KR100338890B1 - Method for producing yarn using multiple creel - Google Patents

Abstract

The present invention relates to a composite krill process for producing a combined yarn with a simple process using only one feeder,

A yarn tuft 105 made of a single yarn or a yarn of a simple material is mounted on each of the krill 103 and 104 and a feeder 121 provided next to the krill 103 to adjust the feeding ratio A step of mounting the spandex tufts 125 wound with the spandex 126 and a step of winding the respective yarns wound on the respective isothet yarn tufts 105 on the krill 103 and 104 by roller 128, And the yarn 107 is folded by the roller 128 when the stretchable yarn is desired and the warped yarn is wound on the yarn 107 through the air nozzle 130, the roller 132, and the tensioner 133 To the funnel winder 140 and a step in which the yarn is directly wound on the funnel 142 in the funnel winder 140. [ As a result, only one feeder is used, the yarn re-weaving and the stretching material are free, the inter-winder is unnecessary, and the yarn is directly wound in a single yarn loop. And the process (process) path of the yarn due to the reduction of the process is shortened, thereby improving the quality.

Description

METHOD FOR PRODUCING YARN USING MULTIPLE CREEL [0002]

More particularly, the present invention relates to a composite krill process for producing a composite yarn with a simple process using only one feeder.

1, a conventional yarn manufacturing apparatus for performing the function of the conventional composite crush method is provided with a yarn feeder 20 and a yarn feeder 21 at the center of the krill 3 and 4 accommodating the yarn tuft 5 wound with the yarn, An interwinder 11 for winding a spandex wound around a spandex tandem 25 of the interwinder 11 is located and a yarn winding wound around the intertail 13 at the interwinder 11 is moved to a separate funnel winder 40, (42).

The feeders (20, 21) are located on both sides of the interwinder (11) and work in sets with the krill (4, 3), respectively. A spandex tuft 25 wound with a spandex 26 is rotatably positioned between the two rollers 22 and 23 in the padders 20 and 21 so that the rollers 27 and 28 Is wound around the yarn 7 and wound around the intertrays 13 through the rollers 32 by causing the air nozzles 30 to collect the yarn.

The intertrays 13 to which the yarn is wound are manually moved to the funnider 40 and wound back to the funnier 42. [ Winding the fun tails 42 is for twisting work in a Two-For-One Twister.

In the conventional composite crush method, the twin feeders 20 and 21 and their associated devices are used, and the krill 3 and 4 are disposed on both sides of the interwinder 11, Since the interwinders 11 or the funnels 40 are disposed, a lot of work space is occupied and the intertrays 13 are moved manually by the funnwander 40, There is a problem that the quality (process) path of the yarn is complicated by the addition of the process and the quality of the yarn is deteriorated due to the complexity of the yarn.

In addition, there is a method in which yarn and yarn are simultaneously fed while the yarn is fed from the up-twister, but the productivity is one-half of that of the twin yarn twister, There is a quality deficiency factor due to unevenness of thread loosening, and there is a problem that the installation cost of the apparatus is large because a discharge device is required for each spinner.

In addition, when the shrinking yarn is separately folded in the combing machine, there is a problem in that a feeder device of a high-end housing must be installed or a feeder is to be installed in each winding portion of the combing machine in each merger period.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a method of manufacturing a composite krill combined spun yarn which uses a single feeder and constitutes devices so that there is no use of intertrays, have.

In order to accomplish the object of the present invention, as an example of a method for manufacturing a composite yarn according to the present invention,

A step of mounting a single yarn of a single material on a krill or a yarn tuft of a yarn of an iso material wound on each of the krill and a spandex yarn wound with a spandex on the feeder provided on the side of the krill,

In the case of re-re-jamming, each yarn wound on each of the islands of the yarn is wound on a roller, and when a stretchable yarn is desired, a step of winding the spandex and the yarn on the roller,

The folded yarn is conveyed to a funnel winder through an air nozzle, a roller, and a tensioner,

The stage where the yarn is directly wound on the fun yarn in the fun winder

.

