KR100834927B1 - A tape bonding device for a pack bundle - Google Patents

Abstract

A tape bonding device for a pack bundle is provided to enable mass production by transferring a pack, bonding a tape on both sides of the pack, and cutting the tape at a desired length with one driving motor. A tape bonding device(100) for a pack bundle includes a pack supply device, a pack grouping device(120), a pack taping device(140), and a tape cutting device(170). The pack supply device supplies packs in a line. The pack grouping device groups the packs by a predetermined quantity and closely transfers the grouped packs. The pack taping device bonds a tape(T) on both sides of the transferred packs. The tape cutting device cuts the tape to divide the packs by packages.

Description

A tape bonding device for a pack bundle}

1 and 2 are a perspective view and a plan view respectively showing the configuration of the tape bonding apparatus for pack bundles according to the present invention.

Figure 3 is an exploded perspective view showing the configuration of the package conveyor in the configuration of the tape bonding apparatus for pack bundles according to the present invention.

4 and 5 are a plan view and a perspective view respectively showing the configuration of the suction device of the configuration of the pack adhesive tape bonding apparatus according to the present invention.

Figure 6 is an exploded perspective view showing the configuration of the cutter machine of the configuration of the tape bonding apparatus for pack pack according to the present invention.

7 and 8 are a perspective view and a plan view showing the state before use of the cutting tape cutting device of the configuration of the pack adhesive tape bonding apparatus according to the present invention, respectively.

9 and 10 are a perspective view and a plan view showing a state of use after cutting of the tape cutting device of the configuration of the pack adhesive tape bonding apparatus according to the present invention, respectively.

Figure 11 is a plan view showing the operating state of the adhesive roller of the configuration of the tape bonding apparatus for pack pack according to the present invention.

12 and 13 are a side view and a bottom view, respectively showing the configuration of the tape bonding apparatus for pack bundles according to the present invention.

** Description of Codes for Major Configurations of Drawings **

100: tape bonding device 110: pack feeder

120: pack sorting device 122: sorting conveyor

124a, 124b: screw 130a, 130b: breaker

140: pack taping device 142: stopper

144: package conveyor 146: link

148: bracket 150a, 150b: tape press

151: vacuum pump 152a, 152b: suction port

153: solenoid valve 160a, 160b: tape roll

162a and 162b: springs 164a and 164b: a finger part

166a, 166b: turn 168a, 168b: spare roll

170: tape cutting device 172a, 172b: chain

174a, 174b: link 180a, 180b: cutter

182a, 182b: fixed shaft 184a, 184b: fixed frame

186a, 186b: moving shaft 188a, 188b: moving frame

189a, 189b: cutting edges 190a, 190b: guiders

192a, 192b: guider home 194a, 194b: guider guide

199a, 199b: adhesive roller 200: base frame

210: drive motor side first gear 212: first power transmission unit

214: gear on the conveyor side of the package 216: gear on the chain side

220: drive motor side second gear 224: second power transmission unit

226: third power transmission unit 228: the sorting conveyor side gear

230: fourth power transmission unit 232: fifth power transmission unit

B: bolt M: motor

P: Pack T: Tape

The present invention relates to a tape bonding apparatus for pack bundles, and more particularly, in order to bundle the packs, intermittently conveyed on a conveyor, in order to bond and cut the tapes on both sides of the pack by the quantity to be packaged. A sorting device for aligning the packs closely into a package, a taping device for supplying tape to both sides of the pack transported from both sides of the conveyor, and a tape reciprocating to the conveyor while cutting at the same direction and speed as the conveyor. The present invention relates to a tape bonding device for pack bundles, in which a tape cutting device is installed in a series of continuous processes on both sides of a conveyor.

In general, large discount stores and other marts often sell the same packs in bundles to promote consumption even during non-sale periods. Rather than selling it in a separate box, it saves the cost of packaging and circulates the packs with transparent adhesive tape on both sides so that the packs are arranged in several to show the product as it is.

