CN204690216U - A kind of three long filaments looping parallel spinning yarn feeding device in the same way - Google Patents
A kind of three long filaments looping parallel spinning yarn feeding device in the same way Download PDFInfo
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- CN204690216U CN204690216U CN201520433988.0U CN201520433988U CN204690216U CN 204690216 U CN204690216 U CN 204690216U CN 201520433988 U CN201520433988 U CN 201520433988U CN 204690216 U CN204690216 U CN 204690216U
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- long filament
- twizzle
- disk
- feeding hole
- hollow spindle
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Abstract
The utility model provides a kind of three long filaments looping parallel spinning yarn feeding device in the same way, this device adopts the first long filament, second long filament and the 3rd long filament are placed on hollow cylinder from top to bottom, hollow spindle has the first circular feeding hole from bottom to top successively, second circular feeding hole and the 3rd circular feeding hole, hollow cylinder adds the first twizzle and the second twizzle from bottom to top successively, first long filament directly penetrates hollow spindle through the first circular feeding hole simultaneously, second long filament penetrates hollow spindle by the second circular feeding hole after the second twizzle, 3rd long filament is successively through the first twizzle, hollow spindle is penetrated by the 3rd circular feeding hole after second twizzle, realize in parallel spinning to three loopings in the same way of heart yarn, then yarn quality is improved, two long filament can adopt different colours or unlike material simultaneously, then yarn appearance pattern is enriched, improve added value of product.
Description
Technical field
The utility model relates to new type yarn field, is specifically related to a kind of three long filaments looping parallel spinning yarn feeding device in the same way.
Background technology
Parallel spinning is also known as fasciated yarn spinning, and it utilizes hollow spindle to spin, and is called parallel warp with the yarn that parallel spinning machine is produced, and also claims P.L yarn.Parallel spinning gives a trial lecture a non-twist parallel fibers bar as heart yarn, and outsourcing long filament or the staple fibre yarn be spun into, around on bobbin after looping resultant yarn, because the fiber of heart yarn is not twisted, be therefore called parallel spinning.When yarn receives stretching action, long filament applies radial pressure to short fiber bar, makes produce frictional force between staple fibre and make parallel warp have certain brute force.
Parallel warp can yarn for line, be applicable to non-twist, weak twist and napping series products with the yarn formation structure of uniqueness, give a kind of sensation of top grade.But current parallel spinning yarn feeding device all adopts one filament or staple fibre yarn to carry out outsourcing, makes Spinning Varieties and yarn quality be subject to certain restrictions.For this, the utility model provides a kind of three long filaments looping parallel spinning yarn feeding device in the same way, this device adopts the first long filament, second long filament and the 3rd long filament are placed on hollow cylinder from top to bottom, hollow spindle has the first circular feeding hole from bottom to top successively, second circular feeding hole and the 3rd circular feeding hole, hollow cylinder adds the first twizzle and the second twizzle from bottom to top successively, first long filament directly penetrates hollow spindle through the first circular feeding hole simultaneously, second long filament penetrates hollow spindle by the second circular feeding hole after the second twizzle, 3rd long filament is successively through the first twizzle, hollow spindle is penetrated by the 3rd circular feeding hole after second twizzle, realize in parallel spinning to three loopings in the same way of heart yarn, then yarn quality is improved, two long filament can adopt different colours or unlike material simultaneously, then yarn appearance pattern is enriched, improve added value of product.
Summary of the invention
The purpose of this utility model provides a kind of three long filaments looping parallel spinning yarn feeding device in the same way, with realize in parallel spinning to three loopings in the same way of heart yarn, then improve yarn quality, simultaneously two long filament can adopt different colours or unlike material, then enrich yarn appearance pattern, improve added value of product.
