KR100608283B1 - Spangle Suppling Apparatus - Google Patents

Abstract

The present invention detects a signal voltage difference of a terminal connected to a jump solenoid or a stepping motor disposed on each head of the embroidery machine without receiving a spangle signal system from the main CPU of the embroidery machine, and is mounted on each lower body according to the detected voltage difference. As the signal system is processed separately to execute or stop the spangle supply by instructing the stepping motor to start or stop, the product year having a different signaling system, the type of embroidery machine or the automatic single / multiple embroidery machines of different manufacturers. It relates to a spangle supply apparatus which can be used by being attached to the head of the embroidery machine regardless.

The present invention includes an upper body detachably coupled to the embroidery machine head, a lower body having a cutting knife and a driving roller and a stepping motor coupled thereto, a connecting portion connecting the lower body and the upper body, and a spangle guide portion; Lifting and lowering drive unit consisting of a pair of links pivotally connected to the upper body to raise and lower the upper and lower bodies, and an air cylinder that is connected to the cutting solenoid of the embroidery machine and operated up and down by receiving signals from a separate solenoid valve, and the embroidery machine. Detects the signal voltage difference between the terminals connected to the jump solenoid or the stepping motor arranged in each head, and executes the spangle supply by instructing the driving or stopping of the stepping motor mounted to each lower body according to the detected voltage difference. Or it consists of a driver and a controller to adjust to stop.

Spangle, Embroidery Machine, Stepping Motor, Controller, Light Sensor

Description

Spangle Suppling Apparatus}

1 is a front view showing a spangle supply apparatus according to the present invention,

2 is a right side view showing a spangle supply device according to the present invention;

Figure 3 is a schematic perspective view showing a fixing bracket and a guide roller of the spangle supply apparatus according to the present invention,

4 is a schematic view showing a sensing unit of the spangle supply apparatus according to the present invention;

5 is an exploded perspective view showing a spangle guide portion of a spangle supply apparatus according to the present invention;

6 is a schematic view showing a state in which the spangle tape is transferred by the drive roller of the spangle supply apparatus according to the present invention.

* Description of Signs for Main Parts in Drawings *

1: embroidery machine 3: head

6: needle bar 9: spangle tape

10: upper body 20: fixing bracket

27: groove 30: guide roller portion

31, 32, 33: guide roller 35: support bracket

37: projection 40: lifting and lowering drive

41, 42: Link 43: Air cylinder

50: connection part 51: upper bracket

52: lower bracket 53: medium

60: lower body 61: cutting knife

62: pivot 63: spring

64: drive roller 64a: guide pin

65: belt 66: stepping motor

66a: drive shaft 70: sensing unit

71: mask disc 71a: irradiation hole

72, 73: light sensor 80: guide

81: base plate 81a: incision

81b: Blade 82, 83: Guide

85: elastic unit 85a: Y-type pressing portion

85b: bend section 89: inclined guide piece

91: controller 93: display unit

94: dip switch 95: jump solenoid

96: cutting solenoid

The present invention relates to a spangle supply apparatus, and in particular, a voltage difference detected by detecting a signal voltage difference of a terminal connected to a jump solenoid or a stepping motor disposed at each head of the embroidery machine without receiving the spangle signal system from the main CPU of the embroidery machine. According to the command to drive or stop the stepping motor mounted on each lower body to process the signal system separately to enable or stop the spangle supply, the product year, the manufacturer with different signal system The present invention relates to a spangle supply apparatus which can be used by being attached to the head of an embroidery machine regardless of the type of the embroidery machine or the automatic single / plural embroidery machine.

In general, it is recognized as a high value-added product when a spangle of thin plate formed into various shapes such as round, polygon, and heart shape is added to the embroidered fabric, compared to the fabric simply embroidered using various colored yarns. I am getting it.

