KR200360376Y1 - Automatic carrying in and taking out system of texturing winder and interacing winder - Google Patents

Abstract

The present invention is a fun winder winding yarns while forming a four-layer by traverse device by dismantling the yarn wound on the branch pipe, and is fixed to a support that is bolted or pin-coupled to the side of the storage box containing a plurality of ball bobbins. It is configured to be pulled or pushed by the cylinder coupled to the shaft formed in the lower portion of the support to be re-up, down, and the storage container for holding a plurality of bobbins are arranged in the lower portion of the storage box wound around the rear, inclined rearward, The cradle formed to mount the bobbin that rotates by friction with the drum is fixed between the piston and the bobbin support wheel which is fixedly conveyed to the bracket and the cradle holder to which the cylinder is coupled to lift the cradle upwards with the cylinder. Take out the bobbin into the above storage box, and then put the ball bobbin in the loading box between the bobbin support wheels. W will get off the cradle into the cylinder is configured so that the take-up bobbin yarn by rotating while friction with the drum.

The present invention described above improves the operating efficiency of the fun winder by bringing the empty bobbin for winding the yarn into the bobbin into the winder device, and automating a series of processes to remove the bobbin wound around the thread without the operator's hands. In addition, it has great effects, such as reducing labor costs and costs, thereby enhancing competitiveness both at home and abroad.

Description

Automatic carrying in and taking out system of texturing winder and interacing winder}

The present invention relates to a bobbin automatic carry-in and take-out device of the fun winder, and more particularly, the ball bobbin for winding the yarn wound around the branch pipe automatically into the winder device, the thread wound by the winder device It is about automating the operation of the fun winder by automatically taking out the bobbin.

In order to obtain the thread necessary for weaving, the yarn wound on the branch pipe is wound on the bobbin to be mounted on the spindle of the twister, and the thread wound on the bobbin is twisted using a twister so as not to break easily, and then the twisting process is performed to prevent the twisted thread from loosening. Is made through.

In this case, a fun winder is used to wind the yarn wound on the branch pipe to the bobbin.

In the conventional case, as shown in FIG. 10, a plurality of branch pipes in which yarns 26a are wound are placed on branch pipe racks 30a formed on the bottom surface of the main body of the fun winder 73a, and then the yarns 26a are pulled out to tension the regulator. And guided by the thread guide (93), the guided thread was configured to be wound while forming a four-layer on the bobbin (5a) mounted on the rotating spindle 94 is formed vertically using the traverse device (7a).

However, in winding the bobbin yarn 26a wound on the branch pipe to the bobbin by using the fun winder 73a, the worker waits and mounts the ball bobbin 5a to the spindle 94, and the ball bobbin 5a to the bobbin 5a. After the yarn 26a was completely wound, the work of removing the bobbin 5a from the spindle 94 and replacing the ball bobbin 5a was repeated.

As a result, companies winding the yarn constantly replace bobbins during the day as well as at night, which leads to labor costs and cost hikes, which impairs domestic and foreign competitiveness.

The present invention has been devised to solve the above-mentioned problems, and the empty bobbin for winding the yarn into the bobbin is introduced into the winder device, and the thread is taken out of the bobbin wound around the operator without the operator's hand. The purpose is to increase the operating efficiency of the fun winder and to reduce labor costs and costs by automation.

1 is a perspective view of the storage box and storage box of the present invention

Figure 2a is a perspective view of the winder device of the present invention

Figure 2b is a perspective view of the cradle lifted up state of the present invention winder device

Figure 2c is a perspective view illustrating a cradle holder and the cylinder coupling state of the present invention

3 is a plan view of the main section of the winder device of the present invention

4 is a perspective view of the traverse device of the present invention

Figure 5 is a perspective view showing a cutting sphere and thread hook sphere of the present invention

Figure 6a is a side view illustrating a winding state of the present invention

Figure 6b is a side view of the state to take out the bobbin wound bobbin of the present invention

