged on the telescopic rod machine of the outer both sides of mill groove, and the mill groove bottom is evenly arranged with leakage grain hole,
The mill groove tail end end is connect with roller slot, and roll shaft, the roll shaft and turn for being arranged on the outer both sides of roller slot are provided in the roller slot
Dynamic motor connection, the roller trench bottom are provided with to be open and pass through opening and be connected with recycling bins, and receipts are provided with below the mill groove
Collect skewed slot；
The steaming plant includes steam chest, steam generator, steam pipe, flow controller, steam inlet pipe, classification partition board,
The steam chest is connect with collection chute lower end, and steam generator, the steam generator two are provided with above the steam chest
Side is connected with steam pipe, and the steam pipe is connect by more steam inlet pipes with steam chest, and flow control is provided on the steam inlet pipe
Device processed is staggeredly equipped with multiple classification partition boards in the steam chest；
The cooling device includes cooling drying tube, air inlet inclined tube, air hose, fan, array exhaust vent, grain export, described
Cooling drying tube is connect with steam chest bottom, and multiple array exhaust vents are provided on the cooling drying tube two side, described cold
But more than one air inlet inclined tube is provided at the top of drying tube, the air inlet inclined tube is connected with air hose, and the air hose extends to cold
But it drying tube both sides and is connected with fan, the cooling drying tube tail end is connect with grain export；
The canning equipment includes storage grain tank, gas nozzle, crawler belt, vacuum pump machine, flexible air gun one, air compressor machine, flexible air gun
Two, the storage grain tank is located at below grain export, and the storage grain tank both sides are connected with gas nozzle, and the storage grain tank is multiple and is arranged on
On crawler belt, the crawler belt on both sides of the middle is respectively arranged with vacuum pump machine and air compressor machine, and flexible gas is provided in the vacuum pump machine
Rifle one, flexible one head of air gun is corresponding with the gas nozzle of storage grain tank side, and flexible air gun two, institute are provided on the air compressor machine
It is corresponding with the gas nozzle for storing grain tank opposite side to state flexible two head of air gun.
It advanced optimizes, the steam generator is arranged on top plate bottom, the steam chest card and on middle plate.
It advanced optimizes, multiple solarization air caps is uniformly provided on the aeration tube in the foam material slot.
It advanced optimizes, the aeration tube is 3.
It advanced optimizes, Water-pumping valve is provided on the return pipe.
It advanced optimizes, skin square hole is evenly arranged with out on the peeling siphunculus.
It advanced optimizes, the stone roller plate in the mill groove is divided into two layers of setting, and every layer at least there are three grind plate.
It advanced optimizes, the stone roller plate top and bottom end are both provided with convex ball array.
It advanced optimizes, flange array is provided on the roll shaft surface.
It advanced optimizes, the storage grain upper end is provided with self sealss tank mouth.
The prior art is different from, above-mentioned technical proposal has the advantages that：
(1) quick-freezing corn grain of the invention processing increases corresponding device when preamble shells clothing operation, and mechanization is complete
Into peeling operation, stripping clothing is efficient, reduces production cost；
(2) quick-freezing corn grain of the invention is processed using two kinds of plate, roll shaft threshing patterns are ground in threshing course, and threshing is equal
Even, raw material availability is abundant, and production capacity is high；
(3) quick-freezing corn grain of the invention processing is carried out when heat boils operation by the way of vapour cooking, without specially into
Row drains operation, simplifies process, and can carry out progressive boiling stage by stage so that cooking effect is improved, and is ensured all
Niblet is completed to cook；
(4) using canned progress synchronous with freezing operation, the storage of niblet in quick-freezing corn grain process of the invention
Cycle of deposit is long, and problem is not likely to produce in storage process.