These spangles are mainly applied to women's fabrics, clothing, footwear, ornaments, etc., and are mainly made of PVC or 100% polyester, etc., as a main raw material, compared to metal, and usually spangles are manufactured in the form of a continuously formed tape.

The spangle supply device for supplying such a spangle is to transfer the spangle tape to a predetermined pitch and cut it individually, so that the spangle is sewn at the desired position of the fabric and attached to the embroidered fabric.

By the way, the prior art uses a singular or plural spangle device (Computerized Automatic Embroidery) of a new or used computerized single or plural embroidery machine irrespective of the product name and the manufacturer.

Machine for new or used for any brands'), because the span controller signal is received from the main controller (CPU) of the existing embroidery machine. The initial investment cost is required because the electronic board to receive separately is required, and in case of the old embroidery machine, there are many problems in communication due to the aged operator and the electronic parts of the CPU board of the existing embroidery machine in operating the spangle signal reception system. In addition to this there is a serious problem of giving a mechanical / electrical / electronic load to the existing embroidery machine. In addition, by adjusting all the heads with one controller, when a problem occurs in the controller, there is a problem that all the heads can not perform work.

      In addition, the spangle tape used in the spangle mounting apparatus is manufactured in different thickness standards even though the spangles commonly used in the same specifications according to the coating process of each manufacturer or each manufacturer. In the case of using different kinds of spankle tapes, it is difficult to transfer the spangle to the needle side or to accurately guide the spangles, and thus, it is difficult to seamlessly sew sequins during embroidery.

Furthermore, when replacing with a spangle tape having a wider or narrower width than the previously used spangle tape, the conventional spangle supply unit corresponds to the width of the replaced spangle tape, so that the entire unit must be replaced. There was a problem that the work efficiency is reduced, such as delay.

In addition, after the wiper is operated by raising the spangle supply device for free operation of the wiper (upper thread pulling device) that is operated when trimming, the spangle supply device is operated after the up and down operation in the process of lowering the spangle supply device. Since the position is changed and the exact position is not set, this also acted as a factor to lower the product quality and productivity.

Due to this problem, the conventional design has a limitation of moving to running stitches when moving to another work point after trimming because it is fixed to prevent the vertical operation from trimming.

In addition, when the embroidery is resumed after a power failure or when the job is finished, the Spangle origin is different from the previous operation, and the power is turned on 24 hours or the operator manually restarts each power supply after the power is turned on. There was an inconvenience to adjust the origin.

The present invention is to solve the above problems, the object is to detect and detect the signal voltage difference of the terminal connected to the jump solenoid or stepping motor disposed on each head of the embroidery machine without receiving the spangle signal system from the main CPU According to the voltage difference, the stepping motor mounted on each lower body is instructed to drive or stop, so that the signal system can be separately processed to execute or stop the spangle supply. The company provides a spangle supply apparatus which can be attached to the head of the embroidery machine regardless of the type of other embroidery machines or automatic single / multiple embroidery machines.

 Another object of the present invention is to provide a dip switch to each controller to adjust the forward or reverse rotation of the stepping motor when changing the spangle tape specifications, and to change the spangle by adjusting the pulse amount of the spangle stepping motor An object of the present invention is to provide a spangle supply apparatus capable of rotationally driving at an angle corresponding to the specification of a tape.

It is still another object of the present invention to provide a sensing unit including a mask disc coupled to a rotating shaft of a stepping motor and a pair of light emitting sensors to reprogram the spangle tape when the power is supplied again after the power is cut off. Therefore, to provide a spangle supply device that can save power, unnecessary time and power saving to set the power saving in the correct cutting position.

Another object of the present invention, when the power is cut off through the controller, trimming, needle bar replacement and the end of the spangle work, always programmed to wait in the lower body lifting state, especially when moving to another work point after trimming in design The present invention provides a spangle supply apparatus capable of overcoming the limitations of a design by moving by jumping instead of moving to running stitches.

