CN209536494U - Assembly line is collected in a kind of separation of oriental wormwood - Google Patents
Assembly line is collected in a kind of separation of oriental wormwood Download PDFInfo
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- CN209536494U CN209536494U CN201920314715.2U CN201920314715U CN209536494U CN 209536494 U CN209536494 U CN 209536494U CN 201920314715 U CN201920314715 U CN 201920314715U CN 209536494 U CN209536494 U CN 209536494U
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- airlock
- deblocking
- discharge port
- vibrating screener
- machine
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Abstract
The utility model discloses a kind of separation of oriental wormwood, collects assembly line, comprising: the first belt conveyor, the first airlock, the first deblocking machine, the first vibrating screener, the first pulse dust collector, the second belt conveyor, the second airlock, the second deblocking machine, the second vibrating screener, wind speed separator, the second pulse dust collector.The utility model sets twice deblocking machine, ensure that deblocking completely and will not dissipate excessively.Per pass deblocking machine is equipped with airlock, prevents material from flying out in deblocking.Vibrating screener is set after per pass deblocking machine, tiny impurity is screened out.Using wind speed separator, the cotton-shaped leaf of opposite relatively lightweight is sucted, and is uniformly collected in cloth bag by rewinding pipeline, to reach removal impurity and old stem, petiole, facilitates the purpose of the cotton-shaped leaf of the group of collection, easy to operate.Deblocking, screening process are equipped with pulse dust collector, can effectively remove the fugitive dust generated when processing.
Description
Technical field
The utility model relates to processing of crude drugs technical fields, and in particular to assembly line is collected in a kind of separation of oriental wormwood.
Background technique
Oriental wormwood is traditional Chinese medicine, has cholagogue hemostasis, protection liver, clearing heat and promoting diuresis, antibacterial anti-inflammatory, reducing blood lipid and drop blood
The effects of pressure, has high medical value.Harvesting or autumn bud grow up to spending just Kai Shicai when spring seedling high 6~10cm
It cuts, removes impurity and old stem, petiole, dry.The spring habit of harvesting claims " capillary wormwood ", the title " Artemisia capillaris " that autumn taps.
Oriental wormwood is processed at present, is mostly used manually, quality is unstable, low efficiency, and waste of manpower and material resources are not able to satisfy reality
The serialization of application is produced in enormous quantities.A kind of separation of oriental wormwood is needed in the market, collects assembly line.
Utility model content
The purpose of the utility model is to provide a kind of separation of oriental wormwood, assembly line is collected, so as to solve the deficiencies in the prior art.
The utility model uses following technical scheme:
Assembly line is collected in a kind of separation of oriental wormwood, comprising: the first belt conveyor, the first airlock, the first deblocking machine, the
One vibrating screener, the first pulse dust collector, the second belt conveyor, the second airlock, the second deblocking machine, the second vibration screening
Machine, wind speed separator, the second pulse dust collector,
First belt conveyor, the second belt conveyor, low side is equipped with feed hopper, high-end to be equipped with discharge port；
First airlock, the second airlock, top are feed space, and middle and lower part is to close air compartment, and feed space top is equipped with dedusting
Mouthful, pass air compartment bottom end is discharge port；
First deblocking machine, the second deblocking machine, top opening, bottom sets out material mouth；
First vibrating screener, the second vibrating screener, one end are equipped with feed inlet, and the other end is respectively equipped with discharge port and miscellaneous
Matter outlet, upper opening；
Wind speed separator is equipped with rewinding pipe；
The discharge port of first belt conveyor is located at the feed space of the first airlock, and the discharge port of the first airlock is located at
The discharge port of first deblocking machine top open part, the first deblocking machine is located at the feed inlet of the first vibrating screener, the first vibration
The discharge port of screening machine is located at the feed hopper of the second belt conveyor, and the discharge port of the second belt conveyor is located at second and closes wind
At the feed space of device, the discharge port of the second airlock is located at the second deblocking machine top open part, the discharge port position of the second deblocking machine
At the feed inlet of the second vibrating screener, the rewinding pipe of wind speed separator is located on the nearly discharge port of the second vibrating screener
Side；The cleaning shaft of first pulse dust collector is connected to the dust removal port of the first airlock, the first vibrating screener upper opening respectively,
The cleaning shaft of second pulse dust collector is connected to the dust removal port of the second airlock, the second vibrating screener upper opening respectively.
