KR100776292B1 - Device for grouping and discharging - Google Patents

Abstract

A grouping and discharging apparatus is provided to group and stack cut films on a conveyor in such a manner that openings of the cut films are directed in one direction. A grouping and discharging apparatus(100) includes a grouping unit(110), a discharge unit(120), an upper conveyor unit(130), a lower transfer unit(140), and a lower conveyor unit(150). The grouping unit includes a grouping plate(113) having both sides with shafts for jointing to a main body(111) in the back of a cutting unit(50). The grouping plate has a lower driving unit(114) for driving the grouping plate such that a front end of the grouping plate perform a pendulum motion around the shaft. The discharge unit includes a plate(121) which stands upright on the main body of the grouping unit, front and rear link members arranged symmetrically from a center shaft, link rotating members opposed each other on the link members, a front discharge roller arranged in front of the grouping plate, and a rear discharge roller arranged on the rear link member. The upper conveyor unit includes an upper conveyor(131) arranged beneath an end of an upper conveyor(129) so as to convey cut films. The lower transfer unit includes an inlet roller for introducing cut films to the front end of the grouping plate, and a conveyor belt(143) having one side joined to the inlet roller and the other side joined to a lower conveyor(144) so as to convey the grouped film to the lower conveyor. The lower conveyor unit includes a lower conveyor(151) arranged beneath an end of the lower conveyor so as to discharge cut films to the outside.

Description

Device for grouping and discharging

1 is a view schematically showing a general sealing device.

2 is a view showing a state in which the cut film is laminated by a sealing device

3 is a view schematically showing a fractional discharge apparatus according to the present invention.

4 is a view illustrating a classifying switch of the classifying and discharging apparatus according to the present invention.

      a) is a view showing a state in which the cutting film is classified into the lower portion by the upper pendulum movement toward the shear discharge roller side of the splitter plate.

      b) is a view showing a state in which the cutting film is sorted upward by the pendulum movement of the tip of the splitter plate toward the conveying belt side.

5 is a view showing a state that the film cut by the classification of the classification plate of the classification discharge device according to the present invention is classified into upper and lower parts.

6 is a view illustrating a discharge part of the jet discharge apparatus according to the present invention;

      a) is a view showing a state in which the link member is rotated downward with respect to the central axis by the pulling of the pulling member while the upper driving means is raised, and the front and rear discharge rollers are in close contact with the rollers facing each other.

      b) is a view showing a state in which the link member is rotated to the upper center about the central axis as the upper drive means is lowered from the roller facing the front and rear discharge rollers.

* Description of the symbols for the main parts of the drawings *

1: sealing device 100: discharge device

110: classifying switch 111: body

112: shaft 113: classification plate

113a: tip portion 113b: upper guide surface

113c: lower guide surface 114: lower drive means

120: discharge part 121: plate

122: central axis 123: link member

124: link rotating body 125: pulling member

126: upper drive means 126a: pressure port

127: front discharge roller 128: rear discharge roller

129: upper feed conveyor 129a: tip roller

129b: rear roller 130: upper discharge portion

131: upper discharge conveyor 132: support frame

140: lower feeder 141: inlet roller

142: drive shaft 143: feed belt

143a: close support roller 144: lower conveying conveyor

144a: Lower trailing roller 144b: Lower trailing roller

150: lower discharge part 151: lower discharge conveyor

152: driven gear 153: drive motor

154: power transmission means 155: upright bracket

156: shaft 157: contact roller

VF: Raw film CF: Cutting film

FO: opening

The present invention relates to a fractional discharge device.

In general, a packaging film made of a roll fabric is used to seal a film fabric such as a plastic bag, a disposable packaging bag, a rolling bag, a head poly bag pouch, side sealing, back sealing, three sealing, M sealing, automatic band sealing, shrink film sealing, and the like. It is processed by OPP contact and pull processing, head processing and roll cutting.