Another object of the present invention is to install the controller corresponding to each of the spangle supply apparatus installed in each of the plurality of heads, the forward, backward or homing function of the spangle tape supplied to each of the spangle supply apparatus as necessary for operation To provide a spangle supply apparatus that can be operated individually.

Still another object of the present invention is a spangle supply apparatus installed in a stationary head when a head which is not used for work is stopped by a toggle switch during a spangle embroidery operation of a embroidery machine having two or more heads. It is to provide a spangle supply device that can reduce unnecessary power consumption by waiting to stop the transfer of.

Still another object of the present invention is to enable the upper and lower bodies to be interconnected / disconnected around the connecting part so that the lower body corresponding to the spangle tape standard can be quickly replaced according to the embroidery design. It is to provide a sequin supply device that can be easily removable through

Still another object of the present invention is to provide a spangle supply apparatus that can receive a spangle tape having different specifications according to a manufacturer and coating characteristics, and accurately convey one direction toward a cutting knife without shaking from side to side. .

In order to achieve the above object, the present invention is mounted on an embroidery machine having a single or multiple needles, a needle bar for supporting the needles, a thread adjuster and a thread taker, etc. on a single or multiple heads to transfer / cut the spangle tape. In the spangle supply device for supplying the spangle is sewn by the needle, a jump solenoid system arranged on each head of the embroidery machine through the main CPU of the embroidery machine through the spangle jump signal system by the punching design data input to the embroidery machine controller Alternatively, by detecting the signal voltage difference between the terminals connected to the stepping motor and instructing the driving or stopping of the stepping motor mounted on each lower body according to the detected voltage difference, the signal system is separately set to execute or stop the spangle supply. Depending on the processing, product years with different signaling systems, different embroidery machines or Regardless of the type of automatic single / multiple embroidery machines, the independent controller is integrated with a driver and a controller which are individually attached to each head of the embroidery machine to control the spangle supply and to automatically return to the home position after the power is cut off. An upper body having a fixing bracket detachably coupled to the side or the front of the right side and a guide roller portion made of a plurality of rollers and a support bracket for supporting the rollers for guiding the spangle tape vertically downward; A cutting knife rotatably coupled to the lower end at a right angle, and having a driving roller for transferring the spangle tape guided by the guide roller to the cutting knife side behind the cutting knife, and through a timing belt. Stepping motor for driving the drive roller at a constant pitch The combined lower body, the guide roller portion and the lower body of the upper body is detachably connected to each other, and at the same time the position of the lower body along the X and Y axes relative to the upper body to set the supply position of the spangle And a connecting portion for detachably coupled to the lower end of the lower body, and a guide portion for guiding to the cutting knife side in a state in which the spangle tape conveyed by the driving roller is elastically supported, and the upper and lower bodies are moved up and down. It consists of a pair of links that are pivotally connected to the upper body and an air cylinder that operates up and down by sensing the voltage difference between the signal terminals connected to the cutting solenoid of the embroidery machine and receiving a signal from a solenoid valve that operates separately according to the detected voltage difference. Provided is a spangle supply device, characterized in that the lifting device.

The controller may be driven up and down the driving unit when the power is cut off, trimming, needle bar replacement, the end of the spangle operation to rise along the rotational trajectory of the link corresponding to the length of the pair of links to stand by.

Further, the vertical centers of the plurality of guide rollers and the driving rollers of the guide roller portion are all set on the same plane.

In addition, the present invention in order to maintain the same position as the position before the lower body in the lowered state after the lower back, ascending, in the longitudinal direction on the opposite surface of the support bracket and the fixing bracket of the guide roller and at the same time mutual unevenness It further includes protrusions and grooves that are combined.

In addition, the present invention is coupled to the drive shaft of the stepping motor and the mask disk is formed in a plurality of holes of the same width at a predetermined interval on the circumference, and formed on both sides of the mask disk to correspond to each other a large number of light according to the rotation of the mask disk It further comprises a sensing unit consisting of an optical sensor for irradiating through the hole of the optical signal detected through this to the controller; The controller controls the rotation of the driving roller to analyze the optical signal input by the optical sensor to control the stepping motor to set the exact cutting position of the spangle.