Description of the drawings
Fig. 1 is the structural diagram of the present invention；
Fig. 2 is the partial structural diagram one of foam material exclusion device of the present invention；
Fig. 3 is the partial structural diagram two of foam material exclusion device of the present invention；
Fig. 4 is the internal structure schematic diagram of present invention peeling siphunculus；
Fig. 5 is the bottom view of sheller unit of the present invention；
Fig. 6 is the internal structure schematic diagram of sheller unit of the present invention；
Fig. 7 is the structure diagram of steaming plant of the present invention；
Fig. 8 is the internal structure schematic diagram of steaming plant of the present invention；
Fig. 9 is the structure diagram of cooling device of the present invention；
Figure 10 is the internal structure schematic diagram of cooling device of the present invention；
Figure 11 is the structure diagram of canning equipment of the present invention；
Reference sign：
Wherein：Foam material slot 1, feed hopper 101, aeration tube 102, air filtration machine 103, drainage trap 104, return pipe 105, top plate
2nd, connect bend pipe 3, suction filtering tube 4, filter pump machine 401, suction filtration tank 402, peeling siphunculus 5, peeling knife 501, scaling accumulator tank 502,
Refining bucket 6, mill groove 601 grind plate 7, telescopic rod machine 701, roller slot 8, recycling bins 801, rotary electric machine 802, roll shaft 803, collect tiltedly
Slot 9, steam chest 10, steam generator 11, steam pipe 1101, flow controller 1102, steam inlet pipe 1103, classification partition board 1104,
Middle plate 12, cooling drying tube 13, air inlet inclined tube 1301, air hose 1302, fan 1303, array exhaust vent 1304, grain export
1305th, bottom plate 14, storage grain tank 15, gas nozzle 1501, crawler belt 1502, vacuum pump machine 16, flexible air gun 1, air compressor machine 17,
Flexible air gun 2 1701.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained all other without making creative work
Embodiment shall fall within the protection scope of the present invention.
~11 are please referred to Fig.1, a kind of machining chain of quick-freezing corn grain of the present embodiment cleans including sequentially connected foam material
Device, sheller unit, steaming plant, cooling device, canning equipment, the foam material exclusion device is arranged on top plate 2, described
Sheller unit is arranged on middle plate 12, and the cooling device is arranged in bottom plate 14；
The foam material exclusion device include foam material slot 1, feed hopper 101, aeration tube 102, air filtration machine 103, drainage trap 104,
Return pipe 105, suction filtering tube 4, filters pump machine 401, suction filtration tank 402, peeling siphunculus 5, peeling knife 501, scaling time at connection bend pipe 3
Slot 502 is received, the feed hopper 101 is connect with 1 top of foam material slot, and lower part is equipped with more aeration tubes 102, institute in the foam material slot 1
It states aeration tube 102 and is connect with being arranged on the air filtration machine 103 in 1 outside of foam material slot, 1 side of foam material slot is connect with drainage trap 104,
104 bottom of drainage trap is connect with 105 one end of return pipe, and 105 other end of return pipe is connect with 1 bottom of foam material slot, institute
It states 104 side of drainage trap to connect with connection bend pipe 3,3 both sides of the connection bend pipe are connect respectively with suction filtering tube 4, the suction filtering tube 4
It is connect with filtering pump machine 401, the suction filtration pump machine 401 is connect with suction filtration tank 402, connection 3 bottom of bend pipe and peeling siphunculus 5
Connection, described remove the peel are provided with multiple peeling knives 501 on siphunculus 5,5 lower end of the peeling siphunculus is provided with scaling accumulator tank 502；
The sheller unit includes refining bucket 6, mill groove 601, grinds plate 7, telescopic rod machine 701, roller slot 8, recycling bins 801, turns
Dynamic motor 802, roll shaft 803, collection chute 9, the refining bucket 6 are connect with peeling 5 tail end of siphunculus, the refining bucket 6 and mill groove
601 connect, and multiple stone roller plates 7, the telescopic rod machine for grinding plate 7 and being arranged on 601 outer both sides of mill groove are provided in the mill groove 601
701 connections, 601 bottom of mill groove are evenly arranged with leakage grain hole, and the 601 tail end end of mill groove is connect with roller slot 8, the roller slot
Roll shaft 803 is provided in 8, the roll shaft 803 is connect with being arranged on the rotary electric machine 802 of 8 outer both sides of roller slot, 8 bottom of roller slot
Portion is provided with to be open and pass through opening and be connected with recycling bins 801, and 601 lower section of mill groove is provided with collection chute 9；
The steaming plant include steam chest 10, steam generator 11, steam pipe 1101, flow controller 1102, into vapour
Pipe 1103, classification partition board 1104, the steam chest 10 are connect with 9 lower end of collection chute, and 10 top of steam chest is provided with steaming
Vapour generator 11,11 both sides of steam generator are connected with steam pipe 1101, and the steam pipe 1101 passes through more steam inlet pipes
1103 connect with steam chest 10, and flow controller 1102 is provided on the steam inlet pipe 1103, is staggeredly set in the steam chest 10
It is equipped with multiple classification partition boards 1104；
