KR101322199B1 - A spangle motive manufacturing equipment - Google Patents

Abstract

PURPOSE: A spangle motif producing apparatus is provided to maximize productivity of spangle production by punching rapidly in comparison with the punching by air pressure. CONSTITUTION: A spangle motif producing apparatus (10) comprises a frame, a supporting frame (100), a punching unit (200), a first moving unit (300), a film holder (400), a second moving unit (500), a lower moving unit (600), and a controller (700). The film holder is equipped in a horizontal direction on a side of the first moving unit. The controller controls movement of the first moving unit, the second moving unit, the punching unit, and the lower moving unit.

Description

Sequin motif manufacturing equipment {A SPANGLE MOTIVE MANUFACTURING EQUIPMENT}

The present invention relates to a sequin motif manufacturing apparatus, and more particularly, a plurality of sequins having a suitable color and pattern is passed through a mold of a predetermined shape and is moved to one side at the same time as the punching to automatically form a motif It relates to a sequin motif manufacturing apparatus.

Generally, a spangle refers to a thin and small piece made of metal or plastic, and is used as a decorative decoration that visually stands out by attaching to clothes, outdoor clothes, and advertisement signboards because it reflects and shines light.

The sequins as described above are continuously supplied through a winder (roller) film in the form of rolls having various patterns and colors on the transparent sheet upper surface, and produced in a shape having a predetermined shape by punching in a desired color and shape In addition, the release paper is provided on the upper side to produce a product.

However, in the related art, since workers sewn by hand using tweezers or the like to randomly punch sequins having various colors and patterns and then have a predetermined shape, there is a problem that productivity is lowered.

In addition, because of the work by manpower, there is a problem that the yield is uneven, the defect is caused by a mistake of the operator.

In order to solve this problem, as shown in FIGS. 1A and 1B, a sequin motif device (ME) filed by the present applicant and registered as 10-0483344 filed on April 06, 2005 is hereinafter referred to as "a conventional device". ) Is disclosed.

1A and 1B, a conventional apparatus ME includes a frame FM, a cartridge unit CA, a cartridge moving unit CM, a driving unit ST, a sequin spacing detecting unit SC, and a work table WD. ) And a control unit (not shown).

The cartridge part CA includes a base BS, first and second connection parts JO1, JO2, a driving disc SRP, a driven disc FRP, a roller RR, an encoder contact roller ER, and a punching cylinder. (TC), punch PC, and mold part MD.

The base BS is an upright plate having an inverted "a" shape, and the driving disc SRP and the driven disc FRP are hinged to the ends of the first and second connection portions JO1 and JO2, respectively, on both upper sides thereof. It is.

The driving disc SRP is hinged to the center of the end of the first connection part JO1 so as to be rotatable by the driving part ST provided on one side, and one end of the sequins SG is coupled.

The driven disc FRP is provided on the other side opposite to the drive disc SRP, the center of which is hinged to the second connecting portion JO2 described above, and roll-shaped sequins SG on the driven disc FRP. This is wound up.

  The sequins SG pass through the mold part MD in a state where the tension is maintained by the roller RR and the encoder contact roller ER, and the punching cylinder provided in the vertical direction of the mold part MD. It is punched out by the punch PC provided in the lower end of TC.

However, as described above, the conventional apparatus ME is provided with a plurality of driving discs SRP and driven discs FRP in the cartridge portion CA, and therefore, driven discs (by rotating the drive disc SRP). As the sequins SG provided in the FRP pass through the mold, when the punching is made by the punching cylinder TC made of an air cylinder, there is a problem that a defect occurs when the punching occurs due to the vibration generated.

In addition, the punching cylinder is made of an air cylinder, there is a problem that the productivity is lowered because the punching speed (1.5 ~ 2 seconds / foot) is slowed down by the air cushion (Air Cushion) action when the air cylinder for the stroke stroke advance .

The present invention has been made to solve the conventional problems as described above, the object of the present invention is to move according to the punching shape of a variety of colors and patterns, so that the punching is made automatically, to improve productivity according to mass production It is.

In addition, another object of the present invention is to minimize the occurrence of defects by being punched in the sequins without vibration.

In addition, another object of the present invention is to maximize the productivity of the sequins by making a faster punching than the punching by the pneumatic.

Sequin motif manufacturing apparatus according to the present invention made for this purpose,

An outlined frame;

A support frame provided at an upper middle portion of the frame;

A punching device provided in a vertical direction above the support frame;

A first moving device provided on one side of the support frame to move in a longitudinal direction;

A film holder provided in one side of the first moving device in a horizontal direction;

A second moving device provided to be movable in the longitudinal direction on the other side of the support frame opposite to the first moving device;

A lower moving device provided below the support frame;

And a controller for controlling operations of the first and second moving devices, the punching device, and the lower moving device.

In addition, the support frame,

A rectangular main body mounted vertically on a post provided at both ends of the middle portion of the frame;

Rail parts provided on both sides of the main body in a symmetrical horizontal direction;

A driving unit provided at each end of the rail unit and a driving pulley provided at the other end of the rail unit opposite the driving motor and driven by a connecting member;

It consists of a punching base provided in the horizontal direction on the upper side of the main body.

