CN110344129A - A kind of Electrospun nano-fibers polymer-coated mechanism - Google Patents
A kind of Electrospun nano-fibers polymer-coated mechanism Download PDFInfo
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- CN110344129A CN110344129A CN201910590006.1A CN201910590006A CN110344129A CN 110344129 A CN110344129 A CN 110344129A CN 201910590006 A CN201910590006 A CN 201910590006A CN 110344129 A CN110344129 A CN 110344129A
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- push plate
- slot
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- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01D—MECHANICAL METHODS OR APPARATUS IN THE MANUFACTURE OF ARTIFICIAL FILAMENTS, THREADS, FIBRES, BRISTLES OR RIBBONS
- D01D11/00—Other features of manufacture
- D01D11/06—Coating with spinning solutions or melts
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Abstract
A kind of Electrospun nano-fibers polymer-coated mechanism, including platform for coating, guide roller, infiltration portal frame, push plate, electric pushrod, adjusting rod, lifter plate, infiltration roller, coating portal frame, applicator roll, metering pump；Guide roller is set to coating countertop, and guide roller both ends are realized by axis and guide roller fixed block and rotated；Infiltration portal frame is across being set to immersion slot overcentre；Push plate is set to infiltration portal frame top, states push plate and infiltration portal frame sliding is arranged；Electric pushrod is set to push plate top surface one end；Adjusting rod top and push plate side are realized by axis to be rotatablely connected；Lifter plate is set to infiltration portal frame inner bottom surface, and adjusting rod bottom end and lifter plate top are realized by axis to be rotatablely connected；Coating portal frame is across being set to dropping bath overcentre.Coating efficiency of the present invention is high, and uniformity coefficient is high, and stock utilization is high, and economy is strong, and it is convenient that shape sets flexible adjustment.
Description
Technical field
The present invention relates to nanofiber field, especially a kind of Electrospun nano-fibers polymer-coated mechanism.
Background technique
Electrostatic spinning is exactly the special shape of polymeric fluid electrostatic atomization, and the substance that atomization is divided out at this time is not small
Drop, but the small jet stream of polymer, can run quite long distance, finally be solidified into fiber.Under electric field action, syringe needle
The drop at place can be become cone from spherical shape and (and extend to obtain fiber filaments from conical tip.The tow produced by extension
The characteristic index such as ductility, flexibility, tensile strength are more weak, at this time pass through tow in special coating mechanism, right
Tow surface carries out effective coated polymer solution, and tow is made to obtain more preferably performance.It is existing that electrostatic spinning tow is applied
The device covered generallys use linear coating method, carries out direct spraying mode to electrostatic spinning by spray head, keeps polymer molten
Liquid is attached to tow surface, because must assure that the coating of tow surface is sufficiently and uniform in spraying process, the coated weight of coating mechanism
Often it is slightly larger than required coated weight, is directly removed after extra solution drips, coating procedure is caused to be also easy to produce showing for materials waste
As.
Summary of the invention
To solve the above problems, the invention discloses a kind of Electrospun nano-fibers polymer-coated machines
Structure, specific technical solution are as follows: a kind of Electrospun nano-fibers polymer-coated mechanism, including platform for coating, guide roller,
Infiltrate portal frame, push plate, electric pushrod, adjusting rod, lifter plate, infiltration roller, coating portal frame, applicator roll, metering pump；
The platform for coating is in cube structure, and the coating countertop is in planar structure；Described coating countertop one end is in recessed
Slot structure forms immersion slot；The coating countertop other end is in groove structure, forms dropping bath；Dropping bath side bottom
End is equipped with liquid overflow pipe, and the liquid overflow pipe is embedded to be set in the platform for coating, in angularly disposed, liquid overflow pipe one end connection institute
Dropping bath bottom side is stated, the liquid overflow pipe other end is connected to the immersion slot top side；The immersion slot one side is in through hole shape, is formed
Drainage hole, the immersion slot lateral wall are equipped with drain pipe, and the drain pipe is vertical with the platform for coating to be fixedly connected, the drain
Pipe is penetrated through with the drainage hole, and described drain pipe one end is equipped with tapping valve, and the tapping valve and the drain pipe are fixedly installed；
The guide roller is set to the coating countertop, and is set to the immersion slot side, with the immersion slot side
Side is arranged in the same direction, and the guide roller both ends are equipped with guide roller fixed block, and the guide roller fixed block is vertical with the platform for coating solid
