CN103350065B - Automatic screening device for edible roses - Google Patents
Automatic screening device for edible roses Download PDFInfo
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- CN103350065B CN103350065B CN201310330880.4A CN201310330880A CN103350065B CN 103350065 B CN103350065 B CN 103350065B CN 201310330880 A CN201310330880 A CN 201310330880A CN 103350065 B CN103350065 B CN 103350065B
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Abstract
The invention relates to an automatic screening device for edible roses, belonging to the field of agricultural product processing machinery. The automatic screening device is composed of a fixed frame, a sorting and screening part and a transmission part, wherein the sorting and screening part comprises a stepping motor I, a rotary shaft I, a feed tray, a rotary wheel, a tray I, a screening tray I and a hair brush, and the transmission part comprises a dropping arm, a tray II, a screening tray II, an optical sensor, a conveying belt, a rotary shaft II and a stepping motor II. After roses are sorted by the feed tray, the rotary wheel, the tray I and the screening tray I, the roses sequentially and tidily drop on the conveying belt by the dropping arm through the tray II and the screening tray II. The stepping motor I controls sorting and screening, and the stepping motor II and the optical sensor control transmission. The device is used for preliminarily sorting piles of roses most branches of which are cut off and only with branches with the length of 1-2cm left, so that the roses are orderly ranged into a single row so as to be beneficial to subsequent line production of automatic identification and sorting.
Description
Technical field
The present invention relates to a kind of edible rose automatic splinter screening device for screening, particularly a kind of device screened the edible rose flower after cutting rose branch, belongs to agricultural product processing machinery field.
Background technology
Edible rose is spices, and be again smoked tea, wine brewing, the raw material of food and medicine or batching, operation strategies is wide, and economic worth is very high.After edible rose is gathered, branch is generally given it up, and only leaves the branch bar of petal, calyx and about 1 ~ 2 centimeter length.Leave the object of a small amount of branch bar, be to avoid hand in subsequent handling directly to contact petal.And before carrying out various preliminary working, generally first will screen and classification receiving these roses adopted, to facilitate the automatic sorting equipment of follow-up rose petal to the identification of rose.In actual production, realize that rose in enormous quantities identifies automatically, the continuous productive process of go-on-go, first need single rose to separate from Hua Duizhong, this operation is all the method adopting artificial screening and go-no-go at present, waste time and energy, the amount of labour is large, and cost of labor is high.
Summary of the invention
The object of this invention is to provide a kind of edible rose automatic splinter screening device for screening, with alternative artificial screening and go-no-go, reduce the amount of labour and the cost of labor of people, for further follow-up screening provides condition.
The object of the present invention is achieved like this: edible rose automatic splinter screening device for screening screens part by fixed mount, go-on-go, and hop forms; Described go-on-go screening unit is divided and is comprised stepper motor I, rotating shaft I, feeding disk, runner, pallet I, screen tray I, hairbrush; Described feeding disk card has charging hole, and there is discharge nozzle charging hole lower end, and discharge nozzle is provided with groove; The radius of described runner is R, and there is runner hole at center, is evenly equipped with multipair connected semicircular groove and projection at the edge of runner, and the angle between often pair of adjacent semicircular groove and projection is α, and the diameter of semicircular groove is Φ; There is pallet hole I at described pallet I center, at the radius R being the center of circle with the axle center of pallet I circumferentially, be evenly equipped with respectively with point be circumferentially the center of circle, the diameter hole I that is Φ, and the angle between often adjacent holes I is α, wall is had between every adjacent holes I, described screen tray I is connected to form by fixed arm and disk, the diameter of disk and the equal diameters of top tray I, disk has with its radius R is a bit the center of circle, hole II that diameter is Φ; Described hop comprises dropping place arm, pallet II, screen tray II, optical pickocff, conveyer belt, rotating shaft II, stepper motor II.Described dropping place arm is made up of bar portion and arm, and one end of arm has in low wide and up narrow gentle slope shape dropping place groove; Described pallet II is a cylinder shape groove, and there is connecting hole at its center, bottom portion of groove have n its center of circle be distributed in same Radius be r1 circumferentially, diameter is the dropping place hole of Φ, the degree of depth in each dropping place hole only can hold the length of 1 rose; Described screen tray II is made up of bar portion and disk, the diameter of disk and the equal diameters of pallet II, and there is via hole at its center, disk has a sieve aperture, and the hole heart of this sieve aperture is positioned in the radius r 1 of disk, and its diameter is Φ; On pallet