Further, the first airlock, the second airlock, top are feed space, and middle and lower part is to close air compartment, feed space top
It equipped with dust removal port, closes and is equipped with several pass air blades in air compartment, pass air blade one end is softwood matter scraper plate, and the other end is set to airlock
In shaft, airlock shaft is driven by airlock shaft driving motor, and pass air compartment bottom end is discharge port.
Further, softwood matter scraper plate is silica gel plate.
Further, the first deblocking machine, the second deblocking machine, including shell, case top opening；Shell internal cavity, by a left side
Side baffle, right-hand apron and sealing plate constitute deblocking room, the indoor two solution impellers for being equipped with relatively oblique setting of deblocking, respectively on
Impeller and lower solution impeller are solved, the blade for solving impeller is rectangle；Baffle and two solution impellers are adjacent on the left of deblocking room, and right-hand apron is
Curved baffle and two solution impeller shape matchings, right-hand apron are connected with sealing plate, and left side baffle and sealing plate form discharge port；Two solutions
Impeller is respectively sleeved on corresponding solution impeller shaft, and lower solution impeller shaft one end is connected with the second driving wheel, the other end and first
Driven wheel connection, motor and the connection of the first driving wheel, the first driving wheel are connected by the first belt and the first driven wheel, upper solution leaf
Wheel shaft one end is connected with the second driven wheel, and the second driving wheel and the second driven wheel are located at shell the same side, pass through the second belt
Connection.
Further, the first vibrating screener, the second vibrating screener are rocker-arm vibrating screener.
Further, the first pulse dust collector, the second pulse dust collector are equipped with cleaning door, set visual windows on cleaning door.
Further, wind speed separator includes cabinet, bracket, rewinding pipe, high pressure centrifugal ventilator, and cabinet is set to bracket
On, cabinet sets one, and the bottom of box is an ash bucket, and ash bucket bottom end sets a dismountable lid；Rewinding pipe feed inlet is set to the second vibration
Above the nearly discharge port of dynamic screening machine, rewinding pipe discharge port is located in the box body across top of the box, and rewinding pipe discharge port is arranged one
Rewinding cloth bag, rewinding cloth bag lower section set a hollow out discharge rack；High pressure centrifugal ventilator sets air inlet and air outlet, and air inlet passes through
Blast pipe is connected to cabinet.
Further, discharge rack is obliquely installed, and is low side positioned at the side of cabinet door.
Further, rewinding cloth bag is dust-removal cloth-bag.
The utility model has the beneficial effects that
1, the utility model sets twice deblocking machine, and first of deblocking machine tentatively deblocks: material scattering makes to be bonded together
Oriental wormwood material dispersion, it rolls into a ball the separation of cotton-shaped Ye Yuqi petiole to part oriental wormwood material, and second deblocking machine deblocks completely: to material
It further breaks up, making the oriental wormwood material not deblocked, it rolls into a ball cotton-shaped Ye Yuqi petiole separation, to ensure that deblocking is complete；Solve impeller
Blade is rectangle, in conjunction with electric machine speed regulation, ensure that deblocking will not dissipate excessively.Per pass deblocking machine is equipped with airlock, prevents material
It flies out in deblocking.Vibrating screener is set after per pass deblocking machine, tiny impurity is screened out.After twice block-separating and sifting,
Fine impurities all screen out, and the leaf of oriental wormwood and stalk are completely separable at independence.Using wind speed separator, oriental wormwood leaf is utilized
There is weight with petiole, old stem quality, and the cotton-shaped leaf of opposite relatively lightweight is sucted, passed through in the cotton-shaped characteristic easily floated of group by leaf
Rewinding pipeline is uniformly collected in cloth bag, and the stalk of relatively heavy, old stem cannot be sucted by wind speed separator, from vibrating screener
Discharge port sends out unified collection, to reach removal impurity and old stem, petiole, facilitates the purpose of the cotton-shaped leaf of the group of collection, operation side
Just.Deblocking, screening process are equipped with pulse dust collector, can effectively remove the fugitive dust generated when processing.
