CN208990758U - A kind of mini multifunctional granulation coating machine - Google Patents
A kind of mini multifunctional granulation coating machine Download PDFInfo
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- CN208990758U CN208990758U CN201821329944.3U CN201821329944U CN208990758U CN 208990758 U CN208990758 U CN 208990758U CN 201821329944 U CN201821329944 U CN 201821329944U CN 208990758 U CN208990758 U CN 208990758U
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Abstract
The utility model discloses a kind of mini multifunctional granulation coating machines, belong to facility for granulating field, it is intended to provide a kind of granulator coater that reduction material is entrained by the flow of air, to solve the problems, such as material waste, its key points of the technical solution are that, including cabinet, controller on cabinet is set, cylinder on the outside of cabinet is set, the spray gun being connect with cylinder, fluidization system is provided in the cylinder, the fluidization system includes the airflow-distribution board being arranged in below inner barrel, the air-intake device of airflow-distribution board bottom is set, draught dust collector above inner barrel is set；The dedusting filtering bag that the draught dust collector includes the air-introduced machine being arranged in cabinet, is arranged in above cylinder, the dedusting filtering bag at least two are simultaneously distributed along cylinder even circumferential, are respectively arranged with back-blowing mechanism at the top of all dedusting filtering bags.The utility model is suitable for granulator coater.
Description
Technical field
The utility model relates to facility for granulating, in particular to a kind of mini multifunctional granulation coating machine.
Background technique
Multifunctional granulation coating machine is a kind of by spray-drying process technology and fluidized bed, spouted fluidized bed technique and rotation
Turn the novel fixed preparation equipment that granulating technique is combined as a whole.
Notification number is that the Chinese patent of CN205109557U discloses a kind of multifunctional granulation coating machine, including cylinder, bottom
Seat and cabinet, cylinder is interior to form diffuser casing, and for being dried, pelletizing and being coated to drug, pedestal is arranged in cylinder diffuser casing
Lower end, the junction of pedestal and cylinder is provided with airflow-distribution board, airflow-distribution board is provided centrally with spray orifice, in pedestal
Spray gun room is formed, spray gun room includes the spray gun being mounted on the side wall of pedestal and be connected with spray gun for placing bottom spray, bottom spray
Sprinkler body is provided with nozzle on sprinkler body, and pedestal is mounted on cabinet.
Although above-mentioned multifunctional granulation coating machine can be realized granulation and coating operations, but work in granulator coater
Under state, diffusion makes interior material boil under the action of air-flow, this just needs that filter device is arranged in the exit of air-flow, with
Reduce the problem of material is entrained by the flow of air.
Utility model content
The purpose of the utility model is to provide a kind of mini multifunctional granulation coating machine, has and reduce material by air-flow band
The problem of walking.
The above-mentioned technical purpose of the utility model has the technical scheme that
A kind of mini multifunctional granulation coating machine including cabinet, the controller being arranged on cabinet, is arranged outside cabinet
The cylinder of side, the spray gun connecting with cylinder, fluidization system is provided in the cylinder, and the fluidization system includes being arranged in cylinder
The airflow-distribution board of lower inside, the air-intake device that airflow-distribution board bottom is set, the air inducing being arranged in above inner barrel
Dust-extraction unit；
The dedusting filtering bag that the draught dust collector includes the air-introduced machine being arranged in cabinet, is arranged in above cylinder, institute
It states dedusting filtering bag at least two and is distributed along cylinder even circumferential, be respectively arranged with blowback machine at the top of all dedusting filtering bags
Structure.
By using above-mentioned technical proposal, material carries out granulating coated work, the air-flow that air-intake device generates in cylinder
It moves upwards by airflow-distribution board, and by dedusting filtering bag and is discharged outside cylinder under the action of draught dust collector；Work
After a period of time, dedusting filtering bag surface can adsorb more material particle, cause the blocking of dedusting filtering bag, pass through blowback machine at this time
Structure carries out reversed outlet air to dedusting filtering bag, and dedusting filtering bag expands rapidly, material particle is shaken off, and realizes the deashing to dedusting filtering bag
Operation；By the way that dedusting filtering bag is arranged, the possibility that material is taken out of by air-flow in cylinder can be reduced, has saved material, and improve
The cleanliness of discharge gas, reduces pollution.
