KR101303174B1 - Automatic mounting device of spangle - Google Patents

Abstract

PURPOSE: A spangle automatic attaching apparatus is provided to improve the workability of attaching the spangle as letting a series of operating process to be automatic for attaching spangle to the adhesive sheet by perforating spangles from spangle base material supplied in a strip shape. CONSTITUTION: A spangle automatic attaching apparatus comprises a frame (10); a motive (12) which attaches the adhesive sheet on the upper side and is mounted to move forward, backward, right and left by the driving mean on the frame; a first drive motor; a middle member; a power transmission axis; a punch; a lever for controlling power transmission; a spangle transferring roller; and a control unit (24) on the spangle automatic attaching apparatus including at least one winding reel (14) which winds a strip shaped spangle base material. A spangle transferring roller pulls and transfers the spangle base material which winded around the winding reel. The control unit perforates each spangle from the spangle base material through the punch and controls the operation of the first drive motor and the spangle transferring roller.

Description

Automatic mounting device of spangle

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automatic sequin attachment device, and more particularly, to an automatic sequin attachment device that can be attached to an adhesive sheet by perforating a spangle individually to form a pattern of a sequin motif attached to a garment or the like for decoration.

The above-mentioned "sequin motif" refers to a pattern of sequins (for example, animal shapes, flower shapes or symbols, letters, etc.) formed by attaching individual sequins to a predetermined position of an adhesive sheet.

Generally, sequins (a polyester resin film is used as an example) have a sequin hole in the center and are continuously connected by a joint to form a strip. These strip-shaped sequins are mainly sewn into a predetermined pattern on clothing or hats by an embroidery machine.

On the other hand, by additionally installing a sequin supply device so that the sequins can be continuously supplied to the sequins, it is possible to sew the sequins, which are conveyed by making a certain pitch, and then sew clothes or the like. In other words, the sequins are cut into pieces and at the same time, the sequins are continuously supplied so that the sequins can be sewn to a desired predetermined position such as clothing by needles.

As described above, when the sequin hole is formed by cutting the junction of the strip-shaped sequins formed at equal intervals and attaching the sequins to clothes or the like, it is difficult to accurately cut the boundary portions of the neighboring sequin holes. This causes the sequins to be discarded and lost. In addition, since the center of the joint connecting the sequin hole and the sequin hole is not evenly cut, the sequin motif has a problem in that the securities motif has a poor commerciality and reliability.

Republic of Korea Patent No. 10-1067750 "Automatic Cutting and Attaching Device for Sequins"

Embodiments of the present invention relate to an automatic sequin attachment device that can automate a series of work processes for attaching sequins to an adhesive sheet by punching the sequins individually from a sequin base material supplied in a strip shape.

Embodiments of the present invention relate to an automatic sequin attachment device which enables to accurately attach individual sequins to a predetermined position of an adhesive sheet regardless of various pattern shapes and shapes of sequin motifs.

Embodiments of the present invention relate to a sequin automatic attachment device that can be attached to an adhesive sheet by combining individual sequins of the same color or size, or different.

Sequin automatic attachment device according to an embodiment of the present invention,

frame; A motif mounted on the frame so as to be movable in the front, rear, left and right directions by a driving means, and having an adhesive sheet seated on an upper surface thereof; In a sequin automatic attachment device comprising at least one winding reel to which a strip-shaped sequin base material is wound:

A first driving motor;

An intermediate member fixed to an eccentric position away from the center of rotation to a rotating plate connected to the first driving motor, and having a cam motion when the rotating plate is rotated by the first driving motor;

A power transmission shaft fixed in a vertical direction to an elevating plate fixed integrally with one side of the intermediate member, and moving up and down by rotation of the rotating plate;

Moving in the vertical direction by the power transmitted through the power transmission shaft, perforated a single sequin from a strip-shaped sequin base material conveyed from the winding reel, and attaching the perforated sequins to a predetermined position of the adhesive sheet punch;

When punching the sequins individually from the sequin base material by the punch, it is located on the central axis of the punch, and when the attachment position of the sequins attached to the adhesive sheet exceeds the cycle in which the power transmission shaft is elevated, the A power transmission intermittent lever that is separated from the upper end of the punch to allow the punch to jump and blocks the power of the first driving motor from being transmitted to the punch;

A sequin feed roller for pulling and conveying the sequin base material wound on the take-up reel to perforate a single sequin from the sequin base material by the punch;

The sequins are automatically attached by a control unit for controlling the operation of the first driving motor and the sequins conveying roller to perforate the sequins from the sequin base material by the punch and attach the perforated sequins to a predetermined position of the adhesive sheet. Provide the device.