2, the utility model deblocking machine set there are two solve impeller, two relatively oblique settings of solution impeller, left side baffle and two
It is adjacent to solve impeller, right-hand apron is curved baffle and two solution impeller shapes matchings, and right-hand apron connect with sealing plate, left side baffle with
Sealing plate forms discharge port, and the big material of size do not fall out down, and the small material of size can be driven downwards arrival discharge bucket, from
And make the cotton-shaped Ye Yuqi petiole separation of its group of oriental wormwood material；Solution impeller blade is rectangle, and in conjunction with electric machine speed regulation, deblocking will not mistake
It dissipates.Structure is simple, and performance is stablized, easy to implement.
3, high pressure centrifugal ventilator, rewinding cloth bag, rewinding pipe are passed through and are reasonably arranged by the utility model wind speed separator,
The cotton-shaped leaf of the oriental wormwood of opposite relatively lightweight can be sucted, be collected in rewinding cloth bag, and the petiole of relatively heavy, old stem cannot be by
It sucts, realizes the collection of oriental wormwood leaf.Structure is simple, high-efficient, at low cost.
4, the discharge rack of the utility model wind speed separator is obliquely installed, and is low side, rewinding cloth positioned at the side of cabinet door
Bag is removed from rewinding pipe after being filled with and fastens rope, and rewinding cloth bag can directly slip down to cabinet door by the discharge rack being obliquely installed,
Facilitate taking-up.
5, the rewinding cloth bag of the utility model wind speed separator is dust-removal cloth-bag, and when collection, oriental wormwood leaf is collected in cloth bag,
Tiny dust etc. falls into ash bucket through cloth bag, and ash bucket can removably be covered to opening every a period of time, the cleanings such as dust are done
Only, the quality and the intracorporal working environment of case of oriental wormwood leaf are further ensured.
6, the utility model deblocking screening process can observe the course of work by visual windows, adjust inlet amount at any time to reach
To optimal process effect.
Detailed description of the invention
Fig. 1 is the utility model pipeline organization schematic diagram.
Fig. 2 is the utility model assembly line schematic top plan view.
Fig. 3 is airlock structural schematic diagram.
Fig. 4 is airlock schematic side view.
Fig. 5 is structural schematic diagram in deblocking machine shell.
Fig. 6 is deblocking machine solution blade wheel structure schematic diagram.
Fig. 7 is deblocking machine schematic side view.
Fig. 8 is vibration screening machine structure schematic diagram.
Fig. 9 is vibrating screener schematic top plan view.
Figure 10 is vibrating screener schematic elevation view (front sealing plate does not illustrate).
Figure 11 is vibrating screener schematic side view.
Figure 12 is wind speed cyclone separator arrangement schematic diagram.
Figure 13 is wind speed separator side schematic view.
Figure 14 is wind speed separator discharge rack schematic diagram.
Figure 15 is wind speed separator rewinding pipe operation schematic diagram.
Figure 16 is that oriental wormwood leaf collects schematic diagram.
Specific embodiment
The utility model is done below with reference to embodiment and attached drawing and is further explained.The following example is merely to illustrate
The utility model, but be not used to limit the scope of the utility model.
Assembly line is collected in a kind of separation of oriental wormwood, as depicted in figs. 1 and 2, comprising: the first belt conveyor 1, first closes wind
Device 2, the first deblocking machine 3, the first vibrating screener 4, the first pulse dust collector 9, the second belt conveyor 5, the second airlock 6,
Second deblocking machine 7, the second vibrating screener 8, wind speed separator 11, the second pulse dust collector 10,
First belt conveyor 1, the second belt conveyor 5, low side is equipped with feed hopper 1-1,5-1, high-end to be equipped with discharge port；
First airlock 2, the second airlock 6, top are feed space 2-2,6-2, and middle and lower part is to close air compartment 2-7,6-7, into
Expect that the top room 2-2,6-2 is equipped with dust removal port 2-1,6-1, closing the bottom end air compartment 2-7,6-7 is discharge port 2-8,6-8；
First deblocking machine 3, the second deblocking machine 7, top opening, bottom sets out material mouth 3-5,7-5；
First vibrating screener 4, the second vibrating screener 8, one end be equipped with feed inlet, the other end be respectively equipped with discharge port and
Impurities outlet, upper opening；
Wind speed separator 11 is equipped with rewinding pipe 11-7；
The discharge port of first belt conveyor 1 is located at the feed space 2-2 of the first airlock 2, the discharging of the first airlock 2
Mouthful 2-8 is located at 3 top open part of the first deblocking machine, the discharge port 3-5 of the first deblocking machine 3 be located at the first vibrating screener 4 into
At material mouth, the discharge port of the first vibrating screener 4 is located at the feed hopper 5-1 of the second belt conveyor 5, the second belt conveyor
5 discharge port is located at the feed space 6-2 of the second airlock 6, and the discharge port 6-8 of the second airlock 6 is located at the second deblocking machine 7 top
The discharge port 7-5 of portion's opening, the second deblocking machine 7 is located at the feed inlet of the second vibrating screener 8, the receipts of wind speed separator 11
Expects pipe 11-7 is located above the nearly discharge port of the second vibrating screener 8；The cleaning shaft 9-2 of first pulse dust collector 9 connects respectively
Dust removal port 2-1,4 upper opening of the first vibrating screener to the first airlock, the cleaning shaft 10- of the second pulse dust collector 10
2 are connected to the dust removal port 6-1 of the second airlock 6,8 upper opening of the second vibrating screener respectively.