Figure 6c is a side view of the state of loading the bobbin of the loading box of the subject innovation between the bobbin support wheel

Figure 7a is a side view of a state of carrying in the bobbin of the loading box at the same time as the bobbin taken out of the storage bobbin as another embodiment of the present invention

7B is a side view illustrating a state in which a thread wound on the bobbin is cut while lifting and returning the loading box as another embodiment of the present invention;

7C is a perspective view illustrating a state in which a thread is fixed between a bobbin support wheel and a bobbin as another embodiment of the present invention;

Figure 7d is a cross-sectional view of the cylinder and bobbin as another embodiment of the present invention

Figure 8 is a side view of the fun winder to which the present invention is applied

9 is a front view of the fun winder to which the present invention is applied

10 is a schematic configuration diagram of a conventional fun winder.

*** Explanation of symbols for the main parts of the drawing ***

1: loading box 2: storage box

3: winder device 4: cradle

5: bobbin 6: drum

7: Traverse device 8: Cut off

9: air nozzle 10: cover

11: Thread hanger 12. 13. 14. 15. 16: Cylinder

17. 17a. 18: motor 19. 20: bobbin support wheel

21. 22. 23. 24: Cylinder 25: Thread platform

31. 31: piston 33: center axis

34: rotation axis 42: cradle holder

48. 49: guide member 53. 53a: locking member

54 support member 57 support tool

58: support 69: blade

The bobbin automatic loading and unloading device configuration of the fun winder of the present invention is described in detail as follows.

The present invention forms a bobbin support wheel which is transported to the left and right by a cylinder on both sides of the cradle to bring in the ball bobbin, and is mounted between the bobbin support wheels and rotates while rubbing with the drum to take out the bobbin wound with thread. A cradle fixed to a cradle holder supported by a bracket is configured to be swept up and down by a cylinder, and the cradle is swept up and down by a cylinder to hold a plurality of ball bobbins and a lower portion of the cradle. Formed to be inclined is characterized in that the storage compartment for storing the bobbin wound around the thread.

Hereinafter, a preferred embodiment of the present invention looks at with reference to the accompanying drawings.

First, the winder device 3 winding the yarn 26 wound around the branch pipe 29 to the bobbin 5 has a bobbin support wheel on one side of the cradle 4 having a roughly c-shape as shown in FIGS. 2A to 3. 20 is coupled to the cylinder 16 fixed to the piston 31 is formed to be transferred to the left, right, the bobbin support wheel 19 is fixed to the piston 32 and the central shaft 33 on the other side and the piston ( At the rear of the central shaft 33 supported by the bearing 32 and the key 35, the key 36 is driven to engage the key groove 37 of the rotary shaft 34 to which the timing pulley 38 is coupled to rotate the key. The motor 17 coupled to the cradle 4 and the timing pulley 38 coupled to the rotational shaft 34 of the cylinder 15 after engaging the cylinder 15 formed to be transported left and right along the groove 37. The timing pulley 39 is connected to the timing belt 40 to rotate the bobbin 5 mounted between the bobbin support wheels 19 and 20 to wind the seal 28. .

The cradle 4 is fixed to the cradle holder 42, the shaft 43, the bearing 44 is coupled to both sides is supported by the bracket 41, the cylinder 13 in the cradle holder 42 up and down It is comprised so that the ball bobbin 5 contained in the storage box 1 arrange | positioned at the upper part may be fitted, or the bobbin 5 in which the thread 28 was wound may be dropped to the storage box 2 by re-feeding.

The lower part of the bobbin 5 mounted between the bobbin support wheels 19 and 20 of the cradle 4 is supported by the bracket 45 so that the rotating drum 6 is rubbed with the bobbin 5 and rotated. On both sides of the cradle 4, the guide rollers 47 are coupled to the inside of the bow-shaped guide member 48 coupled to the bracket 45 when the cradle 4 is swept up and down by the cylinder 13. It was configured to be guided.

