CN109430891A - A kind of Ba Danmu system of processing device - Google Patents
A kind of Ba Danmu system of processing device Download PDFInfo
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- CN109430891A CN109430891A CN201811551343.1A CN201811551343A CN109430891A CN 109430891 A CN109430891 A CN 109430891A CN 201811551343 A CN201811551343 A CN 201811551343A CN 109430891 A CN109430891 A CN 109430891A
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- danmu
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- broken shell
- shell
- benevolence
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- A—HUMAN NECESSITIES
- A23—FOODS OR FOODSTUFFS; TREATMENT THEREOF, NOT COVERED BY OTHER CLASSES
- A23N—MACHINES OR APPARATUS FOR TREATING HARVESTED FRUIT, VEGETABLES OR FLOWER BULBS IN BULK, NOT OTHERWISE PROVIDED FOR; PEELING VEGETABLES OR FRUIT IN BULK; APPARATUS FOR PREPARING ANIMAL FEEDING- STUFFS
- A23N5/00—Machines for hulling, husking or cracking nuts
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B9/00—Combinations of apparatus for screening or sifting or for separating solids from solids using gas currents; General arrangement of plant, e.g. flow sheets
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- Chemical & Material Sciences (AREA)
- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Polymers & Plastics (AREA)
- Adjustment And Processing Of Grains (AREA)
Abstract
A kind of Ba Danmu system of processing device, by cluster tool needed for bar four big processes of denier wood processing on a production line, it is characterised in that: including following processing apparatus: 1) machine for removing green skin from badam: for carrying out de- green peel processing to the green peel bar denier wood after picking；2) drying equipment: for the Ba Danmu after de- green peel to be dried；3) combined type Ba Danmu rejuvenator: for carrying out broken shell to bar denier wood；4) it separation of hull from kernel machine: is separated for the Ba Danmu after broken shell to be carried out shell benevolence；And multiple elevators and conveying device between the above-mentioned each processing apparatus of connection.The present invention does not have to be classified in advance, one-stop operation can be completed to carry out broken shell to Ba Danmu not of uniform size, improve the percentage of head rice of benevolence, Ba Danmu benevolence is directly divided into 3 grades by size by 3 grades of separation of hull from kernel functions simultaneously, the commercial quality grade of Ba Danmu benevolence is improved greatly, and provides antecedent basis for subsequent finishing.
Description
Technical field
The present invention relates to a kind of Ba Danmu system of processing devices, especially a kind of to be used for Badam green skin peeling, drying, break
The machining production line of shell and separation of hull from kernel.
Background technique
Ba Danmu is one of big famous dry fruit in the world four, and nutritive value is high, is rare excellent tonic product, in recent years
Come, with the continuous improvement of people's living standards, demand of the domestic market to Ba Danmu rises rapidly, so that Ba Danmu growing surface
Product expansion rapidly, Xinjiang apricot's cultivated area is up to million mu at present.People are in order to which edible bar denier caulis akebiae is frequently with artificial de-
The method of green peel, shell-cracking kernel-taking, there is a problem of low productivity, large labor intensity, sanitary condition difference, after broken shell separation of hull from kernel consume
Duration, loss are big.
At present at home, the mechanical equipment for processing Ba Danmu is also immature, especially collects Badam green skin peeling, drying, breaks
The machining production line that shell, separation of hull from kernel are integrated.Task of the invention is just to provide a kind of Ba Danmu processing of mechanization
Line and complete set of equipments change current bar of denier wood processing by manually de- green peel, broken shell, kernel-taking, sanitary condition is poor, productivity is low,
Large labor intensity, the problem that time-consuming, percentage of damage is high and loss is big, it is often more important that the production line is suitable for different cultivars, difference
The Ba Danmu of size, without being classified in advance.
Summary of the invention
In view of the above-mentioned problems, bar denier wood is added it is an object of the invention to propose a kind of Ba Danmu system of processing device
Cluster tool needed for four big processes of work production is on a production line, poor, the production effect with solution bar denier wood processing sanitary condition
The problem that rate is low, large labor intensity and percentage of damage are high.