In addition, the support frame,

It is provided in the vertical direction on the lower one side of the main body, the guide way formed in the longitudinal groove shape on the lower side of one side, and the guide means formed with a projection formed on the upper side of the end of the inclined gradually increasing below the middle portion of the guide way It includes more.

In addition, the punching device,

A housing mounted vertically to the punching base;

A driving device provided above the housing;

It consists of a punching means for reciprocating in the up and down direction by the drive device.

In addition, the driving device,

A drive motor provided on one side of the housing, a drive pulley interlocked by a drive shaft and a timing belt of the drive motor, and a cam axially coupled with a central axis of the drive pulley.

In addition, the punching means,

One end of the cam is hinged to the punching link, the other end of the punching link is hinged, the slider coupled to the upper and lower reciprocating movement is coupled to the guide rail provided in both vertical directions, and hinged to the lower side of the slider It consists of a mold support to be coupled.

In addition, the punching means,

It further includes a rotating device for rotating the mold support at a predetermined angle.

In addition, the rotation device,

A rotating motor provided at one side of the slider, a rotating plate axially coupled to the output shaft of the rotating motor, a rotating link hinged at one end, and a hinge pin provided in a horizontal direction at the other end and one side of the rotating link. Rotating bar which is provided in the horizontal direction on the other side of the rotating slider so as to be provided on both sides of the rotating slider reciprocating along the guide rail provided in the horizontal direction, and the vertical pin provided in the vertical direction to the mold support Is done.

In addition, the first moving device,

A rectangular first movable board having a first rail guide coupled to one side rail portion of the support frame on one side thereof, and a film provided at right angles in a longitudinal direction below the first movable board in a longitudinal direction. A film guide having a plurality of guide grooves formed to be guided, a first feeding roller axially coupled to one shaft to interlock with one side of the guide groove of the film guide, and one end of the plurality of guide grooves of the film guide, It consists of a 2nd feeding roller spaced a predetermined distance below the 1 feeding roller.

In addition, the second feeding roller,

And a plate-shaped elastic body provided in a horizontal direction on one side of the guide groove of the film guide, and a roller bracket provided at one end of the plate-shaped elastic body.

In addition, the second feeding roller,

The roller bracket further comprises a bearing provided in a vertical direction.

In addition, the first moving device,

It further comprises a stopper device provided with a plurality to control the flow of the film provided for each of the guide groove in one vertical direction of the first moving board.

In addition, the stopper device,

A circular rod-shaped block provided in the guide groove, a rod provided in a vertical direction above the block, a support member provided at a lower end of the rod, and provided at an upper end of the rod facing the support member. A pusher made of a handle;

A bracket provided in a vertical direction on one side of the first moving board, which is an upper side of the block, and a hinge pin provided in a horizontal direction of the bracket and a middle portion provided in a horizontal direction are hinged, and one end of the support It is supported under the member, the other end is provided with a lever on the other side of the first moving board;

The rotating motor includes a rotating motor fixed to one end of the first moving board, a rotating rod having a circular rod shape coupled to the output shaft of the rotating motor, and a rotating link axially coupled to the end of the rotating rod.

In addition, the film holder,

It is provided in the horizontal direction on the upper side of the first moving board of the first moving device, and provided with a long hole formed on one side to correspond to the plurality of pushers, and a bobbin wound around both sides of the long hole is provided and can be easily rotated. It is made of a bobbin support member formed so that hemispherical bobbin seating groove.

In addition, the second mobile device,

A rectangular second movable board having a second rail guide coupled to the rail unit provided in the longitudinal direction on the other side of the support frame opposite to the first moving device on one side thereof, and in the longitudinal direction of the second movable board. It is provided side by side, the first and second guide blocks are formed with a plurality of through-holes each coincides with the center in the vertical direction, and is axially coupled to the through-holes of the first and second guide blocks for easy sliding up and down direction A punching rod provided in a vertical direction to be provided, a middle rod of the punching rod, a punching rod supporting member provided with a side rod to penetrate a long hole formed in the longitudinal direction of the second moving board, and a lower portion of the punching rod The punch is provided, and a punching mold provided in the longitudinal direction of the lower side of the second moving board to facilitate punching by the punch.

In addition, the lower moving device,

An X-axis moving apparatus provided on both upper sides of the frame provided below the support frame;

A Y-axis moving device provided on an upper portion of the X-axis moving device and moving in the Y-axis that is perpendicular to the X-axis moving device;

It includes a rotary device provided on the upper side of the Y-axis moving device.

In addition, the X-axis moving device,

A drive shaft provided in the frame in a longitudinal direction and rotating by an X-axis drive motor;

Rails provided at both ends of the drive shaft in the X-axis longitudinal direction;

It is provided at each end of the rail, and consists of a return pulley connected to be interlocked by the drive pulley and the connecting member provided on both ends of the drive shaft.

In addition, the Y-axis moving device,

A spline shaft provided at one side of the rail of the X-axis moving apparatus in a longitudinal direction and rotated by a Y-axis driving motor;

A moving trolley having rails in an upper longitudinal direction provided with guide members coupled to the rail at both ends and spaced apart from each other by a predetermined interval;

A Y-axis driving pulley provided at both ends of the one end of the moving cart so as to be axially coupled with the spline shaft;

It is provided on both sides of the other end of the moving trolley facing the Y-axis drive pulley, it is made of a Y-axis driven pulley interlocked by a connecting member.

