KR810001269B1 - Twisting method of raw silk - Google Patents

Abstract

This invention relates to an improved method for twisting raw silk. After raw silk winded in bobbin with doubling directly in small reel used in silk reeling, raw silk rewinded from yarn package of water tank to water bobbin and twisted with swelling. An object of the present invention is to maintain the state of stable moisture of sericin and to maintain space between sericin moleculars. In brief, the process of this invention is reeling, frame swelling, doubling, winding and twisting.

Description

Water silk method

FIG. 1a is a side view showing the situation in which a silk thread to be picked up in an irradiation tank is wound on a small sluice through a common worker of a folding machine, a house clerk, a kennel, and a staggering device.

Figure 1h shows the silk thread being picked up from the irradiation tank by contacting the roller rotating in the direction of movement of the concentrated silk thread by immersing the lower part in the oil tank through the folding hole, kennel, and twister of the folding machine. Side view showing the situation wound on a small mole.

FIG. 2 is a side view showing the situation of winding up the bobbin by twisting the silk thread of a small bobbin which wound the silk thread with the irradiation apparatus shown in FIG.

FIG. 3 is a twisted yarn of the device shown in FIG. 2, immersed the bobbins wound around the combined yarns in the tank to release the yarns, and then descend through several guides installed upwards. Front view showing the wound up.

FIG. 4 is a transverse fall-back and new twisting type twisting machine used to immerse post-weaving yarns wound on a pipe wound with the apparatus shown in FIG. 3; FIG. 4A is a plan view and FIG. 4B is a side view.

The present invention is a smoke-and-water method characterized in that it is combustible while winding directly to the officer while weaving the raw silk in the irradiated small sluice and then wound again by swelling by swelling in the water pipe in the immersion sand layer in the tank It is about.

The yarn can be obtained by focusing the silk thread from the research tank, winding it up in the dormitory while weaving it in a four-layer wound on a small scale, and then immersing it in the tank, winding it back in the water pipe, and humidifying it with humidification. It is.

In order to release the live sand from the four layers of the irradiated small mole, there were a method of tightening the sericin by expanding the soft and by squeezing the dry during the investigation.

As a method of parallel weaving of raw sand in a plurality of irradiation bales, a weaver or a kneader has been used.

Raw silk was coated with about 25% of sericin and hardened when dried, so that the sand was kept soaked or wetted during irradiation to keep it from evaporating.

Raw silk having a certain moisture is formed into a bundle of raw silk by means of a weaving machine or a twisted yarn, and when it is humidified and wound up again in a water pipe, a tube can be obtained.

The feed yarn is fed to the twisting machine and wet twisted to obtain a water-twisted yarn.

Conventionally, the raw silk used in water-based yarns is a silky silk thread that has been aged and is wound and irradiated in the irrigation canal. It was made by drying while heating.

When green sand is dried, it becomes hard because it loses water and space between sericin molecules simultaneously by heating.

The sericin is irregularly attached to the live sand, so it may not always be the same in any part.

Therefore, the nature of the living sand will show a different phenomenon.

Various combinations of raw yarns of different properties are wound together and wound up in wooden rings, boiled in boiling water, and then wound up again in the lower canal.

This has been treated in accordance with the feeling of the worker, the change of color, etc. called "deodorization steaming". Such unstable factors have complicated the process of water sorption.

The instability factor as described above has been created due to the inhomogeneity of sericin and the inequality of the amount of sericin attached to raw silk.

When the instability factor is identified and the sericin does not evaporate stable water, and considers maintaining the space between the sericin molecules,

1. Create corpse of life and death while keeping sericin wet.

2. There is a method of covering the wet silk with an oil coating to form a collection of green sand while limiting the stable movement of moisture.

There are many ways to make a bundle of raw silk, but the raw silk wound in a plurality of small rims for irradiation is arranged and fed by the action of the feed roller, and the raw silk is lubricated by Trabella's lubrication function which is in close contact with the function of the ring by the rotation of the spindle. It is winding up in a coffin while joining.

Green sand containing a certain moisture is a uniform aggregate of green sand by the lubrication function of Trabella which is in close contact with the function of the feed roller and the function of the linkage by the rotation of the spindle.

