KR200191914Y1 - Bending system for paper band - Google Patents

Abstract

The present invention relates to a paper band banding system that can easily bind the banding article using a paper band that does not damage the banding article, the band guide (2) having a curved groove (3) on both sides of the upper body (1) A paper band bending system having a band settled portion 6 therein; Pull upper and lower rollers 11 and 11 'and upper and lower rollers for supplying or pulling the band B unrolled from the roll paper band Ba embedded in the band setter 6. (12, 12 ') and shafts (13, 13') and gears for transmitting the driving force of the motor (15) to the pulling and feeding lower rollers (11 ', 12') and rotating them in opposite directions, respectively. 14, 14 '), and the roller link 26 is provided with the upper rollers (11, 12) for pulling and supply are respectively installed on both sides and the seesaw movement around the hinge shaft 25, and the roller link A band pull and supply unit 10 having a cam link 28 and an articulation link 29 connected to transfer the cam 30 movement force to impart movement force to the 26; It has an upper plate 51 and a clamping member 52 into which the band tip B 'supplied by the band pulling and feeding device unit 10 is inserted, and extends with the upper plate 51 in the front and rear directions. It is connected to the moving member 56 and the clamping member 52 and the hinge shaft 57 connected to the moving member 56 and the hinge shaft 57, so that the force of the elastic member 58 acts in the rear direction. A pull link 55 installed to impart movement force to the clamping member 52 to fix the band tip B ', and a reciprocating link 54 installed to impart forward and backward motion to the pull link 55. And a band leading clamping device unit having a cam 53 for imparting a kinetic force to the reciprocating link 54; And a cam for operating the first clamp 61 and the first clamp 61 to fix the band B together with the fixing member 68 installed at a position close to the band pulling and feeding device unit 10. 65, the link 67 for pivoting about the hinge shaft 66 by applying an exercise force, and the band B overlapping the band tip B 'are fixed together with the upper plate 51 and the hinge shaft. The first clamp and the second clamp having a second clamp 62 for rotating the movement around the 71, and the intermediate link 70 for transmitting the cam force of the cam 69 to move the second clamp 62; Heater 63 for adhering the band B fixed by the 61 and 62 and the band tip B ', and the cutter 64 installed on one side of the heater 63 to cut the band B. And a housing 76 in which the heater 63 including the cutter 64 is installed, and a straight movement for raising and lowering the rotational movement of the cam 73 to raise and lower the housing 76. Ssangjeol link band bonding and cutting apparatus (60) having a 75 and 75 to pass into and; A noise piece 81 into which the band B is fitted to hold the band B immediately before being cut by the cutter 64, and a rotating shaft 84 extending in line with the noise piece 81. And a lift frame 83 having a pinion 85 for rotating the rotary shaft 84 and a rack 86 fixed to one side, and supporting a noise piece 81 including the rotary shaft 84. And a band tip transfer device portion 80 having a link 82 for moving the 83 forward and backward.

Description

Bending System For Paper Band}

The present invention relates to a paper band banding system for tying a bundle of letters, a stack of paper or a box using a paper band.

Generally, banding devices for tying certain articles or boxes are already known. Bands commonly used in such devices are generally able to be tied using hard plastic bands.

Accordingly, the banding machines disclosed in the prior art have a banding system suitable for bands of the resin type.

However, in the case of using a resin-type band of a relatively hard material to bundle a bundle, a bundle of papers, or a bundle of bills, the band material is hard, which causes a problem of damaging a letter, document, or bill to be bundled. The disclosed banding machines have a problem that is not very suitable.

The object of the present invention is to provide a paper band banding system that can easily bind the banding article using a paper band that does not damage the banding article.

