JP2007168945A - Wire body winding device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a wire body winding device capable of alternately and continuously winding a wire body around two bobbins, of winding a wire body by using a bobbin with a normal shape, and making the configuration of holding means simple. <P>SOLUTION: Two winding shafts 4 are provided in a turning body 2 provided in a device body 1, and the holding means 10 for holding/releasing a wire body 7 around/from each of the winding shafts 4 are provided. A wire body moving device 2 for moving the wire body 7 to a winding start position and a holding position opposing to a holding part 10a of the holding means 10 is provided in a wire body feed position of the bobbin 6 in a winding position. Cutting means 10 are provided in discharge sides of the bobbins 6 in the winding position. The wire body 7 is moved to the holding position and held by the holding part 10a of the holding means 10, and is again moved to the winding start position and cut by the cutting means 30. Thus, winding is performed by contacting a winding part 6a of the empty bobbin 6, and the bobbin 6 in the fully wound state can be removed. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a linear body winding device that winds a linear body such as a monofilament, optical fiber, and tire cord of a fastener onto a bobbin.

Patent Document 1 discloses a wire body winding device.
This linear winding device has two spindles, two motors for driving each spindle, two linear member gripping means, and two cutters attached to a rotatable turret board, respectively. Bobbin is detachably attached to each spindle, and when one bobbin is fully wound, the turret board is rotated to revolve the empty bobbin to the winding position, and the filament is placed on this empty bobbin. While holding and fixing with a holding means, it cut | disconnects with a cutter, and winds a linear body around an empty bobbin after that. During the winding operation, the fully wound bobbin is removed from the spindle, and an empty bobbin is attached.
By repeating this operation, the filaments can be alternately and continuously wound around the two bobbins.

JP 2002-137869 A

Since the above-mentioned conventional linear body winding device grips and fixes the linear body to the bobbin, the bobbin has a special shape that can grip and fix the linear body.
For example, the bobbin has a shape having an opening part into which the chuck piece of the gripping means is inserted in the core part of the bobbin.
For this reason, a filament cannot be wound up using the bobbin of a general shape.
Further, in the above-described conventional linear body winding device, since the linear body is cut by the cutter at the portion where the linear body is gripped and fixed to the bobbin, the gripping means has a complicated structure including the cutter.

  It is an object of the present invention to be able to continuously and continuously wind a linear body around two bobbins, and to use a bobbin having a general shape without being restricted by the shape of the bobbin to be used. It is another object of the present invention to provide a linear body winding device that can take up a simple structure of the gripping means, apart from the gripping means and the cutting means for cutting the linear body.

  According to the first aspect of the present invention, at least two winding shafts 4 are swung on a revolving body 2 attached to the apparatus main body 1, and one revolving shaft 4 is revolved by turning the revolving body 2, and the other rewinding shaft. 4 is provided in a standby position, and a bobbin 6 is detachably attached to each take-up shaft 4, and gripping means 10 is provided on each take-up shaft 4 to hold and release the linear member 7. The gripping part 10a of the means 10 is located closer to the apparatus main body 1 than the bobbin 6, and the linear body 7 fed into the bobbin 6 at the winding position is moved to the apparatus main body 1 at the winding start position facing the bobbin 6 and the gripping. A linear body moving device 20 that moves in the axial direction of the winding shaft 4 over a gripping position facing the portion 10 a is provided, and the winding shaft 4 at the winding position in the linear body 7 is gripped by the gripping means 10. Wound on a bobbin 6 attached to the winding shaft 4 in the standby position A striatal winding device, characterized in that it comprises a cutting means 10 for cutting between the digits in Aru portion.

  According to a second aspect, in the first aspect, the gripping portion 10a of the gripping means 10 has an outer peripheral surface that is 360 degrees in the rotation direction of the winding shaft 4 and that contacts the linear member 7, and the outer peripheral surface thereof. The wire rod winding device grips and releases the wire rod 7 in contact with the wire.

According to a third aspect of the present invention, in the second aspect, the winding shaft 4 has a rotating shaft 4b and a disc 4c, and the bobbin 6 is detachably attached to the rotating shaft 4b.
A pressing ring 11 provided so as to be slidable in the axial direction and integrally rotated with the rotating shaft 4b or the disc 4c, and an annular receiver 12 provided on an outer peripheral portion of the disc 4c or the rotating shaft 4b. The linear body winding device is provided as the above-described gripping means 10 by gripping the linear body 7 in contact with the outer peripheral surface of the receiving body 12 with the retaining ring 11 and the receiving body 12.