As shown in FIGS. 1 and 2, the packaging film sealing apparatus 1 pulls and unwinds a vinyl film wound around the supply reel 20 by the operation of the control unit 10 with a pinch roller 30. In the process of transferring the original film (VF) released by the pulling force as described above, the edge of the original film (VF) or one end and the width direction by heat-pressing by the heater 40 is instantaneously sealed and then cut through the cutting unit 50 Cutting film (cutting film) cut to the standard of the transported through the conveyor will be laminated to the outside packaging.

However, in order to form the sealed fabric film (VF) in the form of a bag with one side open, the unsealed portion is cut by the cutting unit 50. At this time, the opening of the cutting film (CF) formed while cutting is opened. Are opposed to each other, the openings (FO) are transported as opposed to the stacking in the discharge order as the openings are stacked with each other staggered.

Thus, the openings are stacked with each other, the operator has to manually sort the work so that the direction of the opening to the same direction, and then the cumbersome problem that must be packed.

In addition, the operator did not perform the automated process while performing the manual sorting work, the packaging time is increased by the sorting work, the labor cost is generated additionally caused a problem that the competitiveness is lowered.

Therefore, in order to solve the above problems, the main purpose of the present invention is to form a sorting plate in which the tip portion pendulums move about the axis to the rear of the cut part, and thus, the original film is sealed, and then the cut film cut to a predetermined standard in the cut part is opened. It is to provide a classification discharge device that can be discharged by sorting by direction.

In order to achieve the above object, the classification and discharge apparatus of the present invention seals the continuous supply of the raw film and cuts it to a predetermined standard with a cutting part to discharge the upper and lower classifications by the opening direction of the cutting film to the rear of the cutting part. A splitter plate which protrudes the shaft to both sides so as to be coupled to the body, and the splitter plate includes a splitter switching unit having a lower driving means configured to drive the upper and lower ends of the tip to move up and down the pendulum about the shaft; The upper and both sides of the upper portion of the main body of the sorting conversion unit to form a plate in which the center axis of the upper and lower facing the center plate is coupled upright, and a pair of front and rear link members are formed symmetrically intersecting the center axis, Link rotating bodies are formed in the upper part of the link member so as to face each other, and a front discharge roller is formed in the lower part of the front link member so as to be located at the tip of the splitter plate. A discharge part which forms a rear discharge roller to make; An upper discharge part which forms an upper discharge conveyor which stacks the film classified and transported upwards at the lower end of the upper transfer conveyor end of the discharge part and periodically transfers it to the outside; The front discharge roller is in close contact with the front end of the splitter plate of the splitter switching unit to form an inlet roller for introducing the cutting film to the front end of the splitter plate, and the inlet roller is rotated about the drive shaft, and one side is coupled to the inlet roller. A lower transfer part coupled to the lower transfer conveyor formed on the lower side of the upper discharge conveyor so as to rotate to form a transfer belt for transferring the lower transfer conveyor to the film classified as the lower side; And a lower discharge part which forms a lower discharge conveyor which periodically transfers the film classified and transported to the lower part at the lower end of the lower transfer conveyor end of the lower transfer part.

The symmetrically interlinked link member 123 of the discharge part 120 according to the present invention forms a pulling member on the upper side such that the opposing link rotating bodies are in close contact with each other, and the link rotating body is in close contact with the symmetrical link by pulling the pulling member. As the members are rotated downwardly around the central axis, the front discharge roller is in close contact with the inlet roller and interlocked, and the rear end roller is formed in close contact with the upper transfer conveyor, and the upper drive means is moved up and down on the link rotating body. It is formed so as to form a pressing hole in the form of a light beam down the upper driving means, and when the driving means is lowered so as to be spaced apart between the close link rotors inserted between the link rotors, the link rotors are spaced apart and symmetrical The front and rear discharge rolls are in close contact with the inlet roller and the upper transfer conveyor 129 while the link members are rotated to the upper side about the central axis. Characterized in that configured to be spaced apart.