In addition, the cradle holder 42 to which the cradle 4 is fixed is bolted or pin-coupled with the bracket 46 and the lever 51 inserted into the guide groove 50 of the guide member 49 fixed to the bottom. It was configured to be supported by a cylinder 14 fixed to the holder 42 to prevent the cradle 4 from falling to the opposite side when lifted up.

As shown in FIG. 1, the loading box 1 having a plurality of ball bobbins 5 disposed on an upper portion of the cradle 4 is formed with side plates 52 protruding perpendicularly to both sides thereof to form a ball bobbin 5. To prevent the deviation of the alignment and the rear, the locking member 53 is formed on the rear to prevent the ball bobbin (5) from rolling down, the front support member 54 is formed longer than the side plate 52 is formed bobbin support wheel While the ball bobbin 5 for mounting between the 19 and 20 is placed, the front end of the side plate 52 is supported by a spring 55 so that the ball bobbin 5 placed on the support member 54 does not fall. And the support piece 57 of the fan shape in which the mounting piece 56 was formed is formed.

A cylinder having a piston 59 coupled to a shaft 59 formed between the support 58 in a state in which the support 58 is vertically elongated on both sides of the bottom surface of the loading box 1 is fixed to the storage box 2 and bolts or pins. (12) is used to mount the ball bobbin (5) up and down with a plurality of ball bobbin (5) containing the ball bobbin (5) between the bobbin support wheels (19) and (20) of the winder device (3). It was configured to be.

The storage box 2 disposed below the stacking box 1 has a side plate 61 and an inclined side plate 61 formed with a stepped portion 60 so that the bobbin 5 wound around the thread 28 is rolled downward and gathered sequentially. The locking member 53a which prevents the bobbin 5 which rolls down behind 61 from falling is comprised.

Bobbins mounted between the pistons 31 and 32 of the cylinders 15 and 16 and the fixed bobbin support wheels 19 and 20 formed on both sides of the cradle 4 and rotating with friction with the drum 6 ( The traverse device 7 which winds the thread 28 while forming a four-layer on 5) has a thread guide having a groove open in the front as shown in FIG. 4 and inserted into the guide member 64 to the left and right. The holder 65 is fixed to the holder 65 continuously and repeatedly conveyed, and the holder 65 is fixed to the wheel 66 coupled to the motor 18 to guide the guide wheels 67 and 67a on both sides of the guide member. It is fixed to the traction line 18 is configured to wind the bobbin (5) while moving left and right in the forward, reverse rotation of the motor (18).

As shown in FIG. 5, the traversing device 7 is provided with a cutting tool 8 provided with a blade 69 and bolts or pins coupled with the bracket 70 to push the piston of the cylinder 21 upward. When the thread 28 wound on the bobbin 5 is caught by the blade 69, it is cut off. When the piston of the cylinder 21 is pulled, the blade 69 of the cutting tool 8 is pulled out by the tension of the spring 72. It is configured to descend and return to its original position.

The thread 28 cut by the blade 69 of the cutting tool 8 is held by the suction of the air nozzle 9, and the upper portion of the air nozzle 9 is coupled to the bracket 71 and bolts or pins. The cover 10 is opened and closed by the piston of the cylinder 22, the one side of the air nozzle (9) is formed with a thread hanger (11) for turning by the cylinder 23 around the bolt or pin. It is configured to wind the bobbin 5 which rotates while hanging the chamber 28 sucked into the air nozzle 9 by friction with the drum 6.

Referring to the operation of the bobbin automatic loading and unloading device of the fun winder of the present invention described above are as follows.

