KR100781404B1 - Repair device of yarn twisting in a singeing machine - Google Patents

Abstract

An apparatus for compensating for twisting of a fabric in a singeing machine is provided to achieve a smooth singeing process and improve the singeing efficiency of the fabric, by using a pair of spreaders to compensate for right-left twisting of the fabric during a singeing process of the fabric. A support frame(30) is constituted of a front portion of a burner unit. A guide bar(31) is formed above a body of the support frame in a horizontal direction. First and second fixing frames(40,44) are respectively installed at both sides of the guide bar, and horizontally movable centering on the center thereof. Rubber rollers(43) driven by motors(100) are installed at both sides in a longitudinal direction within each of the fixing frames. First and second magnet members are formed at a center portion and upper and lower portions of one side within the each of the fixing frames. A pair of spreaders(50) are respectively positioned in a longitudinal direction within the first and second fixing frames. Third magnet members are formed in a metal portion of a rear side of each spreader and upper and lower portions of each spreader, wherein the magnet members have the same polarities as the second magnet members. A belt outside each spreader is closely formed on the rubber rollers of the first and second fixing frames while a plurality of guide rollers(54) are formed within each spreader.

Description

Repair device of Yarn Twisting in a Singeing Machine}

1 is a plan view showing a spreader configuration applied to a conventional mosquito.

Figure 2 is an enlarged plan view and side view of the main portion showing the fabric distortion compensation device configuration to which the present invention is applied.

Figure 3 is a front view showing the fabric distortion compensation device configuration of the present invention mosquitoes.

4 to 5 is a plan view showing a configuration in which the fabric is compensated by the speed control of the spreader proceeds after the fabric is twisted through the present invention.

6 is a cross-sectional view showing an installation configuration of a spreader in the configuration of the present invention.

Figure 7 is a cross-sectional view showing a magnet installation configuration positioned inside the spreader and the frame of the present invention configuration.

* Description of the symbols for the main parts of the drawings *

10-Fabric 30-Support Frame

31-guide rod 40-1st fixed frame

41-First magnet member 42-Second magnet member

43-Rubber Roller 44-2nd Fixed Frame
46-thread groove 50-spreader

delete

51-metal part 52-3rd magnet member

53-Belt 54-Guide Roller

55-protrusion 60-transverse means of movement

61-Screw shaft 70-Break-away roller

80-Sensor 90-Sensor

100-motor

The present invention relates to a device for compensating for fabric distortion of a mosquito, and more particularly, to compensate for the left and right distortion of a fabric that is being processed in the process of embossing the fabric through a spreader, thereby improving the smooth processing and the work efficiency of the fabric. It is invented to be.

In general, the mosquito is a device that constantly burns the hair on the surface of the fabric fabric to be dyed in a predetermined color.

Then, when the hairs formed on the surface of the fabric are burned with a mosquito, firstly, the gloss of the fabric surface is constant, and secondly, the feel of the fabric surface is improved, and the third is uniformly dyed. The furnace saves approximately 30 to 40% of the dye.

In addition, the fifth has the effect of removing the lint generated during weaving.

On the other hand, as shown in Figure 1, the spreader (Spreader) that serves to unfold the fabric for easy mosquito process in the conventional mosquito constitution is configured to allow access to the inside of the tube-shaped fabric using a wood material and iron plate Consists of.

And, the spreader (1) made of wood material is smooth in the surface of the wood to reduce the friction during the progress of the fabric and pole adjustment of the fabric is formed in the form of a ratchet (2) so that the operator can manually adjust the width according to the width. .

The spreader configuration of the conventional mosquito net configured as described above has a problem that structural limitations occur in order to minimize friction with the fabric no matter how smooth the surface of the wood during fabric progression.

In addition, the tension that is irregularly caught on the fabric due to the friction cannot be adjusted, and there is no way to compensate for this when the left and right sides of the fabric are distorted.

In addition, a hole of about 100mm in diameter is generated for the inspection of the fabric before the process of the moss, which causes a problem in that a spreader is caught in the hole during operation, causing the spreader to be broken or a part of the mosquito machine to be broken. .

It is an object of the present invention to adjust the width according to the width of the fabric during the mossing process, to provide a device for preventing distortion of the fabric of the moss machine to increase the efficiency of the moss by maintaining a constant tension.

Another object of the present invention is to provide a mosquito distorting device of the mosquitoes to accurately compensate for the distorting of the distal fabric because the separate control is possible by separating the drive of the spreader left and right.

Still another object of the present invention is to provide a device for preventing the warping of fabric of a mosquito so as to improve the reliability and convenience of work.