In addition, the guide portion is detachably coupled to the bottom of the lower body and the base plate is formed with a blade portion for cutting the spangle tape corresponding to the cutting knife at the tip, and the base plate on the mutually at a distance corresponding to the width of the spangle A pair of guide pieces arranged to correspond to the left and right sides of the spangle tape, and an elastic unit arranged between the pair of guide pieces to press down the spangle tape entering between the pair of guide pieces downward; .

In addition, the cutting knife is elastically disposed on the lower body, the needle bar descending with the needle of the embroidery machine is pressed by the top of the cutting knife is rotated by the cutting knife is placed between the cutting blade and the blade portion formed at the tip of the cutting knife and the base plate Simultaneously cut a single spangle from the spangle tape.

Accordingly, in the present invention, the signal voltage difference of the terminal connected to the jump solenoid or the stepping motor disposed on each head of the embroidery machine without receiving the spangle signal system from the main machine of the embroidery machine is detected, and the respective voltages are detected according to the detected voltage difference. Excessive initial investment and mechanical / electrical / electricity of the conventional spangle supply are provided by separately processing the signal system to execute or stop the spangle supply by instructing the stepping motor mounted on the lower body to start or stop the spangle supply. It solves the serious problem of giving the electronic load to the existing embroidery machine, and adjusts the spangle signal precisely regardless of the type of product having different signaling systems, the different types of embroidery machines or automatic single / multiple embroidery machines, and use the spangle feeder. After that, the power is cut off to minimize power consumption. It is programmed to automatically return to the origin, which reduces the cost of manpower and power consumption, and reduces the production cost. Even spangles with the same specifications can be used with different sizes and thicknesses depending on the manufacturer or coating process. Even when it is used, it is possible to produce uniform high-quality spangle embroidery products by solving the deterioration factor of the product after spangle embroidery by accurately conveying and guiding the spangle tape, and when changing the spangle tape with different width, In other words, by replacing only the lower body, it is possible to improve work efficiency and productivity, and also maintain the position before lifting even after lifting and lowering of the device. It can be detected automatically and set accurately without errors.

(Example)

When the spangle supply apparatus according to the present invention will be described in detail with reference to the drawings as follows.

 First, in the case of an embroidery machine having two or more heads, the controller 91 incorporating a driver and an operator connected to the stepping motor 66 includes a spangle jump signal system based on punching design data input to the embroidery machine controller. It is necessary to detect the difference in the signal voltage of the terminal connected to the jump solenoid or the stepping motor arranged in the step, and to move or stop the spangle by instructing the driving or stopping of the stepping motor mounted on each lower body according to the detected voltage difference. Of course, it is programmed to automatically return to the home position when the power is returned, and it is possible to return home the spangle by pressing the home position return button (origin) manually, and it has functions such as backward, forward and up / down. In addition, in the case of replacing the spangle tape having different specifications according to the embroidery design, the pulse amount of the stepping motor 66 is converted through the dip switch 94 mounted on the controller 91 to the pitch of the replaced spangle tape. The drive shaft 66a of the stepping motor 66 is rotationally driven at a corresponding angle. In addition, it is possible to adjust the direction change of the stepping motor 66 in the forward or reverse direction through the dip switch 94.

In this case, the drive roller 64 has the spangle tape 9 as its vertical center is set on the same plane as the vertical center of the plurality of guide rollers 31, 32, 33 of the guide roller portion 30. Can be transported in a vertical direction.

Furthermore, a plurality of guide pins 64a are formed on the outer circumference of the driving roller 64 at regular intervals corresponding to the intervals between the rod holes 10a formed in each successive spangle of the spangle tape. The guide pin 64a may be inserted into the rod hole 10a of the spangle tape while the driving roller 64 rotates to stably guide the spangle tape 9 to the guide portion 80.