4th invention is the 1st, 2nd, or 3rd invention, the guide which guides the linear body 7 is provided in the revolving body 2 adjacent to each winding shaft 4, respectively.
A cutter 30b is provided between each of the winding shafts 4 and the guide to form cutting means 30, and the winding shaft 4 is gripped by the gripping means 10 provided on the winding shaft 4 at the winding position. This is a linear body winding device in which the linear body 7 between the portion 7a gripped by rotation and the guide is pressed against the cutter 30b and cut.

According to a fifth aspect, in the fourth aspect, the guide includes a first guide 31 and a second guide 32, and when the fully wound bobbin 6 is in the standby position, the filament 7 is in the winding position. The bobbin 6 is wound around the bobbin 6 via the first guide 31 adjacent to the bobbin 6 and the second guide 32 adjacent to the fully wound bobbin 6.
A cutter 30b is provided between the first guide 31 and the winding shaft 4 to form the cutting means 30,
A wire rod winding device in which the first guide 31 is in a gripping position facing the gripping portion 10a of the gripping means 10 and the second guide 32 is in a winding start position for feeding the wire rod 7 into the bobbin 6 in the winding position. It is.

  In a sixth aspect of the present invention, in any one of the first to fifth aspects, the linear body push that pushes the linear body 7 positioned at the gripping portion 10a of the gripping means 10 toward the winding start position in the apparatus main body 1. It is a wire rod winding device provided with a device 27.

According to the first aspect of the present invention, when the bobbin 6 at the winding position is fully wound, the swivel body 2 is swung to set the empty bobbin 6 to the winding position, and the linear body moving device 20 By gripping the strip 7 as the gripping position by the gripping means 10, and then moving the strip 7 to the winding start position by the linear strip moving device 20, and cutting the strip 7 by the cutting means 30. The wire rod 7 can be wound around the empty bobbin 6, and the fully bobbed bobbin 6 can be detached from the winding shaft 4 and the empty bobbin 6 can be attached to prepare for the next operation.
Therefore, the filaments 7 can be wound around the two bobbins 6 alternately and continuously.

Further, since the gripping means 10 is configured to grip and release the linear body 7 on the winding shaft 4, the shape of the bobbin 6 to be used is restricted by the gripping and releasing of the linear body 7. In addition, the wire body can be wound using a bobbin having a general shape.
Moreover, since the gripping means 10 and the cutting means 30 are provided separately, the gripping means 10 can be configured simply.

  According to the second aspect of the invention, since the linear member 7 is held in contact with the outer peripheral surface of the holding part 10 a of the holding means 10, the linear member 7 can be held regardless of the rotation stop position of the winding shaft 4. .

  According to the invention of claim 3, the linear member 7 can be gripped and released by the presser ring 11 and the receiving body 12.

  According to the invention which concerns on Claim 4, the linear body 7 can be cut | disconnected by the cutter 30b of the cutting | disconnection means 30 by rotating the bobbin 6 with the winding shaft 4, and the cutting | disconnection means 30 is a simple structure.

  According to the fifth aspect of the present invention, when the striate body moving device 20 moves the striate body 7 to the gripping position, the first guide 31 is in the gripping position. The striate body 7 between the apparatus 20 can be surely in contact with the gripping portion 10a and the striate body 7 can be securely gripped.

  According to the invention which concerns on Claim 6, when the linear body 7 is cut | disconnected by the cutting means 30, the linear body 7 is pushed by the linear body pushing device 27 toward a winding start position, The bobbin 6 can be reliably moved to a position facing the winding portion 6a and wound.

As shown in FIGS. 1 and 2, a swivel body 2 is pivotably attached to the apparatus main body 1, and the swivel body 2 is swung 360 degrees by a swivel mechanism 3.
For example, the apparatus main body 1 has a frame frame 1a in which vertical and horizontal frame members are connected in a rectangular shape, and a front plate 1b, and a disc-shaped swivel body 2 is rotatably provided in a circular hole 1c of the front plate 1b. It is possible to turn in the range of 360 degrees.
A shaft 3a connected to the revolving body 2 is rotatably supported on the frame 1a, a sprocket 3b provided on the shaft 3a is connected to a drive sprocket 3d by a chain 3c, and the drive sprocket 3d is rotationally driven by a motor 3e. Thus, the turning mechanism 3 is obtained.

