CN1372027A - Method and apparatus for making core-spun yarn of steple-fibre covered filament - Google Patents
Method and apparatus for making core-spun yarn of steple-fibre covered filament Download PDFInfo
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- CN1372027A CN1372027A CN 02104397 CN02104397A CN1372027A CN 1372027 A CN1372027 A CN 1372027A CN 02104397 CN02104397 CN 02104397 CN 02104397 A CN02104397 A CN 02104397A CN 1372027 A CN1372027 A CN 1372027A
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Abstract
The present invention is characterized by that on the spinning machine it utilizes addition of a yarn tension control device and simple renovation of guide wheel to spin the invented core-spun composition yarn whose yarn is covered with staple fiber, and its covering rate is high. Said composite core-covered yarn not only has the appearance style, hand property, fluffy property and other advantages of staple fibre, but also possesses the strength and elongation, conformal property and drapping property, etc. of yarn.
Description
Technical field
The invention belongs to the spinninging technical field of textile industry, refer in particular to a kind of manufacture method and device thereof of core-spun composite yarn of staple fibre covered filament.
Background technology
As everyone knows, compound (mixing) resultant yarn between the multiple fiber is referred to as composite spinning (or blending).As Skeletal yarn and form the new type yarn with skin-core structure of short fiber covered filament, is a main developing direction of novel spinning in recent years with long filament.
At present conventional long filament short fiber composite spinning generally is to spin, match network at friction spinning, revolving cup to spin on (Sirofil), ring doubling frame, hollow ingot spinning machine or the ring throstle and carry out.In theory, wish can realize three kinds of structures respectively:, can be divided into following three kinds promptly from yarn cross section by said method:
1. first kind is long filament short fiber parallel type (or being called the AB yarn), the easiest realization;
2. second kind is the even mixed type of long filament short fiber, and the invention of Co., Ltd. is spun by existing Japanese Japan;
3. the third is long filament short fiber looping type (short fiber bag long filament or a long filament bag short fiber).Structure is ideal, but does not also have mature technique to realize on ring spinner, becomes the emphasis problem of the common developmental research of textile industry.
For long filament short fiber looping type structure, according to different combination process and two component yarn spreadability each other, can be the textural classification of complex yarn: hold structure, cluster structure, skin-core structure, bag core looping structure, the mixed fine structure of looping side by side.Composite construction can be:
1, the long filament short fiber is handed over and is twisted with the fingers the compound formation friendship sth. made by twisting composite yarn that holds mutually;
2, long filament holds staple fibre yarn and forms the cluster composite yarn;
3, staple fibre holds long filament formation skin-core structure superpacket heart yarn;
4, the long filament short fiber mixes the mixed fine enveloped composite yarn that fibre is entwined;
5, the elastic force composite yarn of general fibre coating spandex.
The process of the elastic force of short fiber coating in recent years long filament is very general, but separates the coating problem of elastic force long filament (drafted fibre, low-stretch yarn, space-variant silk, network yarn etc.) by no means, then is the problem that needs exploitation.In the existing cladded yarn processing method, friction spinning (cage roller spinning) and open-end spinning are suitable for spinning thicker core-spun composite yarn.The match network spins (Sirofil) angle from the resultant yarn principle, it is by installing a long filament feeding unit additional on traditional ring throstle, make the long filament and the staple fibre rove yarn of normal drawing-off keep certain distance (it is spaced apart 1.2-1.4cm), and form a mutual twisted resultant yarn of twist triangle zone by long filament and sliver at the front roller place.By adjusting the distance or the angle of long filament and staple fibre rove yarn, form the twisted yarn that closes that staple fibre rove yarn surrounds filament surface.Its major defect is:
Because the Siro-spun yarn device can not control effectively to the tension force of long filament, entwine mutually together with zigzag shape as stubborn fried dough twist between the different fibre bundles, form the structure of similar strand, cause short fiber relatively poor to the covered effect of long filament, can not reach desirable cladded yarn structure and desirable covered effect, staple fibre is lower to the clad ratio of long filament, causes the more inhomogeneous and more uneven defective of fabrics cloth cover of yarn evenness, and this is an extensively big obstacle of utilization of this class yarn of puzzlement.
