JPH0453970B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a method for arranging and warping pile yarns for multicolored patterned pile fabrics, and an arranging and warping apparatus used therein.

[Prior Art and Problems to be Solved] Traditionally, there have been patterned pile fabrics such as multicolored carpets produced by Axminster looms as multicolored patterned pile fabrics. The more colors there are, the more time and manpower are required to prepare the pile yarn used, making it unsuitable for small-lot production.

For example, in the case of a jacquard-type Axminster loom that uses a jacquard device to select pile yarns, multiple pile yarns to be used for this are introduced into each pile row in the weaving direction of the patterned pile fabric. Special carries are installed in parallel, and each carry for each pile row in the weaving direction is moved up and down appropriately with a jacquard for each weave, and the necessary pile yarns are lined up in a horizontal line at a predetermined position, and then piled with a gripper. The length corresponding to the length of the cloth is picked out, cut to a uniform length, and then carried to the weaving area for weaving. in this case,
Each pile yarn introduced into each carry in parallel in the weaving width direction is usually wound around a cheese and hung on a creel at the rear of the loom.

In this case, each carry in each pile row in the weaving direction will have a plurality of pile systems (about 12 colors at most), so the larger the number of colors, the larger the weaving width. The more you become,
The number of cheeses hung on a creel stand increases; for example, 12,000 cheeses are required to weave a 4m wide patterned pile fabric with 12 colored patterns. As a result, the creel stand becomes larger, requiring a larger installation space behind the loom, and requires a great deal of labor to prepare and set up the cheese and jacquard.
It takes about a day, and in the case of high-mix, low-volume production, it is inefficient and extremely costly.

In addition, the spool-type Axminster loom, as schematically shown in Figure 9, arranges each pile yarn into a beam in accordance with the pile yarn arrangement in the weft direction according to the pattern for each pile weave. Prepare the warped and wound spools (S) for the number of pile weaves (number of stages) corresponding to one repeat of the pattern in the weaving direction,
The number of spools (S) equivalent to this one repeat
are suspended in the order of the weaving direction on a supply and transfer means (C) such as an endlessly rotating chain, and each weave is sequentially supplied to the front of the weaving opening, and from this spool (S) each pile yarn (p ) is cut out to a certain length and woven into it.

According to this spool method, the number of colors is infinite, and pattern piles of 20 to 30 colors are usually woven.As a preparatory work, a large number of spools (S) corresponding to the number of pile weaving stages for one repeat are woven. It is necessary to arrange and warp a large number of pile yarns according to the pile yarn arrangement in the weft direction (weaving width direction) according to each pattern, and this work requires a lot of labor and time. For example, if the width is 4m, it will take 4 people 10 days.
The cost will be high.

Moreover, since the spool (S) is composed of a beam with a relatively large diameter, when the spool (S) is hung on an endless transfer means such as a chain, the transfer means (C) becomes quite long. There are also problems.

In view of the above, the present invention aims to select electrically or mechanically actuated pile yarns, such as a multicolor weft insertion device of a rapier loom, mainly for use in weaving multicolor patterned pile fabrics using an Axminster loom. By using a pulling means to warp the arranged pile yarns and by holding one end of the arranged pile yarns in a rod-shaped yarn holding member so that they can be pulled out in one direction, warping can be easily done mechanically. This method was designed to simplify and streamline the array warping work, easily automate it, and also make it easier to handle the array warped pile yarn and feed it to the weaving machine. The object of the present invention is to provide a method for arranging and warping pile yarn, and an apparatus for arranging and warping which can suitably carry out this method.

[Means and effects for solving the problem] In the array warping method of the present invention that solves the above problems, multiple types of pile yarns used in patterned pile fabrics are guided to one side in the machine width direction. Then, the corresponding pile yarns are sequentially selected one by one according to the arrangement order of the pile yarns in the weft direction for each weave in the patterned pile fabric, using an electrically or mechanically operated yarn selecting and pulling means. , the selected pile yarn is pulled out in the width direction of the machine and cut to a certain length, the cut pile yarn is intermittently fed in a direction perpendicular to the drawing direction and arranged in parallel at regular intervals, and at the same time, the pile yarn is A rod-shaped thread holding member, which is made up of a large number of thread holding parts arranged in parallel in one row that can be pulled out and held in one direction, is arranged at one side in the width direction of the machine in response to the intermittent feeding action of the pile thread. The present invention is characterized in that one end portion of each of the pile yarns is inserted and held in each yarn holding portion so as to be able to be pulled out in one direction while being moved intermittently in one direction.

