KR101980694B1 - Rolling apparatus for selvage - Google Patents

Abstract

The present invention relates to a device for winding a selvage to be a suitable product for recycling a silv waste as a suitable product for recycling and separating the silk, and in accordance with an embodiment of the present invention, a selvage separated from the silk fabric is fed in real time , It is possible to easily utilize the sheet conveying device itself in the separating device.

Description

Rolling apparatus for selvage [0002]

The present invention relates to a device for winding a Selvege to realize a suitable product for recycling the silk waste, selvage, to separate the silk.

In terms of enhancing the value of the use of silk fibers, polyester, gold, cotton, and rayon are woven together with silk to produce mixed fabrics. In this case, for example, when a tie or the like is manufactured using a leprechaun fabric as a fabric, the cellbag that corresponds to 10% of the weight of the fabric is discarded as waste.

However, it is not desirable for Selbee to abandon the whole of Selbage as it is because it contains expensive and high quality silk wefts. In order to recycle the weft included in the cell ware, a weft separator for separating the weft from the cell ware is disclosed in Korean Patent No. 1328534 (published on Nov. 13, 2013).

 The selvage applied to the weft separating device disclosed in the registered patent No. 1328534 is discharged in the form of a band structure having a constant thickness while separating both side ends of the woven silk fabric in the weaving machine, As shown in FIG. In order to apply the collected selvage to the weft separating apparatus, it is necessary to separate the selvage separately and to arrange it by a structure that is easy to work, which is troublesome and time-consuming.

Korean Registered Patent No. 1328534 (Announced on November 13, 2013)

SUMMARY OF THE INVENTION The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide a weft inserting apparatus which automatically winds a selvage separated and discharged from a loom so that a selvage fed to a weft inserter can be supplied in a wound form, And to provide an automatic winding device capable of efficiently performing a winding work and a winding structure.

As a means for solving the above-mentioned problems, in the embodiment of the present invention, as shown in the drawings shown in Figs. 1 to 5, in a winding device for winding a selvage separating from a silk fabric of a manufacturing apparatus A A switching guide module 200 for guiding the selvage 110 to which a pair of unit cellbags are coupled and controlling the execution and interruption of the winding operation; A winding guide module (300) for attracting a selvage via the switching guide module to adjust a winding position of the selvage so as to control a winding portion of the winding roll; And a winding module (400) for winding a selvage covering the winding guide module (300) on the surface of the winding roll (440).

In this case, the switching guide module 200 includes: a support frame 230 having one end fixed to the housing H of the winding device and arranged to be movable up and down; A bar type shaft frame 210 horizontally coupled to the support frame 230 and having a distal end contacted with the switching members 242 and 252 by the upward and downward movement of the support frame 230; And a first guide roll 220 coupled to the shaft frame 210 so as to penetrate the shaft frame 210. The selvage 110 is in contact with the lower surface of the first guide roll 220, So that a tension can be applied to the sheet.

The switching module may further include a pair of switching modules 240 and 250 disposed on a side surface of the housing H in the vertical direction for driving the support frame 230, And includes a member 242 and 252 for applying or interrupting a switching signal through contact with the distal end of the shaft frame 210 by up and down movement of the support frame 230 to control the driving operation of the winding device , And a selvage winding device can be provided.

Further, the winding guide module 300 includes a winding guide part 320 arranged to be spaced apart from the adjacent part of the switching guide module 200 and adjusting the winding position of the selvage to control the winding part of the winding roll, Wherein the winding guide portion (320) comprises: a horizontal support member (328) spaced apart from and facing each other; A second guide roll 322 disposed between the horizontal support members 328 through a fixing member; And a winding position adjustment member 326 fixed to a lower portion of the second guide roll 322 and having a movement guide pin 324, and the first guide roll 220 (220) of the winding guide module 300 ) Is supplied to the winding module (400) via the second guide roll (322) by contact with the second guide roll (322).

The winding guide module 300 further includes a movement guide shaft 310 having one end fixed to the side surface of the housing H and the other end protruding to the outside, And the distal end portion 324b of the movement guide pin 324 is coupled to the surface of the movement guide shaft 310 so that the distal end portion 324b of the movement guide pin 324 And a guide groove pattern (312, 314) for guiding the left and right movement in contact with the guide groove pattern (312, 314) is realized.