Further, several and the one-to-one locellus of dedusting filtering bag are provided at the top of the cylinder, each described point
Room offers the air-vent being connected to air-introduced machine, is provided with stop valve at the air-vent；
The back-blowing mechanism includes the back blowing machine being arranged in cabinet, the anti-blowpipe with back blowing machine outlet connection, institute
State anti-blowpipe protrude into cylinder be connected with several with locellus at the top of the blowback that is connected to one by one be in charge of, the blowback is in charge of and locellus connects
The place of connecing is provided with pulse valve；
The pulse valve and stop valve are electrically connected with the controller.
By using above-mentioned technical proposal, by stop valve can independent control locellus air inducing state, close locellus
Then air inducing air-flow opens back blowing machine and pulse valve so that locellus is in windless condition, to the corresponding dedusting filtering bag of locellus into
The offline blowback of row, blowback air-flow not by the reaction force of air inducing air-flow so that dedusting filtering bag by blowback air-flow effect more
Greatly, so that ash-removal effect is more preferable；Simultaneously when offline blowback work, dedusting filtering bag is in non-air inducing state, thus the intracorporal boiling of cylinder
It rises material not to be adsorbed on dedusting filtering bag by the effect of air inducing air-flow, and then the material particle being adsorbed on dedusting filtering bag more holds
Easily shaken off, avoids material particle and be detached from behind dedusting filtering bag surface again with air-flow attached collection showing on adjacent dedusting filtering bag surface
As.
Further, the dedusting filtering bag is connect by card with cylinder, and the card is intracorporal to be coaxially fixed on cylinder
Circular plate structure offers several and the one-to-one connecting hole of dedusting filtering bag on the card；
Dedusting filtering bag opening outer coaxial rings are equipped with connection ring, and the connection ring outer is fixedly connected with several cards
Block is connect, the connecting hole bottom wall offers the clamping groove for clamping block rotary clamping.
By using above-mentioned technical proposal, the card dismantling connection of dedusting filtering bag is realized, the peace to dedusting filtering bag is facilitated
Dress and replacement.
Further, the clamping block is the Contraband shape block for being fixedly connected on connection ring periphery, the opening court of the clamping block
To the center of circle of connection ring；
The clamping groove offers holding tank away from the side of direction of rotation, and the holding tank inner spring is connected with sealing
Block, the sealing block are embedded in holding tank, and the sealing block bottom is fixedly connected with the shifting block for being pierced by card bottom wall, the flower
Board bottom wall offers the driver slot mobile for shifting block；
When the clamping block and clamping groove are clamped, the sealing block is mutually contradicted with clamping block side wall.
By using above-mentioned technical proposal, sealing block is folded in holding tank by shifting block, then rotates clamping block
It is connected in clamping groove, realizes the installation of dedusting filtering bag；When clamping block is connected in clamping groove, sealing block is to clamping groove and card
Connecing the gap between block realizes sealing, reduces the possibility that material particle is deposited in gap；Simultaneously under the action of the spring, clamping
Block is not easy to screw out out of clamping groove, improves the connective stability of dedusting filtering bag.
Further, the air-intake device includes the blast pipe below airflow-distribution board, and the blast pipe is pierced by cylinder
Body sidewall simultaneously forms first interface, and air-heater is provided in the cabinet, and the air outlet of the air-heater is fixedly connected with air-supply
Pipe, the air supply tube are pierced by cabinet and form the second interface agreed with first interface, the first interface and second interface phase
Mutually clamping.
By using above-mentioned technical proposal, the hot wind that air-heater generates is through air supply tube and blast pipe by air-flow aerofoil board bottom portion
It moves upwards, under the action of draught dust collector, the material on airflow-distribution board constantly boils, and realizes that the boiling to material is dry
Dry effect；First interface is mutually clamped with second interface, facilitates the installation of cylinder, and improves the stability of cylinder.
Further, the double-deck O-ring seal is equipped in the second interface.
By using above-mentioned technical proposal, the setting of the double-deck O-ring seal for improve first interface and second interface it
Between the air-tightness that connects.
Further, the cylinder body outer wall is fixedly connected with temperature tube, and the temperature tube is located at the top of airflow-distribution board
And be connected to cylinder, the temperature tube is embedded with sealing-plug far from one end of cylinder.
By using above-mentioned technical proposal, under granulator coater working condition, thermo detector protrudes into cylinder by temperature tube
It is interior, for monitoring the temperature of cylinder vivo environment, to have the function that monitor boiling temperature in real time；Sealing-plug is used for non-temperature control shape
Sealing under state, to temperature tube.
Further, the cylinder body outer wall is provided with observation window.
