KR20130021813A - Taping head and apparatus for taping packing materials - Google Patents

Abstract

PURPOSE: A taping head and an apparatus for taping packing materials using the same are provided to improve the reliability of a taping process by preventing foreign materials from being attached to the contact face of a tape. CONSTITUTION: A taping head(500) comprises a base(511), a tape reel(521), a shield wall(512), a first pressing roller, a first roller cylinder, and a shutter(517). The tape reel is installed in one side of the base to support a tape. The shield wall prevents the contact face of the tape from being exposed to the outside in the rest of an opening(512a). The first pressing roller is arranged inside the opening. The first roller cylinder presses the first pressing roller toward the exterior of the opening in order to make the first pressing roller press the back of the tape. The shutter opens and closes the opening.

Description

Taping head and apparatus for taping packing materials

The present invention relates to a taping head and a taping apparatus for a packaging material using the same, and more particularly, a tape head for adhering a tape to an article produced in a roll form or a cylindrical article and a packaging material in which a hollow is formed. The present invention relates to a taping apparatus for a used packaging material.

Articles of long length, such as steel sheet coils, paper, and synthetic resins, are produced in rolls for convenience in transportation and distribution.

In the production process of the article produced in the form of a roll or the cylindrical body formed in the hollow as described above, the outer peripheral surface, the inner peripheral surface and both sides of the waterproof paper, rustproof paper, The packaging process includes wrapping using a packaging material such as rustproof vinyl, vinyl, or the like.

The packaging process may include a packaging material attaching process, a folding process, and a taping process.

In the packaging material attaching step, the packaging material is attached to the outer circumferential surface of the article. At this time, the packaging material is attached at a sufficient length to be folded at the outer diameter corner of the article to cover both sides. The folding process folds the wrapper at the outer diameter edge of the wrapper so that the wrapper wraps the side of the article. The folding process forms a fold line on the packaging material and inserts a side end portion of the packaging material into an inner diameter portion of the article. The taping process adheres a tape to the side end of the packaging material inserted into the inner diameter portion of the article and the inner circumferential surface of the article to fix the packaging material to the article.

An apparatus for performing such a taping process has already been disclosed by "Korea Patent Publication 2010-0123107; Coil Packaging Taping Apparatus" filed by the present applicant.

However, the disclosed patent has a problem that the adhesive surface of the tape is exposed to the outside, so that foreign matters are attached to the adhesive surface of the tape, thereby degrading the adhesive strength of the tape.

Republic of Korea Patent Publication 2010-0123107 (published 24 November 2010)

It is an object of the present invention to automate the taping process of adhering a tape to a packaging material for packaging an article produced in a roll form, or an article of a cylindrical body in which a hollow is formed, and to attach foreign substances to the adhesive side of the tape. An object of the present invention is to provide a taping head and a taping apparatus of a packaging material using the same, which are prevented.

The taping head according to the present invention includes a base, a tape reel installed on one surface of the base to support the tape, and an opening protruding from an edge of one surface of the base and opening in a portion of the base so that the tape head is formed in the remaining sections except for the opening. A shielding wall for preventing the adhesive surface of the tape from being exposed to the outside, a first pressing roller disposed inside the opening, and the first pressing roller are pressed toward the outside of the opening, so that the first pressing roller And a first roller cylinder for pressing the back surface of the tape, and a shutter for opening and closing the opening.

The taping head further includes an opening and closing gear disposed inside the shielding wall, and an opening and closing motor coupled to the opening and closing gear to rotate the opening and closing gear, and the shutter is transferred along an inner side surface of the shielding wall. A plurality of gear grooves may be installed and engaged with the opening and closing gear.

The taping head includes a supply roller disposed between the tape reel and the first press roller, a supply motor connected to the supply roller by a power transmission means to rotate the supply roller, the supply roller and the first roller. It may further include an idle roller disposed between the pressure roller so that the adhesive surface of the tape toward the outside of the shielding wall.

The taping head may further include a tension roller for rolling the tape and a tension elastic body for elastically supporting the tension roller toward the shielding wall to maintain the tension of the tape.