First, the yarn 26 wound around the branch pipe 29 inserted into the upper branch pipe rack 30 of the fun winder 73 and the feed roller 74 rotated by the motor are rotated and rotated by the lever 76. Tension adjusting belt (79) rotates in contact with the tension adjusting roller (77) and the tension adjusting roller (77) rotated by a motor by dissolving the rubber yarn (27) wound on a branch pipe fixed to the supported roller (75). After passing through the heater (80) to impart a twist to the combustible spindle (81), and then rotates in contact with the tension control roller 78 and the tension control roller 78 is rotated by a motor (82) The rollers are wound by rotating the motor 28 while passing through the interlace nozzle 85 by winding the thread 28 through the interlace nozzle 85 several times between the lint-free roller 83 and the guide rod 84. The drum 28 held by the thread guide port 63 of the traverse apparatus 7 via the 87 It is wound on the bobbin 5 which rotates by friction with 6).

A ball bobbin 5 is mounted between the bobbin support wheels 19 and 20 fixed to the pistons 31 and 32 of the cylinders 15 and 16 formed on both sides of the cradle 4 so that the motor 17 is mounted. When driven, the timing pulley 39 coupled to the motor 17 and the timing pulley 38 formed on the cylinder 15 are rotated by the timing belt 40 connected thereto, and the timing pulley 38 rotates together. The rotation of the bobbin support wheel 19 fixed to the central shaft 33 and the piston 32 is caused by the rotation of the central shaft 33 in which the shaft 34 and the key 36 are inserted.

Therefore, the bobbin 5 mounted between the bobbin support wheels 19 and 20 is wound while forming a four-layer by the thread guide 63 of the traverse device 7 while rotating by rubbing with the drum 6.

After the thread 28 is wound around the bobbin 5, the bracket 70 is pushed to the piston 31 of the cylinder 21 by pushing the cutting tool 8 formed at the lower portion of the traverse device 7 by electric control. And a bolt or pin-coupled cutting tool 8 is lifted up and caught by the blade 69 of the cutting tool 8 lifted upward by a thread 28 which is repeatedly transported left and right by the traverse device 7. At the same time, when the cover 10 coupled with the bracket 71 and the bolt or pin is pushed by the piston of the cylinder 22, the cover 10 is reclined sideways and the air nozzle 9 is opened to cut the seal. (28) the end is sucked and fixed, the cutting tool (8) lifted up at this time is returned to the original position by the tension of the spring 72 because the piston of the cylinder 21 is pulled.

After the thread 28 is wound around the bobbin 5 mounted between the bobbin support wheels 19 and 20 constituting the winder device 3 and cut, the piston of the cylinder 13 is pushed and the piston is The cradle holder 42 coupled to and supported by the bracket 41 and the cradle 4 fixed to the cradle holder 42 are in the shape of a bow-shaped guide member 48 and the cradle holder 42 which are in contact with the guide roller 47. The lever 51, which is coupled to the bracket 46 fixed to the cylinder 14 and supported by the cylinder 14, is supported by the guide member 49 inserted into the guide groove 50 to the front end of the storage compartment 2 formed to be inclined backward. It can be heard.

At this time, when the pistons 31 and 32 of the cylinders 15 and 16 formed on both sides of the cradle 4 are pulled out, the bobbin support wheels 19 and 20 fixed to the pistons 31 and 32 are bobbins ( At the same time, the bobbin (5) which is pulled out at the same time as the thread (28) is completely wound down falls down and is caught by the catching member (53a) formed at the back while being rolled down along the step (60) of the storage box (2), and then the bobbin is dropped. (5) is to be stored sequentially.

The bobbin 5, which is mounted between both bobbin support wheels 19 and 20 of the cradle 4, is unloaded into the storage 2 after the bobbin 5 is wound up, and then the bolt 2 or the pin is coupled with the storage 2. When the piston of the cylinder 12 coupled with the shaft 59 formed at the lower end of the support 58 is pushed, the loading box 1 formed on the upper portion of the support 58 is slid forward and the upper portion of the cradle 4 lifted upward. The bobbin support wheels 19 and 20 are lowered, and the mounting piece 56 formed in the fan-shaped support 57 coupled to the distal end portion of the side plate 52 of the loading box 1 includes the cylinders 15 and 16. In contact with the front of the cradle (4) coupled to the fan-shaped support 57 is pushed back to expose both sides of the ball bobbin (5) placed on the support member 54.

