KR100684622B1 - Label supply apparatus for insert - Google Patents

Abstract

The present invention relates to a label inserting device for a new insert to prevent the occurrence of defective products by supplying only one label to the cavity of the injection mold, the frame 100; A supply roll 200 installed on one side of the frame 100 and wound around a label film 210 having the label portion 212 printed on one surface at a predetermined interval; A cutting means (300) installed at one side of the frame (100) to separate the label portion (212) of the label film (210) wound on the supply roll (200); A film transfer means (400) installed on one side of the frame (100) to intermittently supply the label film (210) wound on the supply roll (200) to the cutting means (300); It is provided on the lower side of the cutting means 300, the label portion conveying means 500 for vacuum suction the label portion 212 cut by the cutting means 300 to transfer to one side of the cutting means 300; It provides a label supply device for the insert.

Feed roll, cutting means, upper and lower molds, film conveying means, label conveying means, gap opening means, air nozzle ball, adsorption member

Description

Label supply apparatus for inserts             

1 is a block diagram of a label supply device for inserts according to the present invention

2 is a perspective view of a label film wound on a supply roll according to the present invention

Figure 3 is a front sectional view of the cutting means of the label supply apparatus for inserts according to the present invention

Figure 4 is a front sectional view of the film transport means of the label supply apparatus for inserts according to the present invention

5 is a side cross-sectional view of FIG.

Figure 6 is a front view of the label portion conveying means of the insert label supply apparatus according to the present invention

Figure 7 is a plan view of the operating state of the label conveying means according to the present invention

<Description of the symbols for the main parts of the drawings>

100. Frame 200. Feed Roll

300. Cutting means 310. Lower mold

330. Upper mold 400. Film transfer means

500. Label unit transfer means 600. Spacing means

The present invention relates to a label supply apparatus for inserts, and more particularly, to a label inserting apparatus for a new insert which can be supplied to the cavity of the mold to prevent the occurrence of defective products.

Generally, various detergents or foods such as red pepper paste or gum are sold in a synthetic resin container. At this time, the outer wall surface of the container or the upper surface of the lid of the container has paper printed with the name, ingredient, method of use, or the like. A sheet-shaped label made of synthetic resin is attached and sold.

Conventionally, in order to manufacture a container with such a label, the container or the lid is first injection molded, and then produced by attaching a sticker-type label coated with adhesive on one surface of the outer wall of the molded container or the top of the lid. However, this method requires the label to be attached to the container or the lid individually, so that the label attached to the container or the lid does not adhere to a certain position, the productivity is reduced, and the label protrudes out of the container or the lid. There is a problem of reducing the commerciality of.

Therefore, there is a problem as described above, in recent years, injection molding in a state in which a label made of a synthetic resin film is inserted into the cavity of the mold during injection molding so that the label is integrally attached to the container or the lid. As described above, in order to supply the synthetic resin label to the cavity of the mold, a plurality of synthetic resin labels cut to a predetermined size are laminated in a magazine, and the stacked labels are vacuum-adsorbed and supplied into the cavity of the mold.

 However, when the labels stacked on the magazine are absorbed and supplied to the cavity of the mold, a plurality of labels stacked on the magazine are absorbed by the static electricity and supplied to the cavity of the mold, thereby causing a defective product.

Therefore, the present invention has been proposed to solve the fundamental problems of the prior art as described above, an object of the present invention is to cut and transport the label portion of the label film wound in a roll form to be supplied with one label per cavity of the mold It is to provide a new label feeder for inserts that can be prevented from generating defective products.

In order to achieve the above object, the present invention is installed on one side of the frame, the supply film is wound on the label and the label film is printed on one side of the frame at a predetermined interval on the periphery, and installed on one side of the frame Cutting means for removing the label portion of the label film wound on the feed roll, film transport means for intermittently supplying the label film wound on the feed roll to the cutting means provided on one side of the frame, the lower side of the cutting means It is provided with a label supply device for inserts characterized in that consisting of a label portion conveying means for transporting the label portion cut by the cutting means by vacuum suction to one side of the cutting means.