At present, encircle the technology and the device of the core-spun composite yarn that does not also have to produce the short fiber covered filament on the ingot fine sand machine the most widely in utilization.
Summary of the invention
According to the inventor in-depth analysis research of fine spining machine resultant yarn mechanism is learnt: want on fine spining machine, to form superpacket heart yarn with short fiber covered filament structure, promptly form with the long filament is Skeletal yarn, new type yarn by the skin-core structure of the complete covered filament of staple fibre, must the tension force of feeding long filament and the position of the relative short fiber rove of long filament yarn strictly be controlled at long filament short fiber compound tense.
The manufacture method that the purpose of this invention is to provide a kind of core-spun composite yarn of staple fibre covered filament, in utilization the most widely on the ring throstle, exploitation long filament short fiber composite spinning device and yarn-forming mechanism method, the preparation long filament short fiber compound bag core composite yarn with skin-core structure reaches and makes compound composite yarn have appearance style, feel, bulkiness, satiety, sucting wet air permeability and the affinity of short fiber yarn; Also have the strength and elongation, conformality, drapability, anti-fold of long filament, the purpose of yarn evenness and neat and well spaced fabrics cloth cover uniformly simultaneously.
Another object of the present invention provides a kind of manufacturing installation of core-spun composite yarn of staple fibre covered filament, by on the spun yarn spinning machine, installing the simple transformation of thread-tension control device and guide wheel additional, spin out the core-spun composite yarn of the higher staple fibre covered filament of clad ratio, reach low-cost and high efficiency purpose.
The object of the present invention is achieved like this: a kind of manufacture method of core-spun composite yarn of staple fibre covered filament is characterized in that: it comprises the steps:
1. on three roller drafting mechanisms of the two-region of ring frame, staple fibre rove yarn is fed by horn mouth, and through the drawing-off of reel cage drafter; The front roller nip feeding of long filament from gripping converges with drafted staple fibre rove yarn;
2. long filament is carried the twisting area of feeding staple fibre rove yarn by front roller, this long filament transmits by the accurate guide wheel device of making, and control the center that it aims at staple fibre rove yarn exactly, after converging with staple fibre rove yarn, enter the twist triangle zone composite twist jointly;
3. the tension force by thread-tension control device control long filament, this long filament and staple fibre rove yarn are when the coaxial composite twist of twist triangle zone, and the tension value of this long filament is more than or equal to the tension value of this staple fibre rove yarn, between 20CN～45CN;
4. fine spining machine ring ingot twist system twist factor that complex yarn is applied is 280～330;
5. the long filament as the core silk is lower than 40% in the ratio of whole composite yarn.
Satisfy above-mentioned process conditions, on the fine spining machine of ring ingot twisting, form the core-spun composite yarn of staple fibre covered filament.
This long filament component is selected from least a of following long filament: terylene fully drawn yarn, partial draft silk, low-stretch yarn, polyamide fibre full-drawn yarn, its Denier range is: the long filament of 10-55dtex/5f-24f.This long filament component is selected from least a of long filament with following function: conducting electricity antistatic, antibacterial and deodouring, far infrared, ultraviolet screener, micro-wave screening, fire-retardant infusibility or microcapsule aromatic discharges.This short fiber rove yarn component is selected from least a of following short fiber: cotton, hair, viscose glue, day silk, model, terylene, polypropylene fibre or the blending between them.
The present invention also provides a kind of manufacturing installation of core-spun composite yarn of staple fibre covered filament, it is made up of the short fiber rove bobbin of fine spining machine, long filament bobbin, reel cage drafter, composite yarn twisting area, air ring and finished product spindle arranged side by side with it, it is characterized in that: this device comprises also and is loaded on thread-tension control device and the guide wheel that is additional on the frame on this reel cage drafter that this thread-tension control device is made up of tension bracket, pressing spring, yarn clip board, pressurizing nut and tension force post.
This thread-tension control device is upper and lower two groups of formation that the fixedly connected structure of the vertical connecting plate of tension bracket of screwed hole is installed by the center band, wherein each group horizontal substrate of including tension bracket with vertically be mounted thereon the plane in obtuse angle the tension force post of rounded projections arranged reach parallel and be set with the screw rod of yarn clip board, pressing spring and pressurization hex nut on it with them.This fine spining machine is selected from cotton spinning frame, wool spinning frame or bast fibre spinning fine spining machine.
