KR20230145752A - Equipment for manufacturing MOLTO JASPE yarn and method for manufacturing MOLTO JASPE yarn using the same - Google Patents

Abstract

The present invention provides equipment for manufacturing Molto Jaspe yarn. The Molto Jaspe yarn manufacturing facility includes a first supply unit that simultaneously supplies first and second yarns of different colors along a first supply path; a second supply unit supplying filament yarn along a second supply path; a guide unit that combines the first supply path and the second supply path into one yarn path; a guide unit disposed on the first supply path and variably adjusting the tension of the first thread simultaneously moved along the first supply path; and a twist portion disposed below the guide portion and twisting the ply yarn and the filament yarn, which move along the ply yarn path, and winding them around the paper pipe. The present invention also provides a method for manufacturing Molto Jaspe yarn.

Description

MOLTO JASPE yarn manufacturing equipment and method for manufacturing MOLTO JASPE yarn using the same {Equipment for manufacturing MOLTO JASPE yarn and method for manufacturing MOLTO JASPE yarn using the same}

The present invention relates to a molto Jaspe yarn manufacturing facility, and more specifically, to a molto Jaspe yarn manufacturing facility that can shorten the process by twisting PE filament into a cyrophil form during the production of Jaspe in the spinning process. and a method for manufacturing Molto Jaspe yarn using the same.

The conventional method of manufacturing yarn using the twisted yarn method involves dyeing cotton-like raw fibers in different colors, then spinning them to obtain spun yarns (single yarns) of different colors through a spinning process. Cyrophil Jaspes yarn is manufactured through a process of plying two single strands of different colors, creating a pastoral effect.

If filament yarn is spun on this yarn after plying the silophyl jaspes yarn as described above, since they form different friction coefficients, uniform spinning is not achieved when winding the plied yarn around the outer periphery of the filament yarn. A problem may occur where the threads that have been spun without proper control slip on the outer surface of the filament yarn.

In addition, when spinning filament yarns after plying different yarns with different colors together, there is a problem that production time is lengthened and productivity is lowered due to additional processes.

Accordingly, there is a need for the development of a technology that can shorten the process by twisting PE filament into a cyrophil form in the process of producing jasper in the spinning process.

Republic of Korea Patent Application No. 10-1995-0700726

In order to solve the above problems, the first object of the present invention is to provide a molto Jaspe yarn manufacturing facility that can shorten the process by twisting PE filament into a cyrophil form in the process of producing Jaspe in the spinning process, and the same. It relates to the manufacturing method of the used Molto Jaspe yarn.

In addition, the second object of the present invention is to form a multi-ply yarn by plying yarns of different colors, and to manufacture the filament yarns so that the friction coefficient is different from that of the plying yarn in the process of moving the plying yarn, and the filament yarns are twisted together. Molto Jaspe yarn manufacturing equipment that can adjust the supply inclination and supply length to supply filament yarn to a position where the filament yarn is twisted around the outer circumference of the plied yarn to form a friction force that is set to the outer circumference of the yarn and the molto yarn using the same. It relates to the manufacturing method of Spee yarn.

The objects of the present invention are not limited to the objects mentioned above, and other objects and advantages of the present invention that are not mentioned can be understood by the following description and will be more clearly understood by the examples of the present invention. Additionally, it will be readily apparent that the objects and advantages of the present invention can be realized by the means and combinations thereof indicated in the patent claims.

In order to achieve the above objectives, the present invention provides a Molto Jaspe yarn manufacturing facility.

The Molto Jaspe yarn manufacturing facility includes a first supply unit that simultaneously supplies first and second yarns of different colors along a first supply path; a second supply unit supplying filament yarn along a second supply path; a guide unit that combines the first supply path and the second supply path into one yarn path; a guide unit disposed on the first supply path and variably adjusting the tension of the first thread simultaneously moved along the first supply path; and a twist portion disposed below the guide portion and twisting the ply yarn and the filament yarn, which move along the ply yarn path, and winding them around the paper pipe.

The guide unit changes and sets the tension of the yarn to be braided so that it is within a certain range or more than the tension of the filament yarn.