The adhesive tape is wound in the form of a roll. In order to bundle the pack, the adhesive tape is first adhered to the end of the tape and then the tape is packaged to cut the adhesive tape. In this case, since it usually takes a long time to cut the adhesive tape using a tool such as scissors or a knife, a separate tape bonding device is used.

The tape adhering apparatus is generally composed of a roll tape dispenser, a roll tape splicer, a roll tape cutter, and the like, and withdraws the rolled tape by using a roll tape dispenser, and adheres the adhesive side of the tape to the pack. After this is completed, the tape is cut using a cutter.

Therefore, the roll tape bonding machine first pulls out the roll tape wound on the roller, or pulls it while pressing the end of the tape to the position to be bonded to it. Is done. The joined tape is then cut to the desired length by a cutter.

However, according to the conventional tape bonding apparatus as described above has the following problems.

To glue the tape to both sides of the pack, first remove the pack as many times as you want to tie the pack, attach the device to one side of the separated pack, glue the tape, cut the tape, and change the orientation of the pack to change the other side of the pack. Taping and then cutting the tape again can be very cumbersome on its own.

In addition, when the tape is bonded by the number of packs to be bundled and the tape is cut at the desired position, the tape end must be found for reuse, but the tape is wound around the roller, making it difficult to find the tape end.

Accordingly, the present invention has been made to solve the problems of the prior art as described above, the object of the present invention is to provide a pack adhesive tape bonding apparatus that can tape the pack simultaneously and automatically on both sides.

Another object of the present invention is to provide a tape bonding apparatus for pack bundles, wherein the process of aligning the packs into units to be packaged, taping both sides, and cutting the bonded tape can be performed simultaneously on the conveyor.

Still another object of the present invention is to provide a tape bonding apparatus in which tape bonding and tape cutting are continuously performed without having to find the tip of the tape.

According to a feature of the present invention for achieving the object as described above, the present invention provides a tape adhesive device for bundling a pack, the pack sorting device for quantifying the number of packs to be packaged, and closely transport each other; And a tape taping device for continuously bonding both sides of the sorted and transported packs with a tape, and a tape cutting device for cutting the tape to separate the packs into package units.

The pack sorting device includes a sorting conveyor for loading and transporting the supplied packs in a row, and a pair of screws in which valleys are formed between the mountains by the lengths of the packs installed on both sides of the sorting conveyor and bundled together. Include.

The screw forms a spiral valley between the acid and the mountain, and as the screw rotates, a number of packs seated on the valley linearly move on the sorting conveyor.

The breaker for controlling the supply of the pack is further installed at the inlet of the pack sorting device.

The breaker is a hydraulic cylinder which is installed at both ends of the pack sorting device, and facilitates sorting of packs in the pack sorting device by supplying the packs intermittently conveyed in close contact with the desired quantity in the advancing direction.

The pack taping apparatus is provided with a stopper on the upper side, a package conveyor for loading and transporting the pack sorted by the pack sorting device between the stopper and the stopper by the quantity to be packaged, and installed on both sides of the package conveyor, and a tape And a tape press for guiding and adhering the tape to both sides of the pack carried by the package conveyor, and a tape roll on which an adhesive tape is wound to supply the tape to the tape press.

The package conveyor is composed of chains in which a plurality of links are connected in series, and the stopper is bolted to a bracket extending from the side of the link.

The tape presser is provided with a suction therein so that the tape can be temporarily attached to the outer circumferential surface, and a plurality of suction holes for sucking air are formed on the outer circumferential surface, so that the tape can move in a state attached to the outer circumferential surface by adsorption force. It is rotatably installed.

The tape roll is wound so that the adhesive side of the tape faces inward, and the non-adhesive side of the tape faces the outer circumferential surface of the tape presser, and the adhesive side of the tape has a side surface of the pack conveyed by the package conveyor. Are glued.

In order to reinforce the tension of the tape, a stopper portion for holding the tape toward the center of the roll by a spring is further installed.

One side of the roll is further provided with a spare roll.

The lower part of the roll is further provided with a tape change sensor for detecting the timing of the tape replacement, and a tape operation sensor for checking the operating state of the roll.