This guide wheel has the hollow cylinder of V-shaped groove for the surface, and its central part is pressed into a bearing, and by this bearing kink with axle that fine spining machine drawing-off reel cage connects firmly mutually on; Assemble the round and elastic clamp of a pair of kink on this in the both sides of this bearing and fix this guide wheel, be beneficial to this guide wheel and laterally regulating.
The formation principle and the characteristics of the core-spun composite yarn of staple fibre covered filament of the present invention are as follows:
In the existing method, generally all use the match network to spin (Sirofil) device and spin two component composite yarns or the cladded yarn that structure is twisted with the fingers in friendship arranged side by side.Because the Siro-spun yarn device can not control effectively to the tension force of long filament, staple fibre is lower to the clad ratio of long filament, causes the more uneven defective of yarn, can not get solving always.
The inventor is by developmental research chronically, to being combined on yarn process experiment and the basis of mechanism analysis and finding carrying out the long filament short fiber on the ring throstle, in order to spin bag core composite yarn, must satisfy following condition:
When 1. long filament feeds front roller nip, should aim at the center of short fiber rove yarn;
2. long filament and staple fibre rove yarn enter twisting area jointly after the front roller nip place converges, and this moment, long filament should be positioned at the center of staple fibre rove yarn twist triangle zone, and with staple fibre rove yarn co-twisted,
3. in long filament short fiber composite twist district, the tension force of long filament should be more than or equal to the tension force of staple fibre rove yarn, and during with the assurance composite twist, long filament is positioned at the twisting center all the time, and keeps straight configuration.The inventor is by additional thread-tension control device and guide wheel on conventional spinning frame, in the time of can controlling composite spinning effectively, the warp tension ratio of two components and long filament fed the center of staple fibre rove yarn twist triangle zone exactly makes staple fibre can reach best covered effect to long filament.
The method for coating of the core-spun composite yarn of existing relatively staple fibre covered filament, the present invention has following characteristics:
1. match network and spin (Sirofil) and constitute twist triangle zone twisted resultant yarn by long filament and staple fibre sliver, staple fibre rove yarn is that form looping with yarn is at filament surface.Method of the present invention is twisting center and the staple fibre composite twist that long filament is placed staple fibre rove yarn fibre bundle, staple fibre rove yarn be form looping with the fibre bundle twisted at filament surface, constitute skin-core structure bag core composite yarn.Therefore, the looping fastness of staple fibre and long filament reaches the clad ratio height well;
2. in apparatus of the present invention, can be with the thread-tension control device 5 and the guide wheel 6 of seldom money additional two simple in structure, stable performances on general fine spining machine, when controlling composite spinning, the warp tension ratio of short fiber and two different components of long filament, and the feeding long filament is in the center of twist triangle zone, the thread-tension control point is near apart from the twisted point of long filament in the yarn twist triangle zone and staple fibre bundle, not only can effectively control thread-tension, also can effectively reduce the tension force at long filament control point simultaneously, long filament end breakage rate when reducing spinning improves spinning efficiency and product quality;
3. tenslator of the present invention is to adopt passive mode to the adjusting of thread-tension, can be in a big way in (maximum of 0～long filament permission) adjustment of tonicity easily, Technological adaptability is better.
Further specify below in conjunction with preferred embodiment and accompanying drawing.
Description of drawings
Fig. 1 is a filament and short staple composite spinning device schematic diagram of the present invention.
Fig. 2 is the thread-tension control device assembling back front schematic view of Fig. 1.
Fig. 3 is the schematic top plan view of Fig. 1.
Fig. 4 is a ring ingot cladded yarn twisting process schematic diagram of the present invention.
Fig. 5 is the coating principle schematic of ring ingot twist core-spun yarn of the present invention.
Fig. 6 is the electromicroscopic photograph schematic diagram of cladded yarn of the present invention.