The taping head is disposed inside the opening and is spaced apart from the first pressing roller, and the second pressing roller presses the second pressing roller toward the outside of the opening, so that the second pressing roller is pressed against the back of the tape. A second roller cylinder to pressurize, an adsorption plate disposed between the first pressure roller and the second pressure roller, and adsorbing the tape; and the adsorption plate coupled to the rod to move the adsorption plate forward and backward with respect to the tape. And a cutting cylinder arranged between the first pressure roller and the second pressure roller, and a cutting cylinder for cutting the tape by advancing the cutting blade toward the tape adsorbed on the suction plate. It may include.

On the other hand, the taping apparatus of the packaging material according to the present invention is a side end portion of the packaging material is disposed on the side of the package located in the inner diameter portion, and the side end portion of the packaging material and the package is disposed at one end of the hub facing the package A tape that supports the tape adhered to the inner circumferential surface of the tape, and the tape head is pulled out toward the inner circumferential surface of the package without exposing the adhesive surface of the tape to the outside, and the tape is rotated so that the tape is withdrawn from the taping head. It may include a head rotating unit and a head transfer unit for transferring the taping head toward the package.

The tapering apparatus of the packaging material further includes a lifting part for supporting the hub, the lifting part for elevating the hub, and an interval adjusting part disposed at an upper side of the lifting part to support the lifting part, and the flat part for conveying the lifting part toward the package. Can be.

The taping head may include a base, a tape reel installed on one surface of the base to support the tape, and an opening protruding from an edge of one surface of the base and opening in a portion of the tape to form the tape in the remaining sections except for the opening. A shielding wall for preventing the adhesive surface from being exposed to the outside, a first pressing roller disposed inside the opening, and the first pressing roller are pressed toward the outside of the opening so that the first pressing roller It may include a first roller cylinder for pressing the back surface and a shutter for opening and closing the opening.

The taping head further includes an opening and closing gear disposed inside the shielding wall, and an opening and closing motor coupled to the opening and closing gear to rotate the opening and closing gear, and the shutter is transferred along an inner side surface of the shielding wall. A plurality of gear grooves may be installed and engaged with the opening and closing gear.

The taping head includes a supply roller disposed between the tape reel and the first press roller, a supply motor connected to the supply roller by a power transmission means to rotate the supply roller, the supply roller and the first roller. It may further include an idle roller disposed between the pressure roller so that the adhesive surface of the tape toward the outside of the shielding wall.

The taping head may further include a tension roller for rolling the tape and a tension elastic body for elastically supporting the tension roller toward the shielding wall to maintain the tension of the tape.

The taping head is disposed inside the opening and is spaced apart from the first pressing roller, and the second pressing roller presses the second pressing roller toward the outside of the opening, so that the second pressing roller is pressed against the back of the tape. A second roller cylinder to pressurize, an adsorption plate disposed between the first pressure roller and the second pressure roller, and adsorbing the tape; and the adsorption plate coupled to the rod to move the adsorption plate forward and backward with respect to the tape. And a cutting cylinder arranged between the first pressure roller and the second pressure roller, and a cutting cylinder for cutting the tape by advancing the cutting blade toward the tape adsorbed on the suction plate. The head rotating unit may include.

The head rotating unit includes a head central shaft protruding from the rear surface of the base, a first head rotating gear coupled to the head central shaft, a second head rotating gear meshed with the first head rotating gear, and the second head rotating shaft. It may include a head rotating motor connected to the head rotating gear to rotate the base to rotate the second head rotating gear.

The taping head may further include a first support plate through which the taping device of the packaging material is spaced apart from a rear surface of the base, and through which the head center axis passes, and a flange connecting the base and the first support plate to allow the head center axis to rotate. It may include.

The taping head may further include a second support plate for supporting the head rotating motor spaced apart from the first support plate, and a plurality of connection support bars connecting the first support plate and the second support plate. have.

Taping head and packaging device using the same according to the present invention is to reduce the labor cost, safety accident prevention, process by realizing the automation of the taping process of the article produced in the form of a roll (roll), or the cylindrical body is formed It is possible to shorten the time and improve productivity, and to prevent foreign matter from adhering to the adhesive surface of the tape, thereby improving the reliability of the taping process.

1 is a perspective view showing a state in which a packaging device taping apparatus according to the present embodiment is installed.
2 is a side view showing a state in which a packaging device taping apparatus according to the present embodiment is installed.
3 is an exploded perspective view showing a taping apparatus for a packaging material according to the present embodiment.
4 is a front view showing the taping head of the packaging device taping apparatus according to the present embodiment.
5 and 6 are operation diagrams showing the operation of inserting the taping head of the taping apparatus of the packaging material according to the embodiment inserted into the inner diameter of the package.
7 and 8 are operation diagrams showing the operation of bonding the tape taper of the packaging material according to this embodiment.

