CN204273163U - A kind of seed shells screening plant - Google Patents
A kind of seed shells screening plant Download PDFInfo
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- CN204273163U CN204273163U CN201420726202.XU CN201420726202U CN204273163U CN 204273163 U CN204273163 U CN 204273163U CN 201420726202 U CN201420726202 U CN 201420726202U CN 204273163 U CN204273163 U CN 204273163U
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- shells
- screening
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Abstract
The utility model relates to a kind of seed and to shell screening plant, comprises support, and support is from top to bottom fixedly installed the portion of gathering materials successively, portion and screening unit are shelled in grinding; This device also comprises grinding hammer and defective material collection unit, and the hammer body that grinding is hammered into shape is received to described grinding and shells in portion, and the shell the latter half in portion of defective material collection unit and described grinding is connected.During use, seed enters into grinding by the portion of gathering materials and shells in portion, is shelled by seed by hammer body and the interaction of grinding portion of shelling, and seed enters screening unit and carries out screening separation by sieve cage, and kind shell enters into defective material collection unit and processes.The utility model shelling efficiency is high and little on seed impact, achieves the effective collection to band shell seed, grinding shelling is separated with the screening of different-grain diameter.The utility model can guarantee that seed coat and endosperm are not damaged, guarantees that the quality trait of seed after shelling, preservation life-span and sprouting vigor are good.
Description
Technical field
The utility model relates to a kind of seed and to shell screening plant, belongs to crop seeds resource and collects and processing technique field.
Background technology
Covering of the seeds has the important function of protection plumule.But, collect at crop seeds, arrange, in processing and the process that utilizes, often need to shell process to the seed of band shell.Especially to crops such as rape, crudefiber crop and beans, shelling is that seed collects the significant process with processing, and has material impact to the physiologically active of seed and product quality.At present, the removal of Crop Species shell is mainly through manually peeling off or using rolling compaction machine to complete.Artificial peeling efficiency is low, the amount of labour is large and length consuming time.Rolling compaction machine shelling often cause the seed coat of seed and endosperm impaired thus affect quality trait, preservation life-span and sprouting vigor of seed.
Chinese patent CN203040620 discloses a kind of small-size multifunction hulling machine, it is by the outer outlet body that shells, support, sheeting machine main body is formed, shelling outer outlet body is arranged on support, the electric belt wheel of sheeting machine main body is positioned at one end of shelling outer outlet body, the right-hand member of rotating shaft is connected with electrical rawhide belt wheel, left end is fixed on the other end of shelling outer outlet body through shelling outer outlet body inner chamber rolling bearing, the connecting rod and the cleaning of fruit material that rotating shaft in shelling outer outlet body are provided with more than two or two hook, the two ends of connecting rod are provided with clamping plate, clamping plate are provided with soft quality fiber leather dnockout bar, the top of shelling outer outlet body is provided with charging aperture, side bottom is provided with discharging opening, bottom is provided with seed and goes out material screen.But the shortcoming of this patent is, batch cycles grinding can only be carried out for band shell material, by clamping plate being provided with soft quality fiber leather dnockout bar and material carries out extruding, grinding, realize the object of shelling, but when applying, the distance between described soft quality fiber leather dnockout bar and described shell is comparatively large, is not singly the grinding utilizing mechanical part, the active force between material can also be utilized simultaneously to carry out grinding shelling, but be unfavorable for the seed heat treatment of small lot.
The equipment that Chinese patent CN2662659 discloses a kind of suitable cottonseed, soybean, sunflower seeds, peanut shelling (skin) are separated, it oil plant is delivered to shelling (skin) machine to peel off shell (skin), benevolence shell (skin) sliver trickle to basket beat sieve rub with the hands beat after (soybean, sunflower seeds shell after (skin) and can beat sieve without basket), fall the classified selection by winnowing of benevolence shell (skin) bolter, benevolence shell (skin) is separated.It is the equipment that a kind of shelling (skin) rate and production efficiency are all high, compact conformation, and technique is equipped with simple and reliable, is cottonseed, the ideal equipment that is separated of soybean shelling (skin).The technical deficiency of this patent is, whole bulky, be suitable for the preprocessing process of batch oil plant, during as this equipment is applied to legume-seeds process, rolling compaction machine shelling often cause the seed coat of seed and endosperm impaired thus affect quality trait, preservation life-span and sprouting vigor of seed.