The cooling device includes cooling drying tube 13, air inlet inclined tube 1301, air hose 1302, fan 1303, array outlet air
Hole 1304, grain export 1305, the cooling drying tube 13 is connect with 10 bottom of steam chest, on 13 two side of the cooling drying tube
Multiple array exhaust vents 1304 are provided with, 13 top of cooling drying tube is provided with more than one air inlet inclined tube 1301, institute
It states air inlet inclined tube 1301 to connect with air hose 1302, the air hose 1302 extends to cooling 13 both sides of drying tube and with fan 1303 connects
Logical, cooling 13 tail end of drying tube is connect with grain export 1305；
The canning equipment include storage grain tank 15, gas nozzle 1501, crawler belt 1502, vacuum pump machine 16, flexible air gun 1,
Air compressor machine 17, flexible air gun 2 1701, the storage grain tank 15 are located at 1305 lower section of grain export, and 15 both sides of storage grain tank are connected with
Gas nozzle 1501, the storage grain tank 15 are multiple and are arranged on crawler belt 1502 that 1502 on both sides of the middle of crawler belt is respectively arranged with
Vacuum pump machine 16 and air compressor machine 17 are provided with flexible air gun 1, the flexible air gun 1 in the vacuum pump machine 16
Head is corresponding with the gas nozzle 1501 of 15 side of storage grain tank, and flexible air gun 2 1701 is provided on the air compressor machine 17, described flexible
2 1701 head of air gun is corresponding with the gas nozzle 1501 for storing 15 opposite side of grain tank.
The steam generator 11 is arranged on 2 bottom of top plate, and the steam chest 10 blocks and on middle plate 12.
Multiple solarization air caps are uniformly provided on aeration tube 102 in the foam material slot 1.
The aeration tube 102 is 3.
Water-pumping valve is provided on the return pipe 105.
Skin square hole is evenly arranged with out on the peeling siphunculus 5.
Stone roller plate 7 in the mill groove 601 divides to be set for two layers, and every layer at least there are three grind plate 7.
Stone roller 7 top of plate and bottom end are both provided with convex ball array.
Flange array is provided on 803 surface of roll shaft.
15 top of storage grain tank is provided with self sealss tank mouth.
During present invention work：The corn ear for having completed preliminary peeling is sent in foam material slot 1 by feed hopper 101, is steeped
Full of water in hopper 1, wherein by 103 aerogenesis of air filtration machine and being transported in aeration tube 102, air-flow is filled by aeration tube 102
Enter foam material slot 1 so that the corn ear in water constantly rolls floating, and passes through flow and enter drainage trap 104, in drainage trap 104
Middle water, which is filtered and passes through return pipe 105, flows back into foam material slot 1, has completed to impregnate the corn ear of softening by connecting 3 quilt of bend pipe
Peeling siphunculus 5 is sent into, wherein filtered excessive moisture to suction filtration tank 402 by suction filtering tube 4, suction filtration pump machine 401, in order to avoid excessively
Water is entered in follow-up machine.Corn ear drops due to gravity in peeling siphunculus 5, and the part that appearance is not removed the peel completely can be hit
Hit on peeling knife 501 and further by stripping clothing, institute's cornhusking skin by go out skin square hole along 501 arc knife spine of peeling knife slide into
Scaling accumulator tank 502.The corn ear for completing stripping clothing operation is mapped to by cunning in mill groove 601 by refining bucket 6, wherein by constantly left
Niblet on corn ear is rolled threshing by the stone roller plate 7 of right telescopic slide, and telescopic slide is to be able to reality by telescopic rod machine 701
Existing, niblet is then filtered out by the leakage hole array of 601 bottom end of mill groove, while the corn ear for completing preliminary threshing rolls down to roller slot 8
It is interior, residual corn grain is squeezed out from corn ear by the flange array on roll shaft 803, and corn ear by roller slot 8
Recovery holes are fallen into recycling bins 801.The niblet filtered out falls on collection chute 9 and is scrolled into steam chest 10, passes through
Classification partition board 1104 is buffered stage by stage, and hot steam manufactured by steam generator 11 is sent to flow control by steam pipe 1101
Device 1102 enters different phase by steam inlet pipe 1103 by the adjusting of flow controller 1102 and is classified 1104 sky of partition board
Between quantity of steam can be regulated and controled, play the purpose boiled of heat stage by stage.Niblet enters cooling drying tube after heat to be done is boiled
In 13, by entering the wind inclined tube 1301, air hose 1302,1303 work in combination of fan, one come to just complete niblet that heat boils into
Row cooling air-drying, two to enter the wind niblet forward movement by inclination, and array exhaust vent 1304 liquidates for dry gas stream
Mouthful.Last niblet is pushed into grain export 1305 and by canned to storing in grain tank 15, and after canned full, storage grain tank 15 is carried out
Band 1502 is sent to 2 1701 place face position of flexible air gun 1 and flexible air gun, and two air guns dock gas nozzle 1501 respectively,
Pass sequentially through the priority work of vacuum pump machine 16 and air compressor machine 17 so that storage grain tank 15 is quickly filled with cryogenic gas after being evacuated
So that the niblet in tank body is rapidly frozen refrigeration, without occurring the phenomenon that dehydration inactivation because cooling time is long.