The object of the present invention is achieved like this: a kind of Ba Danmu system of processing device, by the four of bar denier wood processing
Cluster tool needed for big process is on a production line, it is characterised in that: including following processing apparatus:
1) machine for removing green skin from badam: for carrying out de- green peel processing to the green peel bar denier wood after picking；
2) drying equipment: for the Ba Danmu after de- green peel to be dried；
3) combined type Ba Danmu rejuvenator: for carrying out broken shell to bar denier wood；
4) it separation of hull from kernel machine: is separated for the Ba Danmu after broken shell to be carried out shell benevolence；
And multiple elevators and conveying device between the above-mentioned each processing apparatus of connection.
The purpose of the present invention can also be achieved: three pairs of broken shell rollers of setting inside combined type Ba Danmu rejuvenator, and three pairs
Broken shell roller layered arrangement, each pair of broken shell roller gap can be adjusted by slack adjuster, and uppermost level-one broken shell roller gap is set
It is set to the biggish Ba Danmu broken shell that length dimension is greater than to 40mm, installation primary vibration sieve below level-one broken shell roller, level-one vibration
Dynamic sieve screen size is 30mm；Second level broken shell roller is located at below level-one broken shell roller, and second level broken shell roller gap setting is by length ruler
The very little Ba Danmu broken shell for 35-40mm, second level broken shell roller lower section installation secondary vibration sieve, secondary vibration sieve screen size are
25mm；Three-level broken shell roller is located at below second level broken shell roller, three-level broken shell roller gap setting by secondary vibration sieve upper surplus size compared with
Small Ba Danmu broken shell, Ba Danmu shell and benevolence after the lesser Ba Danmu broken shell of surplus size are discharged from three-level discharge port.
Separation of hull from kernel machine is provided with three-level, is mixed by the Ba Danmu shell benevolence that combined type Ba Danmu rejuvenator level-one discharge port is discharged
It closes the boosted machine II of object and enters level-one separation of hull from kernel machine, carry out separation of hull from kernel；By combined type Ba Danmu rejuvenator secondary discharge port
The boosted machine III of the Ba Danmu shell benevolence mixture of discharge enters second level separation of hull from kernel machine, carries out separation of hull from kernel；By combined type bar denier
The boosted machine V of Ba Danmu shell benevolence mixture of the wooden rejuvenator three-level discharge port discharge enters three-level separation of hull from kernel machine, carries out shell benevolence
Separation, finally obtains the Ba Danmu benevolence of three grades of different sizes.
Including elevator I, the discharge end of elevator I is connected with the feeding inlet of machine for removing green skin from badam, conveying device I general bar
The discharge port that denier wood takes off green peel machine is connected with drying equipment feeding inlet, and conveying device II is by drying equipment discharge port and combined type bar
Denier wood rejuvenator feeding inlet is connected, and elevator II, elevator III, elevator V are separately connected level-one separation of hull from kernel machine, second level shell
Meat separator, three-level separation of hull from kernel machine, these equipment are organically combined, and are realized the de- green peel of continuous Ba Danmu, are done
Dry, broken shell and separation of hull from kernel operation.
Blower is installed below the described separation of hull from kernel machine bolter, feeding inlet is installed above bolter, bolter by
Frame supports, and elevating mechanism is provided on frame for adjusting bolter height up and down and adjusting the tilt angle of bolter；Point
Ba Danmu benevolence discharge port and Ba Danmu shell outlet are respectively arranged with from sieve both ends；The air-flow that blower generates is upward by sieve pore
It blows, since Ba Danmu benevolence is different from shell density, the small Ba Danmu shell of density discharges by wind from compass screen surface to shell under the action of the wind
The movement of mouth direction；The big Ba Danmu benevolence of density frictional vibration on compass screen surface, is slipped to benevolence discharge port along compass screen surface.
The separation of hull from kernel machine bolter Inclination maneuver range is 5-8 degree.
