CN204589396U - Islands-in-sea type fibre spinning assembly - Google Patents
Islands-in-sea type fibre spinning assembly Download PDFInfo
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- CN204589396U CN204589396U CN201520182944.5U CN201520182944U CN204589396U CN 204589396 U CN204589396 U CN 204589396U CN 201520182944 U CN201520182944 U CN 201520182944U CN 204589396 U CN204589396 U CN 204589396U
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Abstract
The utility model discloses a kind of islands-in-sea type fibre spinning assembly, belong to filament spinning component equipment technical field.Comprise nine pieces of distribution plates, tighten together with 14 high-strength bolts, A, B two kinds of high molecular polymers, by respective runner in each block distribution plate, when going out last block distribution plate, through Air flow, define a kind of component many filaments surrounding by another kind of component.The utility model realizes One-step production islands-in-sea type fibre, and the islands-in-sea type fibre spreadability of production is high, through weaving, post processing, fabrics feel soft, comfortable and easy to wear.
Description
Technical field
The present invention relates to fiber sprinning assembly, be specifically related to a kind of islands-in-sea type fibre spinning assembly.
Background technology
Islands-in-sea type fibre be by a kind of polymer dispersed in another kind of polymer, in fibre section, decentralized photo is in " island " state, parent is then equivalent to " sea ", be a kind of composition viewed from the cross section of fiber with fine and state that is dispersion is surrounded by another kind of composition, have many island its " island " and " sea " composition to be axially continuous, intensive, equally distributed at fiber as marine.In process of production, it has the fiber number of conventional fibre, but with solvent, " sea " composition is dissolved away, then can obtain the superfine fibre bundle of boundling shape.According to the general classification of fiber, after islands-in-sea type fibre is separated, filament number is 0.05D only, and belong to superfine fibre, conventional spinning can not be accomplished.
Summary of the invention
For making up the deficiencies in the prior art, the invention provides a kind of islands-in-sea type fibre spinning assembly, multiple high-quality islands-in-sea type fibre can be produced, meet the demand that some have high assignments product.
The present invention is achieved through the following technical solutions:
A kind of islands-in-sea type fibre spinning assembly, comprise nine pieces of distribution plates, its special character is:
First distribution plate has the first cylindrical A and expects that passage and the first cylindrical B expect passage; Second distribution plate has the second cylindrical A and expects passage on four angles, have a second cylindrical B in centre and expect passage, by the A be interconnected, the A material that first distribution plate comes expects that groove enters the second cylindrical A and expects passage, by an independently B, the B material that the first distribution plate comes expects that groove enters the second cylindrical B and expects passage; 3rd distribution plate has the first strip shape A and expects passage on four angles, and centre has the first square B and expects passage; 4th distribution plate has the second strip shape A and expects passage on four angles, and centre has 36 equidistant three cylindrical shape B and expects passage, and the first semi-circular A that the 4th distribution plate reverse side has two rows vertical expects groove; 5th distribution plate has 36 the four cylindrical Bs identical with the 4th distribution plate and expects that passage and vertical the second semi-circular A of two rows expect groove, has 42 equidistant three cylindrical shape A to expect passage in this groove; 6th distribution plate has 36 the 5th cylindrical B and expects passage and 7 row independently the 2nd A material groove, has the 4th cylindrical A material passage that 49 equidistant in this groove; 7th distribution plate has 36 the 6th cylindrical B and expects passage, and each channel circumference is provided with the 3rd A be connected and expects groove; 8th distribution plate is rebound, has 36 cylindrical channels by AB compound; 9th distribution plate is provided with the square groove concaved, and in the middle of this groove, minimum position has circular hole.
Islands-in-sea type fibre spinning assembly of the present invention, described 4th distribution plate reverse side often ranked first semi-circular A and expects groove totally 7 row, and every article of groove one end and three cylindrical shape B expect expanding channels.
Islands-in-sea type fibre spinning assembly of the present invention, on described 5th distribution plate second semi-circular A expects with the first semi-circular A of the 4th distribution plate reverse side, groove expects that groove is identical, and this second semi-circular A material groove and the first semi-circular A expect that groove is superimposed together formation circular channel.