The cradle 4 with the ball bobbin 5 exposed on both sides of the loading box 1 and the center of the bobbin support wheels 19 and 20 of the cradle 4 lifted up coincide with each other. When the pistons 31 and 32 of the cylinders 15 and 16 formed in the cylinder are pushed, the bobbin support wheels 19 and 20 fixed to the pistons 31 and 32 are transferred to mount the ball bobbins 5. Then, the loading box 1 into which the ball bobbin 5 was carried, pulls the piston of the cylinder 21 to return to the original position, and the cradle 4 to which the ball bobbin 5 is mounted is fixed to the cradle 4. The bobbin support wheels 19 and 20 are driven by driving the motor 17 coupled to the cradle 4 in a state where the piston of the cylinder 13 coupled with the cradle holder 42 is brought into close contact with the drum 6. Rotating bobbin (5) mounted between the).

When the bobbin 5 mounted between the bobbin support wheels 19 and 20 is started to be rubbed with the drum 6 by the driving of the motor 17 coupled to the cradle 4, the traverse is controlled by electrical control. The cylinder 23 of the thread hanger 11 provided in the lower part of the device 7 is operated so that the seal hanger suctioned and fixed to the air nozzle 9 while pivoting the thread hanger 11 coupled with the piston upwards. When it is attached to one side of the rotating bobbin (5), the thread (28) caught in the thread hanger (11) is wound on the bobbin (5), and the thread (28) suction-fixed to the air nozzle (9) ) And the piston 10 of the cylinder 22 coupled with the cover 10 is pulled by the thread hanger 11, and the cover 10, which has been swept sideways by the tension of the spring (not shown), is air nozzle 9. ) And the thread hanger 11 which hangs the thread 28 to the bobbin 5 returns to the original position by the cylinder 23.

As described above, when the thread 28 is wound around the bobbin 5 which is rotated by friction with the drum 6 using the thread hanger 11, the thread guide of the traverse device 7 repeatedly transferred to the left and right sides. The thread 28 is caught in the front opening groove 62 of the sphere 63 to be wound while forming a four-layer. After the thread 28 is wound around the bobbin 5, the cradle 4 is raised to raise the thread 28. The bobbin (5) wound up is carried out to the storage box (2), the ball bobbin (5) of the loading box (1) is mounted between the bobbin support wheels (19) 20, and then the winding operation is repeated.

Another embodiment of the present invention will be described with reference to FIGS. 7A to 7D.

A bobbin support wheel 19 is coupled to the piston 32 and the central shaft 33 on one side bracket 89 of the cylinder support 88 formed on the upper portion of the fun winder 73, and is connected to the central shaft 33. The locked key 36 fixes the cylinder 15 to which the motor 17a is coupled to the rotational shaft 34 engaged with the key groove 37. The bobbin support wheel 20 is attached to the bracket 90 on the other side bracket 90. It is configured to mount the ball bobbin (5) for winding the seal 28 between the bobbin support wheels (19) and (20) by fixing the cylinder (16) fixed to the.

The front of the bobbin support wheel 19 fixed to the piston 32 of the cylinder 15 coupled to one bracket 89 of the cylinder support 88 is bolted or pin-coupled with the vertical bracket bracket 91 The thread lifting member 25 lifted up by the piston of 24 is formed to carry the thread guide port 63 of the traverse device 7 and the thread 28 of the bobbin 5 falling into the storage box 2. It was configured to fit between the ball bobbin (5) and the bobbin support wheels (19) (20).

