CN107827066A - The filling and sealing device and method of parenteral solution - Google Patents
The filling and sealing device and method of parenteral solution Download PDFInfo
- Publication number
- CN107827066A CN107827066A CN201711233546.1A CN201711233546A CN107827066A CN 107827066 A CN107827066 A CN 107827066A CN 201711233546 A CN201711233546 A CN 201711233546A CN 107827066 A CN107827066 A CN 107827066A
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- Prior art keywords
- groove
- grip block
- bottle
- bearing
- filling
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67C—CLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
- B67C7/00—Concurrent cleaning, filling, and closing of bottles; Processes or devices for at least two of these operations
- B67C7/0006—Conveying; Synchronising
- B67C7/004—Conveying; Synchronising the containers travelling along a circular path
- B67C7/0046—Infeed and outfeed devices
- B67C7/0053—Infeed and outfeed devices using grippers
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
- B65B51/00—Devices for, or methods of, sealing or securing package folds or closures; Devices for gathering or twisting wrappers, or necks of bags
- B65B51/10—Applying or generating heat or pressure or combinations thereof
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B67—OPENING, CLOSING OR CLEANING BOTTLES, JARS OR SIMILAR CONTAINERS; LIQUID HANDLING
- B67C—CLEANING, FILLING WITH LIQUIDS OR SEMILIQUIDS, OR EMPTYING, OF BOTTLES, JARS, CANS, CASKS, BARRELS, OR SIMILAR CONTAINERS, NOT OTHERWISE PROVIDED FOR; FUNNELS
- B67C7/00—Concurrent cleaning, filling, and closing of bottles; Processes or devices for at least two of these operations
- B67C7/0006—Conveying; Synchronising
- B67C2007/0066—Devices particularly adapted for container closing
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Filling Of Jars Or Cans And Processes For Cleaning And Sealing Jars (AREA)
Abstract
The present invention relates to a kind of filling and sealing device of parenteral solution, it is characterised in that：Including filling mechanism, sealing mechanism and undertaking transport establishment, the side of sealing mechanism is respectively equipped with bottle cap feeding material component and heating component, filling and sealing is carried out to bottle by mechanical structure, bottle transmission is driven simultaneously to carry out parenteral solution to multiple bottles by filling mechanism filling, the operating efficiency of filling parenteral solution is high, complete it is filling after bottle unified sealed by sealing mechanism upper bottle cover, production efficiency is high while energy consumption is low, it ensure that the injection products quality in process of production in bottle, bottle after lid sealing in completion is heated, make the connection of bottle cap and bottle closer, enhance the sealing of bottle while low cost is suitable to promote the use of, energy consumption is low, it is cheap, the invention provides a kind of filling efficiency is fast, good airproof performance, save the filling and sealing device of the energy and parenteral solution simple in construction.
Description
Technical field
The present invention relates to a kind of filling and sealing device of parenteral solution and the method for filling and sealing device.
Background technology
The production of China's parenteral solution in the production of whole medical process industry in occupation of consequence, but from production
Quality of scale, production species and product etc. is compared with foreign countries, however it remains no small gap, due to child old man
It is liable to illness, generally all fluid infusion and the method for injection can be used to be treated after sick, cause parenteral solution to be used in life
Frequently, steady ascendant trend is presented in the market demand of parenteral solution, and the parenteral solution kind for especially treating class presents shortage
State, it is impossible to meet clinic medication demand, in this course, parenteral solution be typically stored in bottle carry out seal making remove
Fortune, also, the production technology of existing parenteral solution bottle is mostly production stage complexity, parenteral solution is filled into filling in bottle
It is inefficient, cause its production capacity low, and due to complex process, cause to cannot be guaranteed parenteral solution in bottle in process of production
Product quality, and the machine construction for producing bottle is complicated, is made using multiple drive and control system, while high energy consumption
Valency is high, while the sealing for the bottle produced is not strong, parenteral solution in bottle is infected by bacterium.
The content of the invention
In view of the deficienciess of the prior art, it is an object of the invention to provide a kind of filling efficiency is fast, good airproof performance, section
The about filling and sealing device and method of the energy and parenteral solution simple in construction.
The technical proposal of the invention is realized in this way：A kind of filling and sealing device of parenteral solution, it is characterised in that：Including
For to bottle carry out liquid filling filling mechanism, for complete liquid filling after bottle carry out it is upper lid sealing sealing mechanism and
It is arranged on the undertaking transport establishment for being used for automatic transporting bottle between filling mechanism and sealing mechanism, the side of the sealing mechanism
It is separately provided for carrying out bottle cap the bottle cap feeding material component of feeding and for being heated to the bottle after upper lid sealing
Heating component.
Preferably：The first rotation that the filling mechanism includes the first central rotating shaft and is arranged on the first central rotating shaft
Disk, the first central rotating shaft top are provided with liquid reserve tank, and first rotating disk includes revolving on upper and lower spaced first
Rotating disk and the first lower rotating disc, some liquid filling components are provided between rotating disk and the first lower rotating disc on described first, if should
Dry liquid filling component includes the first fixed column and second that both ends are separately fixed on first in rotating disk and the first lower rotating disc and consolidated
Fixed column and the first grip block and the second grip block being separately positioned in the first fixed column and the second fixed column, first folder
Hold in the middle part of block fixed with first it is column articulated, be relatively set with respectively on first grip block and the second grip block the first cylinder with
Second cylinder, first cylinder and the second cylinder are interconnected with one another by the first spring, and first grip block is with respect to
One end of one central rotating shaft is connected with the first connecting shaft, and clutch shaft bearing, the clutch shaft bearing are provided with first connecting shaft
Inner ring be fixedly connected with the first connecting shaft, be provided with and clutch shaft bearing phase between first grip block and the first central rotating shaft
The first guide rail mutually coordinated, first guide rail are set along the first central rotating shaft circumference, and first guide rail transports towards undertaking
The side of mechanism, which caves inward, is provided with the first groove and the second groove, and first groove and the second groove are spaced and set
Put, the side of first guide rail away from the second groove is more than under the second groove relative first with respect to the height of the first lower rotating disc
The height of rotating disk, the liquid reserve tank bottom are provided with some woven hoses, and one end of the woven hose connects with liquid reserve tank, another
End is through rotating disk on first and extends between the first grip block and the second grip block.