Therefore, be badly in need of that design is efficiently a kind of and not damage kernel structure, shelling efficiency high, little and can the hulling device of effective sorting different-grain diameter seed on seed impact, for the protection of crop seeds resource and efficiency utilization provide the equipment of enriching.
Utility model content
For the deficiencies in the prior art, the utility model provides that a kind of structure is simple, easy and simple to handle, efficiency of shelling is high and affects little a kind of seed to seed and to shell screening plant.
The technical solution of the utility model is as follows:
A kind of seed shells screening plant, comprises support, is from top to bottom fixedly installed the portion of gathering materials successively, portion and screening unit are shelled in grinding at described support;
The described portion that gathers materials, grinding are shelled portion and screening unit is through is successively provided with material channel, for material along gravity vertical drop;
Described device also comprises grinding hammer, and described grinding hammer comprises milling bar and is arranged on hammer body bottom milling bar, and the shell bottom shape in portion of the outer surface of described hammer body and described grinding adapts; Described milling bar runs through and is arranged on the portion of gathering materials and grinding and shells portion, and described hammer body is received to described grinding and shells in portion; The top of described milling bar is provided with fixing pin and ring-shaped handle, is distributed with bulge-structure at the surface uniform of described hammer body;
Described device also comprises defective material collection unit, and the shell the latter half in portion of described defective material collection unit and described grinding is connected.
Preferably, described milling bar is surrounded with conveyor screw, described conveyor screw is received to described and gathers materials in portion.The advantage of this design is, when milling bar rotates, conveyor screw can stir the seed in the portion of gathering materials effectively, seed rotation is fallen and enters in material channel smoothly.
Preferably, the portion of gathering materials described in comprises arc container, throughly in the bottom of described arc container is provided with the first material channel; The described grinding portion of shelling is disposed with truncated cone-shaped material cavity and semicircle material cavity from top to bottom, in the screening unit described in the through connection in bottom of described semicircle material cavity.The advantage herein designed is, the portion of gathering materials is designed to arc container and is convenient to evenly to be dissipated to the surface of described hammer body when throwing in material, avoids because material is dissipated to uneven and causes grinding to shell dynamics inequality, and impact is shelled efficiency; The shell bottom in portion of described grinding is also provided with semicircle material cavity, and the surface configuration of its structure and described hammer body adapts, and adds hammer body and grinding to greatest extent and to shell the contact area in portion, improves grinding and to shell effect.
Preferably, described screening unit comprises multiple sieve cage and end bucket, and described multiple sieve cage from top to bottom superposes successively and is placed on end bucket, and the aperture of the described sieve cage from top to bottom arranged reduces successively.The advantage herein designed is, described screening unit utilizes the different pore size of multi-deck screen cage, by the screening of the seed that shells refinement one by one.
Preferably, described screening unit is connected with the grinding portion of shelling by connecting endless tube, is provided with bearing ball power-assisted screening unit axial-rotation and runs, be also provided with movable pulley in the bottom of described screening unit in described connection endless tube.The advantage herein designed is, the screen for seeds of different-grain diameter is chosen corresponding sieve cage or end bucket by bearing ball power-assisted.
Preferred further, described screening unit also comprises backstay and pin buckle, and the upper end of described backstay is provided with through hole; Described sieve cage comprises hydrostatic column, and be respectively arranged with locating ring in the upper and lower edge of described hydrostatic column, described backstay runs through locating ring successively, and the through hole of described backstay upper end matches in order to stationary positioned bar with pin buckle.
Preferably, the side of described hydrostatic column is provided with and gets kind of mouth and slide cap liner, described in slide cap liner and get kind of a mouth in order to open or close.
