KR101909499B1 - Warping machine for antibacterial treatment possible - Google Patents

Abstract

The present invention relates to a warping apparatus for performing a process for rewinding a yarn or a processed yarn supplied in various forms in a yarn factory. The present invention relates to a warping apparatus which prevents dust contained in the yarn or the processed yarn from diffusing into an interior space during a regularizing process, and in which a process of infiltrating the antibacterial material into the yarn or processed yarn is added when the yarn is newly wound on a drum, thereby enhancing the productivity and securing the competitiveness of the product.

Description

{Warping machine for antibacterial treatment possible}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a caliper device for performing a process for rewinding a raw yarn or a processed yarn supplied in various forms in a yarn factory, wherein dust or dust contained in the yarn And a process of infiltrating an antimicrobial material into a raw yarn or a processed yarn when the yarn is newly wound on the drum is added, thereby improving the productivity and securing the competitiveness of the product.

Generally, the forming process is divided into a warping process in which a yarn or a processed yarn is wound on a beam, a knitting process in which a yarn or a yarn is wound on a knitting machine or a weaving machine, and a weaving process. That is, the regularizing process is a process of winding a yarn around a beam to feed a yarn-wound beam to a knitting machine or a weaving machine.

That is, the conventional canonizing device is a device used in the regularizing process during the process of fabricating the fiber fabric, and is a device for winding the yarn or the processed yarn on one main separator and winding the drum on the drum with a constant tension.

Such a cannon sizing device has a larger diameter of the drum than the diameter of the raw yarn or the working yarn, and the drum rotates very quickly, so that the yarn unwinding speed is faster. As a result, dusts such as foreign matter and dust contained in the raw yarn or the processing yarn spread to the inside of the room, resulting in a very poor working environment of the worker, and problems such as dusting of the raw yarn or the processed yarn are caused.

Therefore, it is possible to prevent dust from spreading into the interior space during the regularizing process of the raw yarn or processed yarn through the canonizing device and to further improve the productivity and the competitiveness of the product by adding a process capable of antibacterial treatment before the yarn or the working yarn is wound on the drum It is necessary to have the technology to be able to.

1. Korean Patent Laid-Open No. 10-2010-0035502 " canonical apparatus " (filed on June 26, 2008) 2. One-sided patent publication No. 10-2008-0096073 " Regular device having variable main separator " (filed on April 26, 2007)

SUMMARY OF THE INVENTION The present invention has been conceived to solve the problems described above, and it is an object of the present invention to provide a process for preventing diffusion of dust into an indoor space during a regularizing process of a raw yarn or a processed yarn, Which is capable of ensuring the competitiveness of the antimicrobial treatment.

The canning apparatus according to the present invention includes: a krill unit (100) in which a plurality of bobbins (B) wound with a yarn or a working yarn are mounted; A winding drum 200 that is connected to the end of the yarn wound around the bobbin B and rotated as it rotates is extracted from the bobbin B mounted on the crill part 100 and wound on the outer side, ; A space maintaining module 300 positioned between the crick 100 and the winding drum 200 and for aligning intervals of the yarn or processed yarn extracted from the crill part 100; The tension held by the yarn or the processed yarn positioned between the gap maintaining module 300 and the crill part 100 is kept constant and the presence or absence of the cutting of the yarn or processed yarn moving to the gap keeping module 300 is identified A detection sensor unit 400 for detecting the presence or absence of the sensor unit; An alignment unit 500 for guiding a plurality of yarns or processed yarns extracted from the bobbin B adjacent to the krill unit 100; Wherein the krill unit 100 includes suction means 600 for sucking dirt scattered from the yarn or processed yarn to be extracted.

In the present invention, the crush part 100 includes a support frame 110; A rotation frame 120 installed to rotate in the vertical direction to the support frame 110 and having a hollow inside to form a fluid movement path L therein; The bobbin B is mounted on one side and the other side of the rotating frame 120 and one side thereof is fixed to the rotating frame 120 so as to communicate with the fluid moving path L, (130)

The suction unit 600 includes an insertion protrusion 610 inserted into the other side of the guide rod 130; A main suction plate 620 connected to the insertion protrusion 610 and having a plurality of suction holes 621 for allowing outside air to flow into the hollow interior space of the guide rod 130; An auxiliary suction plate 630 protruding from an edge of the main suction plate 620 and inclined in a direction adjacent to the bobbin B; An aspirator 640 connected to the fluid path L to provide a suction force to suck external air into the main suction plate 620 and the auxiliary suction plate 630; And a control unit.

