CN205816180U - Seed of Flos Moutan vibrating sieve for removing impurities - Google Patents
Seed of Flos Moutan vibrating sieve for removing impurities Download PDFInfo
- Publication number
- CN205816180U CN205816180U CN201620726799.7U CN201620726799U CN205816180U CN 205816180 U CN205816180 U CN 205816180U CN 201620726799 U CN201620726799 U CN 201620726799U CN 205816180 U CN205816180 U CN 205816180U
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- screen cloth
- seed
- flos moutan
- upper screen
- sieve nest
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Abstract
nullA kind of seed of Flos Moutan vibrating sieve for removing impurities，Including frame、Drive motor、Sieve nest、Screen cloth and vibrator，Screen cloth includes upper screen cloth and lower screen cloth，Upper screen cloth is made up of for left half dictyosome and right half dictyosome angle 176 °，Some first through holes and horizontal wavy bulge is had on upper screen cloth，First through-hole diameter is than the ripe big 3mm of seed of Flos Moutan diameter，The height of each horizontal wavy bulge and thickness are 3mm，Second through hole of a diameter of 2mm is had on lower screen cloth，Front rotary shaft and rear rotating shaft is had on sieve nest，Drive mechanism is had between front rotary shaft and rear rotating shaft，Two groups of stand material guiding devices are had on drive mechanism，Stand material guiding device includes spreading out flitch and deflector，Stand flitch is made up of the left push pedal that angle is 150 ° and right push pedal，Deflector is made up of the left guide plate that angle is 150 ° and right guide plate，It coincide with upper screen cloth top surface shape bottom stand flitch and deflector，Away from upper screen cloth end face 12mm bottom stand flitch and deflector.This utility model only need to carry out primary screening and just can reach impurities removing efficiency seed of Flos Moutan, improves production efficiency.
Description
Technical field
This utility model relates to the equipment used during seed impurity removing, is especially a kind of seed of Flos Moutan vibrating sieve for removing impurities.
Background technology
Peony seed oil to experience a lot of operation in process of manufacture, and wherein remove impurity operation is first operation, is also
Very important operation, the height of impurities removing efficiency will directly affect the oil yield of follow-up seed of Flos Moutan and the mouthfeel of oil.At present, in Paeonia suffruticosa
In the remove impurity operation of seed, the most all using vibrosieve to screen it, conventional vibrosieve is mostly by sieve nest and screen cloth group
Becoming, sieve nest is connected with frame elasticity by the spring of bottom, and motor is arranged in frame, and drives sieve by belt and belt pulley
The vibrator installed on body makes sieve nest vibrate, thus reaches to screen the purpose of seed of Flos Moutan.Although this vibrosieve is in Paeonia suffruticosa
Being widely adopted in the screening process of seed, but its screening effect is not highly desirable, impurities removing efficiency is the highest, after a remove impurity, male
Red seed still contains a large amount of pod shell, leaf and stem stalk, it usually needs remove impurity circulation could reach seed of Flos Moutan several times reluctantly repeatedly
Impurities removing efficiency, it is seen that efficiency is the lowest.
Utility model content
The technical problems to be solved in the utility model is to provide and a kind of only seed of Flos Moutan need to be carried out primary screening and just can reach
Impurities removing efficiency, thus it is greatly improved the seed of Flos Moutan vibrating sieve for removing impurities of production efficiency.