The tape cutting device includes two chains which are infinitely repeated in the same speed and the same direction as the transfer pack and are installed in parallel with each other, and are installed in the transverse direction with respect to the traveling direction of the chain, and proceed in the same direction as the chain. And a guider for guiding the cutter to move in the same direction as the chain and to reciprocate in the horizontal direction with respect to the traveling direction of the chain.

The chain is composed of chains in which a plurality of links are connected in series.

The cutter includes two fixed shafts fixed to the side of the link, a fixed frame fixed to the fixed shaft, a moving shaft penetrating the fixed frame and reciprocating in a transverse direction with respect to the traveling direction of the chain, A moving frame penetrates the fixed shaft, and is fixed to the moving shaft to move in the horizontal direction together with the moving shaft, and a cutting blade installed at the tip of the moving shaft to cut the tape.

The guider, the guider groove is formed in the advancing direction of the chain, the guider groove has an arch shape inclined at its center so as to have a return point to one side, the guider for moving along the guider groove at the bottom of the moving frame More projections are installed.

When the guider passes through the return point of the arch-shaped guider groove, the cutting edge is in line with the stopper on the package conveyor.

According to another feature of the invention, the present invention is a tape adhesive device for sorting and sorting the pack by a desired quantity in order to package the pack by bonding both sides of the pack with a tape, the pack supplied in a row on the upper side transport It comprises a sorting conveyor and a pair of screws for quantifying the number of the pack to bundle the pack and to closely transport the pack transported back and forth.

The pair of screws, each of the peaks and valleys are spirally repeated, the length between the peaks and the peaks is determined according to the length and quantity of the pack to be bundled, the distance between the valleys and the valleys of the screws installed on both sides Determined by the width of the pack.

The pack is seated between the valleys and valleys of the pair of screws and the hills and valleys are stepped at right angles so that they can be supported and transported between the peaks and the peaks of each screw.

According to still another aspect of the present invention, in the tape bonding apparatus for adhering tape to both sides of a pack to package the packs to be transported in a row, a plurality of links are continuously connected and transported in a row to rotate indefinitely. A package conveyor provided with a stopper at an upper side for loading and transporting the pack by a quantity to be packaged, and installed at both sides of the package conveyor, and rotated to guide the tape to both sides of the pack being transported by the package conveyor. A tape presser and a tape roll are wound around the outer circumferential surface to supply the tape to the tape presser, and when the tape presser rotates, the tape roll rotates in the opposite direction to the rotational direction of the presser to release the tape.

The stopper is extended by using a bracket on the side of the link by the length of the number of packs to be packaged.

The adhesive side of the tape faces the outer circumferential surface of the tape roll, and the non-adhesive side of the tape faces the outer circumferential surface of the tape presser, and the tape presser has an inner side for adsorbing the tape on the non-adhesive side to guide both sides of the pack. The suction is installed and a plurality of suction holes are formed on the outer circumferential surface.

According to still another aspect of the present invention, the present invention provides a tape bonding apparatus for cutting a tape adhered to both sides of a pack to be transported and packaged by a desired quantity, comprising: a conveyor for transferring a pack having tapes adhered to both sides, and a plurality of Links are continuously connected, two endless loops running at the same speed and direction as the conveyor, the two parallel chains, the cutter is provided between the two chains and proceeds with the chain, the cutter It comprises a guider for guiding to move in the same direction as the chain and at the same time reciprocating in the transverse direction with respect to the traveling direction of the chain.

The cutter includes two fixed shafts fixed to the side of the link, a fixed frame fixed to the fixed shaft, a moving shaft penetrating the fixed frame and reciprocating in a transverse direction with respect to the traveling direction of the chain, It includes a moving frame penetrating the fixed shaft, fixed to the moving shaft to move in the horizontal direction along with the moving shaft, and a cutting blade installed at the tip of the moving shaft to cut the tape.

The guider, the guider groove is formed in the advancing direction of the chain, the guider groove has an arch shape inclined its center toward the conveyor side, the lower guide frame to move along the guider groove in the lower portion of the moving frame Is installed.