According to a preferred embodiment, it characterized in that it comprises a first sensor for detecting the sequin base material released from the take-up reel to check the presence or absence of the sequin base material to the winding reel and outputs a detection signal to the control unit; .

When the sequin base material is moved to the punching position of the punch guide along a predetermined conveying path, the distance between the irradiation position of the laser beam and the punch by the laser beam irradiated to the sequin base material at any position of the conveying path Recognizing, by determining the X and Y-axis coordinates of the punch on the basis of the irradiation position of the laser beam to move the motif to the X-axis, Y-axis coordinates determined by the laser beam that can puncture the sequins by the punch Characterized in that it comprises a probe.

Emergency hook to forcibly lift the punch in the punch feed passage formed in the vertical direction in the punch guide when the sequin base material transfer stops in the sequin base material conveying passage formed in the horizontal direction in the punch guide to flow the sequin base material Characterized in that it comprises a.

Manipulation means for rotating the power transmission intermittent lever to transfer or block the power of the first drive motor to the punch,

Second driving motor; A drive gear connected to the second drive motor; And a driven gear fixed to the shaft on which the power transmission control lever is fixed to be engaged with the drive gear, wherein the shaft is rotated by the rotation of the drive gear and the driven gear when the second drive motor is driven. Therefore, the power transmission lever is characterized in that to rotate within a predetermined angle.

Detecting means for detecting the rotation angle of the power transmission control lever,

A detection plate fixed to an upper end of the shaft of the second driving motor and having first and second cut portions formed in left and right symmetry; Detecting the initial position of the detection plate when the power of the first driving motor is transmitted to the punch and the rotated position of the detection plate when the power of the first driving motor is not transmitted to the punch; 3 and 4 sensors are included, and the third and fourth sensors detect the positions of the first and second cutouts and transmit them to the controller, so that the power transmission control lever is clockwise or above a set angle. When the motor rotates counterclockwise, the second drive motor is driven by a control signal applied from the controller to return the power transmission control lever to an initial position.

As driving means for driving the sequin feed roller,

A third drive motor; A driving roller in at least one idle state mounted on an axis connected to the third driving motor and rotating; A fourth driving motor; An intermediate member fixed to an eccentric position away from a rotation center to a rotating plate connected to the fourth driving motor and cam-moving when the rotating plate is rotated by the fourth driving motor; A pressure rod fixed in a vertical direction to a lifting plate fixed to one side of the intermediate member and moved upward and downward by rotation of the rotating plate; When the pressing rod is lowered by the fourth driving motor, the driving roller is in close contact with the driving roller, and the driving roller and the fourth driving motor in the idle state rotated by the driving of the third driving motor. It is characterized in that the sequin base material from the take-up reel is pulled out by the mutual frictional force of the driven roller which is in close contact with the drive roller by driving.

According to the embodiment of the present invention configured as described above has the following advantages.

As the sequins are drilled individually from the sequin base material supplied in the form of a strip, the workability of attaching the sequins can be improved by automating a series of work processes for attaching the sequins to the adhesive sheet.

In addition, regardless of the various patterns and shapes of the sequin motif, each sequin is accurately attached to the set position of the adhesive sheet, so that the sequin motif can be advanced and commercialized.

In addition, as a combination of individual sequins of the same color or size, or different, attached to the adhesive sheet, various kinds of sequin motifs can be formed to satisfy the needs of various layers of consumers.