In addition, the support belt is characterized in that a plurality of support rollers on the upper portion of the conveying belt to prevent the film from being discharged by the film discharged to the lower portion of the sorting plate in accordance with the direction of the opening on the upper portion of the conveying belt of the lower conveying portion.

Furthermore, driven gears are formed on the rollers at one end to drive the upper discharge conveyor and the lower discharge conveyor of the upper discharge part, and the power transmission means connected to the driven gear by the drive motor are coupled to each other to control the operation. When the film is cut in the cut portion by a predetermined quantity, the upper discharge conveyor and the lower discharge conveyor is driven at the same time by the drive of the drive motor, characterized in that configured to periodically transport the discharged film packaged.

In addition, by installing a plurality of contact rollers at equal intervals to the upper one side of the upper discharge conveyor and the lower discharge conveyor of the upper discharge portion at equal intervals to pressurize the film transported to the outside is characterized in that configured to be discharged without disturbance.

Thus, looking at the preferred embodiment of the present invention configured with reference to the drawings as follows.

First, in the drawings, the same components or parts are to be noted that the same reference numerals as possible. In describing the present invention, detailed descriptions of related well-known functions or configurations are omitted in order not to obscure the subject matter of the present invention.

Figure 3 is a schematic view showing a fractional discharge device according to the present invention, Figure 4 is a fractional switching portion of the fractional discharge device according to the present invention a) is the tip of the fractionation plate is cut by the pendulum movement to the shear discharge roller side FIG. 5 is a view showing a state in which the film is classified into a lower portion, and b) is a view showing a state in which the cutting film is classified into an upper portion by pendulum movement toward the conveying belt side of the sorting plate, and FIG. Figure 6 is a view showing a state that the film cut by the classification of the sorting plate of the upper and lower parts, Figure 6 shows the discharge portion of the classification discharge device according to the invention, a) is the upper drive means of the pulling member is raised The link member is rotated downward about the central axis by pulling, so that the front and rear discharge rollers are in close contact with the rollers facing each other. Figure b is a view showing a state in which the link member is rotated to the upper center around the central axis as the upper drive means is lowered from the roller facing the front and rear discharge rollers.

As shown in Figures 3 to 6, the jet discharge device 100 of the present invention and the classification switching unit 110 to form a split plate 113 for vertically divided by the opening direction of the cut film introduced; A discharge part 120 formed on the upper part of the sorting conversion part 110 to be rotated about the rotating shaft 112 to form front and rear discharge rollers 127 and 128 for introducing and discharging the cut film; An upper discharge part 130 having an upper discharge conveyor 131 for discharging the cut film CF classified as an upper part to the rear of the discharge part 120 to the outside; Transfer belt 143 for flowing the cutting film (CF) in close contact with the shear discharge roller 127 in front of the sorting plate 113 of the sorting conversion unit 110, and conveys the cut film (CF) classified as a lower portion. A lower conveying part 140 having a); The lower discharge unit 140 is classified into a lower portion rearward of the lower transfer unit 140 and comprises a lower discharge unit 150 that forms a lower discharge conveyor 151 for discharging the cutting film CF transferred to the transfer belt 143 to the outside.

The sorting plate 113 formed on the sorting switch 110 of the sorting discharge device 100 has an upper guide surface 113b having a flat shape on the upper surface thereof, and a lower portion formed to be inclined from the upper surface of the tip portion 113a to the other lower end portion. A lower guide surface 113c is formed to quickly change the sorting direction of the cutting film CF to be sorted.

Here, the other lower end of the sorting plate 113 is formed to be coupled to the shaft 112 formed in the body 111, the front end portion 113a of the sorting plate 113 is quickly moved up and down about the shaft 112. The lower driving means 114 which moves up and down is formed in the lower portion so that the cutting film CF is classified up and down by the opening direction.

In addition, the lower drive unit 114 is preferably formed to adjust the speed of lifting and lowering according to the cutting length of the cutting film (CF).