In addition, the rotating device,

A slide frame having at least two guide members provided on at least two lower sides so as to be coupled to a rail of the moving cart, and fixing members at both sides to be coupled to the connecting member of the Y-axis moving apparatus;

A turning frame spaced apart from the slide frame by a predetermined distance and provided at an upper center thereof;

A driven gear provided below the slide frame, the center of which is connected to the turning frame;

It is provided in the vertical direction on the lower side of the slide frame, consisting of a rotation motor shaft-coupled with the drive gear to the output shaft to be connected by the driven gear and the connecting member.

In addition, the sequin motif manufacturing apparatus,

At least two points in a row in the width direction by the drive motor consisting of a stepping motor is characterized in that the multiple punching.

As described in detail above, according to the sequin motif manufacturing apparatus according to the present invention, by moving according to the punching shape of a variety of colors and patterns to be made automatically, there is an effect to improve the productivity according to mass production.

In addition, the punch is made to the sequins without vibration, there is an effect to minimize the occurrence of defects.

In addition, by making the punching more quickly, there is an effect of supplying a device that maximizes the productivity of sequins production.

Figure 1a and 1b is a view showing a conventional sequin motif manufacturing apparatus,
Figure 2 is a perspective view showing the external appearance of the sequin motif manufacturing apparatus according to the present invention,
Figure 3 is a rear perspective view showing the coupling of the support frame and the first and second mobile devices of the sequin motif manufacturing apparatus according to the present invention,
Figure 4 is a perspective view of the front and rear both sides to explain the configuration of the punching device of the sequin motif manufacturing apparatus according to the present invention,
5 is a perspective view for explaining the coupling between the punching device and the mold of the sequin motif manufacturing apparatus according to the present invention,
6 is a perspective view of the second moving device of the sequin motif manufacturing apparatus according to the present invention as viewed from the direction “A” of FIG. 3,
FIG. 7A is a cross-sectional view taken along line “B”-“B” of FIG. 3, and is a view for explaining film feeding, punching, and shearing of a sequin motif manufacturing apparatus according to the present invention;
FIG. 7B is an enlarged view of the line “C” of FIG. 7A;
8 and 9 are perspective views showing the extraction of the device for controlling the feeding of the film of the sequin motif manufacturing apparatus according to the present invention,
10 is a perspective view showing a lower moving device of the sequin motif manufacturing apparatus according to the present invention,
11 is a perspective view showing the configuration of a rotating device of the sequin motif manufacturing apparatus according to the present invention.

Referring to Figure 2, sequin motif manufacturing apparatus 10 according to the present invention (hereinafter referred to as "manufacturing apparatus") is a frame 11 and the support frame 100, the punching device 200 and the first having a shape The moving device 300, the film holder 400, the second moving device 500, the lower moving device 600, and the controller 700 are roughly classified.

Referring to FIG. 3, the support frame 100 includes a main body 110, a rail 130, a driving unit 150, a punching base 170, and a guide means 190.

Body 110 is made of a rectangular plate (板材) that is mounted in a vertical state on the post (13) provided side by side at both ends of the middle portion of the frame 11, the rail portion 130 is provided in a horizontal symmetrical type on both sides do.

The rail unit 130 is coupled to the first and second rail guides 311 and 511 provided in the first and second mobile devices 300 and 500, which will be described later, to easily slide in the left and right horizontal directions. To be provided.

The driving unit 150 is provided in each rail unit 130 as described above.

The driving unit 150 is provided with a driving motor 151 provided at each end of the rail unit 130 and a driven pulley 153 at the other end of the rail unit 130 facing the driving motor 151. .

Such a driving motor 151 and the driven pulley 153 is a connecting member made of a timing belt (Timming Belt) by a belt support (not shown) provided in the first and second mobile devices 300 and 500 to be described later ( The first and second mobile devices 300 and 500 are moved by moving 155. (Hereinafter, the drive unit 150 provided in the second mobile device 500 includes the above-mentioned drive unit ( 150) The same as the configuration, a separate description will be omitted)

The punching base 170 is provided in the horizontal direction on the upper side of the main body 110, a plurality of through holes 171 are formed in the longitudinal direction to facilitate the mounting of the punching apparatus 200 to be described later.

Guide means 190 is provided in the longitudinal direction on the lower side of the body 110, as shown in Figure 7b and 9, the guideway 191 made of a longitudinal groove shape on the lower side of one side And a projection 193 formed in a plane is formed above the end portion of the inclined portion that gradually rises below the middle portion of the guide way 191.

The protrusion 193 is a bearing 375 provided on one end of the second feeding roller 370 in the configuration of the first moving device 300 in the operation described later, the first feeding roller is spaced apart ( By contacting 350, the first and second feeding rollers 350 and 370 are in contact with each other to facilitate the transfer of the film FL provided therebetween.

That is, only the film having the configuration in which the bearing 137 is provided on the upper side of the protrusion 137 of the second feeding roller 370 provided in the first moving device 300 to be described later can be transferred.