On the other hand, as shown in Figure 4, the sensing unit 70 is coupled to the drive shaft 66a of the stepping motor 66, the mask disc has a plurality of irradiation holes 71a of the same width at regular intervals on the circumference 71 and the light emitting sensor 72 and the light emitting sensor 72 for irradiating light to the plurality of irradiation holes 71a of the mask original plate 71 which are respectively formed on both sides of the mask original plate 71 and rotate. It consists of a light receiving sensor 73 for receiving the light emitted from the).

The sensing unit 70 configured as described above uses the detection signals detected by the optical sensors 72 and 73 to resume the sequin embroidery at the time of power failure or the end of the operation, and then the sequin origin is different from the previous operation. If so, the controller 91 receiving the detection signal through the sensing unit 70 is automatically set to the origin of the spangle, that is, the cutting position at which the spangle can be accurately cut through a pre-recorded program. The stepping motor 66 is driven to rotate.

The cutting position of the spangle may be set manually by the operator, but in the case of the present invention, the sensing unit 70 and the controller 91 and the stepping motor 66 may be automatically set.

In addition, the mask disc 71 needs to be set in consideration of the pitch between the spangles in which the spacing between the plurality of holes 71a is continuously and the rotation angle of the stepping motor 66. In accordance with the replacement of the lower body 60 itself can also be made quickly.

1 and 2 are respectively a front view and a right side view showing a spangle supply apparatus according to the present invention, Figure 3 is a schematic perspective view showing a fixing bracket and a guide roller of the spangle supply apparatus according to the present invention, Figure 4 is a schematic diagram showing a sensing unit of the spangle supply apparatus according to the present invention, Figure 5 is an exploded perspective view showing a spangle guide portion of the spangle supply apparatus according to the present invention, Figure 6 is a spangle supply apparatus according to the present invention It is a schematic diagram which shows the state in which the spangle tape is conveyed by the driving roller of.

 1 and 2, the spangle supply apparatus according to the present invention, the head of the embroidery machine 1 having a single or multiple needles 5, a needle bar 6 for supporting the needles, a thread adjuster, a thread take-up and the like. The upper body 10 detachably coupled to one side of the (3) has a fixing bracket 20 that can be freely fixed depending on the situation on the side or front of the left or right side of the head (3) through the adapter 21 And a plurality of rollers (31, 32, 33) and rollers on one side of the fixing bracket (20) for guiding the spangle tape (9) installed in the spangle tape reel device (8) in a vertical downward direction. Guide roller portion 30 made of a support bracket (35) is disposed.

In this case, the spangle supply apparatus can be used as it is without damaging the head of the existing embroidery machine by mounting the spangle supply apparatus using the existing hole of each head of the embroidery machine as the adapter 21 is used.

In addition, the guide roller portion 30 is connected to the fixed bracket 20 by the lifting and lowering drive unit 40 so that the lower body 60 coupled to the lower end of the guide roller unit 30 can be raised / lowered. .

That is, a pair of links 41 and 42 are connected to one side of the support bracket 35 of the guide roller portion 30 and the same side of the fixing bracket 20 so as to be rotatable with each other. 42, one side and the other side of the air cylinder 43 is connected as shown in FIG.

In this case, the air cylinder 43 detects the voltage difference between the signal terminal connected to the cutting solenoid of the embroidery machine, and operates according to the signal of the sole valve separately operated according to the detected voltage difference. The lower body 60 coupled to the lower end of the roller unit 30 serves to simultaneously raise / lower along a rotational trajectory corresponding to the length of the links 41 and 42.

Therefore, the present invention has the advantage of minimizing the cut-out size as the lower body 60 is configured to be able to move up / down along the rotational trajectory corresponding to the length of the link (41, 42), and after design, the other When moving to a work point, jumps and moves instead of running stitches can overcome the design limitations of the conventional spangle supply apparatus.

