JP4607909B2 - Sealing band remover - Google Patents

Description

  The present invention relates to a sealing band removing device that is provided in, for example, a paper sheet processing apparatus and removes a sealing band that seals a predetermined number of securities to form a rose.

  The paper sheet processing apparatus has a take-in portion that takes in a bundle formed by stacking a predetermined number of bundles in which a predetermined number of securities are sealed with a sealing band and stacking the bundles into a cross in a binding band. There is.

  The bundle taken in by the take-in section is sent to the binding band removing section where the binding band is removed and collected, and then sent to the sealing band removing section where the sealing bundle is removed and separated. Sent to the supply section. The loose bundles sent to the supply unit are taken out one by one and sent to the inspection unit for inspection of their types. Then, based on the inspection result, the securities are classified and accumulated and bundled again by a predetermined number.

When removing the banding strip on the small bundle, cut the horizontal end of the portion of the small bundle wrapped around the securities and cut the banding on the opposite lateral end of the securities with a hook-shaped clamping device. A method is adopted in which the securities are clamped together, and only the sealing band is pulled out from the securities by friction and separated and removed. (For example, refer to Patent Document 1 and Patent Document 2).
JP 59-069882 A JP 59-069884 A

  However, conventionally, when cutting a small band, there has been a risk of damaging the securities because the cutting cutter has been cut into the securities when cutting the band.

  In addition, there were problems such as leaving behind the banding strip inserted into the securities, losing the gripping of the banding, and partly dropping off the securities due to frictional force when pulling out the banding. .

  Further, since the cut banding is transported on the plane and then stored in the lower storage box, there has been a problem that the banding of the banding is dropped or a storage defect occurs due to the gap of the banding band.

  The present invention has been made by paying attention to the above circumstances, and the object of the present invention is not to damage the paper sheet, to leave it in the paper sheet, and to not drop the paper sheet. It is an object of the present invention to provide a sealing band removing device that can cut and remove a sealing band and that can reliably recover the cut band.

In order to solve the above-mentioned problem, the invention described in claim 1 includes a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and a sheet conveyed by the conveying unit. A gap forming means for forming a gap between the paper sheet and the sealing band by curving and a portion of the sealing band separated from the upper surface portion of the paper sheet by the gap formation by the gap forming means is predetermined. A pair of gripping means that are held at an interval; a cutting means that cuts a portion of the sealing band that is held by the pair of holding means between the pair of holding means; and the application by the cutting means And a moving means for loosening the sealing band by moving the pair of holding means away from each other after cutting the sealing band .

According to a second aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and a push-up unit that pushes up both side portions of the lower surface of the sheet conveyed by the conveying unit. Receiving means for receiving a central portion of the upper surface of the paper sheet pushed up by the push-up means and curving the paper sheet to form a gap between the upper surface part of the paper sheet and the sealing band, and the paper A pair of holding means for holding a portion of the sealing band in which a gap is formed between the upper surface of the leaves with a predetermined interval, and the pair of the sealing band held by the pair of holding means Cutting means for cutting a portion located between the holding means, and moving means for loosening the sealing band by moving the pair of holding means away from each other after cutting the sealing band by the cutting means. It comprises.

According to a third aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and a vertical movement that pushes up both lower side portions of the sheet conveyed by the conveying unit. A free raising belt and a vertical movement that receives the center of the upper surface of the paper sheet pushed up by the raising belt and curves the paper sheet to form a gap between the upper surface part of the paper sheet and the sealing band A pair of catches that hold a portion of the sealing band in which a gap is formed between the receiving belt and the upper surface of the paper sheet at a predetermined interval, and the application that is held by the pair of catches A rotary cutter that cuts a portion of the sealing band located between the pair of holding means, and after cutting the sealing band by the rotary cutter, the pair of catchers are moved away from each other to move the sealing band and moving means for loosening, the push-up The receiving belt and belt, after which is curved the paper sheet is nipped and conveyed.

According to a fourth aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A pair of gripping means for holding a gap between the gap forming means for forming a gap between the sheet and the banding strip and a portion of the banding band separated from the paper sheet by forming a gap between the gap forming means at a predetermined interval. means, a cutting means for cutting the portion located between the pair of clamping means clamped to said wrapping strip by the pair of clamping means, after the cutting of the wrapping band by the cutting means, the pair of clamping Moving means for moving the means away from each other to loosen the sealing band; and after the sealing band is loosened by the moving means, the paper sheet is held and transported to be extracted from the sealing band Means.