A pair of winding shafts 4 is rotatably attached to the revolving body 2. For example, the distance between the turning center 2a of the turning body 2 and the rotation center 4a of each winding shaft 4 is the same, and the pair of winding shafts 4 are provided at symmetrical positions with the turning center 2a as a boundary. Three or more winding shafts 4 may be provided.
That is, at least two winding shafts 4 may be provided.
Each of the winding shafts 4 is individually rotated by a drive source 5 and a bobbin 6 is detachably attached to each of the winding shafts 4.
For example, as shown in FIG. 3, the winding shaft 4 has a rotating shaft 4b and a disk 4c, and a pair of drive sources 5 such as a motor are attached to a plate 2b attached to the revolving body 2, The rotary shaft 4b is rotationally driven by the drive source 5.
The bobbin 6 has a winding portion 6a and a flange 6b, and a shaft hole 6c is formed at the center thereof, and the rotary shaft 4b of the winding shaft 4 can be inserted into and extracted from the shaft hole 6c. The flange 6b contacts the disc 4c.
The shaft 3a of the turning mechanism 3 passes through the plate 2b in a rotatable manner.

  By turning the revolving body 2 180 degrees, one bobbin 6 becomes a winding position, for example, the upper position in FIG. 1, and the other bobbin 6 becomes a standby position, for example, the lower position in FIG.

Each winding shaft 4 is provided with a gripping means 10 for gripping and releasing the linear body 7. The grip portion 10 a of the grip means 10 is located closer to the apparatus body 1 than the bobbin 6.
When the gripping means 10 grips the linear body, the linear body is fixed to the winding shaft 4, and the linear body moves together with the winding shaft 4.
The gripping part 10a of the gripping means 10 has an outer peripheral surface that continues 360 degrees in the rotation direction of the winding shaft 4, and is preferably configured to grip and release the linear body 7 in contact with the outer peripheral surface. .
In this way, the wire 7 can be gripped regardless of the rotation stop position of the winding shaft 4.
It is preferable that the outer peripheral surface of the gripping part 10a is substantially in the same radial position as the outer peripheral surface of the flange 6b of the bobbin 6.
As shown in FIG. 3, the gripping means 10 includes a presser ring 11 that is slidable in the axial direction and rotates integrally with the rotary shaft 4b, and an annular receiver 12 provided on the outer peripheral portion of the disc 4c. The linear body 7 in contact with the outer peripheral surface of the receiving body 12 is gripped by the pressing ring body 11 and the receiving body 12. And the outer peripheral surface of the receiving body 12 is the outer peripheral surface of the holding part 10a mentioned above, and continues 360 degrees in the rotation direction of the winding shaft 4.
As shown in FIG. 3, the pressing ring 11 moves toward the receiving body 12 to grip the linear body, and the pressing ring 11 moves against the urging section 13. The actuating portion 14 for releasing the gripping of the wire body is provided, and the holding ring 11 and the receiving body 12 serve as the above-described gripping portion 10a.
For example, a cross section in which a presser ring 11 is attached to a cylindrical body 16 through which the rotary shaft 4b passes through a slide key 15 by screwing or the like, and the presser ring 11 is integrally provided on the outer peripheral surface of the disc 4c. Opposite to the bowl-shaped annular receiving body 12, the outer peripheral surface of the receiving body 12 is set substantially at the same position in the radial direction as the outer peripheral surface of the flange 6 b.

A screw 13 a penetrating the presser ring 11 is screwed into the disc 4 c, and a spring 13 b is provided between the head of the screw 13 a and the presser ring 11 to form an urging portion 13.
The lever 14a in contact with the flange portion 16a of the cylindrical body 16 is swung by the cylinder 14b so that the cylindrical body 16 moves against the spring 13b as shown in FIG. .

The lever 14a and the cylinder 14b are attached to the front plate 1b, and the flange portion 16a of the cylindrical body 16 of the winding shaft 4 revolved to the winding position is opposed to the lever 14a, and the cylinder 14b is operated to operate the lever. The cylindrical body 16 can be moved and grasped and released by swinging 14a.
In this case, the number of the operating parts 14 including the lever 14a and the cylinder 14b is one, so that the configuration is simple.
The operating portion 14 is not limited to the lever 14a and the cylinder 14b, and is not limited to the cylindrical body 16 with a hook.
That is, it is only necessary to attach the operating unit 14 to the apparatus main body 1 so that the gripping means 7 provided on the winding shaft 4 moved to the winding position can be gripped and released.
In addition, you may provide the action | operation part 14 in the turning body 2, respectively. For example, a cylinder is provided to face each cylindrical body 16, and the cylindrical body 16 is moved by the cylinder.
Further, the pressing ring 11 may be provided on the disc 4c, and the receiving body 12 may be provided on the rotating shaft 4b.

