CN108405072A - A kind of heat radiating type sustained-release micro-pill capsules preparation facilities - Google Patents
A kind of heat radiating type sustained-release micro-pill capsules preparation facilities Download PDFInfo
- Publication number
- CN108405072A CN108405072A CN201810208438.7A CN201810208438A CN108405072A CN 108405072 A CN108405072 A CN 108405072A CN 201810208438 A CN201810208438 A CN 201810208438A CN 108405072 A CN108405072 A CN 108405072A
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- China
- Prior art keywords
- corase grinding
- main body
- motor
- corase
- grinding
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/20—Disintegrating by mills having rotary beater elements ; Hammer mills with two or more co-operating rotors
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C13/00—Disintegrating by mills having rotary beater elements ; Hammer mills
- B02C13/26—Details
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/02—Crushing or disintegrating by disc mills with coaxial discs
- B02C7/08—Crushing or disintegrating by disc mills with coaxial discs with vertical axis
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B02—CRUSHING, PULVERISING, OR DISINTEGRATING; PREPARATORY TREATMENT OF GRAIN FOR MILLING
- B02C—CRUSHING, PULVERISING, OR DISINTEGRATING IN GENERAL; MILLING GRAIN
- B02C7/00—Crushing or disintegrating by disc mills
- B02C7/11—Details
- B02C7/14—Adjusting, applying pressure to, or controlling distance between, discs
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- Engineering & Computer Science (AREA)
- Food Science & Technology (AREA)
- Crushing And Grinding (AREA)
Abstract
The invention discloses a kind of heat radiating type sustained-release micro-pill capsules preparation facilities,Including apparatus main body,The corase grinding device being set in described device main body,The fine grinding device that coarse fodder conveying device on the downside of described device main body is set and is set on the right side of described device main body,The corase grinding device includes the feed hopper for being fixedly installed on described device main body upper surface medium position,It is provided with feed cavity in described device main body,The corase grinding chamber being connected with the feed cavity is provided in the feed cavity upper inside walls,It is provided at inner left wall position in the feed cavity and is fixedly connected with the first corase grinding motor fixed block that frame is fixedly connected on the charging cavity wall,It is fixedly installed the first corase grinding motor in the first corase grinding motor fixed block,It is provided with the first corase grinding component on the upside of the first corase grinding motor and positioned at the corase grinding intracavitary,It is connected with shaft between the first corase grinding motor upper end and first corase grinding component lower face.
Description
Technical field
The present invention relates to drug preliminary working crushing technology field, specifically a kind of heat radiating type sustained-release micro-pill capsules prepare dress
It sets.
Background technology
All it is that drug is first subjected to baking and curing in the preparation process of drug, later again by the blocky drug block after solidification
It is ground to facilitate the later stage to mix various medicinal powder, then carries out encapsulated to drug again or tablet is made, therefore in medicine
The effect that product are ground during processing directly determines the quality of this batch of drug, therefore designing one kind can be to blocky drug block
Roughly grind so carry out fine gtinding a kind of heat radiating type sustained-release micro-pill capsules preparation facilities it is really necessary to.
Invention content
Technical problem to be solved by the invention is to provide a kind of heat radiating type sustained-release micro-pill capsules preparation facilities, can solve
The problems in certainly above-mentioned present technology.