The object of the invention is also to provide a kind of Ba Danmu system processing methods, this method comprises: the blueness after 1) picking
Skin bar denier wood carries out green peel through machine for removing green skin from badam and handles, and is then transported in drying equipment by conveying device I；
2) Ba Danmu after taking off green peel is dried in drying equipment, is then sent by conveying device II to combined type
The spout of Ba Danmu rejuvenator；
3) three pairs of broken shell rollers are set in combined type Ba Danmu rejuvenator, three pairs of broken shell roller layered arrangements, between each pair of broken shell roller
Gap is adjustable, can be according to sequence from big to small successively by Ba Danmu broken shell, and uppermost level-one broken shell roller can be by length dimension
Biggish Ba Danmu broken shell greater than 40mm, level-one broken shell roller lower section installation primary vibration sieve, primary vibration sieve screen size are
30mm, Ba Danmu shell and benevolence after broken shell sieve sieve pore by primary vibration and fall, be discharged from level-one discharge port, bar denier of non-broken shell
Wood enters second level broken shell roller from primary vibration sieve sieve；Second level broken shell roller is located at below level-one broken shell roller, and second level broken shell roller can
The Ba Danmu broken shell for being 35-40mm by length dimension, second level broken shell roller lower section installation secondary vibration sieve, secondary vibration sieve sieve pore ruler
Very little is 25mm, and the Ba Danmu shell and benevolence after broken shell sieve sieve pore by secondary vibration and fall, and is discharged from secondary discharge port, non-broken shell
The lesser Ba Danmu of size enters three-level broken shell roller from secondary vibration sieve sieve；Three-level broken shell roller is located under second level broken shell roller
Side, three-level broken shell roller can be by the lesser Ba Danmu broken shells of surplus size, and Ba Danmu shell and benevolence after broken shell are arranged from three-level discharge port
Out；
4) the boosted machine II of Ba Danmu shell benevolence mixture of level-one discharge port discharge enters level-one separation of hull from kernel machine, carries out shell
Benevolence separation；The boosted machine III of Ba Danmu shell benevolence mixture of secondary discharge port discharge enters second level separation of hull from kernel machine, carries out shell benevolence
Separation；The boosted machine V of Ba Danmu shell benevolence mixture of three-level discharge port discharge enters three-level separation of hull from kernel machine, carries out shell benevolence point
From finally obtaining the Ba Danmu benevolence of three grades of different sizes；Blower is installed, blower produces below separation of hull from kernel machine bolter
Raw air-flow is blown upwards by sieve pore, since Ba Danmu benevolence is different from shell density, the small Ba Danmu shell of density under the action of the wind
By wind from compass screen surface, moved to shell outlet direction；The big Ba Danmu benevolence of density frictional vibration on compass screen surface, is slipped to along compass screen surface
Benevolence discharge port.
The beneficial effects of the present invention are: provide a kind of mechanization Ba Danmu producing process method and production line at
Equipment is covered, changes current bar of denier wood processing by manually de- green peel, broken shell, kernel-taking, sanitary condition is poor, production efficiency is low, labor
The problem that fatigue resistance is big and percentage of damage is high, especially more importantly the production line does not have to be classified in advance yet, and one-stop operation can be complete
Ba Danmu not of uniform size progress broken shell is avoided Ba Danmu benevolence second-time breakage, is mentioned by combined type Ba Danmu rejuvenator in pairs
The high percentage of head rice of benevolence, while Ba Danmu benevolence is directly divided into 3 grades by size by 3 grades of separation of hull from kernel functions, it is big to improve
The commercial quality grade of Ba Danmu benevolence, and antecedent basis is provided for subsequent finishing.
Detailed description of the invention
Fig. 1 is Ba Danmu machining production line example structure schematic diagram (top view) of the present invention.
Fig. 2 is combined type Ba Danmu rejuvenator structural schematic diagram in Ba Danmu machining production line of the present invention.
Fig. 3 is separation of hull from kernel machine structural schematic diagram in Ba Danmu machining production line of the present invention.