According to the above-mentioned arrangement warping method, the electrically or mechanically operated yarn selection/drawing means selects and draws the pile yarns in the weft direction for each weave of the patterned pile fabric to be woven. The corresponding pile yarns are selected one by one, pulled out to a certain length and arranged in parallel, and one end of each pile yarn is inserted into a predetermined rod-shaped yarn holding member to be held. The pile yarns can be selectively drawn out mechanically and continuously to be arranged and warped, and the lengths of the pile yarns can be aligned and held in parallel.

Moreover, since one end of the pile yarn thus arranged and warped is held by the thread holding member so that it can be pulled out in one direction, the arrangement state can be maintained well and reliably by the thread holding member, unlike a conventional spool. There is no need to wind the pile yarn around a beam, and the pile yarn array can be used as it is by being supplied to a weaving machine such as an Axminster loom.

Further, the invention according to claim 2 relates to an array warping device used for carrying out the method,
It consists of the following structure.

That is, in the device of the present invention, among the plurality of types of pile yarns arranged on one side in the machine width direction and guided by electrically or mechanically operated,
Means for sequentially selecting any one pile yarn according to the arrangement order of pile yarns in the weft direction for each weaving in a patterned pile fabric, and a means that operates in response to this selection action and pulls out the selected pile yarn in the machine width direction. The yarn selection and draw-out means is provided with a rapier mechanism capable of cutting the yarn to a predetermined length. Furthermore, it is equipped on both sides of the machine in the width direction, and in response to the selective pulling-out action of the pile yarn mentioned above, it holds both ends of the pile yarn of a certain length that is sequentially pulled out, and moves it in a direction perpendicular to the pulling-out direction. A holding and feeding means for pile yarns that is intermittently fed in a parallel state, and a large number of yarn holding sections that can hold each pile yarn so that it can be drawn out in only one direction are arranged in parallel at regular intervals in a row, and one side of the holding and feeding means is provided. a rod-shaped yarn holding member that is moved intermittently in parallel with the holding and feeding portion of the section in response to the feeding action; and one end portion of the pile yarn that is held by the holding and feeding means and is fed intermittently. The apparatus is characterized by comprising a thread inserting means for inserting the thread into each thread holding part of the thread holding member so as to be able to be pulled out in one direction sequentially when the feeding of the thread holding member is stopped.

In the case of this array warping device, in the yarn selection and draw-out means, a yarn selection section disposed on one side in the machine width direction is electrically or mechanically operated to guide multiple kinds of yarns to this section. Among the pile yarns of The pile yarn is pulled out in the width direction of the machine by the movement of the rapier mechanism and cut to a certain length. Both ends of the thus cut pile yarn are held by holding and feeding means provided on both sides in the width direction of the machine, and are intermittently fed in a direction perpendicular to the drawing direction. Similarly, predetermined pile yarns are sequentially selected and pulled out in accordance with the arrangement order of the pile yarns in the weft direction of one woven fabric of the patterned pile fabric, and are held in parallel at regular intervals by the feeding means. It is sent intermittently.

When the pile yarn is fed intermittently and reaches a position corresponding to a predetermined yarn holding portion of the yarn holding member disposed near the feeding portion on one side, the yarn holding member move intermittently in the same direction, and when they reach the position of the thread insertion means in this state, the thread insertion means is activated when the intermittent feeding stops, and one end of the pile thread is inserted into a predetermined thread holding section. passed and retained. Further, when one end of the subsequent pile yarn reaches the position of the yarn insertion means in a state corresponding to the yarn holding section next to the yarn holding section due to the intermittent feeding action, the insertion means is activated in the same manner as described above to remove the pile yarn. One end of the thread is inserted into and held by the thread holding section.