Fixed connection, the guide roller both ends are realized by axis and the guide roller fixed block and are rotated；
The infiltration portal frame is across being set to the immersion slot overcentre, the infiltration portal frame two sides bottom end and leaching
The platform for coating of profit slot two sides is vertically fixedly connected；The infiltration portal frame two sides top is in groove-like structure, forms push plate sliding slot；
The convex structure in described infiltration gantry top of support one end forms push plate limited block；Described infiltration gantry top of support other end is set
There is support block, the support block is vertical with the infiltration portal frame to be fixedly connected；Described infiltration gantry top of support two sides are equipped with limit and turn
Axis, the limit rotary shaft quantity be it is multiple, each limit rotary shaft is inline, each limit rotary shaft and the leaching
Profit portal frame is vertically fixedly connected；Described infiltration gantry top of support two sides are equipped with lifting board slot, between the lifting board slot is in uniform
Every arrangement, each lifting board slot is set to the limit rotary shaft side；The infiltration portal frame inner top surface is in groove structure,
Form infiltration roller slot；The infiltration roller groove top face is in groove-like structure, solid equipped with lifter plate with the adaptable position of lifting board slot
Determine slot；
The push plate is set to the infiltration portal frame top, and covers in described infiltration gantry top of support, the push plate two
Side inner wall is in outwardly convex shape structure, forms push plate sliding block, and the push plate words block is embedded in the push plate sliding slot, pushes away described in realization
Plate and infiltration portal frame sliding are arranged；The push plate top surface is equipped with push plate fixed block, and push plate fixed block and the push plate are hung down
Directly it is fixedly connected；The electric pushrod is set to push plate top surface one end, and described electric pushrod one end is vertical with the support block
It is fixedly connected, the electric pushrod other end is vertical with the push plate fixed block to be fixedly connected；
The adjusting rod is set to the push plate two sides, each adjusting rod top and the push plate side and passes through axis reality
Now it is rotatablely connected；The adjusting rod center is equipped with adjusting rod slide opening, and the limit rotary shaft is embedded in the adjusting rod slide opening, realizes
The limit rotary shaft is slidably connected with the adjusting rod；The lifter plate is set to the infiltration portal frame inner bottom surface, is placed in
In the lifting board slot, the cylindrical structure in lifter plate top two sides, lifter plate top center is in convex block structure,
Form lifter plate fixed block, the lifter plate fixed block and the lifter plate fixing groove are clamped, realize the lifter plate with it is described
Portal frame positioning is infiltrated to fix；The adjusting rod bottom end and the lifter plate top are realized by axis to be rotatablely connected；The infiltration
Roller is set between two lifter plates, and each infiltration roller both ends are realized by axis and the lifter plate and rotated；
The coating portal frame is across being set to the dropping bath overcentre, the coating portal frame two sides bottom end and institute
The platform for coating for stating dropping bath two sides is vertically fixedly connected；The coating portal frame inner top surface is in groove-like structure, forms coating groove；
The coating portal frame one side is equipped with coating roller support, and the coating roller support is set to each coating groove two sides, with
The coating portal frame is fixedly connected in oblique；The applicator roll is set between two coating roller supports, the coating
It is realized by axis and is connect with the applicator roll holder pivots in roller both ends；The metering pump is set to coating portal frame top, passes through
Fastener realization is fixedly connected with the coating portal frame, and the metering pump both ends are connect with pipeline, and each pipeline protrudes into coating
In slot, and it is connected in the spray head in coating groove.
Further, the infiltration channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped,
Further, the dropping liquid channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped,
The groove width of the dropping bath and the groove width of the immersion slot are adapted, and the groove depth of the dropping bath is less than immersion slot
Groove depth.
Further, the guide roller setting height is slightly above the platform for coating apical side height, the length of the guide roller
It is slightly less than the groove width of the immersion slot.
Further, the push plate section is in " Contraband " shape structure.
Further, the limit rotary shaft quantity is six, and each limit rotary shaft includes fixed rotating shaft and spacing head,
The fixed rotating shaft and the cylindrical structure of the spacing head are arranged in coaxial inner conductor, the fixed rotating shaft and the limit
Head is vertically fixedly connected；The spacing head diameter is greater than the fixed rotating shaft diameter.