I, the number of the rose that the degree of depth in hole can be held is equal with the number in the hole that pallet II designs; Its position and annexation are: stepper motor I is fixedly mounted on below fixed mount top, its rotating shaft I is passed down through the runner hole of runner and the pallet hole I of pallet successively and is connected with key with pallet I with runner, the center of circle of all semicircular grooves is relative up and down with the center of circle in the hole I of pallet I, be positioned on same vertical line, feeding disk is outstanding to be contained in above pallet I; Hairbrush 19 is arranged between runner and pallet I, and its end winding support is on fixed mount; Screen tray I fixed arm one end is fixedly mounted on fixed mount, and its disk is then positioned at immediately below pallet I, with pallet I concentric, has gap between pallet I and screen tray I; Dropping place arm one end is fixedly mounted on fixed mount, and arm body is positioned at the cylinder shape groove of pallet II; Stepper motor II is positioned at device bottom, its rotating shaft II is upward through the via hole of screen tray II, the connecting hole at pallet II center being connected with pallet II key successively, the bar portion of screen tray II is fixed on fixed mount, its disk and pallet about II align, and have gap therebetween, optical pickocff is positioned at below screen tray II, conveyer belt
positionbelow sieve aperture.
As the rose for a go-on-go screening greater number, the number of runner can be increased, runner is divided into multilayer, every one deck from top to bottom radius strengthens gradually, and in runner, successively increase the collar aperture be distributed on same Radius, simultaneously, strengthen the diameter of pallet I, increase the number of rings in hole on pallet I, make the number of rings in hole identical with the number of runner, and the design number in hole on each ring is outwards increased gradually by core, the number of degrees of the difference angle α between reduction holes and hole, and make the number in hole on its each ring equal with the number of corresponding runner upper groove, make the center of groove on the center in the hole on each ring and corresponding runner during installation on same vertical line.The feeding disk of this device can be arranged on fixed mount, also can be arranged on other place separately, but it should be made to be suspended from above pallet I.During design, can design the degree of depth in hole on pallet I according to the number in the hole of design on pallet II, the number of the rose that the number in hole of design on pallet II can be held with the degree of depth in hole on pallet I is substantially equal.
The operation principle of this device is: be poured over by rose on feeding disk, during feeding disk vibration, by discharge nozzle for the hole I on pallet I provides rose, runner makes rose fall into the hole of pallet I successively, and the proportion due to calyx and pole is greater than the proportion of petal, when general rose falls, pole and calyx under, petal, upper, when rose fails to enter in the hole I of pallet I, utilizes the hairbrush of band bristle to make the rose being in pallet I surface again fall into the hole I of pallet I.The number of the rose can held because of the degree of depth in hole on pallet I is substantially equal with the number in the hole that pallet II designs, rose number stepper motor I often being taken a step forward fall from pallet I, can just the every Kong Yizhi rose in each hole on supply tray II, and stepper motor II often takes a step forward, the rose fallen from the sieve aperture of each aperture screen tray II pallet II is fallen on conveyer belt successively, optical pickocff often monitors a rose and falls, and namely notifies that stepper motor II takes a step forward.Conveyer belt also moves and moves a step, and rose is just by falling on upper conveyor belt of propping up.Adjustment stepper motor II and the speed ratio of stepper motor I, just can ensure that the whole classification and Detection of rose is carried out smoothly.
The beneficial effect of this device is: the go-on-go due to rose is screened and transmission all relies on the system be made up of two stepper motors to realize, and therefore instead of artificial go-on-go and screening, reduces labour intensity and the cost of labor of people, liberates the productive forces.Meanwhile, also for follow-up further go-on-go screening provides condition
Accompanying drawing explanation
Fig. 1 is structural perspective of the present invention and principle schematic;
Fig. 2 is the structural perspective of the embodiment of the present invention, structural perspective when namely runner is two;
Fig. 3 is embodiments of the invention pan feeding link and go-on-go screening schematic diagram;
Fig. 4 is embodiments of the invention feeding disk and inside and outside discharge nozzle structure and position relationship schematic diagram;
Fig. 5 is the double-deck runner schematic perspective views of embodiments of the invention;
Fig. 6 is the double-deck runner front elevational schematic of embodiments of the invention;
Fig. 7 is embodiments of the invention pallet I schematic diagram;
Fig. 8 is embodiments of the invention screen tray I schematic diagram;
Fig. 9 is pallet II of the present invention and dropping place arm three-dimensional position relation schematic diagram;
Figure 10 is dropping place arm schematic diagram of the present invention.