The specific embodiment
Consult Fig. 1-shown in Figure 6, the manufacture method of the core-spun composite yarn of staple fibre covered filament of the present invention, be by the tension force of thread-tension control device 5 controls from the long filament 41 of long filament bobbin 4, position by guide wheel 6 control long filaments 41 feeding short fiber twist trigonums, converge with staple fibre rove yarn 2 from short fiber bobbin 1, guarantee that long filament 41 and staple fibre rove yarn 2 are when composite twist, long filament is in the center of twist triangle zone all the time, complex yarn is wrapped on the spinning spindle 9, as shown in Figure 1 through the core-spun composite yarn of composite yarn twisting area 7 and air ring 8 formation staple fibre covered filaments again.
Specifically being characterized as of manufacture method of the present invention:
1. on three roller drafting mechanisms of the two-region of ring frame, staple fibre rove yarn 2 is by the horn mouth feeding, and through 3 drawing-offs of reel cage drafter, 41 front roller nips from gripping of long filament feed with drafted staple fibre rove yarn 2 and converge;
When 2. long filament 41 is carried the twisting area of feeding staple fibre rove yarn 2 by front roller, long filament 41 is transmitted by an accurate guide wheel of making 6, and control the center that it aims at staple fibre rove yarn 2 exactly, after converging with staple fibre rove yarn 2, enter the twist triangle zone composite twist jointly;
3. thread-tension is by specific thread-tension control device control 5, when long filament 41 with staple fibre rove yarn 2 during at the coaxial composite twist of twist triangle zone, the tension value of long filament 41 is about 20CN～45CN more than or equal to the tension value of staple fibre rove yarn 2;
4. the twist factor that applies of 7 pairs of complex yarns of the composite yarn twisting area of fine spining machine ring ingot twist system is advisable with 280～330;
5. for reaching best covered effect, should be lower than 40% in the ratio of whole composite yarn as the long filament 41 of core silk.
Satisfy above-mentioned process conditions, in the time of can guaranteeing to carry out long filament short fiber composite spinning on the fine spining machine of ring ingot twisting, short fiber can form well long filament and coat.
What also need particularly point out simultaneously is: the characteristics of utilizing fibre migration in the twist triangle zone of staple fibre rove yarn 2 in the resultant yarn method of the present invention, make staple fibre rove yarn 2 with the form looping of fiber on the surface of long filament, form the bag core composite yarn of even looping effect.
Consult Fig. 4-shown in Figure 5, resultant yarn principle of the present invention is as follows:
Short fiber yarn 2 is in the drawing-off and twist system of ring throstle, at first yarn is attenuated owing to the drawing-off effect of reel cage makes rove yarn 2 middle short fibers that slippage take place each other, form thin short fiber yarn 21, enter twisting area 12 jointly through front roller conveying filament 41 and thin short fiber yarn 21.Because the gripping effect of front roller nip, the fibers (comprising long filament) in the at this moment thin short fiber yarn 21 are similar to parallel with the yarn axle and thin short fiber yarn 21 cross sections are flat.Because the turn that the gyroscopic action of spindle produces is to the front roller nip transmission, make the thin short fiber yarn 21 at jaw place produce angular displacement around the axis revolution, the fiber of thin short fiber yarn 21 both sides is folded thus and is involved in the sliver center, and thin short fiber yarn 21 width shrank gradually and formed and twist delta 12 this moment.In twisting delta 12, its width narrows down gradually in thin short fiber yarn 21 moving process, and cross sectional shape also becomes approximate garden column by flat belt-like gradually.The thin short fiber yarn 21 that includes long filament 41 is in twisting process, and except the cross sectional shape of thin short fiber yarn 21 changed, the fibers in the thin short fiber yarn 21 also can take place by inside and outside transfer the with good conditionsi.Promptly below taking place under the effect of twisting power, change:
1. long fiber 41 can produce the trend that shifts to the yarn interior layer, and the fiber of thin short fiber yarn 21 can produce the trend that shifts to the yarn exterior layer;
2. the long fiber 41 that tension force is big can produce the trend that shifts to the yarn interior layer, and the little fiber that gets thin short fiber yarn 21 of tension force can produce the trend that shifts to the yarn exterior layer;
3. be positioned at the fiber of yarn table portion layer because twisting produces stretcher strain and tensioning, can produce the trend that shifts to the yarn interior layer, the fiber that is positioned at the yarn interior layer is owing to the twist contraction effect of twisting becomes lax, and this moment, externally the effect of layer fiber extruding force can produce the trend that shifts to the yarn exterior layer down.Because long filament 41 is located in the center of twist triangle zone 12 when converging with thin short fiber yarn 21, in the composite twist process, as long as keep long filament 41 to have enough tension force, long filament 41 will keep linearity, and is positioned at all the time on the axis at twisting center.Angular displacement takes place around long filament 41 (twisting center) in thin short fiber yarn 21 under the effect of twisting effect, thin short fiber yarn 21 cross sections become the columned while by flat, and the fiber of thin short fiber yarn 21 can take place by rule separately by inside and outside the transfer.Therefore staple fibre not only can be coated on the surface of long filament 41, and between staple fibre and the long filament 41, also can tangle between staple fibre and the staple fibre.Make yarn have skin-core structure than firm stable.