Further, the stepped structure of adjusting rod slide opening forms fixed rotating shaft slide opening and spacing head slide opening, described
Fixed rotating shaft slide opening and spacing head slide opening are in waist-shaped hole structure, fixed rotating shaft slide opening described in the spacing head slide opening diameter treatment
Diameter, the spacing head are caught in the spacing head slide opening, and fixed rotating shaft is slided in fixed rotating shaft slide opening, realize that the limit turns
Axis and adjusting rod slide opening limit are slided.
Further, the lifter plate quantity is six, and each lifter plate is respectively arranged at each lifter plate
In slot.
Further, the coating portal frame is in " Contraband " shape structure, and the height of the coating portal frame is lower than the infiltration
Portal frame height.
Further, the quantity of the infiltration roller and applicator roll is three, each infiltration roller and each painting
Roller is covered to be arranged on corresponding same axis.
The beneficial effects of the present invention are:
(1) present invention is by being provided with preparatory infiltration apparatus to coating unit one end, in the leaching carried out to electrostatic spinning
Profit makes coated after moistening outside tow, reduces the solution measures for making required coating in coating procedure, improves solution painting
The efficiency covered reduces the production procedure time of production line, while the electrostatic spinning coated again after infiltrating coats uniform journey
Du Genggao, coating effect are stronger.
(2) present invention will be provided with the collection of corresponding groove progress solution, drop at coating unit and infiltration apparatus
It by being provided with liquid level difference between liquid bath and immersion slot, and is connected by liquid overflow pipe, the solution for dripping coating can fully penetrate into
In immersion slot, coating solution is made full use of, reduces the solution waste of coating procedure, material carries out circulation and makes full use of, material
Utilization rate is high, and economy is strong.
(3) present invention can flexibly switch infiltration apparatus by setting liftable structure type for infiltration apparatus
Working condition, when work, can be used as the infiltration apparatus of electrostatic spinning, and when inoperative can be used as the guiding device of electrostatic spinning, device
Flexible adjustment it is convenient.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention.
Fig. 2 is the broken section structural schematic diagram of dropping bath and immersion slot of the invention.
Fig. 3 is the structural schematic diagram of present invention infiltration portal frame section view.
Fig. 4 is adjusting rod, lifter plate and the connection schematic diagram at infiltration roller of the present invention.
Fig. 5 is the A partial enlargement knot schematic diagram of Fig. 1 of the present invention.
Reference signs list: platform for coating 1, immersion slot 1-1, dropping bath 1-2, liquid overflow pipe 1-3, drainage hole 1-4, drain pipe 1-
5, tapping valve 1-6, guide roller 2, guide roller fixed block 2-1, infiltration portal frame 3, push plate sliding slot 3-1, push plate limited block 3-2, support
Block 3-3, limit rotary shaft 3-4, fixed rotating shaft 3-4-1, spacing head 3-4-2, lifting board slot 3-5, infiltration roller slot 3-6, lifter plate are solid
Determine slot 3-7, push plate 4, push plate sliding block 4-1, push plate fixed block 4-2, electric pushrod 5, adjusting rod 6, adjusting rod slide opening 6-1, fixation
Shaft slide opening 6-1-1, it spacing head slide opening 6-1-2, lifter plate 7, lifter plate fixed block 7-1, infiltration roller 8, coating portal frame 9, applies
Cover slot 9-1, coating roller support 9-2, applicator roll 10, metering pump 11.
Specific embodiment
Clear to be more clear technical solution of the present invention, the present invention is described further with reference to the accompanying drawing,
The technical characteristic of any pair of technical solution of the present invention carries out the scheme that equivalencing is obtained with conventional reasoning and each falls within guarantor of the present invention
Protect range.Being fixedly connected mentioned in the present embodiment, fixed setting, fixed structure are gluing, welding, screwing, spiral shell
The well-known techniques known to a person skilled in the art such as the connection of bolt nut, riveting.
Metering pump, spray head mentioned in the present embodiment are the product that acquisition can be directly bought in common market, extensively
It is general using coating machine in use, different model may be selected according to different coated weights in its product type, structural principle is also this
Well-known technique known to the personnel of field does not repeat it more in the present embodiment.