The object of the present invention is that it is equipped with a burner device for burning the hair of the fabric (10) by firing a flame on the several rollers and the fabric (10) transported therein necessary to transport the fabric (10) therein In;

A support frame 30 having a front part of the burner device and having a guide rod 31 formed in a horizontal direction at an upper portion of the body;

It is installed on both sides of the guide rod 31 of the support frame 30 and is movable horizontally around the center, and the rubber roller 43 driven by the motor 100 is provided on both sides in the longitudinal direction of the body. First and second fixed frames 40 and 44 having first and second magnet members 41 and 42 formed on upper and lower parts of the inner and central parts of the body;

While the inner part of the first and second fixing frames 40 and 44 are located in the longitudinal direction, the metal parts 51 of the rear side of the body and the upper and lower parts of the first and second fixing frames 40 and 44 are formed. The third magnet member 52 is formed with the same polarity as that of the second magnet member 42, and the outer belt 53 is fixed to the first and second in the state where a plurality of guide rollers 54 are provided inside the body. A pair of spreaders 50 formed in close contact with the rubber rollers 43 of the frames 40 and 44 are achieved.

Therefore, the fabric distort compensation device of the present invention mosquito stabilized fabric 10 through the spreader 50 of the present invention when the fabric 10 proceeds to the burner device in one direction instead of the correct position during the mosquito work through the mosquito. It is possible to improve the efficiency by maintaining the entry and tension.

Therefore, the reliability of the product can be improved.

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

1 is a plan view showing a spreader configuration applied to a conventional mosquito.

2 is an enlarged plan view and a side view of the main portion showing the fabric distortion compensation device configuration to which the present invention is applied.

Figure 3 is a front view showing the fabric distortion compensation device configuration of the present invention mosquitoes.

4 to 5 is a plan view showing a configuration in which the twisted fabric is compensated by the speed control of the spreader and then proceeded by twisting the fabric through the present invention.

6 is a cross-sectional view showing an installation configuration of the spreader in the configuration of the present invention.

7 is a cross-sectional view showing a magnet installation configuration positioned inside the spreader and the frame of the present invention configuration.

That is, as shown in FIGS. 1 to 7, the fabric distortion compensation device of the present invention Mossogi is configured to accurately guide the fabric while maintaining the tension to the burner device during the mossing process to improve the efficiency.

And, in the configuration of the present invention, the support frame 30 composed of the front portion of the burner device is formed with a guide rod 31 in the transverse direction to the upper body.

The guide rod 31 formed of the upper portion of the body of the support frame 30 is formed in a pair of configurations while maintaining a predetermined interval before and after, and the first and second fixed frames 40 and 44 to be described later are respectively After the guide rod 31 is installed, the transverse movement is possible.

In addition, the first and second fixed frames 40 and 44 installed on the pair of guide rods 31 before and after the upper surface of the support frame 30 have a width 10 by the transverse direction moving means 60. You can control the settings accordingly.

This, the transverse movement means 60 is also transversely below the body of the first and second fixing frames 40 and 44 in a state in which the screw shaft 61 is extended in the transverse direction below the center of the support frame 30. After the screw groove 46 for directional movement, the screw shaft 61 is rotated by the driving force of the motor 100 formed in the front portion of the support frame 30, the first and second fixed frames 40 ( 44 can be adjusted to the mutual spacing of the fabric (10) size.

On the other hand, the first and second fixing frames 40, 44 are respectively installed on both sides of the guide rod 31 of the support frame 30 so as to be able to move in the lateral direction about the center of the body in the longitudinal direction both sides Is provided with a rubber roller 43 is operated in conjunction with the driving force of the motor 100, the first and second magnet members 41, 42 are formed in the upper and lower parts of the central and inner side of the body.

That is, the first and second fixed frames 40 and 44 are configured to have a predetermined interval up and down, and the first magnet member 41 may intercept a side portion of the spreader 50, which will be described later, on the inner rear of the body. ) Is formed, and the second magnet member 42 is attached to the upper and lower parts of the body to interrupt the spreader 50 at the upper and lower parts.

Therefore, as shown in FIG. 7, through the first magnet member 41 formed inside the body of the first and second fixing frames 40 and 44 and the second magnet member 42 installed above and below the body. The spreader 50 positioned inside the first and second fixed frames 40 and 44 has a force in which the metal part 51 of the rear side of the body is close to the first magnet member 41 by magnetic force, and the spreader 50 The third magnet member 52 formed on the upper and lower parts of the body of 50) may be positioned while maintaining the state in which the spreader 50 is injured due to the magnetic levitation principle by the magnetic force pushing the same polarity.

As a result, in order to reduce the friction between the spreader 50 and the fabric 10 during the advancing of the fabric 10, the spreader 50 is formed through the second magnet member 42 and the third magnet member 52. The fixed frame 40, 44 will be able to maintain a state of being injured inside.

In addition, the body of the spreader 50 is preferably formed of an aluminum material in order to reduce the weight when injured by the magnetic force.