<Example>

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Figure 1 is a front sectional view of the insert label supply apparatus according to the present invention, Figure 2 is a cross-sectional view A-A of Figure 1, Figure 3 is a perspective view of a label film wound on a supply roll according to the present invention. And, Figure 4 is a front view of the cutting means of the feeder according to the invention, Figure 5 is a side cross-sectional view of the film transfer means of the feeder according to the invention, Figure 6 is a label portion transfer means of the feeder according to the invention 7 is a plan view of the operating state of the label unit conveying means of the supply apparatus according to the present invention.

As shown, the insert label supply device is to cut the label portion 212 printed on the label film 210 of the synthetic resin material wound on the supply roll 200 to be supplied to the injection mold, installed in the transverse direction long The frame 100, the supply roll 200 is installed on one side of the frame 100 and the label film 210 is wound around the periphery, and the label film 210 is installed on one side of the frame 100 Cutting means 300 for cutting the label portion 212 of the, and is installed on one side of the frame 100 is intermittently supplied to the cutting means 300, the label film 210 wound on the supply roll 200 The film conveying means 400, which is provided on the lower side of the cutting means 300, the label portion for transferring the label portion 212, which is cut by the cutting means 300 by vacuum suction to one side of the cutting means 300 Consists of a conveying means (500).

The supply roll 200 is rotatably fixed to one side lower end of the frame 100, the label film 210, the label portion 212 is printed at regular intervals along the longitudinal direction in two rows on one side thereof The wound is intermittently supplied between the upper and lower molds 310 and 320 of the cutting means 300 by the film transfer means 400 to be described later. At this time, as shown in Figure 2, the width direction both ends of the label film 210, the sensing unit 214 is printed at a predetermined interval along the longitudinal direction so that the sensing unit 214 will be described later cutting means 300 When detected by the first sensor 318 installed in the introduction of the signal cut to the control unit (not shown), the control unit stops the film supply roller 440 of the film transfer means 400 to be described later label film 210 Only a predetermined pitch is to be transported to the cutting means 300 intermittently large.

The cutting means 300 is provided on one side of the supply roll 200 to cut the label portion 212 printed on the label film 210 wound on the supply roll 200, the frame 100 A lower mold 310 having a plurality of blanking holes 315 formed at regular intervals in a horizontal direction in two rows to correspond to the label portion 212 of the label film 210 in a horizontal direction and installed in a horizontal direction thereof; A plurality of guide bars 320 fixedly installed in a vertical direction at the circumference of the lower mold 310, and are located directly on the lower mold 310 and slidably coupled to the guide bar 320. The upper mold 330 is fixed to the blanking punch 335 is installed so as to project downward in a position corresponding to the blanking hole 315, and one end is fixed to the upper frame 100 of the upper mold 330 and the other An end is connected to the upper mold 330 to elevate the upper mold 330 Copper to which ridorok or spaced the blanking punch 335 is engaged in the blanking hole 315, that is, it comprises a first lifting cylinder 340 to lift the upper die 330.

At this time, the labeling film 210 is pressed or sealed on the upper surface of the lower mold 310 when the lifting operation of the upper mold 330 is carried out around the blanking punch 335. A stripper 325 is provided to prevent lifting with 335. Then, both sides of the lower mold 310 is provided with a pair of lower guide rollers 311 and 312 horizontally installed in parallel to each other in the longitudinal direction, the label film between the upper and lower molds (310, 330) by the lower guide rollers (311, 312). Allow 210 to be transported in the horizontal direction. In addition, a pair of upper guide rollers 316 and 317 horizontally installed in parallel to each other in the longitudinal direction is provided on the upper portion of each of the lower guide rollers 311 and 312, and through the upper guide rollers 316 and 317, the upper and lower molds ( The label film 210 cut by the label unit 212 by 310 and 330 may be transported and discharged in a predetermined path.