Preferably, the top in the described portion that gathers materials is provided with the first semicircle combination cover, the shell top in portion of described grinding is provided with the second semicircle combination cover.The advantage herein designed is, avoids material screw out under the effect of abrasive power or jump out when grinding is shelled, and cuts the waste with loss, reduces environmental pollution; This combination cover can also be opened at any time simultaneously, is convenient to the blanking situation that staff checks material at any time, processes in time.
Preferably, the described portion that gathers materials outer setting has gim peg, regulates the position of portion on support that gather materials, described support is provided with bolt holder by described gim peg, and described bolt holder is in order to realize support to gim peg and location.The advantage herein designed is, gim peg is adjusted to bolt holder before shelling by grinding, makes the first material channel bottom in the portion of gathering materials parallel with grinding the second semicircle combination cover in portion of shelling.Grinding shell after, upwards regulate gim peg, until the first semicircle combination cover in the portion that gathers materials and the guide ring of support close, grinding hammer upwards can be carried, makes fixing pin pass guide ring and be stuck on described guide ring, being convenient to grind the removing of salvage stores in the portion of shelling.
Preferably, an auxiliary fixed support is had in the shell outer setting in portion of described grinding.The advantage herein designed is, auxiliary fixed support is used for increasing stability when whole removing device works.
Preferably, the top of described support is provided with guide ring, be provided with steel ball in described guide ring inside and run in order to power-assisted milling bar, the top of described milling bar is applied in described guide ring; The top of described milling bar is provided with ring-shaped handle.The advantage herein designed is, is convenient to manipulation milling bar and rotates hammer body, realize grinding the effect of shelling.
Preferably, described bulge-structure arranges twist on hammer body surface.The advantage herein designed is, designs material helical duct between the bulge-structure of described helical pattern, is convenient to material and just can hangs downwards along spirally-guided after receiving single grinding, increase the abrasion path of material, play effect completely of shelling.
Preferably, described bulge-structure entirety is semicircle.The advantage herein designed is, bulge-structure is rigid moderate plastic material, little to material physical damnification, and can extend the service life of grinding hammer and semicircle material cavity.
Preferably, the bottom of described support is provided with base, described auxiliary support bracket fastened bottom is also fixedly connected with described base.
Preferably, the external form of described defective material collection unit is cylinder, and the upper end of described defective material collection unit is connected by the shell the latter half in portion of the second material channel and described grinding, and the bottom of described defective material collection unit is provided with down uncaps.Benefit of this design is, by being communicated with the grinding portion of shelling, after shelling, remaining shell micromicro is to enter into defective material collection unit, directly to be disposed by shell skin by uncapping under opening defective material collection unit bottom.
The beneficial effects of the utility model are:
1, the speed that can run according to the characteristic changing milling bar of shell not of the same race of seed removing device described in the utility model and number of run, be applicable to multiple kinds of crops seed, is particularly useful for the seed shelling that shell is thin, particle shape is little.
2, will gather materials portion, shell portion, screening unit and the set of defective material collection unit of grinding of the utility model seed removing device is integrated, shelling efficiency is high and little on seed impact, the screening unit arranged effectively can be carried out screening to the seed of different-grain diameter and is separated, and achieves the effective collection to band shell seed, grinding shelling is separated with the screening of different-grain diameter.The utility model can guarantee that seed coat and endosperm are not damaged, guarantee that the quality trait of seed after shelling, preservation life-span and sprouting vigor are good, the utility model can also carry out manual adjustment grinding shelling dynamics or circulation shelling number of times according to the particle size of seed and kind thickness of the shell, improves the efficiency that shells.
3, the design concept of the utility model removing device is ingenious, and structure is simple, and easy to install, cost is low, and efficiency is high, and effect obviously, has good economic benefit and using value.