In order to achieve the above object, the technical solution adopted in the utility model is as follows: a kind of three long filaments looping parallel spinning yarn feeding device in the same way, comprise drawing rollers pair, hollow spindle, aspiration channel, traction roller, yarn winding bobbin, described drawing rollers are to comprising rear roller, middle roller and front roller, described hollow spindle is positioned at the below of front roller, described aspiration channel is positioned at the below of hollow spindle, described aspiration channel is connected with negative tube, described negative tube is connected with negative-pressure air fan, described traction roller is positioned at the below of aspiration channel, described yarn winding bobbin is positioned at the below of traction roller, non-twist parallel fibers bar is fed by described rear roller, described hollow spindle is connected with hollow cylinder by upper bearing (metal) and lower bearing, belt pulley is connected with in the bottom integration of described hollow cylinder, described belt pulley is connected with belt, described belt is connected with motor, in the exterior periphery of described hollow cylinder, integration is connected with the first disk successively from top to bottom, second disk and three-at om system, at described first disk, the exterior periphery of the second disk and three-at om system adds respectively the first embedding pin, second embeds pin and three embedded pin, first long filament, second long filament and the 3rd long filament are embedded into the first embedding pin respectively by the long filament cylinder at its place separately, second embeds in pin and three embedded pin and is fixed on the first disk, on second disk and three-at om system, described first disk is greater than the height of the long filament cylinder of the first long filament to the distance on hollow cylinder top, distance between described first disk and the second disk is greater than the height of the long filament cylinder of the second long filament, distance between described second disk and three-at om system is greater than the height of the long filament cylinder of the 3rd long filament, described hollow cylinder adds the first twizzle and the second twizzle, described first twizzle is positioned at the long filament cylinder top of the second long filament, described second twizzle is positioned at the long filament cylinder top of the 3rd long filament, the bottom of the second disk, described hollow spindle has the first circular feeding hole from bottom to top successively, second circular feeding hole and the 3rd circular feeding hole, described first circular feeding hole is positioned at the top of hollow cylinder, described first long filament directly penetrates hollow spindle through the first circular feeding hole, described second long filament penetrates hollow spindle by the second circular feeding hole after the first twizzle, described 3rd long filament is successively through the second twizzle, hollow spindle is penetrated by the 3rd circular feeding hole after first twizzle.
During spinning, first long filament, second long filament and the 3rd long filament are embedded into the first embedding pin respectively by the long filament cylinder at its place separately, second embeds in pin and three embedded pin and is fixed on the first disk, on second disk and three-at om system, first long filament directly penetrates hollow spindle through the first circular feeding hole, second long filament penetrates hollow spindle by the second circular feeding hole after the first twizzle, 3rd long filament is successively through the second twizzle, hollow spindle is penetrated by the 3rd circular feeding hole after 3rd twizzle, non-twist parallel fibers bar is fed by rear roller, through the drawing-off effect of three row rollers, motor is rotated by belt drive belt pulley, then hollow cylinder is driven to rotate, then the first long filament is driven, second long filament and the 3rd long filament rotate, under the drive that hollow cylinder rotates, looping is outside at the non-twist parallel fibers bar after drawing-off in the same way, obtain wrapped yarn, draw then through traction roller is wrapped on yarn winding bobbin, complete spinning process.
Advantage of the present utility model is with beneficial effect: adopt the upper and lower parallel placement of three threads, what can realize to heart yarn in parallel spinning is equidirectional, with three loopings of speed, second long filament feeds the circular feeding of second on hollow spindle hole after the second twizzle simultaneously, 3rd long filament is successively through the first twizzle, the circular feeding of the 3rd on hollow spindle hole is fed after second twizzle, the stationarity of the second long filament and the feeding of the 3rd long filament can be improved, then yarn quality is improved, three long filaments can adopt different colours or unlike material simultaneously, then yarn appearance pattern is enriched, improve added value of product.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the disc structure schematic diagram outside hollow cylinder of the present utility model;
Fig. 3 three long filaments of the present utility model feed the hollow spindle syndeton schematic diagram of spinning process up and down;
Fig. 4 is hollow spindle of the present utility model and hollow cylinder bearing arrangement connection diagram.