By using above-mentioned technical proposal, the setting of observation window is for monitoring the granulating coated state of material in cylinder.
Further, headlamp corresponding with observation window is provided on the cabinet.
By using above-mentioned technical proposal, headlamp is radiated in cylinder by observation window, so as to what is be more clear
Observe the machining state of material.
In conclusion the utility model has the following beneficial effects:
1. using dedusting filtering bag, material is reduced with the possibility of air-flow discharge cylinder to generate；
2. observation window and headlamp are used, to have the advantages that facilitate observation materiel machining state；
3. clamping groove and clamping block are used, so that generating realizes the dismountable effect of dedusting filtering bag.
Detailed description of the invention
Fig. 1 is in the present embodiment for embodying the overall structure diagram of cabinet Yu cylinder positional relationship；
Fig. 2 is in the present embodiment for embodying the local explosion structure diagram of upper shell and lower shell connection relationship；
Fig. 3 is in the present embodiment for embodying the schematic diagram of the section structure of back-blowing mechanism；
Fig. 4 is the enlarged diagram that the portion B is used to embody airflow-distribution board structure in Fig. 3；
Fig. 5 is the enlarged diagram that the portion A is used to embody dedusting filtering bag Yu card connection relationship in Fig. 2.
In figure, 1, cabinet；11, air bag；12, air-heater；121, air supply tube；1211, second interface；1212, O-shaped close
Seal；13, headlamp；2, controller；3, cylinder；31, upper shell；311, first flange plate；312, the first semicircle card adapter plate；
313, the first semicircle annular groove；314, inflating port；315, locellus；3151, air-vent；3152, stop valve；316, observation window；32, under
Cylinder；321, second flange plate；322, the second semicircle card adapter plate；323, the second semicircle annular groove；33, semicircle sealing ring；34, air bag
Sealing element；4, spray gun；5, fluidization system；51, airflow-distribution board；511, isocon；5111, stop collar；5112, injection hole；
512, spreader；5121, slideway；5122, blowhole；52, air-intake device；521, blast pipe；5211, first interface；53, air inducing
Dust-extraction unit；531, air-introduced machine；532, dedusting filtering bag；5321, connection ring；5322, clamping block；6, back-blowing mechanism；61, back-blowing
Machine；62, anti-blowpipe；63, blowback is in charge of；64, pulse valve；7, card；71, connecting hole；72, clamping groove；73, holding tank；74, close
Seal block；741, shifting block；75, driver slot；8, temperature tube；81, sealing-plug.
Specific embodiment
The utility model is described in further detail below in conjunction with attached drawing.
Wherein identical components are presented with like reference characters.It should be noted that word used in the following description
Language "front", "rear", "left", "right", "up" and "down" refer to the direction in attached drawing, word " bottom surface " and " top surface ", "inner" and
"outside" refers respectively to the direction towards or away from geometric center of specific component.
A kind of mini multifunctional granulation coating machine, as shown in Figure 1, including cabinet 1, the controller being arranged on cabinet 1
2, the cylinder 3 that 1 outside of cabinet is set, the spray gun 4 being connect with cylinder 3.
As shown in Fig. 2, cylinder 3 is facilitated to clean, cylinder 3 includes for the upper shell 31 of air inducing dedusting, for granulating coated
Lower shell 32, lower shell 32 is connected to 31 bottom of upper shell.31 bottom of upper shell is fixed with first flange plate 311, the first method
Blue 311 outer of the plate first semicircle card adapter plate 312 L-shaped integrally formed with section；32 top of lower shell is fixed with and first
The second flange plate 321 that flanged plate 311 is adapted to, 321 outer of second flange plate, the second semicircle card L-shaped integrally formed with section
Fishplate bar 322.The first semicircle being adapted to second flange plate 321 is formed between first semicircle card adapter plate 312 and first flange plate 311
Annular groove 313；The second semicircle being adapted to first flange plate 311 is formed between second semicircle card adapter plate 322 and second flange plate 321
Annular groove 323.Semicircle sealing ring 33 is provided in first semicircle annular groove 313 and the second semicircle annular groove 323.
