KR200167423Y1 - An apparatus for winding elastic thread - Google Patents

Abstract

The present invention is to replace the manbobin and gongbinbin, initially rotate the rotating plate 180 degrees, the touch roller is lowered at a constant speed in a range that does not affect the rotation of the ballbobin to be in close contact with the ball bobbin, The present invention relates to a spinning machine for elastic yarns which prevents the elastic yarns from being easily broken by preventing the elastic yarns from being wound by the touch roller by preventing the rotation speed of the bobbins falling.

Both sides are equipped with a bobbin holder and a rotating plate equipped with a driving motor rotated by 180 degrees, and the lifting and lowering with a touch roller and a main roller, which repeatedly descends and descends every 180 degrees of rotation of the rotating plate, and guides the supply of elastic yarn. It is characterized in that the spinneret consisting of a thread-changing part consisting of a rotating arm having a guide member and a rotating member having a guide member after completing a single stroke of thread hook switching every 180 degrees of rotation of the rotating plate.

Description

An yarn for winding elastic thread {An apparatus for winding elastic thread}

The present invention relates to a spin winding machine of elastic yarn, and in more detail, in replacing the bobbin and the bobbin, after the initial rotation of the rotating plate 180 degrees, the touch roller does not affect the rotation of the bobbin. Elastic yarn that is lowered to close to the bobbin, thereby preventing the elastic yarn from being easily broken by preventing the elastic yarn from being wound on the touch roller due to the speed reduction of the initial bobbin, and minimizing the replacement time of the bobbin and the bobbin. It relates to a method of winding up and to a spin winder.

In general, a device for winding an elastic yarn produced in a yarn shape alternately in the gongbobin is known and in use, which is disclosed in Korean Patent Laid-Open Publication No. 95-11301 (elastic yarn winding method and spin wound machine; Will be described as an example).

Fig. 7 shows a conventional spinning winding machine, in which yarns of elastic yarns are wound sequentially by two or more bobbin holders to switch the elastic yarns Y running from the bobbins B1 to the bobbins B2. In the winding machine, a thread-guiding device 102 is installed in which the elastic yarn moving to the manbobin B1 in the standby position is wound up to the upstream elastic yarn of the bobbin by way of the bobbin in the winding position. It features.

Therefore, Figure 8 is a process diagram showing the winding method according to the spin-winder configured as described above, the winding of the elastic yarn is completed in the bobbin (B1) is in close contact with the touch roller 101, the Gongbobin (B2) is located at the bottom (See FIG. 8A);

The turret plate 100 located in the center is rotated forward to move the manbobin B1 to one side, so that the elastic yarn is in close contact with the outer diameter of the touch roller 101 and stretched along the manbobin B1 (see FIG. 8B). and;

The turret plate 100 is continuously rotated forward so that the mann bobbin B1 is excessively positioned in a vertical line, and the elastic yarn Y is stretched while being in close contact with the outer diameter of the touch roller 101. A part of the elastic yarn (Y) in close contact with the outer diameter while the touch roller 101 is lowered (see FIG. 8C);

The turret plate 100 is continuously rotated forward so that the bobbins B1 and the bobbins B2 are positioned on the horizontal line, and the elastic yarn Y is stretched while being in close contact with the outer diameter of the touch roller 101. Simultaneously rotating the guide bar of the guiding device 102 and winding the elastic yarn Y in the bobbin B2 and cutting the elastic yarn (see FIG. 8D);

On the contrary, the process of winding the elastic yarn (Y) in the ball bobbin (B2) by decelerating the turret plate (100) and decelerating the ball bobbin (B2) (see FIG. 8E);

Finally, through the process (see Fig. 8f) in close contact with the gongbin (B2) to the touch roller 101 in the lowered position is to replace the manbobin (B1) and the gongbinbin (B2).

However, in replacing the bobbin (B1) and the bobbin (B2) by the above apparatus and method, the deceleration ball bobbin (B2) in the winding process (see Fig. 6f) of the bobbin (B2) is a touch roller ( Due to the impact and friction generated at the moment in close contact with the 101, the speed of the gongbobin (B2) is lowered and the elastic yarn (Y) is easily wound around the touch roller 101, the elastic yarn (Y) is broken I had.