Consult shown in Figure 6, from the electromicroscopic photograph of finished product yarn of the present invention, can be clear that: long filament 41 be arranged in the finished product yarn the center, and the staple fibre of thin short fiber yarn 21 be arranged in the finished product yarn the outside, form the skin-core structure of firm stable.
Consult Fig. 1-shown in Figure 3, spinning apparatus of the present invention is: additional thread-tension control device 5 and guide wheel 6 on the reel cage drafter 3 of general cotton spinning frame, wool spinning frame or bast fibre spinning fine spining machine, the position of the tension force of the long filament component of this thread-tension control device 5 and 6 pairs of compound resultant yarns of guide wheel and feeding staple fibre rove yarn 2 twist trigonums is effectively controlled.Thereby realize short fiber coating fully uniformly to long filament.
Spinning apparatus of the present invention specifically is made up of the short fiber rove yarn bobbin 1 of conventional spinning frame and long filament bobbin 4, the reel cage drafter 3 arranged side by side with it and thread-tension control device 5 and the guide wheel 6 that adds thereon, thread-tension control device 5 is made up of tension bracket 5-1, pressing spring 5-2, pressurizing nut 5-4, yarn clip board 5-3 and tension force post 5-5, as Fig. 2-shown in Figure 3.
Thread-tension control device 5 is made of for upper and lower two groups the fixedly connected identical in structure of vertical connecting plate that the tension bracket 5-1 of screwed hole 5-6 is installed with the center band, wherein each group includes the tension force post 5-5 of the horizontal substrate of tension bracket 5-1 and the rounded projections arranged in obtuse angle that vertically is mounted thereon the plane and parallel with them, and is set with the screw rod 5-7 of yarn clip board 5-3, pressing spring 5-2 and pressurizing nut 5-4 on it.
Guide wheel 6 is for having the hollow cylinder of V-shaped groove through wear-resisting heat treated surface, its central part is pressed into a bearing, and by this bearing kink with axle that fine spining machine drawing-off reel cage 3 connects firmly mutually on, this bearing moves axially along this.Assemble the round and elastic clamp of a pair of kink on this in the both sides of this bearing, by this to clamp stator ring reliably. and laterally regulating easily, thereby guaranteeing that long filament enters the center of short fiber yarn twist triangle zone 12 exactly after guide wheel 6 guiding.
This device not only can be used to transform existing cotton spinning frame, wool spinning frame and bast fibre spinning fine spining machine but also can be used to make these machines to update in addition.
On traditional cotton spinning frame, two fixedly connected L shaped stainless steel substrates of vertical connecting plate of the tension bracket 5-1 of screwed hole 5-6 are installed by the centre band by original apron nipper screw thread fixed installation on the reel cage, and vertically be loaded on the plate face three of the stainless steel of rounded projections arranged tension force post 5-1 in obtuse angle, the peace luggage is in their the thread-tension control device 5 of suit and guide wheels 6 successively from the bottom up on one side, the yarn clip board 5-3 that thread-tension control device 5 is made up of two slight projectioies in middle part and the relative stainless steel disk of convex surface, the screw rod 5-7 of pressing spring 5-2 and pressurization hex nut 5-4 forms.In addition be wound with long filament 41 and the long filament bobbin 4 arranged side by side with short fiber rove yarn bobbin 1 on it also being equipped with on the frame, the long filament 41 that twines it on is afterwards mutually compound with short fiber rove yarn 2 with guide wheel 6 through thread-tension control device 5.