Although the various embodiments described above are described, those skilled in the art once know basic wound
The property made concept can then make these embodiments other change and modification, so the foregoing is merely the embodiment of the present invention,
Not thereby the scope of patent protection of the present invention, every equivalent structure made using description of the invention and accompanying drawing content are limited
Or equivalent process transformation, other related technical areas are directly or indirectly used in, are similarly included in the patent of the present invention
Within protection domain.
Claims (10)
1. a kind of machining chain of quick-freezing corn grain, which is characterized in that including sequentially connected foam material exclusion device, sheller unit,
Steaming plant, cooling device, canning equipment, the foam material exclusion device are arranged on top plate (2), the sheller unit setting
On middle plate (12), the cooling device is arranged in bottom plate (14)；
The foam material exclusion device includes foam material slot (1), feed hopper (101), aeration tube (102), air filtration machine (103), drainage trap
(104), return pipe (105), connection bend pipe (3), suction filtering tube (4), suction filtration pump machine (401), suction filtration tank (402), peeling siphunculus
(5), it is connect at the top of peeling knife (501), scaling accumulator tank (502), the feed hopper (101) and foam material slot (1), the foam material slot
(1) interior lower part is equipped with more aeration tubes (102), the aeration tube (102) and the air filtration machine being arranged on the outside of foam material slot (1)
(103) it connects, foam material slot (1) side is connect with drainage trap (104), drainage trap (104) bottom and return pipe (105)
One end connects, and return pipe (105) other end is connect with foam material slot (1) bottom, and drainage trap (104) side is curved with connecting
(3) connection is managed, described connection bend pipe (3) both sides are connect respectively with suction filtering tube (4), and the suction filtering tube (4) is with filtering pump machine (401)
Connection, the suction filtration pump machine (401) connect with suction filtration tank (402), and connection bend pipe (3) bottom is connect with peeling siphunculus (5),
Multiple peeling knives (501) are provided on the peeling siphunculus (5), described peeling siphunculus (5) lower end is provided with scaling accumulator tank
(502)；
The sheller unit includes refining bucket (6), mill groove (601), grinds plate (7), telescopic rod machine (701), roller slot (8), recycling bins
(801), rotary electric machine (802), roll shaft (803), collection chute (9), the refining bucket (6) are connect with peeling siphunculus (5) tail end,
The refining bucket (6) connect with mill groove (601), multiple stone roller plates (7) is provided in the mill groove (601), the stone roller plate (7) is with setting
Telescopic rod machine (701) connection in mill groove (601) outer both sides is put, mill groove (601) bottom is evenly arranged with leakage grain hole, described
Mill groove (601) tail end end is connect with roller slot (8), and roll shaft (803), the roll shaft (803) and setting are provided in the roller slot (8)
Rotary electric machine (802) in roller slot (8) outer both sides connects, and roller slot (8) bottom, which is provided with, is open and passes through opening and recycling
Case (801) connects, and collection chute (9) is provided with below the mill groove (601)；
The steaming plant include steam chest (10), steam generator (11), steam pipe (1101), flow controller (1102),
Steam inlet pipe (1103), classification partition board (1104), the steam chest (10) connect with collection chute (9) lower end, the steam chest
(10) top is provided with steam generator (11), and steam generator (11) both sides are connected with steam pipe (1101), the steaming
Steam pipe (1101) is connect by more steam inlet pipes (1103) with steam chest (10), and flow control is provided on the steam inlet pipe (1103)
Device (1102) processed, the steam chest (10) is interior to be staggeredly equipped with multiple classification partition boards (1104)；