The present invention for achieving the above object, in the paper band banding system having a band guide having a curved groove portion on the upper body, having a band settled portion therein; Transfer the motor driving force to the upper and lower rollers for pulling and supplying the upper and lower rollers and the lower rollers for the pulling and supply installed to pull or supply the unrolled band from the roll paper band embedded in the band set portion A roller link having a shaft and a gear for rotating in opposite directions, respectively, wherein the upper rollers for pulling and supply are respectively installed on both sides and are seesawed about a hinge axis, and imparting momentum to the roller links. A band pulling and feeding unit having a cam link and an articulating link connected to transmit a cam motion force to the cam; An upper plate and a clamping member into which the band tip supplied by the band pulling and feeding device portion is inserted, extending with the upper plate and moving forward and backward, and clamping connected to the hinge member with the movable member A pull link which is connected to the member and the hinge shaft and is provided such that the elastic member force acts in the rear direction to impart a kinetic force to fix the clamping member to the band tip, and a reciprocator installed to impart the forward and reverse kinetic force to the pull link. A band leading clamping device portion having a link and a cam for imparting a kinetic force to the reciprocating link; And a link for pivoting about a hinge axis by applying a cam force to operate the first clamp and the first clamp to fix the band together with a fixing member installed at a position close to the band pulling and supplying unit. A second clamp for holding the band overlapped with the upper end of the band together with the upper plate and rotating around the hinge axis, and an intermediate link for transmitting a cam motive force to move the second clamp to the first and second clamps. A heater for adhering the band fixed to the band and the end of the band, a cutter installed at one side of the heater to cut the band, a housing in which the heater including the cutter is installed, and a rotational movement of the cam to raise and lower the housing. A band bonding and cutting device unit having a biaxial link for transferring in a straight motion for lifting and lowering; And a noise piece into which the band is fitted to hold the band immediately before being cut by the cutter, a rotation shaft extending in line with the noise piece, a pinion for rotating the rotation shaft, and a rack fixed to one side. And a band leading transfer unit having a lifting frame supporting a noise piece including a rotating shaft, and a link for moving the lifting frame forward and backward.

The lower pull roller for pulling and feeding the band of the band puller is provided with a plurality of washers and slip bearings mounted on both sides of the gear in close contact with each other to increase and decrease the rotational speed thereof, and is rotated around a hinge shaft to press them, The adjusting device is installed so that the force of the elastic member is applied to the outside in order to adjust the amount of movement, and the nut is moved by the rotation of the adjusting device is configured to be configured to compress and loosen the pressure bar.

An elastic member and a moving member having upper and lower guides and a passage part in the middle portion of the roller link and the roller link portion of the feeding device, the passage part being shielded and opened by a moving member installed in the lower guide and providing elasticity to the moving member inwardly. It is another feature that the handle member having is configured to have a band setting portion formed of a locking member having a through groove portion therethrough.

1 is an overall perspective view of the present invention system,

2 is a perspective view showing the inside of the present invention system,

3 is a front view showing the interior of the present invention system,

4 is a plan view of FIG.

5 is a front schematic view illustrating the operation of the present invention system;

6 is a partially separated perspective view of the band pulling and feeding device of the present invention,

7 is a rear view showing the driving relationship of FIG.

8 and 9 is a side cross-sectional view showing a rotational speed adjustment state of the lower roller for pulling the present invention,

10 is an exploded perspective view of the band pull and supply unit of the present invention,

11 to 13 is a functional diagram of the band pull and supply device of the present invention,

14a and 14b is a perspective view showing the operation of the band setting unit of the present invention,

15 is a schematic view showing a band supply and band supply of the present invention,

16 is an overall schematic view illustrating a band end clamping device part of the present invention;

17A to 17C are an exploded perspective view and a right side view and a left side view of the band tip clamping device of the present invention;

18 and 19 is an operation diagram of the band end clamping device portion of the present invention,

20 and 21 is a schematic diagram illustrating the band bonding and cutting device portion of the present invention,

22 and 23 is a schematic view showing the first clamp action of the subject innovation,

24 is a perspective view showing a driving relationship of the band bonding and cutting device of the present invention,

25 and 26 is a second clamp action of the present invention,

27 and 28 is a functional diagram of the heater and the cutter of the present invention,

29 is a schematic view for explaining the operation of the band tip transfer device portion of the present invention,

30 is a configuration diagram of the band tip transfer unit of the present invention,

31A and 31B are exploded perspective views and combined perspective views showing the main parts of the band-end transfer device of the present invention;

32a and 32b is an action diagram showing the rising and falling of the band tip transfer unit of the present invention,

33 and 34 is a schematic view showing the action of the band tip feeder portion of the present invention.