The discharge part 120 of the jet discharge device 100 includes a link member 123 pivoting about a central axis 122, front and rear discharge rollers 127 and 128 coupled to the link member 123, It consists of an upper conveying conveyor 129 for conveying the cutting film (CF) discharged from the rear discharge roller (128).

The link member 123 of the discharge part 120 is formed to the plate 121 to be upright so as to couple the central axis 122 facing up and down to the upper and both sides of the upper portion of the body 111, The front link member 123a and the rear link member 123b are formed to be symmetrically opposed to each other so that the link rotating body 124 formed on the upper surface thereof is symmetrically opposed to each other.

The front end discharge roller 127 of the discharge part 120 is formed to rotate at the lower end of the cross-linked front end link member 123, the rear end discharge roller 128 is cut film (CF) sorted to the upper portion of the sorting plate 113 ) Is rotated to the rear link member (123b) for discharging to the upper transfer conveyor (129).

In addition, the symmetrically intersecting link members 123 form a contracting pull member 125 having elasticity so that the opposing link rotating bodies 124 are in close contact with each other, and a plate on the upper part of the link rotating body 124. (121) is coupled to the upper end to form an upper drive means 126 to move up and down, but is inserted into the space between the link rotating body 124 in close contact by the pulling member 125 in the lower upper drive means 126 spaced apart The press opening 126a of the lower narrow form is formed.

In addition, the upper and lower driving means 114 may be formed in various forms such as a cylinder, a cam, a link.

The upper conveying conveyor 129 of the discharge unit 120 is connected to an external power to rotate in the discharge direction to form a front end roller 129a in close contact with the rear end roller 128, and to the rear of the front end roller 129a. The rear end rollers 129b are spaced apart, and the rear end rollers 129b are formed by connecting a plurality of belts so as to be interlocked with the front end rollers 129a.

The upper discharge part 130 of the jet discharge device 100 is laminated to the cutting film (CF) to the upper portion sorted and transported to the bottom of the rear end roller (129b) that is the end of the upper transfer conveyor 129 of the discharge unit 120 The upper discharge conveyor 131 is periodically transported to the outside.

Here, the upper discharge conveyor 131 is supported by the support frame 132, the roller is formed on both sides, the belt is wound around the roller is rotated while interlocking with each other.

The lower conveying unit 140 of the sorting and discharging device 100 is connected to the inlet roller 141 for introducing the cutting film (CF) and the lower portion for transporting the cutting film (CF) classified in the lower in conjunction with the inlet roller (141) The transfer conveyor 144 is configured.

The inlet roller 141 of the lower transfer unit 140 is formed in front of the front end portion 113a of the splitter plate 113 of the splitter switching unit 110, and is coupled to the body 111 at both sides of the inlet roller 141 to be external. The drive shaft 142 rotates by power.

Here, the inlet roller 141 is formed to be rotated about the drive shaft 142, the front end discharge roller 127 of the discharge unit 120 is formed in close contact with the rotating inlet roller 141 cut film (CF) Is formed to flow into the front end portion (113a) of the sorting plate (113).

The lower conveying conveyor 144 of the lower conveying unit 140 forms a lower front end roller 144a that rotates by external power, and forms a lower rear end roller 144b spaced backward from the lower front end roller 144a. The lower rear roller 144b is formed to be spaced apart from the upper discharge conveyor 131 of the upper discharge part 130 by forming a plurality of belts so as to be interlocked with the lower front roller 144a.

On the other hand, one side is caught by the inlet roller 141 to transfer the cutting film (CF) classified to the lower by the sorting plate 113 of the sorting conversion unit 110 to the lower conveying conveyor 144, the other side is the lower conveying conveyor A plurality of transfer belts 143 are formed to be engaged by the lower leading roller 144a of 144.

Here, it is preferable to form a plurality of close support rollers (143a) on the upper portion of the conveyance belt 143 to closely contact the cutting film (CF) to be transported to the lower conveyance belt 143 to prevent the distraction.