Preferably：The second rotation that the sealing mechanism includes the second central rotating shaft and is arranged on the second central rotating shaft
Disk, second rotating disk include rotating disk and the second lower rotating disc on upper and lower spaced second, rotated on described second
Some seal assemblies are provided between disk and the second lower rotating disc, some seal assemblies are separately fixed on second including both ends
The 3rd fixed column and the 4th fixed column in rotating disk and the second lower rotating disc, it is provided with the 3rd in the 3rd fixed column and presss from both sides
Block and the three times grip blocks are held, grip block and the four times grip blocks on the 4th are correspondingly arranged in the 4th fixed column, it is described
Grip block and the three times grip blocks middle parts are fixed column articulated with the 3rd on 3rd, are clamped on the described 3rd on grip block and the 4th
It is relatively set with the 3rd cylinder and the 4th cylinder on block respectively, the 3rd cylinder and the 4th cylinder pass through second spring phase each other
Connect, grip block is connected with the second connecting shaft, second connecting shaft with respect to one end of the second central rotating shaft on the described 3rd
On be provided with second bearing, the inner ring of the second bearing is fixedly connected with the second connecting shaft, grip block and on the described 3rd
The second guide rail to be cooperated with second bearing is provided between two central rotating shafts, second guide rail is justified along the second central rotating shaft
Week is set, and the side of the second guide rail towards the bottle cap feeding material component, which caves inward, is provided with the 3rd groove, second guide rail
Side away from the 3rd groove is provided with the 4th groove, and second guide rail is provided with the side of the 3rd groove relative to second time rotation
The height of disk is more than height of the side with respect to the second lower rotating disc that the second guide rail is provided with the 4th groove；The three times grip blocks
With the 5th cylinder and the 6th cylinder are relatively set with the four times grip blocks respectively, the 5th cylinder and the 6th cylinder pass through
Three springs are interconnected with one another, and the three times grip blocks are connected with the 3rd connecting shaft with respect to one end of the second central rotating shaft, institute
To state and 3rd bearing is provided with the 3rd connecting shaft, the inner ring of the 3rd bearing is fixedly connected with the 3rd connecting shaft, and the described 3rd
It is provided with the 3rd guide rail to be cooperated with 3rd bearing between lower grip block and the second central rotating shaft, the 3rd guide rail is along the
Two central rotating shaft circumference are set, and are caved inward on the 3rd guide rail and are provided with the 5th groove and the 6th groove, the described 5th is recessed
Groove is arranged on the 3rd guide rail towards the side for accepting transport establishment.
Preferably：The undertaking transport establishment includes the 3rd central rotating shaft and the be arranged on the 3rd central rotating shaft the 3rd
Rotating disk, some feeding material components are provided with the 3rd rotating disk, some feeding material components include being fixed on the by stud
The first fixture block and the second fixture block in three rotating disks, the first fixture block middle part are hinged with stud, first fixture block and second
Be relatively set with the 7th cylinder and the 8th cylinder on fixture block respectively, the 7th cylinder and the 8th cylinder by the 4th spring each other
It is connected with each other, first fixture block is connected with the 4th connecting shaft with respect to one end of the 3rd central rotating shaft, in the 4th connecting shaft
Fourth bearing is provided with, the inner ring of the fourth bearing is fixedly connected with the 4th connecting shaft, first fixture block and the 3rd center
The 4th guide rail to be cooperated with fourth bearing is provided between rotating shaft, the 4th guide rail is set along the 3rd central rotating shaft circumference
Put, the side of the 4th guide rail towards the second groove, which caves inward, is provided with the 7th groove, the 4th guide rail direction the 5th
The side of groove, which caves inward, is provided with the 8th groove.
Preferably：The bottle cap feeding material component includes bucket, and the charge bottom of the barrel is provided with oscillating plate, the charge
Discharging opening is provided with barrel side wall, the discharge outlet is provided with feed belt, the one end of the feed belt away from bucket
It is arranged on the 3rd on grip block and the 4th below grip block.
Preferably：The heating component includes air-heater, and the delivery outlet of the air-heater is towards three times grip blocks and the
Four times grip blocks.
Preferably：The rotation direction of first central rotating shaft is identical with the rotation direction of the 3rd central rotating shaft, and described
The rotation direction of two central rotating shafts and the rotation direction of the 3rd central rotating shaft are opposite.
Preferably：Second groove, the 7th groove, the 5th groove and the 8th groove are arranged on same level height.
The present invention discloses it is a kind of for parenteral solution carry out high efficiency, low energy consumption filling and sealing device method,
Its step is as follows：
1）, charging：The first central rotating shaft, which rotates, in filling mechanism drives rotating disk and the first lower rotating disc on first to rotate, and first
Bearing runs in the first guide rail and entered in the first groove, and the first grip block and the second grip block are opened and sandwich bottle,
After clutch shaft bearing produces the first groove, the first grip block and the second grip block clamp bottle in the presence of the first spring；
2）, it is filling：Clutch shaft bearing is run in the first guide rail, drives the first grip block and the second grip block along the first fixed column
Moved upwards with the second fixed column, when running up, the bottle body and bottleneck being sandwiched between the first grip block and the second grip block leans on
Nearly woven hose, parenteral solution are flowed into bottle from woven hose and carry out liquid filling, after completing liquid filling, the first grip block and the second grip block
Run by declining under the drive of clutch shaft bearing, and to the second groove direction；
3）, accept transport：Clutch shaft bearing is entered in the second groove, and the first grip block rotates along the first fixed column, the first folder
Hold block and the second grip block to separate, the 3rd central rotating shaft, which rotates, drives the 3rd rotating disk to rotate, and fourth bearing drives the first fixture block
Run with the second fixture block along the 4th guide rail, fourth bearing, which is transferred to take over from filling mechanism in the 7th groove, completes parenteral solution
After filling bottle, clamping bottle is transported after producing the 7th groove, while clutch shaft bearing comes out from the first groove, first
Grip block and the second grip block are closed again, and fourth bearing, which continues to run with, to be transferred in the 8th groove, the first fixture block and the second folder
Block separates, and the second central rotating shaft, which rotates, drives rotating disk and the second lower rotating disc on second to rotate, and 3rd bearing is driven under the 3rd
Grip block and the four times grip blocks are run along the 3rd guide rail, and 3rd bearing operation is transferred in the 5th groove, the three times grip blocks
Opened with the four times grip blocks, the filling bottle of parenteral solution will be completed by, which coordinating with the first fixture block and the second fixture block, is transported to sealer
On structure, fourth bearing produces the first fixture block and the second fixture block closure after the 8th groove, after 3rd bearing produces the 5th groove, the 3rd
Lower grip block and the four times grip blocks clamp bottle；
4）, it is upper lid sealing：3rd bearing is run along the 3rd guide rail, second bearing along the second guide rail run when, second bearing
Turn in the 3rd groove, on the 3rd on grip block and the 4th grip block open, by by bottle cap feeding material component be conveyed through Lai bottle
Lid is clamped, and second bearing produces the 3rd groove, and grip block closure clamps bottle cap on grip block and the 4th on the 3rd, and second bearing is suitable
The second guide rail and drive on the 3rd that grip block is run downwards along the 3rd fixed column and the 4th fixed column on grip block and the 4th, will
Bottle cap is installed at the top of bottle；
5）, heating sealing：Air-heater is run after heating component driving, under air-heater delivery outlet direction three times grip blocks and the 4th
Grip block, blowout hot blast heat to bottle.
6）, discharging：Second bearing is entered in the 4th groove, and grip block is opened on grip block and the 4th on the 3rd, and second
Bearing is run up with grip block on grip block and the 4th on the 3rd along the 3rd fixed column and the 4th fixed column, is completed filling
Thermosealed bottle is added to carry out sealing mechanism after 3rd bearing is entered in the 6th groove.
