CN207254757U - A kind of adlay processes negative pressure selection by winnowing separation equipment - Google Patents
A kind of adlay processes negative pressure selection by winnowing separation equipment Download PDFInfo
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- CN207254757U CN207254757U CN201720933504.8U CN201720933504U CN207254757U CN 207254757 U CN207254757 U CN 207254757U CN 201720933504 U CN201720933504 U CN 201720933504U CN 207254757 U CN207254757 U CN 207254757U
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- negative pressure
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Abstract
The utility model belongs to adlay technical field of processing equipment, negative pressure selection by winnowing separation equipment is processed more particularly, to a kind of adlay, including body, feed mechanism is equipped with the upside of body, internal body is equipped with negative pressure selection by winnowing chamber and vibrations screening chamber, and the lower end of negative pressure selection by winnowing chamber is connected with the upper end of vibrations screening chamber, and the both sides of negative pressure selection by winnowing chamber are respectively equipped with air inlet and air outlet, negative-pressure air fan is connected with the outside of air outlet, the lower end of negative-pressure air fan is connected with dust collection mechanism；Vibrations screening intracavitary is equipped with level-one Shua Xuan mechanisms and two level sorting mechanism, level-one Shua Xuan mechanisms are located at the upside of two level sorting mechanism, and the discharge end of level-one Shua Xuan mechanisms is connected with the first blowpit, two level sorting mechanism is connected with the second blowpit, vibrations screening intracavitary is additionally provided with vibrating mechanism, and vibrating mechanism is connected with level-one Shua Xuan mechanisms and two level sorting mechanism respectively.Advantage is：The utility model can not only improve the effect of sorting, can also save the cost of adlay processing.
Description
Technical field
The utility model belongs to adlay technical field of processing equipment, more particularly, to a kind of processing negative pressure selection by winnowing separation of adlay
Equipment.
Background technology
The nutritive value of Semen Coicis is very high, is known as " king of world grass ".Semen Coicis can be used as grain and eat, taste and
Rice is similar, and absorption easy to digest, cooks congee, makees Tang Junke.Summer and autumn and wax gourd cooking, can not only go with rice or bread edible, but also can clear heat profit
It is wet.Since Semen Coicis is full of nutrition, for weakness due to chronic disease, reconvalescent, old man, puerpera, children are relatively good medicines after being ill
With food, can often take.No matter for nourishing or for curing the disease, act on and all more relaxing, be slightly cold without injuring one's stomach, beneficial spleen and
Do not grow greasy.It is reported that the composition coixenolide that Semen Coicis is cured the disease, not only with tonic effect, but also is a kind of anticancer, can press down
Ehrlich ascites cell processed, available for stomach cancer and cervix cancer.Contained Semen Coicis alcohol in the root of Semen Coicis, except with above-mentioned Job's tears
Outside the effect of benevolence ester, also decompression, diuresis, antipyretic and ascarifuge effect, suitable for hypertension, lithangiuria, urinary tract infections,
Roundworm disease etc..
At present in myotonin process, rice, chaff (shell) separate mode be carried out by wind cabinet blow-through mode it is separated；
Since adlay is more much bigger than other cereal-granules, the adlay shell after peeling off is thicker, it can be adsorbed on myotonin, made
It is not thorough into rice, shell separation, directly affects the quality of product；In addition, the pneumatic separator of existing adlay only has single selection by winnowing
Function, in adlay the sorting of the thick shell in part and tiny particle need to carry out in miscellaneous equipment, so not only strongly limit plus
The efficiency of work, while the cost of adlay processing is added well.
For this reason, it is proposed that a kind of adlay processes negative pressure selection by winnowing separation equipment to solve the above problems.
Utility model content
The purpose of this utility model is in view of the above-mentioned problems, product selecting effect can be improved by providing one kind, while can be reduced
The adlay processing negative pressure selection by winnowing separation equipment of processing cost.