In this case, a first sensor 318 is provided at one side of the lower mold 310, that is, the inlet part side, so that the sensing unit 214 of the label film 210 is sensed by the first sensor 318 and then transferred to the controller. When the signal is transmitted, the control unit is configured to stop the film feed roller 440 of the film transfer means 400 to be described later so that the label film 210 can be intermittently transferred with a predetermined pitch between the upper and lower molds 310 and 330.

Therefore, when the label film 210 is supplied between the upper and lower molds 310 and 320 and stopped, the upper mold 330 is lowered by the first lifting cylinder 340 so that the blanking punch 335 of the upper mold 330 is lowered. While engaging the blanking hole 315 of the lower mold 310, a plurality of label portions 212 printed on the label film 210 at regular intervals are cut.

In this case, an air nozzle hole 336 penetrating up and down is formed in a central portion of the blanking punch 335, and the upper mold 330 is in air communication with an air nozzle hole 336 of the blanking punch 335. Inlet hole 331 is formed, the air inlet hole 331 is connected to the air supply means (not shown). Accordingly, when the label portion 212 of the label film 210 is cut by the upper and lower molds 310 and 330, the high pressure air is supplied to the air inlet hole 331 to be sprayed to the air nozzle hole 326. By cutting the label portion 212 is discharged from the blanking hole 315 is configured to be transferred to the adsorption member 535 of the label portion transfer means 500 to be described later.

The film transfer means 400 is provided above the supply roll 200 to intermittently supply and discharge the label film 210 wound on the supply roll 200 to the cutting means 300, the supply roll A plurality of guide rollers 401 are provided along a transport path set between the 200 and the cutting means 300, and the label film 210 wound on the supply roll 200 passes through the guide rollers 401. It can be supplied to the cutting means (300).

The film conveying means 400 is a rotating shaft 410 is horizontally rotatably installed so as to be parallel to each other on the feed film 200 on the transport path of the label film 210 of the upper side of the feed roll 200, and the rotating shaft The supply film roller 415 rotatably installed at the periphery so that the label film 210 passes, and the label film 210 fixed to the rotating shaft 410 and wound around the supply roll 200. The first weight member 430 and loosen by a predetermined pitch, and horizontally installed in the longitudinal direction so as to be parallel to each other on the transport path of the label film 210 on the upper side of the first weight member 430, the friction contact each other A pair of film feed rollers 440 for pulling the label film 210 stretched by the first weight member 430 to be transferred to the cutting means 300, and a longitudinal direction above the film feed rollers 440. Horizontally installed to rotate the label portion 21 by the cutting means (300) 2) the label film 210 is cut through the discharge guide roller 450 to pass through, and is hinged rotatably up and down to the lower side of the discharge guide roller 450, the label portion (in the cutting means 300) The second weight member 460 which pulls down the label film 210 having the 212 cut therefrom to be discharged from the cutting means 300 and horizontally in a longitudinal direction parallel to one side of the second weight member 460. It is installed but consists of a pair of film discharge roller 470 to be in friction contact with each other to discharge the label film 210 stretched by the second weight member 460 to the outside.

At this time, one side of the film discharge roller 470 is provided with a cross-section needle-shaped discharge guide member 403 inclined downward downward to induce discharge of the label film 210 in which the label portion 212 is cut to a predetermined position. Label film 210 is cut (212) is configured to fall to a predetermined position riding the discharge guide member (403).

The first weight member 430 unfolds the label film 210 wound on the supply roll 200 by a predetermined pitch, and hangs the pair of first ends fixed at one end thereof to be parallel to each other at both ends of the rotation shaft 410. A rod-shaped first weight having both ends of the first bar 432 and the other end of the pair of first bar 432 fixedly installed, but the label film 210 wound on the feed roll 200. Bar 435. Therefore, since the label film 210 passes through the first weight bar 435 of the first weight member 430, it is rotated downward by the weight of the first weight bar 435 to the supply roll 200. The wound label film 210 is released by a predetermined pitch.

