CN206731526U - A kind of device for sorting that effectively can be classified to walnut kernel - Google Patents
A kind of device for sorting that effectively can be classified to walnut kernel Download PDFInfo
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- CN206731526U CN206731526U CN201720557860.4U CN201720557860U CN206731526U CN 206731526 U CN206731526 U CN 206731526U CN 201720557860 U CN201720557860 U CN 201720557860U CN 206731526 U CN206731526 U CN 206731526U
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Abstract
The utility model discloses a kind of device for sorting that effectively can be classified to walnut kernel, including feeding warehouse, protective cover, frame, vibrating mechanism and screening plant, frame middle and upper part sets vibrating mechanism, frame top sets protective cover, screening plant, and vibrating mechanism connection screening plant are set in protective cover, set feeding warehouse to connect screening plant at the top of protective cover；The screening plant includes guide cover, screen cloth mechanism and material-protecting cover, and the guide cover, screen cloth mechanism and material-protecting cover from-inner-to-outer are coaxially disposed；The vibrating mechanism includes fulcrum bearing, buffer spring, vibrating spring, vibration motor and vibrating shaft, the fulcrum bearing is arranged at the bottom of frame, the lower end of vibrating shaft is sequentially through retainer, buffer spring connection fulcrum bearing, upper end connects guide cover, and vibrating shaft connects vibration motor by retainer, the buffer spring is arranged between bottom and the frame of guide cover.The utility model sieving and grading is stable and reliable for performance, speed is fast, improves production efficiency.
Description
Technical field
The utility model belongs to material screening and classifying equipoment technical field, and in particular to a kind of efficiency of separation is high, operation
The easy device for sorting that effectively can be classified to walnut kernel.
Background technology
Containing abundant protein, amino acid and mineral essence in walnut kernel, there is very high nutritive value, therefore turn into people
Very eating dry fruit roasted seeds and nuts product, and by deep processing into products such as walnut oils.Walnut kernel is before processing, it is necessary to first to walnut
The size fractionation processing of benevolence, to ensure the product quality produced.The shortcomings that existing screening plant, mainly has：Sorting mechanism shakes
Dynamic weaker, walnut kernel is easily accumulated on screen cloth；Can not to walnut kernel carry out effectively sieve classification, screening efficiency are low；Equipment body
Product is larger, and heavy and required installing space is big.
Therefore, develop a kind of compact and flexible, and the high classified screening device of screening efficiency is the key solved the problems, such as.
Utility model content
The utility model aims to provide a kind of compact and flexible, and screening efficiency is high effectively walnut kernel to be classified
Device for sorting.
What the purpose of this utility model was realized in：Including feeding warehouse, protective cover, frame, vibrating mechanism and screening dress
Put, frame middle and upper part sets vibrating mechanism, and frame top sets protective cover, and screening plant, and vibrating mechanism are set in protective cover
Screening plant is connected, sets feeding warehouse to connect screening plant at the top of protective cover；The screening plant includes guide cover, screen cloth mechanism
And material-protecting cover, the guide cover, screen cloth mechanism and material-protecting cover from-inner-to-outer are coaxially disposed；The vibrating mechanism include fulcrum bearing,
Buffer spring, vibrating spring, vibration motor and vibrating shaft, the fulcrum bearing are arranged at the bottom of frame, the lower end of vibrating shaft according to
Sequence is through retainer, buffer spring connection fulcrum bearing, upper end connection guide cover, and vibrating shaft connects vibration electricity by retainer
Machine, the vibrating spring have several, are distributed between bottom and the frame of guide cover.
Beneficial effect：The utility model drives vibrating shaft to work by vibration motor, so that being arranged on vibrating shaft
Screen cloth mechanism vibration screening walnut kernel, the lower end of vibrating shaft are arranged in fulcrum bearing by buffer spring, have effectively disperseed vibration
Power on axle, reduce the fault rate of vibrating mechanism；
Present apparatus volume is occupied little space, easy to operate, and quickly walnut kernel can be screened, sieving and grading stable performance
Reliably, production efficiency is greatly improved, reduces production cost.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is left view of the present utility model；
Fig. 3 is half section structure diagram of the present utility model；
Label in figure：1 ~ feeding warehouse, 2 ~ protective cover, 3 ~ frame, 4 ~ guide cover, 5 ~ screen cloth mechanism, 6 ~ discharge gate, 7 ~ shield material
Cover, 8 ~ fulcrum bearing, 9 ~ buffer spring, 10 ~ vibrating spring, 11 ~ vibration motor, 12 ~ vibrating shaft, 13 ~ retainer, 14 ~ barrier.