In addition, the present invention includes a housing 710 positioned at the lower end of the crush part 100 and inserted into the bottom surface at a predetermined depth, the upper part of the housing 710 having an opened upper surface; A pair of guide rods 720 spaced apart from each other by a predetermined distance and fixed to an inner surface of the housing 710; A suction passage 730 formed on the bottom surface of the housing 710 and formed with a plurality of suction holes 731 for sucking air containing dust that has settled on the bottom surface into a space separated by the guide rod 720, ); A dust collecting part 740 for collecting dust contained in the outside air sucked in the suction path 730; A blower 750 connected to the dust collecting part 740 to provide a suction force to the suction path 730; And a venturi unit 700 including the venturi unit 700.

The present invention further includes suction means at one side of a guide rod for supporting the bobbin so as to suck foreign substances and dust generated while the yarn is loosened and maintain a comfortable environment of the room.

In addition, the present invention further includes a separate venturi portion on the lower side of the crush portion, so that foreign substances accumulated on the bottom surface can not be sucked by the suction means, but suctioned by the suction force of the blower, There is an advantage to be able to do.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an overall configuration of a canopy device of the present invention; FIG.
2 is a sectional view showing the main structure of the suction means of the present invention;
3 is a perspective view showing one embodiment of the installation of the venturi portion of the present invention.
4 is a sectional view showing one embodiment of the operation of the venturi portion of the present invention.
5 is a cross-sectional perspective view showing a main configuration of a venturi portion of the present invention;

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, a canning apparatus of the present invention will be described in detail with reference to the drawings.

FIG. 2 is a sectional view showing the main structure of the suction means of the present invention. FIG. 3 is a perspective view showing one embodiment of the installation of the venturi portion of the present invention, and FIG. Fig. 5 is a cross-sectional perspective view showing the main configuration of the venturi portion of the present invention. Fig.

The canonizing device of the present invention corresponds to a device for extracting a yarn or a processed yarn from a yarn or a processed yarn wound on a bobbin (B) and newly winding and storing the product desired by the user on the drum before weaving.

Referring to FIG. 1, the present invention includes a krill unit 100, a winding drum 200, a gap keeping module 300, a circular sensing unit 400, and an alignment unit 500. First, the crush part 100 is seated on a bottom surface, and corresponds to a frame in which a plurality of bobbins B are mounted.

A yarn or a processed yarn (hereinafter referred to as yarn) is wound around the bobbin B, and it may preferably be a gas yarn. The bobbin (B) is mounted on the crill part (100) while being spaced apart from each other by a predetermined distance.

Referring to FIG. 1, a winding drum 200 corresponding to a means for extracting a yarn from a bobbin B mounted on a crill part 100 is further provided. The winding drum 200 has a constant RPM and can rotate.

At this time, the end of the yarn extracted from the bobbin (B) is connected to the winding drum (200). As a result, when the winding drum 200 rotates, the yarn is wound on the outer surface of the winding drum 200 while maintaining a constant tension.

The interval maintaining module 300 is provided at a position adjacent to the winding drum 200 and can slide in the left and right direction along the extending direction of the winding drum 200. [ This is to prevent the yarn wound on the winding drum 200 from twisting or twisting.

In addition, there is an advantage that the shape of the yarn can be prevented by arranging the intervals of the plurality of yarns extracted from the crill part 100 uniformly.

Referring to FIG. 1, the circular detection unit 400 is positioned between the gap maintaining module 300 and the crill part 100. At this time, the yarn feeler sensing unit 400 maintains the tension of the yarn extracted from the bobbin B at a constant level. As a result, the yarns extracted from the plurality of bobbins (B) arranged in the up-and-down direction on the crush part (100) can be prevented from tangling with each other.