As shown in Fig. 2, may be there are gap, so that granulating coated mistake between the upper shell 31 being mutually clamped and lower shell 32
Cheng Zhong, material particles enter the gap, cause material waste, cylinder 3 cleans inconvenient problem, successively in upper shell 31 and lower cylinder
It is provided with air sac sealing part 34 between body 32,34 ring of air sac sealing part is embedded in first flange plate 311 towards second flange plate 321
Side.31 side wall of upper shell offers the inflating port 314 being connected to air sac sealing part 34, is provided in cabinet 1 and inflating port
The air bag 11(of 314 pipelines connection is referring to Fig. 3).The setting of air sac sealing part 34, to the company of upper shell 31 and lower shell 32
The place of connecing realizes sealing, so that cylinder 3 is under good sealed environment, is conducive to Environmental Negative-pressure in working condition lower shell 32
Maintenance.
As shown in figure 3, being provided with fluidization system 5 in cylinder 3, fluidization system 5 includes being arranged in 32 lower inside of lower shell
Airflow-distribution board 51,51 bottom of airflow-distribution board is set air-intake device 52, drawing for 31 inner upper of upper shell is set
Wind dust-extraction unit 53.
As shown in figure 4, air-intake device 52 includes the blast pipe 521 positioned at 51 lower section of airflow-distribution board, blast pipe 521 is pierced by
32 side wall of lower shell simultaneously forms first interface 5211.Cabinet 1(is referring to Fig. 3) in be provided with air-heater 12(referring to Fig. 3), air-heater
12 air outlet is fixedly connected with the air supply tube 121 for being pierced by cabinet 1, and air supply tube 121 is formed and the far from one end of air-heater 12
The second interface 1211 of one interface 5211 clamping, is equipped with the double-deck O-ring seal 1212 in second interface 1211, for improving the
The air-tightness that one interface 5211 and second interface 1211 are clamped.First interface 5211 and second interface 1211 are mutually clamped, under
Support is provided on the downside of cylinder 32, improves the stability of lower shell 32.
As shown in figure 4, it is fixedly connected with the isocon 511 being connected to blast pipe 521 in the middle part of 51 top surface of airflow-distribution board, point
Sliding is connected with the spreader 512 of back taper in flow tube 511.Isocon 511 penetrates 512 bottom wall of spreader and is fixedly connected limited
Position ring 5111, the slideway 5121 slid for stop collar 5111 is provided in spreader 512.512 outer wall of spreader offers several
The blowhole 5122 communicated with slideway 5121.Several injection holes 5112, injection hole 5112 and air-flow point are equipped on isocon 511
The top surface of fabric swatch 51 flushes.Shunting function of the material risen on airflow-distribution board 51 through spreader 512, spreads around, and
It peripherally falls, material forms stable regularity circulation, and conducive to the control of production process, injection hole 5112 is used for spreader
Material between 51 top surface of 512 bottoms and airflow-distribution board is blown outward.
As shown in figure 3, draught dust collector 53 includes the air-introduced machine 531 being arranged in cabinet 1, is arranged above cylinder 3
Dedusting filtering bag 532, dedusting filtering bag 532 at least two is simultaneously distributed along 3 even circumferential of cylinder, 532 top of all dedusting filtering bags
It is respectively arranged with back-blowing mechanism 6.
As shown in figure 3, being provided with several and the one-to-one locellus 315, Mei Gefen of dedusting filtering bag 532 at the top of cylinder 3
Room 315 offers the air-vent 3151 being connected to air-introduced machine 531, is provided at air-vent 3151 and is electrically connected with controller 2
Stop valve 3152.Back-blowing mechanism 6 includes the back blowing machine 61 being arranged in cabinet 1, the blowback with the outlet of back blowing machine 61 connection
Pipe 62, anti-blowpipe 62, which protrudes into 31 top of upper shell and is connected with several, is in charge of 63 with the blowback that 315 top of locellus is connected to one by one,
Blowback is in charge of 63 and 315 junction of locellus is provided with the pulse valve 64 being electrically connected with controller 2.It can be only by stop valve 3152
Then vertical 315 air inducing state of control locellus, the air inducing air-flow for closing locellus 315 are beaten so that locellus 315 is in windless condition
Back blowing machine 61 and pulse valve 64 are opened, offline blowback is carried out to the corresponding dedusting filtering bag 532 of locellus 315, blowback air-flow is not drawn
The reaction force of general mood stream, so that dedusting filtering bag 532 is bigger by the effect of blowback air-flow, so that ash-removal effect is more preferable；Together
When offline blowback work when, dedusting filtering bag 532 is in non-air inducing state, so that the boiling material in lower shell 32 is not vulnerable to air inducing
The effect of air-flow and the material particle that is adsorbed on dedusting filtering bag 532, and then is adsorbed on dedusting filtering bag 532 is easier to be trembled
It falls, avoids material particle and be detached from behind 532 surface of dedusting filtering bag again with air-flow attached collection showing on adjacent 532 surface of dedusting filtering bag
As.