The film supply roller 440 is rotatably installed on the lower side of the transport path of the label film 210, and is connected to the first motor 448 to rotate and the first rotation roller 442. The circumferential portion of the upper portion of the first rotating roller 442 is pressed against the circumferential portion of the first press roller 445 to press-contact the label film 210 to the first rotating roller 432. Accordingly, when the first rotating roller 442 is rotated, the label film 210 stretched by the first weight member 430 is attracted by the first rotating roller 442 and the first pressing roller 445. It is sent to the cutting means (300). In this case, when the first weight member 430 is rotated upward as the label film 210 is pulled by the film supply roller 440, that is, when the film supply roller 440 is stopped, the first weight member 430 is stopped and down again. While rotating, the label film 210 wound on the supply roll 200 is released again and hangs.

At this time, between the rotating shaft 410 and the supply roll 200, when the first weight member 430 is rotated downward, the label device 210 wound on the supply roll 200 is no longer loosened ( 700). The brake device 700 is hinged to the upper end is coupled to one side of the supply roll 200 is rotated to the left and right, the pressure link 710 is in pressure contact or spaced in contact with the supply roll 200 and the supply roll ( Is installed vertically on the other side of the 200, the center portion is hinged to the pivot link 720 is rotated to the left and right, the joint 730 for connecting the lower end of the pivot link 720 and the lower end of the pressure link 710, A plate-shaped eccentric cam 740 fixedly installed at one end of the rotating shaft 410 to rotate the pivot link 720 to the left and right, and fixed to the upper end of the pivot link 720, the circumferential portion is the eccentric cam The bearing 750 in contact with the outer circumferential surface of the 740, one end is fixed to the frame 100 and the other end is connected to the pressure link 710 to the bearing 750 on the outer circumferential surface of the eccentric cam 740 It is composed of a spring 760 that gripping to be pressed.

Therefore, when the film supply roller 440 is stopped and the first weight member 430 is rotated downward, the bearing 750 contacts the top dead center of the eccentric cam 740 fixed to the rotation shaft 410. When the pressure link 710 is spaced apart from the supply roll 200 so that the label film 210 wound on the supply roll 200 can be released, when the first weight member 430 is rotated downward, the bearing ( 750 is in contact with the bottom dead center of the eccentric cam 740, the pressure link 710 is in pressure contact with the supply roll 200 so that the label film 210 wound on the supply roll 200 is no longer released.

When the second weight member 460 transfers the label film 210 by the film supply roller 440, the second weight member 460 pulls the label film 210 cut by the label unit 212 by the cutting means 300, and stretches it. By lowering, the fixed shaft 461 is fixed to the frame 100 below the discharge guide roller 450 in a horizontal direction parallel to each other and the discharge guide roller 450, and both ends of the fixed shaft 461 A pair of second pivoting bar 462, one end of which is rotatably coupled so as to be parallel, and both ends of the pair of second pivoting bars 462 are fixedly installed, and the label portion 212 is cut. The label film 210 is composed of a rod-shaped second weight bar 465 passing through. Therefore, since the label film 210 passes through the second weight bar 465 of the second weight member 460, the second weight member 460 moves downward by the weight of the first weight bar 465. As it is rotated, the label film 210 cut by the cutting means 300 is pulled out, that is, the label film 210 is stretched as much as the film supply roller 440 is supplied.

The film discharge roller 470 is installed on the frame 100 of one side of the discharge guide roller 450, is rotatably installed on the lower side of the transport path of the label film 210 is connected to the second motor 478 The second rotating roller 472 is rotated, and the circumference thereof is pressed against the circumference of the second rotating roller 472 on the upper portion of the second rotating roller 472 to label the label film 210 with the second rotating roller. And a second pressing roller 475 which is in close contact with the 472. Therefore, the label film 210 stretched by the second weight member 460 is drawn to the second rotating roller 442 and the second pressing roller 445 to be discharged. At this time, the second weight member 460 is rotated upward as the label film 210 is pulled by the film discharge roller 470, and again the fill feed roller 440 is operated so that the label film 210 is operated. When transported, the label film 212 is rotated downward to pull down the cut label film 210.