Further, the yarn feeler detection section 400 can identify the presence or absence of the cutting of a plurality of yarns wound on the winding drum 200. [ That is, the amount of the yarn extracted from the plurality of bobbins (B) must be the same, and if the yarn extracted from the specific bobbin (B) is broken, the defective product is produced in the subsequent weaving process. And improves the quality of the yarn wound around the winding drum 200. [

It is preferable that the alignment unit 500 is provided at a position adjacent to the krill unit 100 and that a plurality of the alignment units 500 are provided while maintaining the same number of the bobbins B arranged in the vertical direction. The alignment unit 500 has a purpose of guiding the movement of the yarn extracted from the bobbin B. At this time, the alignment unit 500 is provided with a guide module 510 for guiding a plurality of yarns, and an antibacterial solution is provided in the guide module 510. That is, the guide module 510 functions to apply the antibacterial solution to the surface of the yarn when the yarn passes through the guide module 510 and moves to the yarn detection unit 400. Nano silver powder and colloidal silver, which are powerful antibacterial and sterilizing agents, can be mixed with a certain amount of solution (Ag). In addition, the antibacterial solution includes titanium dioxide (TiO2), zinc oxide (ZnO), silicon dioxide (SiO2) and an alkali metal oxide to further improve the antibacterial activity.

Referring to FIG. 1, the krill unit 100 includes a support frame 110, a rotation frame 120, and a guide bar 130. The support frame 110 includes a lower frame 111 mounted on a floor and an upper frame 112 spaced upward from the lower frame 111 and a lower frame 111 connected to the upper frame 112 And a side frame 113 for supporting the side frame.

The upper end of the rotary frame 120 is connected to the upper frame 112 and the lower end of the rotary frame 120 is connected to the lower frame 111 and supported by the upper frame 112 and the lower frame 111 to rotate in the vertical direction. The inside of the rotating frame 120 is kept hollow so that the fluid path L is formed therein.

The guide rods 130 are provided on one side and the other side of the rotating frame 120, respectively. A bobbin (B) is mounted on the guide rod (130). The stationary bobbin B is inserted into the guide rod 130 and supported by the guide rod 130 when the yarn is extracted. At this time, when the guide rods 130 are provided on one side and the other side of the rotation frame 120, a plurality of guide rods 130 are arranged at regular intervals.

The guide rod 130 is formed in a hollow shape so that when the fluid guide member 130 is connected to the rotation frame 120, (130) is connected to and fixed to the rotating frame (120).

Referring to FIGS. 1 and 2, the krill unit 100 may include suction means 600 for sucking dirt scattered from the yarn or processed yarn to be extracted.

At this time, the suction means 600 includes an insertion protrusion 610, a main suction plate 620, an auxiliary suction plate 630, and an inhaler 640. The insertion protrusion 610 is inserted into the other side of the guide rod 130. The inside of the insertion protrusion 610 has a hollow shape, and the hollow interior communicates with the fluid path L.

The main suction plate 620 is integrally connected with the insertion protrusion 610. The main suction plate 620 is provided with a plurality of suction holes (not shown) communicating with the fluid path L so that outside air can be passed through the hollow inner space of the guide rod 130 to the fluid path L, 621 are formed. Accordingly, the yarn can be unwound from the bobbin B, and external air can be introduced into the fluid path L together with foreign matter and dust contained in the yarn.

The auxiliary suction plate 630 protrudes a predetermined distance along the edge of the main suction plate 620 and has a plurality of suction holes 621 which are the same as the main suction plate 620. The end of the auxiliary suction plate 630 may be bent at a predetermined angle so as to face the direction adjacent to the bobbin B. This is because the dust or foreign matter is not diffused into the air when the bobbin B is unwound from the bobbin B, To prevent it.

The inhaler 640 is located at one side of the crick 100 and is installed to be connected to the fluid path L. [ The suction unit 640 provides a suction force to the fluid path L so that the external air can be sucked into the main suction plate 620 and the auxiliary suction plate 630.

Referring to FIGS. 3 and 4, a venturi unit 700 is further provided at the lower end of the crill unit 100. The venturi unit 700 has a purpose of sucking dirt or foreign matter that has fallen on the floor without being sucked by the suction unit 600.

4 and 5, the venturi unit 700 includes a housing 710, a guide rod 720, a suction passage 730, a dust collecting unit 740, and a blower 750.

The bottom surface of the housing 710 is inserted at a predetermined depth, and a receiving space S is formed therein. The top surface of the housing 710 is opened. At this time, the housing 710 is formed to extend a certain length along the extending direction of the crill part 100.

The guide rod 720 is fixed to the inner surface of the housing 710 and extends along the extended longitudinal direction of the housing 710. At this time, the guide rods 720 are spaced apart from each other by a predetermined distance and are provided as a pair symmetrically facing each other.