To reach above-mentioned purpose, the utility model employs following technical proposal：A kind of adlay processing negative pressure selection by winnowing separation
Equipment, including body, the body upside are equipped with feed mechanism, and the internal body is equipped with negative pressure selection by winnowing chamber and vibrations are screened
Chamber, the negative pressure selection by winnowing chamber is on the upside of vibrations screening chamber, and the lower end of negative pressure selection by winnowing chamber is connected with the upper end of vibrations screening chamber,
The both sides of the negative pressure selection by winnowing chamber are respectively equipped with air inlet and air outlet, and feed inlet and the feed mechanism of the negative pressure selection by winnowing chamber connect
Connect, air outlet is connected with negative-pressure air fan, and the lower end of the negative-pressure air fan is connected with dust collection mechanism；The vibrations screening intracavitary
Equipped with level-one Shua Xuan mechanisms and two level sorting mechanism, the level-one Shua Xuan mechanisms are located at the upside of two level sorting mechanism, and level-one
The discharge end of Shua Xuan mechanisms is connected with the first blowpit, and the discharge end of the two level sorting mechanism is connected with the second blowpit, institute
State vibrations screening intracavitary and be additionally provided with vibrating mechanism, the vibrating mechanism is arranged on the bottom of vibrations screening chamber, and vibrating mechanism point
It is not connected with level-one Shua Xuan mechanisms and two level sorting mechanism.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the feed mechanism includes being arranged on the storage on the upside of body
Funnel, the lower end of the hopper are connected with spiral quantitative dispenser, and the spiral quantitative dispenser is fixed by the bracket
On body, the discharge nozzle lower end of the negative pressure selection by winnowing chamber is evenly equipped with multiple discharging gates, and the side on the body is equipped with
Vertical elevator, the discharge end of the vertical elevator are arranged on the surface of hopper.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the upper surface of the body is equipped with and negative pressure selection by winnowing chamber
The passage of connection, the discharging gate are located in passage, and the downside of discharging gate is equipped with hang plate, and the hang plate is fixedly mounted on
On the side wall of passage.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the dust collection mechanism includes dust hopper, described
The lower face of negative-pressure air fan is equipped with the opening being connected with dust hopper feed end, and the lower end of the dust hopper is connected with dust mistake
Filter bag.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, on the air inlet and air outlet of the negative pressure selection by winnowing chamber
Filter screen is laid with, and the diameter for thering is filter screen diameter to be less than adlay particle.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the level-one Shua Xuan mechanisms include first be obliquely installed
Sieve, first sieve are connected with the sidewall elastomer of vibrations screening chamber, and the downside of first sieve is equipped with the first stripper,
First stripper is inclined to set, and the discharge end of the first stripper is connected with the first blowpit.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the two level sorting mechanism includes parallel first stripper
The second sieve set, second sieve are connected with the sidewall elastomer of vibrations screening chamber, the feed end position of second sieve
In the underface of the first sieve discharge end, the discharge end of second sieve is connected with the second blowpit, second blowpit
Downside be equipped with the second stripper, second stripper is inclined to set, and the vibrations corresponding to the second stripper discharge end
Screening chamber side wall is equipped with the 3rd blowpit.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, first blowpit, the second blowpit and the
The discharge end of three blowpits all extends to the outside of body.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the left and right ends of first sieve and the first stripper
Between be all connected with the first backgauge cloth, be all connected with the second backgauge cloth between the left and right ends of second sieve and the second stripper.
In above-mentioned adlay processing negative pressure selection by winnowing separation equipment, the vibrating mechanism includes transverse slat, under the transverse slat
End is connected by more springs with the bottom of vibrations screening chamber, and vibrating motor and four montants are installed with the transverse slat,
In the damping sleeve of vibrations screening top of chamber, four montants are distributed in the four corners of transverse slat for the upper end of the montant, and
Side wall of four montants respectively with the first sieve and the second sieve is fixedly connected.