Hereinafter, with reference to the accompanying drawings for the taper of the packaging material according to the embodiment will be described in detail.

First, terms are defined for convenience of explanation and understanding.

The 'package' is an article in which a plate such as steel sheet, paper, or synthetic resin is produced in a roll form, or an article produced in a cylindrical body in which a hollow is formed.

'X-axis direction' is the central axis direction of the package, as described in FIG.

The 'y-axis direction' is a direction intersecting on a plane with respect to the central axis direction of the package as described in FIG. 1.

'Z-axis direction' is a direction in which the hub to be described later is lifted, as described in FIG.

1 is a perspective view illustrating a state in which a packaging device taping apparatus according to the present embodiment is installed, and FIG. 2 is a side view illustrating a state in which a packaging apparatus tapping apparatus according to the present embodiment is installed.

1 and 3, the packaging device 100 of the packaging material according to the present embodiment includes a hub 200, a lifting unit 300, and a gap adjusting unit 400.

The hub 200 is provided in a cylindrical body. The hub 200 is hollow. The hub 200 is arranged on the side of the package 10 transferred to the taping apparatus 100 of the packaging material. The hub 200 is disposed so that the central axis faces the x-axis direction. The hub 200 supports the head transfer unit 700 which will be described later. The head transfer unit 700 will be described in detail later with reference to a separate drawing.

The lifting unit 300 raises and lowers the hub 200 in the z-axis direction. The lifting unit 300 includes a lifting body 310, a lifting unit 320 and a transport structure 330.

The lifting body 310 is provided with a cylindrical body. The lifting body 310 is formed with a lifting protrusion 311 protruding from the outer circumferential surface. A lifting hole (not shown) is formed in the lifting body 310. The inner diameter of the support hole (not shown) is formed larger than the outer diameter of the hub 200. The lifting body 310 supports the hub 200 inserted into the support hole (not shown).

The lifting unit 320 includes a lifting cylinder 321, a lifting block 322, and a lifting guide 323. The lifting cylinder 321 is connected to the lifting body 310. The lifting cylinder 321 raises and lowers the lifting body 310. The lifting block 322 is coupled to the lifting protrusion 311. The lifting block 322 is installed to move up and down along the lifting guide 323. The lifting guide 323 is disposed in the z-axis direction. The lifting guide 323 guides the lifting and lowering of the lifting body 310. As the lifting cylinder 321, a power cylinder may be used. The power cylinder converts the rotational motion of the motor into linear motion using a screw, so it can be used for high power.

The transfer structure 330 supports the lifting unit 320. The transfer structure 330 is composed of a plurality of frames which are disposed in the x-axis direction, the y-axis direction, and the z-axis direction, respectively, and are coupled to each other. In particular, the frame disposed in the z-axis direction supports the lifting guide 323.

The gap adjusting unit 400 transfers the hub 200 in the x-axis direction. The gap adjusting unit 400 includes a gap adjusting unit 410 and a support structure 420.

The gap adjusting unit 410 includes a gap adjusting cylinder 411, a gap adjusting block 412, and a gap adjusting guide 413. The gap adjusting cylinder 411 is connected to the transfer structure 330. The gap adjusting cylinder 411 transfers the transfer structure 330 in the x-axis direction. As the space adjusting cylinder 411, a rodless cylinder may be used. The rodless cylinder can perform an accurate positioning operation in comparison with a general cylinder having a rod. Spacing adjustment block 412 is coupled to the transfer structure (330). The gap adjusting block 412 is installed to be transported along the gap adjusting guide 413. The gap adjusting guide 413 guides the transfer of the transfer structure 330.

The support structure 420 supports the gap adjusting unit 410. The support structure 420 is composed of a plurality of frames arranged in the x-axis direction, the y-axis direction and the z-axis direction, respectively, and coupled to each other. In particular, the space adjusting guide 413 is supported in the frame arranged in the x-axis direction.

Although not shown, air bearings may be installed between the elevating block 322 and the elevating guide 323, and between the gap adjusting block 412 and the gap adjusting guide 413. The air bearing may minimize the friction between the lifting block 322 and the lifting guide 323, and the friction between the gap adjusting block 412 and the gap adjusting guide 413. In addition, the air bearing allows the hub 200 to be precisely adjusted in position.