First airlock 2, the second airlock 6, as shown in Figure 3 and Figure 4, top are feed space 2-2,6-2, and middle and lower part is to close
Air compartment 2-7,6-7, the top feed space 2-2,6-2 are equipped with dust removal port 2-1,6-1, close and are equipped with several pass fan blades in air compartment 2-7,6-7
Piece 2-4,6-4, closing the one end air blade 2-4,6-4 is softwood matter scraper plate 2-3,6-3, preferably silica gel plate, and the other end is set to airlock
In shaft 2-5,6-5, airlock shaft 2-5,6-5 is driven by airlock shaft driving motor 2-6,6-6, closes air compartment 2-7,6-7
Bottom end is discharge port 2-8,6-8.
First deblocking machine 3, the second deblocking machine 7, as shown in Figures 5 to 7, including shell 3-1,7-1, the top shell 3-1,7-1
Portion's opening；Shell 3-1,7-1 internal cavity, by left side baffle 3-11,7-11, right-hand apron 3-4,7-4 and sealing plate 3-10,7-10 structure
At deblocking room, deblocking interior is equipped with two solution impellers of relatively oblique setting, respectively upper solution impeller 3-2,7-2 and lower solution impeller
The blade of 3-3,7-3, each solution impeller are eight, are uniformly arranged, and blade 3-9, the 7-9 for solving impeller are rectangle；Deblocking room is left
Side baffle 3-11,7-11 and two solution impellers are adjacent, and right-hand apron 3-4,7-4 are curved baffle and two solution impeller shape matchings, the right side
Side baffle 3-4,7-4 are connected with sealing plate 3-10,7-10, and left side baffle 3-11,7-11 and sealing plate 3-10,7-10 form discharge port 3-
5,7-5；Two solution impellers are respectively sleeved on corresponding solution impeller shaft 3-8,7-8, and lower solution impeller shaft one end and second is actively
3-12,7-12 connection, the other end and first driven wheel 3-7,7-7 connection, motor 3-13,7-13 and the connection of the first driving wheel are taken turns,
First driving wheel passes through the first belt and first driven wheel 3-7,7-7 connection, upper solution impeller shaft one end and the second driven wheel 3-
6,7-6 connection, second driving wheel 3-12,7-12 and second driven wheel 3-6,7-6 are located at the same side shell 3-1,7-1, pass through
The connection of two belts.
First vibrating screener 4, the second vibrating screener 8 are rocker-arm vibrating screener, are used for as shown in Fig. 8 to 11
Tiny impurity is screened out.
First pulse dust collector 9, the second pulse dust collector 10 are equipped with cleaning door, set visual windows 9-1,10- on cleaning door
1。
Wind speed separator 11 as shown in Figure 12 to Figure 15, including cabinet 11-5, bracket 11-9, rewinding pipe 11-7, high pressure from
On bracket 11-9, cabinet 11-5 sets a 11-4 by the heart ventilation blower 11-1, cabinet 11-5, and the side door 11-4 passes through door-hinge 11-6
It is flexibly connected with cabinet 11-5, the other side is opened and closed by fixing piece 11-8 and cabinet 11-5, and the bottom cabinet 11-5 is an ash bucket 11-
The bottom end 3, ash bucket 11-3 sets a dismountable lid；Rewinding pipe 11-7 feed inlet 11-13 is set to the nearly discharging of the second vibrating screener 8
Above mouthful, rewinding pipe 11-7 discharge port 11-12 is passed through to be located in cabinet 11-5 at the top of cabinet 11-5, rewinding pipe 11-7 discharge port
It is dust-removal cloth-bag that 11-12, which is arranged rewinding a cloth bag 11-11, rewinding cloth bag 11-11, sets a hollow out below rewinding cloth bag 11-11 and goes out
Expect that frame 11-10, discharge rack 11-10 are obliquely installed, is low side positioned at the side of 11-5 11-4 of cabinet；High pressure centrifugal ventilator
11-1 sets air inlet and air outlet 11-13, and air inlet is connected to by blast pipe 11-2 with cabinet 11-5.