As shown in figure 5, dedusting filtering bag 532 is connect by card 7 with cylinder 3, card 7 is coaxially to be fixed in cylinder 3
Circular plate structure offers several and the one-to-one connecting hole 71 of dedusting filtering bag 532 on card 7.532 opening of dedusting filtering bag
Outer coaxial rings are equipped with connection ring 5321, and 5321 outer of connection ring is fixedly connected with several clamping blocks 5322,71 bottom wall of connecting hole
Offer the clamping groove 72 for 5322 rotary clamping of clamping block.Clamping block 5322 is the Contraband for being fixedly connected on 5321 periphery of connection ring
Shape block, the center of circle that is opening up and being directed toward connection ring 5321 of clamping block 5322；Clamping groove 72 is opened away from the side of direction of rotation
Equipped with holding tank 73,73 inner spring of holding tank is connected with sealing block 74, and sealing block 74 is embedded 74 bottom of sealing block in holding tank 73
Portion is fixedly connected with the shifting block 741 for being pierced by 7 bottom wall of card, and shifting block 741 is by the screw that is fixed on sealing block 74 in the present embodiment
It constitutes, 7 bottom wall of card offers the driver slot 75 mobile for shifting block 741.Sealing block 74 is folded in holding tank by shifting block 741
In 73, then by 5322 rotary clamping of clamping block in clamping groove 72, the installation of dedusting filtering bag 532 is realized.When clamping block 5322
When being clamped with clamping groove 72, sealing block 74 is mutually contradicted with 5322 side wall of clamping block, is reduced material particle and is deposited in gap
It may.
As shown in Figure 1,31 outer wall of upper shell is provided with the observation window for monitoring the granulating coated state of material in cylinder 3
316, headlamp 13 corresponding with observation window 316 is provided on cabinet 1.32 outer wall of lower shell is fixedly connected with temperature tube 8, thermometric
Pipe 8 is located at airflow-distribution board 51(referring to Fig. 3) top and be connected to lower shell 32, the one end of temperature tube 8 far from lower shell 32
It is embedded with sealing-plug 81.Under granulator coater working condition, thermo detector is protruded into lower shell 32 by temperature tube 8, for supervising
The temperature of environment in lower shell 32 is surveyed, to have the function that monitor boiling temperature in real time；Sealing-plug 81 is used for non-temperature-regulated condition
Under, the sealing to temperature tube 8.
Specific implementation process:
Material carries out granulating coated work in cylinder 3, the air-flow that air-intake device 52 generates by airflow-distribution board 51 to
Upper movement, and by dedusting filtering bag 532 and be discharged outside cylinder 3 under the action of draught dust collector 53.After a period of work,
532 surface of dedusting filtering bag can adsorb more material particle, cause the blocking of dedusting filtering bag 532, right by back-blowing mechanism 6 at this time
Dedusting filtering bag 532 carries out reversed outlet air, and dedusting filtering bag 532 expands rapidly, material particle is shaken off, and realizes to dedusting filtering bag 532
Deashing operation.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but
As long as all by the protection of Patent Law in the scope of the claims of the utility model.
Claims (9)
1. a kind of mini multifunctional granulation coating machine, including cabinet (1), the controller (2) being arranged on cabinet (1), setting
Cylinder (3) on the outside of cabinet (1), the spray gun (4) connecting with cylinder (3) are provided with fluidization system (5) in the cylinder (3),
It is characterized in that: the fluidization system (5) include setting cylinder (3) lower inside airflow-distribution board (51), be arranged in air-flow
The air-intake device (52) of distribution grid (51) bottom, setting cylinder (3) inner upper draught dust collector (53)；
The draught dust collector (53) includes the air-introduced machine (531) being arranged in cabinet (1), is arranged above cylinder (3)
Dedusting filtering bag (532), the dedusting filtering bag (532) at least two are simultaneously distributed, all dedustings along cylinder (3) even circumferential
Back-blowing mechanism (6) are respectively arranged at the top of filter bag (532).