The present invention is achieved through the following technical solutions：A kind of heat radiating type sustained-release micro-pill capsules of the present invention prepare dress
It sets, including the coarse fodder conveying on the downside of apparatus main body, the corase grinding device being set in described device main body, setting described device main body
Device and the fine grinding device being set on the right side of described device main body, the corase grinding device include being fixedly installed on described device master
The feed hopper of body upper surface medium position, is provided with feed cavity in described device main body, setting in the feed cavity upper inside walls
There is the corase grinding chamber being connected with the feed cavity, is provided with and is fixedly connected at inner left wall position in the feed cavity
Frame is fixedly connected on the first corase grinding motor fixed block on the charging cavity wall, is fixed in the first corase grinding motor fixed block
It is provided with the first corase grinding motor, described first roughly grinds on the upside of motor and the corase grinding intracavitary is provided with the first corase grinding component,
It is connected with shaft between the first corase grinding motor upper end and first corase grinding component lower face, is set to described first
It is provided with the first sealing ring between the shaft of corase grinding motor upper end and the first corase grinding motor fixed block, described first is thick
It is equipped with the first block between mill component upper surface and the feed hopper lower end, the corase grinding intracavitary is close to inner left wall
The first brush member is fixedly installed in upper inside walls, the feed cavity is interior and roughly grinds motor fixed block and institute positioned at described first
It states to be provided between inner wall on the right side of feed cavity and is fixedly connected with frame is fixedly connected on the charging chamber inner sidewall second slightly
Electric mill machine fixed block is fixedly installed the second corase grinding motor in the second corase grinding motor fixed block, the second corase grinding motor
Upside and positioned at the corase grinding intracavitary and with it is described first corase grinding component above and below staggered installation simultaneously with it is described first roughly grind component
The identical second corase grinding component of structure, shaft is equipped between the second corase grinding component and the second corase grinding motor,
It is set between the shaft of second corase grinding motor upper end and the second corase grinding motor fixed block that be provided with second close
Seal is equipped with the second block, the corase grinding chamber between the second corase grinding component upper surface and the feed hopper lower end
It is fixedly installed the second brush member identical with the first brush member structure in the upper inside walls of interior close right side inner wall,
It is fixedly installed inclined-plane between the madial wall of inner wall on the downside of the feed cavity, inclined-plane lower end medium position is fixedly connected
There are the internal siphunculus that through-hole is set up and down, the siphunculus lower end to extend other than the feed cavity lower face and be fixedly connected
In coarse fodder conveying device upper surface, the case surface of the first corase grinding motor and the second corase grinding motor is both provided with
Radiating subassembly.
The coarse fodder conveying device includes the conveying master being set on the downside of described device main body as a preferred technical solution,
Body is provided with delivery chute in the conveying main body, and the delivery chute is close to the position of inner left wall by being set to the siphunculus
Interior through-hole is connected with the feed cavity on the upside of the inclined-plane, and conveying electricity is fixedly installed in the delivery chute inner left wall
Machine, the feeder motor right end power are equipped with transmission shaft, match between the transmission shaft and delivery chute right side inner wall
Conjunction is provided with third sealing ring, and the transmission shaft peripheral side is provided with the spiral helicine rotor in the delivery chute.
The fine grinding device includes being set to described device main body and the conveying main body right side as a preferred technical solution,
The fine grinding main body of side, the conveying main body right end is fixedly connected on left end face of the fine grinding main body close to lower face, described
It is provided with the fine grinding chamber being connected with the delivery chute in fine grinding main body, essence is fixedly installed in the upper inside walls of the fine grinding chamber
Telescope motor is ground, the flexible column jacket positioned at the fine grinding intracavitary, the flexible column jacket are provided on the downside of the fine grinding telescope motor
Shaft is provided between upper surface and the fine grinding telescope motor, being provided on the downside of the flexible column jacket can be in the fine grinding intracavitary
It slides up and down and side wall and the sliding block that abuts against of fine grinding chamber inner sidewall, upper end of slide block Middle face position is fixed with flexible
Inner prop, the flexible inner prop are connect with the flexible column jacket screw-thread fit, and fine grinding motor, the fine grinding are provided in the sliding block
Be provided with the mill that can be freely rotated in the fine grinding intracavitary on the downside of motor, when original state the mill lower face with it is described defeated
It send slot upper inside walls to be flush, is equipped with shaft between the mill upper surface and the fine grinding motor lower end, is set to
It is provided with the 4th sealing ring between the shaft and the sliding block of the fine grinding motor lower end, the sliding block leans under proximal wall
End face is fixedly installed third block, and third block lower face is slidably connected with the mill upper surface, the essence
Mill chamber is provided with product outlet on the right side inner wall of downside inner wall, when original state the product outlet sealed set have it is close
Capping, the sealing cover left side are flush with inner wall on the right side of the fine grinding chamber.
The second corase grinding component includes module body as a preferred technical solution, and the module body is close to axle center
Place is provided with strengthening portion, and the corase grinding for being provided with and being arranged up and down is uniformly distributed in the module body on the outside of the strengthening portion
Hole.