The method for carrying out oriental wormwood separation, collection using above-mentioned assembly line, includes the following steps:
Step 1: oriental wormwood material is delivered to the first airlock 2 using the first belt conveyor 1, by the first airlock 2 into
Enter the first deblocking machine 3, pass through the first tentatively deblocking of deblocking machine 3: by material scattering, making the oriental wormwood material dispersion being bonded together,
The cotton-shaped Ye Yuqi petiole separation of its group of part oriental wormwood material；First airlock 2 prevents material from flying out in deblocking, the first airlock
The fugitive dust generated when 2 work is removed by the first pulse dust collector 9；
Step 2: the material after preliminary deblocking enters the first vibrating screener 4, tentatively will by the first vibrating screener 4
Tiny impurity screens out；The fugitive dust that first vibrating screener 4 generates when working is removed by the first pulse dust collector 9；
Step 3: the material after tentatively deblocking, sieving is delivered to the second airlock by the second belt conveyor 5
6, the second deblocking machine 7 is entered by the second airlock 6, passes through the second deblocking completely of deblocking machine 7: material further being broken up, is made not
The cotton-shaped Ye Yuqi petiole separation of its group of the oriental wormwood material of deblocking；Second airlock 6 prevents material from flying out in deblocking, and second closes wind
The fugitive dust that device 6 generates when working is removed by the second pulse dust collector 10；
Step 4: the material completely after deblocking enters the second vibrating screener 8, further by the second vibrating screener 8
Tiny impurity is screened out；The fugitive dust that second vibrating screener 8 generates when working is removed by the second pulse dust collector 10；
Step 5: as shown in figure 16, having weight using oriental wormwood leaf 12 and petiole 13, old stem quality, and oriental wormwood leaf 12 is in group
The cotton-shaped characteristic easily floated is sucted the cotton-shaped leaf of opposite relatively lightweight using wind speed separator 11, is collected by rewinding pipe 11-7
In rewinding cloth bag 11-11, and the petiole 13 of relatively heavy, old stem cannot be sucted by wind speed separator 11, from the second vibrating screen
It selects the discharge port of machine 8 to send out unified collection, to reach removal impurity and petiole 13, old stem, facilitates the mesh of the cotton-shaped leaf of the group of collection
's.
Claims (9)
1. assembly line is collected in a kind of oriental wormwood separation characterized by comprising the first belt conveyor, the first airlock, first
Deblocking machine, the first vibrating screener, the first pulse dust collector, the second belt conveyor, the second airlock, the second deblocking machine,
Two vibrating screeners, wind speed separator, the second pulse dust collector,
First belt conveyor, the second belt conveyor, low side is equipped with feed hopper, high-end to be equipped with discharge port；
First airlock, the second airlock, top are feed space, and middle and lower part is to close air compartment, and feed space top is equipped with dust removal port, closes
Air compartment bottom end is discharge port；
First deblocking machine, the second deblocking machine, top opening, bottom sets out material mouth；
First vibrating screener, the second vibrating screener, one end are equipped with feed inlet, and the other end is respectively equipped with discharge port and impurity goes out
Mouthful, upper opening；
Wind speed separator is equipped with rewinding pipe；
The discharge port of first belt conveyor is located at the feed space of the first airlock, and the discharge port of the first airlock is located at first
The discharge port of deblocking machine top open part, the first deblocking machine is located at the feed inlet of the first vibrating screener, the first vibration screening
The discharge port of machine is located at the feed hopper of the second belt conveyor, and the discharge port of the second belt conveyor is located at the second airlock
At feed space, the discharge port of the second airlock is located at the second deblocking machine top open part, and the discharge port of the second deblocking machine is located at the
At the feed inlet of two vibrating screeners, the rewinding pipe of wind speed separator is located above the nearly discharge port of the second vibrating screener；The
The cleaning shaft of one pulse dust collector is connected to the dust removal port of the first airlock, the first vibrating screener upper opening respectively, and second
The cleaning shaft of pulse dust collector is connected to the dust removal port of the second airlock, the second vibrating screener upper opening respectively.