Explanation of symbols on the main parts of the drawings

1 body 2 band guide

4: control panel 5: detection sensor

6: band settlement unit 10: band pull and supply unit

11,11 ': Pull upper and lower rollers 12,12': Feed upper and lower rollers

26: roller link 28: cam link

29: joint link 30: cam

34: band setting part 35, 36: upper and lower guide

37: moving member 38: elastic member

39: locking member 40: passing part

50: band end clamping device portion 51: upper plate

52: clamping member 53: cam

54: return link 55: pull link

56: moving member 58: elastic member

60: band bonding and cutting device portion 61: the first clamp

62: second clamp 63: heater

64: cutter 65: cam

67: link 68: holding member

69: cam 70: intermediate link

72: guide 73: cam

75,75 ': Broken link 76: Housing

80: band end transfer unit 81: noise piece

82: link 83: lifting frame

84: rotation axis 85: pinion

86: rack B: band

If the present invention will be described in more detail based on the accompanying preferred embodiments will be more clearly understood.

1 shows an overall perspective view of a paper bending system according to the present invention. The system has a band guide (2) which is installed at regular intervals on top of the body (1). The band guide 2 has a curved groove portion 3 therein so that the paper band B (hereinafter abbreviated as a band) can be guided along the curved groove portion 3 to be transported.

The front part of the main body 1 has an operation part 4, which starts operation by operating this operation part 4 by hand, and also bundles one band article bundle K (hereinafter abbreviated as article bundle) once at a time. Or can be tied in series.

Specifically, there is a detection sensor 5 above the body (1). When the bundle of articles K is placed on the top of the sensor 5, the system is automatically operated so that the band B binds the bundle of articles K. This operation is automatically carried out each time one cycle operation is carried out each time the article bundle K is placed on the detection sensor 5, or each time the switch is operated.

2 to 4 is a perspective view and a front view and a plan view showing the interior of the present invention. Referring to this figure and FIG. 5, the present invention has a band settling portion 6 in which a roll paper band Ba wound around a roll is formed.

The band settled portion 6 is placed with the roll paper band Ba free. The band B unrolled from the roll paper band Ba is guided to the guide 7 to pass through the band pull and feeder unit 10.

The band pulling and feeding device section 10 includes upper and lower rollers 11 and 11 'for pulling and upper and lower rollers 12 and 12' for feeding, which maintain a predetermined interval. It is installed side by side horizontally.

Referring to FIG. 6, the lower roller 11 'for pulling and the lower roller 12' for feeding are rotated by transmitting power through shafts 13 and 13 'and gears 14 and 14'. have. As shown in FIG. 7, the power of the motor 15 is transmitted to the one gear 14 'through the belt 16 and the pulley 16'. And the gear 14 in engagement with the gear 14 'is rotated.

Therefore, the gears 14 and 14 'that are engaged are rotated in opposite directions to each other. Among them, the gear 14 associated with the lower roller 11 'for pulling is adapted to transmit or decrease its power in transmitting power to the shaft 13.

6 and 8, the lower roller 11 ′ for pulling is configured such that the washer 17 and the slip bearing 18 are installed at both ends of the gear 14 at the rear end of the shaft 13.

In addition, the washer 17 coupled to the rear end is configured to press the pressing protrusion 19a of the pressing table 19, the pressing table 19 by the control mechanism 20 is supported on the main body (1) It can be moved in the forward and backward directions. Reference numeral 21 is a resilient member having a function of preventing the flow of the control member 20 to give elasticity in the outward direction, reference numeral 22 denotes a hinge shaft of the control member presser 19, and 23 denotes a bearing.

Referring to FIG. 9, when the adjuster 20 is rotated to the left or the right, the nut 24 is moved forward or backward so that the presser 19 is moved forward or backward about the hinge shaft 22. .

Therefore, the pressing protrusion 19a of the pressing table 19 presses the washer 17 strongly or slightly presses against it.

Therefore, when the pressure is strongly applied, since the slip bearing 18 including the washer 17 is in close contact with the gear 14, the slip frequency of the gear 14 decreases, so that the lower part for pulling including the shaft 13 is reduced. The rotation speed of the roller 11 'is increased.