First brush member includes being fixedly connected on the corase grinding chamber upper inside walls as a preferred technical solution,
Hairbrush pedestal, hairbrush connecting pole lower end are fixedly connected with hairbrush fixed block, and hairbrush fixed block lower face is provided with Zan
Hair, the lower end Zan maos of is abutted against with the first corase grinding component on the outside of the strengthening portion, and then can will be built-up in described thick
Grinding out and the drug brush of module body upper surface are fallen.
It is set to the shaft right side fixed setting of first corase grinding motor upper end as a preferred technical solution,
There is the first cleaning brush, is set to the Zan hairs on the downside of first cleaning brush and roughly grinds motor fixed block upper surface with described first
It is in contact and then can be rotated by the drive of the shaft on the upside of the first corase grinding motor, and then will fall and consolidate in the first corase grinding motor
The drug brush for determining block upper end is fallen, and is set on the right side of the shaft on the upside of the second corase grinding motor and is fixedly installed and described the
Identical second cleaning brush of one cleaning brush structure, second cleaning brush can be by the drives of the second corase grinding motor
The drug brush for roughly grinding motor fixed block upper end described second will be fallen to fall.
Pass through first between described device lower body face and the conveying main body upper surface as a preferred technical solution,
Connecting rod secure fit connects, and passes through the second connection between described device main body right end face and the fine grinding main body left end face
Bar secure fit connects.
The radiating subassembly includes three pieces or more of radiating fin and is fixed on described scattered as a preferred technical solution,
Radiator fan on hot fin, the radiating fin are soldered and fix.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, powder is carried out to blocky drug by the present apparatus
The process of broken processing, the first corase grinding motor and the second corase grinding motor rotation, and then the first corase grinding component is driven by shaft respectively
And second corase grinding component corase grinding intracavitary rotation, at this time staff by feed hopper toward corase grinding intracavitary drug to be comminuted is added
Block, drug block roughly grinds component by the first of upper and lower arranged in dislocation at this time and the second corase grinding component is roughly ground, and passes through at this time thick
In drug after mill is fallen by the corase grinding hole being set on the first corase grinding component and the second corase grinding component, in the process, the
Blocky drug is blocked in feed hopper by one block and the second block, and is built-up on the first corase grinding component and the second corase grinding component
Drug in end face or corase grinding hole can be fallen by the first brush member and the second brush member brush respectively, be fallen into feed cavity at this time
Corase grinding drug fallen into delivery chute by inclined-plane, siphunculus, feeder motor starts at this time, and then drives helical form by transmission shaft
Rotor rotation, and then the corase grinding drug fallen into delivery chute can be delivered to the right fine grinding intracavitary, in the corase grinding of fine grinding intracavitary
When drug reaches a certain amount of, feeder motor stops operating and then stops, toward fine grinding intracavitary conveying drug, refining telescope motor at this time
Rotation, and then column jacket rotation of stretching is driven by shaft, and then pass is connect with the screw-thread fit of flexible inner prop by flexible column jacket
The dynamic flexible inner prop of frenulum stretches out the column jacket that stretches, and then is moved down with movable slider, meanwhile, the fine grinding motor rotation being set in sliding block,
And then rotated by shaft band movable grinding disc, the mill rotated at this time is moved down by the drive of sliding block, and then will fall into fine grinding intracavitary
Corase grinding drug further refined, in the process, the upper surface of sliding block is slightly above delivery chute upper inside walls always, into
Fine grinding device after refining work of having gone is returned to original state, and prepares the action of fine grinding next time, and the personnel that work at the same time open close
It covers and is sent the fine grinding drug for refining intracavitary taking-up to subsequent processing by product outlet.
Description of the drawings
The present invention is described in detail by following specific embodiment and attached drawing for ease of explanation,.
Fig. 1 is a kind of internal structure schematic diagram of heat radiating type sustained-release micro-pill capsules preparation facilities of the present invention；
Fig. 2 is the enlarged diagram of " A " in Fig. 1；
Fig. 3 is the vertical view of the second corase grinding component in the present invention；
Fig. 4 is the structural schematic diagram of the first brush member in the present invention.