Respectively be labeled as in figure: 1: fixed mount, 2: stepper motor I, 3: rotating shaft I, 4: feeding disk, 5: interior discharge nozzle, 6: outer discharge nozzle, 7: pallet I, 8: screen tray I, 9: dropping place arm, 10: pallet II, 11: screen tray II, 12: sieve aperture, 13: optical pickocff, 14: conveyer belt, 15: rotating shaft II, 16: stepper motor II, 17: interior annular distance II, 18: outer annular distance II, 19: hairbrush, 20: runner II, 21: runner I, 22: interior discharge nozzle epimere, 23: interior discharge nozzle hypomere, 24: interior groove I, 25: interior groove II, 26: outer groove, 27: groove II, 28: projection II, 29: groove I, 30: projection I, 31: discharge opening, 32: interior annular distance I, 33: outer annular distance I, 34: internal ring wall, 35: external annulus, 36: dropping place hole, 37: dropping place groove, 38: double-deck runner, 39: runner hole, 40: pallet hole I.
Detailed description of the invention
Below in conjunction with embodiment, this is described further invention, but embodiment is not limitation of the present invention.
Embodiment: in the present embodiment, edible rose automatic splinter screening device for screening screens part by fixed mount 1, go-on-go, and hop forms; Described go-on-go screening unit is divided and is comprised stepper motor I 2, rotating shaft I 3, feeding disk 4, double-deck runner 38, pallet I 7, screen tray I 8, hairbrush 19; Described hop comprises dropping place arm 9, pallet II 10, screen tray II 11, optical pickocff 13, conveyer belt 14, rotating shaft II 15, stepper motor II 16.Wherein, runner 38 adopts by two runners, the i.e. combination of runner I 21 and runner II 20 composition, see Fig. 2, Fig. 3, Fig. 5, Fig. 6, on pallet II, the quantity in dropping place hole 36 is 7, namely n=7 is got, the structure of feeding disk is shown in Fig. 4, there are interior discharge nozzle 5, outer discharge nozzle 6 in its lower end, wherein interior discharge nozzle 5 is provided with interior groove I 24 and interior groove II 25, interior discharge nozzle 5 is divided into interior discharge nozzle epimere 22 and interior discharge nozzle hypomere 23 two parts by interior groove II 25, and outer discharge nozzle 6 is provided with outer groove 26, and interior discharge nozzle hypomere 23 is connected with the lower end of outer discharge nozzle 6; According to the average length of each rose, it is the length of loading 7 roses only that the material below the outer groove 26 of interior discharge nozzle 5 epimere 22 and outer discharge nozzle 6 is managed this two-part tube length design.Runner II 20 and runner I 21, there is runner hole 39 at its center, the radius of runner I21 is r, at the edge of runner I21 every 2 α, namely the angle of 60 degree uniform a pair be connected semicircular groove I 29 and projection I 30, on circle, uniform 6 to semicircular groove I 29 and projection I 30, and the diameter of semicircular groove I 29 is Φ; The radius of runner II 20 is R, and R > r+ Φ, and the edge of runner II 20 is every angle [alpha], i.e. the uniform semicircular groove II 27 that is connected for a pair of the angle of 30 degree and projection II 28, on circle, uniform 12 to semicircular groove
iI27 and projection
iI28, be the point circumferentially of radius in the inside of runner II 20, with r be the center of circle, angle every 2 α has a discharge opening 31, discharge opening 31 totally 6, the diameter of semicircular groove II 27 and discharge opening 31 is also Φ, and on the angular bisector of the center of circle of discharge opening 31 between the center of circle of adjacent in pairs two semicircular groove II 27, all discharge openings 31 distribute identical with the groove I 29 of runner I21, and its center of circle is on same vertical line.There is pallet hole I at pallet I 7 center, at two radius r being the center of circle with the axle center of pallet I 7 and R circumferentially, be evenly equipped with point is circumferentially