JP2009136978A - Push cutter for sheet-like article - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To operate a push cutter at high speeds by surely maintaining the attitude and position of cut sheet-like articles and conveying them in the push cutter for cutting the sheet-like articles with desired shapes from a long band-like sheet to be cut formed of a base coated with an adhesive agent and a peeling sheet covering the adhesive agent and conveying them onto a transfer conveyor. <P>SOLUTION: This push cutter comprises a push cutting means 6 for cutting the supplied sheet 4 to be cut into desired shapes while being held between a pair of upper and lower press cut dies 62 and a conveying means 10 for conveying the cut sheet-like articles w onto the transfer conveyor 8. The upper press cut die 62a comprises a cutting blade 63 projecting from the lower surface and a takeout hole 64 for discharging the cut sheet-like articles w. The lower push cut die 62b is vertically movable by a lifting/driving mechanism 165. The conveying means 10 comprises a nozzle 102 for sucking the sheet-like articles and a reciprocatingly parallel moving mechanism 104 for reciprocatingly parallel moving the lower end of the nozzle from the lower end of the takeout port onto the transfer conveyor. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention has a sheet shape of a desired shape from a long strip-shaped cut sheet that is intermittently supplied by a predetermined length having a base material coated with an adhesive and a release sheet covering the adhesive. The present invention relates to a sheet-like article press-off device in which an article is cut out and transferred onto a conveyor.

  There are various types of sheet-like articles in which the surface of the adhesive applied to the base film is covered with a release film, such as a patch for angina and asthma. Such sheet-like articles are generally long strips. The sheet to be cut is formed into a desired dimensional shape such as a rectangle.

  Here, as an apparatus for cutting a sheet-like article into a desired dimensional shape from the sheet to be cut as described above and transferring it onto a conveyor, for example, one disclosed in Japanese Patent Laid-Open No. 9-99907 is known. .

  In this apparatus, a long strip-shaped sheet to be cut drawn out from a wound raw roll is guided between a cutting roller and an anvil roller of a rotary die cutting apparatus, and is desired by a cutting blade formed on the cutting roller. Dimensionally shaped sheet-like articles are continuously cut out, and each cut-out sheet-like article is sucked and held by an anvil roller having a sucking function, and the used cut sheet is a winding shaft as a waste material. It is wound around and collected. Further, the sheet-like article adsorbed and held by the anvil roller is transferred to a delivery drum having a suction function, which is arranged in parallel with the peripheral surface facing the anvil roller, and is conveyed through the delivery drum. It is designed to be placed on a belt.

The conveying belt is a pair of upper and lower sheets, and the sheet-like article is placed on the lower conveying belt via a transfer drum at a predetermined interval, and the sheet-like article placed on the lower conveying belt is placed above the lower conveying belt. In order to prevent the positional deviation from occurring, an upper conveying belt is arranged so that the sheet-like article is pressed by the upper conveying belt.
JP-A-9-99907

  However, in the apparatus shown in the above publication, since the transfer drum and the upper conveyor belt are disposed above the lower conveyor belt, it is difficult to reduce the size of the apparatus, and the apparatus becomes larger and occupies a large installation space. There was a problem to say.

  In addition, when a sheet-like article is placed on the lower conveyor belt from the transfer drum, it is difficult to prevent the attitude or position of the sheet-like article from being generated, and high-speed operation is performed while maintaining the attitude and position with high accuracy. There was also a problem that it was difficult to make it easier.

  Further, when the cut sheet has a form in which the surface of the pressure-sensitive adhesive applied to the base film is covered with a release film, the cut sheet is guided between the cutting roller and the anvil roller, and the desired dimension is thereby determined. When the sheet-shaped article having a shape is cut out, the adhesives exposed on the cut surface after cutting are bonded again, so that the used sheet to be wound and recovered as waste after the cutting of the sheet-like article When the sheet-like article is separated and held by suction on the peripheral surface of the anvil roller, the holding posture or position may be displaced.

  Furthermore, there is a problem that the error between the cutting roller and the sheet-like article feed amount is easily connected to the cutting dimension error, and the adhesive is easily squeezed only in the feeding direction of the cut sheet at the time of cutting, and the amount of the adhesive (chemical) There has also been a problem that is likely to be non-uniform.