In addition, the replacement of the manbobin (B1) and Gongbobin (B2) has a problem that takes a lot of replacement time, because the travel stroke is longer as the turret plate repeats the forward and reverse rotation.

In addition, as the gongbobin (B2) and the manbobin (B1) must satisfy the condition (see Fig. 6d) that must be stopped at the intermediate position for real guidance, there is also a problem to provide a separate stop device for the turret. there was.

The present invention is designed to solve the above problems, in replacing the bobbin and the bobbin, after the initial rotation of the rotating plate 180 degrees, the touch roller does not affect the rotation of the ball bobbin constant speed range It is intended to provide an elastic winding machine of the elastic yarn to prevent the elastic yarn is easily broken by preventing the elastic yarn from being wound by being lowered to be in close contact with the gongbinbin.

In addition, as the touch roller is gradually lowered vertically and closely attached to the bobbin, there is also an object of preventing the rotation speed of the bobbin from falling off at the beginning of winding.

In addition, when the replacement of the manbobin and gongbobin by rotating the rotating plate by 180 degrees so as to change only the operating position and the standby position by reducing the movement stroke, there is also the purpose of minimizing the replacement time.

In addition, it is also possible to reduce the unit cost of the apparatus by simplifying the forward and reverse rotation apparatus for performing the thread hook.

On the other hand, by using a rotating arm including a cylinder when the elastic yarn is switched to the gongbin, there is also an object to increase the outer diameter of the gongbin and the contact angle of the elastic yarn.

The present invention for achieving the above object, the bobbin holder is mounted on both sides and the rotating plate is equipped with a drive motor rotated by 180 degrees, repeating the descending and lifting every 180 degrees of rotation of the rotating plate, the supply of elastic yarn Radiating part consisting of a lifting part having a guiding touch roller and a main roller, and a rotating arm having a guide arm and a forward / backward rotation device after completing one stroke of thread hook change every 180 degrees of rotation of the rotating plate. It is characterized by a winder.

1 is a schematic view showing a spin winder of the present invention,

2 is a flow chart illustrating a winding method through a spin winder of the present invention,

3 is a schematic view showing a spin winder of another embodiment according to the present invention,

4 is a description of a winding method through a spinner of another embodiment according to the present invention

Flowchart,

5 is a schematic view showing another embodiment of the thread switching unit according to the present invention.

Figure 6 is a dog showing a state equipped with a thread changer of another embodiment according to the present invention

Schematic.

7 is a schematic view showing a conventional spin winder,

8 is a flow chart illustrating a conventional winding method through a spin winder,

Explanation of symbols for main parts of the drawings

1: rotating plate

11: bobbin holder

2 lifting unit

21: touch roller

22: main roller

3: thread switching part

31: forward and reverse rotation device

32: rotating arm

321: thread hanger guide member

4: thread switch

41: forward and reverse rotation device

42: cylinder rotary arm

421: rod, 422: thread hanger guide member

5: thread switch

51: rotating link

511: long hole, 512: thread hanger

52: cylinder

521: thread transfer rod

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the spin winder of the present invention, the configuration thereof is as follows.

Bobbin holder 11 is mounted on both sides, the rotating plate 1 is mounted with a driving motor 12 rotated by 180 degrees;

A lifting unit 2 having a touch roller 21 and a main roller 22 for guiding the supply of elastic yarn and repeating descending and lifting every 180 degrees of rotation of the rotating plate 1;

Thread rotation part 3 consisting of a rotary arm 32 and a forward and reverse rotation device 31 having a thread hanger guide member 321 in the inner end of the rotation of the rotating plate 1 and finishes one stroke of thread hanger switching every 180 degrees. It is characterized by consisting of).

And the thread guide member 321 formed inside the lower end of the rotary arm 32 is formed so that the thread can be caught when the supplied elastic yarn (Y) to rotate inward.

Unexplained symbol B1 denotes manbobin, and B2 denotes Gongbobin.