By repeating this action, it is possible to sequentially arrange the pile yarns in a row in accordance with the arrangement order of the pile yarns in the weft direction of one woven patterned pile fabric, and to attach one end of each pile yarn to the rod-shaped yarn holding member. It can be warped while being held.

Furthermore, in the array warping device according to claim 3, the yarn selection and draw-out means has the same structure as above, and is equipped on one side in the machine width direction,
A pile yarn that holds one end of a certain length of pile yarn that has been sequentially pulled out in response to the pull-out and cutting action of the pile yarn by the yarn selection pull-out means, and feeds the pile yarn intermittently in a parallel state in a direction perpendicular to the pull-out direction. A holding/feeding means, and a large number of yarn holding sections capable of holding each pile yarn so as to be drawn out only in one direction are arranged in a row at regular intervals, and the yarn holding section is provided in parallel at regular intervals in a row, and is supplied from the rear of the selection drawing section on the other side in the width direction of the machine. A bar-shaped thread holding member is moved intermittently in the same direction in response to the holding and feeding means, and one end of the pile thread is moved in response to the drawing and cutting action of the pile thread by the thread selection and drawing means. The present invention is characterized by comprising a thread insertion means that is inserted into each thread holding portion of the thread holding member so as to be able to be pulled out in one direction in sequence.

In this arranging and warping device, as in the case described above, the yarn selecting and drawing means selects among a plurality of types of pile yarns according to the arrangement order of the pile yarns in the weft direction for each woven portion of the patterned pile fabric. Sequentially select each pile yarn corresponding to
In response to this selection action, the selected pile yarn is pulled out in the width direction of the machine by the movement of the rapier mechanism and cut into a predetermined length. One end of the pulled pile yarn is immediately held by a holding and feeding means arranged on one side in the width direction of the machine, and at the same time, the other end is held by a yarn inserting means that operates in response to the pulling action. As a result, the yarn is inserted and held in a predetermined thread holding portion of a rod-like thread holding member supplied from the rear. By repeating this process of sequentially holding and feeding the pile yarns that are sequentially selected and pulled out in a parallel state by the holding and feeding means and the yarn holding member, the weft direction of one woven patterned pile fabric can be moved in the same manner as described above. It can be arranged sequentially according to the arrangement order of the pile threads,
Moreover, each pile yarn can be warped in a state where one end portion is held by a rod-shaped yarn holding member.

[Example] Next, embodiments of the present invention will be described with reference to the drawings together with the apparatus used.

FIG. 1 schematically shows an example of an array warping apparatus A1 used for carrying out the method of the present invention.

In the figure, reference numeral 1 denotes a creel stand on which cheeses 2 made of pile yarns P of various colors and types used for patterned pile fabrics are hung. 3 is an arbitrary pile yarn p drawn out from the creel 1 and guided to one side in the machine width direction, according to the arrangement order of the pile yarns in the weft direction for each weave in the patterned pile fabric. This is a thread selection/drawing means for sequentially selecting and drawing out one thread.

This yarn selection and pull-out means 3 is constructed using a well-known mechanism such as a multicolor weft insertion device for rapier fabrics, and is disposed on one side in the machine width direction as shown in the figure. Alternatively, the plurality of types of pile yarns p guided therethrough are operated mechanically.
A means 31 for sequentially selecting any one of the pile yarns according to the arrangement order of the pile yarns in the weft direction for each weaving in the patterned pile fabric, and a means 31 for sequentially selecting any one pile yarn p which is operated in response to this selection action and selected pile yarn p. It consists of a rapier mechanism 32 that can pull out the material in the width direction of the machine and cut it to a certain length.

That is, the selection means 31 holds the ends of a plurality of (for example, 30) pile yarns p guided therein so as to be drawn out in parallel, and then uses a mechanical means such as a jacquard device for example. The holding portion is configured to perform a predetermined selection action by moving the holding portion to a selection position, or by moving the holding portion to a selection position via a pulse motor, servo motor, etc. in accordance with a command from a microcomputer. be done. Note that it is not necessary to hold the pile yarns in one row as long as the holding portion of each pile yarn p can be moved to the selected position.