Compared with prior art, it is the advantages of this adlay processing negative pressure selection by winnowing separation equipment：The utility model passes through
Feed mechanism is set, and adlay to be screened can be promoted in hopper by the vertical elevator utilized, in order to follow-up sieve
It is elected to be industry；Discharging gate is connected by setting spiral quantitative dispenser, and in its lower end, is equipped with the hang plate in passage,
It may be such that adlay uniformly falls and splashes to spread out；Negative pressure selection by winnowing chamber is set by body, and negative pressure is set in its side
Wind turbine, forms negative pressure during its work in negative pressure selection by winnowing intracavitary, adlay surface attachment and the dust raised can be sucked dust collection
In mechanism, the quality of adlay is effectively raised, by connecting vibrations screening chamber in the downside of negative pressure selection by winnowing chamber, using level-one
Shua Xuan mechanisms and two level sorting mechanism remove the larger Semen Coicis shell and fine particle of adlay respectively, effectively raise the effect of sorting
Fruit, further increases the quality of adlay, improves the competitiveness of product in market；By by the first sieve and the second sieve with shaking
Motivation structure, can not only improve the efficiency of sorting, but also drive level-one Shua Xuan mechanisms and two level to sieve at the same time using a vibrating mechanism
Select mechanism to work, reduce the consumption of the energy, and then save the cost of adlay processing.
Brief description of the drawings
Fig. 1 is a kind of perspective view of adlay processing negative pressure selection by winnowing separation equipment provided by the utility model；
Fig. 2 is a kind of external structure schematic diagram of adlay processing negative pressure selection by winnowing separation equipment provided by the utility model；
Fig. 3 is the rearview of Fig. 2；
Fig. 4 is the side view of Fig. 2.
In figure, 1 body, 2 feed mechanisms, 3 negative pressure selection by winnowing chambers, 4 vibrations screening chambers, 5 negative-pressure air fans, 6 dust collection mechanisms,
7 level-one Shua Xuan mechanisms, 8 two level sorting mechanisms, 9 first blowpits, 10 second blowpits, 11 hoppers, 12 spiral quantitatives are given
Glassware, 13 stents, 14 discharging gates, 15 passages, 16 hang plates, 17 dust hoppers, 18 dust collection filtering bags, 19 first sieves, 20
One stripper, 21 second sieves, 22 second strippers, 23 the 3rd blowpits, 24 first backgauge cloth, 25 second backgauge cloth, 26 shake
Motivation structure, 27 transverse slats, 28 springs, 29 vibrating motors, 30 montants, 31 damping sleeves, 32 filter screens, 33 vertical elevators.
Embodiment
Following embodiments only exist in illustrative purpose, without being intended to limitation the scope of the utility model.
Embodiment
As shown in Figs 1-4, a kind of adlay processing negative pressure selection by winnowing separation equipment, including body 1, the upside of body 1 are equipped with feeding
Mechanism 2, body 1 are internally provided with negative pressure selection by winnowing chamber 3 and vibrations screening chamber 4, and negative pressure selection by winnowing chamber 3 is located at 4 upside of vibrations screening chamber, and
The lower end of negative pressure selection by winnowing chamber 3 is connected with the upper end of vibrations screening chamber 4, and the both sides of negative pressure selection by winnowing chamber 3 are respectively equipped with air inlet and go out
Air port is laid with filter screen 32 on the air inlet and air outlet of negative pressure selection by winnowing chamber 3, and have filter screen 32, it is necessary to explanation
Diameter is less than the diameter of adlay particle, adlay can be avoided to spill；The feed inlet of negative pressure selection by winnowing chamber 3 is connected with feed mechanism 2, outlet air
Mouth is connected with negative-pressure air fan 5, and the lower end of negative-pressure air fan 5 is connected with dust collection mechanism 6；Level-one brush is equipped with vibrations screening chamber 4
Selecting mechanism 7 and two level sorting mechanism 8, level-one Shua Xuan mechanisms 7 are located at the upside of two level sorting mechanism 8, and level-one Shua Xuan mechanisms 7
Discharge end is connected with the first blowpit 9, and the discharge end of two level sorting mechanism 8 is connected with the second blowpit 10, in vibrations screening chamber 4
Vibrating mechanism 26 is additionally provided with, vibrating mechanism 26 is arranged on the bottom of vibrations screening chamber 4, and vibrating mechanism 26 is selected with level-one brush respectively
Mechanism 7 and two level sorting mechanism 8 connect.