Therefore, it is possible to expect the same completion by winding up the aggregate of raw silk in the direct conduit and regulating subsequent processes under the same conditions.

Eliminating these unstable factors can simplify the process, saving significant effort and time.

Comparing the work until the completion of Suyeon is as follows.

As described above, if the weaving process and the weaving process are brought into close contact with each other, the rationalization of less than a half can be successful.

This is because the sericin continues to contain a certain amount of moisture does not cause defects and failures due to flammable plaques, life and death is flattened under the same conditions, so that it is flammable in the core.

An embodiment according to the present invention will be described with reference to the drawings.

FIG. 1 is a side view of the irradiator. FIG. 1a is a silk thread ancestored in the irradiating tank 1 focused by a scrubber kennel 2 'through a conduit of the folding machine 2'. It is wound up by the irradiator 4.

FIG. 1B shows that the bundled silk yarn 2, as described above, is immersed in the request 3 into which the emulsion installed in the upper portion of the rock bridge is introduced. After connecting to the rotating roller 3 ', the raw sand 2 which adsorb | sucked the oil agent is wound up to the irradiator 4.

FIG. 2 is a side view showing the relationship between the irradiating bale and the twisted-twist device wound by FIG. 1, wherein the raw yarn 2 formed by dropping at the injection hole 5 on the irradiating bale 4 is tension-supported. 6) and guide (7) through the single yarn stop device (8) and snail wire (9) to feed the feed roller (10) (10 ') and the center of the joint stop device (11) Through the ring eye 12, it is slightly combustible by the rotation of the travella orbiting the periphery of the ring 13, and the rotation difference between the bobbin 14 and the travella due to the feeding of the feed roller 10 (toothing) It is wound by ().

As described above, when wet yarn is parallel and combusted to form a four-layer, the yarn is intertwined with each other by adhesive force, which is a characteristic of swelling of sericin, and thus weaving is performed with slight combustion.

3 is a drawing method of the thread 2 in the bobbin 14 shown in FIG. 2, and the sand layer 2 wound on the bobbin 14 is immersed in the tank 21 so that the thread 2 is directly guided. ) To reach the spool 20 through the guide in the order of (16) (17) (18) in order to reduce the spin stones 19 of the winding machine.

The thread (2) passing through the guides (15, 16, 17, 18) is wound on the pipe by changing the installation direction of the running belt in contact with the upper surface of the right side of the right side and the left side of the right side of the first pulley.

The wound tube is cut off the thread and poured into a container full of water and enters the next process.

4 is a planar axle and side b views of a horizontal spin doll (vertical spine) type, which is a novel compromise twisting machine.

Spindles that alternately spin spindles on the top of the belt running in the direction of the arrow by means of four wheels mounted on both ends of the body are provided with a plate (b) to contact the head (d) with the belt (i). And fix it as a holder (c).

The thread is absorbed by contact with the main surface of the roller (h) that rotates gently in the water supply tank when passing between the low (f) (低 輪) and the guide (g) (j), and the motor (Ω) (Ω ') Is wound on the upper and lower winding bobbin (S) (S'), respectively.

The rotation of the winding drum rotates (3) by the gear (A) installed on the side end of the pulley, moves (D) by the coaxial bevel hose (C), and rotates the gear by the switching gear (E). F) It is made by rotating the bevel foil (G) (H) and rotating the drum and shaft through the bevel (J) coaxial with (H) through (K).

Thus, the rotation of the winding bobbin (S) (S ') installed on the upper side is made by the frictional conduction of both.

In addition, the left and right oscillations of the split, pore (vibrator) Ω '(Ω') rotate the gears at the right end of the dram and shaft, and the required gears N, which are rotated from M to low-fu (M '). Shear the lever (°) which receives the compound motion with the cylindrical cam (N ') installed on the shaft of the Dora Bar-Slot (P) (P') and operate it.

The weight d 'is rotated in contact with each other up and down the belt so that the rotation directions are mutually opposite, but the directions of yarns sent out from the tip of the weight are opposite (the machine uses both axes).

Claims (1)

A method of dying silk yarn, characterized in that it is combustible while being wound up by humidifying the silk thread which has been disintegrated in a plurality of irradiating small bobbins wound up irradiated raw silk.

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