1. elevator I in figure, 2. machine for removing green skin from badam, 3. conveying device I, 4. drying equipments, 5. conveying devices II, 6.
Combined type Ba Danmu rejuvenator, 7. elevators II, 8. level-one separation of hull from kernel machines, 9. elevators III, 10. second level separation of hull from kernel machines,
11. three-level separation of hull from kernel machine, 12. elevators V, 2-1. combined type Ba Danmu rejuvenator material bin, 2-2. level-one broken shell roller gap
Regulating device, 2-3. level-one broken shell roller, 2-4. primary vibration sieve, 2-5. level-one discharge port, 2-6. second level broken shell roller, 2-7. second level
Broken shell roller slack adjuster, 2-8. secondary vibration sieve, 2-9. secondary discharge port, 2-10. three-level discharge port, 2-11. three-level are broken
Shell roller, 2-12. three-level broken shell roller slack adjuster, 3-1. blower, 3-2. elevating mechanism, 3-3. separation of hull from kernel machine feeding inlet,
3-4. bolter, 3-5. frame, 3-6. Ba Danmu benevolence discharge port, 3-7. Ba Danmu shell outlet.
Specific embodiment
The embodiment of the present invention is described further with reference to the accompanying drawing:
As shown in Figure 1-3, Ba Danmu machining production line of the present invention is mainly by machine for removing green skin from badam, conveying device
I, drying equipment, conveying device II, combined type Ba Danmu rejuvenator, elevator I, elevator II, elevator III, elevator V,
The equipment such as level-one separation of hull from kernel machine, second level separation of hull from kernel machine, three-level separation of hull from kernel machine composition.
1) the green peel bar denier wood after picking carries out green peel through machine for removing green skin from badam and handles, then defeated by conveying device I
It is sent in drying equipment；
2) Ba Danmu after taking off green peel is dried in drying equipment, is then sent by conveying device II to combined type
The spout of Ba Danmu rejuvenator；
3) three pairs of broken shell rollers are set in combined type Ba Danmu rejuvenator, three pairs of broken shell roller layered arrangements, between each pair of broken shell roller
Gap is adjustable, can be according to sequence from big to small successively by Ba Danmu broken shell, and uppermost level-one broken shell roller can be by length dimension
Biggish Ba Danmu broken shell greater than 40mm, level-one broken shell roller lower section installation primary vibration sieve, primary vibration sieve screen size are
30mm, Ba Danmu shell and benevolence after broken shell sieve sieve pore by primary vibration and fall, be discharged from level-one discharge port, bar denier of non-broken shell
Wood enters second level broken shell roller from primary vibration sieve sieve；Second level broken shell roller is located at below level-one broken shell roller, and second level broken shell roller can
The Ba Danmu broken shell for being 35-40mm by length dimension, second level broken shell roller lower section installation secondary vibration sieve, secondary vibration sieve sieve pore ruler
Very little is 25mm, and the Ba Danmu shell and benevolence after broken shell sieve sieve pore by secondary vibration and fall, and is discharged from secondary discharge port, non-broken shell
The lesser Ba Danmu of size enters three-level broken shell roller from secondary vibration sieve sieve；Three-level broken shell roller is located under second level broken shell roller
Side, three-level broken shell roller can be by the lesser Ba Danmu broken shells of surplus size, and Ba Danmu shell and benevolence after broken shell are arranged from three-level discharge port
Out；
4) the boosted machine II of Ba Danmu shell benevolence mixture of level-one discharge port discharge enters level-one separation of hull from kernel machine, carries out shell
Benevolence separation；The boosted machine III of Ba Danmu shell benevolence mixture of secondary discharge port discharge enters second level separation of hull from kernel machine, carries out shell benevolence
Separation；The boosted machine V of Ba Danmu shell benevolence mixture of three-level discharge port discharge enters three-level separation of hull from kernel machine, carries out shell benevolence point
From finally obtaining the Ba Danmu benevolence of three grades of different sizes.Blower is installed, blower produces below separation of hull from kernel machine bolter
Raw air-flow is blown upwards by sieve pore, since Ba Danmu benevolence is different from shell density, the small Ba Danmu shell of density under the action of the wind
By wind from compass screen surface, moved to shell outlet direction；The big Ba Danmu benevolence of density frictional vibration on compass screen surface, is slipped to along compass screen surface
Benevolence discharge port.