The guide groove pattern may include a first guide pattern 312 having the same first inclination direction on the surface of the movement guide shaft 310 and a second guide pattern 312 crossing the first guide pattern, And a second guide pattern (314) having an oblique direction of the second guide pattern (314).

The winding guide module 300 includes a winding roll 440 for rolling the selvage fed in accordance with the winding position adjustment of the winding guide module 200 by contacting the surface of the selvage, A take-up shaft 430 to which the take-up roll 440 is fitted so as to be fitted; And a pair of winding plates (410, 420) to which the winding shaft is coupled.

And a separation fixed handle portion 440 protruding from a distal end of the winding shaft 430 to the outside of the winding plate 420 and coupled to a distal end portion of the winding shaft 430, Thereby providing a winding device.

The winding device further includes a driving motor module for applying a driving force to the rotation of the moving guide shaft 310 and the winding guide module 300 in the housing H, .

According to the embodiment of the present invention, there is provided an apparatus for automatically winding a selvage separating from a silk fabric in a roll structure in a real time manner in a loom, so that the selvage itself can be easily utilized in a separator have.

In particular, according to the automatic sensor function, it is possible to implement the operation and stop of the winding drive unattended, and the winding position of the winding roll can be automatically adjusted in the winding roll so that the product can be realized as an appropriate roll type product.

FIG. 1 and FIG. 2 are views showing a configuration of a main portion of a selvage winding device according to an embodiment of the present invention.
FIG. 3 is an exploded perspective view of a winding guide module according to an embodiment of the present invention, and FIG. 4 is an exploded perspective view of the winding module.
5 is an operational state diagram according to an embodiment of the present invention.
6 to 8 illustrate an actual implementation image of the winding guide module according to the embodiment of the present invention.
Fig. 9 is an image exemplifying a wrapping type of the Seljie winding.
FIGS. 10 to 19 are views showing a weft collecting apparatus for collecting wefts contained in a selvage by applying a selvage rewound product as a result of the selvage rewinding apparatus according to an embodiment of the present invention.

Hereinafter, the configuration and operation according to the present invention will be described in detail with reference to the accompanying drawings. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS In the following description with reference to the accompanying drawings, the same reference numerals denote the same elements regardless of the reference numerals, and redundant description thereof will be omitted. The terms first, second, etc. may be used to describe various components, but the components should not be limited by the terms. The terms are used only for the purpose of distinguishing one component from another.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 and FIG. 2 are perspective views of a selvage winding device according to an embodiment of the present invention (hereinafter referred to as "present invention"). FIG. 3 is an exploded perspective view of a winding guide module according to an embodiment of the present invention, and FIG. 4 is an exploded perspective view of the winding module. 5 is an operational state diagram according to an embodiment of the present invention.

Referring to FIGS. 1 and 2, the present invention is a winding device for winding up a selvage separating from a silk fabric of a weaving machine A, comprising: guiding a selvage feeder 110 to which a pair of unit cellbags are coupled; A winding guide module 300 for controlling the winding position of the selvage so as to control the winding position of the winding roll by attracting the selvage via the switching guide module, And a winding module 400 for winding the selvage facing the winding guide module 300 on the surface of the winding roll 440.

The weaving device A is a device for manufacturing a silk fabric 100, which is a structure in which silk yarns are woven in the form of warp yarns and weft yarns (a, b), as shown in the automated equipment for manufacturing silk fabrics. The present apparatus is a known apparatus, and a detailed description thereof will be omitted.

Further, both side ends of the silk fabric 100 woven in the weaving machine A are separated from each other at both ends of the silk fabric 100 by a portion where the silk fabric 100 is cut and discarded (a selvage) .

The unit cell bids of the pair 110a and 110b are combined into one unit at the combination roller 130 and implemented as the cell unit 110. [

The present invention provides a function of automatically winding up the discharged selvage 110. Conventionally, in the case of such a cell ware, the waste is discharged into the storage container or the box in a pressed state, and the process of collecting and recycling the cell ware is applied to a later-described weft separator (see FIG. 8) It took a long time.

The present invention firstly includes a switching guide module (200) for guiding a cell warehouse (110) to which a pair of unit cell warehouses are coupled and controlling the execution and interruption of the winding operation.