1 is a perspective view of an automatic sequin attachment device according to an embodiment of the present invention,
2 is a view showing that in the automatic sequin attachment device according to an embodiment of the present invention, the power of the drive motor is transmitted to the punch by the power transmission device,
3 is a view showing that in the automatic sequin attachment device according to an embodiment of the present invention, the power of the drive motor is blocked by the punch by the power transmission device,
Figure 4 is a side view of the pre-operation state of the punch for punching a single sequin from the sequin base material released from the winding reel in the sequin automatic attachment device according to an embodiment of the present invention,
Figure 5 is a side view showing the operation of the punch for punching a single sequin from the sequin base material released from the winding reel in the sequin automatic attachment device according to an embodiment of the present invention,
Figure 6 (a, b, c) is a view showing a process of forcibly lifting a punch for punching sequins in the automatic sequin attachment device according to an embodiment of the present invention,
7 is a detailed view of the punch driving unit in the automatic sequin attachment device according to an embodiment of the present invention,
8 is a view of a sensor for detecting the rotation of the lever for transmitting the power of the drive motor to the punch in the automatic sequin attachment device according to an embodiment of the present invention,
9 is an enlarged view of a sequin conveying roller driving unit for conveying a sequin base material in an automatic sequin attachment device according to an embodiment of the present invention;
10 is a view of a sequin motif completed by the automatic sequin attachment device according to an embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings, which are intended to illustrate the present invention in a manner that allows a person skilled in the art to easily carry out the invention. And does not mean that the technical idea and scope of the invention are limited.

1 to 10, the sequin automatic attachment device according to an embodiment of the present invention, the frame 10; Motif 12 is mounted on the frame 10 so as to be movable in the front and rear and left and right directions by the drive means in the X-axis and Y-axis direction and the adhesive sheet 11 is seated on the upper surface; In a sequin automatic attachment device comprising at least one winding reel 14 to which a belt-shaped sequin base material 13 is wound:

A first driving motor 15;

An intermediate member 17 fixed to an eccentric position away from the center of rotation to the rotating plate 16 connected to the first driving motor 15, and cam member moving when the rotating plate 16 is rotated by the first driving motor 15. );

A power transmission shaft 19 which is fixed in a vertical direction to the elevating plate 18 which is integrally fixed to one side of the intermediate member 17 and moved up and down by the rotation of the rotating plate 16;

It moves in the vertical direction by the power transmitted through the power transmission shaft 19, perforates the individual sequins 20 from the belt-shaped sequin base material 13 transferred from the winding reel 14, and the perforated pieces A punch 21 for attaching the sequins 20 to a predetermined position of the adhesive sheet 11;

When the sequins 20 are punched individually from the sequin base 13 by the punch 21, the attachment positions of the sequins 20, which are positioned on the central axis of the punch 21, are attached to the adhesive sheet 11, respectively. When the distance of the power transmission shaft 19 exceeds the cycle of lifting up and down is separated from the upper end of the punch 21 so that the punch 21 can jump, the power of the first drive motor 15 is A power transmission control lever 22 for blocking transmission to the punch 21;

A sequin feed roller 23 for pulling and conveying the sequin base material 13 wound around the winding reel 14 to perforate the individual sequins 20 from the sequin base material 13 by the punch 21;

The first drive motor 15 for perforating the individual sequins 20 from the sequin base material 13 by the punch 21 and attaching the perforated individual sequins 20 to a predetermined position of the adhesive sheet 11. And a control unit 24 for controlling the operation of the sequin feed roller 23.

A first sensor for detecting the sequin base material 13 released from the winding reel 14 and outputting a detection signal to the control unit 24 in order to check whether the sequin base material 13 remains on the winding reel 14. 25).

When the sequin base material 13 is moved to the punching position of the punch guide 27 along a predetermined conveying path, the laser beam is irradiated to the sequin base material 13 at any position of the conveying path. Recognizing the distance between the irradiation position and the punch 21, the motif 12 to the X-axis, Y-axis coordinates determined by determining the X-axis and Y-axis coordinates of the punch on the basis of the irradiation position of the laser beam It may include a laser beam irradiation hole 26 that can be perforated individually by the punch 21 by moving the punch (21).

When the sequin base material 13 is stopped in the sequin base material conveying passage formed in the horizontal direction in the punch guide 27 so that the sequin base material 13 flows in, the vertical direction is formed in the punch guide 27. It may include an emergency hook 28 for forcibly lifting the punch 21 in the punch feed passage.

As the operating means for rotating the power transmission control lever 22 to transmit or block the power of the first drive motor 15 to the punch 21,

A second driving motor 29; A drive gear 30 connected to the second drive motor 29; It includes a driven gear 32 is fixed to the shaft 31 is fixed to the power transmission control lever 22 is engaged with the drive gear 30, the drive when the second drive motor 29 is driven As the shaft 31 is rotated by the rotation of the gear 30 and the driven gear 32, the power transmission control lever 22 can be rotated within a predetermined angle.