Figure 2 is a flow chart showing a winding process according to the spin winding machine of the present invention, the process will be described as follows.

Manbobin (B1) is completed in the winding of the elastic yarn (Y) is in close contact with the touch roller 21 is located in the operating position, the gongbobin (B2) is located in the lower portion on the vertical line of the exchange waiting process (see Fig. 2a) and;

Next, as the elastic yarn is continuously supplied while the lifting unit 2 located on the upper side is fixed, and the rotating plate 1 is rotated by 180 degrees by the motor, the positions of the mann bobbin B1 and the ball bobbin B2 are maintained. Exchange process in which is replaced (see FIG.

Next, the elastic yarn (Y) is continuously supplied in the state in which the lifting unit (2) located on the upper side is fixed and at the same time the rotary arm (32) is rotated at a predetermined angle about the upper end, the supplied elastic yarn (Y) An elastic yarn switching process (see FIG. 2C) in close contact with the outer diameter of the bobbin (B2);

Next, the elastic yarn (Y) is tack-switched to the gongbobin, the elastic yarn that is connected to the manbobin running and the elastic yarn is broken so that the elastic yarn (Y) is wound only on the gongbobin (B1) (see Fig. 2d);

Next, the rotary arm return process for returning the rotary arm to the original position (see Fig. 2e);

Finally, the lifting section 2 on which the touch roller 21 is mounted is lowered at a constant speed in a range that does not affect the rotation of the ball bobbin B2, so that the ball bobbin B2 is the outer diameter of the touch roller 21. It is characterized by switching between the bobbin (B1) and the gongbobin (B2) through the lifting step descending process (see Fig. 2f) to prevent the speed drops at the close contact.

3 shows another embodiment of the present invention, and its configuration will be described below.

A bobbin holder 11 is mounted at both sides thereof, and a rotating plate 1 having a driving motor 12 rotated by 180 degrees in the center thereof;

A lifting unit 2 having a touch roller 21 and a main roller 22 for guiding the supply of elastic yarn and repeating descending and lifting every 180 degrees of rotation of the rotating plate 1;

Finishing one stroke of the thread hook switching every 180 degrees of rotation of the rotating plate 1, characterized in that consisting of a thread switching part 4 consisting of a cylinder rotary arm 42 and the forward and reverse rotation device (41).

In particular, the inner end of the rod 421 mounted to the cylinder rotary arm 42 is formed with a thread guide member 422 to hang the elastic yarn (Y).

Figure 4 is a flow chart showing a winding process applied to the spinning machine of another embodiment according to the present invention, the process will be described as follows.

Manbobin (B1) of the winding of the elastic yarn (Y) is in close contact with the touch roller 21 and the operating position, the gongbobin (B2) is located in the lower portion of the vertical line in the exchange waiting process (see Fig. 4a) and ;

Next, as the elastic yarn is continuously supplied while the lifting unit 2 is fixed at the top, and the rotating plate 1 is rotated by 180 degrees by the motor, the positions of the mann bobbin B1 and the vacant bobbin B2 are replaced. Exchange process (see Fig. 4b);

Next, as the elastic yarn (Y) is continuously supplied in the state in which the elevating portion (2) is fixed, and the cylinder rotary arm (42) is rotated at a predetermined angle about the upper end, the supplied elastic yarn (Y) is made of a gongbobin ( The initial switching process of the elastic yarn in close contact with the outer diameter of B2) (see FIG. 4C);

Next, the elastic yarn Y is continuously supplied in the state in which the elevating part 2 is fixed, and the rod 421 is stretched and contracted instantaneously, thereby adhering the elastic yarn Y to the outside diameter of the gongbin bin B2 by 360 degrees. An elastic yarn switching process (see FIG. 4D) in which the elastic yarn switching to the bin B2 is completed and the elastic yarn Y connected to the manbobin B1 is boiled;

Next, after the rod 421 is extended, the cylinder returning process of returning the cylindrical rotary arm 42 to its original position (see FIG. 4E);

Finally, the lifting section 2 on which the touch roller 21 is mounted is lowered at a constant speed in a range that does not affect the rotation of the ball bobbin B2, so that the ball bobbin B2 is the outer diameter of the touch roller 21. It is characterized by switching between the bobbin (B1) and the gongbobin (B2) through the lifting step descending process (see Figure 4f) to prevent the speed drops at the close contact.