Concrete embodiment:
As Fig. 1, Fig. 2, shown in Fig. 3 and Fig. 4, a kind of three long filaments looping parallel spinning yarn feeding device in the same way, comprise drawing rollers pair, hollow spindle 5, aspiration channel 18, traction roller 20, yarn winding bobbin 21, wherein drawing rollers are to comprising rear roller 2, middle roller 3 and front roller 4, hollow spindle 5 is positioned at the below of front roller 4, aspiration channel 18 is positioned at the below of hollow spindle 5, aspiration channel 18 is connected with negative tube 19, negative tube 19 is connected with negative-pressure air fan, traction roller 20 is positioned at the below of aspiration channel 18, yarn winding bobbin 21 is positioned at the below of traction roller 20, non-twist parallel fibers bar 1 is fed by rear roller 2, hollow spindle 5 is connected with hollow cylinder 6 by upper bearing (metal) 28 and lower bearing 29, belt pulley 17 is connected with in the bottom integration of hollow cylinder 6, belt pulley 17 is connected with belt 15, belt 15 is connected with motor 16, in the exterior periphery of hollow cylinder 6, integration is connected with the first disk 7 successively from top to bottom, second disk 9 and three-at om system 11, at the first disk 7, the exterior periphery of the second disk 9 and three-at om system 11 adds the first embedding pin 22 respectively, second embeds pin 23 and three embedded pin 24, first long filament 8, second long filament 10 and the 3rd long filament 12 are embedded into the first embedding pin 22 respectively by the long filament cylinder at its place separately, second embeds in pin 23 and three embedded pin 24 and is fixed on the first disk 7, on second disk 9 and three-at om system 11, first disk 7 is greater than the height of the long filament cylinder of the first long filament 8 to the distance on hollow cylinder 6 top, distance between first disk 7 and the second disk 9 is greater than the height of the long filament cylinder of the second long filament 10, distance between second disk 9 and three-at om system 11 is greater than the height of the long filament cylinder of the 3rd long filament 12, hollow cylinder 6 adds the first twizzle 13 and the second twizzle 14, first twizzle 13 is positioned at the long filament cylinder top of the second long filament 8, second twizzle 14 is positioned at the long filament cylinder top of the 3rd long filament 10, the bottom of the second disk 9, hollow spindle 5 has the first circular feeding hole 27 from bottom to top successively, second circular feeding hole 26 and the 3rd circular feeding hole 25, first circular feeding hole 27 is positioned at the top of hollow cylinder 6, first long filament 8 directly penetrates hollow spindle 5 through the first circular feeding hole 25, second long filament 10 penetrates hollow spindle 5 by the second circular feeding hole 26 after the first twizzle 13, 3rd long filament 12 is successively through the second twizzle 14, hollow spindle 5 is penetrated by the 3rd circular feeding hole 25 after first twizzle 13.
During spinning, first long filament 8, second long filament 10 and the 3rd long filament 12 are embedded into the first embedding pin 22 respectively by the long filament cylinder at its place separately, second embeds in pin 23 and three embedded pin 24 and is fixed on the first disk 7, on second disk 9 and three-at om system 11, first long filament 8 directly penetrates hollow spindle 5 through the first circular feeding hole 25, second long filament 10 penetrates hollow spindle 5 by the second circular feeding hole 26 after the first twizzle 13, 3rd long filament 12 is successively through the second twizzle 14, hollow spindle 5 is penetrated by the 3rd circular feeding hole 25 after first twizzle 13, non-twist parallel fibers bar 1 is fed by rear roller 2, through the drawing-off effect of three row rollers, motor 16 is with movable strap disc 17 to rotate by belt 15, then hollow cylinder 6 is driven to rotate, then the first long filament 8 is driven, second long filament 10 and the 3rd long filament 12 rotate, under the drive that hollow cylinder 6 rotates, looping is outside at the non-twist parallel fibers bar 1 after drawing-off in the same way, obtain wrapped yarn, draw then through traction roller 20 is wrapped on yarn winding bobbin 21, complete spinning process.