In addition, when the pressure is weakly reversed, the rotational speed of the lower roller 11 'for pulling becomes slow. That is, the gear 14 is in a state of slipping from the shaft 13 and the shaft 13 is rotated by the friction force between the slip bearing 18 and the shaft 13 including the washer 17 in close contact with the gear 14. will be.

And it is possible to adjust the rotation speed of the lower roller 11 'for pulling, but will be described later to adjust the pulling speed of the band (B).

Next, the configurations of the pulling top roller 11 and the supply top roller 12 will be described with reference to FIGS. 10 to 13.

The upper rollers 11 and 12 for pulling and supply are rotatably installed on both sides of the roller link 26 rotated to the left or right side about the hinge shaft 25, respectively, and the lower side for the pulling and supply respectively. The lower rollers 11 'and 12' are positioned.

In addition, the cam 30 by the cam link 28 to the rotational movement defined around the hinge axis 27 and the joint link 29 to transmit the rotational movement of the cam link 28 to the roller link 26 It's supposed to be transmitted.

The roller link 26 is adapted to adjust the degree to which both sides are positioned around the hinge shaft 25.

In detail, when the adjusting bolt 31 is rotated, the adjusting hole 33 connected to the roller link 26 through the long hole 32 moves to the left or the right. Accordingly, the lower end of the roller link 26 moves about the hinge shaft 25 and thereby the pulling and supplying upper rollers 11 and 12 can maintain the horizontal state or adjust their position appropriately. Here, reference numeral 34 denotes an elastic member for imparting tension.

10, 14A, and 14B, the band pulling and supplying unit 10 has a band setting portion 34. This band setting section 34 is used when hanging the band (B).

The band setting unit 34 has upper and lower guides 35 and 36 installed in the middle portion of the roller link 26 in the up and down directions, and is installed in the lower guide 36 to move forward and backward. It has a movable member 37 possible. In addition, one end of the moving member 37 is provided with a handle member 37a.

And the moving member 37 receives the elasticity of the elastic member 38 has a state that always receives a force inward. In addition, there is a locking member 39 that prevents the detachment of the elastic member 38, the upper portion of the locking member 39 has a passage groove (39a).

The operation of the band setting unit 34 will be described. The band setting unit 34 is used to pull out the band B from the roll paper band Ba and set the band pulling and feeding device 10.

That is, as shown in FIG. 14A, the moving member 37 is in a state of blocking the passage part 40 between the upper and lower guides 35 and 36. Therefore, the band B passing through the passage 40 between the upper and lower guides 35 and 36 does not leave the passage 40. In addition, the band B passing through the upper and lower rollers 11, 11 '(12, 12') for pulling and supply is not released to the outside, thereby preventing malfunction.

On the other hand, when it is necessary to set again by consuming all of the roll paper band Ba and replacing it with a new one, or when it is necessary to set the band B to the band pulling and supplying unit 10 again due to a malfunction. First, grab the handle member 37a and pull it outward.

In this case, the moving member 37 moves to the outside, and the handle member 37a connected to the moving member 37 passes through the passage groove 39a of the locking member 39.

Next, when the handle member 37a is rotated, the handle member 37a is in a standby state that is caught by the locking member 39 as shown in FIG. 14B.

In this state, since the passage part 40 is opened, the band B can be inserted into the passage part 40 between the upper and lower guides 35 and 36.

Next, in order to prevent the band B set as described above from leaving the passage 40, the handle member 37a is rotated to be positioned in the passage groove 39a so that the handle member 37a is locked. 39, which is passed by the force of the elastic member 38, the moving member 27 intercepts the passage 40 to shield as shown in Figure 14a.

Therefore, the band B passing through the passage 40 between the upper and lower guides 35 and 36 is set so as not to be separated by being blocked by the moving member 037, and thus the band pulling and feeding device part during operation. There is no deviation of the band B in (10) and no malfunction occurs at all.

Next, the operation of the band pull and supply unit 10 will be described.

Band pull and supply unit 10 has a neutral state as shown in FIG. In this state, the band B is in contact with the lower rollers 11 'and 12' for pulling and feeding, and the upper rollers 11 and 12 are separated from each other. In addition, the lower rollers 11 'and 12' are not rotated.