Meanwhile, the guide roller part 30 and the lower body 60 are fixed to the support bracket 35 of the guide roller part as shown in FIG. On the opposite surfaces of the bracket 20, the V-shaped protrusions 37 and the grooves 27 are formed to correspond to each other in the longitudinal direction and are simultaneously coupled to each other unevenly.

In addition, the connecting portion 50 is disposed between the lower end of the guide roller portion 30 and the upper end of the lower body 60, the guide roller portion 30 and the lower body 60 is mutually detachable by the connecting portion (50). Possibly combined.

The connection part 50 is an upper bracket 51 detachably coupled to the lower side of the guide roller 30 as shown in FIG. 5, a lower bracket 52 detachably coupled to the upper end of the lower body 60, and the upper / The lower brackets 51 and 52 are interconnected by a medium 53 for interconnecting each other.

In this case, the medium 53 is coupled to the upper side is slidably in the X-axis direction to the upper bracket 51, the lower side is coupled to the lower bracket 52 to be slidable in the Y-axis direction, the connecting portion 50 Lower body 60 coupled to the guide roller portion 30 through the) is capable of moving along the X-axis or Y-axis with respect to the guide roller portion 30, and thus, the supply position of the spangles to be sewn to the fabric You can quickly and easily make accurate settings without having to move the entire device to set them up.

In addition, the lower body 60 is provided with a cutting knife 61 rotatably coupled in a perpendicular direction by the pivot shaft 62 to cut the spangle tape 9 at the lower end as shown in FIG. The cutting knife 61 is elastically supported by the lower body 60 by a spring 63 connected to the other end of the pivot shaft 62.

In this case, the cutting knife 61 is a needle bar 6 that is lowered with the needle of the embroidery machine 1 while pressing the upper end of the cutting knife 61 and at the same time the cutting knife 61 is turned downwards to cut the cutting knife ( The spangled tape 9 is cut by the lower blade of 61).

On the other hand, one side of the lower body (60) is disposed behind the cutting knife (61) toward the cutting knife (61) side in a state of stably holding the spangle tape (9) guided by the guide roller portion (30) The driving roller 64 to be transported is rotatably coupled, and a stepping motor 66 is coupled to the other side of the lower body 60 to drive the driving roller 64 at a constant pitch through the belt 65.

On the other hand, the lower body 60 is coupled to the guide portion 80 for guiding toward the cutting knife 61 in a state in which the spangle tape (9) conveyed by the drive roller 64 at the lower end elastically supported do.

The guide portion 80 is coupled to the base plate 81 having a predetermined width detachably coupled to the bottom of the lower body 60, as shown in Figure 5, the base plate 81 is coupled at predetermined intervals It consists of a pair of guide pieces (82, 83) and the elastic unit 85 is disposed between the pair of guide pieces (82, 83).

When the driving roller 64 is rotated on one side of the base plate 81, the guide pin 64a is inserted into the sewing hole 9a of the spangle so that the guide pin 64a for transferring the spangle tape 9 can pass therethrough. An incision 81a is formed.

Further, the tip end of the base plate 81 is formed parallel to the cutting knife 61 pivoting downward, and a blade portion 81b capable of satisfactorily cutting the spangle tape is formed.

In addition, it is preferable that the pair of guide pieces 82 and 83 be set so that the mutual distances correspond to the width of the spangle tape 9 to guide the left and right sides of the spangle tape 9.

In addition, the elastic unit 85 is disposed between the pair of guide pieces (82, 83) is a predetermined elastic force to the spangle tape 9 to enter between the pair of guide pieces (82, 83) by the drive roller 64 It guides to the cutting knife 61 side, pressing downwardly.

Furthermore, the elastic unit 85 is fixed to any one of the pair of guide pieces 82 and 83 so as to be elastically supported while being coupled to the Y-type pressing part 85a and the Y-type pressing part 85a. It consists of the bent part 85b.