According to a fifth aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A gap forming means for forming a gap between the sheet and the banding strip, and a portion of the banding band separated from the paper sheet by the gap formation by the gap forming unit at a predetermined interval, a pair of clamping means movable in the direction perpendicular to the conveying direction of the sheet, a cutting means for cutting the portion located between the pair of clamping means of the banding strip which is sandwiched by the pair of clamping means After the cutting band is cut by the cutting means, the pair of holding means is moved in a direction away from each other to move the loosening band, and the moving means loosens the sealing band. Then, hold the paper sheet and remove it from the sealing band. ; And a sampling means take.

According to a sixth aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A gap forming means for forming a gap between the sheet and the banding strip, and a portion of the banding band separated from the paper sheet by the gap formation by the gap forming unit at a predetermined interval, and movable pair of openable catch in a direction perpendicular to the conveying direction of the sheet, rotary cutter for cutting a site located between the pair of clamping means of the banding strip is clamped from this pair catch And after the cutting of the sealing band by the rotating cutter, the pair of catches are moved away from each other to move the loosening band, and the moving means loosens the sealing band. , The upper and lower transport bells And it means sampling withdrawn from the wrapping strip by conveyed pinched by.

According to a seventh aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A pair of gripping means for holding a gap between the gap forming means for forming a gap between the sheet and the banding strip and a portion of the banding band separated from the paper sheet by forming a gap between the gap forming means at a predetermined interval. Means, cutting means for cutting a portion of the sealing band held by the pair of holding means between the pair of holding means, and cutting the sealing band by the cutting means, the pair of holding grips Moving means for moving the means away from each other to loosen the sealing band; and after the sealing band is loosened by the moving means, the paper sheet is held and transported to be extracted from the sealing band Means and the sampling means, the paper sheets are A pulling means for pulling down the sealing band along a predetermined circular path after releasing the clamping band by the pair of clamping means after being extracted from the sealing band; Band conveying means for holding and conveying the sealing band to be pulled down, and storage means for storing the sealing band conveyed by the band conveying means.

According to an eighth aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A pair of gripping means for holding a gap between the gap forming means for forming a gap between the sheet and the banding strip and a portion of the banding band separated from the paper sheet by forming a gap between the gap forming means at a predetermined interval. Means, cutting means for cutting a portion of the sealing band held by the pair of holding means between the pair of holding means, and cutting the sealing band by the cutting means, the pair of holding grips Moving means for moving the means away from each other to loosen the sealing band; and after the sealing band is loosened by the moving means, the paper sheet is held and transported to be extracted from the sealing band Means and the sampling means, the paper sheets are After being pulled out from the sealing band, the sealing band is held by a pin body, and the pin body is pulled down along a predetermined circular orbit after releasing the holding band by the pair of clamping means. A pulling means, a band conveying means for holding and conveying the pin body and the sealing band lowered by the pulling means by a conveying belt, a dropping means for dropping the sealing band conveyed by the band conveying means, and Storage means for storing a sealing band dropped by the dropping means.

According to a ninth aspect of the present invention, there is provided a conveying unit that conveys a predetermined number of sheets stacked and sealed with a sealing band, and the paper sheet conveyed by the conveying unit is bent to form the paper sheet. A pair of gripping means for holding a gap between the gap forming means for forming a gap between the sheet and the banding strip and a portion of the banding band separated from the paper sheet by forming a gap between the gap forming means at a predetermined interval. Means, cutting means for cutting a portion of the sealing band held by the pair of holding means between the pair of holding means, and cutting the sealing band by the cutting means, the pair of holding grips Moving means for moving the means away from each other to loosen the sealing band, and after the sealing band has been loosened by the moving means, the paper sheets are held and conveyed by upper and lower conveying belts. Extraction means to extract from the envelope and this extractor Thus, after the paper sheet is pulled out from the sealing band, the pin body is held by the pin body of the sealing band, and the pin body is released from the pair of clamping means after releasing the clamping band. A belt arm that pulls down along a circular path, a belt body that grips and transports a pin body that is pulled down by the rotation of the pivot arm together with the sealing band by a conveyor belt, and It comprises a dropping means that can be moved up and down to drop the sealing band that is held and conveyed, and a storage means that stores the sealing band dropped by the dropping means.