In this case, the switching guide module 200 includes a support frame 230, one end of which is fixed to the housing H of the winding device, and which is vertically movable, A bar type shaft frame 210 having a distal end contacting with the switching members 242 and 252 in a vertical movement of the support frame 230, Roll 220 and has a function of allowing the Selvage 110 to contact the lower surface of the first guide roll 220 to apply tension in the upward direction.

In particular, the present invention further includes a pair of switching modules 240 and 250 arranged on the side of the housing H in the vertical direction for driving the support frame 230, The switching member 242 and the switching member 252 can be used to apply or stop the switching signal by contacting the distal end of the shaft frame 210 by the up and down movement of the support frame 230. In this case, in the case of the first switch member 242 arranged at the lower part, the function of the drive sensor for performing the drive of the motor module to be described later is performed. In addition, the first switch member 252 disposed at the upper portion performs a drive sensor function for stopping the drive of the motor module.

The switching mechanism of the pair of switching members 242 and 252 is performed starting from the contact of the support frame 230 of the switching guide module 200 described above.

That is, when the selvage 110 comes into contact with the first guide roll 220 and starts to be discharged, the support frame 230 moves downward, and when the bottom reaches the lowest point, The motor is brought into contact with the first switching member 242, and the winding operation is performed. When the winding operation is performed, the winding guide module 300 is moved to the left and right by the motor drive, and operates so that the sal medium can be uniformly wound on the winding roll of the winding module.

3 is an exploded perspective view of the winding guide module 300 of the present invention.

1 and 2, the winding guide portion 320 of the present invention includes a horizontal support member 328 spaced apart from and facing the horizontal support member 328, And a winding position adjusting member 326 fixed to a lower portion of the second guide roll 322 and having a movement guide pin 324, as shown in FIG. .

In this case, the selvage passing through the first guide roll 220 of the winding guide module 300 is supplied to the winding module 400 via the second guide roll 322.

The winding guide module 300 further includes a movement guide shaft 310 having one end fixed to the side surface of the housing H and the other end protruding to the outside, And the distal end portion 324b of the movement guide pin 324 is coupled to the surface of the movement guide shaft 310 so that the distal end portion 324b of the movement guide pin 324 The guide groove patterns 312 and 314 for guiding the left and right movement can be realized.

When the movement guide shaft 310 is rotated by the operation of the drive motor, the movement guide shaft 310 is moved by the movement guide shaft 310, The winding guide portion 320 is moved inward by the pin 324 as a whole. The movement guide pin 324 is guided by the continuous second guide pattern 314 so that the winding guide portion 320 is moved outwardly along the first guide pattern 312.

The movement of the winding guide unit 320 is performed by moving the position of the selvage passing through the surface of the second guide roll 322 evenly to the left and right so as to uniformly distribute the winding position to the winding roller 440 Adjustment can be performed.

3, the guide groove pattern according to the present invention includes a first guide pattern 312 having the same first oblique direction on the surface of the movement guide shaft 310, And a second guide pattern 314 having an oblique direction opposite to the first oblique direction with a structure crossing the pattern. This is because when the tip portion 324b of the movement guide pin 324 contacts the first guide pattern 312, it moves naturally along the first guide pattern 312 in accordance with the rotation of the movement guide shaft 310 And moves outward along the second watt pattern 314 formed in a structure connected to the end portion of the first guide pattern 312 when the inner end moves.

The movement guide pin 324 is inserted into the insertion hole 326a provided on the upper portion of the winding position adjusting member 326 fixed to the lower portion of the second guide roll 322. [

The movement guide shaft 310 is coupled with the center hole a1 of the horizontal support member 328 and the center of the cylindrical structure of the catch position adjustment member 326 through the center hole a1.

A guide shaft 320 is provided at a lower portion of the movement guide shaft 310 so as to be coupled to the surface of the housing H in such a manner that one end thereof is fixed to the surface of the housing H, A bar 330 is provided and the support bar is seated in a lower hole a2 provided at the lower portion of the horizontal support member 328 in order to assist the smooth movement of the take- Lt; / RTI > In addition, the movement guide shaft 310 and the support bar 330 can be arranged in a horizontal structure.

4, the present invention may further comprise a winding module 400 for winding a selvage via the winding guide module 300 on the surface of the winding roll 440. [

More specifically, the winding module 400 includes a winding roll 440 for rolling the selvage fed in accordance with the winding position adjustment of the winding guide module 300 in contact with the surface, And a pair of winding plates 410 and 420 to which the winding shaft is coupled.