As shown in FIG. 1, in the apparatus main body 1, a linear body 7 is moved to the apparatus main body 1 side from the bobbin 6 in the winding position, and the linear body 7 is opposed to the grip portion 10 a of the gripping means 10. A strip moving device 20 is attached.
For example, as shown in FIGS. 1 and 4, a guide roller 22 is attached to a movable body 21 that reciprocally moves in the axial direction of the winding shaft 4, and the filament 7 is wound around the bobbin 6 via the guide roller 22. To.
As shown in FIG. 4, the guide roller 22 can be moved to a gripping position b facing the gripping portion 10 a of the gripping means 10 on the apparatus main body 1 side with respect to the winding start position a of the bobbin 6.
In this embodiment, the movable body 21 is supported so as to be movable along the guide rod 23, and the movable body 21 is reciprocated by rotating a feed screw 24 screwed to the movable body 21 with a motor 25. It is.
By moving the movable body 21, the guide roller 22 moves to the winding end position c of the bobbin 6, and in this embodiment, the above-mentioned linear body moving device 20 is a traverse generally used in a general winding device. It is also used as a device.
The striate body moving device 20 and the traverse device may be separated.

An auxiliary roller 26 is attached to the movable body 21, and the auxiliary roller 26 pushes down the linear body 7 sent out from the guide roller 22 downward, and the linear body 7 is applied to the gripping portion 10 a of the gripping means 10. Is easy to be pressed.
The auxiliary roller 26 may not be provided.

Between the linear body moving device 20 and the winding shaft 4 at the winding position, there is a linear body pushing device 27 for pushing the linear body 7 toward the bobbin 6 in the axial direction of the winding shaft 4. It is provided.
For example, the cylinder 27a is attached to the apparatus main body 1, and the pressing piece 27b is moved by the cylinder 27a.
When the piston of the cylinder 27a is contracted and operated, the pressing piece 27b is positioned closer to the apparatus body 1 than the gripping position b. When the piston rod of the cylinder 27a is extended and operated, the pressing piece 27b is moved to the winding start position. Move forward from a.
In addition, this linear body pushing apparatus 27 does not need to be provided.

As shown in FIG. 1, a cutting means 30 and a guide, for example, a first guide 31 and a second guide 32 are attached to the revolving body 2 adjacent to each winding shaft 4.
The cutting means 30 and the first guide 31 are attached to the winding shaft 4 on the side opposite to the linear member feeding side, that is, on the turning direction (arrow d in FIG. 1) of the turning body 2. The second guide 32 is attached to the wire body feeding side of the winding shaft 4, that is, the side opposite to the turning direction of the turning body 2.
The cutting means 30 is obtained by attaching a cutter 30b to a bracket 30a so that the cutter 30b of the cutting means 30 adjacent to the winding shaft 4 at the winding position faces upward.
As shown in FIG. 2, the first guide 31 is a roller having a V-shaped outer peripheral surface rotatably attached thereto, and the bottom portion (guide portion position) of the outer peripheral surface faces the gripping portion 10 a of the gripping means 10. In addition to the gripping position described above, the outer diameter of the apparatus main body 1 is small and the opposite is large.
As shown in FIG. 2, the second guide 32 has a roller with a V-shaped outer peripheral surface rotatably attached thereto, and the bottom portion (guide portion position) of the outer peripheral surface is the aforementioned winding start position (one flange 6b). ). Note that only the first guide 31 may be provided as the guide.

  As shown in FIG. 1, an entrance roller 40, a dancer roller 41, a feed guide roller 42, and the like are attached to the front plate 1b of the apparatus main body 1. The linear body 7 has an entrance roller 40, a dancer roller 41, and a feed guide. It is wound on the winding portion 6a of the bobbin 6 at the winding position via the roller 42 and the above-described guide roller 22 and auxiliary roller 26.