In addition, this state is when it is in a standby state as shown in FIG. 5, and in operation, the band B is pulled backward and the front feeding is performed.

First, when the band B is pulled backward, as shown in FIG. 12, as the cam 30 rotates, the lower end of the roller link 26 is pulled to the right, thereby centering the hinge shaft 22. As the roller link 26 rotates, the upper roller 11 for pulling is brought into close contact with the lower roller 11 'and the lower roller 11' is rotated at high speed by receiving power.

At this time, the lower roller (11 ') is rotated in the counterclockwise direction, the band (B) is moved to the rear pulled state, whereby the reference to the guide shown in Figure 5 floating in the air by the band guide (2) The band B that was present is pulled and pulled up, whereby the bundle of articles K is bundled.

Next, when this process is completed, it is operated in a neutral state as shown in FIG. 11, and after the band bonding and cutting process is completed, the band B supply process is performed as shown in FIGS. 13 and 15.

At this time, the lower end of the roller link 26 is pulled by the rotation of the cam 30 so that the upper roller 12 for supply is in close contact with the lower roller 12 'and at the same time the lower roller 12' is driven at a high speed in the clockwise direction. The band B is fed forward by rotation. These operations are operated only for a predetermined time, thereby supplying a band B of an appropriate length. In addition, when the supply is completed, it is operated in a neutral state as shown in FIG. 11 to be in a standby state. For reference, the above band supply process is a final process, which will be described later.

That is, one cycle of the present invention is performed from the band-end (B ') clamping process, followed by the band (B) pulling process.

Figure 16 shows the band leading clamping process. At this time, just before the band pulling process is executed in the band pulling and feeding device unit 10, the band leading clamping device unit 50 first operates to fix the band tip B '.

This band end clamping process is to clamp the band end (B ') placed between the upper plate 51 and the clamping member 52 so that the clamping member 52 is moved to bite as shown in FIG.

In this manner, the band B is brought into close contact with the article bundle K by clamping the band tip B 'and then pulling the band B.

17A to 19 show the band leading clamping device unit 50. Referring to these drawings, there is a reciprocating link 54 which is operated to reciprocate forward and backward by a cam 53 that is rotated by a motor 15 'power, and the reciprocating link 54 is a pull link 55. And the hinge member 57 and the movable member 56 having the clamping member 52 and the upper plate 51.

In addition, as shown in FIG. 17B, the pull link 55 is installed to be pulled toward the moving member 56 and the reciprocating link 54 by the elastic member 58. Reference numeral 59 is a spring catching member.

Therefore, the operation of the band-end clamping device 50 is based on the state where the band-end B 'is placed between the upper plate 51 and the clamping member 52 as shown in FIG.

In this state, the reciprocating link 54 moves forward by the cam 53. At this time, the moving member 56 is in a state of being locked to the locking jaw portion (not shown) and thus is no longer moved forward, thereby moving only the moving member 56 forward.

Therefore, only the clamping member 52 is rotated in the upper direction as shown in FIG. 19 to fix the band tip B 'with the upper plate 51.

In this way, the band pulling and the band pulling operation of the feeder unit 10 are executed while the band tip B 'is fixed, and the band B is pulled to be in close contact with the article bundle K. The band bonding and cutting process is performed.

After the operation is completed, the band front clamping device unit 50 is operated again. In this case, the reciprocating link 54 is moved backward so as to place the band tip B 'as shown in FIG. Next, as shown in FIG. 17C, the reciprocating link 54 further moves backward so that the whole including the moving member 56 is moved backward to completely release the band front end B ′. Therefore, in order to bind the article bundle K, the article bundle K in an adhesive state with the band B can be drawn out.

When the one end of the cycle is completed and the band front end B 'is placed in the correct position, the whole plate including the moving member 56 in the reverse state is moved forward again, and the upper plate 51 as shown in FIG. ) And the clamping member 52, and the operation from the beginning is repeated repeatedly.

Meanwhile, as shown in FIG. 19, the band bonding and cutting device unit 60 is operated in the state in which the band front end B ′ is clamped.

20 and 21 show the operation of the band bonding and cutting device unit 60. First, as shown in FIG. 20, the band B connected to the lower side of the article bundle K is fixed by the first clamp 61 and the second clamp 62 to be fixed upward and downward.