According to the tape bonding apparatus for pack bundles according to the present invention having such a configuration, there is an advantage in that mass production is possible because the tape bonding and cutting processes are continuously performed.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the tape bonding apparatus for pack pack according to the present invention having the configuration as described above will be described in detail.

As shown in Fig. 1 and 2, the pack adhesive tape adhesive device 100, the pack supply device 110 for supplying the pack P in a line, and the quantity of the pack P to quantify Pack sorting device 120 for tightly transporting the pack, pack taping device 140 for adhering the plurality of sorted and adjacent packs P with tape T on both sides, and cutting tape T to pack ( And a tape cutting device 170 for separating P) into package units.

The pack supply device 110 is composed of an endless track that rotates indefinitely in a predetermined direction. Therefore, the pack P is loaded on the track and transported in a line.

At this time, the pack (P) is a packaging box for packaging the content is not particularly limited in its shape, but in order to bundle a plurality of packs in a desired quantity, at least one side or both sides is a shape of a polyhedron having a plane.

The pack sorting device 120 is provided on both sides of the sorting conveyor 122 and the sorting conveyor 122 to continuously load and transport the pack P supplied from the pack supply device 110 in a bundle. It consists of a pair of screws 124a, 124b having a helical valley as long as the length of the pack P to be bundled.

The screws 124a and 124b may be replaced according to the number or length of packs P to be bundled. Screw 124a, 124b is composed of a bone and a mountain, and is driven by a motor (M) to be described later, when the power is transmitted, the screw shaft is a rotational movement, the bone and the acid is a spiral movement while drawing a spiral, Between the valley and the valley, or between the mountain and the mountain, the linear movement is made in a certain direction when viewed in a plane. Therefore, the pack P placed and sorted between the mountains is transferred in a straight line. On the other hand, the speed of the sorting conveyor 122 and the speed of the pack (P) sorted and seated between the acid and the acid of the screws (124a, 124b) will be described later, but is driven by one drive motor, by adjusting the gear ratio Is set to.

A breaker 130a or 130b may be further installed between the pack supply device 110 and the pack sorting device 120 to block the supply of the pack P. Circuit breakers (130a, 130b) is a pack that is intermittently transported by the pack supply device (110) with the function of preventing the entry by operating the cylinders on both sides when the pack (P) to be bundled in bundles ( It performs a function to help facilitate the sorting in the pack sorting device 120 by supplying P) in close contact with the desired amount in the advancing direction.

The pack taping device 140 is provided with a stopper 142 on the upper side of the package conveyor 144 for transporting at a constant speed by loading the number of packs sorted in the pack sorting device 120 and the package, and the package Tape presses 150a and 150b which are installed on both sides of the conveyor 144 and press the tape T to both sides of the pack P to be transported, and the tape presses 150a and 150b. It includes rolls (160a, 160b) wound around the tape to supply the.

The package conveyor 144 is composed of a chain in which a plurality of links 146 are ring-shaped as shown in Figure 3, the stopper 142 is a bracket 148 on the side of the link 146 It is possible to assemble and disassemble by extending and installing the bolt (B) to the bracket 148. Accordingly, the distance between the stopper 142 can be variably adjusted according to the size of the bundle to be bundled.

The tape presses 150a and 150b are rotatable by power, and the height of the outer circumferential surface is manufactured to a length corresponding to the thickness of the tape, and a suction is installed therein and a plurality of suction holes 152a and 152b are formed on the outer circumferential surface. The tape T is attached to the presses 150a and 150b by suction force. At this time, as shown in Figure 4 and 5, the pair of tape presser (150a, 150b) is connected to one vacuum pump 151 by a nozzle, respectively, to provide suction to the suction port (152a, 152b) The solenoid valve 153 is selectively turned on and off.

Therefore, when the vacuum pump 151 is driven by the solenoid valve 153, the tape T is wound so that the adhesive surface is formed inside the rolls 160a and 160b by the suction force, and the non-adhesion of the tape T is performed. The surface is rotated in a state attached to the outer peripheral surface of the compactor (150a, 150b) by the suction force, the adhesive surface of the tape (T) is bonded to both sides of the pack (P) passing through the package conveyor 144, a plurality of packs (P) is continuously connected by the tape (T).