Preferably：After sealing is covered in bottle completion, it is solid to rotate drive the 3rd for rotating disk and the second lower rotating disc on second
Fixed column and the 4th fixed column turn to air-heater delivery outlet, and heating sealing is carried out to bottle.
The beneficial effects of the invention are as follows：Filling and sealing, simple in construction and saving are carried out to bottle by mechanical structure
The energy, drive bottle transmission that parenteral solution is carried out into filling, the work of filling parenteral solution to multiple bottles simultaneously by filling mechanism
Efficiency high, the bottle unification after completion is filling are sealed by sealing mechanism upper bottle cover, and production efficiency is high while energy consumption is low, protects
The injection products quality in process of production in bottle has been demonstrate,proved, the bottle after lid sealing in completion is heated, makes bottle cap
It is closer with the connection of bottle, the sealing of bottle is enhanced, the sealing for the bottle produced is strong, it is not easy to make to note in bottle
Liquid is penetrated to be infected by bacterium, while low cost is suitable to promote the use of, energy consumption is low, cheap, and the invention provides one kind to fill
Fill fast efficiency, good airproof performance, the filling and sealing device for saving the energy and parenteral solution simple in construction.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are only this
Some embodiments of invention, for those of ordinary skill in the art, without having to pay creative labor, may be used also
To obtain other accompanying drawings according to these accompanying drawings.
Fig. 1 is specific embodiment of the invention structural representation.
Fig. 2 is filling mechanism structural representation in the specific embodiment of the invention.
Fig. 3 is sealing mechanism structural representation in the specific embodiment of the invention.
Fig. 4 is that transport establishment's structural representation is accepted in the specific embodiment of the invention.
Fig. 5 is heating component structural representation in the specific embodiment of the invention.
Fig. 6 is that transport establishment's overlooking the structure diagram is accepted in the specific embodiment of the invention.
In figure：
1st, in filling mechanism 2, sealing mechanism 3, undertaking transport establishment 4, bottle cap feeding material component 5, heating component 11, first
Rotating disk 14, the first lower rotating disc 15, the first fixed column 16, the second fixed column in heart rotating shaft 12, liquid reserve tank 13, first
17th, the first grip block 18, the second grip block 19, the first cylinder 20, the second cylinder 21, the first spring 22, the first connecting shaft
23rd, clutch shaft bearing 24, the first guide rail 25, the first groove 26, the second groove 27, woven hose 31, the second central rotating shaft 32,
Rotating disk 33 on second, the second lower rotating disc 34, the 3rd fixed column 35, grip block 37 in the 4th fixed column the 36, the 3rd,
Grip block 39, the four times grip blocks 40, the 3rd cylinder 41, the 4th cylinder 42, second on the three times grip blocks the 38, the 4th
Spring 43, the second connecting shaft 44, second bearing 45, the second guide rail 46, the 3rd groove 47, the 4th groove 48, the 5th post
Body 49, the 6th cylinder 50, the 3rd spring 51, the 3rd connecting shaft 52,3rd bearing 53, the 3rd guide rail 54, the 5th groove
55th, the 6th groove 61, the 3rd central rotating shaft 62, the 3rd rotating disk 63, stud 64, the first fixture block 65, the second fixture block 66,
7th cylinder 67, the 8th cylinder 68, the 4th spring 69, the 4th connecting shaft 70, fourth bearing 71, the 4th guide rail 72,
Seven grooves 73, the 8th groove 81, bucket 82, oscillating plate 83, discharging opening 84, feed belt 85, air-heater.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, rather than whole embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art are obtained every other under the premise of creative work is not made
Embodiment, belong to the scope of protection of the invention.
As shown in figs 1 to 6, the invention discloses a kind of filling and sealing device of parenteral solution, in the specific embodiment of the invention
In, including for carrying out the filling mechanism 1 of liquid filling, the sealing for carrying out upper lid sealing to the bottle after completion liquid filling to bottle
Mechanism 2 and be arranged between filling mechanism 1 and sealing mechanism 2 be used for automatic transporting bottle undertaking transport establishment 3, it is described close
The side of sealing mechanism 2 be separately provided for bottle cap carry out feeding bottle cap feeding material component 4 and for it is upper lid sealing after
The heating component 5 that is heated of bottle.
By using above-mentioned technical proposal, parenteral solution is filled in bottle, then upper lid sealing, this mistake are carried out to bottle
Cheng Zhong, filling mechanism 1 carries out liquid filling to bottle, then the bottle for completing liquid filling is transported into sealer by accepting transport establishment 3
In structure 2, the bottle that sealing mechanism 2 fills inside parenteral solution carries out upper lid sealing, while the side of sealing mechanism 2 is provided with and added
Hot component 5, for being heated to the bottle after upper lid sealing, further enhance the sealing of bottle, make bottle cap and bottle it
Between better tightness, improve filling efficiency, ensure that the production capacity of parenteral solution bottle.
In the specific embodiment of the invention, the filling mechanism 1 includes the first central rotating shaft 11 and is arranged in first
The first rotating disk in heart rotating shaft 11, the top of the first central rotating shaft 11 are provided with liquid reserve tank 12, the first rotating disk bag
Include the lower rotating disc 14 of rotating disk 13 and first on spaced first up and down, rotating disk 13 and rotated for first time on described first
Some liquid filling components are provided between disk 14, some liquid filling components are separately fixed at rotating disk 13 and on first including both ends
The first fixed column 15 and the second fixed column 16 on one lower rotating disc 14 and to be separately positioned on the first fixed column 15 and second solid
The first grip block 17 and the second grip block 18 on fixed column 16, the middle part of the first grip block 17 and the first fixed column 15 are be hinged,
It is relatively set with the first cylinder 19 and the second cylinder 20 on the grip block 18 of first grip block 17 and second respectively, described first
The cylinder 20 of cylinder 19 and second is interconnected with one another by the first spring 21, and first grip block 17 is with respect to the first central rotating shaft
11 one end is connected with the first connecting shaft 22, and clutch shaft bearing 23, the clutch shaft bearing 23 are provided with first connecting shaft 22
Inner ring be fixedly connected with the first connecting shaft 22, be provided between the central rotating shaft 11 of the first grip block 17 and first with first
The first guide rail 24 that bearing 23 cooperates, first guide rail 24 are set along the circumference of the first central rotating shaft 11, and described first leads
Rail 24 caves inward towards the side for accepting transport establishment 3 and is provided with the first groove 25 and the second groove 26, first groove
25 and second groove 26 be intervally installed, side of first guide rail 24 away from the second groove 26 is with respect to the first lower rotating disc
14 height is more than the height of 26 relative first lower rotating disc 14 of the second groove, and the bottom of liquid reserve tank 12 is provided with some transfusions
Pipe 27, one end of the woven hose 27 connect with liquid reserve tank 12, and the other end is through rotating disk 13 on first and extends to the first folder
Hold between the grip block 18 of block 17 and second.