Technical solution of the present utility model is to provide a kind of seed of Flos Moutan vibrating sieve for removing impurities with following structure, bag
Including rack, drive motor, sieve nest, screen cloth and be arranged on sieve nest the vibrator for driving sieve nest vibrate, drive motor to pacify
Being contained in frame and be connected with vibrator, sieve nest is connected with frame elasticity, and wherein, screen cloth includes upper screen cloth and lower screen cloth, upper sieve
Net and lower screen cloth are installed in sieve nest inner chamber, and upper screen cloth is parallel with lower screen cloth, and all form 10～20 ° to going out with horizontal plane
Material mouth rolls oblique angle, and upper screen cloth is made up of left half dictyosome and right half dictyosome, left half dictyosome and right half dictyosome formed 174～
The recessed angle α of 178 °, upper screen cloth end face offers some first through holes and some horizontal wavy bulge, the first through hole
Diameter bigger than the diameter of ripe seed of Flos Moutan 2～4mm, height and the thickness of each horizontal wavy bulge are 1～4mm, lower screen cloth
On offer the second through hole, a diameter of the 1 of the second through hole～3mm, sieve nest top is provided with front rotary shaft and rear rotating shaft, front rotary shaft with
Connecting between rear rotating shaft has drive mechanism, front rotary shaft to be connected with rack-mounted rotary electric machine, on drive mechanism periphery wall
Being provided with two groups of equidistant equally distributed stand material guiding devices, often material guiding device in group stand all includes spreading out flitch and deflector,
Stand flitch is made up of left push pedal and right push pedal, forms 140～160 ° of angle β between left push pedal and right push pedal, most advanced and sophisticated towards sieve nest
Charging aperture, deflector is made up of left guide plate and right guide plate, forms 140～160 ° of angle γ between left guide plate and right guide plate, most advanced and sophisticated
Towards sieve nest discharging opening, the bottom shape of stand flitch and deflector all matches with upper screen cloth top surface shape, stand flitch and water conservancy diversion
The bottom of plate is all away from upper screen cloth end face 11～15mm.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, sieve nest discharging opening longitudinal center line position is provided with
Axial flow blower, axial flow blower bottom surface be higher than upper screen cloth discharge port end 100～200mm, the air opening end of axial flow blower down, and with
5～10 ° of angles are formed between horizontal plane.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, horizontal wavy bulge is interconnected on by some
Straightway composition together, the angle between adjacent straight line segment is 90 °.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, the width of stand flitch and deflector is equal, and all
It is slightly less than sieve nest lumen width.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, the bottom surface of axial flow blower is higher than upper screen cloth discharging opening
End 150mm, the angle formed between air outlet axis and the horizontal plane of axial flow blower is 7 °.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, the angle that upper screen cloth, lower screen cloth are formed with horizontal plane
Being 15 °, recessed angle α is 176 °, and the diameter of the first through hole 3mm bigger than the diameter of ripe seed of Flos Moutan, each lateral wave shape wave is convex
The height and the thickness that rise are 3mm, and a diameter of 2mm of the second through hole, angle β are 150 °, and angle γ is 150 °, spread out flitch and lead
The bottom of stream plate is above upper screen cloth end face 12mm.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, is provided with hopper, feed hopper bottom at sieve nest charging aperture
Feed opening be prolate shape, the feed opening width of prolate shape is slightly less than sieve nest lumen width.
Seed of Flos Moutan vibrating sieve for removing impurities described in the utility model, wherein, sieve nest top is provided with top cover.
After using above structure, compared with prior art, this utility model seed of Flos Moutan vibrating sieve for removing impurities has the advantage that
1, slow during discharge port end roll-sliding by sieve nest vibration at seed of Flos Moutan, two groups of stand flitch can be ceaselessly
Alternately seed of Flos Moutan is pushed to from discharging opening direction charging aperture direction, thus the some seed of Flos Moutan fallen on upper screen cloth are spread out repeatedly
Flat；
2, form the recessed angle α of 174～178 ° due to left half dictyosome and right half dictyosome, and the bottom shape of stand flitch with
The top surface shape of upper screen cloth matches, therefore, when spreading out flitch and pushing seed of Flos Moutan to charging aperture direction from discharging opening direction, and Paeonia suffruticosa
Seed can uniformly be shakeout on left half dictyosome with right half dictyosome, and under sieve nest effect of vibration, seed of Flos Moutan again can the most partly
Drawing close between dictyosome and right half dictyosome, when next stand flitch arrives, seed of Flos Moutan can uniformly be shakeout again at left half dictyosome with right
On half dictyosome, circulate and so forth.This process can extend time that every seed of Flos Moutan rests on upper screen cloth and relatively go up
The move distance of screen cloth, thus more effectively seed of Flos Moutan is screened, it is ensured that every qualified seed of Flos Moutan can lead to from first
Hole falls into, will not be missed any one；
3, spread out after flitch uniformly shakeouts on left half dictyosome and right half dictyosome when seed of Flos Moutan, some horizontal wavy bulge
Seed of Flos Moutan can be carried out transience stop, prevent it from drawing close between half dictyosome and right half dictyosome the most to the left, it is ensured that each
Seed of Flos Moutan all screens；
4, being provided with upper and lower two screen clothes, the pod shell in seed of Flos Moutan, leaf and stem stalk can be filtered by upper screen cloth, and
When qualified seed of Flos Moutan drops on lower screen cloth, dust or the sand filtration of doping are fallen again by lower screen cloth, thus significantly ensure male
The impurities removing efficiency of red seed so that the seed of Flos Moutan flowed out from lower screen cloth discharging opening is all to screen qualified seed；
5, upper screen cloth be arranged in parallel with lower screen cloth, and all forms the angle of 10～20 °, the mesh so arranged with horizontal plane
: can be while seed of Flos Moutan be vibrated so that it is slowly to discharging opening roll-sliding；
During seed of Flos Moutan is uniformly shakeout on left half dictyosome and right half dictyosome by stand flitch, axial flow blower can be constantly
Drying to upper screen cloth end face in ground, under the guide functions of deflector, the leaf being entrained in seed of Flos Moutan and flower sheet etc. can be along left sides
Guide plate and right guide plate move to the upper screen cloth left and right sides, thus avoid in sieve nest vibration processes, and leaf and flower sheet are directly fitted
On upper screen cloth end face, the first through hole is blocked, and then is improved screening effect further.