 As such, the punching device 200 is provided above the punching base 170 provided above the main body 110.

4 and 5, the punching device 200 includes a housing 210, a driving device 230, and a punching means 250.

As shown, the housing 210 has an outer shape and is provided in a vertical state, and a driving device 230 is provided above the housing 210.

The driving device 230 includes a driving motor 231, a driving pulley 233, and a cam 235.

The drive motor 231 is provided in the horizontal direction on the upper side of the housing 210, the drive shaft 232 made of a timing pulley (Timming Pully) is provided at the end.

A driving pulley 233 is provided at one side of the driving motor 231, and the driving pulley 233 is formed of a timing pulley similarly to the driving shaft 232 to the driving shaft 232 and the timing belt 234. By interlocking.

The cam 235 is axially coupled to the central axis 233a of the driving pulley 233, and the punching means 250 is connected to the cam 235.

The punching means 250 includes a punching link 251, a slider 253, and a mold support 255.

The punching link 251 is hinged to one end of the cam 235 and the other end is hinged to the slider 253.

The slider 253 is in the form of a block in which a hole 254 having a middle portion is formed in a “□” shape, and is coupled with the guide rails 252 in both vertical directions to facilitate up and down reciprocating motion.

The mold support 255 is hinged in the above-described " □ "

The mold support 255 is formed in an elliptical shape when viewed from a plane, and may be coupled to the side rod 551 of the second mobile device 500 to be described later in a 90 degree perpendicular direction with respect to the direction shown in FIG. 4. Coupling grooves 255a are formed.

As shown in FIG. 5, the mold support 255 is provided with a pivot pin 256 in the vertical direction.

Such a mold support 255 is rotated by a predetermined angle by the rotating device 270 provided on one side.

The rotating device 270 includes a rotating motor 271, a rotating plate (not shown), a rotating link 275, a rotating slider 277, and a rotating bar 279.

The rotation motor 271 is provided on one side of the slider, and a rotating plate (not shown) is axially coupled to a drive shaft (not shown) that protrudes to the other side thereof.

Rotating link 275 is hinged to one end of the rotating plate (not shown) of the rotating motor 271, the other end of the rotary slider 277 reciprocating along the guide rail 278 provided in the horizontal direction And hinged.

On the other side of the pivoting slider 277, two rows of pivoting bars 279 are provided on both sides of the pivot pin 256 in the horizontal direction, thereby rotating the mold support 255 at an angle of 90 degrees. The side rod 551 of the second moving device 500 is to be easily coupled to the coupling groove 255a formed in the mold support 255.

3 and 7A to 9, the first moving device 300 is provided to be movable in the longitudinal direction on one side of the main body 110 of the support frame 100, the first moving board It consists of 310, the film guide 330 and the first, second feeding rollers (350, 370).

At least one first rail guide 311 is provided at one side of the first moving board 310 so as to be coupled to the rail unit 130 provided on one surface of the main body 110.

As described above, each side of the rail unit 130 provided with the first moving board 310 is provided with the driving motor 151 of the driving unit 150 described above, and is driven on the other side facing the driving motor 151. Pulley 153 is provided, the driven pulley 153 is interlocked by a connecting member 155 made of a timing belt (Timming Belt).

Therefore, although not shown, the first moving board 310 is smoothly moved to one side or the other side by the belt bracket 318 coupled with the connection member 155.

The driving motor 151 is a stepping motor, and in the operation described below, the first moving board 310 is repeatedly reciprocated left and right to at least 3 in a row in the width direction of the film FL. The punching of points was made possible.

As such, the film guide 330 is provided at a right angle in the longitudinal direction of the first moving board 310.

Film guide 330 is made of a rectangular plate, as shown, a plurality of guide grooves 331 are formed at equal intervals in the longitudinal direction to facilitate the entry of the film (FL) in the operation described later.

A first feeding roller 350 is provided in one longitudinal direction of the film guide 330. The first feeding roller 350 is formed on the film guide 330 on one axis connected to a motor (not shown). Each guide groove 331 is provided.

A second feeding roller 370 is provided below the first feeding roller 350, and the second feeding roller 370 includes an elastic body 371, a roller bracket 373, and a bearing 375. .

7A to 9, the elastic body 371 is a leaf spring which is provided at the front end of the guide groove 331 of the film guide 330 and elastically downward, and a roller bracket 373 is provided at the front end thereof. do.

The roller bracket 373 is formed in a rectangular shape and has a " □ " shape hole 371a formed therein, and the roller shaft of the second feeding roller 370 inside the hole 373a. (Not shown) is hinged.

The bearing 375 is provided in the vertical direction at the tip of the roller bracket 373.

The bearing 375 is provided in the guide way 191 formed in the longitudinal groove shape at the bottom of one side of the guide means 190 described above. At this time, the second feeding roller 370 is spaced apart from the first feeding roller 350 provided on the upper side in a predetermined interval, the film (FL) provided in each portion is not fed.

However, when the bearing 375 of any part is placed on the protrusion 193 provided in the middle of the guideway 191 by the movement of the first moving device 300, the second feeding roller 370 is By contacting the first feeding roller 350 provided on the upper side, the film (FL) provided therebetween is transferred and the punching is made.