By using above-mentioned technical proposal, operationally, the first central rotating shaft 11, which rotates, drives the He of rotating disk 13 on first
First lower rotating disc 14 rotates, and both ends are separately fixed at the first fixed column on the lower rotating disc 14 of rotating disk 13 and first on first
15 and second fixed column 16 also with rotation, the first grip block 17 and the second grip block 18 be separately positioned on the He of the first fixed column 15
In second fixed column 16, the first cylinder 19 and the second cylinder are relatively set with respectively on the first grip block 17 and the second grip block 18
20, the first cylinder 19 and the second cylinder 20 are interconnected with one another by the first spring 21, under the active force of the first spring 21, are protected
A state want to clamping is held, side of first guide rail 24 away from the second groove 26 is big with respect to the height of the first lower rotating disc 14
In the height of 26 relative first lower rotating disc 14 of the second groove, clutch shaft bearing 23 is run in the first guide rail 24, drives the first folder
The grip block 18 of block 17 and second is held to move up and down along the first fixed column 15 and the second fixed column 16, what the bottom of liquid reserve tank 12 was set
The one end of woven hose 27 connects with liquid reserve tank 12, and the other end is through rotating disk 13 on first and extends to the first grip block 17 and second
Between grip block 18, when running up, the bottle body and bottleneck between the first grip block 17 and the second grip block 18 is sandwiched in close to defeated
Liquid pipe 27, liquid are flowed into bottle from woven hose 27 and carry out liquid filling, after completing liquid filling, the first grip block 17 and the second grip block
Decline under 18 drive by clutch shaft bearing 23, avoiding bottle from bumping against woven hose 27 causes the damage of bottle, the second groove 26 and
One groove 25 is set towards transport establishment 3 is accepted, and the middle part of the first grip block 17 and the first fixed column 15 are be hinged, can be solid along first
Fixed column 15 is rotated, and when clutch shaft bearing 23 runs to the second groove 26, clutch shaft bearing is entered in the second groove 26, makes the first folder
Hold block 17 to rotate along the first fixed column 15, the first grip block 17 separates with the second grip block 18, next to accept transport
Mechanism 3 to the bottle for completing implantation be transported in sealing mechanism 2, after clutch shaft bearing 23 comes out from the first groove 25, the
One grip block 17 and the second grip block 18 close again, and the structure of Purely mechanical carries out implantation parenteral solution and on the one hand saved energy
Source, it is not necessary to excessive driving machine is set, on the other hand as the multiple bottles of rotation can be inculcated parenteral solution simultaneously, inculcated
Efficiency high, the previous procedure bottle that is provided for of the first groove 25 enters in filling mechanism 1 and uses, it is simple in construction can
Lean on.
In the specific embodiment of the invention, the sealing mechanism 2 includes the second central rotating shaft 31 and is arranged in second
The second rotating disk in heart rotating shaft 31, second rotating disk are included on upper and lower spaced second under rotating disk 32 and second
Rotating disk 33, some seal assemblies are provided between the lower rotating disc 33 of rotating disk 32 and second on described second, if should dry seal
It is solid that component includes the 3rd fixed column 34 and the 4th that both ends are separately fixed on second on the lower rotating disc 33 of rotating disk 32 and second
Fixed column 35, grip block 36 and the three times grip blocks 37 on the 3rd, the 4th fixed column are provided with the 3rd fixed column 34
It is correspondingly arranged on grip block 38 and the four times grip blocks 39 on the 4th on 35, grip block 36 and the three times grip blocks on the described 3rd
37 middle parts are be hinged with the 3rd fixed column 34, are relatively set with respectively on grip block 38 on grip block 36 and the 4th on the described 3rd
3rd cylinder 40 and the 4th cylinder 41, the 3rd cylinder 40 and the 4th cylinder 41 are interconnected with one another by second spring 42,
Grip block 36 is connected with the second connecting shaft 43, second connecting shaft 43 with respect to one end of the second central rotating shaft 31 on described 3rd
On be provided with second bearing 44, the inner ring of the second bearing 44 is fixedly connected with the second connecting shaft 43, clamped on the described 3rd
The second guide rail 45 to be cooperated with second bearing 44, second guide rail 45 are provided between the central rotating shaft 31 of block 36 and second
Set along the circumference of the second central rotating shaft 31, the side of the second guide rail 45 towards the bottle cap feeding material component 4, which caves inward, to be provided with
3rd groove 46, the side of the second guide rail 45 away from the 3rd groove 46 are provided with the 4th groove 47, second guide rail 45
Side provided with the 3rd groove 46 is more than one of the second guide rail 45 provided with the 4th groove 47 with respect to the height of the second lower rotating disc 33
Height of the side with respect to the second lower rotating disc 33；It is relatively set with respectively on the three times grip blocks 37 and the four times grip blocks 39
5th cylinder 48 and the 6th cylinder 49, the 5th cylinder 48 and the 6th cylinder 49 are interconnected with one another by the 3rd spring 50,
The three times grip blocks 37 are connected with the 3rd connecting shaft 51, the 3rd connecting shaft 51 with respect to one end of the second central rotating shaft 31
On be provided with 3rd bearing 52, the inner ring of the 3rd bearing 52 is fixedly connected with the 3rd connecting shaft 51, it is described the three times clamping
The 3rd guide rail 53 to be cooperated with 3rd bearing 52, the 3rd guide rail 53 are provided between the central rotating shaft 31 of block 37 and second
Set along the circumference of the second central rotating shaft 31, caved inward on the 3rd guide rail 53 and be provided with the 5th groove 54 and the 6th groove
55, the 5th groove 54 is arranged on the 3rd guide rail 53 towards the side for accepting transport establishment 3.