Specific implementation mode
As Figure 1-Figure 4, a kind of heat radiating type sustained-release micro-pill capsules preparation facilities of the invention, including apparatus main body 11,
It is set to the corase grinding device in described device main body 11, the coarse fodder conveying device on the downside of setting described device main body 11 and setting
Fine grinding device in 11 right side of described device main body, the corase grinding device include being fixedly installed on 11 upper surface of described device main body
The feed hopper 14 of medium position, is provided with feed cavity 22 in described device main body 11, setting in 22 upper inside walls of the feed cavity
There is the corase grinding chamber 21 being connected with the feed cavity 22, is provided at inner left wall position in the feed cavity 22 solid
Determine the first corase grinding motor fixed block 23 that link is fixedly connected on 22 inner wall of the feed cavity, the first corase grinding motor is solid
Determine to be fixedly installed the first corase grinding motor 24 in block 23, be set on the upside of the first corase grinding motor 24 and in the corase grinding chamber 21
It is equipped with the first corase grinding component 31, coordinates between 31 lower face of first corase grinding 24 upper end of motor and the first corase grinding component and connects
It is connected to shaft, is set between the shaft of the first corase grinding motor, 24 upper end and the first corase grinding motor fixed block 23
It is provided with the first sealing ring 241, is equipped between first corase grinding 31 upper surface of component and 14 lower end of the feed hopper
First block 28, described roughly grind in chamber 21 are fixedly installed the first brush member 34, institute in the upper inside walls of inner left wall
It states in feed cavity 22 and is provided between the first corase grinding motor fixed block 23 and 22 right side inner wall of the feed cavity logical
It crosses and is fixedly connected with the second corase grinding motor fixed block 25 that frame is fixedly connected on 22 madial wall of the feed cavity, second corase grinding
The second corase grinding motor 26 is fixedly installed in motor fixed block 25, described second roughly grinds 26 upside of motor and be located at the corase grinding chamber
In 21 and with the first corase grinding component, about 31 staggered installation 31 structure of component identical second is roughly ground with described first simultaneously
Component 32 is roughly ground, shaft is equipped between the second corase grinding component 32 and the second corase grinding motor, is set to described
It is provided with the second sealing ring between the shaft of second 26 upper end of corase grinding motor and the second corase grinding motor fixed block 25
261, the second block 29 is equipped between second corase grinding 32 upper surface of component and 14 lower end of the feed hopper, it is described thick
It is fixedly installed and 34 structure of the first brush member identical second in the upper inside walls of right side inner wall in mill chamber 21
Brush member 33, is fixedly installed inclined-plane 41 between the madial wall of the feed cavity 22 downside inner wall, under the inclined-plane 41
End medium position is fixedly connected with the internal siphunculus 42 that through-hole is arranged up and down, and the charging is extended in 42 lower end of the siphunculus
Other than 22 lower face of chamber and it is fixedly connected on coarse fodder conveying device upper surface, the first corase grinding motor 24 and described second
The case surface of corase grinding motor 26 is both provided with radiating subassembly.
Valuably, the coarse fodder conveying device includes being set to the conveying main body 12 of 11 downside of described device main body, described
It is provided with delivery chute 55 in conveying main body 12, the delivery chute 55 is close to the position of inner left wall by being set to the siphunculus 42
Interior through-hole is connected with the feed cavity 22 of 41 upside of the inclined-plane, is fixedly installed in 55 inner left wall of the delivery chute
Feeder motor 51,51 right end power of the feeder motor are equipped with transmission shaft 53, the transmission shaft 53 and the delivery chute
Third sealing ring 52 is equipped between 55 right side inner walls, 53 peripheral side of the transmission shaft is provided with positioned at the delivery chute 55
Interior spiral helicine rotor 54.