According to this embodiment, since the hub 200 may be transferred in the z-axis direction or the x-axis direction, the position of the hub 200 with respect to the package 10 may be smoothly adjusted. In addition, in the present embodiment, since the components for transporting the hub 200 are spaced apart from the bottom surface of the place where the taping device 100 of the packaging material is installed, the components for transporting the hub 200 are tapering apparatus 100 of the packaging material. Compared to the case where it is installed on the floor of the installation place, it is possible to reduce the cost of civil engineering work, and provides convenience for maintaining, managing, and repairing the taping device 100 of the packaging material.

Meanwhile, at one end of the hub 200 facing the package 10, a tapering head 500 for adhering a tape to a side end of the package 40 and an inner circumferential surface of the package 10 is disposed.

3 is an exploded perspective view showing a taping apparatus of a packaging material according to the present embodiment, Figure 4 is a front view showing a taping head of the taping apparatus of the packaging material according to the present embodiment.

3 and 4, the taping head 500 includes a base 511, a shielding wall 512, a first support plate 513, and a second support plate 514.

The base 511 is provided in a disk shape. The shielding wall 512 protrudes from the edge of the base 511. The first support plate 513 is spaced apart from the back surface of the base 511. The flange 515 is disposed between the base 511 and the first support plate 513. The flange 515 is disposed at the center of the base 511. The flange 515 connects the base 511 and the first support plate 513. The second support plate 514 is spaced apart from the back surface of the first support plate 513. A plurality of connection support bars 516 are disposed between the first support plate 513 and the second support plate 514. The plurality of connection support bars 516 is disposed at the edge portion of the first support plate 513. The plurality of connection support bars 516 connect the first support plate 513 and the second support plate 514.

Meanwhile, a tape reel 521 is provided on one surface of the base 511. The tape reel 521 supports the roll adhesive tape 50. The tensioner 522, the supply roller 523, the idle roller 524, and the first and second pressure rollers 525 and 526 are sequentially disposed in the path of the tape 50 withdrawn from the tape reel 521. The tensioner 522 allows the tension of the tape 50 to be adjusted. The tensioner 522 may be formed of a combination of a tension roller 522a for rolling the back surface of the tape 50 and a tension elastic member 522b for elastically supporting the tension roller 522a. The feed roller 523 allows the tape 50 to be smoothly withdrawn from the tape reel 521. The supply motor 523a may be installed on the side of the supply roller 523. The supply motor 523a is connected to the rotation shaft of the supply roller 523 by a power transmission means such as a chain and a belt to impart rotational force to the supply roller 523. The idle roller 524 supports the back surface of the tape 50 so that the adhesive surface of the tape 50 faces the outside of the shielding wall 512. The first pressing roller 525 is supported by the first roller cylinder 525a. The second press roller 526 is supported by the second roller cylinder 526a. The first press roller 525 and the second press roller 526 press the tape 50 to the outside of the shielding wall 512, so that the tape 50 of the side end of the packaging material 40 and the package 10 It can be adhered to the inner circumferential surface.

The suction plate 531 and the cutting blade 532 are disposed between the first press roller 525 and the second press roller 526. The suction plate 531 sucks the tape 50 between the first press roller 525 and the second press roller 526. The suction plate 531 is supported by the suction cylinder 531a. The suction cylinder 531a transfers the suction plate 531 between the first pressure roller 525 and the second pressure roller 526. The cutting blade 532 is supported by the cutting cylinder 532a. The cutting cylinder 532a transfers the cutting blade 532 between the first pressing roller 525 and the second pressing roller 526. The tape 50 between the first press roller 525 and the second press roller 526 is absorbed by the vacuum suction plate 531 and transferred toward the cutting blade 532, and the cutting blade 532 is tape 50. Can be cut as it is conveyed toward

On the other hand, the opening 512a is formed in the shielding wall 512. The opening 512a allows the adhesive surface of the tape 50 to penetrate the shielding wall 512 and adhere to the side end of the packaging material 40 and the inner circumferential surface of the package 10. In addition, the opening 512a penetrates through the shielding wall 512 in the section corresponding to the second pressing roller 526 from the first pressing roller 525, so that the first pressing roller 525, the second pressing roller 526, The suction plate 531 and the cutting blade 532 can be transferred to the inside and outside of the shielding wall 512.