At this time, the second sensor 418, 419 for controlling the operation of the film discharge roller 470 is provided on the upper and lower sides of the second weight member 460. Therefore, when the second weight member 460 is rotated downward and sensed by the second sensor 418 on the lower side and the signal is cut by the controller, the controller operates the film discharge roller 470 to operate the second weight member ( Pulling out the label film 210 stretched by the 460, and when the second weight member 460 is detected by the second sensor 419 of the upper side and transmits a signal to the control unit, the control unit is the film discharge roller ( By stopping the 470, the label unit 212 pulls the label film 210 cut again and hangs it.

Therefore, the film feed means 400 is the film feed roller 440 is operated when the label film 210 wound on the feed roll 200 by the first weight member 430 is unrolled by a predetermined pitch When the label film 210 stretched by the first weight member 430 is pulled and transferred to the cutting means 300, the label film 212 is cut while the second weight member 460 is rotated downward. When the second weight member 460 is detected by the second sensor 418, the film discharge roller 470 is operated and discharged. That is, the label film 210 wound on the feed roll 200 is directly pulled out by the first weight member 430 by a predetermined pitch without directly pulling the label film 210 to the cutting means 300. The label film 210 is prevented from being stretched to be transferred, and the label film 210 wound on the supply roll 200 by the brake device 700 is prevented from being continuously released.

The label portion conveying means 500 is to transfer a plurality of label portions 212 cut by the cutting means 300 to one side of the cutting means 300, the lower mold 310 of the cutting means 300 A pair of first guide rails 510 horizontally installed horizontally in a horizontal direction so as to be spaced apart at a predetermined interval in the longitudinal direction and parallel to each other, and slidably coupled to the first guide rails 510. And a first transfer plate 515 having a slide hole (not shown) in a vertical direction at both ends thereof, and horizontally installed in parallel with the first guide rail 510 on one side of the first guide rail 510. The first transfer cylinder 520 for reciprocating the first transfer plate 515 to the left and right, and the upper side of the first transfer plate 515 is placed on the slide hole of the first transfer plate 515 Elevating plate 525 and the first transfer plate 515, which is coupled to be possible One end is fixed to the center portion and the other end is fixed to the lifting plate 525 in the center and the second lifting cylinder 530 for elevating operation of the elevating plate 525, and is installed on the upper side of the elevating plate 525 A plurality of adsorption holes 536 are formed on the upper surface of the lower mold 310 so as to be provided at a position corresponding to the blanking hole 5151 of the lower mold 310 so as to vacuum suck the label portion 212 discharged from the blanking hole 315. It consists of an adsorption member 535.

At this time, the first transfer cylinder 520 is a rodless cylinder is used to project the piston mounting to one side of the cylinder body reciprocating in the longitudinal direction in accordance with the operation of the piston mounting, the first transfer plate 515 is It is fixed to the piece barrel mounting and is reciprocated from side to side.

Accordingly, when the second lifting cylinder 520 is extended to lift the lifting plate 525, the adsorption member 535 is positioned directly under the blanking hole 315 of the lower mold 310, and the upper and lower molds 310 and 330 respectively. When the label portion 212 of the label film 210 is cut by blowing the labeling portion 212 at the same time as the blanking punch 535 blows the cut label portion 212, the adsorption member 535 is adsorbed and lowered at the same time. The first transfer cylinder 520 is operated to transfer the transfer plate 515 to one side of the cutting means 300, that is, the other end side of the frame 100, and the cut label portion 212 is one side. When transferred to the separate pickup device is to pick up the label portion 212 adsorbed on the adsorption member 535 is to be transferred into the injection mold.

At this time, when the adsorption member 535 adsorbing the label portion 212 between the lifting plate 525 and the adsorption member 535 is transferred to one side, the adsorption member 535 at regular intervals to match the cavity gap of the mold. The gap opening means 600 is provided to open. The gap opening means 600 includes a second guide rail 610 horizontally installed in parallel to each other in a longitudinal direction intersecting the first guide rail 510 on both sides of the upper and lower surfaces of the elevating plate 525, and the second guide rail 610. Front and rear transfer plates 620 and 625 slidably coupled to the two guide rails 610 and one side of the second guide rail 610 are fixedly installed in parallel with the second guide rail 610, one end of each of which is front and rear And forward and backward cylinders 630 and 635 connected to and fixed to the transfer plates 620 and 625 to advance and move the forward and backward transfer plates 620 and 625 in a direction adjacent to or spaced apart from each other, and at the centers of the upper surfaces of the respective forward and backward transfer plates 620 and 625. The third guide rail 640 horizontally installed in parallel with the first guide rail 510 and slidably coupled to the other adsorption member 535 except for one end side adsorption member 535a of the plurality of adsorption members 535. One end is fixed to the front and rear transfer plate (620.625) and the other end is connected to a plurality of adsorption members 535 slide-bonded to the third guide rail 640 to transfer the adsorption member 535 to one side. It is composed of a plurality of third transfer cylinder 650 so that the adsorption members (535a, 535) connected to each of the front and rear transfer plates (620, 625) are separated from each other at a predetermined interval.

Reference numeral 660 denotes a stopper for transferring the suction member 535 to a predetermined position when the suction member 535 is transferred by the second transfer cylinder 650.

Therefore, when the label portion 212 cut by the adsorption members 535 and 535a is adsorbed and transferred to one side of the cutting means 300 by the first transfer cylinder 520, the front and rear vibration cylinders are simultaneously transferred. The front and rear plates 620 and 625 are transported in a direction spaced apart from each other by 630 and 635, and are spaced apart at a predetermined interval, and a plurality of adsorption members 535 and 525a are also transported at regular intervals by the second transfer cylinder 650. It will happen. That is, when the adsorption members 535 and 535a adsorbing the label portion 212 are transferred to one side of the cutting means 300, the plurality of adsorption members 535 and 535a are spaced at regular intervals so as to correspond to the cavity of the injection mold. The pickup unit picks up the label unit 212 adsorbed on the adsorption members 535 and 535a, and is configured to transfer the same into the injection mold.

According to this configuration, the insert label supply apparatus is wound on the supply roll 200, the label film 210, the label portion 212 is printed at a predetermined interval along the longitudinal direction by the film transfer means 400 After supplying intermittently to the cutting means 300 to cut a plurality of label portions 212 printed on the label film 210, the plurality of cut label portions 212, respectively, the adsorption member of the label portion transfer means 500 The vacuum adsorption is carried out one by one to the 535, and is transported to one side to pick up each label portion 212 cut by a separate pick-up device to supply to the injection mold. Therefore, the insert label supplying device cuts the label portion 212 of the label film 210 wound on the feed roll 200 by the cutting means 300 to cut the label portion 212 by the label portion transfer means. Since it is transferred to one side by the 500 to be supplied to the injection mold, it is possible to prevent the supply of a plurality of labels to the cavity of the mold, it is possible to prevent the occurrence of defective products.

 As described above, according to the present invention, the insert label supply apparatus intermittently transfers the label film wound on the supply roll to the cutting means to cut the label portion, and then vacuum adsorbs the label portions cut by the label portion transfer means one by one. Since it is to be transferred to one side to be supplied to the mold, it is possible to prevent the plurality of labels from being supplied to the cavity of the mold to prevent the generation of defective products.

In the above, the features of the present invention have been shown and described with reference to preferred embodiments, but the present invention is not limited to the above-described embodiments, and the present invention belongs to the present invention without departing from the objects, configurations, and effects of the present invention. Many alternative changes and modifications will be possible to those skilled in the art.