  According to the present invention, it is possible to cut the sealing band without damaging the paper sheet, to prevent the paper sheet from falling off at the time of extraction, and to reliably collect and store the sealing band without dropping.

Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.
FIG. 2 is a schematic configuration diagram showing a band processing device 1 for a small bundle H and a bundle T of securities as paper sheets.

  A bundle H is a predetermined number of stacked securities P sealed with a sealing band k, and a bundle T is a bundle of a predetermined number of bundles H stacked in a zigzag with a binding band K.

  A large number of bundles T are loaded and sent to the band processing device 1 from a bundle supply device (not shown).

  The band processing apparatus 1 includes a bundle take-in unit 2 that takes in the bundle T, a bundle band remover 3 that removes the bundle band K of the bundle T that has been taken in by the bundle take-in unit 2, and the bundle band remover 3 The rose bundle transport unit 4 that transports the rose bundle T ′ from which the band K has been removed, the takeout means for cutting the bundle H from the rose bundle T ′ transported by the rose bundle transport unit 4 one by one, and the cutting as the transport means Pull-out section 5, small bundle conveying section 6 as a conveying means for conveying the small bundle H cut out from this cutting section 5, and sealing band removal that removes the sealing band k of small bundle H conveyed by this small bundle conveying section 6 Part 7 and a bulket transporting part 8 for sandwiching and transporting the loose bundle H ′ from which the sealing band k has been removed by the sealing band removing unit 7 to a securities supply / removal device to be described later.

  FIG. 1 is a perspective view showing the handle cutting unit 5 and the handle transporting unit 6.

  The take-out section 5 includes a slider 10 for pressing the loose bundle T ′ against the cut-out reference plane, a cut-out rear side belt 11 for cutting and holding the bundle H one by one, a cut-out front side belt 12, and a handle H. A banding band detector (detection method by image processing) 13 as a detecting means for detecting the binding position of the wound banding band k, a slider motor 14 as a driving unit for moving the above mechanism, and a timing belt 15, The cutting belt drive motor 16 is configured.

  The small bundle conveyance unit 6 conveys the small bundle H to the reference position of the sealing band removing unit 7 and stops the first conveyance conveyor 21 and the second conveyance conveyor 22 as conveyance means for stopping them, and further as a drive unit that moves them. The first conveyor drive motor 23 and the timing belt 24, and the second conveyor drive motor 25 and the timing belt 26 are included.

  When cutting the small bundle H from the rose bundle T ′, the slider drive motor 14 is driven. This rotational driving force is transmitted to the slider 10 via the timing belt 15 and an attachment (not shown), and the slider 10 moves to convey the rose bundle T ′. When the bundle of bundles T ′ reaches a predetermined position by this conveyance, it is detected by a bundle detection sensor (not shown), the drive of the slider drive motor 14 is stopped, and the bundle of bundles T ′ is stopped and held. As a result, the rose bundle T ′ is sandwiched between the front slider 10 and the paper sheet clipping rear belt 11, and at this time, as shown in FIG. By the detection method), the sealing band position of the leading bundle H of the rose bundle T ′ is measured (step ST1 shown in FIG. 18). After that, the cutting belt drive motor 16 is started, the gripping belt 11 is rotated, the gripped grip H is cut out, and conveyed upward while being clamped by the cutting belts 11 and 12 (step shown in FIG. 18). ST2). When the bundle H reaches the uppermost end by this conveyance, it is rolled over to a predetermined position (glue removal processing delivery position) by the action of the bundle rollover guide 17.

  The small bundle H conveyed to the predetermined position is conveyed to the reference position in the longitudinal direction by driving the small bundle conveying first conveyor 21 via the timing belt 24 when the drive motor 23 is activated. After that, this is the starting point of the conveyance, and this time, the small bundle conveying first conveyor 21 is rotated in reverse, and the drive motor 25 is activated to rotate the small bundle conveying second conveyor 22 via the timing belt 26, and the sealing band The transport amount of the small bundle H is controlled by the control unit 28 so that the sealing band k wound around the small bundle H based on the band position information obtained by the binding position detecting section 13 comes to a fixed position in the sealing band cutting and removing section 7. Control is performed (step ST3 shown in FIG. 18).