The feed opening of feed hopper bottom is oblong, and width is slightly less than the advantage of sieve nest lumen width and is: when treating
After screening seed of Flos Moutan pours hopper into, under the effect of feed opening, seed of Flos Moutan can be averaged and be split in left half dictyosome and right half dictyosome
On, thus improve screening effect further.
When top cover covers behind sieve nest top, can prevent seed of Flos Moutan in vibration processes, jump out from sieve nest inner chamber.
Accompanying drawing explanation
Fig. 1 is this utility model seed of Flos Moutan vibrating sieve for removing impurities perspective view when hiding hopper and top cover；
Fig. 2 is upper screen cloth in this utility model seed of Flos Moutan vibrating sieve for removing impurities, drive mechanism, two groups of stand material guiding devices, front
The installation site side view of rotating shaft, rear rotating shaft and axial flow blower；
Fig. 3 is the vertical view structure for amplifying schematic diagram of upper screen cloth in this utility model seed of Flos Moutan vibrating sieve for removing impurities；
Fig. 4 is the side-looking structural representation of upper screen cloth in this utility model seed of Flos Moutan vibrating sieve for removing impurities；
Fig. 5 is to spread out flitch and the vertical view structure for amplifying schematic diagram of deflector in this utility model seed of Flos Moutan vibrating sieve for removing impurities.
Detailed description of the invention
With detailed description of the invention, this utility model seed of Flos Moutan vibrating sieve for removing impurities is made the most below in conjunction with the accompanying drawings
Bright:
As shown in Figures 1 to 5, in this embodiment, this utility model seed of Flos Moutan vibrating sieve for removing impurities includes frame
72, drive motor 74, sieve nest 76, screen cloth and be arranged on sieve nest 76 vibrator 75 for driving sieve nest 76 to vibrate, driving
Motor 74 is arranged in frame 72 and is connected with vibrator 75 by belt and belt pulley, and sieve nest 76 and frame 72 are by spiral bullet
Spring 70 is elastic to be connected, naturally it is also possible to being attached by flat spring and rubber spring, screen cloth includes upper screen cloth 50 and lower screen cloth
60, upper screen cloth 50 and lower screen cloth 60 are installed in sieve nest 76 inner chamber, and upper screen cloth 50 is parallel with lower screen cloth 60, and equal and level
Face forms 10～20 ° and rolls oblique angle to discharging opening, and upper screen cloth 50 is made up of left half dictyosome 502 and right half dictyosome 501, and left half
Dictyosome 502 and right half dictyosome 501 form the recessed angle α of 174～178 °, and upper screen cloth 50 end face offers some first through holes
503 and the horizontal wavy bulge of some rows 504, the diameter bigger than the diameter of ripe seed of Flos Moutan 2 of the first through hole 503～4mm, each horizontal stroke
It is 1～4mm to height and the thickness of wavy bulge 504, lower screen cloth 60 offers the second through hole 601, the second through hole 601
A diameter of 1～3mm, sieve nest 76 top is provided with front rotary shaft 301 and rear rotating shaft 302, between front rotary shaft 301 and rear rotating shaft 302
Connecting and have drive mechanism 30, this drive mechanism 30 is chain and sprocket wheel, and front rotary shaft 301 passes through change speed gear box 71 and belt and is arranged on
Rotary electric machine 73 in frame 72 connects, and chain periphery wall is provided with two groups of equidistant equally distributed stand material guiding devices,
Often material guiding device in group stand all includes spreading out flitch 20 and deflector 10, and stand flitch 20 is made up of left push pedal 201 and right push pedal 202,
Forming 140～160 ° of angle β between left push pedal 201 and right push pedal 202, this tip is towards sieve nest charging aperture, and deflector 10 is by a left side
Guide plate 101 and right guide plate 102 form, between left guide plate 101 and right guide plate 102 formed 140～160 ° of angle γ, this tip towards
Sieve nest 76 discharging opening, the bottom shape of stand flitch 20 and deflector 10 all matches with upper screen cloth 50 top surface shape, spreads out flitch 20
With the bottom of deflector 10 all away from upper screen cloth 50 end face 11～15mm.