By using above-mentioned technical proposal, operationally, the second central rotating shaft 31, which rotates, drives the He of rotating disk 32 on second
Second lower rotating disc 33 rotates, and both ends are separately fixed at the 3rd fixed column on the lower rotating disc 33 of rotating disk 32 and second on second
34 and the 4th fixed column 35 also with rotation, be relatively set with the 5th respectively on the three times grip blocks 37 and the four times grip blocks 39
The cylinder 49 of cylinder 48 and the 6th, the 5th cylinder 48 and the 6th cylinder 49 are interconnected with one another by the 3rd spring 50, in the 3rd bullet
Keep relative clamped condition under the active force of spring 50, one end of the three time second central rotating shafts 31 relatively of grip blocks 37 is connected with the
Three connecting shafts 51,3rd bearing 52 are provided with the 3rd connecting shaft 51, the inner ring of 3rd bearing 52 is fixed with the 3rd connecting shaft 51
Connect, the 3rd guide rail to be cooperated with 3rd bearing 52 is provided between the three times central rotating shafts 31 of grip block 37 and second
53, the 3rd guide rail 53 is set along the circumference of the second central rotating shaft 31, is caved inward on the 3rd guide rail 53 and is provided with the He of the 5th groove 54
6th groove 55, the 5th groove 54 are arranged on the 3rd guide rail 53 towards the side for accepting transport establishment 3, and 3rd bearing 52 is along the
Three guide rails 53 are run, and when turning to five grooves 54, the three times grip blocks 37 and the four times grip blocks 39 are opened and will completed
Filling bottle is taken over, and when 3rd bearing 52 produces five grooves 54, the three times grip blocks 37 and the four times grip blocks 39 are
It is again relatively closed in the presence of three springs 50；It is relatively set with 3rd on grip block 36 and the 4th on grip block 38 respectively
Three cylinders 40 and the 4th cylinder 41, the 3rd cylinder 40 and the 4th cylinder 41 are interconnected with one another by second spring 42, second
Keep relative clamped condition under the active force of spring 42, grip block 36 is connected with respect to one end of the second central rotating shaft 31 on the 3rd
Second connecting shaft 43, second bearing 44 is provided with the second connecting shaft 43, and the inner ring of second bearing 44 and the second connecting shaft 43 are solid
It is fixed to connect, the second guide rail to be cooperated with second bearing 44 is provided with the 3rd between the central rotating shaft 31 of grip block 36 and second
45, the second guide rail 45 is set along the circumference of the second central rotating shaft 31, and the side of the second guide rail 45 towards bottle cap feeding material component 4 concaves
Fall into and be provided with the 3rd groove 46, the second side of the guide rail 45 away from the 3rd groove 46 is provided with the 4th groove 47, works as second bearing
44 along the second guide rail 45 run when, second bearing 44 is turned in the 3rd groove 46, with the after grip block 36 rotates on the 3rd
Grip block 38 is opened on four, by by bottle cap feeding material component 4 be conveyed through Lai bottle cap clamp, second bearing 44 produces the 3rd groove
46, after the closure of grip block 38 clamps bottle cap on grip block 36 and the 4th on the 3rd, the second guide rail 45 is provided with the one of the 3rd groove 46
Side is more than the second guide rail 45 with respect to the height of the second lower rotating disc 33 and is provided with the side of the 4th groove 47 with respect to the second lower rotating disc
33 height, grip block 38 is transported downwards along the 3rd fixed column 34 and the 4th fixed column 35 on grip block 36 and the 4th on the 3rd
OK, bottle cap is installed at the top of bottle, after being further continued for the distance of one section of heating of operation, second bearing 44 enters the 4th groove 47
In, grip block 38 is opened on grip block 36 and the 4th on the 3rd, and second bearing 44 on grip block 36 and the 4th on the 3rd with pressing from both sides
Hold block 38 to run up along the 3rd fixed column 34 and the 4th fixed column 35, complete filling plus thermosealed bottle in 3rd bearing
52 enter in the 6th groove 55 after carry out sealing mechanism 2.
In the specific embodiment of the invention, the undertaking transport establishment 3 includes the 3rd central rotating shaft 61 and is arranged on the
The 3rd rotating disk 62 on three central rotating shafts 61, some feeding material components is provided with the 3rd rotating disk 62, some feedings
Component includes the first fixture block 64 and the second fixture block 65 being fixed on by stud 63 in the 3rd rotating disk 62, first fixture block 64
Middle part is be hinged with stud 63, and the 7th cylinder 66 and the 8th post are relatively set with respectively on the fixture block 65 of the first fixture block 64 and second
Body 67, the 7th cylinder 66 and the 8th cylinder 67 are interconnected with one another by the 4th spring 68, and first fixture block 64 is relative
One end of 3rd central rotating shaft 61 is connected with the 4th connecting shaft 69, is provided with fourth bearing 70 in the 4th connecting shaft 69, institute
The inner ring for stating fourth bearing 70 is fixedly connected with the 4th connecting shaft 69, is set between the central rotating shaft 61 of the first fixture block 64 and the 3rd
The 4th guide rail 71 to be cooperated with fourth bearing 70 is equipped with, the 4th guide rail 71 is set along the circumference of the 3rd central rotating shaft 61,
The side of 4th guide rail 71 towards second groove 26, which caves inward, is provided with the 7th groove 72, the direction of the 4th guide rail 71
The side of 5th groove 54, which caves inward, is provided with the 8th groove 73.
By using above-mentioned technical proposal, the 3rd central rotating shaft 61, which rotates, drives the 3rd rotating disk 62 to rotate, the first fixture block
64 and second fixture block 65 be fixed on by stud 63 in the 3rd rotating disk 62, wherein the middle part of the first fixture block 64 and stud 63 are be hinged,
The 7th cylinder 66 and the 8th cylinder 67, the 7th cylinder 66 and the 8th are relatively set with first fixture block 64 and the second fixture block 65 respectively
Cylinder 67 is interconnected with one another by the 4th spring 68, is kept relative under the active force of the 4th spring 68 and is clamped, the first fixture block
One end of 64 relative 3rd central rotating shafts 61 is connected with the 4th connecting shaft 69, and fourth bearing 70 is provided with the 4th connecting shaft 69,
The inner ring of fourth bearing 70 is fixedly connected with the 4th connecting shaft 69, be provided between the first fixture block 64 and the 3rd central rotating shaft 61 with
The 4th guide rail 71 that fourth bearing 70 cooperates, the 4th guide rail 71 are set along the circumference of the 3rd central rotating shaft 61, fourth bearing 70
Run in the 4th guide rail 71, the side of the 4th guide rail 71 towards the second groove 26, which caves inward, is provided with the 7th groove 72, should
7th groove 72 is provided for, and completion injection is taken over from filling mechanism 1 when fourth bearing 70 is transferred in the 7th groove 72
The filling bottle of liquid, produce and bottle is clamped after the 7th groove 72 transported, the 4th guide rail 71 is towards the side of the 5th groove 54
Cave inward and be provided with the 8th groove 73, the 8th groove 73 is provided for, when fourth bearing 70 is transferred to the 8th groove 73
In, send out and complete the filling bottle of parenteral solution into sealing mechanism 2, produce the first fixture block 64 and the second fixture block after the 8th groove 73
65 closures.
In the specific embodiment of the invention, the bottle cap feeding material component 4 includes bucket 81, and the bottom of bucket 81 is set
Oscillating plate 82 is equipped with, discharging opening 83 is provided with the side wall of bucket 81, feed belt 84 is provided with the discharging opening 83,
The described one end of feed belt 84 away from bucket 81 is arranged on the 3rd the lower section of grip block 38 on grip block 36 and the 4th.
By using above-mentioned technical proposal, oscillating plate 82 is provided with the bottom of bucket 81, the vibration of oscillating plate 82 will contain
Bottle cap in charging basket 81 vibrates away at discharging opening 83, is conveyed by the feed belt 84 set at discharging opening 83, passes
Send the one end of belt 84 away from bucket 81 to be arranged on the 3rd the lower section of grip block 38 on grip block 36 and the 4th, clamped on the 3rd
After grip block 38 will be conveyed through next bottle cap clamping on block 36 and the 4th, upper lid is carried out to the bottle for completing filling.
In the specific embodiment of the invention, the heating component 5 includes air-heater 85, the delivery outlet court of the air-heater 85
To the three times grip blocks 37 and the four times grip blocks 39.