  The present invention has been made in view of the above-described background, and the object of the present invention is a long belt-like shape having a base material coated with an adhesive and a release sheet covering the surface of the adhesive. When cutting out a sheet-shaped article having a desired shape from the sheet to be cut and transferring it onto the conveyor, the sheet-like article can be reliably transferred to the conveyor and kept in a predetermined posture and position. A sheet-type article press-off device that can reduce the size and speed of operation, is less prone to cutting dimensional errors, and does not squeeze the adhesive during cutting, resulting in uneven application. It is to provide.

  In order to achieve the above object, the sheet-like article pressing device according to the present invention is configured as follows. That is, a pressing means for cutting out a sheet-shaped article of a desired shape from a long strip-shaped sheet to be cut having a base material coated with an adhesive and a release sheet covering the adhesive, and a conveyor for conveying the sheet-like article A sheet-like article pressing device comprising: transfer means for transferring the sheet; and supply means for intermittently supplying the sheet to be cut to the pressing means by a predetermined length, wherein the pressing means includes the A pair of upper and lower pressing molds that press and cut into a desired shape across the sheet to be cut supplied from the supply means, the upper pressing mold protruding annularly on the lower surface of the cutting blade and formed into the desired shape; And an outlet for discharging upward the sheet-like article formed and cut along the inside of the cutting blade, and supported by the frame, the lower pressing die is the upper pressing die Through the lifting drive mechanism The transfer means is provided so as to be capable of reciprocating downward, and the transfer means supports the suction nozzle and supports the suction nozzle so that the lower end of the suction nozzle is placed on the transport conveyor from the lower end of the take-out port. And a reciprocating translation mechanism for reciprocating translation.

  Here, the reciprocating translation mechanism may be formed by a parallelogram link.

  Further, the lower pressing die may have a configuration in which a lift-up pin that pushes up the cut sheet-shaped article upward is provided facing the outlet of the upper pressing die.

  Further, the outlet may be configured such that the inner wall surface on the side close to the conveyor is inclined and the opening on the upper side is enlarged.

  According to the sheet-like article pressing device of the present invention having the above-described configuration, a sheet-like article having a desired size and shape is cut out from a long strip-like sheet to be cut having an adhesive layer between the base material and the release sheet. Even when the pressure-sensitive adhesive layer is exposed on the cut surface, the sheet-like article is reliably transferred with high accuracy without causing a deviation in the posture and position of the sheet-like article. be able to.

  Further, since the conventional transfer drum, the upper conveying belt, and the rotary die cutting device are not used, the device itself can be miniaturized as much as possible.

  Furthermore, a long strip-shaped sheet to be cut is intermittently fed into the pair of upper and lower press die by a predetermined feed amount by the feeding means, and is sandwiched between the upper press die and the lower press die of the press die. Since the shaped article is cut out, it is difficult for cutting dimension errors to occur, and the pressure-sensitive adhesive is squeezed at the time of cutting, and the amount of coating is not uneven.

  In addition, by adopting a parallelogram link for the reciprocating parallel movement mechanism, it is possible to achieve a high-speed operation of the pressing device as much as possible.

  Embodiments of a sheet-like article pressing device according to the present invention will be described below in detail with reference to the accompanying drawings. FIG. 1 is a plan view showing an example of a sheet-like article pressing device according to the present invention, and FIG. 2 is a cross-sectional view taken along line II-II in FIG. 3A [I] (a), (b) to [III] (a), (b) and [IV] (a), (b) to [VI] (a), (b) of FIG. ) Shows the operation state of one cycle from cutting to transfer of the sheet-like article over time, and (b) in each of the above figures is an enlarged view of the pressing die part in (a).

  As shown in FIG. 1 and FIG. 2, the pressing device 2 is a long strip-shaped cut sheet 4 having a base material coated with an adhesive and a release sheet laminated to cover the adhesive. From the pressing means 6 for cutting out the sheet-shaped article w having a desired shape, the transfer means 10 for transferring the sheet-like article w cut by the pressing means 6 onto the downstream conveyor 8, and the pressing means 6 And a supply means 12 for supplying the sheet to be cut 4 to the pressing means 6 intermittently by a predetermined feed length.

  Here, in this embodiment, a suction-type belt conveyor 14 is used for the supply means 12, and the cut sheet 4 is wound and formed in a roll shape outside the figure. The belt conveyor 14 is fed from a roll, guided onto the belt conveyor 14, and intermittently sent by a predetermined length while being adsorbed by a number of suction holes opened on the conveying surface 14 a of the belt conveyor 14. It is inserted and supplied toward the inside of the pressing die 62 of the pressing means 6 arranged downstream of the above.