Accompanying drawing explanation
Fig. 1 is that the utility model seed shells the overall structure schematic diagram of screening plant;
Fig. 2 is the structural representation of the utility model medium-height trestle;
Fig. 3 is the structural representation of the fixing pin closed condition of grinding hammer in the utility model;
Fig. 4 is the structural representation of the fixing pin open mode of grinding hammer in the utility model;
Fig. 5 is the structural representation of the first semicircle combination cover closed condition in the utility model;
Fig. 6 is the structural representation of the first semicircle combination cover opening in the utility model;
Fig. 7 is the side structure schematic diagram grinding portion of shelling in the utility model;
Fig. 8 is that structure for amplifying schematic diagram is cutd open in the side connecting endless tube in the utility model;
Fig. 9 is the cross section structure for amplifying schematic diagram connecting endless tube in the utility model;
Figure 10 is the structural representation of screening unit in the utility model;
Figure 11 is the structural representation of single sieve cage in the utility model;
Figure 12 is the structural representation in the utility model, single sieve cage being got kind of mouth;
Figure 13 is structural representation when pin buckle is closed in the utility model;
Figure 14 is structural representation when pin buckle is opened in the utility model;
Figure 15 is the structural representation of backstay in the utility model;
Figure 16 is the structural representation of defective material collection unit in the utility model;
Figure 17 is that in the utility model, defective material collection unit opens down structural representation when uncapping.
Wherein: 1, support, 101, guide ring, 102, base, 103, bolt holder;
2, gather materials portion, the 201, first semicircle combination cover, and 202, gim peg;
3, portion of shelling is ground, the 301, second semicircle combination cover;
4, screening unit, 401, sieve cage, 402, backstay, 403, pin buckle, 404, locating ring, 405, get kind of a mouth, 406, slide cap liner, 407, through hole, 408, connect endless tube, 409, movable pulley, 410, end bucket;
5, defective material collection unit, 501, under uncap;
6, the first material channel;
7, the second material channel;
8, milling bar, 801, ring-shaped handle, 802, fixing pin, 803, conveyor screw;
9, grinding hammer, 901, hammer body, 902, bulge-structure;
10, auxiliary fixed support.
Detailed description of the invention
Also by reference to the accompanying drawings the utility model is described further below by embodiment, but is not limited thereto.
Embodiment 1:
A kind of seed that the utility model provides shells screening plant, comprises support 1, is from top to bottom fixedly installed the portion of gathering materials 2 successively, portion 3 and screening unit 4 are shelled in grinding at described support 1;
Gather materials portion 2, grinding is shelled portion 3 and screening unit 4 is through is successively provided with material channel, for material along gravity vertical drop.
Described device also comprises grinding hammer 9, and grinding hammer comprises milling bar 8 and is arranged on the hammer body 901 bottom milling bar, and the shell bottom shape in portion 3 of the outer surface of hammer body 901 and described grinding adapts; Milling bar 8 runs through and is arranged on the portion of gathering materials 2 and grinding and shells portion 3, and hammer body 901 is received to described grinding and shells in portion 3.
Described device also comprises defective material collection unit 5, and the shell the latter half in portion 3 of defective material collection unit 5 and described grinding is connected.
Milling bar 8 is surrounded with conveyor screw 803, conveyor screw 803 is received in the described portion that gathers materials 2.When milling bar rotates, conveyor screw can stir the seed of the band shell in the portion of gathering materials effectively, the rotation of the seed of band shell is fallen and enters in material channel smoothly.
The portion 2 that gathers materials comprises arc container, throughly in the bottom of described arc container is provided with the first material channel 6; Grind portion 3 of shelling and be disposed with truncated cone-shaped material cavity and semicircle material cavity from top to bottom, in the screening unit 4 described in the through connection in bottom of described semicircle material cavity.The portion of gathering materials is designed to arc container be convenient to evenly to be dissipated to the surface of described hammer body 901 when throwing in material, avoids because material is dissipated to uneven and cause grinding to shell dynamics inequality, impact is shelled efficiency; The shell bottom in portion of described grinding is also provided with semicircle material cavity, and the surface configuration of its structure and described hammer body 901 adapts, and adds hammer body 901 and grinding to greatest extent and to shell the contact area in portion, improves grinding and to shell effect.