The lower discharge part 150 of the sorting discharge device 100 is divided into the lower portion of the lower rear roller 144b, which is the end of the lower conveying conveyor 144 of the lower conveying unit 140, and transported the cut film CF. The lower discharge conveyor 151 is stacked and periodically transported to the outside.

In addition, the lower discharge conveyor 151 is supported on the support frame 132 for supporting the upper discharge conveyor 131, the rollers are formed on both sides in the same way as the upper discharge conveyor 131, and the belt is wound around the roller interlocked with each other It is formed to rotate, and the lower discharge conveyor 151 is formed in the lower portion of the upper discharge conveyor 131, it is preferable to form longer than the discharged after the discharge.

Meanwhile, driven gears 152 are formed on rollers at one end to drive the upper discharge conveyor 131 of the upper discharge part 130 and the lower discharge conveyor 151 of the lower discharge part 150, respectively. 152 is formed so as to operate by combining the power transmission means 154 connected to the drive motor 153, is formed to be operated after being cut by a predetermined amount in the cutting unit (50).

Then, a shaft 156 having a plurality of contact rollers 157 at equal intervals is formed on one side of the upper belt of the upper discharge conveyor 131 and the lower discharge conveyor 151, and both ends of the shaft 156 are supported by a support frame ( 132 is fixed to the upright bracket 155 formed to be upright.

The operation of the present invention configured as described above is as follows.

First, while the sealing device 1 is operated through the control unit 10, a quantity to cut the raw film VF sealed by the heater 40 in the cutting unit 50 is input.

In addition, as the sealing device 1 is operated, the upper driving means 126 of the discharge part 120 is raised, and the pressure port 126a inserted between the link rotating bodies 124 is raised, and the pulling member 125 is raised. As the link rotating body 124 is brought into close contact with each other by the pulling of the link member 123 is rotated to the lower side of the sorting plate 113 around the central axis (122).

Thus, the front end discharge roller 127, which is spaced at the upper side while the link member 123 is rotated downward, is in close contact with the inlet roller 141 of the lower transfer portion 140, the rear end discharge roller 128 is the upper It is interlocked with each other while being in close contact with the front end roller 129a of the transfer conveyor 129.

In addition, since the degree of close contact between the front and rear discharge rollers 127 and 128 is set according to the rising degree of the pressing hole 126a, the rising length of the upper driving means 126 is adjusted according to the thickness of the cutting film CF. .

At the same time, the lower driving means 114 of the splitter switching unit 110 is repeatedly driven up and down continuously so that the tip portion 113a of the splitter plate 113 moves up and down about the shaft 112. do.

Here, the speed of the up and down pendulum movement of the sorting plate 113 is controlled to raise and lower the speed according to the cutting length of the cutting film (CF) to discharge the upper and lower sorting by the direction of the opening (FO).

In addition, the upper transfer conveyor 129 and the lower transfer conveyor 144 is driven to rotate in the discharge direction by the external power means.

In this state, the raw film (VF) wound on the supply reel 20 is continuously supplied and immediately compressed by a heater 40, the sealing process is cut to a predetermined standard through the cutting unit (50).

The cut film CF thus cut is introduced into the front end portion 113a of the splitter plate 113 by the inflow roller 141 and the shear discharge roller 127 which are rotated in close contact with each other. According to the direction of the up and down pendulum movement of the front end portion 113a of the sorting plate 113 is discharged to the upper portion or discharged to the lower portion.

That is, the front end portion 113a of the splitter plate 113 is positioned on the shear discharge roller 127 side as the pendulum moves by the upward drive of the lower driving means 114, and the cutting film CF introduced in this state is lowered. It is classified into the conveyance belt 143 of the lower conveying part 140 by the guide surface 113c, and is conveyed to the lower conveying conveyor 144, at which time it is conveyed to the lower conveying conveyor 144 without being distracted by the close support roller 143a. Transferred.