Further, as illustrated in FIG. 2, the rapier mechanism 32 is provided with gripper bands 32a and 32b on both sides in the machine width direction for performing a predetermined rapier movement. The gripper band 32a of 1 is selected.
The book pile yarn p is held and pulled out to the other side, and is received by the gripper band 32b on the other side so that it can be pulled out to a constant length over the entire width in the machine width direction. Also, this rapier mechanism 3
A pile yarn p cutting means 33 is provided on the pulling-out side of the pile yarn p of No. 2, which performs a cutting operation simultaneously with the pulling-out operation in response to the pulling-out operation. 34
a, 34b are the gripper bands 32a, 32b.
Showing the guide.

Reference numerals 4 and 4 designate holding and feeding means installed opposite to each other on both sides of the machine in the width direction, and corresponding to the selective pulling-out action of the pile yarn p described above, the pile yarn p of a certain length is sequentially pulled out. It is provided so that both end portions are held and intermittently executed in a parallel state in a direction perpendicular to the drawing direction (towards the front of the machine).

As shown in FIG. 3, this holding/feeding means 4 includes a pair of upper and lower endless belts 41a, 41b extending forward from the pull-out position of the pile yarn p on both sides, respectively, in the feeding direction on opposite sides thereof. The upper and lower endless belts 4 rotate both ends of the pulled-out pile yarn p
It is provided so that it can be held between 1a and 41b and fed intermittently. The upper and lower endless belts 41a, 41b
In order to hold the pile yarn p between them, it is preferable to provide a pushing means 5 that performs a rocking motion from the rear to the front in response to the pulling out action of the pile yarn p, similar to the beating motion in a loom.

Further, the upper endless belt 41a is made shorter than the lower endless belt 41b as shown in the figure, and the pile yarn p is pulled out onto the lower endless belt 41b, so that the pile yarn p is formed by both belts 41a and 41b. It is preferable that the holding function is easily carried out, and furthermore, the pile yarn array body P that has been arranged and warped can be collected together with a yarn holding member to be described later at the front.

In order to ensure that one end of the pile yarn p is held by the holding and feeding means 4 and arranged in parallel at regular intervals, a plurality of warp yarns are supplied to this end and fed in a woven structure, Further, as shown in the figure, this one end portion can be adhesively held with an adhesive tape 6 so as not to move, and the sheet can be fed.

Reference numeral 7 denotes a rod-shaped thread holding member, which is made up of a large number of thread holding parts 71 that can hold each pile thread p so that it can be pulled out in only one direction, and are arranged in a row at regular intervals.
This yarn holding member 7 is supplied from the side to the side of the lower endless belt 41b of the holding and feeding means 4 on the opposite side to the holding and feeding side of the adhesive tape 6, and corresponds to the action of the holding and feeding means 4. It is equipped for intermittent movement. That is, the pile yarns P, which are held in parallel and are fed intermittently, are moved intermittently by an appropriate moving means (not shown) in a state corresponding to the yarn holding part 71 at the tip of the yarn holding member 7. It's summery. 72 is a guide for moving this thread holding member 7. When one thread holding member 7 moves forward, the next thread holding member 7 is provided to be sent into the moving position.

As shown in FIG. 6, this thread holding member 7 has a holding space opened on both sides between two opposing long plates 73, 73 with predetermined spacers 74 interposed at predetermined intervals in the length direction. 75, and
A bent plate-shaped spring 76 and a receiving portion 77 are provided in each space 75 so that the pile yarn p can be inserted through one side of the opening and held so that it can be pulled out only from the other opening side. The device is configured such that the insertion side opening faces upward.

Further, in the case of a comparatively narrow weaving width of the patterned pile fabric, up to about 2 m, the thread holding member 7 can be formed to have a length corresponding to the weaving width; It is desirable that the entire length of one weave be divided into a plurality of lengths in the width direction, depending on the necessity, such as in the case of a relatively wide width.