Detecting means for detecting the rotation angle of the power transmission control lever 22,

A detection plate 35 fixed to an upper end of the shaft of the second driving motor 29 and having first and second cutouts 33 and 34 formed in left-right symmetry; The initial position of the detection plate 35 when the power of the first drive motor 15 is transmitted to the punch 21 and the power of the first drive motor 15 are transmitted to the punch 21. If not, it comprises a third, fourth sensor (36,37) for detecting the rotated position of the detection plate 35, and the first, second by the third, fourth sensor (36,37) As the position of the cutouts 33 and 34 is detected and transmitted to the control unit 24, when the power transmission control lever 22 is rotated clockwise or counterclockwise beyond a set angle, the control unit ( The second drive motor 29 may be driven by a control signal applied from 24 to return the power transmission control lever 22 to an initial position.

As driving means for driving the sequin feed roller 23,

Third drive motor (not shown); A drive roller 39 in at least one idle state mounted on a shaft connected to the third drive motor and rotating; A fourth driving motor 40; An intermediate member 42 fixed to an eccentric position away from the center of rotation to the rotating plate 41 connected to the fourth driving motor 40 and cam-moving when the rotating plate 41 is rotated by the fourth driving motor 40; A pressure rod 44 fixed in a vertical direction to the elevating plate 43 fixed to one side of the intermediate member 42 and moved up and down by the rotation of the rotating plate 41; When the pressurizing rod 44 is lowered by the fourth driving motor 40, the driven roller 45 is in close contact with the driving roller 39. The idler is rotated by the driving of the third driving motor 38. The sequin base material 13 from the take-up reel 14 is driven by the mutual frictional force of the driven roller 45 in close contact with the drive roller 39 by driving the drive roller 39 and the fourth drive motor 40 in a state. It can be pulled and transported.

Hereinafter, the operation of the automatic sequin attachment device according to an embodiment of the present invention will be described with reference to the accompanying drawings.

1 to 10, the adhesive sheet 11, the adhesive is coated on the motif 12, which is moved in the front and rear and left and right directions by the driving means in the X-axis and Y-axis direction is seated, the color Alternatively, as the band-shaped sequin base material 13 having the same or different width size is wound on the winding reel 14, the sequins 20 are punched from the sequin base material 13 to form the adhesive sheet 11. The preparation work for attaching to the predetermined position of is completed.

At this time, the motif 12 is moved to the front and rear and left and right directions by a program pre-programmed and embedded in the controller 24, and the sequins 20 are attached to each of the sequins 20 at predetermined positions of the adhesive sheet 11. Since the technical contents forming the pattern of the motif are used in the art, detailed description thereof will be omitted.

The sequins 20 can be perforated by the punch 21 from the band-shaped sequin base material 13 released from the winding reel 14 by the rotation of the sequin feed roller 23. That is, at least one drive roller 39 is rotated at the same time by the third drive motor. In this case, when the fourth driving motor 40 is driven, the intermediate member 42 fixed to the rotating plate 41 connected to the fourth driving motor 40 is cam-moved, and thus the lifting plate 43 connected to the intermediate member 42 is provided. ) Can get on and off. That is, when the lifting plate 43 is lowered, as the driven roller 45 is pressed by the pressing rod 44 fixed to the lifting plate 43 in the vertical direction, the driven roller 45 is pressed. It comes in close contact with the driving roller 39.

Therefore, as the driving roller 39 rotated in the idle state by the third driving motor and the driven roller 45 by the fourth driving motor 40 closely adhere to the driving roller 39, By the frictional force, the sequin base material 13 can be pulled from the winding reel 14, and can be conveyed toward the punch 21 at a predetermined speed.

The sequin base material 13 released from the winding reel 14 is conveyed while being kept in a tension state by supporting rollers installed in the transfer path thereof, and when the sequin base material 13 is transferred below the punch 21, Each of the sequins 20 can be repeatedly punched by the punch 21 which is lifted and lowered by the one driving motor 15. That is, when the first driving motor 15 is driven, as the rotating plate 16 connected to the first driving motor 15 through the V belt 38 is rotated, the intermediate member 17 fixed to the rotating plate 16 is rotated. Will cam movement.