In order to reinforce the tension of the tape (T) in the embodiment of the present invention by the springs (162a, 162b) further the support section (164a, 164b) holding the tape (T) to the center of the roll (160a, 160b) The turn 166a and 166b may be further installed on one side of the pressers 150a and 150b to allow the tape T to pass therethrough. In addition, spare spare rolls 168a and 168b are further provided so that the tape T can be immediately supplied when the tape T is used.

Although not shown in the drawing, a tape exchange sensor is installed below the tape rolls 160a and 160b so that a beam output from one side is reflected by the tape T wound on the rolls 160a and 160b and received. ), But when the beam is bypassed, the tape (T) is judged to be exhausted, immediately triggering an alarm and notifying when the tape needs to be replaced. In addition, a tape operation sensor is installed under the tape rolls 160a and 160b, and a plurality of receivers are placed on the bottoms of the rolls 160a and 160b to smoothly rotate the tape when the output beams reach the plurality of receivers that rotate. If not, it can be configured to activate the alarm by determining that the roll does not work.

The tape presses 150a and 150b are described as being driven by the motor M, but because the pack P is pressed between the pair of tape presses 150a and 150b to proceed by the package conveyor 144. It is not excluded that the tape pressers 150a and 150b can rotate in conjunction with the advancing pack P without being driven by power.

The tape cutting device 170, as shown in Figure 6 is infinitely repeated rotation at a constant speed, transverse to the two chains (172a, 172b) and the two chains (172a, 172b) that are parallel to each other. Cutters 180a and 180b installed in the direction, and guiders 190a and 190b for guiding the cutters 180a and 180b to reciprocate in the transverse direction with respect to the traveling direction of the chains 172a and 172b. .

The chains 172a and 172b are driven at the same speed and in the same direction as the package conveyor 144, and are installed in parallel with each other at a predetermined distance by the same axis before and after. The chains 172a and 172b are composed of chains in which a plurality of links 174a and 174b are connected in series.

As shown in FIGS. 7 and 8, the cutters 180a and 180b are formed on two fixed shafts 182a and 182b fixed to side surfaces of the chains 172a and 172b and fixed shafts 182a and 182b. The fixed frames 184a and 184b to be fixed, the moving shafts 186a and 186b reciprocating in the transverse direction with respect to the traveling direction of the chains 172a and 172b, and fixed to the moving shafts 186a and 186b to the left and right together It is composed of cutting edges (189a, 189b) for cutting the tape (T) is installed at the front end of the moving frame (188a, 188b) and the moving shaft (186a, 186b). The two fixed shafts 182a and 182b prevent the frame from swinging left and right, thus reciprocating while the moving shafts 186a and 186b are horizontal, and the cutting edges 189a and 189b are vertically It is for cutting the tape T in a state.

The guiders 190a and 190b have guider grooves 192a and 192b extending in the advancing direction of the chains 172a and 172b, and the guider grooves 192a and 192b are centered toward the package conveyor 144 side. Photograph has arch shape. 9 and 10, guiders 194a and 194b that move along the guider grooves 192a and 192b are further installed below the moving frames 188a and 188b. Therefore, when the guider protrusions 194a and 194b move along the guider grooves 192a and 192b, the moving frames 188a and 188b move in the traveling direction of the chains 172a and 172b and at the same time move toward the package conveyor 144 side. This enables the reciprocating movement of the moving shafts 186a and 186b. As a result, the cutting blades 189a and 189b provided at the ends of the moving shafts 186a and 186b can cut the tape T. FIG.

On the other hand, between the pack (P) and the pack (P) of the group to be bundled in a bundle is spaced apart by a stopper 142 by a predetermined distance, the cutting blades (189a, 189b) to cut the center of the stopper 142 Therefore, between the pack P and the pack P, the tape T is extended to both front and rear sides. 11, adhesive rollers 199a and 199b are installed on the left and right sides of the cutting blades 189a and 189b so that the cutting blades 189a and 189b cut the tape T and extend to both front and rear sides. The remaining tape T is finished by bringing the tape T into close contact with the front and back surfaces of the pack P.