Next, the winding operation of the filament 7 will be described.
As described above, when the linear body 7 is wound around the bobbin 6 at the winding position, the winding shaft 4 at the winding position is rotated to rotate the bobbin 6, and the linear body moving device also serving as a traverse device. The 20 guide rollers 22 are reciprocated between a winding start position a and a winding end position c. The winding shaft 4 at the standby position is stopped.

When the bobbin 6 is fully wound, the revolving body 2 is turned in the arrow d direction with the guide roller 22 stopped at the winding start position a, and the fully wound bobbin 6 is turned to the standby position. At the same time, the empty bobbin 6 is revolved toward the winding position.
In the initial turning of the revolving body 2, the feeding portion of the linear body 7 is guided by the second guide 32 adjacent to the fully wound bobbin 6 as shown in FIG.
Thereafter, when the revolving body 2 further turns, as shown in FIG. 6, the feeding portion of the linear body 7 is guided by the first guide 31 adjacent to the empty bobbin 6, and when the revolving body 2 turns 180 degrees, it is shown in FIG. As described above, the fully wound bobbin 6 is the standby position, and the empty bobbin 6 is the winding position.

During the aforementioned operation, preferably after the revolving body 2 has revolved to the position shown in FIG. 6, the guide roller 22 of the linear body moving device 20 is moved to the above-described gripping position b.
Since the first guide 31 is at the same position as the above-described gripping position, the linear body 7 that is passed from the guide roller 22 to the first guide 31 is held by the gripping portion 10a (receiving portion) of the gripping means 10 as shown in FIG. The outer peripheral surface of the body 12).
In this embodiment, since the filament 7 is pushed downward by the auxiliary roller 26, it contacts the grip portion 10a more reliably.

  In the state where the revolving body 2 is revolved by 180 degrees as shown in FIG. 7, the linear body 7 fed out from the guide roller 22 has the first guide 31 adjacent to the gripping portion 10a and the empty bobbin 6, The fully wound bobbin 6 is wound around the fully wound bobbin 6 via the second guide 32 adjacent to the fully wound bobbin 6.

At this time, the first guide 31 is closer to the apparatus body 1 (for example, the above-described gripping position b), and the second guide 32 is closer to the bobbin 6 (for example, the above-described winding position a). As shown in FIG. 9, it is inclined and passes over the cutting means 30 (cutter 30b).
As described above, since the outer diameter of the bobbin side of the roller of the first guide 31 is larger than the outer diameter of the apparatus main body side even if the linear body 7 is inclined, the linear body 7 does not come off the roller. .

While the revolving body 2 turns 180 degrees and stops, the guide roller 22 is moved to the winding start position a in a state where the linear body 7 is in contact with the grasping portion 10a, and is pressed by the operating portion 14 of the grasping means 10. The ring 11 is moved to grip the wire 7 as shown in FIG.
By rotating the winding shaft 4 in this state, the portion between the gripped portion 7 a of the linear member 7 and the guide roller 22 comes into contact with the winding portion 6 a of the empty bobbin 6.
In this embodiment, at the time of the above-described operation, the pressing piece 27b of the linear body pushing device 27 is moved to push the linear body 7 so as to be surely in contact with the winding portion 6a of the bobbin 6.

Thereafter, the winding shaft 4 at the winding position is rotationally driven to rotate the empty bobbin 6.
As a result, the portion 7a gripped by the gripping means 10 of the linear member 7 moves in the direction of arrow e together with the winding shaft 4, and the gripped portion 7a and the first guide (guide) 31 as shown in FIG. The striated body 7 between them is strongly pressed against the cutter 30b of the cutting means 30 and cut.

As described above, when the linear body 7 is cut, the linear body 7 comes into contact with the winding part 6 a of the empty bobbin 6 and is wound around the winding part 6 a of the bobbin 6 by the rotation of the bobbin 6.
The above-described cut filament 7 is wound around the bobbin 6 in a fully wound state.
Then, the winding shaft 4 at the standby position is stopped, the fully wound bobbin 6 is removed, and an empty bobbin 6 is attached to prepare for the next winding operation.

  By repeating the above-described operation, the filaments 7 can be alternately and continuously wound around the two bobbins 6.

  In the above-described embodiment, the cutting means 30 is used to cut the linear body using the rotation of the bobbin 6. However, the linear body may be cut using a movable cutter.