In this case, the distal end of the take-up shaft 430 may further include a detachment handle portion 440 protruding from the outer surface of the take-up plate 420 and coupled to a distal end of the take- And the selvage winding roll having completed the winding can be easily separated by rotating the handle portion 440 and separating the winding plate.

5 is a side sectional schematic view showing the operation state of the take-up machine according to the present invention as a whole (see Figs. 2 and 5). Fig.

As described above, after the selvage contacts the first guide roll 220 and is firstly connected to the winding roll 440 through the second guide roll 322 for the first time, as described above, .

When the end of the shaft frame 210 comes into contact with the second switch member 252 while the switching guide module 200 is lowered at the start of the winding operation, the motor provided in the housing H is driven, The movement guide shaft 310 and the take-up shaft 430 are rotated.

The winding guide unit 320 is moved evenly to the left and right along the movement guide shaft 310. When the winding is completed, the second switching member 242 is moved upward as the shaft frame 210 is moved upward, The drive motor is driven to stop.

Fig. 6 and Fig. 7 are images showing an actual embodiment of the take-up machine of the present invention, and Fig. 8 is an image showing the structure of the motor drive module inside the housing H.

In the case of the motor drive module, the driving force can be applied to the winding shaft or the movement guide shaft described above by the driving chain.

FIG. 9 is a view showing an image of a Selvegion wound after the completion of the Selvegion winding in the winding machine of the present invention.

Hereinafter, an apparatus for extracting silk (hereinafter referred to as " weft separating apparatus ") in a selvage applying the present invention will be described.

FIG. 10 is a front view for explaining a weft separation apparatus according to the present invention, FIG. 11 is a plan view, and FIG. 12 is a partial perspective view of a moving separation apparatus.

10 to 12, a weft separator according to the present invention includes a selvage supply unit 10, a selvage electrostatic eliminator 13, a weft bin 20, a vibrating unit 21, The inclined conveying roller 50, the inclined electrostatic removing means 13 ', and the guide roller 70, as shown in FIG. 1, .

The means for feeding the shelf (10)

The selvage supply means 10 includes a selvage reservoir 11, a selvage holding means 12, a selvage electrostatic eliminating means 13, and a selvage supply roller 14.

13, the warp yarn 2 and the weft yarn 3 are entangled with each other, and the selvage-covered rewinding product 1 is arranged in the form of a winding roller of the selvage storage box 11 And the oscillating portion of the rear end is transferred to the means 21 by the help of the selvage supply roller 14. [ The selvage feed roller 14 is configured to feed the selvage take-up reel 1 by rotating while the upper roller and the lower roller contact each other. Although such a configuration is possible, it is possible to allow the work to be carried out by merely placing the Selvage rewind directly on the Selvage reeling means of the wound form of the present invention.

The selvage feed roller 14 is installed to be driven by the drive motor 21c. However, since the inclined conveying roller 50 is driven by the drive motor 51 at the rear end so as to pull the selvage-taken-up reel 1, the selvage supply roller 14 is not driven by the drive motor 21c But may be provided so as to rotate while engaging the selvage-wrapped object 1.

The selvage holder 12 is guided by the selvage feed roller 14 while being lifted up from the selvage take-up reel 1 wound on the selvage take-up reel 1 in the selvage holder 11, So that the selvage-wrapped object 1 can be smoothly drawn out from the container 11. (Hereinafter, the structure in which the Selvage is taken out from the Selvia rolled material 1 will be collectively referred to as " Selvage 1 ".)

The vibrating means 21 is for vibrating the selvage wrapped material 1 so that the weft yarn 3 is separated from the selvage wrapped material 1 by vibration and falls down. There is a problem that the separation of the weft yarn 3 is not properly performed. In order to solve such a problem, the present invention includes a selvage electrostatic eliminating means (13) for eliminating static electricity of the Selvege (1).

The Selvage static electricity removing means 13 is configured to remove the static electricity of the Selvege 1 by transporting the Selvezyme 1 while immersing it in water. Specifically, as shown in FIG. 5, it is preferable to include a low-water tub 13a and an immersion guide bar 13b. The reservoir 13a is installed so as to be positioned below the selvage 1, and water is accommodated therein. The immersion guide bar 13b is installed so that at least the lower portion of the immersion guide bar 13 is submerged under the water surface of the lower reservoir 13a so that the cell reservoir 1 is immersed in the water and passes over the lower reservoir 13a .