By using above-mentioned technical proposal, delivery outlet direction the three times grip blocks 37 and the four times grip blocks of air-heater 85
39, air-heater 85 is provided for heating the bottle for completing the filling upper lid of parenteral solution, and the bottle after heating exists with bottle cap
Under the active force extruded up and down, connection it is even closer, ensure that the sealing of bottle, prevent from sealing it is insufficient caused by bottle
Qualitative change easily occurs for interior parenteral solution, influences the shelf-life of parenteral solution, so as to which malpractice occur.
In the specific embodiment of the invention, the rotation direction of first central rotating shaft 11 and turning for the 3rd central rotating shaft 61
Dynamic direction is identical, and the rotation direction of second central rotating shaft 31 and the rotation direction of the 3rd central rotating shaft 61 are opposite.
In the specific embodiment of the invention, second groove 26, the 7th groove 72, the 5th groove 54 and the 8th groove 73
It is arranged on same level height.
By using above-mentioned technical proposal, the rotation direction of the first central rotating shaft 11 and the rotation side of the 3rd central rotating shaft 61
To identical, the rotation direction of the second central rotating shaft 31 and the rotation direction of the 3rd central rotating shaft 61 are on the contrary, the second groove the 26, the 7th
Groove 72, the 5th groove 54 and the 8th groove 73 are arranged on same level height, ensure that and filling bottle is completed from filling mechanism 1
Body, which smoothly enters, accepts transport structure 3, then carries out upper lid sealing from accepting to be transported in sealing mechanism 2 in transport structure 3.
The present invention discloses it is a kind of for parenteral solution carry out high efficiency, low energy consumption filling and sealing device method,
Its step is as follows：
1）, charging：First central rotating shaft 11, which rotates, in filling mechanism 1 drives 14 turns of 13 and first lower rotating disc of rotating disk on first
Dynamic, clutch shaft bearing 23 runs in the first guide rail 24 and entered in the first groove 25, the first grip block 17 and the second grip block
18 openings sandwich bottle, and after clutch shaft bearing 23 produces the first groove 25, the first grip block 17 and the second grip block 18 are first
Bottle is clamped in the presence of spring 21；
2）, it is filling：Clutch shaft bearing 23 is run in the first guide rail 24, drives the first grip block 17 and the second grip block 18 along the
One fixed column 15 and the second fixed column 16 are moved upwards, when running up, are sandwiched in the first grip block 17 and the second grip block 18
Between bottle body and bottleneck be flowed into from woven hose 27 in bottle close to woven hose 27, parenteral solution and carry out liquid filling, after completing liquid filling, the
One grip block 17 and the second grip block 18 decline under the drive by clutch shaft bearing 23, and are run to the direction of the second groove 26；
3）, accept transport：Clutch shaft bearing 23 is entered in the second groove 26, and the first grip block 17 is along 15 turns of the first fixed column
Dynamic, the first grip block 17 separates with the second grip block 18, and the 3rd central rotating shaft 61, which rotates, drives the 3rd rotating disk 62 to rotate, and the 4th
Bearing 70 drives the first fixture block 64 and the second fixture block 65 to be run along the 4th guide rail 71, and fourth bearing 70 is transferred to the 7th groove 72
In taken over from filling mechanism 1 and complete the filling bottle of parenteral solution, produce and clamp bottle after the 7th groove 72 and transported, simultaneously
After clutch shaft bearing 23 comes out from the first groove 25, the first grip block 17 and the second grip block 18 close again, fourth bearing 70
Continue to run with and be transferred in the 8th groove 73, the first fixture block 64 and the second fixture block 65 are separated, and the second central rotating shaft 31, which rotates, to be driven
The lower rotating disc 33 of rotating disk 32 and second rotates on second, and 3rd bearing 52 drives the three times grip blocks 37 and the four times grip blocks
39 are run along the 3rd guide rail 53, and the operation of 3rd bearing 52 is transferred in the 5th groove 54, the three times grip blocks 37 and the four times folders
Hold block 39 to open, the filling bottle of parenteral solution will be completed by, which with the first fixture block 64 and the second fixture block 65 coordinating, is transported to sealing mechanism 2
On, fourth bearing 70 produces the first fixture block 64 and the second fixture block 65 after the 8th groove 73 and closed, and it is recessed that 3rd bearing 52 produces the 5th
After groove 54, the three times grip blocks 37 and the four times grip blocks 39 clamp bottle；
4）, it is upper lid sealing：3rd bearing 52 is run along the 3rd guide rail 53, second bearing 44 along the second guide rail 45 run when,
Second bearing 44 is turned in the 3rd groove 46, and grip block 36 is opened with grip block 38 on the 4th on the 3rd, will be by bottle cap feeding
Component 4 is conveyed through the bottle cap come and clamped, and second bearing 44 produces the 3rd groove 46, grip block on grip block 36 and the 4th on the 3rd
38 closures clamp bottle caps, second bearing 44 along the second guide rail 45 drive on the 3rd on grip block 36 and the 4th grip block 38 along
3rd fixed column 34 and the 4th fixed column 35 are run downwards, and bottle cap is installed at the top of bottle；
5）, heating sealing：Air-heater 85 is run after heating component 5 drives, the delivery outlet of air-heater 85 the three times grip blocks 37 of direction
With the four times grip blocks 39, blowout hot blast heats to bottle.
6）, discharging：Second bearing 44 is entered in the 4th groove 47, and grip block 38 is beaten on grip block 36 and the 4th on the 3rd
Open, second bearing 44 is with grip block 38 on grip block 36 and the 4th on the 3rd along the 3rd fixed column 34 and the 4th fixed column 35
Run up, complete filling plus thermosealed bottle and carry out sealing mechanism after 3rd bearing 52 is entered in the 6th groove 55
2。
In the specific embodiment of the invention, after sealing is covered in bottle completion, rotating disk 32 and second time rotation on second
Disk 33, which rotates, drives the 3rd fixed column 34 and the 4th fixed column 35 to turn to the delivery outlet of air-heater 85, bottle heat close
Envelope.
Filling and sealing is carried out to bottle by mechanical structure, the simple in construction and saving energy, passes through the band of filling mechanism 1
Move bottle transmission and parenteral solution is carried out to filling, the operating efficiency height of filling parenteral solution, after completion is filling to multiple bottles simultaneously
Bottle is unified to be sealed by the upper bottle cover of sealing mechanism 2, and production efficiency is high while energy consumption is low, ensure that bottle in process of production
Internal injection products quality, the bottle after lid sealing in completion is heated, makes the connection of bottle cap and bottle closer,
The sealing of bottle is enhanced, the sealing for the bottle produced is strong, it is not easy to parenteral solution in bottle is infected by bacterium,
Low cost is suitable to promote the use of simultaneously, and energy consumption is low, cheap, and the invention provides a kind of filling efficiency is fast, good airproof performance, section
The about filling and sealing device of the energy and parenteral solution simple in construction.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all essences in the present invention
God any modification, equivalent substitution and improvements made etc., should be included in the scope of the protection with principle.