Therefore, the portion in which the protrusion 193 is formed is the origin of the manufacturing apparatus 10 according to the present invention, and the first and second moving apparatuses 300 and 500 are moved around the portion of the protrusion 193 in the following operation. It can move and punch with a mix of films of various colors and shapes.

On the other hand, the first moving device 300 according to the present invention is a stopper device 390 provided with a plurality to control the flow of the film provided for each of the guide grooves 331 in one vertical direction of the first moving board (310) It further includes.

7B and 8, the stopper device 390 is roughly divided into a pusher 391, a lever 393, and a rotation part 395.

The pusher 391 is composed of a block 391a, a rod 391b, a support member 391c, and a handle 391d.

The block 391a has a circular rod shape, and the lower end thereof comes into contact with the guide groove 331, that is, the state in which the provided film FL is pressed, thereby restricting the movement of the film FL.

A rod 391b is provided in an upper vertical direction of the block 391a, and a support member 391c is provided between the lower end of the rod 391b and the block 391a.

The supporting member 391c is fixed to the lower end of the rod 391b in a state of penetrating the above-described rod 391b so as to be easily lifted upward by the rotation of the tip of the lever 393 to be described later.

On the other hand, a handle 391d is provided at an upper end of the rod 391b opposite to the supporting member 391c, which is easy for the worker to lift artificially when setting the film FL before the operation. It is formed in the shape of a circular rod.

The pusher 391 maintains a state in which the pusher 391 is pressed downward by a spring (not shown).

On the other hand, the lever 393 is provided below the support member of the pusher 391.

The lever 393 penetrates through the bracket 393a provided in a vertical direction on one side of the first moving board 310, which is an upper side of the block 391a, and is provided in the horizontal direction of the bracket 393a. The intermediate part is hinged by the hinge pin HP, and one end is provided below the support member 391c of the pusher 391, and the other end is provided on the opposite side of the first moving board 310. .

The rotating part 395 is provided at the other end of the lever 393 as described above.

As shown in FIG. 8, the rotating unit 395 includes a rotating motor 395a, a rotating rod 395b, and a rotating link 395c.

The rotation motor 395a is provided as a stepping motor provided at one side of the main body 110 of the support frame 100 to rotate at a predetermined angle.

A circular rod-shaped rotating rod 395b is axially coupled to an output shaft (not shown) of the rotating motor 395a, and a rotating link 395c is axially coupled to an end of the rotating rod 395b.

This rotating link 395c is also provided at a position coinciding with the projection 193 of the above-described guide means 190, which is the origin of the manufacturing apparatus 10 according to the present invention.

The above-described lever 393 is rotated by the action of the pivoting portion 395, and the pusher 391 supported at the end of the lever 393 is lifted upward to facilitate punching. The film FL is fed by the first and second feeding rollers 350 and 370.

Accordingly, the portion provided with the pivot link 395c is substantially together with the projection 193 formed at the middle of the guideway 191 of the guide means 190 described above in the manufacturing apparatus 10 according to the present invention. The origin of the work is formed.

The film holder 400 is provided in one horizontal direction of the first moving board 310 of the first moving device 300 having the above-described configuration.

 Referring to FIG. 3, the film holder 400 is formed in a rectangular plate shape, and a long hole 410 is formed at a position corresponding to the pusher 391 described above, and a bobbin is formed at an intermediate portion of the long hole 410. The support member 430 is provided.

As shown in the bobbin support member 430, hemispherical bobbin seating grooves 431 are formed at both sides so that the bobbin BB on which the film FL is wound can be easily rotated.

On the other hand, the second moving device 500 is provided on the other side of the support frame 100 facing the film holder 400 and the first moving device 300.

Referring to FIG. 6, the second moving device 500 includes a second moving board 510, first and second guide blocks 520 and 530, a punching rod 540, a punching rod support member 550, and a punch. 560 and a punching mold 571.

The second moving board 510 is at least two or more second rail guides 511 to be coupled to the rail 130 provided in the lateral length direction of the main body 110 of the above-described support frame 100 as a rectangular plate material. Equipped.

In addition, as shown in FIG. 7A, a belt support part 518 is provided between the second rail guides 511 so that the driving motor 151 and the driven pulley 153 provided at the end of the support frame 100 are described. By fixing the connection member 155 made of a timing belt (Timming Belt) provided in the, by the rotation of the drive motor 151 it was easy to move in the left and right longitudinal direction.

First and second guide blocks 520 and 530 are provided side by side in the longitudinal direction of the second moving board 510.

The first and second guide blocks 520 and 530 are formed of a rectangular rod-shaped block, and the through holes 521 and 531 having centers coincident with each other in the vertical direction are formed to form the punching rod 540 described below. Lower reciprocating sliding was made easy.

A plurality of long holes 510a are formed in a vertical direction on the second moving board 510 provided with the first and second guide blocks 520 and 530 such that the side rods of the punching rod supporting member 550 to be described later ( 551) to facilitate the penetration.

The second guide block 530 is provided side by side below the first guide block 520, and the second guide block 530 is formed with the through hole 531 similarly to the first guide block 520. It is.