As such, the cutting film CF transferred to the lower transfer conveyor 144 is stacked on the lower discharge conveyor 151 of the lower discharge unit 150 while the belt is rotated by the roller.

Then, the front end portion 113a of the splitter plate 113 is positioned on the inflow roller 141 while the pendulum moves downward by the lower driving means 114, and the cutting film CF introduced in this state is the upper guide surface. Classified by the upper portion (113b), it is discharged to the upper transfer conveyor 129 by the rear discharge roller 128 is conveyed.

As such, the cutting film CF transferred to the upper transfer conveyor 129 is stacked on the upper discharge conveyor 131 of the upper discharge unit 130 while the belt is rotated by the roller.

As described above, the cutting film CF is classified and discharged into the upper and lower portions by the upper and lower pendulum movements of the separating plate 113, and the discharge is classified and discharged for each opening direction FO of the cutting film CF.

In this way, the cutting film (CF) is classified and discharged and cut by the amount input through the control unit 10 and then the sealing device 1 is stopped, the cutting film (CF) is piled by the driving motor 153 The upper and lower discharge conveyors 131 and 151 of the lower discharge units 130 and 150 operate.

As such, the operated upper and lower discharge conveyors 131 and 151 transfer and discharge the cutting film CF stacked on one side to the rear, thereby packing the worker.

Here, the cutting film (CF) discharged to the rear is discharged without being disturbed by the contact roller 157 is pressed from the upper belt.

As such, when the discharge of the stacked cutting films CF is completed, the sealing apparatus 1 is operated again to cut the original film VF according to a predetermined standard and discharge the jets by the opening FO direction of the cutting film CF. Will be done.

The sorting discharging device of the present invention configured as described above is sorted and discharged into the upper and lower portions by the opening direction by the upper and lower pendulum movements of the sorting plate, and the openings are stacked in the same direction as the openings are stacked in the same direction. Since the cutting film is aligned and packaged, the work speed is improved and the work is easy.

Here, the jet discharge apparatus of the present invention is to adhere the cutting film discharged by the adhesion support roller, the adhesion roller in close contact with the belt, that is, it is classified discharged without distraction, thereby providing an effect of improving the packaging work speed.

Furthermore, the jet discharge apparatus of the present invention adjusts the distance between the front and rear discharge rollers in close contact with the inflow roller and the tip roller according to the degree of lifting and lowering of the upper movable means of the discharge portion, without being restricted by the thickness of the cut film. Inflow and discharge to the outside provides the user with improved usability.

In addition, the classification discharge device of the present invention, when the cut amount is cut in the cutting unit set by the control unit, the sealing device is stopped, the discharge conveyor of the upper and lower discharge unit is operated in the state that the cutting film is not discharged when the sealing device is stopped The stacked cut film can be packaged to provide an effect of improving worker's workability.

Although the present invention has been described with reference to one embodiment shown in the drawings, this is merely exemplary and will be understood by those of ordinary skill in the art that various modifications and variations can be made therefrom. Therefore, the true technical protection scope of the present invention will be defined by the technical spirit of the appended claims.

Claims (5)