  The pressing die 62 is provided to be supported by the support frame 16 and is configured to press and cut into a desired shape by sandwiching the cut sheet 4 supplied from the belt conveyor 14 from above and below. It has a pressing die 62a and a lower pressing die 62b.

  The support frame 16 has a base 161 installed below the sheet 4 to be cut, and a pair of U-shapes that are erected on both sides in the feed direction of the sheet 4 to be cut and whose lower portions are fixed to the base 161. Each of the vertical frames 162 and the upper cross frames 163a and 163b provided in a pair in front and rear in the feed direction by connecting the front sides and the rear sides of the upper ends of the pair of vertical frames 162, respectively. The cross frames 163a and 163b have a pair of front and rear lower cross frames 164a and 164b that are opposed to each other with a slight gap therebetween. The lower cross frames 164a and 164b Is matched with the conveying surface 14a of the belt conveyor 14 on the supply side.

  A height between the lower cross frame 164a located upstream in the feed direction and the end roller 141 located at the end of conveyance of the belt conveyor 14 is set to coincide with the conveyance surface 14a of the belt conveyor 14. The bridge plate 15 is arranged. On the other hand, on the lower cross frame 164b located on the downstream side in the feeding direction, the cut sheet 4 that has become waste after the sheet-like article w is pushed out is directed to a waste material take-up reel (not shown) disposed below. A guide roller 19 is provided for guiding. Further, a pair of reinforcing frames 160 are provided on both end portions of the front and rear upper cross frames 163a and 163b so as to extend in the front-rear direction in the feed direction.

  The upper pressing die 62a is supported by a pair of front and rear upper cross frames 163a and 163b, and is arranged above the cut sheet 4 supplied from the belt conveyor 14 with a slight gap. . Here, an annular cutting blade 63 is integrally formed on the lower surface of the upper pressing die 62a so as to protrude downward, and this annular cutting blade 63 corresponds to the desired shape of the sheet-like article w. That is, in the present embodiment, the cutting blade 63 is formed in an annular shape having a rectangular shape, and a rectangular sheet-shaped article w is cut out from the cut sheet 4.

  Further, the upper pressing die 62a is formed with a vertically extending outlet 64 for discharging and taking out the cut sheet-like article w upward. The lower end portion of the take-out port 64 is opened along the inside of the cutting blade 63, and the cut sheet-like article w is discharged upward by the transfer means 10 described later through the take-out port 64. ing. Further, the take-out port 64 is formed so as to protrude from the lower surface of the upper pressing die 62a in order to prevent contact with the cut surface of the peripheral portion of the cut sheet-like article w and to facilitate removal of the sheet-like article w. The diameter of the cutting blade 63 is slightly enlarged just above the cutting blade 63. Further, the outlet 64 has a downstream inner wall surface 64a adjacent to the conveyor 8 that is inclined so that the upper side thereof is directed toward the conveyor 8 on the downstream side in the conveying direction, and the opening cross-sectional area is directed toward the upper side. Gradually enlarged.

  On the other hand, the lower pressing die 62b is disposed opposite to the upper pressing die 62a and is provided below the sheet to be cut 4 to be supplied. The lower pressing die 62b has a rectangular shape that is slightly larger than the cutting blade 63 of the upper pressing die 62a in plan view, and reciprocates up and down via a lifting drive mechanism 165 attached to the base 161 of the support frame 16. It is provided so as to be movable, and comes into contact with the cutting blade 63 of the upper pressing die 62a at its rising end to push the rectangular sheet-shaped article w from the sheet 4 to be cut.

  Here, the elevating drive mechanism 165 in this embodiment is composed of a hydraulically or pneumatically actuated cylinder 166 provided in the base 161, and an elevating plate is attached to the tip of the operating rod 167 protruding and retracting from the upper surface of the base 161. 168 is attached and formed. A pedestal 170 is provided on the lift plate 168 via a leg 169, and the lower press die 62 b is integrally fixed to the upper surface of the pedestal 170.