Therefore, when the lower end of the intermediate member 17 is located at the bottom dead center, the lifting plate 18 integrally connected to the intermediate member 17 is elevated. Since the power transmission shaft 19 fixed in the vertical direction to the lifting plate 18 is lowered, the lower end of the power transmission shaft 19 is in close contact with the upper end of the punch 21. Therefore, when the punch 21 is lowered along the punch movement path formed in the punch guide 27 in the vertical direction, the sequin base material 13 transferred from the winding reel 14 is horizontal to the punch guide 27. When passing through the formed sequins base material passage can be perforated a single sequins (20).

On the other hand, the presence or absence of the sequin base material 13 wound on the winding reel 14 can be confirmed. That is, by detecting the sequin base material 13 released from the winding reel 14 by the first sensor 25 and transmitting the detection signal to the control unit 24, by the control signal from the control unit 24. The driving of the first driving motor 15 is stopped and the winding reel 14 consumed by the sequin base material 13 can be replaced by an operator.

On the other hand, when the sequin base material 13 is moved to the punching position of the punch guide 27 along a predetermined predetermined transfer path, the laser beam irradiation port to the sequin base material 13 of any position of the transfer path The laser beam is irradiated by 26. At this time, the data value of the distance between the irradiation position of the laser beam and the punch 21 is input to the controller 24 in advance. Therefore, the X and Y axis coordinates of the punch 21 are determined based on the irradiation position of the laser beam with respect to the sequin base material 13, and the motif 12 is moved to the determined X and Y axis coordinates. According to the punch 21, the sequins 20 can be punched individually.

On the other hand, when the individual sequins 20 are repeatedly drilled from the sequin base material 13 by the punch 21, the conveyance of the sequin base material 13 in the sequin base material conveying path of the punch guide 27 is stopped. In this case, the punch 21 may be forcibly lifted by the emergency hook 28.

On the other hand, the position of the sequins 20 attached to each of the sequins 20 is punched from the sequin base 13 by the punch 21 and attached to a predetermined position of the pressure-sensitive adhesive sheet 11, which exceeds the cycle in which the power transmission shaft 19 is elevated. In the case of the distance, the power of the first drive motor 15 can be prevented from being transmitted to the punch 21 through the power transmission shaft 19 by the rotation of the power transmission control lever 22. .

That is, when the second drive motor 29 is driven, the drive gear 30 connected to the second drive motor 29 is rotated, so that the power transmission is interrupted by the driven gear 32 meshed with the drive gear 30. By rotating the shaft 31 to which the dragon lever 22 is fixed, the power transmission control lever 22 can be rotated within a predetermined angle range.

Therefore, when the power transmission control lever 22 is positioned on the central axis of the punch 21, the power of the first driving motor 15 is transmitted to the punch 21. On the other hand, when the power transmission control lever 22 is out of the central axis of the punch 21, the power of the first driving motor 15 may be blocked from being transmitted to the punch 21.

On the other hand, the rotation of the power transmission control lever 22 may be automatically detected by the third and fourth sensors 36 and 37. That is, when the power transmission intermittent lever 22 is rotated clockwise or counterclockwise in excess of the set angle, the power transmission control lever 22 is formed in left and right symmetrical shapes on the detection plate 35 mounted on the axis of the second driving motor 29. One of the first and second cutouts 33 and 34 is out of the initial position. At this time, the first cutting unit 33 or the second cutting unit 34 outside the initial position is detected by the third and fourth sensors 36 and 37 and the detection signal is transmitted to the control unit 24. Accordingly, as the second driving motor 29 is driven by the control signal applied from the controller 24, the power transmission control lever 22 may be rotated to return to the initial position.

As described above, each of the sequins 20 is punched by the punch 21 from the belt-shaped sequin base material 13 transferred from the winding reel 14, and the predetermined position of the pressure-sensitive adhesive sheet 11 on the motif 12 is carried out. When attached to the sequin motif to form a pattern, the release paper is attached on the sequin motif, and then the adhesive sheet 11 is separated from the motif (12). Therefore, after the release paper is separated from the sequin motif, the sequin motif can be attached by heat fusion in a state in which the sequin motif is in close contact with the garment.