The shutter 517 is disposed inside the shield wall 512. The shutter 517 is rotatably installed with respect to the center of the base 511 along the inner circumferential surface of the shielding wall 512. That is, the shutter 517 is formed with a plurality of gear grooves 517a arranged in the circumferential direction, and the opening and closing gear 517b engaged with the gear groove 517a is coupled to the rotation shaft of the opening and closing motor 517c.

According to the present embodiment, the opening 512a may be selectively opened and closed by the shutter 517. As described above, the shielding wall 512 and the shutter 517 are exposed to the outside of the adhesive layer of the tape 50 to prevent the tape 50 from adhering to an undesired place or to prevent foreign matter from adhering to the adhesive side of the tape 50. Do it.

Meanwhile, the base 511 and the shielding wall 512 of the taping head 500 may be rotated by the head rotating unit 600. The head rotating unit 600 includes a head central shaft 610, a first head rotating gear 620, a second head rotating gear 630, and a head rotating motor 640.

The head center axis 610 protrudes from the back surface of the base 511. The head center shaft 610 penetrates through the center of the flange 515 and the first support plate 513. The first head rotating gear 620 is coupled to the distal end of the head central shaft 610. The head rotation motor 640 is disposed between the first support plate 513 and the second support plate 514 to be supported by the second support plate 514. The second head rotation gear 630 is coupled to the rotation shaft of the head rotation motor 640. The second head rotating gear 630 is meshed with the first head rotating gear 620. The head rotating motor 640 rotates the base 511 and the shielding wall 512 based on the head center axis 610.

Meanwhile, a plurality of cylinders 525a, 526a, 531a and 532a and a supply motor 523a are installed in the taping head 500, and the base 511 is rotated. Therefore, a slip ring for smoothly supplying power to the plurality of cylinders 525a, 526a, 531a, and 532a and the supply motor 523a between the first and second support plates 513 and 514. ring 540 may be installed.

On the other hand, the head transfer unit 700 is to transfer the taping head 500 toward the package 10, it is disposed behind the second support plate 514.

The head transfer unit 700 includes a head transfer motor 710, a head transfer shaft 720, and a plurality of head transfer guides 730. The head feed motor 710 is supported on the inner circumferential surface of the hub 200. The head transfer motor 710 provides power for conveying the taping head 500. The head feed shaft 720 is connected to the second support plate 514. The plurality of head feed guides 730 is disposed on the rear edge portion of the second support plate 514. Each head transfer guide 730 may include a head transfer guide bar 731 coupled to the rear edge of the second support plate 514 and a head transfer guide ring 732 coupled to the inner circumferential surface of the hub 200. Can be.

Hereinafter, the operation of the taping apparatus of the packaging material according to the present embodiment will be described.

The drawings referred to below are views referred to to explain the operation of the taping apparatus of the packaging material according to the present embodiment. Therefore, in the drawings referred to below, reference numerals described in the following description may be omitted. Reference numerals omitted in the drawings referred to in the following description will be understood with reference to the referenced drawings for the above description.

5 and 6 are operation diagrams showing a state in which the taping head of the taping device of the packaging material according to the embodiment is inserted into the inner diameter of the package.

5 and 6, the package 10 is transferred to the taping apparatus 100 of the package in the y-axis direction by the package transporter 20 with the package 40 attached to the outer circumferential surface thereof. At this time, the side end of the packaging material 40 is located in the inner diameter of the package (10). The package 10 transferred to the tapering apparatus 100 of the packaging material is placed so that the central axis faces the x-axis direction.

The position of the hub 200 relative to the package 10 is then aligned.

Alignment with respect to the y-axis of the hub 200 may be made by adjusting the position of the package support 20 by the package transporter 20. Alignment with respect to the x-axis of the hub 200 may be made by adjusting the position of the transfer structure 330 by the spacing adjuster 400. Alignment with respect to the z-axis of the hub 200 may be made by adjusting the position of the lifting body 310 by the lifting unit 300. At this time, the hub 200 may be aligned such that its central axis is located below the central axis of the package 10.

In this case, the tape 50 may be drawn out in advance so that the tip portion thereof may be pressed by the second pressing roller 526 by the operator. That is, the tape 50 may be drawn out by the idle roller 524 such that the adhesive surface faces the outside of the shielding wall 512. And the shutter 517 has closed the opening part 512a.