Meanwhile, the punching rod 540 is axially coupled to the through holes 521 and 531 formed so that the centers thereof coincide with each other in the vertical direction of the first and second guide blocks 520 and 530. Punching rod support member 550 is axially coupled to the middle portion of the.

The punching rod support member 550 is provided with a side rod 551 on one side, the side rod 551 penetrates the above-mentioned long hole 510a, and the mold support 255 of the punching device 200 described above. Coupling with the coupling groove (255a) formed in the).

The punch 560 is provided at the lower end of the punching rod 540.

For convenience of description, the punching rod 540 is provided only in some sections, but is substantially provided with a punching rod 540 having molds of various shapes over the entire section.

A punching mold 570 is provided below the punch 560, and the punching mold 570 is formed with film discharge holes 571 having various widths.

Among them, the film discharge hole 571 provided at the lowermost end is most widely formed, and for this reason, a plurality of points are provided in the width direction of the film by the left and right reciprocating movements of the first transfer device 300 described above in the following operation. It is to be able to punch out.

That is, if the film width is 12mm, the width of the film discharge hole 571 is formed to be 20mm to facilitate a plurality of punches in one line in the width direction of the film.

In addition, a shearing device 580 is provided on one side of the punching mold 570.

2, 6 and 7a, the shearing device 580 according to the present invention, as shown, is provided at the bottom of the support post 201 provided in a vertical direction on one side of the punching device 200 described above It consists of a shear cylinder 581, a shear knife 583, and a shear frame 585.

A shear knife 583 is provided in the cylinder rod 581a of the shear cylinder 581, which is engaged with the shear mold 585a of the shear frame 585 through which the film FL passes and shears the film. This is done.

The lower moving device 600 is provided below the support frame 100 formed as described above.

Referring to FIGS. 10 and 11, the lower moving device 600 includes X and Y axis moving devices 610 and 630 and a rotating device 650.

The X-axis moving device 610 is provided on both sides of a frame (not shown) and includes a drive shaft 611, a rail 613, and a return pulley 615.

The drive shaft 611 is provided in the frame (not shown) in the longitudinal direction so that it can be easily rotated by the bearing block 13 provided at both ends, the drive pulley 611a is coupled to both ends of the X-axis drive motor The driven pulley 610b and the connecting member 610d coupled to the shaft 610a are connected to each other.

A rail 613 is provided in both perpendicular directions of the drive shaft 611, that is, in the X-axis longitudinal direction, and the drive pulley 611a and the timing belt are formed at the end of the rail 613. The return pulley 615 is provided to be interlocked by the connecting member 612.

A Y-axis moving device 630 is provided on the X-axis moving device 610 to move in the Y-axis that is perpendicular to the X-axis moving device 610.

The Y-axis moving device 630 includes a spline shaft 631, a Y-axis driving pulley 633, and a moving cart 635.

The spline shaft 631 is formed with a plurality of irregularities 631c in the radial direction, and is provided in one longitudinal direction on one side of the rail 613 of the X-axis moving device 610, one end of the Y-axis drive motor 631a In conjunction with the driven pulley (631b) provided.

One end of the moving trolley 635 is axially coupled in the direction perpendicular to the spline shaft 631.

The moving trolley 635 has guide members 635a coupled to the rails 613 at both ends thereof, and a rail 635b is provided in an upper longitudinal direction spaced by a predetermined interval.

Y-axis drive pulleys 636 are provided on both sides of one end of the moving cart 635.

The Y-axis driving pulley 636 is formed with an unevenness (not shown) to be coupled to the radially formed unevenness 631c of the spline shaft 631 to facilitate rotation and sliding in the axial direction.

On the other hand, the Y-axis driven pulley 637 is provided on both sides of the other end of the moving cart 635 facing the Y-axis drive pulley 636 to be interlocked by the connecting member 632 of the rotary device 650 Y-axis movement was made easy.

The rotating device 650 includes a slide frame 651, a turning frame 653, a driven gear 655, and a rotating motor 657.

The slide frame 651 is provided with at least two guide members 651a on both sides of the lower side so as to be coupled to the rail 635b of the moving cart 635, and the connecting member of the Y-axis moving apparatus 630 on both sides. A fixing member 651b is provided to engage with the 632.

The turning frame 653 is provided at an upper center spaced apart from the slide frame 651 by a predetermined distance, and a driven gear 655 is connected to an end of a central axis (not shown) provided in a vertical direction of the lower center.

The driven gear 655 is connected by a drive gear 656 and a connecting member 654 axially coupled to an output shaft (not shown) of the rotary motor 657 provided in the vertical direction under the slide frame 651. And work together.

Subsequently, the operation and effect of the manufacturing apparatus 10 according to the present invention will be described with reference to the drawings.

First, when the start button (not shown) is pressed, the first and second moving devices 300 and 500 are manufactured by the driving motors 151 provided at each end of the rail unit 130 of the support frame 100. 10), that is, aligned with the middle portion of the support frame 100.

3 and 6 to 9, the second feeding roller 370 provided below the first moving device 300 above the protrusion 193 formed in the middle portion of the guide means 190. When one of the bearings 375 is placed, the first feeding roller 350 provided on the upper side and the second feeding roller 370 provided on the lower side contact and interlock with the film (FL) provided therebetween It is moved to one side and passes through the punching mold 570.