The cooling device includes cooling drying tube (13), air inlet inclined tube (1301), air hose (1302), fan (1303), array
Exhaust vent (1304), grain export (1305), the cooling drying tube (13) connect with steam chest (10) bottom, the cooling drying
Multiple array exhaust vents (1304) are provided on pipe (13) two side, more than one is provided at the top of the cooling drying tube (13)
Air inlet inclined tube (1301), it is described air inlet inclined tube (1301) connected with air hose (1302), the air hose (1302) extends to cooling
Drying tube (13) both sides are simultaneously connected with fan (1303), and cooling drying tube (13) tail end is connect with grain export (1305)；
The canning equipment includes storage grain tank (15), gas nozzle (1501), crawler belt (1502), vacuum pump machine (16), flexible air gun one
(1601), air compressor machine (17), flexible air gun two (1701), the storage grain tank (15) is below grain export (1305), the storage
Grain tank (15) both sides are connected with gas nozzle (1501), and the storage grain tank (15) is multiple and is arranged on crawler belt (1502), the shoe
Band (1502) on both sides of the middle is respectively arranged with vacuum pump machine (16) and air compressor machine (17), is provided with and stretches on the vacuum pump machine (16)
Contracting air gun one (1601), described flexible one (1601) head of air gun is corresponding with the gas nozzle (1501) for storing grain tank (15) side, described
Flexible air gun two (1701), described flexible two (1701) head of air gun and storage grain tank (15) opposite side are provided on air compressor machine (17)
Gas nozzle (1501) it is corresponding.
A kind of 2. machining chain of quick-freezing corn grain according to claim 1, which is characterized in that the steam generator (11)
Top plate (2) bottom is arranged on, the steam chest (10) blocks and on middle plate (12).
3. the machining chain of a kind of quick-freezing corn grain according to claim 1, which is characterized in that in the foam material slot (1)
Aeration tube is uniformly provided with multiple solarization air caps on (102).
A kind of 4. machining chain of quick-freezing corn grain according to claim 1 or 3, which is characterized in that the aeration tube (102)
It is 3.
5. the machining chain of a kind of quick-freezing corn grain according to claim 1, which is characterized in that on the return pipe (105)
It is provided with Water-pumping valve.
6. the machining chain of a kind of quick-freezing corn grain according to claim 1, which is characterized in that on the peeling siphunculus (5)
It is evenly arranged with out skin square hole.
7. the machining chain of a kind of quick-freezing corn grain according to claim 1, which is characterized in that in the mill groove (601)
It grinds plate (7) and is divided into two layers of setting, every layer at least there are three grind plate (7).
8. a kind of machining chain of quick-freezing corn grain according to claim 7, which is characterized in that it is described stone roller plate (7) top and
Bottom end is both provided with convex ball array.
A kind of 9. machining chain of quick-freezing corn grain according to claim 1, which is characterized in that roll shaft (803) surface
On be provided with flange array.
10. the machining chain of a kind of quick-freezing corn grain according to claim 1, which is characterized in that the storage grain tank (15) is pushed up
End is provided with self sealss tank mouth.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810036251.3A CN108260666B (en) | 2018-01-15 | 2018-01-15 | Processing chain of quick-freeze kernel of corn |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810036251.3A CN108260666B (en) | 2018-01-15 | 2018-01-15 | Processing chain of quick-freeze kernel of corn |
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| CN108260666A true CN108260666A (en) | 2018-07-10 |
| CN108260666B CN108260666B (en) | 2021-08-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109198689A (en) * | 2018-10-16 | 2019-01-15 | 房孝兰 | A kind of onion deep processing device |
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| CN109198689B (en) * | 2018-10-16 | 2021-11-12 | 房孝兰 | Onion deep processing device |
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