Here, the guide portion guides the plyed yarn and the filament yarn to be discharged from different positions, and the ply yarn path in the guide portion forms a Y-shaped path.

And before the plying path, the yarns to be braided form an acute angle with the path along which the filament yarns move and are twisted together by driving the twist unit in the plying path.

In addition, the guide part is disposed on the first movement path and includes a rotating guide member,

Each of the guide members is formed with a movement groove through which the yarn to be braided moves,

The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn.

Meanwhile, the guide member may include a plurality of unit guide members.

The plurality of unit guide members may be connected to the shaft of each individual rotation motor. The individual rotation motors are fixed by a connecting rod so that they are adjacent to each other.

Guide grooves are formed in each of the plurality of unit guide members. The guide groove is penetrated to guide the movement of the first and second chambers.

Here, the inner periphery of the guide groove is formed to be convex inward, and a static electricity removal member to remove static electricity is further installed to remove static electricity from the first and second chambers being moved and to ensure safe movement through the convex portion.

Accordingly, the plurality of unit guide members are individually rotated up and down by the driving of each individual rotation motor, so that the entry speed of the first and second yarns when entering the plying path of each unit guide member can be adjusted differently. You can.

According to another embodiment, the present invention provides a method for manufacturing Molto Jaspe yarn.

The Molto Jaspe yarn manufacturing method uses a first supply unit to simultaneously supply first and second yarns of different colors along the first supply path,

Supplying filament yarn along the second supply path using the second supply section,

Forming the first supply path and the second supply path into one yarn path using a guide,

variably adjusting the tension of the plying yarn simultaneously moving along the first supply path using a guide portion disposed on the first supply path,

Using a twist unit disposed at the bottom of the guide unit, the plied yarn and the filament yarn moving along the ply yarn path are twisted and wound on a branch pipe,

The guide unit changes and sets the tension of the yarn to be braided so that it is within a certain range or more than the tension of the filament yarn.

Here, the guide portion guides the plyed yarn and the filament yarn to be discharged from different positions, and the ply yarn path in the guide portion forms a Y-shaped path.

And before the plying path, the yarns to be plied are controlled to be twisted together using the twist portion in the plying path at an acute angle with the path along which the filament yarn moves,

The guide part is disposed on the first movement path and includes a rotating guide member,

Each of the guide members is formed with a movement groove through which the yarn to be braided moves,

The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn.

According to the above problem, the present invention has the effect of shortening the process by twisting PE filament into a cyrophil form in the process of producing jasper in the spinning process.

In addition, the present invention is made by plying yarns of different colors to form a multi-ply yarn, and in the process of moving the plying yarn, the filament yarns are twisted with each other with a friction coefficient different from that of the plying yarn, and the outer circumference of the plying yarn and the plying yarn are manufactured. It has the effect of adjusting the supply inclination and supply length so that the filament yarn is supplied to a twisted position on the outer periphery of the yarn to be plyed so that the yarn is formed with a frictional force that is set to each other.

In addition to the above-described effects, specific effects of the present invention are described below while explaining specific details for carrying out the invention.

Figure 1 is a conceptual diagram showing the configuration of Molto Jaspe yarn manufacturing equipment according to the present invention.
Figure 2 is a photograph showing the Molto Jaspe yarn manufacturing facility according to the present invention.
Figure 3 is a photograph showing the arrangement of the guide portion according to the present invention.
Figure 4 is a photograph showing a twist portion according to the present invention.

The above-mentioned objects, features, and advantages will be described in detail later with reference to the attached drawings, so that those skilled in the art will be able to easily implement the technical idea of the present invention. In describing the present invention, if it is determined that a detailed description of known technologies related to the present invention may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. Hereinafter, preferred embodiments according to the present invention will be described in detail with reference to the attached drawings. In the drawings, identical reference numerals are used to indicate identical or similar components.

Hereinafter, the “top (or bottom)” of a component or the arrangement of any component on the “top (or bottom)” of a component means that any component is placed in contact with the top (or bottom) of the component. Additionally, it may mean that other components may be interposed between the component and any component disposed on (or under) the component.