At this time, the mold support 225 is coupled to the side rod 551 of the punching rod support member 550 provided on the punching rod 540 by the rotation of the rotation device 270 of the punching device 200, the upper and lower Reciprocate and allow punching.

Then, punching is started by the punching means 250 of the punching device 200, that is, punching.

At the same time, the driving motor 151 made of a stepping motor for moving the first mobile device 300 is capable of punching three points in one line in the width direction as it is intermittently moved at an interval of 3mm at one side or the other side. .

In addition, the first feeding roller 350 is rotated with a certain time difference to move the film (FL) to the front to enable continuous punching in the longitudinal direction of the film (FL).

As described above, when the punching of the film FL provided at any one position is completed, the work is completed by cutting the film FL by the shearing device 580 provided in the vertical direction to the punching apparatus 200. .

In this way, the work is completed, the film FL of the various colors provided in 11 places of the film holder 400 provided on one side of the first moving device 300 and 16 places of the second moving device 500. The punch 560 of various shapes provided can form 176 kinds of sequins as a whole.

Furthermore, since the first moving device 300 can be reciprocated to the side at least 3 mm intervals to enable three-point continuous punching in one line, productivity is improved and cost is reduced.

Furthermore, sequins of various shapes and patterns can be obtained by the X and Y axis moving devices 610 and 630 and the rotating device 650 of the lower moving device 600.

It is to be understood that the present invention is not limited to the specific exemplary embodiments described above and that various modifications may be made by those skilled in the art without departing from the spirit and scope of the invention as defined in the appended claims. And such modified embodiments are within the scope of the claims of the present invention.

10: sequin motif manufacturing apparatus 100: support frame
110: main body 130: rail
150: drive unit 170: punching base
190: guide means 200: punching device
210: housing 230: drive device
250: punching means 270: rotating device
300: first moving device 310: first moving board
330: film guide 350,370: first and second feeding rollers
390: stopper device 400: film holder
410: long hole 430: bobbin support member
500: second mobile device 510: second mobile board
520,530: first and second guide block 540: punching rod
550: punching rod support member 560: punch
570: punching mold 600: lower moving device
610: X axis moving device 630: Y axis moving device
650: rotating device 700: controller

Claims (20)