In conjunction with attached drawing as it can be seen that a kind of Electrospun nano-fibers polymer-coated mechanism, including platform for coating, guide roller,
Infiltrate portal frame, push plate, electric pushrod, adjusting rod, lifter plate, infiltration roller, coating portal frame, applicator roll, metering pump；
The platform for coating is in cube structure, and the coating countertop is in planar structure；Described coating countertop one end is in recessed
Slot structure forms immersion slot；The coating countertop other end is in groove structure, forms dropping bath；Dropping bath side bottom
End is equipped with liquid overflow pipe, and the liquid overflow pipe is embedded to be set in the platform for coating, in angularly disposed, liquid overflow pipe one end connection institute
Dropping bath bottom side is stated, the liquid overflow pipe other end is connected to the immersion slot top side；The immersion slot one side is in through hole shape, is formed
Drainage hole, the immersion slot lateral wall are equipped with drain pipe, and the drain pipe is vertical with the platform for coating to be fixedly connected, the drain
Pipe is penetrated through with the drainage hole, and described drain pipe one end is equipped with tapping valve, and the tapping valve and the drain pipe are fixedly installed；
The guide roller is set to the coating countertop, and is set to the immersion slot side, with the immersion slot side
Side is arranged in the same direction, and the guide roller both ends are equipped with guide roller fixed block, and the guide roller fixed block is vertical with the platform for coating solid
Fixed connection, the guide roller both ends are realized by axis and the guide roller fixed block and are rotated；
The infiltration portal frame is across being set to the immersion slot overcentre, the infiltration portal frame two sides bottom end and leaching
The platform for coating of profit slot two sides is vertically fixedly connected；The infiltration portal frame two sides top is in groove-like structure, forms push plate sliding slot；
The convex structure in described infiltration gantry top of support one end forms push plate limited block；Described infiltration gantry top of support other end is set
There is support block, the support block is vertical with the infiltration portal frame to be fixedly connected；Described infiltration gantry top of support two sides are equipped with limit and turn
Axis, the limit rotary shaft quantity be it is multiple, each limit rotary shaft is inline, each limit rotary shaft and the leaching
Profit portal frame is vertically fixedly connected；Described infiltration gantry top of support two sides are equipped with lifting board slot, between the lifting board slot is in uniform
Every arrangement, each lifting board slot is set to the limit rotary shaft side；The infiltration portal frame inner top surface is in groove structure,
Form infiltration roller slot；The infiltration roller groove top face is in groove-like structure, solid equipped with lifter plate with the adaptable position of lifting board slot
Determine slot；
The push plate is set to the infiltration portal frame top, and covers in described infiltration gantry top of support, the push plate two
Side inner wall is in outwardly convex shape structure, forms push plate sliding block, and the push plate words block is embedded in the push plate sliding slot, pushes away described in realization
Plate and infiltration portal frame sliding are arranged；The push plate top surface is equipped with push plate fixed block, and push plate fixed block and the push plate are hung down
Directly it is fixedly connected；The electric pushrod is set to push plate top surface one end, and described electric pushrod one end is vertical with the support block
It is fixedly connected, the electric pushrod other end is vertical with the push plate fixed block to be fixedly connected；
The adjusting rod is set to the push plate two sides, each adjusting rod top and the push plate side and passes through axis reality
Now it is rotatablely connected；The adjusting rod center is equipped with adjusting rod slide opening, and the limit rotary shaft is embedded in the adjusting rod slide opening, realizes
The limit rotary shaft is slidably connected with the adjusting rod；The lifter plate is set to the infiltration portal frame inner bottom surface, is placed in
In the lifting board slot, the cylindrical structure in lifter plate top two sides, lifter plate top center is in convex block structure,
Form lifter plate fixed block, the lifter plate fixed block and the lifter plate fixing groove are clamped, realize the lifter plate with it is described
Portal frame positioning is infiltrated to fix；The adjusting rod bottom end and the lifter plate top are realized by axis to be rotatablely connected；The infiltration
Roller is set between two lifter plates, and each infiltration roller both ends are realized by axis and the lifter plate and rotated；
The coating portal frame is across being set to the dropping bath overcentre, the coating portal frame two sides bottom end and institute
The platform for coating for stating dropping bath two sides is vertically fixedly connected；The coating portal frame inner top surface is in groove-like structure, forms coating groove；
The coating portal frame one side is equipped with coating roller support, and the coating roller support is set to each coating groove two sides, with
The coating portal frame is fixedly connected in oblique；The applicator roll is set between two coating roller supports, the coating
It is realized by axis and is connect with the applicator roll holder pivots in roller both ends；The metering pump is set to coating portal frame top, passes through
Fastener realization is fixedly connected with the coating portal frame, and the metering pump both ends are connect with pipeline, and each pipeline protrudes into coating
In slot, and it is connected in the spray head in coating groove.