Additionally, when a component is described as being “connected,” “coupled,” or “connected” to another component, the components may be directly connected or connected to each other, but the other component is “interposed” between each component. It should be understood that “or, each component may be “connected,” “combined,” or “connected” through other components.

Hereinafter, the Molto Jaspe yarn manufacturing equipment and Molto Jaspe yarn manufacturing method according to the present invention will be described with reference to the attached drawings.

Figure 1 is a conceptual diagram showing the configuration of the Molto Jaspe yarn manufacturing facility according to the present invention, and Figure 2 is a photograph showing the Molto Jaspe yarn manufacturing facility according to the present invention.

Referring to Figures 1 and 2, the Molto Jaspe yarn manufacturing facility of the present invention includes a first supply unit 100 that simultaneously supplies the first and second yarns (A, B) along the first supply path, and a filament yarn. A second supply unit 200 that supplies along two supply paths, a guide unit 300 that forms one plying path of the first supply path and the second supply path, and is disposed on the first supply path. , a guide part 400 that adjusts the tension of the first and second yarns (A, B) moving along the first supply path, and a guide part 400, which is disposed at the lower part of the guide part 300 and moves along the plying path. It includes the moving first and second yarns (A, B) and a twisting unit 500 that twists the filament yarn and winds it around the paper tube.

The first and second yarns (A, B) form the yarn (10) that is twisted while moving along the first supply path.

And the second supply unit 200 supplies the filament yarn 20 along the second supply path so that it is supplied to the plied yarn path.

Accordingly, in the plying path, the plyed yarns 10 are twisted together and the filament yarns 20 are simultaneously twisted, thereby producing one malt jasper yarn.

The guide unit 400 forms one plying path and changes and sets the tension of the first and second yarns (A, B), which are moved in a plying state, to be within a certain range or more than the tension of the filament yarn (20). .

Here, the guide unit 300 guides the first yarn and the filament yarn to be discharged at different positions.

In the guide unit 300, the plying path forms a Y-shaped path.

And before the plying path, the first and second yarns (A, B) form an acute angle with the path along which the filament yarn 20 moves and are twisted together by driving the twist unit 500 in the plying path.

Figure 3 is a photograph showing the arrangement of the guide portion according to the present invention, and Figure 4 is a photograph showing the twist portion according to the present invention.

Referring to FIG. 3, the guide unit 400 according to the present invention is disposed on the first movement path and includes a rotating guide member 430.

The guide portion 400 includes a support 410 disposed on a support frame 10 disposed on the side of the facility, a protruding member 420 protruding from the support 410, and disposed on the protruding member 420. It has a guide member 430 that is.

The support 410 includes a first support 411 and a second support 412.

The first support 411 is bent into a shape, one end is arranged to be movable along the rail groove 11 formed at the top of the support frame 10, and the other end is in close contact with the side of the support 410. do.

The second support 412 is integrally connected to the other end of the first support 411.

The second support 412 is bent in an L shape along the longitudinal direction of the support 410.

The protruding member 420 is installed at the other end of the second support 412 to protrude to the side. The protruding member 420 may be formed as a screw screw.

The guide member 430 is connected to the protruding member 420 so as to rotate. The guide member 430 may be made of plastic material.

A moving groove 431 through which the first and second chambers A and B move together is formed on the guide member 430. The moving grooves 431 are formed in plural numbers at intervals.

The guide member 430 can be rotated up and down through a rotation means (not shown) to change the moving position of the filament yarn, thereby varying the tension of the filament yarn.

The rotation means may be a device such as a rotation motor, and the guide member 430 may be rotated with the protruding member 420 as the center of rotation to adjust the rotation angle, thereby substantially adjusting the vertical positions of the moving grooves.

Accordingly, by adjusting the guiding position of the moving groove 431 through which the filament yarn 20 is guided, the entry speed when entering the ply yarn path flowing into the twist part 500 described above can be varied.

Meanwhile, although not shown in the drawings, the guide member according to the present invention may include a plurality of unit guide members.

The plurality of unit guide members may be connected to the shaft of each individual rotation motor. The individual rotation motors are fixed by a connecting rod so that they are adjacent to each other.