It is a front view of a winding device showing an embodiment of the invention. It is the side view which abbreviate | omitted a part of winding device which shows embodiment of this invention. It is an expanded sectional view of a grip means part. It is the top view which abbreviate | omitted a part of winding device which shows embodiment of this invention. It is a front view for description of turning operation | movement of a turning body. It is a front view for description of turning operation | movement of a turning body. It is a front view for description of turning operation | movement of a turning body. It is a top view for gripping operation | movement description of a linear body. It is a side view for gripping operation | movement description of a filament. It is a top view for gripping operation | movement description of a linear body. It is a front view for cutting | disconnection operation | movement of a filament.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 1 ... Apparatus main body, 2 ... Revolving body, 3 ... Drive mechanism, 4 ... Winding shaft, 5 ... Drive groove, 6 ... Bobbin, 6a ... Winding part, 6b ... Flange, 7 ... Linear body, 10 ... Holding means DESCRIPTION OF SYMBOLS 10a ... Grasping part, 11 ... Pressing ring, 12 ... Receiving body, 13 ... Energizing part, 14 ... Actuating part, 20 ... Linear body moving apparatus, 22 ... Guide roller, 26 ... Auxiliary roller, 27 ... Linear Body pusher, 30 ... cutting means, 30b ... cutter, 31 ... first guide, 32 ... second guide.

Claims (6)

By turning at least two winding shafts 4 on the revolving body 2 attached to the apparatus main body 1 and turning the revolving body 2, one winding shaft 4 becomes a winding position and the other winding shaft 4 becomes a standby position. So that
A bobbin 6 is detachably attached to each winding shaft 4;
Each winding shaft 4 is provided with a gripping means 10 for gripping and releasing the linear body 7, and a gripping portion 10a of the gripping means 10 is located closer to the apparatus body 1 than the bobbin 6,
The linear body 7 to be fed into the bobbin 6 at the winding position in the apparatus main body 1 extends in the axial direction of the winding shaft 4 across the winding start position facing the bobbin 6 and the gripping position facing the gripping part 10a. A moving striatum moving device 20 is provided;
Cutting that cuts between a portion gripped by the gripping means 10 on the winding shaft 4 at the winding position and a portion wound around the bobbin 6 attached to the winding shaft 4 at the standby position. A wire rod take-up device comprising means 30.   The gripping part 10a of the gripping means 10 has an outer peripheral surface that is 360 degrees in the rotation direction of the winding shaft 4 and that contacts the linear member 7, and grips and releases the linear member 7 that is in contact with the outer peripheral surface. The wire rod winding device according to claim 1. The winding shaft 4 has a rotating shaft 4b and a disc 4c, and a bobbin 6 is detachably attached to the rotating shaft 4b.
A pressing ring 11 provided so as to be slidable in the axial direction and integrally rotated with the rotating shaft 4b or the disc 4c, and an annular receiver 12 provided on an outer peripheral portion of the disc 4c or the rotating shaft 4b. The linear body winding device according to claim 2, wherein the linear body 7 that is in contact with the outer peripheral surface of the receiving body 12 is gripped by the pressing ring 11 and the receiving body 12 to be the above-described gripping means 10. . The revolving body 2 is provided with guides for guiding the linear body 7 adjacent to each winding shaft 4, respectively.
A cutter 30b is provided between each of the winding shafts 4 and the guide to form cutting means 30, and the winding shaft 4 is gripped by the gripping means 10 provided on the winding shaft 4 at the winding position. The linear body winding device according to any one of claims 1 to 3, wherein the linear body 7 between the portion 7a gripped by the rotation and the guide is pressed against the cutter 30b and cut. The guide includes a first guide 31 and a second guide 32, and when the fully wound bobbin 6 is in the standby position, the linear body 7 includes the bobbin 6 in the winding position, the first guide 31 adjacent to the bobbin 6, The bobbin 6 is wound around the bobbin 6 via the second guide 32 adjacent to the fully wound bobbin 6;
A cutter 30b is provided between the first guide 31 and the winding shaft 4 to form the cutting means 30,
The wire according to claim 4, wherein the first guide 31 is in a gripping position facing the gripping part 10 a of the gripping means 10, and the second guide 32 is in a winding start position for feeding the wire 7 to the bobbin 6 in the winding position. Strip winding device. The filament according to any one of claims 1 to 5, wherein the apparatus main body 1 is provided with a filamentous body pushing device 27 that pushes the filament 7 located on the grasping portion 10a of the grasping means 10 toward the winding start position. Body winding device.

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