Wherein, feed mechanism 2 includes the hopper 11 for being arranged on the upside of body 1, and the lower end of hopper 11 is connected with
Spiral quantitative dispenser 12, spiral quantitative dispenser 12 are fixedly mounted on body 1 by stent 13, and negative pressure selection by winnowing chamber 3 goes out
Expects pipe lower end is evenly equipped with multiple discharging gates 14, and the side on body 1 is equipped with vertical elevator 33, the discharge end of vertical elevator 33
The surface of hopper 11 is arranged on, by it by material lifting to hopper 11.
More specifically, the upper surface of body 1 is equipped with the passage 15 connected with negative pressure selection by winnowing chamber 3, and discharging gate 14 is positioned at logical
In road 15, and the downside of discharging gate 14 is equipped with hang plate 16, and hang plate 16 is fixedly mounted on the side wall of passage 15, to be screened
Adlay is entered in spiral quantitative dispenser 12 by hopper 11 and is uniformly spilt by discharging gate 14, and adlay is touched with hang plate 16
Splash and be dispersed in negative pressure selection by winnowing chamber 3 after hitting, and the dust that adlay surface is siphoned away to raise by negative-pressure air fan 5.
Wherein, dust collection mechanism 6 includes dust hopper 17, the lower face of negative-pressure air fan 5 be equipped with dust hopper 17 into
Expect the opening of end connection, the lower end of dust hopper 17 is connected with dust collection filtering bag 18, and dust collection filtering bag 18 collects dust, so as to
Focus on.
Wherein, level-one Shua Xuan mechanisms 7 include the first sieve 19 being obliquely installed, the first sieve 19 and vibrations screening chamber 4
Sidewall elastomer connects, specifically, the first sieve 19 coordinates spring base to be connected to the side that chamber 4 is screened in vibrations by one group of buffer spring
On wall；The downside of first sieve 19 is equipped with the first stripper 20, and the first stripper 20 is inclined to set, and the first stripper 20
Discharge end is connected with the first blowpit 9.
Wherein, two level sorting mechanism 8 includes the second sieve 21 that parallel first stripper 20 is set, the second sieve 21 and shake
The sidewall elastomer connection of dynamic screening chamber 4, specifically, the second sieve 21 coordinates spring base to be connected to shake by another group of buffer spring
The feed end of second sieve 21 is located at the underface of 19 discharge end of the first sieve on the side wall of dynamic screening chamber 4, the second sieve 21
Discharge end is connected with the second blowpit 10, and the downside of the second blowpit 10 is equipped with the second stripper 22, and the second stripper 22 is in incline
Tiltedly set, and vibrations screening 4 side wall of chamber corresponding to 22 discharge end of the second stripper is equipped with the 3rd blowpit 23.
Specifically, the discharge end of the first blowpit 9, the second blowpit 10 and the 3rd blowpit 23 all extends to body 1
Outside.As an improvement the first backgauge cloth 24 is all connected between the left and right ends of the first sieve 19 and the first stripper 20, the
The second backgauge cloth 25 is all connected between the left and right ends of two sieves 21 and the second stripper 22, backgauge cloth can avoid falling on sieve
Material spill beyond stripper.
Wherein, vibrating mechanism 26 includes transverse slat 27, and the lower end of transverse slat 27 passes through the bottom that more springs 28 screen chamber 4 with vibrations
Portion connects, and vibrating motor 29 and four montants 30 are installed with transverse slat 27, and the upper end of montant 30 is pushed up positioned at vibrations screening chamber 4
In the damping sleeve 31 in portion, four montants 30 are distributed in the four corners of transverse slat 27, and four montants 30 respectively with the first sieve 19 and
The side wall of second sieve 21 is fixedly connected, and vibrating motor 29 shakes with motion plate 27 and montant 30, then drives the first sieve 19
With the second sieve 21, screening is shaken to realize.