Claims (10)
- A kind of 1. filling and sealing device of parenteral solution, it is characterised in that：Including the filling mechanism for carrying out liquid filling to bottle （1）, for complete liquid filling after bottle carry out it is upper lid sealing sealing mechanism（2）And it is arranged on filling mechanism（1）With it is close Sealing mechanism（2）Between be used for automatic transporting bottle undertaking transport establishment（3）, the sealing mechanism（2）Side set respectively There is the bottle cap feeding material component for carrying out feeding to bottle cap（4）And the heating for being heated to the bottle after upper lid sealing Component（5）.
- 2. the filling and sealing device of parenteral solution according to claim 1, it is characterised in that：The filling mechanism（1）Including First central rotating shaft（11）And it is arranged on the first central rotating shaft（11）On the first rotating disk, first central rotating shaft（11） Top is provided with liquid reserve tank（12）, first rotating disk includes rotating disk on spaced first up and down（13）Under first Rotating disk（14）, rotating disk on described first（13）With the first lower rotating disc（14）Between be provided with some liquid filling components, if should Dry liquid filling component is separately fixed at rotating disk on first including both ends（13）With the first lower rotating disc（14）On the first fixed column （15）With the second fixed column（16）And it is separately positioned on the first fixed column（15）With the second fixed column（16）On first clamping Block（17）With the second grip block（18）, first grip block（17）Middle part and the first fixed column（15）It is be hinged, first folder Hold block（17）With the second grip block（18）It is upper to be relatively set with the first cylinder respectively（19）With the second cylinder（20）, first post Body（19）With the second cylinder（20）Pass through the first spring（21）It is interconnected with one another, first grip block（17）In first Heart rotating shaft（11）One end be connected with the first connecting shaft（22）, first connecting shaft（22）On be provided with clutch shaft bearing（23）, The clutch shaft bearing（23）Inner ring and the first connecting shaft（22）It is fixedly connected, first grip block（17）Turn with the first center Axle（11）Between be provided with and clutch shaft bearing（23）The first guide rail to cooperate（24）, first guide rail（24）Along along first Heart rotating shaft（11）Circumference is set, first guide rail（24）Towards undertaking transport establishment（3）Side cave inward and be provided with One groove（25）With the second groove（26）, first groove（25）With the second groove（26）It is intervally installed, described first Guide rail（24）Away from the second groove（26）Side with respect to the first lower rotating disc（14）Height be more than the second groove（26）Relatively First lower rotating disc（14）Height, the liquid reserve tank（12）Bottom is provided with some woven hoses（27）, the woven hose（27） One end and liquid reserve tank（12）Connection, the other end is through rotating disk on first（13）And extend to the first grip block（17）With second Grip block（18）Between.
- 3. the filling and sealing device of parenteral solution according to claim 1, it is characterised in that：The sealing mechanism（2）Including Second central rotating shaft（31）And it is arranged on the second central rotating shaft（31）On the second rotating disk, second rotating disk include it is upper Under rotating disk on spaced second（32）With the second lower rotating disc（33）, rotating disk on described second（32）With the second backspin Rotating disk（33）Between be provided with some seal assemblies, some seal assemblies are separately fixed at rotating disk on second including both ends （32）With the second lower rotating disc（33）On the 3rd fixed column（34）With the 4th fixed column（35）, the 3rd fixed column（34）On It is provided with grip block on the 3rd（36）With the three times grip blocks（37）, the 4th fixed column（35）On be correspondingly arranged on the 4th Grip block（38）With the four times grip blocks（39）, grip block on the described 3rd（36）With the three times grip blocks（37）Middle part is with Three fixed columns（34）It is be hinged, grip block on the described 3rd（36）With the 4th on grip block（38）It is upper to be relatively set with the 3rd post respectively Body（40）With the 4th cylinder（41）, the 3rd cylinder（40）With the 4th cylinder（41）Pass through second spring（42）Connect each other Connect, grip block on the described 3rd（36）With respect to the second central rotating shaft（31）One end be connected with the second connecting shaft（43）, described Two connecting shafts（43）On be provided with second bearing（44）, the second bearing（44）Inner ring and the second connecting shaft（43）It is fixed to connect Connect, grip block on the described 3rd（36）With the second central rotating shaft（31）Between be provided with and second bearing（44）The to cooperate Two guide rails（45）, second guide rail（45）Along the second central rotating shaft（31）Circumference is set, second guide rail（45）Towards bottle Lid feeding material component（4）Side cave inward and be provided with the 3rd groove（46）, second guide rail（45）Away from the 3rd groove （46）Side be provided with the 4th groove（47）, second guide rail（45）Provided with the 3rd groove（46）Side with respect to second under Rotating disk（33）Height be more than the second guide rail（45）Provided with the 4th groove（47）Side with respect to the second lower rotating disc（33）'s Highly；The three times grip blocks（37）With the four times grip blocks（39）It is upper to be relatively set with the 5th cylinder respectively（48）With the 6th Cylinder（49）, the 5th cylinder（48）With the 6th cylinder（49）Pass through the 3rd spring（50）It is interconnected with one another, the described 3rd Lower grip block（37）With respect to the second central rotating shaft（31）One end be connected with the 3rd connecting shaft（51）, the 3rd connecting shaft（51） On be provided with 3rd bearing（52）, the 3rd bearing（52）Inner ring and the 3rd connecting shaft（51）It is fixedly connected, the described 3rd Lower grip block（37）With the second central rotating shaft（31）Between be provided with and 3rd bearing（52）The 3rd guide rail to cooperate（53）, 3rd guide rail（53）Along the second central rotating shaft（31）Circumference is set, the 3rd guide rail（53）On cave inward and be provided with Five grooves（54）With the 6th groove（55）, the 5th groove（54）It is arranged on the 3rd guide rail（53）Towards undertaking transport establishment （3）Side.
- 4. the filling and sealing device of the parenteral solution according to claim 1 or 2 or 3, it is characterised in that：The undertaking transporter Structure（3）Including the 3rd central rotating shaft（61）And it is arranged on the 3rd central rotating shaft（61）On the 3rd rotating disk（62）, described Three rotating disks（62）On be provided with some feeding material components, some feeding material components include pass through stud（63）It is fixed on the 3rd rotation Disk（62）On the first fixture block（64）With the second fixture block（65）, first fixture block（64）Middle part and stud（63）It is be hinged, it is described First fixture block（64）With the second fixture block（65）It is upper to be relatively set with the 7th cylinder respectively（66）With the 8th cylinder（67）, the described 7th Cylinder（66）With the 8th cylinder（67）Pass through the 4th spring（68）It is interconnected with one another, first fixture block（64）In the 3rd Heart rotating shaft（61）One end be connected with the 4th connecting shaft（69）, the 4th connecting shaft（69）On be provided with fourth bearing（70）, The fourth bearing（70）Inner ring and the 4th connecting shaft（69）It is fixedly connected, first fixture block（64）With the 3rd central rotating shaft （61）Between be provided with and fourth bearing（70）The 4th guide rail to cooperate（71）, the 4th guide rail（71）Along the 3rd center Rotating shaft（61）Circumference is set, the 4th guide rail（71）Towards the second groove（26）Side cave inward and be provided with the 7th groove （72）, the 4th guide rail（71）Towards the 5th groove（54）Side cave inward and be provided with the 8th groove（73）.