Valuably, the fine grinding device includes the fine grinding for being set to described device main body 11 and 12 right side of conveying main body
Main body 13, conveying 12 right end of main body are fixedly connected on the fine grinding main body 13 close to the left end face of lower face, the essence
It grinds and is provided with the fine grinding chamber 62 being connected with the delivery chute 55 in main body 13, it is fixed in the upper inside walls of the fine grinding chamber 62 to set
It is equipped with fine grinding telescope motor 61,61 downside of fine grinding telescope motor is provided with the flexible column jacket in the fine grinding chamber 62
63, shaft, 63 downside of the flexible column jacket are provided between 63 upper surface of flexible column jacket and the fine grinding telescope motor 61
Being provided with can slide up and down and side wall and the sliding block 65 that abuts against of fine grinding 62 madial wall of chamber in the fine grinding chamber 62, described
65 upper surface medium position of sliding block is fixed with flexible inner prop 64, and the flexible inner prop 64 connects with 63 screw-thread fit of flexible column jacket
It connects, fine grinding motor 66 is provided in the sliding block 65,66 downside of the fine grinding motor is provided with can be in the fine grinding chamber 62 certainly
By the mill 69 rotated, when original state, 69 lower face of mill was flush with 55 upper inside walls of the delivery chute, the mill
It is equipped with shaft between 69 upper surface of disk and 66 lower end of fine grinding motor, is set to the institute of 66 lower end of the fine grinding motor
It states and is provided with the 4th sealing ring 67 between shaft and the sliding block 65, the sliding block 65 is fixedly installed by the lower face of proximal wall
Third block 68,68 lower face of third block are slidably connected with 69 upper surface of the mill, and the fine grinding chamber 62 leans on
It is provided with product outlet 71 on the right side inner wall of nearly downside inner wall, when original state, 71 sealed set of product outlet had sealing
Lid 72,72 left side of the sealing cover are flush with the 62 right side inner wall of fine grinding chamber.
Valuably, the second corase grinding component 32 includes module body 322, and the module body 322 is set at axle center
It is equipped with strengthening portion 323, is uniformly distributed to be provided in the module body 322 in 323 outside of the strengthening portion and is arranged up and down
Corase grinding hole 321.
Valuably, first brush member 34 includes the hairbrush pedestal for being fixedly connected on corase grinding 21 upper inside walls of chamber
341,341 lower end of hairbrush connecting pole is fixedly connected with hairbrush fixed block 342, and hairbrush fixed block lower face is provided with Zan
Hair 343,343 lower end of Zan hairs is abutted against with the first corase grinding component 31 on the outside of the strengthening portion, and then can will be attached
Drug brush in the corase grinding hole and module body upper surface is fallen.
Valuably, the shaft right side for being set to the first corase grinding motor, 24 upper end is fixedly installed the first cleaning
Hairbrush 242 is set to the Zan hairs of first cleaning brush, 242 downside and the 23 upper surface phase of the first corase grinding motor fixed block
Contact and then the drive rotation that the shaft on the upside of motor 24 can be roughly ground by first, and then will fall and consolidate in the first corase grinding motor
The drug brush for determining 23 upper end of block is fallen, and the shaft right side for being set to 26 upside of the second corase grinding motor is fixedly installed and institute
Identical second cleaning brush 262 of 242 structure of the first cleaning brush is stated, second cleaning brush 262 can pass through the second corase grinding
Motor 26 driving and then being fallen the drug brush for roughly grinding 25 upper end of motor fixed block described second is fallen.
Valuably, pass through head rod 81 between 11 lower face of described device main body and 12 upper surface of conveying main body
Secure fit connects, and passes through the second connecting rod between 11 right end face of described device main body and 13 left end face of fine grinding main body
82 secure fits connect.
Valuably, the radiating subassembly includes three pieces or more of radiating fin 422 and is fixed on the radiating fin 422
On radiator fan 421, the radiating fin 422 be soldered fix, to by the radiating fin 422 absorb and distribute
The heat that the first corase grinding motor 24 and the second corase grinding motor 26 generate when running, is increased by the radiator fan 421
The efficiency for adding the radiating fin 422 to radiate.