Embodiment
The device for sorting that effectively can be classified to walnut kernel shown in 1 ~ 3 with reference to the accompanying drawings, including feeding warehouse 1, protection
Cover 2, frame 3, vibrating mechanism and screening plant, the middle and upper part of frame 3 set vibrating mechanism, and the top of frame 3 sets protective cover 2, prevented
Screening plant is set in shield 2, and vibrating mechanism connection screening plant, the top of protective cover 2 set feeding warehouse 1 to connect screening dress
Put；The screening plant includes guide cover 4, screen cloth mechanism 5 and material-protecting cover 7, the guide cover 4, screen cloth mechanism 5 and material-protecting cover 7
From-inner-to-outer is coaxially disposed；The vibrating mechanism includes fulcrum bearing 8, buffer spring 9, vibrating spring 10, vibration motor 11 and shaken
Moving axis 12, the fulcrum bearing 8 are arranged at the bottom of frame 3, and the lower end of vibrating shaft 12 is sequentially through retainer 13, buffer spring 9
Fulcrum bearing 8, upper end connection guide cover 4 are connected, and vibrating shaft 12 connects vibration motor 11, the vibrating spring by retainer 13
10 have several, are distributed between the bottom of guide cover 4 and frame 3.
Described 4 tapered structure of guide cover, passes through ring flat-plate between the bottom of the material-protecting cover 7 and the bottom of guide cover 4
Connection forms collecting tank, and discharge gate 6 is set on collecting tank.
Described screen cloth mechanism 5 includes several screen clothes, and each screen cloth is placed equidistant on guide cover 4 from top to bottom,
The cross-shaped portion of each screen cloth and material-protecting cover 7 sets discharge gate 6 respectively.
Described screen cloth at least three, and the individual reduction from top to bottom of the mesh of each screen cloth.
The tapered structure of described screen cloth.
Described feeding warehouse 1 is fixedly installed on the top of protective cover 2, and the bottom grafting of feeding warehouse 1 enters in material-protecting cover 7, and
Coordinate with the gap of material-protecting cover 7, make the material-protecting cover 7 of screening plant not influenceed in vibration processes by feeding warehouse 1, and avoid shield from expecting
Cover 7 mutually hits with feeding warehouse 1 to be damaged.
Described vibrating spring 10 at least three, the bottom of guide cover 4 is distributed on, improves vibration efficiency, and prevent from sieving
Screening device is by vibration damage.
The hemispherical structure in bottom of described vibrating shaft 12, set in fulcrum bearing 8 therewith with suitable ball recess, make to shake
Moving axis 12 and the dynamic cooperation of fulcrum bearing 8, the motion that vibrating shaft 12 can be slight in fulcrum bearing 8, make screening plant in vibration processes
The gravity of vibrating shaft 12 is applied to, is cancelled out each other in the motion by buffer spring 9 and vibrating shaft 12, keep power therebetween
Balance, make the service life of raising vibrating shaft 12, reduce rate of breakdown.
The corresponding each discharge gate 6 of described protective cover 2 sets through hole, and discharge gate 6 coordinates with via clearance, screening dress
Put in vibration processes, discharge gate 6 up and down or can move left and right in through-holes, unobstructed, avoid discharge gate 6 and protective cover 2
Mutually hit damage.
Barrier 14 is set between described material-protecting cover 7 and discharge gate 6；Prevent also unsized walnut directly from discharge gate
6 discharges, do not reach screening effect.
Working method of the present utility model：During work, start vibration motor 11 and drive vibrating shaft 12 to work, so that setting
Screen cloth mechanism 5 on vibrating shaft 12 is vibrated, it would be desirable to the walnut kernel of screening is put into feeding warehouse 1, walnut kernel on screen cloth by
Level is fallen, and bulky walnut kernel is sized in top, and volume is minimum then to be fallen in collecting tank, and all by the row of discharge gate 6
Go out.