Reference numeral 8 denotes a yarn insertion means for sequentially inserting one end of the pile yarn p held by the holding and feeding means 4, 4 and fed intermittently into each yarn holding part 71 of the yarn holding member 7, such as an air cylinder. A push-in pin 81 is provided that moves forward and backward in the vertical direction by a cylinder mechanism such as a cam or a crank mechanism, etc., and in response to the intermittent running action, the push-in pin 81 advances when feeding is stopped and the pile yarn p is moved in response to the intermittent running action. It is provided so as to be pushed into the thread holding part 71 and held in the inserted state.

When the present invention is carried out using the above-mentioned device, in the yarn selection and draw-out means 3, the yarn selection section 31 disposed on one side in the machine width direction is operated electrically or mechanically to Among the plurality of types of pile yarns p derived from 2, one of the corresponding pile yarns p is sequentially selected according to the arrangement order of the pile yarns in the weft direction for each machine in the patterned pile fabric. In addition, in response to this selection action, the selected pile yarn p is pulled out in the machine width direction by the movement of the rapier mechanism 32 and cut into a constant length.
Both ends of the thus cut pile yarn p are held by holding and feeding means 4, 4 provided on both sides in the width direction of the machine, and are fed intermittently in a direction perpendicular to the drawing direction. This one-time feeding distance corresponds to the interval between each yarn holding section 71 in the yarn holding member 7. Therefore, the pile yarns p selected and pulled out one after another in the same manner as described above are held at constant intervals by the holding and feeding means 4, and are intermittently fed in a parallel state.

When the pile yarn p is fed intermittently and reaches a position corresponding to a predetermined yarn holding portion 71 of the rod-like yarn holding member 7 disposed near the holding and feeding portion 4 on one side, the pile yarn p The thread holding member 71 moves intermittently in the same direction in response to the intermittent feeding, and when it reaches the position of the thread insertion means 8 in this state, the thread insertion means 8 is activated when the intermittent feeding stops. One end of the pile yarn p is inserted into a predetermined yarn holding portion 71 and held therein.

By repeating such an action, it is possible to sequentially arrange the predetermined pile yarns p corresponding to the arrangement order of the pile yarns in the weft direction of one woven patterned pile fabric, and to form one end of each pile yarn p into a rod-shaped yarn. It can be warped while being held by the holding member 7. In the same manner, each pile weaving stage corresponding to one repeat of the pattern in the patterned pile fabric is warped in accordance with the pile arrangement.

In this way, the pile yarn p is arranged and warped so as to correspond to the pile arrangement according to the pattern of the patterned pile fabric, and one end thereof is inserted through the yarn holding member 7 so that it can be pulled out only in one direction. The thread holding member 7 holds the thread in a blind shape.

Therefore, as shown in Fig. 7, the arrayed pile yarn P thus arranged and warped is fed by an endlessly rotating chain or the like, similar to the spool system in a patterned pile fabric weaving machine such as an Axminster loom. The yarn holding member 7 is used to suspend the pile yarns on the transfer means C in sequence, and in accordance with the weaving operation, the ends of each pile yarn p of each array P are sequentially transferred to the front of the weaving cloth until the pile length corresponds to the pile length. By pulling out a predetermined length and weaving it in, a patterned pile fabric can be woven. In particular, the pile yarn array P has a sash-like shape, and the thread holding member 7 has a relatively narrow width compared to a conventional spool, so that the distance between each array P, P can be made smaller than before.
The transport means C can be shortened accordingly, and a large number of arrays C can be suspended to weave a multicolored pile pattern with a large repeat length.

Further, as mentioned above, since the pile yarn array P forms a sash-like shape with one end of each pile yarn p held by the rod-shaped yarn holding member 7, the array P for one rebeat is stacked one after another. The material is made into a cassette shape, and this is placed in front of the weaving machine's weaving machine, and one by one from the top and bottom.
It becomes possible to weave by moving up and down step by step and supplying each pile yarn, and the bulk can be further reduced.