Adlay to be screened can be promoted to storing by the utility model by setting feed mechanism, using vertical elevator
In funnel 11, in order to follow-up screening operation；Discharging gate is connected by setting spiral quantitative dispenser 12, and in its lower end
14, the hang plate being equipped with passage 15, may be such that adlay uniformly falls and splashes scattered；Negative pressure is set by body
Selection by winnowing chamber 3, and negative pressure is formed in negative pressure selection by winnowing chamber 3 in its side setting negative-pressure air fan 5, its work, can be by adlay surface
The dust for adhering to and raising is sucked in dust collection mechanism 6, the quality of adlay is effectively raised, by negative pressure selection by winnowing chamber 3
Downside connection vibrations screening chamber 4, remove the larger heart of a lotus seed of adlay respectively using level-one Shua Xuan mechanisms 7 and two level sorting mechanism 8
Rice shell and fine particle, further increase the quality of adlay；By by the first sieve 19 and the second sieve 21 and vibrating mechanism,
Effectively improve the efficiency of sorting.
Although body 1, feed mechanism 2, negative pressure selection by winnowing chamber 3, vibrations screening chamber 4, negative-pressure air fan is used more herein
5th, dust collection mechanism 6, level-one Shua Xuan mechanisms 7, two level sorting mechanism 8, the first blowpit 9, the second blowpit 10, hopper
11st, spiral quantitative dispenser 12, stent 13, discharging gate 14, passage 15, hang plate 16, dust hopper 17, dust collection filtering bag 18,
First sieve 19, the first stripper 20, the second sieve 21, the second stripper 22, the 3rd blowpit 23, the first backgauge cloth 24,
Two backgauge cloth 25, vibrating mechanism 26, transverse slat 27, spring 28, vibrating motor 29, montant 30, damping sleeve 31, filter screen 32 and vertical
The grade term of elevator 33, but it does not preclude the possibility of using other terms.The use of these items is only for more easily
Describe and explain the essence of the utility model；Being construed as any one of the additional limitations is all and the utility model spirit
Disagree.
Claims (10)
1. a kind of adlay processes negative pressure selection by winnowing separation equipment, including body (1), it is characterised in that is equipped with the upside of the body (1)
Feed mechanism (2), the body (1) are internally provided with negative pressure selection by winnowing chamber (3) and vibrations screening chamber (4), the negative pressure selection by winnowing chamber (3)
On the upside of vibrations screening chamber (4), and the lower end of negative pressure selection by winnowing chamber (3) is connected with the upper end of vibrations screening chamber (4), the negative pressure
The feed inlet of selection by winnowing chamber (3) is connected with feed mechanism (2), and the both sides of the negative pressure selection by winnowing chamber (3) are respectively equipped with air inlet and go out
Air port, air outlet outside are connected with negative-pressure air fan (5), and the lower end of the negative-pressure air fan (5) is connected with dust collection mechanism (6)；
Level-one Shua Xuan mechanisms (7) and two level sorting mechanism (8), level-one Shua Xuan mechanisms (7) position are equipped with the vibrations screening chamber (4)
In the upside of two level sorting mechanism (8), and the discharge end of level-one Shua Xuan mechanisms (7) is connected with the first blowpit (9), the two level
The discharge end of sorting mechanism (8) is connected with the second blowpit (10), and vibrating mechanism is additionally provided with the vibrations screening chamber (4)
(26), the vibrating mechanism (26) is arranged on the bottom of vibrations screening chamber (4), and vibrating mechanism (26) selects machine with level-one brush respectively
Structure (7) and two level sorting mechanism (8) connection.
2. adlay according to claim 1 processes negative pressure selection by winnowing separation equipment, it is characterised in that the feed mechanism (2)
Including the hopper (11) being arranged on the upside of body (1), the lower end of the hopper (11) is connected with spiral quantitative feed
Device (12), the spiral quantitative dispenser (12) are fixedly mounted on body (1) by stent (13), the negative pressure selection by winnowing chamber
(3) discharge nozzle lower end is evenly equipped with multiple discharging gates (14), and the side on the body (1) is equipped with vertical elevator (33), institute
The discharge end for stating vertical elevator (33) is arranged on the surface of hopper (11).
3. adlay according to claim 2 processes negative pressure selection by winnowing separation equipment, it is characterised in that the body (1) it is upper
End face is equipped with the passage (15) connected with negative pressure selection by winnowing chamber (3), and the discharging gate (14) is located in passage (15), and discharging gate
(14) downside is equipped with hang plate (16), and the hang plate (16) is fixedly mounted on the side wall of passage (15).