the center of circle, angle is 2 α 6 interior annular distances I 32 and angle 12 outer annular distances I 33 that are α therebetween respectively therebetween, and the center of circle of annular distance I 32 is all positioned on the angular bisector of adjacent two outer annular distance I 33 central angle alpha in pairs in each, there is internal ring wall 34 between every adjacent interior annular distance I 32, between every adjacent outer annular distance I 33, have external annulus 35.During installation, the groove II 27 of all runners II 20 distributes identical with the outer annular distance I 33 of pallet I 7, and its center of circle is on same vertical line.The groove II 29 of all runner I21 distributes identical with the interior annular distance I 32 of pallet I 7, and its center of circle is on same vertical line.Be load the long degree of depth of about 7 roses by the depth design of inside and outside for each on pallet I 7 annular distance I.Screen tray I 8 is connected to form by fixed arm and disk, the diameter of disk and the equal diameters of top tray I 7, disk has two diameters be interior annular distance II 17 and the outer annular distance II 18 of Φ, the center of circle of holes is positioned on the same Radius of screen tray I 8, and the position in its center of circle is respectively r and R.Hop comprises dropping place arm 9, pallet II 10, screen tray II 11, optical pickocff 13, conveyer belt 14, rotating shaft II 15, motor II 16.Dropping place arm 9 is made up of bar portion and arm, and one end of arm has in low wide and up narrow gentle slope shape dropping place groove 37; Pallet II 10 is a cylinder shape groove, and there is connecting hole at its center, bottom portion of groove have 7 its centers of circle be distributed in same Radius be r1 circumferentially, diameter is the dropping place hole 36 of Φ, the degree of depth in each dropping place hole 36 only can hold the length of 1 rose; Screen tray II 11 is made up of bar portion and disk, the diameter of disk and the equal diameters of pallet II 10, and there is via hole at its center, disk has a sieve aperture 12, and the hole heart of this sieve aperture 12 is positioned in the radius r 1 of disk, and its diameter is Φ.Stepper motor I 2 is fixedly mounted on below fixed mount 1 top, its rotating shaft I 3 is passed down through runner 21 successively with the runner hole 39 of runner 20 and the pallet hole I 40 of pallet I and is connected with pallet I key with runner 21,20, the center of circle of the groove I 29 on all runners I is relative up and down with the center of circle of the center of circle in runner II top discharge hole 31 and the interior annular distance I 32 of pallet I 7, be positioned on same vertical line, all centers of circle of runner II upper groove II 27 are relative up and down with the center of circle of the outer annular distance I 33 of pallet I 7, are positioned on same vertical line; Runner 21,20, have gap between pallet I; Feeding disk 4 is outstanding to be contained in above pallet I 7, is vibrated by vibrator; Hairbrush 19 is arranged between runner 20 and pallet I 7, and its end winding support is on fixed mount 1; Screen tray I 8 fixed arm one end is fixedly mounted on fixed mount 1, and its disk is then positioned at immediately below pallet I 7, with pallet I 7 concentric, has gap between pallet I 7 and screen tray I 8; Dropping place arm 9 one end is fixedly mounted on fixed mount 1, and arm body is positioned at the cylinder shape groove of pallet II 10; Stepper motor II 16 is positioned at device bottom, its rotating shaft II 15 is upward through the via hole of screen tray II 11, the connecting hole at pallet II 10 center being connected with pallet II 10 key successively, the bar portion of screen tray II 11 is fixed on fixed mount 1, its disk and pallet about II 10 align, and have gap therebetween, optical pickocff 13 is positioned at below screen tray II 11, conveyer belt 14 below sieve aperture 12.