On the upper part of the bobbin 5 mounted between the bobbin support wheels 19 and 20, a fan-shaped support 57 formed with a mounting piece 56 at the tip of the side plate 52 is formed, and the cutting tool 92 ) Is coupled to the loading box (1) is arranged so that the upper and lower reloading of the loading box (1) with the cylinder 12, the shaft of the support (58) fixed to the lower both sides of the loading box (1) is coupled to the piston (12). , The storage box 2 is bolted or pin-coupled with the support 58 of the storage box 1 is configured to be inclined to the rear of the bobbin support wheel 19, 20, but the front end of the storage box (2) of the bobbin (5) Pull the piston of the cylinder 12 so that it is located at the bottom and release the bobbin 5 wound around the bobbin 5, the support wheels 19, 20, and the bobbin 5 wound thereon. It was configured to gather.

When the thread 28 is wound around the bobbin 5 which is mounted between the bobbin support wheels 19 and 20 and the yarn 28 is rotated using the thread guide port 63 of the traverse device 7, the one side cylinder By stopping the operation of the motor 17a coupled to the rotational shaft 34 of (15) and pulling the pistons 31 and 32 of both cylinders 15 and 16, the bobbin support fixed to the piston 32 is supported. The wheel 19 falls into the loading box 2 which is formed to be inclined rearward while being pulled out of the bobbin 5 in which the thread 28 is completely wound.

The bobbin 5 wound around the thread 28 is dropped into the rear inclined storage box 2 and coupled to the shaft 59 between the storage box 2 and the bolt or pin-coupled support 58. When the piston of the cylinder 12 is pushed, it is fixed to the support 58 so as to be disposed on the upper side of the bobbin support wheels 19 and 20, and the loading box 1 containing a plurality of ball bobbins 5 is reclined forward. The mounting piece 56 formed at the tip end of the loading box 1 abuts against the upper ends of both brackets 89 and 90 of the cylinder support 88 so that the member-shaped support 57 is pushed back, and the support member 54 is supported. Both sides of the ball bobbin 5 placed in it are exposed so that their centers are aligned between the bobbin support wheels 19 and 20 fixed to the pistons 31 and 32 of the cylinders 15 and 16.

At this time, the thread 28 which is repeatedly caught to the thread guide port 63 of the traverse device 7 and is repeatedly transported to the left and right is provided in the lower portion of the bracket 91 and the thread platform 25 coupled with bolts or pins. When the piston of the cylinder 24 is pushed up, the thread 28 wound around the thread guide port 63 of the traverse device 7 and the bobbin 5 separated from the storage box 2 is the thread platform 25. It is positioned between the bobbin support wheel 19 and one side of the ball bobbin (5) placed on the support member 54 of the loading box (1).

When the cylinders (15) and (16) are operated in a state where the seal (28) caught on the thread lift table (25) is placed on one side of the bobbin support wheel (19) and the bobbin (5), it is fixed to the piston (31) (32). The bobbin support wheels 19 and 20 are mounted on both sides of the ball bobbin 5 and the seal 28 is sandwiched and fixed between the bobbin support wheel 19 and the bobbin 5 and the thread platform 25 is provided. Is lowered, and the loading box 1 into which the ball bobbin 5 is carried is returned to its original position by the cylinder 12, and the bobbin contained in the storage box 2 as a cutting opening 92 formed at the tip of the loading box 1. The bobbin 5 mounted between the bobbin support wheels 19 and 20 is cut off, and the bobbin 5 mounted between the bobbin support wheels 19 and 20 is rotated on one side cylinders 15 and 16. The seal 28 is wound while forming a four-layer by the traverse device 7 while rotating by the drive of the motor 17a coupled to the shaft 34.

In the present invention described above, the winding of the ball bobbin contained in the loading box between the bobbin support wheel that is fixed and transported to the piston of the cylinder in winding the yarn to the bobbin with a fun winder for twisting, and winding the bobbin in the storage The automatic export has the effect of automating the operation of the fun winder.

Therefore, the present invention is a very practical design, such as to increase the internal and external competitiveness by reducing the burden of labor costs and cost increase incurred when the operator replaces the bobbin by automating the operation of the fun winder.