Further, the infiltration channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped,
Further, the dropping liquid channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped,
The groove width of the dropping bath and the groove width of the immersion slot are adapted, and the groove depth of the dropping bath is less than immersion slot
Groove depth.
Further, the guide roller setting height is slightly above the platform for coating apical side height, the length of the guide roller
It is slightly less than the groove width of the immersion slot.
Further, the push plate section is in " Contraband " shape structure.
Further, the limit rotary shaft quantity is six, and each limit rotary shaft includes fixed rotating shaft and spacing head,
The fixed rotating shaft and the cylindrical structure of the spacing head are arranged in coaxial inner conductor, the fixed rotating shaft and the limit
Head is vertically fixedly connected；The spacing head diameter is greater than the fixed rotating shaft diameter.
Further, the stepped structure of adjusting rod slide opening forms fixed rotating shaft slide opening and spacing head slide opening, described
Fixed rotating shaft slide opening and spacing head slide opening are in waist-shaped hole structure, fixed rotating shaft slide opening described in the spacing head slide opening diameter treatment
Diameter, the spacing head are caught in the spacing head slide opening, and fixed rotating shaft is slided in fixed rotating shaft slide opening, realize that the limit turns
Axis and adjusting rod slide opening limit are slided.
Further, the lifter plate quantity is six, and each lifter plate is respectively arranged at each lifter plate
In slot.
Further, the coating portal frame is in " Contraband " shape structure, and the height of the coating portal frame is lower than the infiltration
Portal frame height.
Further, the quantity of the infiltration roller and applicator roll is three, each infiltration roller and each painting
Roller is covered to be arranged on corresponding same axis.
Structural principle of the invention is:
For the present invention in use, starting electric pushrod, electric pushrod elongation push push plate fixed block, push plate passes through push plate sliding slot
It with the mating reaction of push plate sliding block, is slided to infiltration portal frame one end, while the adjusting rod top of two sides and infiltration portal frame hair
Raw to relatively rotate, limit rotary shaft is slided from one end to the other end in adjusting rod slide opening, and adjusting rod bottom end extends downwards, adjusting rod
Bottom end and lifter plate rotate, and two sides lifter plate drives intermediate infiltration roller to move downward, and infiltration roller is remained due to gravity
Horizontality；When electric pushrod drives push plate mobile and resists push plate limited block, electric pushrod stops, and adjusting rod is in vertical
State, infiltration roller are in least significant end and immerse in immersion slot.Nanofiber is rotated by guide roller top surface, and passes through infiltration roller bottom
Infiltration is realized at end, then by applicator roll top surface, into coating groove in spraying effect complete coating.It is extra when what is sprayed in coating groove
Coating solution instills in dropping bath, and solution enters in immersion slot by liquid overflow pipe；The tapping valve for opening platform for coating side, can will soak
Solution discharge in profit slot is replaced.
When the solution of fiber filament coating sets back without when infiltrating, starting electric pushrod, drive push plate, adjusting rod is rotated
Lifter plate is driven to move upwards, infiltration roller moves upwards simultaneously, and lifter plate fixed block is caught in lifting board slot, lifter plate and infiltration
Roller is fixed with infiltration portal frame, and infiltration roller only play the guiding role；Fiber filament passes through guide roller top surface, infiltration roller bottom surface, coating
Roller bottom surface, which enters between in coating groove, to be coated.