Islands-in-sea type fibre spinning assembly of the present invention, on described 7th distribution plate the 6th cylindrical B expects the plane of plane lower than the 7th distribution plate place of passage, be stored in the 3rd A and expect that the A material in groove surrounds B material, together with expecting with B, expect that passage enters next distribution plate by 36 the 6th cylindrical B.
Islands-in-sea type fibre spinning assembly of the present invention, described nine pieces of distribution plates are tightened together by 14 high-strength bolts, A, B two kinds of high molecular polymers, by respective runner in each block distribution plate, when going out last block distribution plate, through Air flow, define a kind of component many filaments surrounding by another kind of component.
The invention has the beneficial effects as follows: the present invention realizes One-step production islands-in-sea type fibre, the two kinds of polymer melted enter this filament spinning component, by respective runner in each block distribution plate, when going out last block distribution plate, through Air flow, form many islands-in-sea type fibre filaments, the islands-in-sea type fibre spreadability of producing through the present invention is high, through weaving, post processing, fabrics feel soft, comfortable and easy to wear.
Accompanying drawing explanation
Accompanying drawing 1 is the structural representation of the present invention first distribution plate plate;
Accompanying drawing 2 is structural representations of the present invention second distribution plate;
Accompanying drawing 3 is structural representations of the present invention the 3rd distribution plate;
Accompanying drawing 4 is the structural representations in the present invention the 4th distribution plate front;
Accompanying drawing 5 is structural representations of the present invention the 4th distribution plate reverse side;
Accompanying drawing 6 is structural representations of the present invention the 5th distribution plate;
Accompanying drawing 7 is structural representations of the present invention the 6th distribution plate;
Accompanying drawing 8 is structural representations of the present invention the 7th distribution plate;
Accompanying drawing 9 is structural representations of the present invention the 8th distribution plate;
Accompanying drawing 10 is structural representations of the present invention the 9th distribution plate;
In figure, 1 first cylindrical A expects passage, 2 first cylindrical B expect passage, 3 second cylindrical A expect passage, 4 second cylindrical B expect passage, 5 the one A expect groove, 6 the one B expect groove, 7 first strip shape A expect passage, 8 first square B expect passage, 9 second strip shape A expect passage (9), 10 three cylindrical shape B expect passage, 11 first semi-circular A expect groove, 12 the 4th cylindrical B expect passage, 13 second semi-circular A expect groove, 14 three cylindrical shape A expect passage, 15 the 5th cylindrical B expect passage, 16 the 2nd A expect groove, 17 the 4th cylindrical A expect passage, 18 the 6th cylindrical B expect passage, 19 the 3rd A expect groove, 20 cylindrical channels, 21 square grooves, 22 circular holes.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention is further detailed explanation.
Accompanying drawing is a kind of detailed description of the invention of the present invention.This embodiment comprises nine pieces of distribution plate compositions, tightens together with 14 high-strength bolts.
First distribution plate has the first cylindrical A and expects that passage 1 and the first cylindrical B expect passage 2.
Second distribution plate has the second cylindrical A and expects passage 3 on four angles, have a second cylindrical B in centre and expect passage 4, by the A be interconnected, the A material that first distribution plate comes expects that groove 5 enters B material that the second cylindrical A expects that passage 3, first distribution plate comes and expects that groove 6 enters the second cylindrical B and expects passage 4 by an independently B.
3rd distribution plate has the first strip shape A and expects passage 7 on four angles, centre has the first square B and expects passage 8, on second distribution plate, the second cylindrical A expects that the A material of passage 3 enters the first strip shape A and expects that on passage 7, second distribution plate, the second cylindrical B expects that the B material of passage 4 enters the first square B and expects passage 8.
4th distribution plate has the second strip shape A and expects passage 9 on four angles, centre has 36 equidistant three cylindrical shape B and expects path 10, the first semi-circular A that 4th distribution plate reverse side has two rows vertical expects groove 11, often ranked first semi-circular A and expect groove 11 totally 7 row, with three cylindrical shape B, every article of groove one end expects that path 10 is connected.