In addition, when excessive force is applied to the fabric 10 at predetermined positions on the upper and lower bodies of the first and second fixed frames 40 and 44, the spreader 50 is the first and second magnet members 41 and 42. The separation prevention roller 70 is formed in order to prevent the phenomenon that comes off and comes with the far end 10.

In addition, the rear side of the first magnet member 41 inside the first and second fixing frames 40 and 44 is provided with a detection sensor 80 for stopping the entire mosquito machine when the spreader 50 is separated by excessive tension. It can be attached to the upper part to prevent accidents.

On the other hand, as shown in Figures 4 and 5 in the situation where the far end 10 is displaced in one direction, rather than entering the exact position is controlled by the slow spreader 50 speed of one side to enter the distal proceeding It can be compensated.

That is, when one side of the far-end 10 entered during the mosquito process as shown in FIG. 4 is distorted, as shown in FIG. 5, the speed of the spreader 50 on one side of the spreader 50 is driven by driving the motor 100. By controlling the speed of the rubber roller 43 for driving, it is possible to compensate for the distortion of the fabric 10.

In addition, the belt 53 mounted on the plurality of guide rollers 54 in the body of the spreader 50 positioned inside the first and second fixing frames 40 and 44 inside the body of the spreader 50 is formed of a fabric ( In order to prevent the sliding phenomenon in the contact with 10), it is preferable to constitute a belt 53 having a projection (55) formed on the outside.

In addition, in order to detect the holes formed for the fabric 10 before the work, to prevent damage to the spreader 50, one or more of the first and second fixed frames 40, 44 in the body of the detection sensor ( 90) can improve work convenience.

According to the configuration of the present invention as described above, it is possible to compensate for tension maintenance and twisting of the fabric through the spreader when entering the fabric during the emulsification process, it is possible to improve the efficiency of the pattern.

In addition, the spreader can be controlled according to the width of the fabric, and since the spreader is used by using the magnetic levitation principle to reduce the friction during the progress of the fabric, the reliability of the product and the overall durability of the mosquitoes can be improved.

In addition, the separate control is possible by separating the drive of the spreader left and right, it is a very useful invention that can quickly compensate for the distortion of the fabric.

Claims (5)

It is provided with a burner device for firing a few hairs of the fabric (10) by firing a flame on the rollers and the number of rollers required to transport the fabric (10) therein; A support frame 30 having a front part of the burner device and having a guide rod 31 formed in a horizontal direction at an upper portion of the body; It is installed on both sides of the guide rod 31 of the support frame 30 and is movable horizontally around the center, and the rubber roller 43 driven by the motor 100 is provided on both sides in the longitudinal direction of the body. First and second fixed frames 40 and 44 having first and second magnet members 41 and 42 formed on upper and lower parts of the inner and central parts of the body; While the inner part of the first and second fixing frames 40 and 44 are located in the longitudinal direction, the metal parts 51 of the rear body and the upper and lower parts of the first and second fixing frames 40 and 44 are made of the first and second fixing frames 40 and 44. The third magnet member 52 is formed with the same polarity as that of the second magnet member 42, and the outer belt 53 is fixed to the first and second in the state where a plurality of guide rollers 54 are provided inside the body. A fabric warp compensation device of a mosquito, characterized in that composed of a pair of spreaders 50 formed in close contact with the rubber roller 43 of the frame (40) (44). The method of claim 1, wherein in the state in which the screw shaft 61 is extended in the transverse direction below the center of the support frame 30 also in the lower side of the body of the first and second fixing frames 40, 44 After the screw groove 46 for movement, the screw shaft 61 is rotated by the driving force of the motor 100 formed in the front portion of the support frame 30, the first and second fixed frames 40, 44 The fabric distort compensation device of the mosquito characterized in that the transverse movement means 60 is formed to adjust the mutual spacing of the (10) to the size of the fabric (10). The first and second magnetic members of claim 1, wherein when the tension is applied to the fabric 10 at a predetermined position up and down the body of the first and second fixing frames 40 and 44, the spreader 50 is applied to the first and second magnet members. (41) (42) is separated from the fabric distorting device of the mosquito characterized in that the separation prevention roller 70 for preventing the phenomenon of coming off with the fabric (10) is formed. According to claim 1, wherein the first and second fixing frames (40, 44) inside the rear of the first magnet member 41, the upper portion when the spreader 50 is separated by excessive tension when entering the fabric (10) Dissimilar distortion device of the mosquito characterized in that the sensor 80 for stopping the entire sweeping machine is formed. According to claim 1, Optionally one side of the body of the first and second fixing frames 40, 44 to prevent damage to the spreader 50 by detecting a hole formed for inspection of the fabric 10 before the small work Dissimilar distortion device of the mosquito characterized in that the detection sensor 90 is formed at the end.

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