Screening unit 4 comprise two sieve cages 401 and 410, two, the end bucket sieve cage 401 from top to bottom successively superposition be placed on end bucket 410, from top to bottom two sieve cages 401 apertures reduce successively, the seed of different-grain diameter can be screened so respectively.Described screening unit 4 is connected by connecting endless tube 408 and grinding portion 3 of shelling, connect in endless tube 408 and be provided with the operation of bearing ball power-assisted screening unit 4 axial-rotation, the bottom of described screening unit 4 and the bottom of end bucket 410 are provided with movable pulley 409, and the screen for seeds of different-grain diameter is chosen in corresponding sieve cage 401 or end bucket 410 by power-assisted.Screening unit 4 also comprises backstay 402 and pin buckle 403, and the upper end of backstay 402 is provided with through hole 407; Sieve cage 401 comprises hydrostatic column, and the edge of described hydrostatic column is provided with locating ring 404, and backstay 402 runs through locating ring 404 successively, and the through hole 407 of backstay 402 upper end matches in order to stationary positioned bar 402 with pin buckle 403.
The gather materials top in portion 2 is provided with the first semicircle combination cover 201, and the shell top in portion 3 of described grinding is provided with the second semicircle combination cover 301.Avoid material screw out under the effect of abrasive power or jump out when grinding is shelled, cut the waste, reduce environmental pollution; This combination cover can also be opened at any time simultaneously, is convenient to the blanking situation that staff checks material at any time, processes in time.Portion 2 outer setting of gathering materials has gim peg 202 to regulate the position of portion 2 at support 1 that gather materials.Gim peg 202 is adjusted to bolt holder 103 before shelling by grinding, makes first material channel 6 bottom in the portion of gathering materials 2 parallel with grinding the second semicircle combination cover 301 in portion 3 of shelling.After grinding is shelled, upwards regulate gim peg 202, until the first semicircle combination cover 201 in the portion 2 that gathers materials is close with the guide ring 101 of support 1, grinding hammer 9 is upwards carried, make fixing pin 802 through guide ring 101 and be stuck on described guide ring 101, being convenient to the removing of grinding salvage stores in the portion of shelling 3.The outer setting of grinding portion 3 of shelling has an auxiliary fixed support 10.Auxiliary fixed support 10 increases the job stability of whole removing device.
The top of support 1 is provided with guide ring 101, and the top of milling bar 8 is applied in described guide ring 101; The top of milling bar 8 is provided with ring-shaped handle 801.Ring-shaped handle 801 is convenient to manipulation milling bar 8 pairs of hammer bodies 901 and is rotated, and realizes the effect of grinding peeling.
Hammer body 901 is spheroidal, is distributed with bulge-structure 902 at the surface uniform of described hammer body 901, and bulge-structure 902 entirety is semicircle.Bulge-structure 902 can increase grinding effect, reduces grinding dynamics, reduces grinding dead angle, guarantee the effect that shells.
Bulge-structure 902 arranges twist on hammer body 901 surface.Between the bulge-structure 902 of described helical pattern, design material helical duct, be convenient to material and just can hang downwards along spirally-guided after receiving single grinding, increase the abrasion path of material, play the effect completely that shells.
The bottom of support 1 is also provided with base 102, and the bottom of auxiliary fixed support 10 is also fixedly connected with described base 102.
The top of milling bar 8 is provided with fixing pin 802.By arranging fixing pin 802 on described milling bar 8, being convenient to mention whole for described grinding hammer 9 and unsettled fixing, increasing grinding hammer 9 and grind the clearance distance shelled between portion 3, impelling leftover materials to fall, and be convenient to cleaning grinding and shell portion 3 and grind hammer 9.
The external form of defective material collection unit 5 is cylinder, and the upper end of defective material collection unit 5 is connected by the shell the latter half in portion 3 of the second material channel 7 and described grinding, and the bottom of defective material collection unit 5 is provided with down uncaps 501.By being communicated with grinding portion 3 of shelling, after shelling, remaining shell micromicro is directly to enter into defective material collection unit 5,501 directly to be disposed by shell skin by uncapping under opening defective material collection unit 5 bottom.