The process of processing is crushed to blocky drug by the present apparatus, the first corase grinding motor 24 and second roughly grinds motor 26
Rotation, and then drive the first corase grinding component 31 and second to roughly grind the rotation in corase grinding chamber 21 of component 32 by shaft respectively, at this time
Drug block to be comminuted is added in corase grinding chamber 21 by feed hopper 14 in staff, and drug block passes through upper and lower arranged in dislocation at this time
The first corase grinding component 31 and second roughly grind component 32 and roughly ground, the drug after corase grinding is thick by being set to first at this time
In corase grinding hole 321 on the mill corase grinding component 32 of component 31 and second is fallen into, in the process, the first block 28 and the second block 29
Blocky drug is blocked in feed hopper 14, and is built-up in the first corase grinding component 31 and second corase grinding 32 upper surface of component or corase grinding
Drug in hole 321 can be fallen by the first brush member 34 and the second brush member 33 brush respectively, be fallen at this time in feed cavity 22
Corase grinding drug fallen into delivery chute 55 by inclined-plane 41, siphunculus 42, feeder motor 51 starts at this time, and then passes through transmission shaft 53
It drives spiral helicine rotor 54 to rotate, and then can will fall into the corase grinding drug in delivery chute 55 and be delivered to the right in fine grinding chamber 62,
When corase grinding drug in fine grinding chamber 62 reaches a certain amount of, feeder motor 51 stops operating and then stops the conveying in fine grinding chamber 62
Drug refines telescope motor 61 and rotates, and then drives the column jacket 63 that stretches to rotate by shaft at this time, and then passes through flexible column jacket 63
The inner prop 64 that stretches is driven to stretch out the column jacket 63 that stretches with the screw-thread fit connection relation of flexible inner prop 64, and then under movable slider 65
It moves, meanwhile, the fine grinding motor 66 being set in sliding block 65 rotates, and then is rotated by shaft band movable grinding disc 69, rotates at this time
Mill 69 is moved down by the drive of sliding block 65, and then the corase grinding drug fallen into fine grinding chamber 62 is further refined, herein
In the process, the upper surface of sliding block 65 is slightly above 55 upper inside walls of delivery chute always, and fine grinding device returns after having carried out refining work
Original state is arrived again, and prepares the action of fine grinding next time, and the personnel that work at the same time open sealing cover 72 and will by product outlet 71
Fine grinding drug taking-up in fine grinding chamber 62 is sent to subsequent processing.
The beneficial effects of the invention are as follows：The configuration of the present invention is simple, it is easy to operate, powder is carried out to blocky drug by the present apparatus
The process of broken processing, the first corase grinding motor and the second corase grinding motor rotation, and then the first corase grinding component is driven by shaft respectively
And second corase grinding component corase grinding intracavitary rotation, at this time staff by feed hopper toward corase grinding intracavitary drug to be comminuted is added
Block, drug block roughly grinds component by the first of upper and lower arranged in dislocation at this time and the second corase grinding component is roughly ground, and passes through at this time thick
In drug after mill is fallen by the corase grinding hole being set on the first corase grinding component and the second corase grinding component, in the process, the
Blocky drug is blocked in feed hopper by one block and the second block, and is built-up on the first corase grinding component and the second corase grinding component
Drug in end face or corase grinding hole can be fallen by the first brush member and the second brush member brush respectively, be fallen into feed cavity at this time
Corase grinding drug fallen into delivery chute by inclined-plane, siphunculus, feeder motor starts at this time, and then drives helical form by transmission shaft
Rotor rotation, and then the corase grinding drug fallen into delivery chute can be delivered to the right fine grinding intracavitary, in the corase grinding of fine grinding intracavitary
When drug reaches a certain amount of, feeder motor stops operating and then stops, toward fine grinding intracavitary conveying drug, refining telescope motor at this time
Rotation, and then column jacket rotation of stretching is driven by shaft, and then pass is connect with the screw-thread fit of flexible inner prop by flexible column jacket
The dynamic flexible inner prop of frenulum stretches out the column jacket that stretches, and then is moved down with movable slider, meanwhile, the fine grinding motor rotation being set in sliding block,
And then rotated by shaft band movable grinding disc, the mill rotated at this time is moved down by the drive of sliding block, and then will fall into fine grinding intracavitary
Corase grinding drug further refined, in the process, the upper surface of sliding block is slightly above delivery chute upper inside walls always, into
Fine grinding device after refining work of having gone is returned to original state, and prepares the action of fine grinding next time, and the personnel that work at the same time open close
It covers and is sent the fine grinding drug for refining intracavitary taking-up to subsequent processing by product outlet.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
The change or replacement expected without creative work, should be covered by the protection scope of the present invention.Therefore, of the invention
Protection domain should be determined by the scope of protection defined in the claims.