  The band H of the bundle H thus conveyed is cut by the rotation of the cutter 61 as will be described later (step ST4 shown in FIG. 18).

  3 and 4 are detailed views showing the sealing band removing unit 7.

  On the upper side of the small bundle conveying second conveyor 22, the small bundle conveying upper conveyor 18 is provided. The small bundle conveying second conveyor 22 has small bundle press conveyors 41 and 41 arranged in parallel with a predetermined interval. The small bundle conveying upper conveyor 18 is arranged so as to be shifted between the small bundle press conveyors 41 and 41 so as not to face the small bundle press conveyors 41 and 41.

  The bundle press conveyors 41 and 41 of the bundle conveyance second conveyor 22 are stretched between pulleys 41a and 41a, and the pulleys 41a and 41a are connected to a drive motor 47 via a shaft 41b, a drive pulley 49, and a drive belt 48. .

  The small bundle press conveyors 41 and 41 are attached to a small bundle press conveyor belt holder 45, and a bearing 46 projects from the small bundle press conveyor belt holder 45. An elongated hole 44 a provided at an intermediate position of the link arm 44 is engaged with the bearing 46. One end of the link arm 44 is rotatably supported by a support shaft 44b, and a long hole 44c is formed in the other end. A drive motor 42 is connected to the long hole 44c of the link arm 44 through a pin 43a, an arm 43, and a motor shaft 42a.

  The conveyor belt 31 of the small bundle conveying upper conveyor 18 is stretched between pulleys 31 a and 31 a, and the pulley 31 a is connected to a drive motor 32 via a shaft 31 b, a drive pulley 34 and a drive belt 33.

  As shown in FIG. 9, the bundle H conveyed to the second conveyance conveyor 22 by the first conveyance conveyor 21 is temporarily stopped, and the bundle belts 41 and 41 of the bundle press conveyor 19 are lifted as shown in FIG. Both sides on the lower surface side are pushed up and pressed against the conveyor belt 31 of the upper conveyor 18. Thereby, the small bundle H is curvedly deformed in the short direction.

At this time, the portion sandwiched between the conveyor belt 31 and the conveyor belts 41 and 41 is limited to the portion of the securities P. That is, as shown in FIG. 10, the sealing belt k is lifted above the small bundle H by not arranging the conveyor belt 31 in the portion of the sealing belt k.

  The vertical press conveyor belt 41 is moved up and down by rotating the arm 43 attached to the motor shaft 42 a by the rotational driving force of the drive motor 42, thereby turning the link arm 44 and providing a groove 44 a provided at an intermediate position of the link arm 44. Move up and down. The bearing 46 is moved up and down by the vertical movement of the groove 44a, and the small bundle press conveyor belt 41 is reciprocated up and down.

  The sheet bundle H sandwiched between the small bundle conveying upper conveyor belt 31 and the small bundle conveyer belt 41 and deformed in a curved state is further conveyed by the small bundle conveying upper conveyor belt 31 and the small bundle press conveyor belt 41 as it is. Is done. A pair of sealing band catches 50 </ b> A and 50 </ b> B are disposed on the small bundle second conveyor 22 in the same row as the small bundle conveying upper conveyor belt 31.

  These banding catches 50A and 50B are inserted into the gap between the banding band k with its lower arms 51 and 52 floating above the handle H and the uppermost securities P as shown in FIG. It is like that.

  The small bundle conveying upper conveyor belt 31 travels by transmitting the rotational driving force of the drive motor 32 to the drive roller 34 by the transmission timing belt 33 and rotating the drive roller 34.

  Similarly, the conveyance operation of the small bundle conveyor belt 41 is performed by transmitting the rotational driving force of the drive motor 47 to the drive roller 49 by the transmission timing belt 48 and rotating the drive roller 49.

  As will be described later, the raised compaction conveyor belts 41 and 41 are lowered by a predetermined amount after the sealing band k is cut and the bundled state is loosened, and the bent state of the paper bundle H is released.

  The handle H is clamped between the handle transport upper conveyor belt 31 and the handle press conveyor belt 41 in a state in which the bending deformation is released. It is pulled out from the band k 'as a loose bundle H' and completely separated from the band k '.