An outlined frame;
A support frame provided at an upper middle portion of the frame;
A punching device provided in a vertical direction above the support frame;
A first moving device provided on one side of the support frame to move in a longitudinal direction;
A film holder provided in one side of the first moving device in a horizontal direction;
A second moving device provided to be movable in the longitudinal direction on the other side of the support frame opposite to the first moving device;
A lower moving device provided below the support frame;
Sequin motif manufacturing apparatus comprising a controller for controlling the operation of the first and second moving device, the punching device and the lower moving device. The method of claim 1,
The support frame includes:
A rectangular main body mounted vertically on a post provided at both ends of the middle portion of the frame;
Rail parts provided on both sides of the main body in a symmetrical horizontal direction;
A driving unit provided at each end of the rail unit and a driving pulley provided at the other end of the rail unit opposite the driving motor and driven by a connecting member;
Sequin motif manufacturing apparatus comprising a punching base provided in the horizontal direction on the upper side of the main body. 3. The method according to claim 1 or 2,
The support frame includes:
It is provided in the vertical direction on the lower one side of the main body, the guide way formed in the longitudinal groove shape on the lower side of one side, and the guide means formed with a projection formed on the upper side of the end of the inclined gradually increasing below the middle portion of the guide way Sequin motif production apparatus characterized in that it further comprises. The method of claim 1,
The punching device,
A housing mounted vertically to the punching base;
A driving device provided above the housing;
Sequin motif manufacturing apparatus comprising a punching means for reciprocating in the up and down direction by the drive device. 5. The method of claim 4,
The driving device includes:
Sequin motif manufacturing apparatus comprising a drive motor provided on the upper side of the housing, a drive pulley interlocked by the drive shaft and the timing belt of the drive motor, and a cam axially coupled to the central axis of the drive pulley. The method according to claim 4 or 5,
The punching means,
One end of the cam is hinged to the punching link, the other end of the punching link is hinged, the slider coupled to the upper and lower reciprocating movement is coupled to the guide rail provided in both vertical directions, and hinged to the lower side of the slider Sequin motif manufacturing apparatus, characterized in that consisting of a mold support to be coupled. The method according to claim 6,
The punching means,
Sequin motif manufacturing apparatus further comprises a rotating device for rotating the mold support at a predetermined angle. 8. The method of claim 7,
The pivoting device includes:
A rotating motor provided at one side of the slider, a rotating plate axially coupled to the output shaft of the rotating motor, a rotating link hinged at one end, and a hinge pin provided in a horizontal direction at the other end and one side of the rotating link. Rotating bar which is provided in the horizontal direction on the other side of the rotating slider so as to be provided on both sides of the rotating slider reciprocating along the guide rail provided in the horizontal direction, and the vertical pin provided in the vertical direction to the mold support Sequin motif production apparatus, characterized in that made. The method of claim 1,
The first moving device,
A rectangular first movable board having a first rail guide coupled to one side rail portion of the support frame on one side thereof, and a film provided at right angles in a longitudinal direction below the first movable board in a longitudinal direction. A film guide having a plurality of guide grooves formed to be guided, a first feeding roller axially coupled to one shaft to interlock with one side of the guide groove of the film guide, and one end of the plurality of guide grooves of the film guide, Sequin motif manufacturing apparatus comprising a second feeding roller spaced a predetermined distance below the one feeding roller. The method of claim 9,
The second feeding roller,
Sequin motif manufacturing apparatus, characterized in that supported by a plate-like elastic body provided in the horizontal direction on one side of the guide groove of the film guide, and a roller bracket provided on one end of the plate-shaped elastic body. The method of claim 10,
The second feeding roller,
Sequin motif manufacturing apparatus characterized in that it further comprises a bearing provided in the vertical direction on one end of the roller bracket. The method of claim 9,
The first moving device,
Sequin motif manufacturing apparatus characterized in that it further comprises a stopper device provided with a plurality to control the flow of the film provided for each of the guide groove in one vertical direction of the first moving board. 13. The method of claim 12,
The stopper device,
A circular rod-shaped block provided in the guide groove, a rod provided in a vertical direction above the block, a support member provided at a lower end of the rod, and provided at an upper end of the rod facing the support member. A pusher made of a handle;
A bracket provided in a vertical direction on one side of the first moving board, which is an upper side of the block, and a hinge pin provided in a horizontal direction of the bracket and a middle portion provided in a horizontal direction are hinged, and one end of the support It is supported on the lower side, the other end is provided with a lever on the other side of the first moving board;
And a rotating part including a rotating motor fixed to one end of the first moving board, a rotating rod having a circular rod shape coupled to an output shaft of the rotating motor, and a rotating link axially coupled to the end of the rotating rod. Sequin motif making device. The method according to claim 1 or 13,
The film holder,
It is provided in the horizontal direction on the upper side of the first moving board of the first moving device, and provided with a long hole formed on one side to correspond to the plurality of pushers, and a bobbin wound around both sides of the long hole is provided and can be easily rotated. Sequin motif manufacturing apparatus, characterized in that consisting of a bobbin support member formed hemispherical bobbin seating groove. The method of claim 1,
The second mobile device,
A rectangular second movable board having a second rail guide coupled to the rail unit provided in the longitudinal direction on the other side of the support frame opposite to the first moving device on one side thereof, and in the longitudinal direction of the second movable board. It is provided side by side, the first and second guide blocks are formed with a plurality of through-holes each coincides with the center in the vertical direction, and is axially coupled to the through-holes of the first and second guide blocks for easy sliding up and down direction A punching rod provided in a vertical direction to be provided, a middle rod of the punching rod, a punching rod supporting member provided with a side rod to penetrate a long hole formed in the longitudinal direction of the second moving board, and a lower portion of the punching rod It is made of a punch provided, and a punching mold provided in the longitudinal direction of the lower side of the second moving board to facilitate punching by the punch Sequin motif manufacturing apparatus characterized by. The method according to claim 1 or 15,
The lower moving device,
An X-axis moving apparatus provided on both upper sides of the frame provided below the support frame;
A Y-axis moving device provided on an upper portion of the X-axis moving device and moving in the Y-axis that is perpendicular to the X-axis moving device;
Sequin motif manufacturing apparatus comprising a rotary device provided on the upper side of the Y-axis moving device. 17. The method of claim 16,
The X-axis moving device,
A drive shaft provided in the frame in a longitudinal direction and rotating by an X-axis drive motor;
Rails provided at both ends of the drive shaft in the X-axis longitudinal direction;
Apparatus for producing a sequin motif, characterized in that each provided at the end of the rail consisting of a return pulley connected to the drive pulley and the connecting member provided on both ends of the drive shaft. 17. The method of claim 16,
The Y-axis moving device,
A spline shaft provided at one side of the rail of the X-axis moving apparatus in a longitudinal direction and rotated by a Y-axis driving motor;
A moving trolley having rails in an upper longitudinal direction provided with guide members coupled to the rail at both ends and spaced apart from each other by a predetermined interval;
A Y-axis driving pulley provided at both ends of the one end of the moving cart so as to be axially coupled with the spline shaft;
The sequin motif manufacturing apparatus, characterized in that the Y-axis driven pulleys provided on both sides of the other end of the moving trolley facing the Y-axis drive pulley made of a linking member. 17. The method of claim 16,
The rotating device includes:
A slide frame having at least two guide members provided on at least two lower sides so as to be coupled to a rail of the moving cart, and fixing members at both sides to be coupled to the connecting member of the Y-axis moving apparatus;
A turning frame spaced apart from the slide frame by a predetermined distance and provided at an upper center thereof;
A driven gear provided below the slide frame, the center of which is connected to the turning frame;
The sequin motif manufacturing apparatus is provided in the vertical direction on the lower side of the slide frame, consisting of a rotary motor shaft-coupled to the output shaft to be connected by the driven gear and the connecting member. The method of claim 2,
The sequin motif manufacturing apparatus,
Sequin motif manufacturing apparatus characterized in that the punching is possible at least two points in a row in the width direction by the drive motor consisting of a stepping motor.

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