The course of work and principle of the invention is as follows:
When work, power control switch is opened after equipment operation is steady by the de- blueness of Ba Danmu feeding bar denier wood with green peel
De- green peel is carried out in skin machine.The Ba Danmu for taking off green peel send into drying equipment drying by conveying device I, again through conveying after drying
Device II is sent to the spout of combined type Ba Danmu rejuvenator, is sent into combined type Ba Danmu rejuvenator through spout.Combined type bar
Three pairs of broken shell rollers are set inside denier wood rejuvenator, and three pairs of broken shell roller layered arrangements, each pair of broken shell roller gap is adjustable, uppermost
Length dimension can be greater than the biggish Ba Danmu broken shell of 40mm by level-one broken shell roller, install primary vibration below level-one broken shell roller
Sieve, it is 30mm that primary vibration, which sieves screen size, and the Ba Danmu shell and benevolence after broken shell sieve sieve pore by primary vibration and fall, from level-one
The Ba Danmu of discharge port discharge, non-broken shell enters second level broken shell roller from primary vibration sieve sieve；Second level broken shell roller is located at level-one
Below broken shell roller, second level is installed in the Ba Danmu broken shell that length dimension can be 35-40mm by second level broken shell roller, second level broken shell roller lower section
Vibrating screen, it is 25mm that secondary vibration, which sieves screen size, and the Ba Danmu shell and benevolence after broken shell sieve sieve pore by secondary vibration and fall, from
Secondary discharge port discharge, the lesser Ba Danmu of the size of non-broken shell enter three-level broken shell roller from secondary vibration sieve sieve；Three-level
Broken shell roller is located at below second level broken shell roller, and three-level broken shell roller can bar denier by the lesser Ba Danmu broken shell of surplus size, after broken shell
The wooden shell and benevolence are discharged from three-level discharge port.The boosted machine II of Ba Danmu shell benevolence mixture of level-one discharge port discharge enters level-one shell
Meat separator carries out separation of hull from kernel；The boosted machine III of Ba Danmu shell benevolence mixture of secondary discharge port discharge enters second level shell benevolence
Seperator carries out separation of hull from kernel；The boosted machine V of Ba Danmu shell benevolence mixture of three-level discharge port discharge enters three-level shell benevolence point
It disembarks, carries out separation of hull from kernel, finally obtain the Ba Danmu benevolence of three grades of different sizes.Peace below separation of hull from kernel machine bolter
Fill blower, the air-flow that blower generates is blown upwards by sieve pore, under the action of the wind the small Ba Danmu shell of density by wind from compass screen surface,
It is moved to shell outlet direction；The big Ba Danmu benevolence of density frictional vibration on compass screen surface, is slipped to benevolence discharge port along compass screen surface.Ba Dan
The wooden separation of hull from kernel machine bolter tilt adjustable, to adjust separation of hull from kernel efficiency and effect, inclination angle is bigger, separation of hull from kernel speed
Spend faster, separative efficiency is higher, but respective shell benevolence separating effect can be declined, therefore after comprehensively considering separative efficiency and effect
Selected bolter Inclination maneuver range is 5-8 °.
Finally it should also be noted that listed above is only a specific embodiment of the invention.Obviously, the present invention is unlimited
It, can also be there are many deforming in above embodiments, those skilled in the art can directly lead from present disclosure
Out or all deformations for associating, it is considered protection scope of the present invention.