  In addition, lift-up pins 171 that push the sheet-like article w that has been cut into a rectangular shape upward and insert it into the outlet 64 of the upper push-off die 62a can be moved up and down between the lower pressing die 62b and the base 170. Built in. The lift-up pin 171 is also operated by hydraulic pressure or pneumatic pressure, and a cylinder hole 172 into which the lift-up pin 171 is slidably fitted and inserted is formed in the lower pressing die 62b and the base 170. Has been. A diameter-enlarged portion 171a is formed at the upper end of the lift-up pin 171 so as to secure a contact area with the sheet-like article w. The diameter-enlarged portion 171a is lowered when the lift-up pin 171 is lowered. It is stored in a storage recess 65 formed on the upper surface of the side press die 62b. Further, the support frame 16 is provided with a receiving plate 66 for the cut sheet 4 between the lower cross frames 164 arranged in a pair in the front-rear direction so as to be flush with the upper surface of the lower cross frame 164. In addition, an insertion hole 67 of the lower pressing die 62b is formed through the receiving plate 66.

  Further, on the downstream side of the support frame 16, a conveyance conveyor 8 that conveys the pressed sheet-like material w toward a downstream packaging device or the like is provided, and a start roller that forms a carry-in end of the conveyance conveyor 8 81 is installed in close proximity to the upper presser die 62a, with the height of the axial center substantially matching the upper surface height of the upper presser die 62a. The conveyor 8 is also of a suction type like the supply conveyor 14, and the transferred sheet-like material w has a number of suction openings opened on the conveying surface 8 a of the conveying conveyor 8. It is conveyed toward the downstream end of conveyance while being adsorbed and fixed to the substrate.

  Then, on one side of the carry-in end of the conveyor 8, the sheet-like article w that has been pressed in the pressing die 62 is taken upward through the outlet 64 of the upper pressing die 62 a and transferred onto the conveyor 8. Transfer means 10 is provided. The transfer means 10 includes a suction nozzle 102 that sucks the cut sheet-like article w, and a conveying conveyor 8 that supports the suction nozzle 102 and removes the lower end of the suction nozzle 102 from a position close to the lower end of the outlet 64. A reciprocating parallel movement mechanism 104 for reciprocating parallel movement is provided. In this embodiment, a parallelogram link is used for the reciprocating parallel movement mechanism 104.

  That is, as shown in FIGS. 1 and 2, the reciprocating parallel movement mechanism 104 includes a fixed support plate 106 fixed to a gantry or the like (not shown) of the conveyor 8 and one end of the fixed support plate 106. It comprises a pair of swing arms 108a, 108b of equal length that are pivotally supported, and a movable support plate 110 that is pivotally attached to the swing ends of these swing arms 108a, 108b. The pair of swing arms 108a and 108b are attached to the fixed support plate 106 at a predetermined interval, and the swing ends of the swing arms 108a and 108b are also movable and supported at an interval equal to the predetermined interval. A parallelogram link is formed by these four members attached to the plate 110.

  A rotating shaft of a drive motor 112 that rotates forward and backward at a predetermined angle is connected to the support shaft 109 on the fixed support plate 106 side of one swing arm 108a. The movable support plate 110 is rocked and moved in parallel. Further, the movable support plate 110 includes an upward extending portion 110a that extends upward and rises, and a skew extending portion 110b that extends obliquely upward from the upper end of the upward extending portion 110a toward the rear in the transport direction, An extension portion including a rear extension portion 110c extending substantially horizontally from the rear end of the skew extension portion 110b to the rear is integrally formed.

  In addition, a support stay 114 is provided at the extending end of the rear extending portion 110c so as to cross the upper side of the conveying path of the sheet-like article w from the supply-side conveyor 14 to the conveying conveyor and to extend to the other side. It is attached. The suction nozzle 102 is attached to the support stay 114 so as to hang vertically downward at a position on the center of the transport path. As the movable support plate 110 swings in parallel, the suction nozzle 102 has a nozzle tip extending downward on the lower end in the outlet 64 of the upper press die 62a and on the transport surface 8a of the transport conveyor 8. It can be reciprocated between the two while maintaining its posture in parallel.

  Next, the operation of the sheet-shaped article pressing device 2 configured as described above will be described. FIG. 3A to FIG. 3C are schematic views showing the operation state of one cycle from cutting to transfer of the sheet-like article w over time, FIG. 3A shows the previous process, FIG. 3B shows the intermediate process, 3C shows the latter stage process. Here, (b) shown in each of [I] to [VI] in FIGS. 3A to 3C is an enlarged view of the pressing die 62 portion shown in (a).