After the continuous supply of the raw film (VF) is sealed and cut into a predetermined standard with the cutting unit 50 to discharge the upper and lower classification by the opening (FO) direction of the cutting film (CF), to the rear of the cutting unit 50 The classification plate 113 is formed to protrude both sides of the shaft 112 so as to be coupled to the body 111, and the classification plate 113 has a lower end so that the tip portion 113a moves up and down about the shaft 112. A classification switching unit 110 having a lower driving means 114 for driving up and down in the upper and lower parts; The plate 121, which combines the central shaft 122 spaced apart from the upper portion of the body 111 of the sorting switching unit 110 and separated from the upper portion of the sorting plate 113, is formed upright, and crosses symmetrically with the central axis 122. A pair of front and rear link members 123 formed are formed, and the link rotating body 124 is formed to face each other at the upper portion of the intersected link member 123, and is classified at the front end of the front link member 123. The front discharge roller 127 is formed in front of the plate 113, and the rear link member 123 has a rear end for discharging the cutting film CF classified into the upper portion of the separation plate 113 to the upper transfer conveyor 129. A discharge part 120 on which a discharge roller 128 is formed; An upper discharge part 130 having an upper discharge conveyor 131 for stacking and cutting the cutting film CF, which is classified and transported to the upper portion, at the lower end of the upper transfer conveyor 129 of the discharge part 120 and periodically transferring it to the outside. Wow; The inlet roller for introducing the cutting film (CF) into the front end portion 113a of the sorting plate 113 is in close contact with the front discharge roller 127 in front of the sorting plate 113, the front end 113a of the sorting switching unit 110 ( 141 is formed, the inlet roller 141 is formed to rotate around the drive shaft 142, one side is coupled to the inlet roller 141, the other side is a lower conveying conveyor formed on the upper discharge conveyor 131 A lower conveying unit 140 coupled to the 144 so as to form a conveying belt 143 for conveying the lower sorted film to the lower conveying conveyor 144; The lower discharge part 150 having a lower discharge conveyor 151 for stacking the cut film CF which is classified and transported to the lower portion at the lower end of the lower transfer conveyor 144 at the lower end of the lower transfer part 140 and periodically transferring it to the outside. Discharge apparatus characterized in that configured to include. The method of claim 1, The symmetrically intersecting link members 123 of the discharge part 120 A pull member 125 is formed on the upper portion such that the opposing link rotating bodies 124 are in close contact with each other, and the symmetrical link members 123 are respectively centered as the link rotating bodies 124 are brought into close contact by pulling the pulling members 125. The front discharge roller 127 rotated downward with respect to the center 122 and the upper discharge roller 127 is in close contact with the inlet roller 141, and the rear discharge roller 128 is in close contact with the upper transfer conveyor 129 to be interlocked. Forming, The upper driving means 126 is formed to ascend and descend the upper portion of the link rotating body 124, and the upper or lower driving means 126 is formed with a pressing hole 126a in the form of a light beam narrowing, and the upper driving means 126. When falling down is inserted so as to be in close contact with the link between the rotating body 124, the link rotating body 124 is formed to be spaced apart, while the link rotating body 124 is symmetrical link members 123 are each center axis 122 Discharge apparatus characterized in that the front and rear discharge rollers (127, 128) in close contact with the inlet roller 141 and the upper transfer conveyor (129) are spaced upwardly while being rotated to the upper center. The method of claim 1, The cutting film (CF) discharged to the lower portion of the sorting plate 113 in accordance with the direction of the opening (FO) in the upper portion of the conveying belt 143 of the lower conveying part 140 in close contact with the conveying belt 143 to prevent the disorder. Classification and discharging device, characterized in that a plurality of support rollers (143a) to the upper portion of the conveying belt (143) so as to constitute. The method of claim 1, Driven gears 152 are formed on the rollers at one end to drive the upper discharge conveyor 131 of the upper discharge unit 130 and the lower discharge conveyor 151 of the lower discharge unit 150, respectively. By combining the power transmission means 154 connected to the drive motor 153, the film is cut in the cutting unit 50 by the amount input by the control unit 10 operation, the upper portion by the drive of the drive motor 153 The discharge conveyor 131 and the lower discharge conveyor 151 is operated at the same time, characterized in that configured to discharge and package the cut film (CF) laminated periodically transported. The method according to any one of claims 1 to 4, A shaft 156 having a plurality of contact rollers 157 in close contact with the upper surface of the upper discharge conveyor 131 of the upper discharge unit 130 and the upper surface of the belt of the lower discharge conveyor 151 of the lower discharge unit 150. ) And the shaft 156 is fixed to the upright bracket 155 upright from the support frame 132 by pressing both ends of the cutting film (CF) transported to the outside characterized in that configured to be discharged without disturbance Classification discharge device.

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