The selvage electrostatic eliminating means 13 may be installed at the front end or the rear end of the selvage supply roller 14, and preferably at the front end of the selvage supply roller 14 as shown in the figure. This is because if the static electricity exists in the selvage 1, the process of the selvage 1 passing through the selvage supply roller 14 may not be performed smoothly.

It is preferable that a selvage guider 15 for guiding the selvage 1 to be supplied to the selvage supply roller 14 is provided at the front end of the selvage supply roller 14. [ The selvage guider 15 can take the form of a bolt of a firearm as shown in Fig. 17 (b).

Weighing hopper (20)

The selvage feeder 1 supplied from the selvage feeder 10 is passed through the oscillating feeder means 21 and the inclined separating guide means 25. In this process, the weft yarn 3 is separated from the selvage feeder 1 It falls down. A weft receptacle 20 is provided below the vibrating attachment means 21 and the inclined separation guide means 25 so that the weft yarn 3 separated from the selvage 1 and falling downward is accommodated.

The vibration adding means (21)

The vibrating attachment means 21 is for imparting vibration to the selvage 1 supplied by the selvage supply means 10 so that the weft 3 separates from the selvage 1 and falls downward.

As shown in Fig. 15, the vibrating attachment means 21 is provided with a rotation blade 21b on the rotary shaft 21a. The rotating shaft 21a is provided so as to lie in a transverse direction intersecting with the traveling direction of the selvage 1 and the rotating blades 21b are rotated about the rotating shaft 21a to rotate the selvage 1 So as to impart vibration to the selvage 1. The rotary shaft 21a is installed to rotate by the drive motor 21c.

A plurality of vibrating attachment means 21 may be provided. At this time, when power transmission means such as a gear is installed so that the rotation blades 21b of the respective vibrating attachment means 21 are staggeredly contacted with the Selvevie 1 with a time difference The efficiency of vibration imparting is doubled.

Even if vibrations are added to the selvage 1 by the vibrating means 21 when static electricity is present in the selvage 1, the weft 3 is not properly separated from the selvage 1, It is preferable to remove the static electricity through the electrostatic removing means 13.

It is preferable that the lid 23 is provided on the upper part of the vibrating means 21 because the weft 3 separated by the vibrating attachment means 21 may be blown up without falling down. It is preferable that the blower 22 for blowing the wind downward so that the weft yarn 3 separated by the vibration adding means 21 falls to the weft receptacle 20 is provided on the upper part of the vibrating means 21. [ The wind of the blower 22 not only drops down the weft yarn but also contributes to the separation of the weft yarn 3 from the selvage 1 along with the vibration imparted by the vibrating means 21. [

The inclined separation guide means (25)

The inclined separating guide means 25 is provided at the rear end of the vibrating section means 21 so that each inclined section 2 of the selvage vessel 1 passing through the vibrating section means 21 is separated into strands while spreading laterally. It is preferable that the weft yarn 3 can be more easily separated because the vibration by the vibration adding means 21 is transmitted until the warp yarn 2 is separated into the strands.

As shown in Fig. 16, the inclined separation guide means 25 is provided with a plurality of guide pins 25b on a guide bar 25a. The guide pins 25a are provided in the transverse direction intersecting with the advancing direction of the selvage 1 and the guide pins 25b are formed in such a manner that the inclined edges 2 of the selvage 1 are spaced laterally, A plurality of guide bars 25a protruding upward in the longitudinal direction of the guide bar 25a.

The abnormality detecting means (24)

The inclined yarn 3 may be caught by the guide bar 25a or the guide pin 25b for various reasons and may not pass the inclined separation guide means 25 properly. For example, when the warp yarn 2 is intertwined with the warp yarn 2, the warp yarn 2 can not be fully removed, and the warp yarn 2 is not pulled tightly and is stuck down. .

In this case, since the inclined conveying roller 50 provided at the rear end continues to be operated, tension is excessively applied to the inclined surface 2, and the inclined surface 2 is cut off. Therefore, it is troublesome to perform the operation of connecting the slope 2 which is manually cut off, which has a serious adverse effect on the work process efficiency.

 In order to prevent the inclination 2 from being broken in advance, it is preferable to place the abnormality sensing means 24 at the front end of the inclined separation guiding means 25 as shown in FIG.

The abnormality detecting means 24 may include a plurality of separation pins 24b provided on the rotary bar 24a. The rotary bar 24a is installed so as to be rotatable about its axis while being parallel to the guide bar 25a. The separating pin 24b is formed such that a plurality of slopes 2 of the cell vane 1 are spaced apart from each other and spaced apart from each other so as to be separated into strands, do.

Then, before reaching the tilting separation guide means 25, the tilting 2 is prevented from proceeding by the abnormality detecting means 24 first. When such a situation occurs, the rotation bar 24a rotates and the separation pin 24b, which is turned upward, is bowed forward. Therefore, the operator can visually check the state of the separating pin 24b of the rotating bar 24a to intuitively grasp the abnormality of the operation. It is preferable that an alarm means 25c is provided to notify the operator of the rotation of the rotary bar 24a by a lamp or sound when the rotary bar 24a rotates more than a predetermined angle so that the operator can more readily and intuitively confirm it. It is preferable that an emergency stop button 25d is provided for stopping the driving of the vehicle.

Particularly, as a part of automation, when the rotation bar 24a rotates more than a predetermined angle, the control means 90 for stopping the driving of the inclined conveying roller 50 and stopping the conveyance of the selvage 1 is provided Is more preferable. The inclined conveying roller 50 is automatically stopped by the control means 90 when the separating pin 24b of the rotating bar 24a is tilted forward and the guide bar 25a is touched.

The tilting converging means (30)

The inclined yarn 3, which has been separated at the side by the inclined separation guide means 25 and separated into the strands, is converged through the inclined converging means 30. [ 8 (b), the inclination converging means 30 may be formed at the rear end of the weft receptacle 20 so as to form a converging passage similar to the shape of the latch of the firearm, It is also possible to construct a hole as a converging passage.

 The inclined conveying roller (50)

The inclined conveying roller 50 is provided at the rear end of the inclination converging means 30 so as to pull and convey the inclined yarn 2 converged by the inclination converging means 30. [ The inclined conveying roller 50 is installed so that the upper roller and the lower roller rotate while coming into contact with each other, thereby pulling the inclined portion and transferring the inclined portion to the rear end. The inclined conveyance roller 50 is driven by the drive motor 51. [

The tensioning means (40)

Tensioning means 40 is provided between the tilting converging means 30 and the tilting conveying roller 50 so that the tilted 2 converged by the tilting converging means 30 can be conveyed to the tilting conveying roller 50 in a taut state. Is preferably installed. The tension applying means 40 can be implemented by additionally installing a weight so as to push down the slope 2 from top to bottom as shown in Fig.

The guide roller (70)

The guide roller 70 is for guiding the inclination 2 coming out from the inclined conveying roller 50 to fall into the inclined receptacle 80. The guide roller 70 is preferably installed to be connected to the lower roller of the inclined conveying roller 50 by a belt or the like so as to be rotated together with the lower roller of the inclined conveying roller 50.

The inclined yarn 2 falls downward with the inclined bottom 80 by the rotation of the guide roller 70 in a state of being spread over the guide roller 70. [ If there is static electricity in the warp yarn 2, the warp yarn 2 is curled on the guide roller 70 and the guide is not formed properly. Therefore, the warp static electricity removing means 13 'is provided between the warp feed roller 50 and the guide roller 70 .

The inclined static electricity removing means 13 'may have substantially the same configuration as the cell storage static electricity removing means 13. That is, as shown in Fig. 19, a water storage tank 13a 'installed below the slope 2 coming out via the slant conveying roller 50 and containing water is provided. At least the lower portion may include an immersion guide bar 13b 'installed so as to be submerged under the water surface of the lower watercount 13a'.

Since the static electricity is removed through the electrostatic removing means 13 and 13 'in the series of the process of transferring the selvage 1 as described above, the weft separation from the selvage 1 is more efficiently performed. In addition, when the selvage 1 is caught for various reasons and can not proceed in the future, it is sensed by the abnormality detecting means 24 and the slope conveying roller 50 is stopped before the slope 2 is cut off during the work process So that the efficiency of the work can be improved.

According to the present weft collecting device, since the static electricity is removed through the electrostatic eliminating means in the series of the process of transferring the selvage, the weft separation from the selvage is more efficiently performed. In addition, when the Selvage is caught due to various reasons and can not proceed, it is detected through the abnormality detecting means and the slope feed roller is stopped before the slope is cut off during the work process, thereby improving the efficiency of the work.