5th distribution plate has 36 the four cylindrical Bs identical with the 4th distribution plate and expects that passage 12 and vertical the second semi-circular A of two rows expect groove 13, the three cylindrical shape A material passage 14 that 42 equidistant is had in this groove, second semi-circular A expects with the first semi-circular A of the 4th distribution plate reverse side, groove 13 expects that groove 11 is identical, this second semi-circular A expects that groove 13 and the first semi-circular A expect that groove 11 is superimposed together formation circular channel, on 4th distribution plate four angle, the second strip shape A expects that the A material of passage enters in the circular channel that the 4th distribution plate reverse side and the 5th distribution plate be built up, A material is assigned to 42 three cylindrical shape A and expects in passage, expect that the B material of path 10 enters the 4th cylindrical B the 5th distribution plate and expects in passage 12 from the 4th distribution plate 36 three cylindrical shape B.
6th distribution plate has 36 the 5th cylindrical B and expects that passage 15 and 7 arranges independently the 2nd A and expects groove 16, the 4th cylindrical A material passage 17 that 49 equidistant is had in this groove, A from the circular channel that the 4th distribution plate reverse side and the 5th distribution plate are built up expects that the 2nd A entering the 6th distribution plate expects groove 16, expect that passage 17 flows out from 49 equidistant 4th cylindrical A after carrying out uniform distribution, expect that 36 the 5th cylindrical B that the B material of passages 12 continues to enter the 6th distribution plate expect in passages 15 from 36 the 4th cylindrical B of the 5th distribution plate.
7th distribution plate has 36 the 6th cylindrical B and expects passage 18, each channel circumference is provided with the 3rd A be connected and expects groove 19, 6th cylindrical B expects the plane of plane lower than the 7th distribution plate place of passage 18, expect that the A material that passage 17 flows out is stored in the 3rd A material groove 19 of the 7th distribution plate uniformly from the 6th distribution plate 49 the 4th cylindrical A, expect that the B material come in passage 15 continues to enter in 36 the 6th cylindrical B material passages 18 of the 7th distribution plate from the 6th distribution plate 36 the 5th cylindrical B, be stored in the 3rd A and expect that the A material in groove 19 surrounds B material, expect that passage 18 enters next distribution plate by 36 the 6th cylindrical B together with expecting with B.
8th distribution plate is rebound, has 36 cylindrical channels 20 by AB compound, expects that the 36 AB two component compound silks flowed out passage 18 enter in 36 cylindrical channels 20 of the 8th distribution plate from the 7th distribution plate 36 the 6th cylindrical B.
9th distribution plate is provided with the square groove 21 concaved, in the middle of this groove, minimum position has circular hole 22, expect that the AB two component thread flowed out passage 18 is pooled one thread herein and flowed out by circular hole 22 from 36 the 6th cylindrical B of the 8th distribution plate, by Air flow, form 36 island islands-in-sea type fibres.
The present invention is in whole use procedure, A, B two kinds of high molecular polymers, by respective runner in each block distribution plate, when going out last block distribution plate, through Air flow, define a kind of component many filaments surrounding by another kind of component, the islands-in-sea type fibre spreadability of producing through the present invention is high, through weaving, post processing, fabrics feel soft, comfortable and easy to wear.
Embodiment 1
The making of polyethylene/nylon islands-in-sea type fibre: polyethylene particle and nylon chips in 40/60 ratio, apparatus of the present invention are arrived by respective thawing extrusion device, again by respective independent flow passage in apparatus of the present invention, finally converge in spinnerets outlet, form the fiber of the many nylon filament that a velamen polyethylene surrounds.
Embodiment 2
The making of water-soluble polyester/nylon islands-in-sea type fibre: water-soluble polyester/nylon chips in 30/70 ratio, apparatus of the present invention are arrived by respective thawing extrusion device, again by respective independent flow passage in apparatus of the present invention, finally converge in spinnerets outlet, form the fiber of the many terylene filaments that a velamen water-soluble polyester surrounds.