Fig. 1 is a schematic view showing a conventional composite crush method suture yarn manufacturing apparatus

2 is a schematic view showing a composite yarn manufacturing apparatus according to the present invention

3 is a front view of a krill according to the present invention

Figure 4 is a partial side view of the krill according to the present invention

Figure 5 is a partial perspective view of the feeder according to the present invention;

Description of the Related Art

3, 4, 103, 104: krill 5, 105: yarn tuft

7, 107: yarn 11: interwinder

13: intertail 15, 115: pile

21, 121: feeder 22, 23, 122, 123: roller

25, 125: spandex tufts 26, 126: spandex

27, 28, 32, 127, 128, 132: roller 40:

42, 142: Fun Tray 133: Tensioner

148: roller 146: motor

160: motor 162: motor pulley

164: driven pulley 166: shaft gear

167: chain 169: pulley gear

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings.

Referring to FIG. 1, there is shown a composite krill combined yarn manufacturing apparatus according to the present invention.

The yarn tufts 5 wound with yarns are arranged longitudinally and laterally in the krill 103 and 104, and the krill 103 and 104 are positioned close to each other.

A feeder 121 is disposed on the side of the krill 103.

5, the feeder 121 includes a driving motor 160, a motor pulley 162 of the driving motor 160, and a driving motor 160 connected to the motor pulley 162 and the belt 163, A pulley gear 169 provided in the driven pulley 164 and a shaft gear 166 driven by the pulley gear 169 and a chain 167. The pulley gear 169 is connected to the driven pulley 164, A roller 122 that is rotated by the shaft gear 166, a roller 125 that is spaced apart from the roller 122 by a predetermined distance, and a span-treader 125 that is located between the rollers. do. Therefore, when the motor 160 rotates, the shaft 123 is rotated, and the spandex tread 169 is rotated and the spun tex winded up is released. The shaft 123 is provided with a speed sensor (not shown) to sense the rotation speed of the shaft 123. The speed sensor is controlled by a central control unit together with a speed sensor (not shown) that senses the speed of the plow 115 to control the speed of the motor 160.

4, the spiral texel 126 drawn out from the feeder 121 and the yarn tufts 5 are folded by the rollers 128 and collected in the air nozzle 130. As a result, And is discharged through the roller 132 and the tensioner 133.

The fun winder 140 according to the present invention is configured such that the fun tufts 142 are arranged at regular intervals on a shaft (not shown) driven by the motors 144 and 146 to wind the replica 115.

With the above-described structure, the composite crush method according to the present invention is operated as follows.

A yarn tuft 105 wound with a yarn of a single material or an isosceles of material is mounted on each of the krill 103 and 104.

A spandex tuft 125 wound with a spandex 126 is mounted on the feeder 121 provided next to the crill 103.

In case of re-re-weaving, the respective yarns wound on the respective iso-material yarn tufts 105 are folded by the rollers 128 on the krill 103, 104. If elasticity is desired, the spandex 126 and the yarn 107 are folded together by the roller 128.

The speed of the shaft 123 is calculated together with the speed of the paddle 115 to control the speed of the motor 160. [ The folded yarn is conveyed to the funnel winder 140 through the air nozzle 130, the roller 132, and the tensioner 133.

In the fun winder 140, the yarn is directly wound on the fun yarn 142.

These fun tails 142 are transported for twisting operation in a Two-For-One Twister.

As described above, according to the composite crush method of the present invention, only one feeder is used, and the re-weir and the stretchable material are free, the inter-winder is not necessary, The work space is shortened due to the abolition of the apparatus, the working time is shortened, and the quality (process) path of the yarn is shortened due to the reduction of the process.

As described above, the present invention is not limited to the above-described embodiment, and it is to be understood that the present invention is not limited to the above- It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

Claims (1)

A yarn tuft 105 made of a single yarn or a yarn of a simple material is mounted on each of the krill 103 and 104 and a feeder 121 provided next to the krill 103 to adjust the feeding ratio Mounting a spandex tuft (125) wound with spandex (126) In case of re-re-weaving, the respective yarns wound on the respective isoterm yarn tufts 105 are folded by the rollers 128 on the krill 103 and 104, and when the stretchable yarn is desired, 126 and the yarn 107, The folded yarn is conveyed to the funnel winder 140 through the air nozzle 130, the roller 132 and the tensioner 133, In the funnel winder 140, the yarn is directly wound on the fun yarn 142 Wherein the composite yarn is produced by a composite crush method.