Being provided with hopper (not shown) at described sieve nest 76 charging aperture, the feed opening of this feed hopper bottom is prolate shape,
The feed opening width of oblong is slightly less than sieve nest 76 lumen width.After pouring seed of Flos Moutan to be screened into hopper, at feed opening
Effect under, seed of Flos Moutan can be averaged and be split on left half dictyosome 502 and right half dictyosome 501, thus improves seed of Flos Moutan further
Screening effect.
Described sieve nest 76 top is provided with top cover (not shown), when top cover covers behind sieve nest top, can prevent Paeonia suffruticosa
Seed, in vibration processes, jumps out from sieve nest 76 inner chamber.
As preferably, described sieve nest 76 discharging opening longitudinal center line position is provided with axial flow blower 40, axial flow blower 40 end
Face is higher than upper screen cloth 50 discharge port end 150mm, naturally it is also possible to be other numerical value between 100～200mm, axial flow blower 40
Air opening end down, forms 7 ° of angles between air outlet axis and horizontal plane, this angle can also be other between 5～10 °
Numerical value.
As preferably, described horizontal wavy bulge 504 is made up of some straightways interconnected, adjacent straight
Angle between line segment is 90 °.
As preferably, the width of described stand flitch 20 and deflector 10 is equal, and is all slightly less than sieve nest 76 lumen width.
As preferably, the angle that described upper screen cloth 50, lower screen cloth 60 are formed with horizontal plane is 15 °, described recessed angle α
It is 176 °, the diameter 3mm bigger than the diameter of ripe seed of Flos Moutan of the first through hole 503, generally, ripe seed of Flos Moutan a diameter of
8mm, then the concrete numerical value of diameter of the first through hole 503 is 11mm, and height and the thickness of each horizontal wavy bulge 504 are 3mm,
A diameter of 2mm of described second through hole 601, described angle β are 150 °, and described angle γ is 150 °, described stand flitch 20 and leading
The bottom of stream plate 10 is above upper screen cloth 50 end face 12mm.