2. assembly line is collected in oriental wormwood separation according to claim 1, which is characterized in that the first airlock, second close wind
Device, top are feed space, and middle and lower part is to close air compartment, and feed space top is equipped with dust removal port, close and are equipped with several pass air blades in air compartment,
Pass air blade one end is softwood matter scraper plate, and the other end is set in airlock shaft, and airlock shaft drives electricity by airlock shaft
Machine driving, pass air compartment bottom end are discharge port.
3. assembly line is collected in oriental wormwood separation according to claim 2, which is characterized in that softwood matter scraper plate is silica gel plate.
4. assembly line is collected in oriental wormwood separation according to claim 1, which is characterized in that the first deblocking machine, the second deblocking
Machine, including shell, case top opening；Shell internal cavity is made of deblocking room, deblocking left side baffle, right-hand apron and sealing plate
Interior is equipped with two solution impellers of relatively oblique setting, and respectively upper solution impeller and lower solution impeller, it is rectangular for solving the blade of impeller
Shape；Baffle and two solution impellers are adjacent on the left of deblocking room, and right-hand apron is that curved baffle and two solution impeller shapes match, right-hand apron
It is connected with sealing plate, left side baffle and sealing plate form discharge port；Two solution impellers are respectively sleeved on corresponding solution impeller shaft, lower solution
Impeller shaft one end is connected with the second driving wheel, the other end and the connection of the first driven wheel, motor and the connection of the first driving wheel, and first
Driving wheel is connected by the first belt and the first driven wheel, and upper solution impeller shaft one end is connected with the second driven wheel, and second actively
Wheel and the second driven wheel are located at shell the same side, are connected by the second belt.
5. assembly line is collected in oriental wormwood separation according to claim 1, which is characterized in that the first vibrating screener, the second vibration
Dynamic screening machine is rocker-arm vibrating screener.
6. assembly line is collected in oriental wormwood separation according to claim 1, which is characterized in that the first pulse dust collector, the second arteries and veins
It rushes deduster and is equipped with cleaning door, set visual windows on cleaning door.
7. assembly line is collected in oriental wormwood separation according to claim 1, which is characterized in that wind speed separator includes cabinet, branch
Frame, rewinding pipe, high pressure centrifugal ventilator, cabinet are set on bracket, and cabinet sets one, and the bottom of box is an ash bucket, ash bucket bottom end
If a dismountable lid；Rewinding pipe feed inlet is set to above the nearly discharge port of the second vibrating screener, and rewinding pipe discharge port passes through
Top of the box is located in the box body, and rewinding pipe discharge port is arranged a rewinding cloth bag, sets a hollow out discharge rack below rewinding cloth bag；High pressure
Centrifugal fan sets air inlet and air outlet, and air inlet is connected to by blast pipe with cabinet.
8. assembly line is collected in oriental wormwood separation according to claim 7, which is characterized in that discharge rack is obliquely installed, and is located at case
The side of body door is low side.
9. assembly line is collected in oriental wormwood separation according to claim 7, which is characterized in that rewinding cloth bag is dust-removal cloth-bag.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920314715.2U CN209536494U (en) | 2019-03-13 | 2019-03-13 | Assembly line is collected in a kind of separation of oriental wormwood |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920314715.2U CN209536494U (en) | 2019-03-13 | 2019-03-13 | Assembly line is collected in a kind of separation of oriental wormwood |
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| CN209536494U true CN209536494U (en) | 2019-10-25 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109809205B (en) * | 2019-03-13 | 2023-12-08 | 甘肃康华制药机械设备有限公司 | Capillary artemisia separation and collection assembly line and capillary artemisia separation and collection method |
-
2019
- 2019-03-13 CN CN201920314715.2U patent/CN209536494U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109809205B (en) * | 2019-03-13 | 2023-12-08 | 甘肃康华制药机械设备有限公司 | Capillary artemisia separation and collection assembly line and capillary artemisia separation and collection method |
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