4. adlay according to claim 1 processes negative pressure selection by winnowing separation equipment, it is characterised in that the dust collection mechanism
(6) dust hopper (17) is included, the lower face of the negative-pressure air fan (5) is equipped with opens with what dust hopper (17) feed end was connected
Mouthful, the lower end of the dust hopper (17) is connected with dust collection filtering bag (18).
5. adlay according to claim 1 processes negative pressure selection by winnowing separation equipment, it is characterised in that the negative pressure selection by winnowing chamber
(3) filter screen (32) is laid with air inlet and air outlet, and the diameter for thering is filter screen (32) diameter to be less than adlay particle.
6. adlay according to claim 1 processes negative pressure selection by winnowing separation equipment, it is characterised in that the level-one Shua Xuan mechanisms
(7) the first sieve (19) being obliquely installed is included, first sieve (19) is connected with the sidewall elastomer of vibrations screening chamber (4),
The downside of first sieve (19) is equipped with the first stripper (20), and first stripper (20) is inclined to set, and first
The discharge end of stripper (20) is connected with the first blowpit (9).
7. adlay according to claim 6 processes negative pressure selection by winnowing separation equipment, it is characterised in that the two level sorting mechanism
(8) the second sieve (21) that parallel first stripper (20) is set, second sieve (21) and vibrations screening chamber (4) are included
Sidewall elastomer connects, and the feed end of second sieve (21) is located at the underface of the first sieve (19) discharge end, and described second
The discharge end of sieve (21) is connected with the second blowpit (10), and the downside of second blowpit (10) is equipped with the second stripper
(22), second stripper (22) is inclined to set, and the vibrations screening chamber (4) corresponding to the second stripper (22) discharge end
Side wall is equipped with the 3rd blowpit (23).
8. adlay according to claim 7 processes negative pressure selection by winnowing separation equipment, it is characterised in that first blowpit
(9), the discharge end of the second blowpit (10) and the 3rd blowpit (23) all extends to the outside of body (1).
9. adlay according to claim 7 processes negative pressure selection by winnowing separation equipment, it is characterised in that first sieve (19)
The first backgauge cloth (24), second sieve (21) and the second discharging are all connected between the left and right ends of the first stripper (20)
The second backgauge cloth (25) is all connected between the left and right ends of plate (22).
10. adlay according to claim 7 processes negative pressure selection by winnowing separation equipment, it is characterised in that the vibrating mechanism
(26) transverse slat (27) is included, the lower end of the transverse slat (27) is connected by more springs (28) with the bottom of vibrations screening chamber (4),
Vibrating motor (29) and four montants (30) are installed with the transverse slat (27), the upper end of the montant (30) is positioned at vibrations
To screen in the damping sleeve (31) at the top of chamber (4), four montants (30) are distributed in the four corners of transverse slat (27), and described in four
Side wall of the montant (30) respectively with the first sieve (19) and the second sieve (21) is fixedly connected.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201720933504.8U CN207254757U (en) | 2017-07-29 | 2017-07-29 | A kind of adlay processes negative pressure selection by winnowing separation equipment |
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| CN201720933504.8U CN207254757U (en) | 2017-07-29 | 2017-07-29 | A kind of adlay processes negative pressure selection by winnowing separation equipment |
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| CN207254757U true CN207254757U (en) | 2018-04-20 |
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| CN201720933504.8U Expired - Fee Related CN207254757U (en) | 2017-07-29 | 2017-07-29 | A kind of adlay processes negative pressure selection by winnowing separation equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109569773A (en) * | 2018-11-27 | 2019-04-05 | 龙松娟 | A kind of black rice is efficiently peeled the vibration feeding device after extracting |
| CN111644381A (en) * | 2020-05-12 | 2020-09-11 | 蒋宗霞 | Stone remover with reinforced function of ration |
-
2017
- 2017-07-29 CN CN201720933504.8U patent/CN207254757U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109569773A (en) * | 2018-11-27 | 2019-04-05 | 龙松娟 | A kind of black rice is efficiently peeled the vibration feeding device after extracting |
| CN111644381A (en) * | 2020-05-12 | 2020-09-11 | 蒋宗霞 | Stone remover with reinforced function of ration |
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