Claims (5)

The frame 100; A supply roll 200 installed on one side of the frame 100 and wound around a label film 210 having the label portion 212 printed on one surface at a predetermined interval; A cutting means (300) installed at one side of the frame (100) to separate the label portion (212) of the label film (210) wound on the supply roll (200); A film transfer means (400) installed on one side of the frame (100) to intermittently supply the label film (210) wound on the supply roll (200) to the cutting means (300); It is provided on the lower side of the cutting means 300 is the label portion conveying means 500 for suctioning the label portion 212 cut by the cutting means 300 to transfer to one side of the cutting means 300; under, The cutting means 300; The lower mold 310 fixedly installed in the frame 100 and formed with a plurality of blanking holes 315 at predetermined intervals along the transverse direction so as to correspond to the label portion 212 of the label film 210 in the center portion thereof, An upper mold 330, which is installed to be elevated in an upper portion of the lower mold 310, on which a blanking punch 335 is fixed at a position corresponding to the blanking hole 315, and an upper side of the upper mold 330. A first lifting cylinder 340 fixedly installed at one end thereof to be connected to the upper mold 330 to elevate and operate the upper mold 330 so that the blanking punch 335 is engaged with or spaced from the blanking hole 315. The blanking punch 335 is formed in the center portion of the air nozzle hole 336 penetrating up and down, the upper mold 330 is in communication with the air nozzle hole 336 of the blanking punch 335 The air inlet hole 331 is formed, the air inlet hole 331 Label supply device for inserts, characterized in that the air supply means is connected. delete The method of claim 1, wherein the film transfer means (400); A rotating shaft 410 installed and rotated in parallel with the supply roll 200 between the supply roll 200 and the introduction portion of the cutting means 300; A feed guide roller 415 rotatably installed on the rotating shaft 410 to guide the label film 210 wound on the feed roll 200 to a predetermined path; A first weight member 430 fixedly installed at the rotation shaft 410 to loosen and hang the label film 210 wound on the supply roll 200 by a predetermined pitch; At least one installed on one side of the first weight member 430 in parallel with each other but frictionally contacted to pull the label film 210 stretched by the first weight member 430 to the cutting means 300. There is a pair of film feed roller 440 is connected to the first motor 438, A second weight member 460 which is hinged to one side of the cutting means 300 and pulled down so that the label film 210 cut from the label unit 212 is discharged from the cutting means 300; The second motor 478 is installed on one side of the second weight member 460 in parallel with each other, and at least one of the second film 460 is frictionally contacted to discharge the label film 210 stretched by the second weight member 460 to the outside. Label feeder for insert, characterized in that consisting of a pair of film discharge roller 470 connected to. The method of claim 3, wherein One end is hinged to one side of the supply roll 200 and the pressure link 710 is in pressure contact or spaced apart from the supply roll 200 in accordance with the operation; A rotating link 720 pivotally coupled to a central portion such that one end thereof is adjacent to a circumference of the rotation shaft 410 on the other side of the supply roll 200; A joint 730 connecting the other end of the pivot link 720 and the other end of the pressure link 710; An eccentric cam 740 fixedly installed at one end of the rotating shaft 410 to rotate the pivoting link 720; Label supply device for inserts, characterized in that the spring 660 is further provided to hold one end of the rotating link (720) toward the eccentric cam (640). The method of claim 1, The blanking hole 315 of the lower mold 310 is formed in a plurality of rows at regular intervals along the transverse direction, The label unit conveying means 500; A first guide rail 510 horizontally installed horizontally in the frame 100 below the cutting means 300; A first transfer plate 515 slidably coupled to the first guide rail 510, A first transfer cylinder 520 installed horizontally in parallel with the first guide rail 510 on one side of the first guide rail 510 to transfer the first transfer plate 515; Lifting plate 525 is coupled to the upper and lower sides of the first transfer plate 515, A second lifting cylinder 530 which is fixed at one end to the first transfer plate 515 and the other end is fixed to the elevating plate 525 to elevate and operate the elevating plate 525; It is provided at a position corresponding to the blanking hole 5151 of the lower mold 310 above the lifting plate 525, and a plurality of upper surfaces of the lifting plate 525 to suck the label portion 212 discharged from the blanking hole 315. Insert label supply device, characterized in that consisting of a plurality of adsorption member 535 is formed so that the adsorption hole 536 is spaced apart from each other by a gap opening means (600)

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