Be applicable to that long filament component of the present invention and short fiber rove yarn are as follows:
1. the long filament component is selected from: terylene fully drawn yarn (PETFDY), partial draft silk (DT), low-stretch yarn (DTY) or polyamide fibre full-drawn yarn (PAFDY), its fiber number are the long filament with various functions (conduct electricity functions such as antistatic, antibacterial and deodouring, far infrared, ultraviolet ray, micro-wave screening, fire-retardant infusibility or microcapsule aromatic release) of 10-55dtex/5f-24f and above-mentioned long filament.
2. short fiber rove yarn is selected from: the short fiber rove yarn of cotton, hair, viscose glue, day silk, model, terylene, polypropylene fibre, polyester-viscose blended or polyester cotton blending.
The composition and the fabrication process parameters of core-spun composite yarn of introducing two kinds of staple fibre covered filaments of the present invention below is as shown in table 1:
Table 1: the composition and the manufacturing technique of bag core composite yarn
| Technology | Cladded yarn (I) parameter | Cladded yarn (II) parameter |
| Long filament | PETFDY55dtex/12f | PETFDY33dtex/12f |
| Staple fibre rove yarn is heavy surely | 3g-4.5g/m | 3g-4.5g/m |
| The staple fibre yarn number | Spin and be lower than the 50s cotton yarn | Spin and be lower than the 70s cotton yarn |
| Thread-tension | 30～45CN | 20～30CN |
| The long filament feeding position | Center, twist trigonum | Center, twist trigonum |
| Steel traveler | Than conventional bigger than normal 10%～15% | Than conventional bigger than normal 10%～15% |
| The complex yarn twist factor | 316 | 324 |
| Yarn texture | The bag cored structure | The bag cored structure |
Certainly, the present invention can by selecting different staple fibres and filament raw material and technology, make the core-spun composite yarn of different-style and functional staple fibre covered filament as required, and is as shown in table 2:
Table 2: the core-spun composite yarn of different-style and functional staple fibre covered filament
| The style of core-spun composite yarn or function | The staple fibre component | The long filament component |
| Novel style (long filament short fiber style compatibility) | Cotton, wool, cashmere, short rayon fiber, MODEL, TENCEL, | The FDY of terylene or nylon, DTY, DT |
| High-grade sewing thread | Terylene short fiber | The low elongation of high-strength and high-modulus amount long filament high-strength and high-modulus amount is from elongate filament |
| The antibacterial and deodouring function | Common short fiber antibacterial and deodouring function short fiber | The common long filament of antibacterial and deodouring functional filament |
| Anti-static function | Common short fiber | Conducting polymer long filament, superfine metal long filament |
| Anti-flaming function | Fire-retardant short fiber | Fire-retardant long filament |
| Function of shielding ultraviolet radiation | Common short fiber | The function of shielding ultraviolet radiation long filament |
| The micro-wave screening function | Common short fiber | The micro-wave screening functional filament |
| Far-infrared functional | Common short fiber | The far-infrared functional long filament |
Claims (8)
1, a kind of manufacture method of core-spun composite yarn of staple fibre covered filament, it is characterized in that: it comprises the steps:
1. on three roller drafting mechanisms of the two-region of ring frame, staple fibre rove yarn is fed by horn mouth, and through the drawing-off of reel cage drafter; The front roller nip feeding of long filament from gripping converges with drafted staple fibre rove yarn;
2. long filament is carried the twisting area of feeding staple fibre rove yarn by front roller, this long filament transmits by the accurate guide wheel device of making, and control the center that it aims at staple fibre rove yarn exactly, after converging with staple fibre rove yarn, enter the twist triangle zone composite twist of staple fibre yarn jointly;
3. control the tension force of long filament by the thread-tension control device, fibre bundle in this long filament and the staple fibre rove yarn is when the coaxial composite twist of yarn twist triangle zone, the tension value of this long filament is more than or equal to the tension value of fibre bundle in this staple fibre rove yarn, between 20CN～45CN;
4. fine spining machine ring ingot twist system twist factor that complex yarn is applied is 280～330;
5. the long filament as the core silk is lower than 40% in the ratio of whole composite yarn.