Next, the band tip B 'and the band B overlapping the band B' by the heater 63 and the cutter 64 are heated and bonded by the heater 63, and are subsequently cut by the cutter 64. It is.

22 and 23 illustrate the operation of the first clamp 61. The first clamp 61 is operated in the up and down directions by the link 67 in which the rotational force of the cam 65 rotated by receiving power is rotated about the hinge shaft 66.

Accordingly, the first clamp 61 holds the band B by unclamping the band B between the fixing members 68 as shown in FIG. 22 or by clamping as shown in FIG. 23.

As shown in FIG. 24, the second clamp 62 is moved up and down by the cam 69 rotating by receiving power from the motor 15 ′ as shown in FIG. 24. The second clamp 62 connected to the intermediate link 70 rotates about the hinge shaft 71. Here, reference numeral 72 is a guide for guiding the band B supply.

Accordingly, the second clamp 62 is unclamped to the band B as shown in FIG. 25 or clamped to hold the band B as shown in FIG.

Therefore, the band B is held in a fixed state by the first clamp 61 and the second clamp 62 as shown in FIG. 20, and the band B of the portion held by them is tensioned. You have a state.

Next, as shown in FIG. 27 and FIG. 28, the twin link links 75 and 75 'rotated about the hinge shaft 74 are lifted and lowered by the cam 73 which is rotated by receiving power. The band B held by the first and second clamps 61 and 62 as the heater 63 and the cutter 64 mounted on the housing 76 connected to the broken link 75 and 75 'are moved up and down. ) And then cut.

That is, the band B is a thing coated with an adhesive on one side. Therefore, the band front end B 'and the band B which are mutually overlapped are brought into contact with adhesives, and this is heated by the heater 63 instantaneously to make them adhere | attach, and the band B is then cutter | cutted. Press to 64 to cut.

On the other hand, when the band (B) is cut at this time the bundle of articles (K) in the bundled state is lifted out of the body (1) and removed. As described above, when the article bundle K is removed, the band B is supplied again.

That is, referring to FIG. 29, the cut band B is transferred upward by the noise piece 81 of the band tip feeder 80 to prepare for the next tying operation.

Specifically, in the virtual line state of FIG. 29, the noise piece 81 moves forward to sandwich the band B between the noise pieces 81.

Next, the noise piece 81 is moved upward and stopped while maintaining the horizontal state as shown in the solid line. After that, the band tip clamping device 50 moves forward and the band tip B 'is positioned between the upper plate 51 and the clamping member 52. Is done.

30 shows the band tip feed unit 80 to be operated as described above. Referring to this figure, there is a link 82 moving forward and backward by receiving power, and the link 82 pushes and pulls the elevating frame 83 forward and backward.

In addition, the elevating frame 83 is configured to move up and down by the elevating rod 83 '. In addition, the rotating shaft 84 having the noise piece 81 has a pinion 85 at the rear as shown in Figs. 31A and 31B, and the pinion 85 is engaged with the rack 86.

As shown in FIGS. 32A and 32B, the lifting rod 83 ′ moves up and down by the cam rod 90 in which the cam 88 movement rotates about the hinge shaft 89a. At this time, the spring 87 serves to push the lifting rod 83 'in the downward direction.

Accordingly, the rotating shaft 84 including the noise piece 81 is operated to move backwards slightly while descending and then move forwards again. As a result, the band B is moved as shown in FIG. The noise piece 81 is put into a state.

And this state is made just before the band B is cut | disconnected.

In other words, immediately before the bundle K is bundled, the band B, which has been fitted to the noise piece 81, is in a state of being separated from the noise piece 81, and then moved downward in that state. As shown in the figure, the band B located in front of the first clamp 61 is sandwiched between the noise pieces 81.

In this state, as soon as the band B is cut by the cutter 64, the band tip feeder 80 is moved to move upward to maintain a horizontal state as shown in FIG.

Then, the band tip clamping device 50 moves forward and the band tip B 'is positioned between the upper plate 51 and the clamping member 52, thereby completing one cycle of operation. One cycle operation will be started.