On the other hand, Figure 5 shows another embodiment of the thread switching part, the thread switching part 5 of another embodiment according to the present invention is rotated through the forward and reverse rotation device 41, the middle hole 511 is formed in the middle Rotating link 51 is mounted to the front threaded fixed shaft 512; It is mounted on the outer side of the rotary link 51 and the threaded rod transfer rod 521 is made of a cylinder 52 which is inserted into the long hole 511 and protrudes inward.

Thus, as shown in FIG. 6. At the time when the thread switching part 5 is rotated through the forward and reverse rotation device 41 to wind the thread in the bobbin bobbin B2, the elastic yarn Y wound around the bobbin bobbin B1 is rotated by the rotary link 51. Simultaneously caught by the thread holder fixed shaft 512 and the thread hook transfer rod 521 mounted to the front of the, the rotary link 51 is moved to the upper side of the gongbobin (B1) the cylinder 52 Since only the thread hook transfer rod 521 connected to the elastic member Y is stretched and contracted, the elastic yarn Y connected to the bobbin bobbin B2 is wound on the bobbin bobbin B2 when the ballistic yarn Y is wound around the bobbin bobbin B1. It will not be interfered with.

The present invention as described above has the effect of preventing the elastic yarn (Y) from being easily broken by preventing the elastic yarn from being wound by the touch roller when the manbobin and the bobbin are replaced.

In addition, by bringing the gongbin and the touch roller in close contact with each other vertically, there is also an effect of preventing the rotation speed of the gongbin drop in the initial winding.

In addition, there is an effect that can increase the productivity by minimizing the replacement time of manbobin and gongbobin.

In addition, the rotating plate is rotated by 180 degrees regularly to perform the thread hanger can simplify the components of the device, there is an effect that can reduce the unit cost of the device.

On the other hand, by using a cylinder when switching the elastic yarn to the gongbin, there is also an effect that can increase the contact angle of the gongbobin and the contact angle of the elastic yarn to improve the accuracy at the time of switching.

Although the present invention has been described with reference to the embodiments shown in the drawings, this is merely exemplary, and it will be understood by those skilled in the art that various modifications and equivalent other embodiments are possible.

Claims (3)

Bobbin holder 11 is mounted on both sides, the rotating plate 1 is mounted with a driving motor 12 rotated by 180 degrees; A lifting unit 2 having a touch roller 21 and a main roller 22 for guiding the supply of elastic yarn and repeating descending and lifting every 180 degrees of rotation of the rotating plate 1; Rotating arm 32 is mounted on one side of the lifting unit 2 and finishes one stroke of thread hook switching every 180 degrees of rotation of the rotating plate 1, and a thread hook guide member 321 is formed at the bottom. Elastic yarn spinning winding machine, characterized in that consisting of a thread switching part (3) consisting of a reverse rotation device (31). A bobbin holder 11 is mounted at both sides thereof, and a rotating plate 1 having a driving motor 12 rotated by 180 degrees in the center thereof; A lifting unit 2 having a touch roller 21 and a main roller 22 for guiding the supply of elastic yarn and repeating descending and lifting every 180 degrees of rotation of the rotating plate 1; Cylinder rotation arm 42 having a rod 421 formed with a thread guide guide member 422 at the bottom, and finishes one stroke of the thread hook change every 180 degrees of rotation of the rotating plate 1, the stationary rotary device 41 Elastic yarn spinning winding machine, characterized in that consisting of a thread switching part (4) consisting of. The rotating link of claim 2, wherein the thread switching unit (5) is rotated through a forward and reverse rotation device (41), a long hole (511) is formed in the middle, and a thread hanger fixing shaft (512) is mounted in the front. 51; The spinneret is mounted on the outer side of the rotary link (51) and comprises a cylinder (52) inserted into the long hole (511) to protrude inwards.