10; frame
12; motive
14; Reel
16; Spindle
18; Steel plate
20; Sequin
22; Power transmission control lever
24; The control unit
26; Laser beam
28; Emergency hook
30; Drive gear
32; Driven gear
34; 2nd cut
36; 3rd sensor
38; V belt
40; 4th drive motor
42; Intermediate member
44; Pressure rod

Claims (7)

frame; A motif mounted on the frame so as to be movable in the front, rear, left and right directions by a driving means, and having an adhesive sheet seated on an upper surface thereof; In a sequin automatic attachment device comprising at least one winding reel to which a strip-shaped sequin base material is wound:
A first driving motor;
An intermediate member fixed to an eccentric position away from the center of rotation to a rotating plate connected to the first driving motor, and having a cam motion when the rotating plate is rotated by the first driving motor;
A power transmission shaft fixed in a vertical direction to a lifting plate fixed to one side of the intermediate member, and moving up and down by rotation of the rotating plate;
It moves in the vertical direction by the power transmitted through the power transmission shaft, perforated individual sequins from a strip-shaped sequin base material conveyed from the winding reel, and attaching the individual perforated sequins to a predetermined position of the adhesive sheet. punch;
When punching the sequins individually from the sequin base material by the punch, it is located on the central axis of the punch, and when the attachment position of the sequins attached to the adhesive sheet exceeds the cycle in which the power transmission shaft is elevated, the A power transmission intermittent lever that is separated from the upper end of the punch to allow the punch to jump and blocks the power of the first driving motor from being transmitted to the punch;
A sequin feed roller for pulling and conveying the sequin base material wound on the take-up reel to perforate a single sequin from the sequin base material by the punch;
The sequins are automatically attached by a control unit for controlling the operation of the first driving motor and the sequins conveying roller to perforate the sequins from the sequin base material by the punch and attach the perforated sequins to a predetermined position of the adhesive sheet. Device. The method of claim 1, further comprising a first sensor for detecting the sequin base material released from the winding reel to output the detection signal to the control unit in order to check whether the sequin base material remains on the winding reel. Sequin automatic attachment device. According to claim 1, When the sequin base material is stopped in the sequin base material conveyance passage formed in the horizontal direction in the punch guide so that the sequin base material is introduced, punch in the punch feed passage formed in the vertical direction in the punch guide An automatic sequin attachment device comprising an emergency hook forcibly lifted. The irradiation position of the laser beam according to claim 3, wherein when the sequin base material is moved to the punching position of the punch guide along a predetermined transfer path, the laser beam is irradiated to the sequin base material at any position of the transfer path. And the distance between the punch and the punch, the X and Y axis coordinates of the punch is determined based on the irradiation position of the laser beam, and the motif is moved to the X and Y axis coordinates determined. Sequin automatic attachment device comprising a laser beam irradiation port that can be perforated. According to claim 1, wherein the operating means for rotating the power transmission intermittent lever for transmitting or blocking the power of the first drive motor to the punch,
Second driving motor; A drive gear connected to the second drive motor; And a driven gear fixed to the shaft on which the power transmission control lever is fixed to be engaged with the drive gear, wherein the shaft is rotated by the rotation of the drive gear and the driven gear when the second drive motor is driven. Accordingly, the automatic transmission device for sequins, characterized in that for rotating the power transmission control lever within a predetermined angle. According to claim 5, Detecting means for detecting the rotation angle of the power transmission control lever,
A detection plate fixed to an upper end of the shaft of the second driving motor and having first and second cut portions formed in left and right symmetry; Detecting the initial position of the detection plate when the power of the first driving motor is transmitted to the punch and the rotated position of the detection plate when the power of the first driving motor is not transmitted to the punch; 3 and 4 sensors are included, and the third and fourth sensors detect the positions of the first and second cutouts and transmit them to the controller, so that the power transmission control lever is clockwise or above a set angle. When the counterclockwise rotation is rotated by the control signal applied from the control unit by driving the second drive motor to return the power transmission control lever to the initial position, characterized in that the automatic sequins. According to claim 1, wherein the drive means for driving the sequin feed roller,
A third drive motor; A driving roller in at least one idle state mounted on an axis connected to the third driving motor and rotating; A fourth driving motor; An intermediate member fixed to an eccentric position away from a rotation center to a rotating plate connected to the fourth driving motor and cam-moving when the rotating plate is rotated by the fourth driving motor; A pressure rod fixed in a vertical direction to a lifting plate fixed to one side of the intermediate member and moved upward and downward by rotation of the rotating plate; When the pressing rod is lowered by the fourth driving motor, the driving roller is in close contact with the driving roller, and the driving roller and the fourth driving motor in the idle state rotated by the driving of the third driving motor. And a sequin base material from the take-up reel by the mutual frictional force of the driven roller which is brought into close contact with the drive roller by driving.

Images