Further, the embodiment shown in FIG. 8 shows another embodiment. In this embodiment, the thread selection and pull-out means 3
The configuration is exactly the same as above. Further, endless belts 41a and 41b similar to those described above are provided on one side in the machine width direction as holding and feeding means 4 for the pile yarn p selected and pulled out by the yarn selecting and pulling means 3, and the pile yarn p selected and pulled out is One end of the pile yarn p is held and fed intermittently in a direction perpendicular to the drawing direction. Then, on the other side in the machine width direction, a rod-shaped thread holding member 7 having a large number of thread holding parts 71 having the same configuration as in the above embodiment is supplied from the rear of the selection/pull-out means and is connected to the holding and feeding means. 4, it is equipped to be able to move intermittently in the same direction. Further, at a position above the yarn holding member 7 at the position where the pile yarn p is pulled out by the yarn selection and pull-out means 3, a
A thread insertion means 8 is provided for sequentially inserting one end of the pile thread p into each thread holding portion 71 of the thread holding member 7.

In the apparatus of this embodiment as well, similarly to the above case, the yarn selecting and pulling means 3 selects among the plurality of types of pile yarns p according to the arrangement order of the pile yarns in the weft direction for each woven fabric in the patterned pile fabric. , the corresponding pile yarns p are selected one by one, and in response to this selection action, the selected pile yarns p are pulled out in the machine width direction by the movement of the rapier mechanism and cut to a constant length. The pulled out pile yarn p is immediately held at one end by the holding and feeding means 4 disposed on one side in the machine width direction, and at the same time, at the other end, the yarn inserter operates in response to the pulling out action. The means 8 inserts and holds the thread into a predetermined thread holding portion 71 of the thread holding member 7 supplied from the rear. By repeating this process of sequentially holding and feeding the pile yarns that are sequentially selected and pulled out in a parallel state by the holding and feeding means and the yarn holding member, the weft direction of one woven patterned pile fabric can be moved in the same manner as described above. The pile yarns can be sequentially arranged in accordance with the arrangement order of the pile yarns, and each pile yarn can be warped with one end held by a rod-shaped yarn holding member.

In addition, in the above-mentioned example, the case where one end part of the arranged and warped pile yarn is held by a rod-shaped yarn holding member and held in a sash shape is shown. It is also possible to hold each pile yarn p around one beam at the same time.

[Effects of the Invention] As described above, according to the warping method and apparatus of the present invention, the pile yarns can be warped according to the pile arrangement order in the weft direction for each weave in the patterned pile fabric to be woven. Since it is possible to sequentially and mechanically and continuously select and draw out the materials and arrange them, the materials can be efficiently arranged and warped without requiring any manual labor, and the process can be easily automated. Furthermore, even if the number of pile colors increases, it can be mechanically arranged and warped in the same way as described above.

Furthermore, one end of the thus arranged and warped pile threads is held in a removable manner by a rod-shaped thread holding member, so that the arranged state is reliably and well maintained, and the pile threads are easily handled. Further, the yarn holding member can be used as it is to supply and transfer means of a weaving machine such as an Axminster loom, and used for patterned pile fabrics. In particular, according to the pile yarn array using the yarn holding member described above, the interval between the arrays can be made smaller than before, so the transfer means can be shortened accordingly, and a large number of arrays can be hung to increase the repeat length. It becomes possible to weave large multicolored pile patterns.

It is possible to simplify and streamline the preparation work for warping pile yarns in weaving patterned pile fabrics, and it can be suitably used for high-mix, low-volume production of patterned pile fabrics.
The cost can be reduced.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the outline of the arranging and warping device used in the present invention, Fig. 2 is a schematic explanatory view of the same thread selection and pulling means, and Fig. 3 is a schematic side view of the pile thread holding and feeding means. Fig. 4 is a partially enlarged perspective view of the pile thread insertion portion with respect to the thread holding member, Fig. 5 is a partially enlarged sectional view taken along the line of Fig. 1, and Fig. 6 is a partially cutaway view of the thread holding member. FIG. 7 is a schematic side view showing an example of the use of the pile yarn warping row obtained by the present invention in an Axminster loom, FIG. 8 is a schematic perspective view showing another embodiment, and FIG. 9 is a perspective view. FIG. 2 is a schematic side view showing a state in which a patterned pile fabric is woven by a conventional spool-type Axminster loom. A... Array warping device, p... Pile yarn, P... Pile yarn array, 1... Creel, 3... Yarn selection and pull-out means, 31... Selection means, 32a, 32b... Rapier mechanism, 4, 4... Pile yarn arrangement Holding and feeding means, 7... thread holding member, 71... thread holding section, 8... insertion means.