Claims (10)
1. a kind of Electrospun nano-fibers polymer-coated mechanism, which is characterized in that including platform for coating, guide roller, infiltration
Portal frame, push plate, electric pushrod, adjusting rod, lifter plate, infiltration roller, coating portal frame, applicator roll, metering pump；
The platform for coating is in cube structure, and the coating countertop is in planar structure；Described coating countertop one end is in groove knot
Structure forms immersion slot；The coating countertop other end is in groove structure, forms dropping bath；Dropping bath side bottom end is set
There is liquid overflow pipe, the liquid overflow pipe is embedded to be set in the platform for coating, in angularly disposed, liquid overflow pipe one end connection drop
Liquid bath bottom side, the liquid overflow pipe other end are connected to the immersion slot top side；The immersion slot one side is in through hole shape, forms drain
Hole, the immersion slot lateral wall be equipped with drain pipe, the drain pipe is vertical with the platform for coating to be fixedly connected, the drain pipe and
The drainage hole perforation, described drain pipe one end are equipped with tapping valve, and the tapping valve and the drain pipe are fixedly installed；
The guide roller is set to the coating countertop, and is set to the immersion slot side, same with the immersion slot side
To setting, the guide roller both ends are equipped with guide roller fixed block, the guide roller fixed block fixed company vertical with the platform for coating
It connects, the guide roller both ends are realized by axis and the guide roller fixed block and rotated；
The infiltration portal frame is across being set to the immersion slot overcentre, the infiltration portal frame two sides bottom end and immersion slot
The platform for coating of two sides is vertically fixedly connected；The infiltration portal frame two sides top is in groove-like structure, forms push plate sliding slot；It is described
The convex structure in gantry top of support one end is infiltrated, push plate limited block is formed；Described infiltration gantry top of support other end is equipped with and supports
Block, the support block is vertical with the infiltration portal frame to be fixedly connected；Described infiltration gantry top of support two sides are equipped with limit rotary shaft, institute
State limit rotary shaft quantity be it is multiple, each limit rotary shaft is inline, and each limit rotary shaft and the infiltration are imperial
Door frame is vertically fixedly connected；Described infiltration gantry top of support two sides are equipped with lifting board slot, and the lifting board slot is arranged in uniform intervals
Column, each lifting board slot are set to the limit rotary shaft side；The infiltration portal frame inner top surface is in groove structure, is formed
Infiltrate roller slot；The infiltration roller groove top face is in groove-like structure, and adaptable position is equipped with lifter plate fixing groove with lifting board slot；
The push plate is set to the infiltration portal frame top, and covers in described infiltration gantry top of support, in the push plate two sides
Wall is in outwardly convex shape structure, forms push plate sliding block, and push plate words block is embedded in the push plate sliding slot, realize the push plate with
The infiltration portal frame sliding setting；The push plate top surface is equipped with push plate fixed block, and push plate fixed block is vertical with the push plate solid
Fixed connection；The electric pushrod is set to push plate top surface one end, and described electric pushrod one end is vertical with the support block to be fixed
Connection, the electric pushrod other end is vertical with the push plate fixed block to be fixedly connected；
The adjusting rod, which is set to the push plate two sides, each adjusting rod top and the push plate side and is realized by axis, to be turned
Dynamic connection；The adjusting rod center is equipped with adjusting rod slide opening, and the limit rotary shaft is embedded in the adjusting rod slide opening, described in realization
Limit rotary shaft is slidably connected with the adjusting rod；The lifter plate is set to the infiltration portal frame inner bottom surface, is placed in described
It goes up and down in board slot, the cylindrical structure in lifter plate top two sides, lifter plate top center is in convex block structure, is formed
Lifter plate fixed block, the lifter plate fixed block and the lifter plate fixing groove are clamped, and realize the lifter plate and the infiltration
Portal frame positioning is fixed；The adjusting rod bottom end and the lifter plate top are realized by axis to be rotatablely connected；The infiltration roller is set
It is placed between two lifter plates, each infiltration roller both ends are realized by axis and the lifter plate and rotated；
The coating portal frame is across being set to the dropping bath overcentre, the coating portal frame two sides bottom end and the drop
The platform for coating of liquid bath two sides is vertically fixedly connected；The coating portal frame inner top surface is in groove-like structure, forms coating groove；It is described
It coats portal frame one side and is equipped with coating roller support, the coating roller support is set to each coating groove two sides, and described
Coating portal frame is fixedly connected in oblique；The applicator roll is set between two coating roller supports, the applicator roll two
It is realized by axis and is connect with the applicator roll holder pivots in end；The metering pump is set to coating portal frame top, passes through fastening
Part realization is fixedly connected with the coating portal frame, and the metering pump both ends are connect with pipeline, and each pipeline protrudes into coating groove,
And it is connected in the spray head in coating groove.
2. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Infiltration channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped.
3. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Dropping liquid channel opening is rectangle structure, and immersion slot both ends bottom side is in arc-shaped, the groove width of the dropping bath and the infiltration
The groove width of slot is adapted, and the groove depth of the dropping bath is less than the groove depth of immersion slot.
4. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Guide roller setting height is slightly above the platform for coating apical side height, and the length of the guide roller is slightly less than the slot of the immersion slot
It is wide.
5. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Push plate section is in " Contraband " shape structure.
6. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Limit rotary shaft quantity is six, and each limit rotary shaft includes fixed rotating shaft and spacing head, the fixed rotating shaft and the limit
The cylindrical structure of potential head is arranged in coaxial inner conductor, and the fixed rotating shaft is vertical with the spacing head to be fixedly connected；The limit
Potential head diameter is greater than the fixed rotating shaft diameter.
7. a kind of according to claim 1, Electrospun nano-fibers polymer-coated mechanism described in 6, which is characterized in that institute
The stepped structure of adjusting rod slide opening is stated, fixed rotating shaft slide opening and spacing head slide opening, the fixed rotating shaft slide opening and limit are formed
Head slide opening is in waist-shaped hole structure, fixed rotating shaft slide opening diameter described in the spacing head slide opening diameter treatment, the spacing head card
Enter in the spacing head slide opening, fixed rotating shaft is slided in fixed rotating shaft slide opening, realizes that the limit rotary shaft and the adjusting rod are sliding
Hole limit sliding.
8. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Lifter plate quantity is six, and each lifter plate is respectively arranged in each lifting board slot.
9. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that described
Coating portal frame is in " Contraband " shape structure, and the height of the coating portal frame is lower than the infiltration portal frame height.
10. a kind of Electrospun nano-fibers polymer-coated mechanism according to claim 1, which is characterized in that institute
The quantity for stating infiltration roller and applicator roll is three, and each infiltration roller is arranged at corresponding same with each applicator roll
On one axis.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910590006.1A CN110344129B (en) | 2019-07-02 | 2019-07-02 | Polymer coating mechanism for electrostatic spinning nanofiber |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910590006.1A CN110344129B (en) | 2019-07-02 | 2019-07-02 | Polymer coating mechanism for electrostatic spinning nanofiber |
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| CN110344129A true CN110344129A (en) | 2019-10-18 |
| CN110344129B CN110344129B (en) | 2021-08-17 |
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| CN201910590006.1A Active CN110344129B (en) | 2019-07-02 | 2019-07-02 | Polymer coating mechanism for electrostatic spinning nanofiber |
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| JPS61190470A (en) * | 1985-02-13 | 1986-08-25 | 富士産業株式会社 | Tear thread for egg pack made of synthetic resin and manufacture thereof |
| CN204211862U (en) * | 2014-09-29 | 2015-03-18 | 中鸿纳米纤维技术丹阳有限公司 | A kind of supply coating mechanism of novel nano Electrostatic spinning of fibres machine |
| CN205398783U (en) * | 2016-01-29 | 2016-07-27 | 佛山轻子精密测控技术有限公司 | Electrostatic spinning's cable coating device |
| CN107675387A (en) * | 2017-10-24 | 2018-02-09 | 哈尔滨工业大学 | A kind of device that resinous coat processing is carried out to pbo fiber surface and the method that resin coating is carried out using the device |
| CN108796662A (en) * | 2018-05-19 | 2018-11-13 | 巢湖市翔宇渔具有限公司 | A kind of preparation method for the colored nylon fishing lines that overall characteristic is excellent |
-
2019
- 2019-07-02 CN CN201910590006.1A patent/CN110344129B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61190470A (en) * | 1985-02-13 | 1986-08-25 | 富士産業株式会社 | Tear thread for egg pack made of synthetic resin and manufacture thereof |
| CN204211862U (en) * | 2014-09-29 | 2015-03-18 | 中鸿纳米纤维技术丹阳有限公司 | A kind of supply coating mechanism of novel nano Electrostatic spinning of fibres machine |
| CN205398783U (en) * | 2016-01-29 | 2016-07-27 | 佛山轻子精密测控技术有限公司 | Electrostatic spinning's cable coating device |
| CN107675387A (en) * | 2017-10-24 | 2018-02-09 | 哈尔滨工业大学 | A kind of device that resinous coat processing is carried out to pbo fiber surface and the method that resin coating is carried out using the device |
| CN108796662A (en) * | 2018-05-19 | 2018-11-13 | 巢湖市翔宇渔具有限公司 | A kind of preparation method for the colored nylon fishing lines that overall characteristic is excellent |
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