Claims (10)
1. a kind of device for sorting that effectively can be classified to walnut kernel, including feeding warehouse（1）, protective cover（2）, frame（3）、
Vibrating mechanism and screening plant, frame（3）Middle and upper part sets vibrating mechanism, frame（3）Top sets protective cover（2）, protective cover
（2）Interior setting screening plant, and vibrating mechanism connection screening plant, protective cover（2）Top sets feeding warehouse（1）Connection screening dress
Put；It is characterized in that：The screening plant includes guide cover（4）, screen cloth mechanism（5）And material-protecting cover（7）, the guide cover（4）、
Screen cloth mechanism（5）And material-protecting cover（7）From-inner-to-outer is coaxially disposed；The vibrating mechanism includes fulcrum bearing（8）, buffer spring（9）、
Vibrating spring（10）, vibration motor（11）And vibrating shaft（12）, the fulcrum bearing（8）It is arranged at frame（3）Bottom, vibrating shaft
（12）Lower end sequentially pass through retainer（13）, buffer spring（9）Connect fulcrum bearing（8）, upper end connection guide cover（4）, and shake
Moving axis（12）Pass through retainer（13）Connect vibration motor（11）, the vibrating spring（10）Have several, be distributed on guide cover（4）
Bottom and frame（3）Between.
2. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Guide cover（4）Tapered structure, the material-protecting cover（7）Bottom and guide cover（4）Bottom between connect to be formed by ring flat-plate
Collecting tank, and discharge gate is set on collecting tank（6）.
3. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Screen cloth mechanism（5）Including several screen clothes, each screen cloth is placed equidistant in guide cover from top to bottom（4）On, each sieve
Net and material-protecting cover（7）Cross-shaped portion discharge gate is set respectively（6）.
4. the device for sorting according to claim 3 that effectively can be classified to walnut kernel, it is characterised in that：Described
Screen cloth at least three, and the individual reduction from top to bottom of the mesh of each screen cloth.
5. the device for sorting according to claim 3 that effectively can be classified to walnut kernel, it is characterised in that：Described
The tapered structure of screen cloth.
6. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Feeding warehouse（1）It is fixedly installed on protective cover（2）Top, and feeding warehouse（1）Bottom grafting enter material-protecting cover（7）In, and expect with shield
Cover（7）Gap coordinates.
7. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Vibrating spring（10）At least three, it is distributed on guide cover（4）Bottom.
8. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Vibrating shaft（12）The hemispherical structure in bottom, fulcrum bearing（8）Upper setting makes vibrating shaft therewith with suitable ball recess（12）With
Fulcrum bearing（8）It is dynamic to coordinate.
9. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：Described
Protective cover（2）Corresponding each discharge gate（6）Through hole, and discharge gate are set（6）Coordinate with via clearance.
10. the device for sorting according to claim 1 that effectively can be classified to walnut kernel, it is characterised in that：It is described
Material-protecting cover（7）With discharge gate（6）Between barrier is set（14）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720557860.4U CN206731526U (en) | 2017-05-19 | 2017-05-19 | A kind of device for sorting that effectively can be classified to walnut kernel |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720557860.4U CN206731526U (en) | 2017-05-19 | 2017-05-19 | A kind of device for sorting that effectively can be classified to walnut kernel |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206731526U true CN206731526U (en) | 2017-12-12 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720557860.4U Active CN206731526U (en) | 2017-05-19 | 2017-05-19 | A kind of device for sorting that effectively can be classified to walnut kernel |
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| Country | Link |
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| CN (1) | CN206731526U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109675796A (en) * | 2019-03-07 | 2019-04-26 | 长沙理工大学 | A kind of Vibratory Mixing type collection screening separator |
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2017
- 2017-05-19 CN CN201720557860.4U patent/CN206731526U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109675796A (en) * | 2019-03-07 | 2019-04-26 | 长沙理工大学 | A kind of Vibratory Mixing type collection screening separator |
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