Hereinafter, the pack bundle tape bonding apparatus according to the present invention having the configuration as described above is driven by the following drive system.

That is, as shown in Figures 12 and 13, the pack tape cutting apparatus 100 for driving the pack is driven by one motor (M). The pack bundle tape cutting device 100 is installed on the base frame 200, the motor (M) is installed below the base frame 200. The drive motor side first gear 210 and the drive motor side second gear 220 are installed on the rotation shaft of the motor M.

The drive motor side first gear 210 is connected to the package conveyor side gear 214 to transfer power to the package conveyor 144 through the first power transmission unit 212. The first power transmission unit 212 is also connected to the chain gear 216 via the package conveyor gear 214 to power the chains 172a and 172b of the tape cutting device 170.

The second motor 220 on the driving motor side is connected by the power distribution shaft 222 and the second power transmission unit 224. The drive motor M primarily transmits power to the power distribution shaft 222. The power distribution shaft 222 is connected to the sorting conveyor side gear 228 on the one hand through the third power transmission part 226 to drive the sorting conveyor 122, and on the other hand, the fourth power transmission part 230 is driven. The tape presses 150a and 150b are rotated through, and the screws 124a and 124b are rotated through the fifth power transmission unit 232.

As described above, the present invention by using a screw on both sides of the pack to be transported in a line at regular intervals, the pack is closely aligned with the front and rear in the advancing direction, tape presser on both sides of the pack classified by the stopper in the package unit Using a single motor to drive the pack bundle automation device for gluing the tape using the tape and cutting the tape using a cutter that is the same as the moving speed and direction of the pack and reciprocally moves in the traveling direction of the pack. It can be seen that it is thought. Within the scope of the basic technical idea of the present invention, many other modifications will be possible to those skilled in the art.

As described above, according to the configuration of the present invention, the following effects can be expected.

First, the tape can be glued to both sides without changing the direction of the pack, the working effect and the working time is expected to be shortened.

Second, since the process of transporting the pack by one drive motor, taping to the side of the pack, and cutting the tape by the desired length is made, the effect of mass production is expected.

Third, the process of gluing the tape to both sides of the pack and cutting the bonded tape on one conveyor is performed at the same time, so that the taping and cutting operations are performed at the same time instead of sequentially. Expected effect of continuous work.

Claims (19)