Claims (6)

In the fun winder 73 which winds the yarn 28 in the bobbin 5 while dissolving the yarn 26 wound on the branch pipe 29 to form a four-layer with the traverse device 7, A storage box 1 containing a plurality of ball bobbins 5 is fixed to a support 58 which is bolted or pin-coupled to a side of the storage box 2, and coupled with a shaft 59 formed at the bottom of the support 58. Pull up or push down on the cylinder 12 Arranged in the lower portion of the stacking box (1) is configured to be inclined rearward the storage box (2) containing a plurality of bobbins (5) wound around, A cradle is formed to mount a bobbin 5 which is rotated by friction with the drum 6 between the pistons 31 and 32 of the cylinders 15 and 16 and the bobbin support wheels 19 and 20 which are fixedly conveyed. 4) to the cradle holder 42, which is supported by the bracket 41 and to which the cylinder 13 is coupled, and lifts the cradle 4 with the cylinder 42 to the upper bobbin (5) where the seal 28 is wound up. Transport the ball bobbin 5 contained in the stacking box 1 between the bobbin support wheels 19 and 20 to lower the cradle 4 into the cylinder 13 and then to the bobbin 5. The bobbin automatic loading and unloading device of the fun winder, characterized in that configured to wind the seal 28 by rotating while rubbing with the drum (6). The method of claim 1, It is configured to mount the bobbin (5) between the bobbin support wheels (19) and (20) fixed to the piston (31) (32) of the cylinder (15) (16) coupled to the cylinder support (88). , The cylinder 12 is coupled to the shaft 59 formed on the support 58 to be bolted or pinned to the side of the storage box 2 on the bobbin support wheel 19, 20, the bobbin 5 is mounted It is fixed to the upper portion of the support (58) is configured to be reloaded up and down the loading box (1) containing a plurality of ball bobbin (5) The bobbin (5) is mounted on the bobbin support wheel 19, 20 is mounted to the lower portion of the storage compartment (2) containing a plurality of bobbin (5) wound around the bobbin (5) is configured to be inclined backward Bobbin automatic import and export device of fun winder. The method according to any one of claims 1 to 2, The traverse device 7 having the seal guide 63 having the recess 62 opened in the front and the traverse device 7 are reclined up and down about one side by a cylinder 21 at the bottom of the traverse device 7. Suction fixing of the thread 28 cut open and closed by the cutting tool 8 which cuts the thread 28 caught by the blade 69 and the cover 10 which is laterally circumscribed about one side by the cylinder 22. The bobbin 5 which is rotated by friction with the drum 6 by hanging the seal 28 sucked and fixed to the air nozzle 9 while being pivoted by the cylinder 23 around the air nozzle 9 and the bolt or pin. Bobbin automatic loading and unloading device of the fun winder, characterized in that the thread hanger (11) wound around. The method according to any one of claims 1 to 2, A support member 54 is formed at the front side and a fan-shaped support 57 formed with a mounting piece 56 at the front end side of the loading box 1 having the locking member 53 formed thereon is connected to the spring 55. Bobbin automatic loading and unloading device of the fun winder, characterized in that configured to be supported. The method according to claim 1 or 2, The bobbin support wheel 20 is fixed to the piston 31 of the one cylinder 16 constituting the winding device 3, and the bobbin support wheel (to the piston 32 and the central shaft 33) to the other cylinder 15 ( 19 is fixed to the left and right conveyed to the center, but the rotation axis 34 driven by the motor and the central shaft 33 is fixed to the front end bobbin support wheel 19 is the key 36 and the key groove 37 Bobbin automatic loading and unloading device of the fun winder, characterized in that coupled. The method of claim 2, The fan-shaped support 57 is coupled to the cutting tool 92 for cutting a thread under the tip of the loading box 1 formed at the tip, and coupled to the piston 32 of the cylinder 15 to which the motor 17a is coupled. Bobbin automatic loading and unloading device of the fun winder, characterized in that the front side of the bobbin support wheel (19) is configured to lift up by the cylinder 24, the thread platform (25) bolted or pin coupled to the bracket (91).