Embodiment 2:
A kind of seed that the utility model provides shells screening plant, structure as described in Example 1, its difference is, the side of described hydrostatic column being provided with and getting kind of mouth 405 and slide cap liner 406, getting kind of mouth 405 by sliding cap liner 406 in order to open or close.When using this device, seed can be taken out by kind of the mouth 405 of getting on sieve cage 401 and end bucket 410.
A kind of seed that the utility model provides shells the method for work of screening plant, comprises step as follows:
(1) hammer body 901 of described grinding hammer 9 is placed on described grinding completely to shell in portion 3, closes described grinding and to shell the second semicircle combination cover 301 in portion 3;
(2) gim peg 202 in the described portion 2 that gathers materials be adjusted to bolt holder 103 and fix;
(3) open described in gather materials the first semicircle combination cover 201 in portion 2, in the described portion 2 that gathers materials, put into the seed of band shell;
(4) by driving milling bar 8 to drive spin finishing to hammer 9 into shape, make described band shell seed be clipped in described grinding and shell between portion 3 and grinding hammer 9, spin finishing hammer 9, makes described seed broken shell and is separated from each other simultaneously;
(5) repetitive cycling drives described grinding hammer 9, the space that the seed ground out in step (4) is shelled between portion 3 and grinding hammer 9 along described grinding falls in described screening unit 4, and the housing ground out enters in defective material collection unit 5 through the second material channel 7;
(6) the layer by layer sieve cage 401 of described seed in screening unit 4, namely the seed of different-grain diameter is in different sieve cages 401 or end bucket 410 through the screening of the cage 401 that sieves, and then realizes being separated the screening of different-grain diameter seed;
(7) when all materials are after screening unit 4 is disposed, uncap 501 under opening described defective material collection unit 5 bottom by the taking-up of shell skin, unhulled seed is continued continue process according to step (3) to (6);
(8) after heat treatment, gather materials described in upwards regulating the gim peg 202 in portion 2, open the second semicircle combination cover 301 grinding portion 3 of shelling, upwards carried by described grinding hammer 9 and fixing pin 802 is stuck on described guide ring 101, leftover materials fall into described screening unit;
(9) drive the backstay 402 of described screening unit 4, the sieve cage 401 of screening unit 4 is rotated, in the sieve cage 401 making the seed in the first sieve cage fall into corresponding particle diameter or end bucket 410;
(10) pin buckle 403 opening described screening unit 4 extracts backstay 402 out, takes out sieve cage 401 from top to bottom and collects seed wherein;
(11) uncap under opening described defective material collection unit 5 bottom and 501 shell skin to be removed.
When clearing up described grinding hammer 9, the second semicircle combination cover 301 that the top in portion 3 of described grinding being shelled is arranged is opened, and the gim peg 202 in the portion that gathers materials described in upwards regulating, upwards mentions described grinding hammer 9, closely clear up hammer body 901 surface.
Claims (8)
1. seed shells a screening plant, it is characterized in that, comprises support, is from top to bottom fixedly installed the portion of gathering materials successively, portion and screening unit are shelled in grinding at described support;
The described portion that gathers materials, grinding are shelled portion and screening unit is through is successively provided with material channel, for material along gravity vertical drop;
Described device also comprises grinding hammer, and described grinding hammer comprises milling bar and is arranged on hammer body bottom milling bar, and the shell bottom shape in portion of the outer surface of described hammer body and described grinding adapts; Described milling bar runs through and is arranged on the portion of gathering materials and grinding and shells portion, and described hammer body is received to described grinding and shells in portion; The top of described milling bar is provided with fixing pin and ring-shaped handle, is distributed with bulge-structure at the surface uniform of described hammer body;
Described device also comprises defective material collection unit, and the shell the latter half in portion of described defective material collection unit and described grinding is connected.