  That is, in [I] and [II] of FIG. 3A, the suction nozzle 102 of the transfer means 10 takes the outlet of the upper press die 62a that is the transfer source from the transfer conveyor 8 that is the transfer destination of the sheet-like article w. A state of returning toward the inside 64 is shown. During this return, the lower pressing die 62b is spaced downward from the upper pressing die 62a, and the pressing die 62 is open. While the press die 62 is open, the supply conveyor 14 and the waste material take-up reel are intermittently operated, and the uncut sheet 4 is fed out by a predetermined feed length and supplied into the press die 62. At the same time, the cut sheet 4 that has become a waste material after the sheet-like article w is cut and extracted by the pressing die 62 is wound around the take-up reel and collected. [II] is a state immediately after the supply of the sheet 4 to be cut is stopped. At this time, the suction nozzle 102 has started to be inserted into the upper portion of the outlet 64 of the upper press die 62a, and the lower press die. 62b has already started the closing operation and has started to rise.

  [III] and [IV] in FIG. 3B respectively show when the sheet-like article w is cut and when the lift-up pins are raised. That is, at the time of [III], the lower pressing die 62b reaches its rising end and its upper surface comes into contact with the cutting blade 63 of the upper pressing die 62a, so that the pressing die 62 is closed. Thereby, the to-be-cut sheet | seat 4 pinched | interposed between the upper pressing die 62a and the lower pressing die 62b is pressed by the cutting blade 63, and the cutting sheet of a desired shape is cut out inside the cutting blade 63. At this time, the lift-up pin 171 incorporated in the lower pressing die 62b has not been raised yet and is stored in the storage recess 65. The lower end of the suction nozzle 102 has been moved within the outlet 64 of the upper pressing die 62a to the lower end position immediately adjacent to the opening of the lower end, and the suction nozzle 102 has started the suction operation. Then, at the time of [IV] immediately after that, the lift-up pin 171 is lifted and the cut sheet-like article w is pushed upward and separated from the cut sheet 4, and at the lower end of the suction nozzle 102. Adsorbed and held. Thereafter, the drive motor 112 of the transfer means 10 is rotated in the reverse direction, and the movable support plate 110 is swung in the clockwise direction shown in the figure.

  Here, the cut sheet-like article w is cut out from the cut sheet 4 by adsorbing the cut sheet-like article w to the lower end of the suction nozzle 102 while pushing up with the lift-up pin 171 as described above. Immediately after cutting, even if the pressure-sensitive adhesives exposed on the cut surfaces are bonded again, or the pressure-sensitive adhesive exposed on the cutting surface of the sheet-like article w is bonded to the cutting blade 63, the sheet The sheet-like article w can be reliably separated upward, and it is possible to prevent as much as possible the occurrence of deviation in the holding posture and holding position of the sheet-like article w that is sucked and held by the suction nozzle 102. Further, the long belt-like sheet 4 to be cut is intermittently fed into the pair of upper and lower pressing dies 62 by a predetermined feed amount by the belt conveyor 14 of the supply means 12, and the sheet to be cut 4 is stopped in a state where the feeding operation is stopped. Is sandwiched between the upper pressing die 62a and the lower pressing die 62b, and the sheet-shaped article w having a desired shape corresponding to the shape of the cutting blade 6 is cut out. However, the coating amount is not unevenly distributed due to squeezing on one side. Note that the lift-up pin 171 is omitted if the sheet-like article w can be reliably separated upward from the cut sheet 4 without causing a shift in the holding posture or holding position only by the suction force of the suction nozzle 102. May be.

  [V] and [VI] in FIG. 3C show a state where the sheet-like article w is transferred onto the conveyor 8. As described above, when the movable support plate 110 swings in the clockwise direction shown in the figure by the reversing operation of the drive motor 112, the suction nozzle 102 is placed in the outlet 64 of the upper push die 62a as shown in [V]. Going up. At this time, the suction nozzle 102 moves in parallel while drawing an arc. However, since the inner wall surface 64a of the take-out port 64 on the side of the conveyor 8 is inclined and the upper side is gradually enlarged, the sheet-like article w does not interfere with the inner wall surface 64a. At this time, the lift-up pin 171 has already been lowered to its lower end, and the enlarged diameter portion 171a at the upper end is stored in the storage recess 65 of the lower press die 62b. The mold 62b also starts to be lowered.