Claims (5)
1. an islands-in-sea type fibre spinning assembly, comprises nine pieces of distribution plates, it is characterized in that:
First distribution plate has the first cylindrical A and expects that passage (1) and the first cylindrical B expect passage (2); Second distribution plate has the second cylindrical A and expects passage (3) on four angles, have a second cylindrical B in centre and expect passage (4), by the A be interconnected, the A material that first distribution plate comes expects that groove (5) enters the second cylindrical A and expects passage (3), by an independently B, the B material that the first distribution plate comes expects that groove (6) enters the second cylindrical B and expects passage (4); 3rd distribution plate has the first strip shape A and expects passage (7) on four angles, and centre has the first square B and expects passage (8); 4th distribution plate has the second strip shape A and expects passage (9) on four angles, and centre has 36 equidistant three cylindrical shape B and expects passage (10), and the first semi-circular A that the 4th distribution plate reverse side has two rows vertical expects groove (11); 5th distribution plate has 36 the four cylindrical Bs identical with the 4th distribution plate and expects that passage (12) and vertical the second semi-circular A of two rows expect groove (13), has 42 equidistant three cylindrical shape A to expect passage (14) in this groove; 6th distribution plate has 36 the 5th cylindrical B and expects passage (15) and 7 row independently the 2nd A material groove (16), has the 4th cylindrical A material passage (17) that 49 equidistant in this groove; 7th distribution plate has 36 the 6th cylindrical B and expects passage (18), and each channel circumference is provided with the 3rd A be connected and expects groove (19); 8th distribution plate is rebound, has 36 cylindrical channels by AB compound (20); 9th distribution plate is provided with the square groove (21) concaved, and in the middle of this groove, minimum position has circular hole (22).
2. a kind of islands-in-sea type fibre spinning assembly according to claim 1, is characterized in that: described 4th distribution plate reverse side often ranked first semi-circular A and expects groove (11) totally 7 row, with three cylindrical shape B, every article of groove one end expects that passage (10) is connected.
3. a kind of islands-in-sea type fibre spinning assembly according to claim 1 and 2, it is characterized in that: the on described 5th distribution plate second semi-circular A expects with the first semi-circular A of the 4th distribution plate reverse side, groove (13) expect that groove (11) is identical, this second semi-circular A material groove (13) and the first semi-circular A expect that groove (11) is superimposed together formation circular channel.
4. a kind of islands-in-sea type fibre spinning assembly according to claim 1, it is characterized in that: the on described 7th distribution plate the 6th cylindrical B expects the plane of plane lower than the 7th distribution plate place of passage (18), be stored in the 3rd A and expect that the A material in groove (19) surrounds B material, together with expecting with B, expect that passage (18) enters next distribution plate by 36 the 6th cylindrical B.
5. a kind of islands-in-sea type fibre spinning assembly according to claim 1, is characterized in that: described nine pieces of distribution plates are tightened together by 14 high-strength bolts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520182944.5U CN204589396U (en) | 2015-03-30 | 2015-03-30 | Islands-in-sea type fibre spinning assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520182944.5U CN204589396U (en) | 2015-03-30 | 2015-03-30 | Islands-in-sea type fibre spinning assembly |
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| CN204589396U true CN204589396U (en) | 2015-08-26 |
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| CN201520182944.5U Active CN204589396U (en) | 2015-03-30 | 2015-03-30 | Islands-in-sea type fibre spinning assembly |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775172A (en) * | 2015-03-30 | 2015-07-15 | 临邑大正特纤新材料有限公司 | Sea-island fiber spinning pack |
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2015
- 2015-03-30 CN CN201520182944.5U patent/CN204589396U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104775172A (en) * | 2015-03-30 | 2015-07-15 | 临邑大正特纤新材料有限公司 | Sea-island fiber spinning pack |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| PE01 | Entry into force of the registration of the contract for pledge of patent right |
Denomination of utility model: Sea-island fiber spinning pack Effective date of registration: 20160524 Granted publication date: 20150826 Pledgee: Qilu bank, Limited by Share Ltd, Dezhou branch Pledgor: Linyi Dazheng Special Fiber New Materials Co., Ltd. Registration number: 2016370000030 |
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| PLDC | Enforcement, change and cancellation of contracts on pledge of patent right or utility model |