Claims (1)
1. long filament looping parallel spinning yarn feeding device in the same way, comprise drawing rollers pair, hollow spindle, aspiration channel, traction roller, yarn winding bobbin, described drawing rollers are to comprising rear roller, middle roller and front roller, described hollow spindle is positioned at the below of front roller, described aspiration channel is positioned at the below of hollow spindle, described aspiration channel is connected with negative tube, described negative tube is connected with negative-pressure air fan, described traction roller is positioned at the below of aspiration channel, described yarn winding bobbin is positioned at the below of traction roller, non-twist parallel fibers bar is fed by described rear roller, it is characterized in that: on described hollow spindle, be connected with hollow cylinder by upper bearing (metal) and lower bearing, belt pulley is connected with in the bottom integration of described hollow cylinder, described belt pulley is connected with belt, described belt is connected with motor, in the exterior periphery of described hollow cylinder, integration is connected with the first disk successively from top to bottom, second disk and three-at om system, at described first disk, the exterior periphery of the second disk and three-at om system adds respectively the first embedding pin, second embeds pin and three embedded pin, first long filament, second long filament and the 3rd long filament are embedded into the first embedding pin respectively by the long filament cylinder at its place separately, second embeds in pin and three embedded pin and is fixed on the first disk, on second disk and three-at om system, described first disk is greater than the height of the long filament cylinder of the first long filament to the distance on hollow cylinder top, distance between described first disk and the second disk is greater than the height of the long filament cylinder of the second long filament, distance between described second disk and three-at om system is greater than the height of the long filament cylinder of the 3rd long filament, described hollow cylinder adds the first twizzle and the second twizzle, described first twizzle is positioned at the long filament cylinder top of the second long filament, described second twizzle is positioned at the long filament cylinder top of the 3rd long filament, the bottom of the second disk, described hollow spindle has the first circular feeding hole from bottom to top successively, second circular feeding hole and the 3rd circular feeding hole, described first circular feeding hole is positioned at the top of hollow cylinder, described first long filament directly penetrates hollow spindle through the first circular feeding hole, described second long filament penetrates hollow spindle by the second circular feeding hole after the first twizzle, described 3rd long filament is successively through the second twizzle, hollow spindle is penetrated by the 3rd circular feeding hole after first twizzle.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520433988.0U CN204690216U (en) | 2015-06-23 | 2015-06-23 | A kind of three long filaments looping parallel spinning yarn feeding device in the same way |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201520433988.0U CN204690216U (en) | 2015-06-23 | 2015-06-23 | A kind of three long filaments looping parallel spinning yarn feeding device in the same way |
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| CN204690216U true CN204690216U (en) | 2015-10-07 |
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| CN201520433988.0U Expired - Fee Related CN204690216U (en) | 2015-06-23 | 2015-06-23 | A kind of three long filaments looping parallel spinning yarn feeding device in the same way |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106149136A (en) * | 2016-09-28 | 2016-11-23 | 江南大学 | A kind of yakwool looping covering yarn and production method thereof |
| CN106192120A (en) * | 2016-09-30 | 2016-12-07 | 江南大学 | A kind of three looping parallel spinning yarns, spinning apparatus and Yarn spinning method |
| CN106319715A (en) * | 2016-10-09 | 2017-01-11 | 江南大学 | Layer-by-layer tight wrapped yarn and production method thereof |
| CN106894135A (en) * | 2017-03-28 | 2017-06-27 | 江南大学 | A kind of Pure Yarn and its production method |
-
2015
- 2015-06-23 CN CN201520433988.0U patent/CN204690216U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106149136A (en) * | 2016-09-28 | 2016-11-23 | 江南大学 | A kind of yakwool looping covering yarn and production method thereof |
| CN106192120A (en) * | 2016-09-30 | 2016-12-07 | 江南大学 | A kind of three looping parallel spinning yarns, spinning apparatus and Yarn spinning method |
| CN106319715A (en) * | 2016-10-09 | 2017-01-11 | 江南大学 | Layer-by-layer tight wrapped yarn and production method thereof |
| CN106894135A (en) * | 2017-03-28 | 2017-06-27 | 江南大学 | A kind of Pure Yarn and its production method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20151007 Termination date: 20160623 |