The course of work of device is as follows: adjustment controls the angular velocity of rotation of the stepper motor II 16 that pallet II 10 rotates, and is 24 times of the angular velocity of rotation controlling the stepper motor I 2 that pallet I 7 rotates.Some roses in heaps are placed on feeding disk 4, feeding disk 4 under vibration, rose spray is made to fall into interior discharge nozzle 5, outer discharge nozzle 6, when stepper motor I starts to rotate, stepper motor I often turns and moves a step, respectively have 7 roses to fall into annular distance I 32 and outer annular distance I 33 in pallet I from interior discharge nozzle 5 and outer discharge nozzle 6 respectively, the rose of putting into screen tray I 8 is held in the effect of screen tray I 8, does not allow flower expose from pallet I 7.In the process that stepper motor I is rotated further, when annular distance II 17 center of circle in annular distance in pallet I I 32 with screen tray I is up and down to timing, the rose of the interior annular distance on pallet I 7 I 32 li just can pass through smoothly from interior annular distance II 17 and drop into pallet II 10, stepper motor I readvances a step, when in the outer annular distance I 33 and screen tray I of pallet I, annular distance II 18 center of circle is up and down to timing, the rose of the interior annular distance on pallet I 7 I 33 li just can pass through and drop into pallet II 10 smoothly from interior annular distance II 18.Like this, pallet I 7, under the control of stepper motor I 2, often rotates α/2 angle (stepper turn move a step), only has 7 roses can from being fallen on pallet II 10 by outer annular distance II 18 or interior annular distance II 17 in outer annular distance I 33 or interior annular distance I 32.When stepper motor II starts to rotate, pallet II 10 is driven to rotate, when the dropping place hole 36 of pallet II 10 is with sieve aperture 12 consistency from top to bottom on screen tray II, under the stirring of the dropping place groove 37 of dropping place arm 9, the rose falling into II 10 li, pallet falls on a conveyor belt 14 by sieve aperture 12 successively, and optical pickocff 13 often detects that a rose falls from sieve aperture 12, just notifies that stepper motor II takes a step forward, conveyer belt 14 also moves and moves a step, and rose is just by falling on upper conveyor belt of propping up.Due to 24 times that the angular velocity of rotation controlling the stepper motor II 16 that pallet II 10 rotates is the angular velocity of rotation controlling the stepper motor I 2 that pallet I 7 rotates, can ensure that the whole classification and Detection of rose is carried out smoothly.
Claims (1)
1. an edible rose automatic splinter screening device for screening, is characterized in that: this device screens part by fixed mount (1), go-on-go
,hop forms, described go-on-go screening unit is divided and is comprised stepper motor I (2), rotating shaft I (3), feeding disk (4), runner, pallet I (7), screen tray I (8), hairbrush (19), wherein, described feeding disk (4) card there is charging hole, there is discharge nozzle charging hole lower end, discharge nozzle is provided with groove, the radius of described runner is R, there is runner hole (39) at center, multipair connected semicircular groove and projection is evenly equipped with at the edge of runner, angle between two projections that often pair of adjacent semicircular two groove are adjacent with often pair is α, the diameter of semicircular groove is Φ, there is pallet hole I(40 at described pallet I (7) center), with the axle center of pallet I (7) be the radius R in the center of circle circumferentially, be evenly equipped with respectively with point circumferentially as the center of circle, diameter is the hole I (33) of Φ, and the angle between often adjacent holes I (33) is α, wall is had between every adjacent holes I, described screen tray I (8) is connected to form by fixed arm and disk, the diameter of disk and the equal diameters of pallet I (7), disk has its radius R is some the center of circle, diameter is the hole II (18) of Φ, described hop comprises dropping place arm (9), pallet II (10), screen tray II (11), optical pickocff (13), conveyer belt (14), rotating shaft II (15), stepper motor II (16), wherein, described dropping place arm (9) is made up of bar portion and arm, and one end of arm has in low wide and up narrow gentle slope shape dropping place groove (37), described pallet II (10) is a cylinder shape groove, there is connecting hole at its center, bottom portion of groove have n its center of circle be distributed in same Radius be r1 circumferentially, diameter is the dropping place hole (36) of Φ, the degree of depth in each dropping place hole (36) only can hold the length of 1 rose, described screen tray II (11) is made up of bar portion and disk, the diameter of disk and the equal diameters of pallet II (10), and there is via hole at its center, disk has a sieve aperture (12), and the hole heart of this sieve aperture (12) is positioned in the radius r 1 of disk, and its diameter is Φ, on pallet I (7), the number of the rose that the degree of depth in hole can be held is equal with the number in the upper hole designed of pallet II (10), its position and annexation are: stepper motor I (2) is fixedly mounted on below fixed mount (1) top, its rotating shaft I (3) is passed down through runner hole (39) and the pallet I(7 of runner successively) pallet hole I(40) and with runner and pallet I(7) be connected with key, the reeded center of circle relative up and down with the center of circle in the hole I (33) of pallet I (7), be positioned on same vertical line, feeding disk is outstanding is contained in pallet I (7) top, hairbrush (19) is arranged between runner and pallet I (7), and its end winding support is on fixed mount (1), screen tray I (8) fixed arm one end is fixedly mounted on fixed mount (1), and its disk is then positioned at immediately below pallet I (7), with pallet I (7) concentric, has gap between pallet I (7) and screen tray I (8), dropping place arm (9) one end is fixedly mounted on fixed mount (1), arm body is positioned at the cylinder shape groove of pallet II (10), stepper motor II (16) is positioned at device bottom, its rotating shaft II (15) is upward through the via hole of screen tray II (11), the connecting hole at pallet II (10) center being connected with pallet II (10) key successively, the bar portion of screen tray II (11) is fixed on fixed mount (1), its disk and pallet II (10) align up and down, and have gap therebetween, optical pickocff (13) is positioned at screen tray II (11) below, and conveyer belt is positioned at below sieve aperture.