  When the drive motor 112 is rotated clockwise to a predetermined angle, the suction nozzle 102 is located at a position where the lower end of the suction nozzle 102 is extremely close to the transport surface 8a of the transport conveyor 8 as shown in [VI] of FIG. Will be translated. At this time, the lower pressing die 62b is lowered to the lower end position, and the pressing die 62 is in a completely opened state, and the suction operation of the suction nozzle 102 is stopped, and the lower end portion thereof The sheet-like material w that has been suction-held is transferred onto the transport surface 8a of the transport conveyor 8 while maintaining its posture.

  That is, the sheet-like material w is moved in parallel while maintaining the posture when it is cut by the pressing die 62, and is displaced on the transport surface 8a of the transport conveyor 8 while maintaining the posture in parallel. Is transferred while being prevented as much as possible. Further, since the conveying conveyor 8 is also of a suction type like the supply conveyor 14, the transferred sheet-like material w has a large number of suction openings opened on the conveying surface 8 a of the conveying conveyor 8. It is conveyed toward the downstream end of conveyance while being adsorbed and fixed to the substrate. Thereafter, the drive motor 112 is reversed again, the movable support plate 110 of the reciprocating translation mechanism 10 is swung counterclockwise as shown in the figure, and the suction nozzle 102 is moved toward the outlet 64 of the upper push die 62a. Then, returning to the state of FIG. 3A, the one-cycle operation is completed.

  Therefore, in the sheet-like article press-off device 2 according to the present embodiment configured as described above, the sheet-like article w is reliably maintained in a predetermined posture and position even when the sheet-like article is operated at a high speed. Can be transferred to. In addition, since a conventional transfer drum, upper conveying belt, rotary die cutting device, and the like are not used, the sheet-shaped article pressing device 2 itself can be miniaturized as much as possible.

  In this embodiment, a parallelogram link is used for the reciprocating parallel movement mechanism 104 of the transfer means 10, but the present invention is not limited to this. In other words, any mechanism may be adopted as long as the suction nozzle 102 can be translated.

It is a top view which shows an example of the pressing device 2 of the sheet-like article w which concerns on this invention. FIG. 2 is a cross-sectional view taken along line II-II in FIG. 1. The figure shows the operation state of one cycle from the cutting of the sheet-like article w to the transfer over time, and shows the previous process. Same as above, a diagram showing an operation state of one cycle with time, showing the middle half process. The figure shows the operation state of one cycle over time, and shows the latter stage process.

Explanation of symbols

w Sheet-shaped article 2 Sheet-shaped article pressing device 4 Sheet to be cut 6 Pressing means 8 Conveyor 10 Transfer means 12 Supply means 14 Belt conveyor 16 Frame 62 Pressing die 62a Upper pressing die 62b Lower pressing die 63 Cutting blade 64 Outlet 64a Inner wall surface 102 Suction nozzle 104 Reciprocal translation mechanism 165 Lift drive mechanism 171 Lift up pin

Claims (4)

A pressing means for cutting out a sheet-shaped article of a desired shape from a long strip-shaped sheet to be cut having a substrate coated with an adhesive and a release sheet covering the adhesive;
Transfer means for transferring the sheet-like article onto a conveyor;
Supply means for intermittently supplying the sheet to be cut to the pressing means by a predetermined length;
A sheet-like article pressing device comprising:
The pressing means includes a pair of upper and lower pressing molds that press and cut into a desired shape across the sheet to be cut supplied from the supply means,
The upper pressing die protrudes annularly on the lower surface thereof and has a cutting blade formed in the desired shape, and an outlet for discharging upward the sheet-like article formed and cut along the inside of the cutting blade And is supported by the frame,
The lower pressing die is disposed so as to face the upper pressing die so as to be reciprocated up and down via an elevating drive mechanism.
The transfer means includes a suction nozzle that sucks the sheet-like article, and a reciprocating parallel movement mechanism that supports the suction nozzle and reciprocally translates the lower end of the suction nozzle from the lower end of the outlet onto the transport conveyor. Having
A sheet-like article pressing device.   2. The sheet-like article pressing device according to claim 1, wherein a parallelogram link is used for the reciprocating translation mechanism.   3. The lower pressing die is provided with a lift-up pin that pushes up the cut sheet-shaped article upward, facing the outlet of the upper pressing die. The sheet-like article press-off device described in 1.   4. The sheet-like article pressing machine according to claim 2, wherein an inner wall surface on the side close to the conveyor is formed to be inclined and an opening on the upper side is enlarged. apparatus.

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