Claims (7)
1. a kind of Ba Danmu system of processing device produces cluster tool needed for bar four big processes of denier wood processing at one
On line, it is characterised in that: including following processing apparatus:
1) machine for removing green skin from badam: for carrying out de- green peel processing to the green peel bar denier wood after picking；
2) drying equipment: for the Ba Danmu after de- green peel to be dried；
3) combined type Ba Danmu rejuvenator: for carrying out broken shell to bar denier wood；
4) it separation of hull from kernel machine: is separated for the Ba Danmu after broken shell to be carried out shell benevolence；
And multiple elevators and conveying device between the above-mentioned each processing apparatus of connection.
2. Ba Danmu system of processing device according to claim 1, it is characterised in that: inside combined type Ba Danmu rejuvenator
Three pairs of broken shell rollers, three pairs of broken shell roller layered arrangements are set, and each pair of broken shell roller gap can be adjusted by slack adjuster, topmost
Level-one broken shell roller gap setting be that length dimension is greater than to the biggish Ba Danmu broken shell of 40mm, installation below level-one broken shell roller
Primary vibration sieve, it is 30mm that primary vibration, which sieves screen size,；Second level broken shell roller is located at below level-one broken shell roller, between second level broken shell roller
The Ba Danmu broken shell that it is 35-40mm by length dimension that gap, which is set as, second level broken shell roller lower section installation secondary vibration sieve, secondary vibration
Sieve screen size is 25mm；Three-level broken shell roller is located at below second level broken shell roller, and three-level broken shell roller gap setting sieves secondary vibration
The upper lesser Ba Danmu broken shell of surplus size, Ba Danmu shell and benevolence after the lesser Ba Danmu broken shell of surplus size discharge from three-level
Mouth discharge.
3. Ba Danmu system of processing device according to claim 1, it is characterised in that: separation of hull from kernel machine is provided with three-level,
The boosted machine II of Ba Danmu shell benevolence mixture being discharged by combined type Ba Danmu rejuvenator level-one discharge port enters level-one shell benevolence point
It disembarks, carries out separation of hull from kernel；The Ba Danmu shell benevolence mixture being discharged by combined type Ba Danmu rejuvenator secondary discharge port is boosted
Machine III enters second level separation of hull from kernel machine, carries out separation of hull from kernel；Bar denier being discharged by combined type Ba Danmu rejuvenator three-level discharge port
The wooden boosted machine V of shell benevolence mixture enters three-level separation of hull from kernel machine, carries out separation of hull from kernel, finally obtains of different sizes three
The Ba Danmu benevolence of grade.
4. Ba Danmu system of processing device according to claim 1,2 or 3, it is characterised in that: including elevator I, promoted
The discharge end of machine I is connected with the feeding inlet of machine for removing green skin from badam, and conveying device I is by the discharge port of machine for removing green skin from badam and does
Dry equipment feeding inlet is connected, and drying equipment discharge port is connected by conveying device II with combined type Ba Danmu rejuvenator feeding inlet, mentions
It rises machine II, elevator III, elevator V and is separately connected level-one separation of hull from kernel machine, second level separation of hull from kernel machine, three-level separation of hull from kernel machine,
These equipment are organically combined, and realize de- green peel, drying, broken shell and the separation of hull from kernel operation of continuous Ba Danmu.
5. Ba Danmu system of processing device according to claim 4, it is characterised in that: the separation of hull from kernel machine bolter
Lower section is equipped with blower, is equipped with feeding inlet above bolter, and bolter is supported by frame, and elevating mechanism use is provided on frame
In the tilt angle of adjustment bolter height up and down and adjustment bolter；Bolter both ends are respectively arranged with Ba Danmu benevolence discharge port
With Ba Danmu shell outlet；The air-flow that blower generates is blown upwards by sieve pore, since Ba Danmu benevolence is different from shell density, in wind-force
The small Ba Danmu shell of lower density is acted on by wind from compass screen surface, is moved to shell outlet direction；The big Ba Danmu benevolence of density is in compass screen surface
Upper frictional vibration is slipped to benevolence discharge port along compass screen surface.
6. Ba Danmu system of processing device according to claim 5, it is characterised in that: separation of hull from kernel machine bolter inclination angle tune
Whole range is 5-8 degree.