  The loose bundle H ′ that has been pulled out of the sealing band k ′ and turned into a loose state is further nipped and conveyed, sent to the loose bundle discharge device 8, and discharged to the securities supply / removal device described later.

  FIG. 5 shows a drive mechanism for the banding catches 50A and 50B.

  Sealing band catches 50A and 50B have catch lower arms 51 and 52 and upper arms 53 and 54, respectively. The catch lower arms 51 and 52 are rotatably supported by the movable bases 70A and 70B via a support shaft 70a, and grooves 51a and 52a are formed at upper ends thereof. The lower ends of the arms 57 are connected to the grooves 51a and 52a through pins 58. The arm 57 is connected to a drive motor 55 for rotation via a motor arm 56. The upper arms 53 and 54 are fixedly provided on the movable bases 70A and 70B.

  A drive motor 55 for rotation is attached to a motor base 76, and a drive motor 71 for slide is attached to the motor base 76. A movable base 70 is connected to the slide drive motor 71 via an arm 72 and bearings 73 and 74, and the movable bases 70A and 70B are supported by guide shafts 77 and 77 so as to be slidable in the left and right directions. Has been.

  The lower arms 51 and 52 of the catches are inserted between the surface of the topmost securities P of the small bundle H that is bent and conveyed and the inside of the banding band k, and the small bundle H is at the cutting band cutting position. When it is stopped, it is rotated upward by driving of the drive motor 55 for rotation, and the sealing band k is pressed against the catch upper arms 53 and 54 as shown in FIG.

  The lower arms 51 and 52 of the catches are opened and closed by rotating the link arm 57 via the arm 56 by the rotational driving force of the drive motor 55 and moving the pin 58 at the tip of the link arm 57 left and right. The side arms 51 and 52 are moved left and right to open and close the catch lower arms 51 and 52.

  Further, as shown in FIGS. 14 and 15, the pair of banding catches 50 </ b> A and 50 </ b> B, as will be described later, after the banding band k is cut at a predetermined position by the rotation / sliding operation of the banding band cutter 61. The restraint state of the sealing band k ′ that has been slid and cut to the outside is loosened while the sealing band k is sandwiched and held.

  The sliding operation of the banding catches 50A and 50B is performed by rotating the arm 72 by the rotational driving force of the slide driving motor 71 and turning the bearings 73 and 74 attached to both ends of the arm 72, respectively. By moving the grooves provided at the upper end of 50B back and forth, linear movements in different directions are performed.

  FIG. 6 is a view showing a driving mechanism of the sealing band cutter 61.

  A cutter 61 as a cutting means is connected to a drive motor 62 for rotation via a drive shaft 63. The drive motor 62 is attached to a cutter base 67, and the cutter base 67 is slidably attached to the motor base 64a via a slide rail 67a. A driving motor 64 for sliding is attached to the motor base 64a, and an arm 65 is connected to a shaft 64b of the driving motor 64. A bearing 66 is attached to the tip of the arm 65, and the bearing 66 is engaged with a groove 67 b formed in the cutter base 67, and is orthogonal to the sealing band k facing the cutter base 67 by the rotation of the arm 65. You can slide in the direction you want.

  When the drive motor 62 for rotation is driven, the sealing band cutter 61 is rotated via the drive shaft 63, and when the drive motor 64 for slide is driven, the arm 65 is moved via the motor shaft 64b. It is rotated. By this rotation, the cutter base 67 moves through the bearing 66, and as shown in FIG. 13, the cutter 61 moves in a direction orthogonal to the sealing band k while being rotated, and cuts the sealing band k.

  That is, the pair of banding catches 50A and 50B is slid between the pair of banding band catches 50A and 50B while the banding band cutter 61 is rotated in a state where the banding band k is sandwiched and restrained at a certain interval. By moving, the sealing band k is cut at the gap portion sandwiched and restrained by the sealing band catches 50A and 50B.

  FIG. 7 shows a recovery device for the cut sealing band k ′.