Claims (1)

[Scope of Claims] 1 Pile yarns of a plurality of types used in patterned pile fabrics are guided to one side in the machine width direction, and electrically or mechanically actuated yarn selection and drawing means are used to draw out pile yarns in patterned pile fabrics. In accordance with the arrangement order of the pile yarns in the weft direction for each weave, the corresponding pile yarns are selected one by one, and the selected pile yarns are pulled out in the width direction of the machine and cut to a certain length. The pile yarns are intermittently fed in a direction perpendicular to the pulling direction and arranged in parallel at regular intervals, and at the same time, a large number of yarn holding sections are arranged in a row to hold each pile yarn so that it can be pulled out in one direction. While intermittently moving the yarn holding member of the rod-shaped body in the same direction at one side in the machine width direction in response to the intermittent feeding action of the pile yarn, one end portion of each pile yarn is held at each yarn holding portion. A method for arranging and warping pile yarns for multicolored patterned pile fabrics, characterized by inserting and holding the pile yarns in a sequentially pullable manner in one direction. 2 Arrangement of pile yarns in the weft direction for each weave in a patterned pile fabric among multiple types of pile yarns arranged on one side in the machine width direction and guided by electrically or mechanically operated. Thread selection and pull-out means consisting of means for sequentially selecting any one yarn according to the order, and a rapier mechanism that operates in response to the selection action and pulls out the selected pile yarn in the width direction of the machine and cuts it to a constant length. and, equipped on both sides of the machine in the width direction, in response to the selective pulling-out action of the pile yarn, it holds both ends of a certain length of pile yarn that has been sequentially pulled out, and moves it in a direction perpendicular to the pulling-out direction. A holding and feeding means for pile yarns that is intermittently fed in a parallel state, and a large number of yarn holding parts that can hold each pile yarn so that it can be pulled out in only one direction are arranged in a row at regular intervals, and one side of the holding and feeding means is provided. a rod-shaped yarn holding member that is moved intermittently in parallel with the holding and feeding portion of the section in response to the feeding action; and one end portion of the pile yarn that is held by the holding and feeding means and is fed intermittently. A pile yarn for a multicolored patterned pile yarn fabric, characterized in that it is equipped with: a yarn insertion means for inserting a thread through each yarn holding portion of the yarn holding member so as to be able to be pulled out in one direction sequentially when the feeding is stopped; array warping device. 3 Arrangement of pile yarns in the weft direction for each weave in a patterned pile fabric among multiple types of pile yarns arranged on one side in the machine width direction and guided by electrically or mechanically operated. Thread selection and pull-out means consisting of means for sequentially selecting any one yarn according to the order, and a rapier mechanism that operates in response to the selection action and pulls out the selected pile yarn in the width direction of the machine and cuts it to a constant length. and, equipped on one side in the width direction of the machine, in response to the selective pulling-out action of the pile yarn, it holds one end of the pile yarn of a certain length that is sequentially pulled out, and moves it in a direction perpendicular to the pulling-out direction. A pile yarn holding/feeding means for intermittently feeding the pile yarns in parallel, and a large number of yarn holding sections capable of holding each pile yarn so that it can be pulled out in only one direction are arranged in a row at regular intervals, a rod-shaped yarn holding member that is moved intermittently in the same direction in response to the holding and feeding means; A pile yarn arranging and warping device for multicolored patterned pile fabrics, characterized in that it is equipped with a yarn insertion means for inserting the yarn into each yarn holding part of a holding member so as to be able to be pulled out in one direction in sequence;