2. seed as claimed in claim 1 shells screening plant, it is characterized in that, described milling bar is surrounded with conveyor screw, and described conveyor screw is received to described and gathers materials in portion.
3. seed as claimed in claim 1 shells screening plant, it is characterized in that, described in the portion of gathering materials comprise arc container, throughly in the bottom of described arc container be provided with the first material channel; The described grinding portion of shelling is disposed with truncated cone-shaped material cavity and semicircle material cavity from top to bottom, in the screening unit described in the through connection in bottom of described semicircle material cavity.
4. seed as claimed in claim 1 shells screening plant, and it is characterized in that, described screening unit comprises multiple sieve cage and end bucket, described multiple sieve cage from top to bottom successively superposition be placed on end bucket, the aperture of the described sieve cage from top to bottom arranged reduces successively; Described screening unit is connected with the grinding portion of shelling by connecting endless tube, is provided with bearing ball power-assisted screening unit axial-rotation and runs, be also provided with movable pulley in the bottom of described screening unit in described connection endless tube; Described screening unit also comprises backstay and pin buckle, and the upper end of described backstay is provided with through hole; Described sieve cage comprises hydrostatic column, and be respectively arranged with locating ring in the upper and lower edge of described hydrostatic column, described backstay runs through locating ring successively, and the through hole of described backstay upper end matches in order to stationary positioned bar with pin buckle.
5. seed as claimed in claim 4 shells screening plant, it is characterized in that, the side of described hydrostatic column is provided with and gets kind of mouth and slide cap liner, described in slide cap liner and get kind of a mouth in order to open or close; The top in the described portion that gathers materials is provided with the first semicircle combination cover, the shell top in portion of described grinding is provided with the second semicircle combination cover.
6. seed as claimed in claim 1 shells screening plant, it is characterized in that, the described portion that gathers materials outer setting has gim peg, regulates by described gim peg the position of portion on support that gather materials, described support is provided with bolt holder, described bolt holder is in order to realize the support of gim peg and location.
7. seed as claimed in claim 1 shells screening plant, it is characterized in that, has an auxiliary fixed support in the shell outer setting in portion of described grinding;
The top of described support is provided with guide ring, and be provided with steel ball in described guide ring inside and run in order to power-assisted milling bar, the top of described milling bar is applied in described guide ring; The top of described milling bar is provided with ring-shaped handle;
Described bulge-structure arranges twist on hammer body surface, and described bulge-structure entirety is semicircle;
The bottom of described support is provided with base, and described auxiliary support bracket fastened bottom is also fixedly connected with described base.
8. seed as claimed in claim 1 shells screening plant, it is characterized in that, the external form of described defective material collection unit is cylinder, the upper end of described defective material collection unit is connected by the shell the latter half in portion of the second material channel and described grinding, and the bottom of described defective material collection unit is provided with down uncaps.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420726202.XU CN204273163U (en) | 2014-11-27 | 2014-11-27 | A kind of seed shells screening plant |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420726202.XU CN204273163U (en) | 2014-11-27 | 2014-11-27 | A kind of seed shells screening plant |
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| Publication Number | Publication Date |
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| CN204273163U true CN204273163U (en) | 2015-04-22 |
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| CN201420726202.XU Active CN204273163U (en) | 2014-11-27 | 2014-11-27 | A kind of seed shells screening plant |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104522843A (en) * | 2014-11-27 | 2015-04-22 | 山东省农作物种质资源中心 | Seed shelling and screening device and application thereof |
| CN108065421A (en) * | 2017-12-29 | 2018-05-25 | 汪逸凡 | A kind of peanut shelling device |
-
2014
- 2014-11-27 CN CN201420726202.XU patent/CN204273163U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104522843A (en) * | 2014-11-27 | 2015-04-22 | 山东省农作物种质资源中心 | Seed shelling and screening device and application thereof |
| CN108065421A (en) * | 2017-12-29 | 2018-05-25 | 汪逸凡 | A kind of peanut shelling device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |