JP6145340B2 - Threading jig for spinning take-up machine, and threading method for spinning take-up machine - Google Patents

Description

  The present invention relates to a yarn take-up jig for a spinning take-up machine that hangs a plurality of yarns spun from a spinning device on a yarn guide or the like of a take-up take-up machine, and a yarn take-up method for a spin take-up machine.

  A spinning take-up machine including a plurality of rollers that draws and heat-sets yarns such as polyester fibers spun from a spinning device, a yarn winding device that winds yarns drawn by a plurality of rollers to form a package, and the like. Are known.

  The spinning take-up machine described in Patent Document 1 includes a yarn path regulation guide between a spinning device and a roller below the spinning device and on a plurality of yarn paths. The yarn path regulating guide includes a plurality of grooves arranged in the arrangement direction of the plurality of yarns corresponding to the plurality of yarns, and has a comb-teeth shape. When the plurality of yarns respectively travel in the plurality of grooves, the intervals between the plurality of yarns wound around the roller are determined, and the movement of the plurality of yarns arranged in the arrangement direction is restricted. .

Japanese Unexamined Patent Publication No. 2013-057148 (paragraph 0024, FIGS. 1 and 2 etc.)

  Conventionally, an operator picks up one yarn from a plurality of traveling yarns and hangs the yarn on a guide as described above using a yarn hooking jig. In other words, it is common to thread the guides one by one. For this reason, a lot of time was spent on the thread hanging work.

  An object of the present invention is to shorten the time required for the threading operation.

  The yarn take-up jig of the spinning take-up machine according to the first invention is a yarn take-up jig of the spin take-up machine for hanging a plurality of yarns spun from the spinning device to a plurality of yarn hooking sections of the spin-take-up machine. A plurality of holding grooves for holding each of the plurality of yarns, each holding groove having an inlet portion on a distal end side and a holding portion located on the back side of the inlet portion, The holding grooves have different arrangement intervals of the inlet portions and arrangement intervals of the holding portions.

  In the present invention, the yarn hooking jig is provided with a plurality of holding grooves for holding a plurality of yarns, respectively. Therefore, by inserting the yarn hooking jig into a plurality of traveling yarns, A plurality of yarns can be held at a time in the plurality of holding grooves. Further, in this state, the yarn hooking jig can be brought close to the plurality of yarn hooking portions, and a plurality of yarns can be hooked on the plurality of yarn hooking portions at a time. As a result, the time required for the threading operation is shortened as compared with the conventional case in which the yarn hooking jig holds the yarn one by one and hooks the yarn hooking portion one by one.

  In addition, the plurality of holding grooves have different arrangement intervals at the distal end side inlet portion and the rear side holding portion. Therefore, even when the interval between the yarns at any position where it is easy to work and the arrangement interval of the plurality of yarn hooking portions are different, the yarn hooking jig is inserted to hold the yarn while changing the yarn interval. As it is, the yarn hooking jig is brought close to the plurality of yarn hooking portions, so that the yarn hooking can be smoothly performed.

  In addition, since the thread interval can be changed by simply inserting a yarn hooking jig into a plurality of yarns, even an unskilled person can easily change the interval between the yarns, Can be hung on the part.

  The yarn hooking jig of the yarn take-up machine of the second invention is the yarn hooking jig of the yarn take-up machine of the first invention, wherein the arrangement interval of the holding portions is equal to the arrangement interval of the plurality of yarn hooking portions. Features.

  In the present invention, the arrangement interval of the holding portions is equal to the arrangement interval of the plurality of yarn hooking portions. Accordingly, by holding the yarn in the holding portion, the plurality of yarns can be made equal to the arrangement interval of the plurality of yarn hooking portions. Thereby, a plurality of yarns can be held on a plurality of holding portions and can be easily hung on a plurality of yarn hooking portions.

  The yarn hooking jig of the spinning take-up machine according to the third aspect of the invention is the yarn hooking jig of the yarn pulling-up machine of the first or second invention, wherein in the plurality of holding grooves, the arrangement interval of the holding portions is the entrance It is characterized by being larger than the arrangement interval of the parts.

  In the present invention, in the plurality of holding grooves, the arrangement interval of the holding portions is larger than the arrangement interval of the inlet portions. Therefore, when it is easier to work with holding the yarn at a position where the yarn interval is narrow, the yarn interval can be increased to a predetermined interval by simply inserting a yarn hooking jig into a plurality of running yarns. it can. Then, a plurality of yarns held by the yarn hooking jig can be hung on a plurality of yarn hooking portions.

  According to a fourth aspect of the present invention, the yarn hooking jig of the first or second invention is the yarn hooking jig of the first or second invention, wherein in the plurality of holding grooves, the arrangement interval of the holding portions is the arrangement interval of the inlet portions. It is characterized by being smaller than.

  In the present invention, in the plurality of holding grooves, the arrangement interval of the holding portions is smaller than the arrangement interval of the inlet portions. Therefore, when it is easier to hold the yarn with the yarn hooking jig at a position where the yarn gap is wide, the yarn gap can be set to a predetermined value by simply inserting the yarn hooking jig into a plurality of traveling yarns. The interval can be narrowed. Then, a plurality of yarns held by the yarn hooking jig can be hung on a plurality of yarn hooking portions.

  A yarn hooking jig of a spinning take-up machine according to a fifth aspect of the present invention is the yarn hooking jig of the third or fourth aspect, wherein the holding groove extends linearly from the inlet portion toward the holding portion. It is characterized by that.

  In the present invention, the holding groove extends linearly from the inlet portion toward the holding portion. That is, the plurality of holding grooves are fan-shaped. Therefore, the yarn can be moved from the entrance portion to the holding portion without being caught in the middle portion of the holding groove.

According to a sixth aspect of the present invention, there is provided a yarn take-up method for a spin take-up machine in which a plurality of yarns spun from a spinning device are hung on a plurality of yarn catch sections of the spin take-up machine by a yarn catching jig. The yarn hooking jig includes a plurality of holding grooves that respectively hold the plurality of yarns, the yarn dividing jig is inserted into the plurality of traveling yarns, and the yarn holding jigs are inserted into the plurality of holding grooves. A yarn splitting step for holding a plurality of yarns, and a yarn hook for hooking the plurality of yarns onto the plurality of yarn hooking portions by bringing the yarn hooking jig holding the plurality of yarns close to the plurality of yarn hooking portions. And the arrangement interval of the plurality of yarn hooking portions is different from the arrangement interval of the plurality of yarns, and in the yarn dividing step, the yarn hooking jig for the plurality of yarns By tilting the plurality of holding grooves in the yarn arrangement direction. The thread dividing jig is inserted, the plurality of threads are held in the plurality of holding grooves, the plurality of threads are held in the plurality of holding grooves, and then the yarn hooking jig is tilted. The intervals between the plurality of yarns in the yarn arrangement direction are changed .

  In the present invention, a plurality of yarns are held at a time in a plurality of holding grooves of the yarn hooking jig by inserting the yarn hooking jig into a plurality of traveling yarns. Then, a yarn hooking jig holding a plurality of yarns is brought close to the plurality of yarn hooking portions, and a plurality of yarns are hung on the plurality of yarn hooking portions at a time. As a result, the time required for the threading operation is shortened as compared with the conventional case in which the yarn hooking jig holds the yarn one by one and hooks the yarn hooking portion one by one.

  When performing threading operation after sucking a plurality of yarns with a yarn suction device and fixing the flow of the yarns, the arrangement intervals of the plurality of yarn hooking portions must be different from the arrangement intervals of the plurality of yarns. There is. In this case, when threading the yarn hooking portion, it is necessary to change the interval between the yarns and hook the yarn hooking portion with the yarn. According to the present invention, even in such a case, a plurality of yarns can be obtained by inserting a yarn hooking jig into a plurality of yarns sucked by the yarn suction device and changing the interval between the plurality of yarns using the yarn hooking jig. A plurality of yarns can be easily hung on the hanging portion.

According to a seventh aspect of the present invention, there is provided a yarn take-up method for a spinning take-up machine in which a plurality of yarns spun from a spinning device are hung on a plurality of yarn hooking portions of the spinning take-up machine by a yarn hooking jig. The yarn hooking jig includes a plurality of holding grooves that respectively hold the plurality of yarns, the yarn dividing jig is inserted into the plurality of traveling yarns, and the yarn holding jigs are inserted into the plurality of holding grooves. A yarn splitting step for holding a plurality of yarns, and a yarn hook for hooking the plurality of yarns onto the plurality of yarn hooking portions by bringing the yarn hooking jig holding the plurality of yarns close to the plurality of yarn hooking portions. comprising a step, and a sequence spacing of the plurality of thread hooking portion, wherein the arrangement interval of the plurality of yarns, is different, the plurality of retaining grooves, respectively, and the inlet portion of the distal end side, the inlet A holding portion located on the back side of the plurality of holding grooves, The arrangement interval of the holding portion is different from the arrangement interval of the inlet portion, and in the yarn dividing step, the yarn hooking jig is inserted into the plurality of yarns, and further on the back side than the inlet portion. The interval in the yarn arrangement direction of the plurality of yarns is changed by pushing the yarn hooking jig so that the plurality of yarns are held by the holding portions located.

  According to the present invention, even when the arrangement interval of the plurality of yarn hooking portions and the arrangement interval of the plurality of yarns are different, the yarn hooking jig is inserted into the plurality of yarns sucked by the yarn suction device, A plurality of yarns can be easily hung on a plurality of yarn hooking portions by changing the interval between the plurality of yarns using a yarn hooking jig.

  According to the present invention, the time required for the threading operation is shortened compared to the conventional case.

It is a front view which shows the structure of a spinning take-up machine. It is a side view of a yarn winding device in a state where a plurality of fulcrum guides are in a yarn hooking position. It is a side view of a yarn winding device in a state where a plurality of fulcrum guides are in a traverse fulcrum position. It is a perspective view of the yarn hooking jig concerning a 1st embodiment of the present invention. It is a figure for demonstrating the thread separation process which hold | maintains a some thread | yarn to a some holding groove. It is a figure for demonstrating a thread separation process. It is a figure for demonstrating a thread separation process. It is a figure for demonstrating the thread | hanging process of hanging a some thread | yarn to the several thread | hook part of a thread | yarn guide. It is a perspective view of the yarn hooking jig which concerns on 2nd Embodiment of this invention. It is a figure for demonstrating a thread separation process. It is a figure for demonstrating a thread separation process. It is a figure for demonstrating a thread separation process. It is a figure for demonstrating a thread separation process. It is a perspective view of the yarn hooking jig which concerns on the modification of 1st Embodiment. It is a top view of the yarn guide which concerns on a modification.

  Hereinafter, embodiments of the present invention will be described. The yarn hooking jig of the spinning take-up machine according to the present invention is for hooking a plurality of yarns spun from the spinning device onto a yarn guide of the spinning take-up machine. First, the spinning take-up machine will be described. Hereinafter, each direction shown in the drawings will be described as a vertical direction, a horizontal direction, and the like. FIG. 1 is a front view showing the configuration of the spinning take-up machine. As shown in FIG. 1, the spinning take-up machine 1 stretches and winds a plurality of yarns Y spun from the spinning device 2 to form a plurality of packages P. The yarn take-up machine 1 includes a yarn processing device 3, godet rollers 4 and 5, separate rollers 6 and 7, heat insulation boxes 8 and 9, guide rollers 10, entanglement device 11, yarn winding device 12, yarn guides 41 to 43, and the like. Yes.

  The yarn processing device 3 is a device in which compressed air is sprayed from a plurality of yarns Y spun from the spinning device 2 and applied with an oil supply guide (not shown) by a migration nozzle (not shown) to uniformly diffuse the oil. A plurality of migration nozzles are provided corresponding to the plurality of yarns Y. Further, thread guides 41 are provided above and below the migration nozzle. A plurality of yarns Y are hung on the yarn guide 41, and the plurality of yarns Y passing through the migration nozzle are divided for each yarn. The yarn guide 41 determines the interval in the arrangement direction of the plurality of yarns Y and restricts the movement of the plurality of yarns Y arranged in the arrangement direction in the arrangement direction.

  The godet rollers 4 and 5 are for drawing the yarn Y spun from the spinning device 2. The godet rollers 4 and 5 are drive rollers that are rotated by a motor (not shown) that is cantilevered by a frame (not shown). The godet rollers 4 and 5 are heating rollers each provided with a heater (not shown). Further, the godet rollers 4 and 5 have respective axes that are parallel to each other, and the rotation shaft extends in the depth direction of the drawing in FIG. The godet rollers 4 and 5 have substantially the same diameter.

  The godet roller 4 is a godet roller for preheating for heating the yarn Y before drawing, in which the yarn Y before drawing runs. The godet roller 4 is paired with a separate roller 6 disposed above. In order to stretch the yarn Y, heating to a temperature above the glass transition point is required. When the yarn Y is a polyester fiber, the preheating godet roller 4 is usually set to a temperature of 80 to 100 ° C. The glass transition point varies depending on the polymer.

  The godet roller 5 is a heat fixing godet roller for heat fixing the drawn yarn Y. The godet roller 5 is paired with a separate roller 7 disposed below. When the yarn Y is a polyester fiber, the godet roller 5 for heat setting is usually set to a temperature of 120 to 150 ° C. Thus, the heat setting godet roller 5 has a higher set temperature than the preheating godet roller 4.

  The separate rollers 6 and 7 are drive rollers that are rotated by a motor (not shown). The diameter of the separate rollers 6 and 7 is, for example, about ½ of the paired godet rollers 4 and 5. The plurality of yarns Y are wound around the upstream preheating godet roller 4 and the separate roller 6 a plurality of times, and then wound around the downstream heat fixing godet roller 5 and the separate roller 7 a plurality of times. The separate rollers 6 and 7 may be driven rollers that are not rotated by a motor.

  A yarn guide 42 is provided above the pair of godet rollers 4 and separate roller 6. A plurality of yarns Y before being wound around the pair of godet rollers 4 and separate rollers 6 are hung on the yarn guide 42. The yarn guide 42 divides the plurality of yarns Y sent to the pair of godet rollers 4 and the separation roller 6 for each yarn. The yarn guide 42 determines an interval in the arrangement direction of the plurality of yarns Y and restricts movement of the plurality of yarns Y arranged in the arrangement direction in the arrangement direction.

  A yarn guide 43 is provided above the pair of godet rollers 5 and the separate roller 7. A plurality of yarns Y wound around a pair of godet rollers 5 and a separate roller 7 are hung on the yarn guide 43. The yarn guide 43 divides the plurality of yarns Y sent from the pair of godet rollers 5 and the separate roller 7 for each yarn. The yarn guide 43 determines the interval in the arrangement direction of the plurality of yarns Y and restricts the movement of the plurality of yarns Y arranged in the arrangement direction in the arrangement direction.

  The heat insulation boxes 8 and 9 are substantially rectangular parallelepiped boxes made of heat insulating materials for accommodating the pair of godet roller 4 and separate roller 6, godet roller 5 and separate roller 7, respectively. The heat insulation boxes 8 and 9 prevent heat generated from the godet rollers 4 and 5 from escaping to the outside, and the inside is kept warm. A slit 13 for introducing the yarn Y into the heat insulation box 8 is provided at the left end of the upper surface of the heat insulation box 8. A slit 14 is provided at the right end of the upper surface of the heat insulation box 8 for leading the yarn Y from the heat insulation box 8 to the outside. A slit 15 for introducing the yarn Y into the heat insulation box 9 is provided at the left end of the lower surface of the heat insulation box 9. Further, a slit 16 for leading the yarn Y out of the heat insulation box 9 to the outside is provided near the center of the upper surface of the heat insulation box 9.

  A process of drawing a plurality of yarns Y will be described. The plurality of yarns Y spun from the spinning device 2 are preheated to a temperature equal to or higher than the glass transition point by contacting the preheating godet roller 4. The plurality of preheated yarns Y are sent to the downstream heat setting godet roller 5 by the rotational drive of the preheating godet roller 4. Here, the downstream heat fixing godet roller 5 has a yarn feeding speed higher than that of the upstream preheating godet roller 4. Accordingly, the plurality of yarns Y are stretched between the preheating godet roller 4 and the heat fixing godet roller 5 having a higher yarn feed speed than that. The plurality of stretched yarns Y are heat-fixed by contacting the heat-setting godet roller 5, and are sent to the guide roller 10 by the rotational driving of the heat-fixing godet roller 5.

  The guide roller 10 is provided on the upper right side of the heat insulating box 9. The guide roller 10 changes the yarn paths of the plurality of yarns Y sent from the godet roller 5 and guides the plurality of yarns Y toward the lower entanglement device 11. The guide roller 10 may be a driven roller or a drive roller, but if it is a drive roller, the yarn path of the yarn Y can be easily changed. The entanglement device 11 imparts entanglement to the yarn Y drawn by the godet rollers 4 and 5 by an interlace nozzle (not shown). A plurality of interlace nozzles are provided corresponding to the plurality of yarns Y.

  The yarn winding device 12 is disposed below the spinning device 2 and forms a plurality of packages P by winding a plurality of yarns Y drawn by the godet rollers 4 and 5 around a plurality of bobbins B, respectively. FIG. 2 is a side view of the yarn winding device in a state where a plurality of fulcrum guides described later are in the yarn hooking position. FIG. 3 is a side view of the yarn winding device in a state where a plurality of fulcrum guides are at the traverse fulcrum position. As shown in FIGS. 1 to 3, the yarn winding device 12 includes a plurality of fulcrum guides 21 (a plurality of yarn hooking portions) and a winding unit 22.

  The plurality of fulcrum guides 21 are supported by a guide support member 23 above a plurality of traverse guides 29 of a winding unit 22 described later. The guide support member 23 is movable in the front-rear direction. Specifically, as shown in FIG. 3, the guide support member 23 corresponds to each bobbin B mounted on the bobbin holder 28 over substantially the entire bobbin holder 28 described later (in FIG. 3, above the bobbin B). 2) and one end on the front side are movable between the position on the operation end face side of the yarn winding device 12 as shown in FIG.

  The plurality of fulcrum guides 21 are a yarn hooking position at which a plurality of yarns Y are hooked at the time of initial yarn hooking on the winding unit 22 shown in FIG. 2, and a traverse at which the plurality of yarns Y are traversed at the time of winding the package P shown in FIG. It can move between the swing fulcrum position. Inside the guide support member 23, there is disposed a slide rod 25 that can pull out the guide support member 23 by a predetermined amount by pulling the knob 24 provided at the front end. As shown in FIG. 3, the plurality of fulcrum guides 21 are located at the traverse fulcrum position when the slide rod 25 is not pulled out. At this time, the fulcrum guides 21 that are adjacent to each other in the front-rear direction are separated by a predetermined interval. As shown in FIG. 3, the fulcrum guide 21 at the traverse fulcrum position is at a position (upward in FIG. 3) corresponding to each of the substantially central positions in the axial direction of each bobbin B. That is, the pitch of the plurality of fulcrum guides 21 corresponds to the pitch of the plurality of bobbins B. When the knob 24 is pulled forward and the slide rod 25 is pulled out by a predetermined amount, the guide support member 23 moves forward, so that the plurality of fulcrum guides 21 are positioned at the thread hooking position. The plurality of fulcrum guides 21 are moved to the traverse fulcrum position shown in FIG. 3 after the plurality of yarns Y are hung at the yarn hooking position shown in FIG.

  The take-up unit 22 is cantilevered by a main body frame 26, a disk-shaped turret 27 provided rotatably on the main body frame 26, and the turret 27. A take-up shaft extends horizontally, and a plurality of bobbins B are provided. Two bobbin holders 28 that are mounted in series along the axial direction of the winding shaft, a traverse guide 29 that traverses the yarn Y, and a main body frame 26 that are movable in the vertical direction and are mounted on the bobbin holder 28. In addition, a contact roller 30 that is in contact with and away from the bobbin B is provided.

  The winding unit 22 rotates a plurality of bobbins B mounted on the bobbin holder 28 by rotating the bobbin holder 28 by driving a motor (not shown), and winds a plurality of yarns Y around the rotating bobbins B. At this time, the yarn Y wound around the bobbin B is traversed in the axial direction of the bobbin B by the traverse guides 29 arranged above the plurality of bobbins B, with the fulcrum guide 21 as a fulcrum.

  Then, the yarn Y traversed by the traverse guide 29 with the fulcrum guide 21 as a fulcrum is wound around the bobbin B to form a package P. At this time, the contact roller 30 contacts the outer peripheral surface of the package P when it is wound around the bobbin B, and rotates while applying a predetermined contact pressure to adjust the shape of the package P. The plurality of packages P wound on the plurality of bobbins B attached to the bobbin holder 28 are pushed forward by a pusher (not shown) and removed from the bobbin holder 28 when full winding is achieved.

  A plurality of yarns Y are hung on the yarn guides 41 to 43 and the plurality of fulcrum guides 21 of the spinning take-up machine 1 described above by a worker using a yarn hooking jig. At this time, a plurality of yarns Y are sucked by the suction gun 35 (see FIG. 5), and the threading operation is performed after fixing the flow of the yarns Y. Hereinafter, a case where a plurality of yarns Y are hung on the yarn guide 42 using the yarn hooking jig 51 shown in FIG. 4 will be described.

  FIG. 4 is a perspective view of the yarn hooking jig according to the first embodiment of the present invention. The yarn hooking jig 51 includes a main body 52, a plurality of holding grooves 53, and a grip part 54. The main body 52 is formed in a flat plate shape. The plurality of holding grooves 53 hold the plurality of yarns Y, respectively, and have a slit shape cut out from the edge of the plate-like main body 52. Each holding groove 53 has an inlet portion 55 on the distal end side and a holding portion 56 located on the back side of the inlet portion 55. Further, in the plurality of holding grooves 53, the arrangement interval W2 of the holding portions 56 is larger than the arrangement interval W1 of the inlet portions 55 (W2> W1). Further, the arrangement interval W2 of the holding portions 56 is set equal to, for example, the arrangement interval W6 (see FIG. 5) of the yarn hooking portions 44 of the yarn guide 42 (W2 = W6). The plurality of holding grooves 53 are fan-shaped, and each holding groove 53 extends linearly from the inlet portion 55 toward the holding portion 56. Accordingly, the inclination of the holding groove 53 is larger as it is located on the end side in the arrangement direction.

  The grip portion 54 is substantially U-shaped by two portions orthogonal to the main body 52 and a portion extending in parallel with the main body 52. An operator can operate the yarn hooking jig 51 by grasping the grip portion 54.

  Next, a yarn hooking method for hooking a plurality of yarns Y onto the yarn guide 42 with the yarn hooking jig 51 will be described. FIG. 5 is a perspective view of the yarn guide 42 and the like before the plurality of yarns Y are hung. As shown in FIG. 5, the yarn guide 42 includes, for example, a plurality of groove-shaped yarn hooking portions 44 arranged in the arrangement direction of the plurality of yarns Y corresponding to the plurality of yarns Y, and has a comb-teeth shape. ing. As the plurality of yarns Y travel in the plurality of yarn hooking portions 44, the spacing in the arrangement direction of the plurality of yarns Y wound around the godet rollers 4 and 5 is determined, and the plurality of yarns arranged in the arrangement direction The movement of Y in the arrangement direction is restricted. Further, the yarn guide 42 is formed of, for example, ceramics or a metal whose surface of the yarn contact portion is subjected to ceramic coating or hard chrome plating. Note that the plurality of yarns Y are arranged in the depth direction (front-rear direction) in FIG. 1, and the plurality of yarn hooking portions 44 are arranged in the depth direction in FIG. Further, the “arrangement direction” shown in FIG. The arrangement direction of the plurality of yarns Y is orthogonal to the traveling direction of the plurality of yarns Y.

  When a plurality of yarns Y are hung on the yarn guide 42, first, as shown in FIG. 5, the suction gun 35 that sucks the plurality of yarns Y so that the plurality of yarns Y are close to the yarn guide 42 is used. Place in place on the floor and fix the flow of multiple yarns Y. Next, as shown in FIG. 6, with respect to the plurality of yarns Y at positions where the arrangement interval W1 of the holding grooves 53 and the interval W5 (see FIG. 5) in the arrangement direction of the plurality of yarns Y are equal. Insert the hanging jig 51. At this time, the yarn hooking jig 51 is inserted into the plurality of yarns Y with the yarn hooking jig 51 in a posture parallel to the arrangement direction of the plurality of yarns Y. In a state where the yarn hooking jig 51 is inserted into a plurality of yarns Y, the yarns Y are located in the vicinity of the entrance portion 55.

  Next, the yarn hooking jig 51 is moved so that the yarn Y moves from the inlet portion 55 to the holding portion 56. In other words, the yarn hooking jig 51 is pushed in such that the plurality of yarns Y are held by the holding portion 56 located on the back side of the inlet portion 55. Then, the yarn Y moves from the inlet portion 55 to the holding portion 56 along the holding groove 53. As shown in FIG. 7, the yarn Y is held by the holding unit 56. At this time, when the yarn Y moves from the inlet portion 55 to the holding portion 56, the arrangement interval of the yarn Y is changed from the arrangement interval W1 (= W5) of the inlet portion to the arrangement interval W2 (= W6) of the holding portion 56. Can be spread. In this way, the yarn separating jig 51 is inserted into the traveling plurality of yarns Y, and the plurality of yarns Y are held at once in the plurality of holding grooves 53 (yarn dividing step).

  Next, the yarn hooking jig 51 holding the plurality of yarns Y is brought close to the plurality of yarn hooking portions 44 of the yarn guide 42. Then, as shown in FIG. 8, the yarn Y having the arrangement interval equal to the arrangement interval W <b> 6 of the yarn hooking portion 44 enters the yarn hooking portion 44, and the plurality of yarn Ys are hung on the plurality of yarn hooking portions 44. In this way, the yarn hooking jig 51 holding the plurality of yarns Y is brought close to the plurality of yarn hooking portions 44, and the plurality of yarns Y are hooked on the plurality of yarn hooking portions 44 at once (threading step).

  As described above, in the present embodiment, the yarn hooking jig 51 includes the plurality of holding grooves 53 that respectively hold the plurality of yarns Y. By inserting the tool 51, a plurality of yarns Y can be held at a time in the plurality of holding grooves 53 of the yarn hooking jig 51 (see FIGS. 6 and 7). Furthermore, in this state, the yarn hooking jig 51 can be brought close to the plurality of yarn hooking portions 44 of the yarn guide 42, and a plurality of yarns Y can be hung on the plurality of yarn hooking portions 44 at once (see FIG. 8). As a result, the time required for the yarn hooking operation is shortened as compared with the conventional case where the yarn hooking jig holds the yarn one by one and hooks the yarn hooking portion one by one.

  Further, in the plurality of holding grooves 53, the arrangement interval W2 of the rear-side holding portions 56 is larger than the arrangement interval W1 of the front-side inlet portions 55 (W2> W1). Accordingly, when it is easier to work with holding the yarn Y at a position where the intervals between the plurality of yarns Y are narrow, the yarn hooking jig 51 is simply inserted into the traveling yarns Y so that the plurality of yarns Y The interval can be expanded to a predetermined interval. Thereafter, the plurality of yarns Y held by the yarn hooking jig 51 can be hung on the plurality of yarn hooking portions 44.

  Further, since the interval between the yarns Y can be increased from W1 to W2 simply by inserting the yarn hooking jig 51 into the plurality of yarns Y, even if not an expert, the interval between the yarns Y can be easily increased. The yarn Y can be hung on the plurality of yarn hooking portions 44.

  In the present embodiment, the arrangement interval W2 of the holding portions 56 is equal to the arrangement interval W6 of the plurality of yarn hooking portions 44 of the yarn guide 42 (W2 = W6). Therefore, by holding the yarn Y in the holding portion 56, the plurality of yarns Y can be made equal to the arrangement interval W6 of the plurality of yarn hooking portions 44. Accordingly, the plurality of yarns Y can be held by the plurality of holding portions 56 and easily hung on the plurality of yarn hooking portions 44.

  Further, in the present embodiment, the holding groove 53 extends linearly from the inlet portion 55 toward the holding portion 56, and the plurality of holding grooves 53 have a fan shape from the inlet portion 55 toward the holding portion 56. Therefore, the yarn Y can be moved from the inlet portion 55 to the holding portion 56 without being caught in the middle portion of the holding groove 53.

  Next, a second embodiment of the present invention will be described. FIG. 9 is a perspective view of the yarn hooking jig according to the second embodiment of the present invention. The yarn hooking jig 61 according to the second embodiment includes a main body 62, a plurality of holding grooves 63, and a grip portion 64. The yarn hooking jig 61 according to the second embodiment is different from the plurality of holding grooves 53 of the yarn hooking jig 51 according to the first embodiment in the configuration of the plurality of holding grooves 63. For this reason, description of the main body 62 and the grip part 64 is abbreviate | omitted.

  Each holding groove 63 has an inlet portion 65 on the distal end side and a holding portion 66 located on the back side of the inlet portion 65. The plurality of holding grooves 63 are arranged in parallel with each other at an arrangement interval W3. Here, the arrangement interval W3 of the holding portion 66 is set equal to, for example, the arrangement interval W6 of the yarn hooking portion 44 of the yarn guide 42 (W3 = W6). Each holding groove 63 extends linearly from the inlet portion 65 toward the holding portion 66. Thus, the yarn hooking jig 61 has a comb-teeth shape by arranging a plurality of holding grooves 63 parallel to each other in the arrangement direction.

  Next, the yarn dividing process using the yarn hooking jig 61 will be described. First, as shown in FIG. 10, the yarn hooking jig 61 is in a posture in which the arrangement direction of the plurality of holding grooves 63 is inclined with respect to the arrangement direction of the plurality of yarns Y. By tilting the yarn hooking jig 61, the interval W3 ′ of the plurality of holding grooves 63 in the arrangement direction of the yarn Y becomes smaller than the arrangement interval W3 of the holding grooves 63. At this time, the yarn hooking jig 61 is configured such that the interval W3 ′ of the plurality of holding grooves 63 in the arrangement direction of the yarn Y is equal to the arrangement interval W5 of the plurality of yarns Y at the position where the yarn hooking jig 61 is inserted. Tilt.

  Next, as shown in FIG. 11, at a position where the interval W3 ′ in the arrangement direction of the plurality of yarns Y and the interval W5 (see FIG. 10) in the arrangement direction of the plurality of yarns Y are equal in the holding groove 63. The yarn hooking jig 61 is inserted into the plurality of yarns Y. In a state where the yarn hooking jig 61 is inserted into a plurality of yarns Y, the yarns Y are positioned in the vicinity of the entrance portion 65. Next, the yarn hooking jig 61 is moved so that the yarn Y moves from the inlet portion 65 to the holding portion 66. In other words, the yarn hooking jig 61 is pushed in such that the plurality of yarns Y are held by the holding portion 66 located on the back side of the inlet portion 65. Then, the yarn Y moves from the inlet portion 65 to the holding portion 66 along the holding groove 63. Then, as shown in FIG. 12, the yarn Y is held by the holding unit 66.

  Next, the yarn hooking jig 61 holding the plurality of yarns Y is tilted, and the arrangement direction of the plurality of holding grooves 63 is parallel to the arrangement direction of the plurality of yarns Y as shown in FIG. Use a proper posture. At this time, the arrangement interval of the yarns Y is expanded to the arrangement interval W3 of the holding portions 66, which is equal to the arrangement interval W6 of the plurality of yarn hooking portions 44.

  As described above, in the second embodiment, the yarn hooking jig 61 is tilted with respect to the plurality of yarns Y, thereby changing the intervals W3 ′ in the yarn arrangement direction of the plurality of holding grooves 63 to separate the yarns. The jig 61 is inserted, and the plurality of yarns Y are held in the plurality of holding grooves 63. Then, after holding the plurality of yarns Y in the plurality of holding grooves 63, the yarn hooking jig 61 is tilted to change (increase) the intervals in the yarn arrangement direction of the plurality of yarns Y. Thus, even when the arrangement interval W6 of the plurality of yarn hooking portions 44 and the arrangement interval W5 of the plurality of yarns Y are different, the yarn hooking jig 61 is inserted into the plurality of yarns Y, and the yarn hooking jig 61 The plurality of yarns Y can be easily hung on the plurality of yarn hooking portions 44 by changing the intervals of the plurality of yarns Y using the. In addition, after the yarn dividing step, a yarn hooking step for hooking a plurality of yarns Y onto the yarn guide 42 is executed as in the first embodiment.

  The embodiment of the present invention has been described above. However, the form to which the present invention can be applied is not limited to the above-described embodiment, and may be changed as appropriate without departing from the spirit of the present invention, as exemplified below. Can be added.

  In the above-described first embodiment, the case where a plurality of yarns Y are hung on the yarn guide 42 using the yarn hooking jig 51 and the second embodiment using the yarn hooking jig 61 has been described. In addition to the thread guide 42, the thread guides 41 and 43 and the plurality of fulcrum guides 21 are also threaded with a plurality of threads Y. In this case, the yarn guides 41 and 43, the spacing in the arrangement direction of the plurality of yarns Y traveling ahead of the plurality of fulcrum guides 21, the spacing in the arrangement direction of the plurality of yarn hooking portions of the yarn guides 41 and 43, the plurality of A plurality of yarns Y are fed to the yarn guide 41 by a yarn hooking jig in which the size of the yarn hooking jigs 51 and 61 and the distance in the arrangement direction of the holding grooves 53 and 63 are changed in accordance with the distance between the fulcrum guides 21. 43, can be hung on a plurality of fulcrum guides 21. When a plurality of yarns Y are hung on the plurality of fulcrum guides 21, the plurality of yarns Y are hung on the plurality of fulcrum guides 21 with the plurality of fulcrum guides 21 as the yarn hooking positions shown in FIG. Further, thread guides (not shown) are also provided above and below the interlace nozzle of the entanglement device 11. Also in these, a plurality of yarns Y can be hung with a yarn hooking jig whose size is changed.

  In the first embodiment described above, in the plurality of holding grooves 53, the arrangement interval W2 of the rear-side holding portions 56 is larger than the arrangement interval W1 of the distal-side inlet portions 55 (W2> W1). However, the arrangement interval W1 of the inlet portions 55 and the arrangement interval W2 of the holding portions 56 of the plurality of holding grooves 53 need only be different (W2 ≠ W1). If the arrangement interval W1 of the inlet portion 55 and the arrangement interval W2 of the holding portion 56 are different, the intervals W5 of the plurality of yarns Y at arbitrary positions where the operation is easy and the arrangement intervals W6 of the plurality of yarn hooking portions 44 are performed. Even if the threading jig 51 is different, the threading jig 51 is inserted and held while changing the intervals of the plurality of threads Y, and the threading jig 51 is brought close to the plurality of threading sections 44 as it is, so that the threading smoothly Can do.

  For example, as shown in FIG. 14, in the plurality of holding grooves 53, the arrangement interval W2 of the rear-side holding portions 56 may be smaller than the arrangement interval W1 of the front-side inlet portions 55 (W1> W2). In this case, when it is easier to work with holding the yarn with the yarn hooking jig 51 at a position where the intervals between the plurality of yarns Y are wide, the yarn hooking jig 51 is simply inserted into the traveling yarns Y. Thus, the interval between the plurality of yarns Y can be reduced to a predetermined interval. Thereafter, the plurality of yarns Y held by the yarn hooking jig 51 can be hung on the plurality of yarn hooking portions 44. The holding groove 53 linearly extends from the inlet portion 55 toward the holding portion 56, and the plurality of holding grooves 53 have a fan shape from the holding portion 56 toward the inlet portion 55.

  For example, when it is easier to hold the plurality of yarns Y at positions where the intervals between the plurality of yarns Y are narrower than the arrangement interval W6 of the plurality of yarn hooking portions 44, the yarn hooking jig 51 shown in FIG. Can be used. Conversely, if it is easier to hold the plurality of yarns Y at positions where the intervals between the plurality of yarns Y are wider than the arrangement interval W6 of the plurality of yarn hooking portions 44, the yarn hooking shown in FIG. A jig 51 may be used.

  In the first embodiment described above, the arrangement interval W2 of the holding portions 56 is equal to the arrangement interval W6 of the plurality of yarn hooking portions 44 of the yarn guide 42 (W2 = W6). However, the arrangement interval W2 of the holding portions 56 may be larger than the arrangement interval W6 of the plurality of yarn hooking portions 44 of the yarn guide 42 (W2> W6). In such a case, for example, by tilting the yarn hooking jig 51 during the yarn hooking step, the intervals in the arrangement direction of the yarn hooking portions 44 of the plurality of holding portions 56 of the yarn hooking jig 51 are reduced, A plurality of yarns Y can be hung on the plurality of yarn hooks 44 if the arrangement interval W6 of the hooks 44 is equal.

  In the first embodiment described above, the holding groove 53 extends linearly from the inlet portion 55 toward the holding portion 56. However, the holding groove 53 may be curved in the middle.

  In the first embodiment described above, the holding portion 56 that holds the yarn Y is the bottom portion of the holding groove 53. For example, a recess may be provided on the side wall of the holding groove 53 to form a holding portion.

  In the second embodiment described above, the arrangement interval W3 of the holding portions 66 is set equal to the arrangement interval W6 of the yarn hooking portions 44 of the yarn guide 42 (W3 = W6). However, the arrangement interval W3 of the holding portions 66 may be larger than the arrangement interval W6 of the yarn hooking portions 44 of the yarn guide 42 (W3> W6). In such a case, for example, by tilting the yarn hooking jig 61 during the yarn hooking step, the intervals in the arrangement direction of the yarn hooking portions 44 of the plurality of holding portions 66 of the yarn hooking jig 61 are reduced. If it is set equal to the arrangement interval W6 of the hanging portions 44, a plurality of yarns Y can be hung on the plurality of yarn hanging portions 44.

  In the above-described second embodiment, the yarn hooking jig that holds the plurality of yarns Y so that the arrangement direction of the plurality of holding grooves 63 is parallel to the arrangement direction of the plurality of yarns Y. 61 is tilted to widen the intervals in the arrangement direction of the plurality of yarns Y. Not limited to this, when the arrangement interval W6 of the plurality of yarn hooking portions 44 is narrow, the arrangement in the arrangement direction of the plurality of yarns Y may be narrowed by inclining in the opposite direction.

  In the above-described second embodiment, the arrangement direction of the plurality of inlet portions 65 and the arrangement direction of the plurality of holding portions 66 are parallel, but these arrangement directions may not be parallel. That is, by inclining the arrangement direction of the inlet portion 65 and the arrangement direction of the holding portion 66, the yarn pitch of the holding portion 66 can be increased with respect to the yarn pitch of the inlet portion 65, and the yarn hook shown in FIG. The same function as the jig 51 can be provided.

  In the first and second embodiments described above, the case where a plurality of yarns Y are hung by the yarn hooking jigs 51 and 61 on the yarn guides 41 to 43 and the plurality of fulcrum guides 21 has been described. The object to be applied is not limited to the above.

  In the first and second embodiments described above, the yarn guide 42 includes, for example, a plurality of groove-shaped yarn hooking portions 44 arranged in the arrangement direction of the plurality of yarns Y corresponding to the plurality of yarns Y, and a comb. Although it has a tooth shape, the shape of the thread hook is not limited to the groove shape. For example, as shown in FIG. 15A, the plurality of yarn hooking portions 72 constituting the yarn guide 71 may be so-called pigtail (snail) guides shaped like a pig's tail. Further, for example, as shown in FIG. 15B, the plurality of yarn hooking portions 74 constituting the yarn guide 73 may be a so-called hook guide or dog tail guide having a hook shape. Further, for example, the yarn hooking portion may be provided integrally with the migration nozzle above and below the migration nozzle, and the two yarn hooking portions and the migration nozzle may be a single member.

DESCRIPTION OF SYMBOLS 1 Spinning take-up machine 2 Spinning apparatus 3 Oil supply apparatus 11 Entangling apparatus 21 Support point guides 41-43 Yarn guide 44 Yarn hook part 51, 61 Yarn hook jig 53, 63 Holding groove 55, 65 Inlet part 56, 66 Holding part Y Yarn

Claims (7)

A yarn take-up jig of a spinning take-up machine for hanging a plurality of yarns spun from a spinning device to a plurality of yarn hooking parts of a spinning take-up machine,
A plurality of holding grooves for holding the plurality of yarns;
Each holding groove has an inlet portion on the tip side, and a holding portion located on the back side of the inlet portion,
The yarn hooking jig for a spinning take-up machine, wherein the plurality of holding grooves have different arrangement intervals of the inlet portions and arrangement intervals of the holding portions.   The yarn hooking jig of the spinning take-up machine according to claim 1, wherein the arrangement interval of the holding portions is equal to the arrangement interval of the plurality of yarn hooking portions.   3. The yarn hooking jig for a spinning take-up machine according to claim 1, wherein in the plurality of holding grooves, an arrangement interval of the holding portions is larger than an arrangement interval of the inlet portions.   3. The yarn hooking jig for the spinning take-up machine according to claim 1, wherein in the plurality of holding grooves, an arrangement interval of the holding portions is smaller than an arrangement interval of the inlet portions.   The yarn hooking jig according to claim 3 or 4, wherein the holding groove extends linearly from the inlet portion toward the holding portion. A yarn take-up method for a spinning take-up machine, in which a plurality of yarns spun from a spinning device are hung on a plurality of yarn catching sections of a spinning take-up machine by a yarn hooking jig, respectively.
The yarn hooking jig includes a plurality of holding grooves for holding the plurality of yarns, respectively.
A yarn dividing step of inserting the yarn dividing jig into the plurality of traveling yarns and holding the plurality of yarns in the plurality of holding grooves;
A yarn hooking step of holding the plurality of yarns close to the plurality of yarn hooking portions and hooking the plurality of yarns on the plurality of yarn hooking portions;
The arrangement interval of the plurality of yarn hooking portions is different from the arrangement interval of the plurality of yarns,
In the yarn dividing step,
By tilting the yarn hooking jig with respect to the plurality of yarns, the spacing between the plurality of holding grooves in the yarn arrangement direction is changed, and the yarn dividing jig is inserted into the plurality of holding grooves. Holding the plurality of yarns;
A yarn hooking method for a spinning take-up machine , wherein after holding the plurality of yarns in the plurality of holding grooves, the yarn hooking jig is tilted to change the interval in the yarn arrangement direction of the plurality of yarns. . A yarn take-up method for a spinning take-up machine, in which a plurality of yarns spun from a spinning device are hung on a plurality of yarn catching sections of a spinning take-up machine by a yarn hooking jig, respectively.
The yarn hooking jig includes a plurality of holding grooves for holding the plurality of yarns, respectively.
A yarn dividing step of inserting the yarn dividing jig into the plurality of traveling yarns and holding the plurality of yarns in the plurality of holding grooves;
A yarn hooking step of holding the plurality of yarns close to the plurality of yarn hooking portions and hooking the plurality of yarns on the plurality of yarn hooking portions;
The arrangement interval of the plurality of yarn hooking portions is different from the arrangement interval of the plurality of yarns,
Each of the plurality of holding grooves further includes an inlet portion on a distal end side, and a holding portion located on a deeper side than the inlet portion,
The arrangement intervals of the holding portions and the arrangement intervals of the inlet portions of the plurality of holding grooves are different,
In the yarn dividing step, the yarn hooking jig is inserted into the plurality of yarns, and the plurality of yarns are held by the holding portion located on the back side of the inlet portion. by pressing the hanging jig, spinning thread draw winding machine yarn threading method for you and changing the distance between the yarn arrangement directions of the plurality of threads.

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