The taping head 500 is then conveyed towards the package 10. Accordingly, the taping head 500 is inserted into the inner diameter of the package 10. Therefore, the side end portion of the packaging material 40 may be inserted into the inner diameter portion of the package 10 by the taping head 500 so that the side end portion thereof may contact the inner circumferential surface of the package 10.

As described above, the shutter 517 closes the opening 512a. Therefore, even if the adhesive surface of the tape 50 is drawn out toward the outside of the shielding wall 512, foreign matters are prevented from adhering to the adhesive surface of the tape 50. In addition, since the packaging material 40 may be prevented from contacting the adhesive surface of the tape 50 while the taping head 500 is inserted into the inner diameter part of the package 10, It is possible to prevent the tape 50 from adhering.

As such, the taping head 500 inserted into the inner diameter of the package 10 is aligned at a position where the tape 50 can be bonded together to the side end of the package 40 and the inner circumferential surface of the package 10.

Subsequently, the shutter 517 is rotated by the opening / closing motor 517c so that the tape 50 can be bonded together to the side end portion of the packaging material 40 and the inner circumferential surface of the package 10. As a result, the opening 512a is opened.

6 and 7 are operation diagrams showing the operation of bonding the tape taper of the packaging material according to this embodiment.

6 and 7, the first roller cylinder 525a and the second roller cylinder 526a pressurize the first press roller 525 and the second press roller 526. The first press roller 525 and the second press roller 526 press the tip portion of the tape 50. Therefore, the front end of the tape 50 is bonded to the side end of the packaging material 40 and a predetermined portion of the inner circumferential surface of the package 10.

Subsequently, the base 511 is rotated based on the head center axis 610 by the head rotating unit 600. As the base 511 is rotated, the tape 50 supported by the tape reel 521 is taken out. In addition, the supply motor 523a rotates the supply roller 523 so that the tape 50 is smoothly drawn out.

At this time, the tensioner 522 allows the tension of the tape 50 to be adjusted. The idle roller 524 also supports the back surface of the tape 50. In addition, the first pressure roller 525 and the second pressure roller 526 press the tape 50. Accordingly, as the base 511 and the shielding wall 512 are rotated by 360 degrees or more, the tape 50 is adhered to the entire side circumferential end of the packing material 40 and the entire inner circumferential surface of the packing material 10 so that the packing material 40 is packaged ( 10) is fixed.

Next, the suction plate 531 sucks the tape 50. The adsorption cylinder 531a reverses the adsorption plate 531. At the same time, the cutting cylinder 532a advances the cutting blade 532 to cut the tape 50. The second press roller 526, the second press roller 526, and the cutting blade 532 converge to the inside of the shielding wall 512. The open / close motor 517c rotates the shutter 517 backward. The opening 512a is closed as the shutter 517 is reversed.

As described above, the taping apparatus 100 of the packaging material according to the present embodiment may automate the packaging of the side surface of the package 10.

On the other hand, in the present embodiment, the taping device 100 of the packaging material is shown as a pair is arranged on both sides with respect to the package 10, respectively. Taping device 100 of a pair of packaging material may be carried out in conjunction with the taping process for both sides of the package 10 to improve the process efficiency. Of course, the taping device 100 of the packaging material may be provided as one and disposed on one side of the package 10, and may be modified to perform a taping process on both sides of the package 10 by rotating the package 10 to 180 degrees. .

100: taping device of the packaging material 200: hub
300: lifting unit 400: spacing control unit
500: taping head 511: base
512: shielding wall 512a: opening
517: shutter 521: tape reel
525: first press roller 526: second press roller
531: adsorption plate 532: cutting blade
600: head rotation unit 700: head transfer unit

Claims (15)