- 5. the filling and sealing device of the parenteral solution according to claim 1 or 3, it is characterised in that：The bottle cap feeding material component （4）Including bucket（81）, the bucket（81）Bottom is provided with oscillating plate（82）, the bucket（81）Set in side wall There is discharging opening（83）, the discharging opening（83）Place is provided with feed belt（84）, the feed belt（84）Away from bucket （81）One end be arranged on grip block on the 3rd（36）With the 4th on grip block（38）Lower section.
- 6. the filling and sealing device of the parenteral solution according to claim 1 or 3, it is characterised in that：The heating component（5）Bag Include air-heater（85）, the air-heater（85）Delivery outlet towards the three times grip blocks（37）With the four times grip blocks（39）.
- 7. the filling and sealing device of parenteral solution according to claim 4, it is characterised in that：First central rotating shaft（11） Rotation direction and the 3rd central rotating shaft（61）Rotation direction it is identical, second central rotating shaft（31）Rotation direction and Three central rotating shafts（61）Rotation direction it is opposite.
- 8. the filling and sealing device of parenteral solution according to claim 4, it is characterised in that：Second groove（26）, Seven grooves（72）, the 5th groove（54）With the 8th groove（73）It is arranged on same level height.
- A kind of 9. method of the filling and sealing device of suitable above-mentioned parenteral solution, it is characterised in that：Step is as follows,1）, charging：Filling mechanism（1）In the first central rotating shaft（11）Rotate and drive rotating disk on first（13）With first time rotation Disk（14）Rotate, clutch shaft bearing（23）In the first guide rail（24）It is middle to run and enter the first groove（25）In, the first grip block （17）With the second grip block（18）Opening sandwiches bottle, clutch shaft bearing（23）Produce the first groove（25）Afterwards, the first grip block （17）With the second grip block（18）In the first spring（21）In the presence of clamp bottle；2）, it is filling：Clutch shaft bearing（23）In the first guide rail（24）Middle operation, drive the first grip block（17）With the second grip block （18）Along the first fixed column（15）With the second fixed column（16）Motion upwards, when running up, is sandwiched in the first grip block （17）With the second grip block（18）Between bottle body and bottleneck close to woven hose（27）, parenteral solution is from woven hose（27）It is flowed into bottle Middle carry out liquid filling, after completing liquid filling, the first grip block（17）With the second grip block（18）By clutch shaft bearing（23）Drive under under Drop, and to the second groove（26）Run in direction；3）, accept transport：Clutch shaft bearing（23）Enter the second groove（26）In, the first grip block（17）Along the first fixed column （15）Rotate, the first grip block（17）With the second grip block（18）Separate, the 3rd central rotating shaft（61）Rotate and drive the 3rd rotation Disk（62）Rotate, fourth bearing（70）Drive the first fixture block（64）With the second fixture block（65）Along the 4th guide rail（71）Operation, the Four bearings（70）It is transferred to the 7th groove（72）In from filling mechanism（1）In take over and complete the filling bottle of parenteral solution, produce the Seven grooves（72）Bottle is clamped afterwards to be transported, while clutch shaft bearing（23）From the first groove（25）In out after, first clamping Block（17）With the second grip block（18）Again close, fourth bearing（70）Continue to run with and be transferred to the 8th groove（73）In, first Fixture block（64）With the second fixture block（65）Separate, the second central rotating shaft（31）Rotate and drive rotating disk on second（32）With the second backspin Rotating disk（33）Rotate, 3rd bearing（52）Drive the three times grip blocks（37）With the four times grip blocks（39）Along the 3rd guide rail （53）Operation, 3rd bearing（52）Operation is transferred to the 5th groove（54）In, the three times grip blocks（37）With the four times grip blocks （39）Open, with the first fixture block（64）With the second fixture block（65）Cooperation will complete the filling bottle of parenteral solution and be transported to sealing mechanism （2）On, fourth bearing（70）Produce the 8th groove（73）First fixture block afterwards（64）With the second fixture block（65）Closure, 3rd bearing （52）Produce the 5th groove（54）Afterwards, the three times grip blocks（37）With the four times grip blocks（39）Clamp bottle；4）, it is upper lid sealing：3rd bearing（52）Along the 3rd guide rail（53）Operation, second bearing（44）Along the second guide rail（45） During operation, second bearing（44）Turn to the 3rd groove（46）In, grip block on the 3rd（36）With grip block on the 4th（38）Beat Open, will be by bottle cap feeding material component（4）It is conveyed through the bottle cap come to clamp, second bearing（44）Produce the 3rd groove（46）, on the 3rd Grip block（36）With the 4th on grip block（38）Closure clamps bottle cap, second bearing（44）Along the second guide rail（45）Drive the 3rd Upper grip block（36）With the 4th on grip block（38）Along the 3rd fixed column（34）With the 4th fixed column（35）Operation downwards, by bottle Lid is installed at the top of bottle；5）, heating sealing：Heating component（5）Air-heater after driving（85）Operation, air-heater（85）Delivery outlet presss from both sides towards the three times Hold block（37）With the four times grip blocks（39）, blow out hot blast and bottle heated；6）, discharging：Second bearing（44）Enter the 4th groove（47）In, grip block on the 3rd（36）With the 4th on grip block （38）Open, second bearing（44）With grip block on the 3rd（36）With the 4th on grip block（38）Along the 3rd fixed column（34） With the 4th fixed column（35）Run up, complete filling plus thermosealed bottle in 3rd bearing（52）Enter the 6th groove （55）In after carry out sealing mechanism（2）.
- 10. the method for the filling and sealing device of parenteral solution according to claim 9, it is characterised in that：When in bottle completion After lid sealing, rotating disk on second（32）With the second lower rotating disc（33）Rotate and drive the 3rd fixed column（34）With the 4th fixed column （35）Turn to air-heater（85）Delivery outlet, heating sealing is carried out to bottle.
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| CN201711233546.1A CN107827066B (en) | 2017-11-30 | 2017-11-30 | Filling and sealing device and method for injection |
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| CN201711233546.1A CN107827066B (en) | 2017-11-30 | 2017-11-30 | Filling and sealing device and method for injection |
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| CN107827066B CN107827066B (en) | 2023-04-25 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN205998978U (en) * | 2016-08-30 | 2017-03-08 | 太极集团浙江东方制药有限公司 | Filling tube lift rotating liquid filling machine |
| CN206108875U (en) * | 2016-11-02 | 2017-04-19 | 安徽富邦药业有限公司 | Automatic filling assembly of soft dress injection |
| CN207581342U (en) * | 2017-11-30 | 2018-07-06 | 浙江都邦药业股份有限公司 | The filling and sealing device of parenteral solution |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110107799A (en) * | 2019-06-01 | 2019-08-09 | 邯郸市复兴区耀飞机械科技有限公司 | A kind of efficient oxygen bottle fills production line |
| CN110107799B (en) * | 2019-06-01 | 2024-05-03 | 中联气体(山东)有限公司 | High-efficient oxygen cylinder fills dress production line |
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