In the tape gluing device to bundle the pack, A pack sorting device for quantifying the quantity of the pack to be packaged and transporting the packs closely; A pack taping device for continuously adhering both sides of the sorted and transported packs with a tape; A tape cutting device cutting the tape to separate the plurality of packs into package units; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 1, The pack sorting device, A sorting conveyor for loading and transporting the supplied packs in a row; A pair of screws which are installed at both sides of the sorting conveyor and are bone-shaped between the mountains by the length of the pack to be bundled; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 2, The screw has a spiral valley formed between the acid, and when the screw is rotated, a plurality of packs seated on the bone is linear movement pack pack tape, characterized in that to move on the sorting conveyor. The method of claim 1, The pack taping device, A package conveyor having a stopper provided at an upper side thereof, and stacking and transporting the packs sorted by the pack sorting device between the stopper and the stopper by a quantity to be packaged; A tape presser installed at both sides of the package conveyor and guiding and adhering the tape to both sides of the pack carried by the package conveyor; A tape roll on which an adhesive tape is wound to feed the tape to the tape presser; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 4, wherein The tape press, Suction is installed inside so that the tape can be temporarily attached to the outer circumference, and suction holes are formed on the outer circumference so that the tape can be rotatably installed to move in the state attached to the outer circumference by the suction force. Packed tape adhesive device for packaging. The method of claim 4, wherein The tape roll, The adhesive side of the tape is wound to face inward, the non-adhesive side of the tape is installed to face the outer circumferential surface of the tape presser, the adhesive side of the tape is characterized in that the adhesive side of the pack conveyed by the package conveyor Tape gluing device for packs. The method of claim 6, Packed tape adhesive device for packing the pack characterized in that the further support for holding the tape to the center of the roll by the spring to reinforce the tension of the tape. The method of claim 6, One side of the roll is a pack roll tape adhesive device, characterized in that the spare roll is further installed. The method of claim 6, The tape bonding device for a pack bundle, characterized in that the lower portion of the roll is further provided with a tape exchange sensor for detecting the exchange time of the tape, and a tape operation sensor for checking the operation state of the roll. The method of claim 1, The tape cutting device, Two chains installed in parallel and infinitely repeated in the same speed and the same direction as the transfer pack; A cutter installed in the transverse direction with respect to the advancing direction of the chain and advancing in the same direction as the chain; A guider for guiding the cutter in the same direction as the chain and simultaneously reciprocating the transverse direction with respect to the traveling direction of the chain; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 10, The cutter, Two fixed shafts fixed to the side of the link; A fixed frame fixed to the fixed shaft; A moving shaft penetrating the fixed frame and reciprocating in a transverse direction with respect to the traveling direction of the chain; A moving frame penetrating the fixed shaft and fixed to the moving shaft to move in a horizontal direction together with the moving shaft; A cutting blade installed at the tip of the moving shaft to cut a tape; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 11, The guider is, The guider groove is formed in the advancing direction of the chain, The guider groove has an arch shape inclined at its center to have a return point to one side, Pack adhesive tape adhesive device, characterized in that the lower guide of the guide frame to move along the guider groove is further installed in the lower frame. The method of claim 12, And the cutting blade is in line with the stopper on the package conveyor when the guider passes through the return point of the arch-shaped guider groove. In the tape bonding apparatus for bonding the tape to both sides of the pack to package the pack transported in a line, A package conveyor having a plurality of links continuously connected to each other to rotate indefinitely, and having a stopper at an upper side for loading and transporting the packs to be transported in a series by a quantity to be packaged; A tape presser installed at both sides of the package conveyor and rotating to guide the tape to both sides of the pack carried by the package conveyor; A tape roll wound around the outer circumferential surface to supply the tape to the tape press, and when the tape press rotates, the tape roll rotates opposite to the rotation direction of the press to release the tape; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 14, The stopper is, Tape adhesive device for a pack bundle, characterized in that the extension is installed by using a bracket on the side of the link as the length of the plurality of packs to be packaged. The method of claim 14, The adhesive side of the tape faces the outer circumferential surface of the tape roll, and the non-adhesive side of the tape faces the outer circumferential surface of the tape presser, The tape press, A pack adhesive tape bonding device, characterized in that a suction is installed inside and a plurality of suction holes are formed on the outer circumference to adsorb the non-adhesive tape to both sides of the pack. In the tape bonding apparatus for cutting the tape bonded to both sides of the pack to be transported and packaged as desired quantity, A conveyor for transporting a pack having tapes attached to both sides thereof; A plurality of chains connected in series, infinitely repeating at the same speed and direction as the conveyor, and parallel to each other; A cutter machine installed between the two chains and traveling together with the chains; A guider for guiding the cutter in the same direction as the chain and simultaneously reciprocating the transverse direction with respect to the traveling direction of the chain; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 17, The cutter, Two fixed shafts fixed to the side of the link; A fixed frame fixed to the fixed shaft; A moving shaft penetrating the fixed frame and reciprocating in a transverse direction with respect to the traveling direction of the chain; A moving frame penetrating the fixed shaft and fixed to the moving shaft to move in a horizontal direction together with the moving shaft; A cutting blade installed at the tip of the moving shaft to cut a tape; Pack adhesive tape adhesive device characterized in that comprises a. The method of claim 18, The guider is, The guider groove is formed in the advancing direction of the chain, The guider groove has an arch shape, the center of which is inclined toward the conveyor side, Pack gluing apparatus for a pack bundle, characterized in that the lower guide frame is further provided with a guider protrusion moving along the guide groove.

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