Bass,
A tape reel installed on one surface of the base to support the tape;
A shielding wall protruding from an edge of one surface of the base and opening in a portion of the base to prevent the adhesive surface of the tape from being exposed to the outside in the remaining portions except for the opening;
A first pressing roller disposed inside the opening;
A first roller cylinder which presses the first pressing roller toward the outside of the opening so that the first pressing roller presses the back surface of the tape;
And a shutter for opening and closing the opening. The method of claim 1,
An opening and closing gear disposed inside the shielding wall;
The rotating shaft is coupled to the opening and closing gear further comprises an opening and closing motor for rotating the opening and closing gear,
And the shutter is installed to be transported along the inner surface of the shielding wall and has a plurality of gear grooves meshed with the opening and closing gear. The method of claim 1,
A feed roller disposed between the tape reel and the first press roller;
A supply motor connected to the supply roller by a power transmission means to rotate the supply roller;
And a idle roller disposed between the feed roller and the first pressing roller to direct an adhesive surface of the tape to the outside of the shielding wall. The method of claim 1,
A tension roller for rolling the tape;
And a tension elastic body for elastically supporting the tension roller toward the shielding wall to maintain the tension of the tape. The method of claim 1,
A second pressing roller disposed inside the opening and spaced apart from the first pressing roller;
A second roller cylinder configured to press the second pressure roller toward the outside of the opening so that the second pressure roller presses the back surface of the tape;
An adsorption plate disposed between the first press roller and the second press roller to adsorb the tape;
An adsorption cylinder coupled to the rod to move the adsorption plate forward and backward with respect to the tape;
A cutting blade disposed between the first pressing roller and the second pressing roller;
And a cutting cylinder for cutting the tape by advancing the cutting blade toward the tape adsorbed by the suction plate. A hub having a side end portion of the packaging material disposed on a side of the package located in the inner diameter portion;
Disposed on one end of the hub facing the package to support a tape adhered to the side end of the package and the inner circumferential surface of the package, such that the adhesive side of the tape is drawn out toward the inner circumferential surface of the package without being exposed to the outside; With a taping head,
A head rotating unit which rotates the taping head to draw the tape from the taping head;
And a head transfer unit for transferring the taping head toward the package. The method according to claim 6,
A lifting part supporting the hub and lifting the hub;
The apparatus of claim 1, further comprising a gap adjusting unit disposed on an upper side of the elevating unit to support the elevating unit and transferring the elevating unit to the package. The method of claim 6, wherein the taping head
Bass,
A tape reel installed on one surface of the base to support the tape;
A shielding wall protruding from an edge of one surface of the base and opening in a portion of the base to prevent the adhesive surface of the tape from being exposed to the outside in the remaining portions except for the opening;
A first pressing roller disposed inside the opening;
A first roller cylinder which presses the first pressing roller toward the outside of the opening so that the first pressing roller presses the back surface of the tape;
And a shutter for opening and closing the opening. The method of claim 8, wherein the taping head
An opening and closing gear disposed inside the shielding wall;
The rotating shaft is coupled to the opening and closing gear further comprises an opening and closing motor for rotating the opening and closing gear,
And the shutter is installed to be transported along the inner surface of the shielding wall and has a plurality of gear grooves formed to engage with the opening and closing gear. The method of claim 8, wherein the taping head
A feed roller disposed between the tape reel and the first press roller;
A supply motor connected to the supply roller by a power transmission means to rotate the supply roller;
And an idle roller disposed between the feed roller and the first pressing roller to direct the adhesive surface of the tape to the outside of the shielding wall. The method of claim 8, wherein the taping head
A tension roller for rolling the tape;
And a tension elastic body for elastically supporting the tension roller toward the shielding wall to maintain the tension of the tape. The method of claim 8, wherein the taping head
A second pressing roller disposed inside the opening and spaced apart from the first pressing roller;
A second roller cylinder configured to press the second pressure roller toward the outside of the opening so that the second pressure roller presses the back surface of the tape;
An adsorption plate disposed between the first press roller and the second press roller to adsorb the tape;
An adsorption cylinder coupled to the rod to move the adsorption plate forward and backward with respect to the tape;
A cutting blade disposed between the first pressing roller and the second pressing roller;
And a cutting cylinder for cutting the tape by advancing the cutting blade toward the tape adsorbed by the suction plate. The method of claim 8, wherein the head rotating unit
A head central axis protruding from the rear surface of the base,
A first head rotating gear coupled to the head center shaft;
A second head rotating gear meshed with the first head rotating gear;
And a head rotation motor connected to the second head rotation gear to rotate the base to rotate the second head rotation gear. The method of claim 13, wherein the taping head is
A first support plate spaced apart from the rear surface of the base and penetrating the head center axis;
And a flange for connecting the base and the first support plate so that the head central axis is rotatable. 15. The method of claim 14, wherein the taping head is
A second support plate spaced apart from the first support plate to support the head rotation motor;
And a plurality of connecting support bars connecting the first support plate and the second support plate.

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