According to the above description, the present invention has an effect of providing a paper banding system that can easily bind the article such as documents or letter bundles that are easily damaged without being damaged.

Claims (3)

In the paper band banding system having a band guide (2) having a curved groove (3) on both sides of the upper body (1), and having a band settled portion 6 therein; Pull upper and lower rollers 11 and 11 'and upper and lower rollers for supplying or pulling the band B unrolled from the roll paper band Ba embedded in the band setter 6. (12, 12 ') and shafts (13, 13') and gears for transmitting the driving force of the motor (15) to the pulling and feeding lower rollers (11 ', 12') and rotating them in opposite directions, respectively. 14, 14 '), and the roller link 26 is provided with the upper rollers (11, 12) for pulling and supply are respectively installed on both sides and the seesaw movement around the hinge shaft 25, and the roller link A band pull and supply unit 10 having a cam link 28 and an articulation link 29 connected to transfer the cam 30 movement force to impart movement force to the 26; It has an upper plate 51 and a clamping member 52 into which the band tip B 'supplied by the band pulling and feeding device unit 10 is inserted, and extends with the upper plate 51 in the front and rear directions. It is connected to the moving member 56 and the clamping member 52 and the hinge shaft 57 connected to the moving member 56 and the hinge shaft 57, so that the force of the elastic member 58 acts in the rear direction. A pull link 55 installed to impart movement force to the clamping member 52 to fix the band tip B ', and a reciprocating link 54 installed to impart forward and backward motion to the pull link 55. And a band leading clamping device unit having a cam 53 for imparting a kinetic force to the reciprocating link 54; And A cam (not shown) for operating the first clamp 61 and the first clamp 61 to fix the band B together with the fixing member 68 installed at a position close to the band pulling and feeding device 10. (65) A link 67 for pivoting around the hinge shaft 66 by applying an exercise force and a band B overlapping the band tip B 'are fixed together with the upper plate 51 and the hinge shaft ( 71 has a second clamp 62 which rotates about the center, and an intermediate link 70 which transmits the cam 69 movement force to move the second clamp 62, and the first and second clamps A heater 63 for adhering the band B and the band tip B 'fixed by 61 and 62, a cutter 64 installed at one side of the heater 63 to cut the band B; In order to move up and down the housing 76, the heater 76 including the cutter 64 is installed, and the cam 73 to raise and lower the housing 76 in a straight motion for lifting, lowering Band bonding and cutting device unit 60 having a pair of links (75, 75) for transmitting; A noise piece 81 into which the band B is fitted to hold the band B immediately before being cut by the cutter 64, and a rotating shaft 84 extending in line with the noise piece 81. And a lift frame 83 having a pinion 85 for rotating the rotary shaft 84 and a rack 86 fixed to one side, and supporting a noise piece 81 including the rotary shaft 84. A link 82 for moving forward and backward 83 and an elevating rod 83 'for elevating the elevating frame 83, and a spring 87 and hinge shaft for elevating the elevating rod 83'. Paper band bending, characterized in that it comprises a band-end feeder unit 80 having a cam rod 90 rotated about the (89) and a cam 88 for imparting a kinetic force to the cam rod 90 system. The method of claim 1, The lower roller 11 ′ for pulling and feeding the band pulling and feeding device unit 10 is installed so that several washers 17 and slip bearings 18 are closely attached to both sides of the gear 14 in order to increase or decrease the rotational speed thereof. Pressing unit 19 rotated about the hinge shaft 22 in order to pressurize them, and an adjustment mechanism installed so that the force of the elastic member 21 is applied to the outside to adjust the amount of movement of the pressing unit 19 ( 20) and the paper band banding system, characterized in that the nut (24) is moved by the rotation of the adjuster (20) is configured to compress and release the pressing table (19). The method of claim 1, The upper and lower guides 35 and 36 and the passage part 40 are provided at the middle portion of the roller link 26 of the band pulling and feeding device part 10, and the passage part 40 is installed in the lower guide 36. Passing groove portion 39a, which is shielded and opened by the moving member 37 and penetrates the resilient member 38 to impart elasticity to the moving member 37 and the handle member 37a of the moving member 37. Paper band banding system, characterized in that configured to have a band setting portion 34 formed of a locking member (39) having a.