Guide grooves are formed in each of the plurality of unit guide members. The guide groove is penetrated to guide the movement of the first and second chambers.

Here, the inner periphery of the guide groove is formed to be convex inward, and a static electricity removal member to remove static electricity is further installed to remove static electricity from the first and second chambers being moved and to ensure safe movement through the convex portion.

Accordingly, the plurality of unit guide members are individually rotated up and down by the driving of each individual rotation motor, so that the entry speed of the first and second yarns when entering the plying path of each unit guide member can be adjusted differently. You can.

Meanwhile, the above-described guide part 300 is composed of first, second, and third roller parts (310, 320, and 330).

The first and second roller units 310 and 320 guide the movement of the first thread on the first movement path.

The third roller unit 330 is disposed downstream of the second roller unit 320, and guides the movement of the first yarn and the filament yarn to the plying path at the same time.

And the yarn 10 and the filament yarn 20 to be braided are formed in the braiding path.

Then, the yarn 10 and the filament yarn 20, which are spun along the plying path by the twist unit 500, are twisted together to form a single yarn.

Here, referring to FIG. 4, the twist part 500 includes a branch pipe 530, a ring 520 arranged to surround the outer circumference of the branch pipe 530, and an upper part of the branch pipe 530, and is provided as a part of the equipment. It is arranged to rotate up and down at a certain position and is provided with a snail wire 510 that guides the first yarn and filament yarn along the ply yarn path.

Through this, the braided yarn 10 and the filament yarn 20 moving along the braiding path are guided through the snail wire 510, and even when connected to the ring 520, the branch pipe 530 is separated. The yarn 10 and the filament yarn 20, which are spun as they are rotated by a rotary device, form one malt jasper yarn and are wound around a paper tube.

Accordingly, the present invention has the effect of shortening the process by twisting PE filament into a cyrophil form during the production of jasper in the spinning process.

In addition, the present invention is made by plying yarns of different colors to form a multi-ply yarn, and in the process of moving the plying yarn, the filament yarns are twisted with each other with a friction coefficient different from that of the plying yarn, and the outer circumference of the plying yarn and the plying yarn are manufactured. It has the effect of adjusting the supply inclination and supply length so that the filament yarn is supplied to a twisted position on the outer periphery of the yarn to be plyed so that the yarn is formed with a frictional force that is set to each other.

In the present invention, the guide position and moving speed of the filament yarn 20 can be adjusted by further providing a controller for controlling the rotation angle of the guide member 430.

Through this, the filament yarn 20 can be twisted into the plied yarn 10 to meet the tensile strength and tear strength standards set for the first and second yarns.

The above-described present invention may be subject to various substitutions, modifications, and changes without departing from the technical spirit of the present invention to those skilled in the art to which the present invention pertains. It is not limited by .

A: Room 1
B: Room 2
10: Yarn to be plied
20: filament yarn
100: 1st supply unit
200: 2nd supply unit
300: Information department
400: Guide unit
500: twist section

Claims (6)