The pair of guide pieces 82 and 83 and the bent portion 85b are fixed to the base 81 by a plurality of fixing bolts 87, as shown in FIG.

In addition, the inclined guide piece 89 disposed on one side of the driving roller as shown in FIG. 6 compresses the spangle tape transferred from the guide roller 30 to the driving roller 64 to the driving roller 64 with a predetermined tension. You can guide safely.

The spangle supply apparatus according to the embodiment of the present invention described above has been described with an example mounted on a single head. However, in the case of an embroidery machine having a plurality of heads, the spangle supply apparatus is installed on each head and used. It is provided with a controller 91 for individually controlling each spangle supply device.

Accordingly, this spangle supply device is a jump solenoid disposed on each head of the embroidery machine through the main CPU of the embroidery machine without receiving the spangle jump signal system by the punching design data inputted from the outside through a floppy disk or the like. Detects the signal voltage difference of the terminal connected to the stepping motor and processes the signal system to execute or stop the spangle supply by instructing the driving or stopping of the stepping motor mounted on each lower body according to the detected voltage difference. As a result, product year having different signal system and manufacturer can attach to each head of embroidery machine independently of different embroidery machines or automatic single / multiple embroidery machines to control the spangle supply and return to automatic origin after power off. Independent control with integrated drivers and controllers programmed to Humbles

In addition, the present invention can be equipped with a controller for each head, each operation can be individually operated forward, backward, homing function of the spangle tape separately if necessary.

In addition, when the embroidery embroidery work of two or more multi-duplex embroidery machines, only the spangle feeding device operated during the operation of the auto repair function is activated, and the other spangle supply devices are waiting for the embroidery work to be applied when the auto repair function is applied. When the spangled tape is not transferred at the time of waiting, and the unnecessary head is stopped by the toggle switch, the spangle feeder mounted on the stopped head does not perform the spangle transfer and waits for the power consumption. The device can be operated efficiently while being reduced.

In addition, as the base plate of the guide part can be adjusted during the guide conveyance of the spangle, it also accepts the specification of the irregular spangle tape according to the manufacturer and coating characteristics, and transfers it to the point where it is cut by the upper and lower knives without shaking in only one direction. It can be done.

In the present invention described above, even if the product year having a different signal system, the manufacturer is a different embroidery machine or an automatic single / multiple embroidery machine, it is possible to use it universally by separately attaching to each head of the embroidery machine regardless of its type. Even in the case of spangle tapes with different specifications such as thicknesses, the spangle is sewn in the correct position by transporting and guiding them correctly.In addition, according to the embroidery design, only part of the device can be used for quick replacement when the spangle tape is used. It not only improves the work efficiency, but also maintains the position before elevating even after lifting and lowering the device, and the cutting position of the spangle is automatically sensed by the optical sensor when the power is supplied again. have.

In addition, it is possible to prevent the deterioration of the quality of products after embroidering the spangles by transferring and guiding the spangles tapes up, down, left, and right, regardless of the thickness of the spangles through the guides. It is possible to improve work efficiency and productivity by replacing only part of the device, namely the lower body, and maintain the position before lifting even after lifting and lowering the device. There is an advantage that can be set automatically without error by sensing the sensing unit.

The present invention has been shown and described with reference to certain preferred embodiments, but the present invention is not limited to the above-described embodiments and has ordinary skill in the art to which the present invention pertains without departing from the spirit of the present invention. Various changes and modifications may be made by the user.

Claims (9)

Equipped with single or multiple needles, single or multiple needles, needle bar for supporting needles, thread adjuster and thread take-up on single or multiple heads to feed / cut spangle tape to supply spangles sealed by needles Spangle supply apparatus for When detecting jump signal data input to the embroidery machine controller, regardless of the main CPU of the embroidery machine, when the jump signal data is executed during the operation of the embroidery machine, By connecting the terminal and controlling the spangle supply to start or stop the spangle supply only by detecting the difference of the terminal signal voltage, the product year having a different signal system, the manufacturer has different kinds of embroidery machines or automatic single / multiple embroidery machines. It is possible to control spangle supply irrespective of the size, and also to attach one to each head of the embroidery machine to control the spangle supply control for each head. Indie with sensors with the ability to individually control the feed distance And receiving a signal of the data, by pressing the switch button forward, backward, the origin and seungha Steel and provided with a separate control button box ever executing the function, the independent controllers, a driver and a controller programmed ever executing the functional polymer,  It has a fixing bracket detachably coupled to the side or front of the left or right side of the head and at the same time consists of a plurality of spangle guides and support brackets for supporting the spangle guides to guide the spangle tape downward Upper body consisting of a spangle guide portion, A cutting knife rotatably coupled to the lower end at a right angle, and having a driving part for conveying the spangle tape guided by the spangle guide part to the cutting knife side behind the cutting knife, and through a timing belt. A lower body coupled with a stepping motor for driving the driving unit at a constant pitch, X-axis and Y-axis so that the spangle guide portion of the upper body and the lower body can be detachably connected to each other, maintain the state connected to the upper body, and at the same time individually adjust and fix the exact supply position of the spangle A connecting part including an X-axis Y-axis adjusting device which allows the lower body to be moved in a small direction, Spangle transfer guide for detachably coupled to the bottom of the lower body and guides to the cutting knife side in a state in which the spangle tape to be transported by the spangle guide elastically supported; It has a pair of links pivotally connected to the upper body so that the upper and lower bodies can be moved up and down by exercise, and when the power supply of the spangle supply device is cut off and the embroidery machine cutting signal is detected by the embroidery machine cutting signal detection unit, When the embroidery machine needle bar replacement signal is detected by the embroidery machine needle bar replacement signal detection unit and the end of the spangle operation, the controller receives each detection signal and transmits the driving signal to the solely mounted sole valve, according to the driving command of the sole valve. It consists of an elevating drive unit consisting of an air cylinder for driving the elevating unit to rotate the elevating or raising the upper and lower bodies along the rotational trajectory of the link corresponding to the length of the pair of links to wait for the upper and lower bodies. Spangle Feeder. delete delete The spangle supply apparatus according to claim 1, wherein the plurality of guide rollers and the vertical center of the driving rollers are all set on the same plane. According to claim 1, wherein the lower body is mutually formed in the longitudinal direction on the opposite surface of the support bracket and the fixing bracket of the guide roller portion in order to maintain the same position as the position before the lift in the state of lowering again after lifting Spangles supply device characterized in that it further comprises a projection and groove is coupled to the uneven. The controller of claim 1, wherein the controller analyzes a signal input by an indicator including a sensor so as to have an encoder function, and programs the controller to an individual controller to automatically control the operation of the stepping motor and return to the home position after the power is turned off. The spangle supply apparatus, characterized in that for controlling the drive to be cut at the same time as always transporting the spangle to the correct cutting position. The base plate of claim 1, wherein the guide portion is detachably coupled to the lower end of the lower body, and a base plate having a blade portion for cutting the spangle tape corresponding to the cutting knife at the front end thereof, and a width of the spangle above the base plate. A pair of guide pieces arranged to correspond to the corresponding distances to guide the left and right sides of the spangle tape, and an elasticity for pressing the spangle tape disposed between the pair of guide pieces and entering between the pair of guide pieces downward Spangle supply apparatus characterized by consisting of a unit. According to claim 1, wherein the cutting knife, in fixing the cutting knife and the pivot shaft to make a groove in the fixed portion of the pivot shaft and to make a concave-convex on the cutting knife fixing portion to bind to each other and fix the pivot shaft and the cutting knife with bolts By doing so, the detachable knife is detachably coupled by the bolt supply device. delete

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