7. a kind of Ba Danmu system processing method, it is characterised in that:
1) the green peel bar denier wood after picking carries out green peel through machine for removing green skin from badam and handles, and is then transported to by conveying device I
In drying equipment；
2) Ba Danmu after taking off green peel is dried in drying equipment, is then sent by conveying device II to combined type bar denier
The spout of the wooden rejuvenator；
3) three pairs of broken shell rollers of setting, three pairs of broken shell roller layered arrangements, each pair of broken shell roller gap are equal in combined type Ba Danmu rejuvenator
It is adjustable, can be according to sequence from big to small successively by Ba Danmu broken shell, length dimension can be greater than by uppermost level-one broken shell roller
The biggish Ba Danmu broken shell of 40mm, level-one broken shell roller lower section installation primary vibration sieve, it is 30mm that primary vibration, which sieves screen size,
Ba Danmu shell and benevolence after broken shell sieve sieve pore by primary vibration and fall, and are discharged from level-one discharge port, the Ba Danmu of non-broken shell from
Primary vibration, which sieves, enters second level broken shell roller on sieve；Second level broken shell roller is located at below level-one broken shell roller, and second level broken shell roller can be by length
The Ba Danmu broken shell having a size of 35-40mm is spent, installation secondary vibration sieve below second level broken shell roller, secondary vibration sieves screen size and is
25mm, Ba Danmu shell and benevolence after broken shell sieve sieve pore by secondary vibration and fall, be discharged from secondary discharge port, the size of non-broken shell
Lesser Ba Danmu enters three-level broken shell roller from secondary vibration sieve sieve；Three-level broken shell roller is located at below second level broken shell roller, and three
Grade broken shell roller can be by the lesser Ba Danmu broken shell of surplus size, and Ba Danmu shell and benevolence after broken shell are discharged from three-level discharge port；
4) the boosted machine II of Ba Danmu shell benevolence mixture of level-one discharge port discharge enters level-one separation of hull from kernel machine, carries out shell benevolence point
From；The boosted machine III of Ba Danmu shell benevolence mixture of secondary discharge port discharge enters second level separation of hull from kernel machine, carries out separation of hull from kernel；
The boosted machine V of Ba Danmu shell benevolence mixture of three-level discharge port discharge enters three-level separation of hull from kernel machine, carries out separation of hull from kernel, most
The Ba Danmu benevolence of three grades of different sizes is obtained eventually；Blower is installed below separation of hull from kernel machine bolter, what blower generated
Air-flow is blown upwards by sieve pore, and since Ba Danmu benevolence is different from shell density, the small Ba Danmu shell of density is by wind under the action of the wind
Blow off compass screen surface, moves to shell outlet direction；The big Ba Danmu benevolence of density frictional vibration on compass screen surface, is slipped to benevolence along compass screen surface and goes out
Material mouth.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111990663A (en) * | 2020-09-11 | 2020-11-27 | 塔里木大学 | Can reduce broken shell equipment of walnut-meat surface damage |
| CN113499823A (en) * | 2021-07-15 | 2021-10-15 | 安徽侬安康食品有限公司 | Almond and crisp vibratory screening equipment of almonds albumen |
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| CN107212430A (en) * | 2017-07-05 | 2017-09-29 | 安徽农业大学 | A kind of hickory nut shell-crushing takes benevolence automatic production line |
| CN209403504U (en) * | 2018-12-18 | 2019-09-20 | 新疆农业科学院农业机械化研究所 | A kind of Ba Danmu system of processing device |
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| CN111990663A (en) * | 2020-09-11 | 2020-11-27 | 塔里木大学 | Can reduce broken shell equipment of walnut-meat surface damage |
| CN111990663B (en) * | 2020-09-11 | 2021-06-08 | 塔里木大学 | Can reduce broken shell equipment of walnut-meat surface damage |
| CN113499823A (en) * | 2021-07-15 | 2021-10-15 | 安徽侬安康食品有限公司 | Almond and crisp vibratory screening equipment of almonds albumen |
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