Satisfy above-mentioned process conditions, on the fine spining machine of ring ingot twisting, form the core-spun composite yarn of staple fibre covered filament.
2, the manufacture method of the core-spun composite yarn of staple fibre covered filament according to claim 1, it is characterized in that: this long filament component is selected from least a of following long filament: terylene fully drawn yarn, partial draft silk, low-stretch yarn, polyamide fibre or viscose glue full-drawn yarn, its Denier range are the long filament of 10-55dtex/5f-24f.
3, the manufacture method of the core-spun composite yarn of staple fibre covered filament according to claim 2 is characterized in that: this long filament component is selected from least a of long filament with following function: conducting electricity antistatic, antibacterial and deodouring, far infrared, ultraviolet screener, micro-wave screening, fire-retardant infusibility or microcapsule aromatic discharges.
4, the manufacture method of the core-spun composite yarn of staple fibre covered filament according to claim 1 is characterized in that: this short fiber rove yarn component is selected from least a of following short fiber: cotton, hair, cashmere, viscose glue, day silk, model, terylene, polypropylene fibre or their blending.
5, the manufacturing installation of the core-spun composite yarn of the described staple fibre covered filament of a kind of claim 1-5, it is made up of the short fiber rove bobbin of fine spining machine, long filament bobbin, reel cage drafter, composite yarn twisting area, air ring and finished product spindle arranged side by side with it, it is characterized in that: this device comprises also and is loaded on thread-tension control device and the guide wheel that is additional on the frame on this reel cage drafter that this thread-tension control device is made up of tension bracket, pressing spring, yarn clip board, pressurizing nut and tension force post.
6, the manufacturing installation of the core-spun composite yarn of staple fibre covered filament according to claim 5, it is characterized in that: this thread-tension control device is upper and lower two groups of formation that the fixedly connected structure of the vertical connecting plate of tension bracket of screwed hole is installed by the center band, wherein each group horizontal substrate of including tension bracket with vertically be mounted thereon the plane in obtuse angle the tension force post of rounded projections arranged reach parallel and be set with the screw rod of yarn clip board, pressing spring and pressurization hex nut on it with them.
7, the manufacturing installation of the core-spun composite yarn of staple fibre covered filament according to claim 5 is characterized in that: this fine spining machine is selected from cotton spinning frame, wool spinning frame or bast fibre spinning fine spining machine.
8, the manufacturing installation of the core-spun composite yarn of staple fibre covered filament according to claim 5, it is characterized in that: this guide wheel has the hollow cylinder of V-shaped groove for the surface, its central part is pressed into a bearing, and by this bearing kink with fine spining machine drawing-off reel cage connect firmly mutually the axle on; Assemble the round and elastic clamp of a pair of kink on this in the both sides of this bearing and fix this guide wheel, be beneficial to this guide wheel and laterally regulating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021043973A CN1141427C (en) | 2002-03-07 | 2002-03-07 | Method and apparatus for making core-spun yarn of steple-fibre covered filament |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB021043973A CN1141427C (en) | 2002-03-07 | 2002-03-07 | Method and apparatus for making core-spun yarn of steple-fibre covered filament |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1372027A true CN1372027A (en) | 2002-10-02 |
| CN1141427C CN1141427C (en) | 2004-03-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB021043973A Expired - Fee Related CN1141427C (en) | 2002-03-07 | 2002-03-07 | Method and apparatus for making core-spun yarn of steple-fibre covered filament |
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| Country | Link |
|---|---|
| CN (1) | CN1141427C (en) |
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Assignee: Shenzhen Woolen Textile Co., Ltd., Zhejiang Assignor: Xue Yuan Contract fulfillment period: 2008.11.29 to 2015.11.28 Contract record no.: 2008330002738 Denomination of invention: Method and apparatus for making core-spun yarn of steple-fibre covered filament Granted publication date: 20040310 License type: Exclusive license Record date: 20081221 |
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