Claims (8)
1. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities, including apparatus main body, the corase grinding that is set in described device main body
Device, the coarse fodder conveying device being arranged on the downside of described device main body and the fine grinding device being set on the right side of described device main body,
The corase grinding device includes the feed hopper for being fixedly installed on described device main body upper surface medium position, is set in described device main body
It is equipped with feed cavity, is provided with the corase grinding chamber being connected with the feed cavity in the feed cavity upper inside walls, in the feed cavity
It is provided at inner left wall position and is fixedly connected with the first corase grinding electricity that frame is fixedly connected on the charging cavity wall
Machine fixed block is fixedly installed the first corase grinding motor in the first corase grinding motor fixed block, on the upside of the first corase grinding motor
And the corase grinding intracavitary is provided with the first corase grinding component, the first corase grinding motor upper end is roughly ground with described first under component
Shaft is connected between end face, the shaft for being set to first corase grinding motor upper end roughly grinds motor with described first
It is provided with the first sealing ring between fixed block, is equipped between the first corase grinding component upper surface and the feed hopper lower end
Have the first block, the corase grinding intracavitary is fixedly installed the first brush member in the upper inside walls of inner left wall, it is described into
Expect intracavitary and roughly grind to be provided between inner wall on the right side of motor fixed block and the feed cavity positioned at described first to be fixedly connected
Frame is fixedly connected on the second corase grinding motor fixed block on the charging chamber inner sidewall, and described second roughly grinds in motor fixed block admittedly
Surely be provided with the second corase grinding motor, on the upside of the second corase grinding motor and positioned at the corase grinding intracavitary and with the first corase grinding group
Part up and down staggered installation simultaneously with it is described first corase grinding modular construction it is identical second corase grinding component, it is described second corase grinding component with
Be equipped with shaft between the second corase grinding motor, be set to the shaft of second corase grinding motor upper end with it is described
The second sealing ring, the second corase grinding component upper surface and the feed hopper lower end are provided between second corase grinding motor fixed block
Between be equipped with the second block, the corase grinding intracavitary is fixedly installed and described in the upper inside walls of right side inner wall
Identical second brush member of one brush member structure is fixedly installed between the madial wall of inner wall on the downside of the feed cavity
Inclined-plane, inclined-plane lower end medium position are fixedly connected with the internal siphunculus that through-hole is arranged up and down, and the siphunculus lower end is prolonged
Stretch out other than the feed cavity lower face and be fixedly connected on coarse fodder conveying device upper surface, the first corase grinding motor and
The case surface of the second corase grinding motor is both provided with radiating subassembly.
2. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：The coarse fodder is defeated
It includes the conveying main body being set on the downside of described device main body to send device, and delivery chute is provided in the conveying main body, described defeated
Send slot close to through-hole of the position of inner left wall by being set in the siphunculus and the feed cavity phase on the upside of the inclined-plane
It is connected to, is fixedly installed feeder motor in the delivery chute inner left wall, the feeder motor right end power is equipped with biography
On the right side of moving axis, the transmission shaft and the delivery chute third sealing ring, the transmission shaft peripheral side are equipped between inner wall
The spiral helicine rotor being provided in the delivery chute.
3. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：The fine grinding dress
It sets including being set to described device main body and the fine grinding main body on the right side of the conveying main body, the conveying main body right end is fixedly connected
In the fine grinding main body essence being connected with the delivery chute is provided in the left end face of lower face, the fine grinding main body
Mill chamber is fixedly installed fine grinding telescope motor in the upper inside walls of the fine grinding chamber, and the fine grinding telescope motor downside is provided with
Positioned at the flexible column jacket of the fine grinding intracavitary, it is provided with and turns between the flexible column jacket upper surface and the fine grinding telescope motor
Axis, the flexible column jacket downside, which is provided with, to be slided up and down in the fine grinding intracavitary and side wall offsets with the fine grinding chamber inner sidewall
The sliding block connect, upper end of slide block Middle face position are fixed with flexible inner prop, the flexible inner prop and the outer male screw that stretches
It is connected, fine grinding motor is provided in the sliding block, being provided on the downside of the fine grinding motor can be in fine grinding intracavitary freedom
The mill of rotation, when original state, the mill lower face was flush with the delivery chute upper inside walls, the mill upper surface
It is equipped with shaft between the fine grinding motor lower end, is set to the shaft of the fine grinding motor lower end and the cunning
The 4th sealing ring is provided between block, the sliding block is fixedly installed third block, the third gear by the lower face of proximal wall
Block lower face is slidably connected with the mill upper surface, and the fine grinding chamber is provided on the right side inner wall of downside inner wall
Product outlet, when original state, the product outlet sealed set had sealing cover, the sealing cover left side and the fine grinding chamber
Right side inner wall is flush.
4. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：Described second is thick
It includes module body to grind component, and the module body is provided with strengthening portion at axle center, described group on the outside of the strengthening portion
The corase grinding hole for being provided with and being arranged up and down is uniformly distributed in part main body.
5. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：Described first mao
Brush assemblies include the hairbrush pedestal for being fixedly connected on the corase grinding chamber upper inside walls, and hairbrush connecting pole lower end is fixedly connected with
Hairbrush fixed block, hairbrush fixed block lower face are provided with Zan maos, the lower end Zan maos of with it is described on the outside of the strengthening portion
First corase grinding component abuts against, and then can fall the drug brush for being built-up in the corase grinding hole and module body upper surface.
6. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：It is set to described
The shaft right side of first corase grinding motor upper end is fixedly installed the first cleaning brush, is set to first cleaning brush
The Zan hairs of downside are in contact with first corase grinding motor fixed block upper surface and then can be by the institutes on the upside of the first corase grinding motor
The drive rotation of shaft is stated, and then is fallen the drug brush for roughly grinding motor fixed block upper end first is fallen, it is thick to be set to described second
It is fixedly installed the second cleaning brush identical with the first cleaning brush structure, institute on the right side of the shaft on the upside of electric mill machine
Stating the second cleaning brush can will be fallen in second corase grinding motor fixed block upper end by the second corase grinding motor by drive
Drug brush is fallen.
7. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：Described device master
It is connected by head rod secure fit between body lower face and the conveying main body upper surface, described device main body right-hand end
It is connected by the second connecting rod secure fit between face and the fine grinding main body left end face.
8. a kind of heat radiating type sustained-release micro-pill capsules preparation facilities according to claim 1, it is characterised in that：The heat dissipation group
Part includes three pieces or more of radiating fin and the radiator fan that is fixed on the radiating fin, and the radiating fin is welded
Connect fixation.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201810208438.7A CN108405072B (en) | 2018-03-14 | 2018-03-14 | A kind of heat radiating type sustained-release micro-pill capsules preparation facilities |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810208438.7A CN108405072B (en) | 2018-03-14 | 2018-03-14 | A kind of heat radiating type sustained-release micro-pill capsules preparation facilities |
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| CN108405072B CN108405072B (en) | 2019-03-15 |
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| SU1577822A1 (en) * | 1988-08-08 | 1990-07-15 | Ивановский Химико-Технологический Институт | Centrifugal mill |
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| Publication number | Publication date |
|---|---|
| CN108405072B (en) | 2019-03-15 |
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Effective date of registration: 20200701 Address after: 448000 No. 122, Yangwan Road, Duodao District, Jingmen high tech Zone, Hubei Province (Encyclopedia Hendy pharmaceutical) Patentee after: HUBEI BAIKEHENGDI PHARMACEUTICAL Co.,Ltd. Address before: 448000 No. 122 Yangwan Road, Jingmen City, Hubei Province Patentee before: Hubei Encyclopedia Gray Pharmaceutical Co.,Ltd. |
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Address after: No.122, Yangwan Road, Duodao District, Jingmen high tech Zone, Hubei Province Patentee after: Hubei Hendi Pharmaceutical Co., Ltd Address before: 448000 No. 122, Yangwan Road, Duodao District, Jingmen high tech Zone, Hubei Province (Encyclopedia Hendy pharmaceutical) Patentee before: HUBEI BAIKEHENGDI PHARMACEUTICAL Co.,Ltd. |
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