2. a kind of mini multifunctional granulation coating machine according to claim 1, it is characterized in that: at the top of the cylinder (3)
Several and the one-to-one locellus (315) of dedusting filtering bag (532) are provided with, each locellus (315) offers and draws
The air-vent (3151) of blower (531) connection, is provided with stop valve (3152) at the air-vent (3151)；
The back-blowing mechanism (6) includes the back blowing machine (61) being arranged in cabinet (1) and back blowing machine (61) outlet connection
Anti-blowpipe (62), the anti-blowpipe (62) protrude into the blowback that cylinder (3) is connected with several with is connected to one by one at the top of locellus (315)
It is in charge of (63), (63) are in charge of in the blowback and locellus (315) junction is provided with pulse valve (64)；
The pulse valve (64) and stop valve (3152) are electrically connected with controller (2).
3. a kind of mini multifunctional granulation coating machine according to claim 2, it is characterized in that: the dedusting filtering bag
(532) it is connect by card (7) with cylinder (3), the card (7) is the Circular plate structure being coaxially fixed in cylinder (3), described
Several and the one-to-one connecting hole (71) of dedusting filtering bag (532) are offered on card (7)；
Dedusting filtering bag (532) the opening outer coaxial rings are equipped with connection ring (5321), and connection ring (5321) outer is solid
Surely it is connected with several clamping blocks (5322), connecting hole (71) bottom wall offers the clamping for clamping block (5322) rotary clamping
Slot (72).
4. a kind of mini multifunctional granulation coating machine according to claim 3, it is characterized in that: the clamping block (5322)
For the Contraband shape block for being fixedly connected on connection ring (5321) periphery, the opening of the clamping block (5322) is towards connection ring (5321)
The center of circle；
The clamping groove (72) offers holding tank (73) away from the side of direction of rotation, holding tank (73) the inner spring connection
Have sealing block (74), the sealing block (74) is embedded in holding tank (73), and sealing block (74) bottom, which is fixedly connected with, wears
The shifting block (741) of card (7) bottom wall out, card (7) bottom wall offer the driver slot (75) mobile for shifting block (741)；
When the clamping block (5322) and clamping groove (72) are clamped, the sealing block (74) is mutually supported with clamping block (5322) side wall
Touching.
5. a kind of mini multifunctional granulation coating machine according to any one of claims 1 to 4, it is characterized in that: described
Air-intake device (52) includes the blast pipe (521) below airflow-distribution board (51), and the blast pipe (521) is pierced by cylinder
(3) it side wall and is formed first interface (5211), is provided with air-heater (12) in the cabinet (1), the air-heater (12) goes out
Air port is fixedly connected with air supply tube (121), and the air supply tube (121) is pierced by cabinet (1) and is formed and first interface (5211) contract
The second interface (1211) of conjunction, the first interface (5211) and second interface (1211) are mutually clamped.
6. a kind of mini multifunctional granulation coating machine according to claim 5, it is characterized in that: the second interface
(1211) the double-deck O-ring seal (1212) are equipped in.
7. a kind of mini multifunctional granulation coating machine according to claim 6, it is characterized in that: the cylinder (3) outer wall
It is fixedly connected with temperature tube (8), the temperature tube (8) is located at the top of airflow-distribution board (51) and is connected to cylinder (3), described
Temperature tube (8) is embedded with sealing-plug (81) far from the one end of cylinder (3).
8. a kind of mini multifunctional granulation coating machine according to claim 1, it is characterized in that: the cylinder (3) outer wall
It is provided with observation window (316).
9. a kind of mini multifunctional granulation coating machine according to claim 8, it is characterized in that: being set on the cabinet (1)
It is equipped with headlamp (13) corresponding with observation window (316).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821329944.3U CN208990758U (en) | 2018-08-16 | 2018-08-16 | A kind of mini multifunctional granulation coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821329944.3U CN208990758U (en) | 2018-08-16 | 2018-08-16 | A kind of mini multifunctional granulation coating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208990758U true CN208990758U (en) | 2019-06-18 |
Family
ID=66798613
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821329944.3U Active CN208990758U (en) | 2018-08-16 | 2018-08-16 | A kind of mini multifunctional granulation coating machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208990758U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113081836A (en) * | 2021-04-21 | 2021-07-09 | 刘晓波 | High-efficient capsule machine |
-
2018
- 2018-08-16 CN CN201821329944.3U patent/CN208990758U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113081836A (en) * | 2021-04-21 | 2021-07-09 | 刘晓波 | High-efficient capsule machine |
| CN113081836B (en) * | 2021-04-21 | 2021-12-07 | 北京海王中新药业股份有限公司 | High-efficient capsule machine |
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