Operation principle of the present utility model is: drive motor 74 to drive vibrator 75 to make sieve nest 76 produce vibration, upper screen cloth
50 follow with lower screen cloth 60 together with vibrate, seed of Flos Moutan to be screened is poured into from hopper, qualified seed of Flos Moutan under effect of vibration quickly
Dropping into lower screen cloth 60 from the first through hole 503, dust or the grains of sand drop rapidly from the second through hole 601, in the process, and pod
Shell, leaf and stem stalk can constantly flow out from upper screen cloth 50 discharging opening, screen qualified seed of Flos Moutan constantly from lower screen cloth 60
Discharging opening flows out, and this utility model only need to carry out primary screening to seed of Flos Moutan, so that it may makes impurities removing efficiency reach 98%.It is subject at seed of Flos Moutan
Sieve nest 76 vibrates slowly during discharge port end roll-sliding, and two groups of stand flitch 20 can ceaselessly replace seed of Flos Moutan from sieve
Charging aperture direction is pushed in body 76 discharging opening direction to, thus is repeatedly shakeout by the some seed of Flos Moutan fallen on upper screen cloth 50, due to stand
The bottom shape of flitch 20 matches with the top surface shape of upper screen cloth 50, therefore, when stand flitch 20 by seed of Flos Moutan from discharging opening side
In time pushing charging aperture direction to, seed of Flos Moutan can uniformly be shakeout on left half dictyosome 502 and right half dictyosome 501, and at sieve nest 76
Under effect of vibration, seed of Flos Moutan can be drawn close between half dictyosome 502 and right half dictyosome 501 again the most to the left, when next stand flitch 20 arrives
When coming, seed of Flos Moutan can uniformly be shakeout again at left half dictyosome 502 with on right half dictyosome 501, circulates and so forth, thus significantly prolongs
Long every seed of Flos Moutan rests on the time on upper screen cloth and the move distance of relative upper screen cloth, and then more effectively to seed of Flos Moutan
Screen, it is ensured that every qualified seed of Flos Moutan can fall from the first through hole 503, will not miss any one.Work as Paeonia suffruticosa
Seed is spread out after flitch 20 uniformly shakeouts on left half dictyosome 502 with right half dictyosome 501, and some horizontal wavy bulge 504 can be right
Seed of Flos Moutan carries out transience stop, prevents it from drawing close between half dictyosome 502 and right half dictyosome 501 the most to the left, it is ensured that each
Seed of Flos Moutan can be screened to.In above process, axial flow blower 40 can constantly be dried to upper screen cloth 50 end face, at water conservancy diversion
Under the guide functions of plate 10, the leaf being entrained in seed of Flos Moutan and flower sheet etc. upwards can sieve along left guide plate 101 and right guide plate 102
Net 50 left and right sides is moved, thus avoids sieve nest 76 in vibration processes, and leaf and flower sheet are directly against being combined in upper screen cloth 50 end face
On, the first through hole 503 is blocked, and then is improved screening effect further.
Embodiment described above is only to be described preferred implementation of the present utility model, not to this practicality
Novel scope is defined, and on the premise of without departing from this utility model design spirit, those of ordinary skill in the art are to this
Various deformation that the technical scheme of utility model is made and improvement, all should fall in protection domain of the present utility model.
Claims (8)
1. a seed of Flos Moutan vibrating sieve for removing impurities, including frame (72), drives motor (74), sieve nest (76), screen cloth and is arranged on
Being used for the vibrator (75) driving sieve nest (76) to vibrate on sieve nest (76), described driving motor (74) is arranged in frame (72) also
Being connected with vibrator (75), described sieve nest (76) is connected with frame (72) elasticity, it is characterised in that: described screen cloth includes upper screen cloth
(50) it is installed in sieve nest (76) inner chamber with lower screen cloth (60), described upper screen cloth (50) and lower screen cloth (60), upper screen cloth (50)
Parallel with lower screen cloth (60), and all form 10～20 ° with horizontal plane and roll oblique angle, described upper screen cloth (50) to discharging opening
Being made up of left half dictyosome (502) and right half dictyosome (501), left half dictyosome (502) forms 174～178 ° with right half dictyosome (501)
Recessed angle (α), described upper screen cloth (50) end face offers some first through holes (503) and some horizontal wavy bulge
(504), the diameter bigger than the diameter of ripe seed of Flos Moutan 2～4mm of the first through hole (503), the height of each horizontal wavy bulge (504)
Degree and thickness are 1～4mm, and described lower screen cloth (60) offers the second through hole (601), a diameter of the 1 of the second through hole (601)
～3mm, described sieve nest (76) top is provided with front rotary shaft (301) and rear rotating shaft (302), front rotary shaft (301) and rear rotating shaft (302)