2. a kind of edible rose automatic splinter screening device for screening according to claim 1, is characterized in that: can increase the number of runner and increase the number of rings in hole on pallet I, making the number of rings in hole identical with the number of runner.
3. a kind of edible rose automatic splinter screening device for screening according to claim 1, is characterized in that: the number in the upper hole of pallet II (10) is equal with the number of the rose that the degree of depth in the upper hole of pallet I (7) can be held.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310330880.4A CN103350065B (en) | 2013-08-01 | 2013-08-01 | Automatic screening device for edible roses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310330880.4A CN103350065B (en) | 2013-08-01 | 2013-08-01 | Automatic screening device for edible roses |
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| CN103350065A CN103350065A (en) | 2013-10-16 |
| CN103350065B true CN103350065B (en) | 2015-05-13 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201310330880.4A Active CN103350065B (en) | 2013-08-01 | 2013-08-01 | Automatic screening device for edible roses |
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Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103493749B (en) * | 2013-10-18 | 2015-08-26 | 刘聪 | A kind of egg automatic egg collection device |
| CN109248848A (en) * | 2018-11-16 | 2019-01-22 | 华中农业大学 | A kind of granulation rotary strainer integrated device of charcoal base manure |
| CN112931148B (en) * | 2021-03-12 | 2023-07-14 | 江苏通胜润滑科技有限公司 | Positive and negative pyrophyllite nutrient soil batching processing apparatus |
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| WO2003080260A1 (en) * | 2002-03-26 | 2003-10-02 | Council Of Scientific And Industrial Research | A continuous type multipurpose tea shoot sorter |
| NL1026410C2 (en) * | 2004-06-14 | 2005-12-15 | Johannes Franciscus J Schouten | Sorting machine with shaking action for e.g. flower bulbs, has sorting bed holder moved up and down using driven rotary eccentric cam and cam follower |
| CN1970173A (en) * | 2006-12-13 | 2007-05-30 | 中国农业大学 | Automated system and method for cotton seed refining |
| CN202803584U (en) * | 2012-09-17 | 2013-03-20 | 桐乡市绿康菊业有限公司 | Chrysanthemum screening machine |
| CN203408870U (en) * | 2013-08-01 | 2014-01-29 | 云南奇彩鲜花食品有限公司 | Automatic screening device for edible roses |
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2013
- 2013-08-01 CN CN201310330880.4A patent/CN103350065B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2003080260A1 (en) * | 2002-03-26 | 2003-10-02 | Council Of Scientific And Industrial Research | A continuous type multipurpose tea shoot sorter |
| NL1026410C2 (en) * | 2004-06-14 | 2005-12-15 | Johannes Franciscus J Schouten | Sorting machine with shaking action for e.g. flower bulbs, has sorting bed holder moved up and down using driven rotary eccentric cam and cam follower |
| CN1970173A (en) * | 2006-12-13 | 2007-05-30 | 中国农业大学 | Automated system and method for cotton seed refining |
| CN202803584U (en) * | 2012-09-17 | 2013-03-20 | 桐乡市绿康菊业有限公司 | Chrysanthemum screening machine |
| CN203408870U (en) * | 2013-08-01 | 2014-01-29 | 云南奇彩鲜花食品有限公司 | Automatic screening device for edible roses |
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| CP02 | Change in the address of a patent holder | ||
| CP02 | Change in the address of a patent holder |
Address after: 650000 Room 103, Building 1, Building 1, Phase 1, Science Park, Yunnan University, 1520 Haiyuan Middle Road, Kunming High-tech Zone, Yunnan Province Patentee after: Yunnan Qicai Flowers Foods Co., Ltd. Address before: 650221 Kunming Jinding Science Park, Wuhua District, Kunming City, Yunnan Province Patentee before: Yunnan Qicai Flowers Foods Co., Ltd. |