In addition, when the selvage roll product wound by the winding device, which is an embodiment of the present invention, is directly fed into the above-described weft collecting device, the existing inconvenient selvage sorting and sorting work is eliminated, It can be implemented as an automated system that can collect.

In the foregoing detailed description of the present invention, specific examples have been described. However, various modifications are possible within the scope of the present invention. The technical idea of the present invention should not be limited to the embodiments of the present invention but should be determined by the equivalents of the claims and the claims.

100: Fabric
200: Switching guide module
210: Axis frame
220: first guide roll
230: Support frame
240, 250: switching module
300: winding guide module
310: movement guide shaft
320:
400: winding module

Claims (9)

A winding device for winding a selvage separating from a silk fabric of a weaving machine (A)
A switching guide module (200) for guiding the selvage (110) to which a pair of unit selvage bundles are coupled and controlling the execution and interruption of the winding operation;
A winding guide module (300) for attracting a selvage via the switching guide module to adjust a winding position of the selvage so as to control a winding portion of the winding roll; And
A winding module (400) for winding the selvage via the winding guide module (300) on the surface of the winding roll (440);
And a conveying device for conveying the sheet material.
The method according to claim 1,
The switching guide module (200)
A support frame 230 one end of which is fixed to the housing H of the winding device and is arranged to be vertically movable;
A bar type shaft frame 210 horizontally coupled to the support frame 230 and having a distal end contacted with the switching members 242 and 252 by the upward and downward movement of the support frame 230;
And a first guide roll (220) coupled to the shaft frame (210) in a structure penetrating therethrough,
So that the selvage 110 comes into contact with the lower surface of the first guide roll 220 to apply the tension in the upward direction,
Selvage winding device.
The method of claim 2,
Further comprising a pair of switching modules (240, 250) arranged on a side surface of the housing (H) in a vertical direction for driving the support frame (230)
The switching modules 240 and 250 are provided with the switching members 242 and 252 so that the switching modules 240 and 250 contact or contact the end portions of the shaft frame 210 by the up and down movement of the support frame 230, So,
And controls the driving operation of the winding device,
Selvage winding device.
The method of claim 3,
The winding guide module 300 includes a winding guide portion 320 disposed to be spaced apart from the adjacent portion of the switching guide module 200 and adjusting the winding position of the selvage to control the winding portion of the winding roll In addition,
The winding guide portion 320 includes:
Horizontal support members 328 spaced apart from each other;
A second guide roll 322 disposed between the horizontal support members 328 through a fixing member; And
And a winding position adjustment member (326) fixed to a lower portion of the second guide roll (322) and having a movement guide pin (324)
The cell guide passing through the first guide roll 220 of the winding guide module 300 is supplied to the winding module 400 via the second guide roll 322,
Selvage winding device.
The method of claim 4,
The winding guide module (300)
And a movement guide shaft 310 having one end fixed to the side surface of the housing H and the other end projecting to the outside,
The movement guide shaft 310 is coupled with the wrapping position adjusting member 326 and the horizontal support member 328,
Guide groove patterns 312 and 314 are formed on the surface of the movement guide shaft 310 so that the tip portions 324b of the movement guide pins 324 contact to guide the left and right movement,
Selvage winding device.
The method of claim 5,
Wherein the guide groove pattern comprises:
A first guide pattern 312 having the same first oblique direction on the surface of the movement guide shaft 310,
And a second guide pattern (314) having a structure intersecting with the first guide pattern and having an oblique direction opposite to the first oblique direction,
Selvage winding device.
The method of claim 6,
The winding module (400)
A take-up roll 440 for contacting and rolling the supplied selvage in accordance with the winding position adjustment of the winding guide module 300;
A take-up shaft 430 to which the take-up roll 440 is fitted so as to be fitted;
A pair of winding plates (410, 420) to which the winding shaft is coupled;
/ RTI >
Selvage winding device.
The method of claim 7,
The distal end of the take-up shaft 430 is partially protruded to the outside of the winding plate 420,
(440) coupled to the distal end of the take-up shaft (430).
Selvage winding device.
The method of claim 8,
The winding device
Further comprising a driving motor module for applying a driving force to the rotation of the movement guide shaft (310) and the winding guide module (300) inside the housing (H)
Selvage winding device.

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