Between connect have drive mechanism (30), described front rotary shaft (301) to be connected with the rotary electric machine (73) being arranged in frame (72), institute
State and two groups of equidistant equally distributed stand material guiding devices, often group stand material guiding device are installed on drive mechanism (30) periphery wall
All including spreading out flitch (20) and deflector (10), stand flitch (20) is made up of left push pedal (201) and right push pedal (202), left push pedal
(201) 140～160 ° of angles (β) and are formed between right push pedal (202), most advanced and sophisticated towards sieve nest charging aperture, described deflector (10)
It is made up of left guide plate (101) and right guide plate (102), between left guide plate (101) and right guide plate (102), forms 140～160 ° of angles
(γ), most advanced and sophisticated towards sieve nest (76) discharging opening, the bottom shape of described stand flitch (20) and deflector (10) is equal and upper screen cloth
(50) top surface shape matches, and the bottom of stand flitch (20) and deflector (10) is all away from upper screen cloth (50) end face 11～15mm.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 1, it is characterised in that: during described sieve nest (76) discharging opening is longitudinal
Heart line position is provided with axial flow blower (40), described axial flow blower (40) bottom surface higher than upper screen cloth (50) discharge port end 100～
200mm, the air opening end of described axial flow blower (40) down, and and horizontal plane between formed 5～10 ° of angles.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 2, it is characterised in that: described horizontal wavy bulge (504)
Being made up of some straightways interconnected, the angle between adjacent straight line segment is 90 °.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 3, it is characterised in that: described stand flitch (20) and deflector
(10) width is equal, and is all slightly less than sieve nest (76) lumen width.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 4, it is characterised in that: described axial flow blower (40) bottom surface is higher than
Upper screen cloth (50) discharge port end 150mm, the angle formed between air outlet axis and the horizontal plane of axial flow blower (40) is 7 °.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 5, it is characterised in that: described upper screen cloth (50), lower screen cloth
(60) angle formed with horizontal plane is 15 °, and described recessed angle (α) is 176 °, and the diameter of the first through hole (503) is than maturation
The big 3mm of diameter of seed of Flos Moutan, the height of each horizontal wavy bulge (504) and thickness are 3mm, described second through hole (601)
A diameter of 2mm, described angle (β) is 150 °, and described angle (γ) is 150 °, described stand flitch (20) and deflector (10)
Bottom is above upper screen cloth (50) end face 12mm.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 6, it is characterised in that: install at described sieve nest (76) charging aperture
Having hopper, the feed opening of feed hopper bottom is prolate shape, and the feed opening width of prolate shape is slightly less than sieve nest (76) lumen width.
Seed of Flos Moutan vibrating sieve for removing impurities the most according to claim 7, it is characterised in that: described sieve nest (76) top is provided with top
Lid.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620726799.7U CN205816180U (en) | 2016-07-11 | 2016-07-11 | Seed of Flos Moutan vibrating sieve for removing impurities |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620726799.7U CN205816180U (en) | 2016-07-11 | 2016-07-11 | Seed of Flos Moutan vibrating sieve for removing impurities |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205816180U true CN205816180U (en) | 2016-12-21 |
Family
ID=57565306
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620726799.7U Withdrawn - After Issue CN205816180U (en) | 2016-07-11 | 2016-07-11 | Seed of Flos Moutan vibrating sieve for removing impurities |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205816180U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106179946A (en) * | 2016-07-11 | 2016-12-07 | 铜陵亚通牡丹产业发展有限公司 | Seed of Flos Moutan vibrating sieve for removing impurities |
| CN107051883A (en) * | 2017-03-21 | 2017-08-18 | 浙江喜盈天农业开发有限公司 | Pollen separator |
| CN112683032A (en) * | 2020-12-22 | 2021-04-20 | 唐苏英 | Skin care product peony seed oil extraction preparation method |
-
2016
- 2016-07-11 CN CN201620726799.7U patent/CN205816180U/en not_active Withdrawn - After Issue
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106179946A (en) * | 2016-07-11 | 2016-12-07 | 铜陵亚通牡丹产业发展有限公司 | Seed of Flos Moutan vibrating sieve for removing impurities |
| CN106179946B (en) * | 2016-07-11 | 2018-01-16 | 铜陵亚通牡丹产业发展有限公司 | Peony seeds vibrating sieve for removing impurities |
| CN107051883A (en) * | 2017-03-21 | 2017-08-18 | 浙江喜盈天农业开发有限公司 | Pollen separator |
| CN112683032A (en) * | 2020-12-22 | 2021-04-20 | 唐苏英 | Skin care product peony seed oil extraction preparation method |
| CN112683032B (en) * | 2020-12-22 | 2023-06-23 | 龙池牡丹实业有限公司 | Skin care product peony seed oil extraction and preparation method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20161221 Effective date of abandoning: 20180116 |
|
| AV01 | Patent right actively abandoned |