A first supply unit that simultaneously supplies first and second threads of different colors along a first supply path;
a second supply unit supplying filament yarn along a second supply path;
a guide unit that combines the first supply path and the second supply path into one yarn path;
a guide unit disposed on the first supply path and variably adjusting the tension of the first and second threads simultaneously moved along the first supply path; and,
A twisting part disposed below the guide part and twisting the first and second filament yarns and the filament yarns moving along the plying path and winding them around a branch pipe,
The guide unit changes and sets the tension of the first and second yarns to be within a certain range or more than the tension of the filament yarn,
The guide portion includes a support member disposed on a support frame disposed in the equipment, a protruding member protruding from the support member, and a guide member disposed on the protrusion member on the first supply path,
The support has a first support and a second support,
The first support is bent into an L shape, one end is movable along a rail groove formed at the top of the support frame, and the other end is in close contact with the side of the support,
The second support is integrally connected to the other end of the first support,
The second support is bent into a shape along the longitudinal direction of the support,
The protruding member is installed at the other end of the second support so as to protrude to the side, and the protruding member is formed as a screw screw,
The guide member is connected to the protruding member to rotate, and the guide member is made of a plastic material,
A plurality of movement grooves through which the first and second chambers move are formed on the guide member at intervals,
In the guide member,
A moving groove formed by the plurality through which the first and second chambers are moved is formed,
The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn,
The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn,
The rotation means is a rotation motor and a device, and the guide member is rotated with the protruding member as the center of rotation to adjust the rotation angle to adjust the vertical position of the plurality of moving grooves. , adjusting the guide position of the moving groove through which the filament yarn is guided to vary the entry speed when entering the ply yarn path,
The information department said,
The first and second yarns and the filament yarn are guided to be discharged from different positions,
In the guide portion, the plying path forms a Y-shaped path,
Before the above combined route,
Molto Jaspe yarn manufacturing equipment, characterized in that the flame retardant yarn forms an acute angle with the path along which the filament yarn moves and is twisted with each other by driving the twist portion in the ply yarn path. According to clause 1,
The information department said,
Molto Jaspe yarn manufacturing equipment, characterized in that the first and second yarns and the filament yarn are guided to be discharged from different positions, and the ply yarn path forms a Y-shaped path in the guide part. According to clause 1,
Before the above combined route,
Molto Jaspe yarn manufacturing equipment, wherein the first and second yarns form an acute angle with the path along which the filament yarn moves and are twisted together by driving the twist unit in the ply yarn path. Using the first supply unit, first and second yarns of different colors are supplied simultaneously along the first supply path,
Supplying filament yarn along the second supply path using the second supply section,
Forming the first supply path and the second supply path into one yarn path using a guide,
variably adjusting the tension of the first and second threads moving simultaneously along the first supply path using a guide portion disposed on the first supply path,
The first and second yarns and the filament yarns moving along the ply yarn path are twisted and wound on a paper pipe using a twist unit disposed at a lower portion of the guide part,
The guide unit changes and sets the tension of the first and second yarns to be a certain range or more than the tension of the filament yarn,
The guide portion includes a support member disposed on a support frame disposed in the equipment, a protruding member protruding from the support member, and a guide member disposed on the protrusion member on the first supply path,
The support has a first support and a second support,
The first support is bent into an L shape, one end is movable along a rail groove formed at the top of the support frame, and the other end is in close contact with the side of the support,
The second support is integrally connected to the other end of the first support,
The second support is bent into a shape along the longitudinal direction of the support,
The protruding member is installed at the other end of the second support so as to protrude to the side, and the protruding member is formed as a screw screw,
The guide member is connected to the protruding member to rotate, and the guide member is made of a plastic material,
A plurality of movement grooves through which the first and second chambers move are formed on the guide member at intervals,
In the guide member,
A moving groove formed by the plurality through which the first and second chambers are moved is formed,
The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn,
The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn to vary the tension of the filament yarn,
The rotation means is a rotation motor and a device, and the guide member is rotated with the protruding member as the center of rotation to adjust the rotation angle to adjust the vertical position of the plurality of moving grooves. , adjusting the guide position of the moving groove through which the filament yarn is guided to vary the entry speed when entering the ply yarn path,
The information department said,
The first and second yarns and the filament yarn are guided to be discharged from different positions,
In the guide portion, the plying path forms a Y-shaped path,
Before the above combined route,
The flame retardant yarn is formed at an acute angle with the path along which the filament yarn moves and is twisted with each other by driving the twist portion in the ply yarn path. According to clause 4,
The information department said,
A method for manufacturing Molto Jaspe yarn, characterized in that the first and second yarns and the filament yarn are guided to be discharged from different positions, and the ply yarn path in the guide part forms a Y-shaped path. According to clause 4,
Before the above combined route,
Controlling the first and second yarns to form an acute angle with the path along which the filament yarns move and twisting each other using the twist portion in the ply yarn path,
The guide blowing,
It is disposed on the first movement path and includes a rotating guide member,
In the guide member,
Movement grooves through which the first and second threads move are formed, respectively,
The guide member is rotated up and down through a rotation means to change the moving position of the filament yarn, thereby varying the tension of the filament yarn.