The suction passage 730 is seated on the bottom surface of the housing 710. The suction flow path 730 sucks dust or foreign matter that has settled on the floor surface in a space separated by the guide rod 720. The suction passage 730 also extends in the same direction as the guide rod 720 and has a plurality of suction holes 731 formed therethrough for sucking outside air.

At this time, the guide rod 720 is inserted into the suction passage 730 so that dust or foreign matter flows into the suction passage 730 along the guide rod 720 when the air is sucked in the suction passage 730, It is desirable to maintain the inclination at which the sectional area decreases from the inner side to the end.

The end of the guide rod 720 is preferably disposed adjacent to the suction passage 730 so that the dust or foreign matter introduced into the housing 710 is scattered to the outside of the housing 710 .

The dust collecting part 740 is connected to the suction flow path 730 and receives dust and foreign substances collected in the suction flow path 730.

The blower 750 is connected to the dust collecting part 740 to provide a suction force to the suction path 730. It is preferable that a dust collecting filter 741 is provided between the dust collecting unit 740 and the blower 750 to prevent dust or foreign matter from being discharged to the outside along the blower 750.

The dust and the like that have fallen on the bottom surface are sucked into the venturi (B) by the suction means (600) And the unit 700 is sucked in the second order, thereby providing a pleasant working environment for the operator.

100: Creel 110: Support frame
111: lower frame 112: upper frame
113: side frame 120: rotating frame
130: guide rod 200: winding drum
300: Interval holding module 400:
500: alignment unit 510: guide module
600: Suction means 610: Insertion projection
620: main suction plate 630: auxiliary suction plate
640: inhaler 700: venturi part
710: housing 720: guide rod
730: Suction flow path 740:
750: blower

Claims (3)

(100) in which a plurality of bobbins (B) wound with yarns or working yarns are mounted;
A winding drum 200 that is connected to the end of the yarn wound around the bobbin B and rotated as it rotates is extracted from the bobbin B mounted on the crill part 100 and wound on the outer side, ;
A space maintaining module 300 positioned between the crick 100 and the winding drum 200 and for aligning intervals of the yarn or processed yarn extracted from the crill part 100;
The tension held by the yarn or the processed yarn positioned between the gap maintaining module 300 and the crill part 100 is kept constant and the presence or absence of the cutting of the yarn or processed yarn moving to the gap keeping module 300 is identified A detection sensor unit 400 for detecting the presence or absence of the sensor unit;
An alignment unit 500 for guiding a plurality of yarns or processed yarns extracted from the bobbin B adjacent to the krill unit 100; , ≪ / RTI &
The krill unit 100 includes suction means 600 for sucking dust scattered from the yarn or processed yarn to be extracted,
The krill unit 100 includes a support frame 110;
A rotation frame 120 installed to rotate in the vertical direction to the support frame 110 and having a hollow inside to form a fluid movement path L therein;
The bobbin B is mounted on one side and the other side of the rotating frame 120 and one side thereof is fixed to the rotating frame 120 so as to communicate with the fluid moving path L, (130)
The suction unit 600 includes an insertion protrusion 610 inserted into the other side of the guide rod 130;
A main suction plate 620 connected to the insertion protrusion 610 and having a plurality of suction holes 621 for allowing outside air to flow into the hollow interior space of the guide rod 130;
An auxiliary suction plate 630 protruding from an edge of the main suction plate 620 and inclined in a direction adjacent to the bobbin B;
An aspirator 640 connected to the fluid path L to provide a suction force to suck external air into the main suction plate 620 and the auxiliary suction plate 630; And a control unit for controlling the operation of the control unit. delete The method according to claim 1,
A housing 710 located at the lower end of the crill 100 and inserted into the bottom of the housing at a predetermined depth, the housing 710 having an opened upper surface;
A pair of guide rods 720 spaced apart from each other by a predetermined distance and fixed to an inner surface of the housing 710;
A suction passage 730 formed on the bottom surface of the housing 710 and formed with a plurality of suction holes 731 for sucking air containing dust that has settled on the bottom surface into a space separated by the guide rod 720, );
A dust collecting part 740 for collecting dust contained in the outside air sucked in the suction path 730;
A blower 750 connected to the dust collecting part 740 to provide a suction force to the suction path 730; And a venturi unit (700) including the venturi unit (700).

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