  As shown in FIG. 17, the recovery device is configured such that the loose bundle H ′ is pulled out from the sealing band k as shown in FIG. A conveying pin 86 is provided for grasping and pushing the expanded portion of the band k ′ downward. The conveying pin 86 is provided so as to protrude from the rotating end of the rotating arm 85. The rotary arm 85 is rotatably attached to the rotary unit 83 via a support shaft 84b. A drive motor 84 is attached to the rotary arm 85, and the drive shaft 84c is connected to an elongated hole 85a of the rotary arm 85 via an arm 84d and a pin 84e. The rotation unit 83 is slidably attached to the base 80a via the slide rail 82. A drive motor 80 is attached to the base 80a, and its shaft 80b is connected to a long hole 81a of the ring arm 81 via an arm 80c and a pin 80d.

  Conveyors 92 and 93 for holding and transporting the sealing band k ′ are disposed below the rotary arm 85. A drive motor 90 is connected to a drive pulley 92a that travels on the conveyor 92 via a shaft 92b, a pulley 92c, and a drive belt 92d.

  A storage box 111 is provided on the discharge side of the conveyors 92 and 93, and a pushing mechanism 99 is provided above the storage box 111 to push the sealing band k ′ into the storage box 111. The pushing mechanism 99 includes a drive motor 100, and a long shaft 101a of the press link arm 101 is connected to a drive shaft 100a of the drive motor 100 via an arm 100b and a pin 100c. One end of the press link arm 101 is rotatably supported by a support shaft 101b, and a long hole 101c is formed in the other end. A storage press 103 is connected to the long hole 101c of the press link arm 101 via a pin 103a. The storage press 103 is supported by the slide rail 102 so as to be movable up and down.

  Next, the collection | recovery operation | movement of the cut | disconnected sealing band k 'is demonstrated.

  First, from the state where the sealing band conveying pin 86 is at the position A, the driving motor 80 for conveying the pin is driven, and the rotational driving force is converted into the linear motion by the slide link arm 81. Thereby, the rotation unit 83 moves through the slide rail 82, and the sealing band transport pin 86 moves from the position A to the position B, and sandwiches and grips the central portion of the sealing band k 'with the previously broken portion. . Subsequently, the drive motor 84 for rotating the conveying pin is activated, and the rotation drive is transmitted to the sealing band rotating arm 85 via the arm 84d to rotate downward to lower the conveying pin 86 (step ST1 shown in FIG. 19). . Further, the driving motor 90 for driving the conveyor is activated, and the banding conveyor belts 92 and 93 are rotated via the driving timing belt 91 (step ST2 shown in FIG. 19). The sealing band k ′ is conveyed to the position C in synchronization with the k ′ sandwiched therebetween.

  As described above, when the sealing band k ′ is transported to the position C (step ST3 shown in FIG. 19), the transport motor 80 for sliding the transport pin is driven again, and the transport pin 86 is moved from the sealing band k ′. Extract to position D. Thereafter, the drive motor 100 for the enveloping band storing press is started, the rotational drive is converted into a linear motion by the press link arm 101, and the enveloping band storing press 103 is moved downward via the press slide rail 102. Thereby, the sealing band k ′ is pushed into the storage cassette 110 to complete the storage (step ST4 shown in FIG. 19).

  20 and 21 schematically illustrate the overall configuration of the securities processing apparatus 110.

  The securities processing device 110 takes out the securities one by one from the loose bundles H ′ sent by the loose bundle conveying section 8 of the band processing device 1, inspects and counts them, and then every certain number, for example, every 100 sheets. The bundled securities are bundled together and bundled together, and a plurality of, for example, ten bundles of bundled securities are bundled.

  Specifically, the processing device 110 is configured to be able to process a predetermined number, for example, 1000 securities as a unit, and at the right end of the processing device, 1000 securities are stacked in a stacked state as supply means. Thus, a supply device 112 that automatically and sequentially supplies is provided.

  The processing device 110 includes a take-out unit 114 as take-out means for taking out the entered securities one by one, and a transport device 116 as transport means for transporting the taken-out securities along a predetermined transport path 117. The discriminating section 118 as discriminating means for detecting information such as patterns, dimensions, transport pitch, etc. from the existing securities, the sorting section 120 for sorting the transport direction of the securities according to the detection result, and the impeller 121 are classified. An accumulating device 122 that accumulates 100 securities each, a first bundling device 124 that binds the accumulated securities using a heat-meltable belt-like material, and an expiration unit that cuts and stores the discarded securities 123.

  The take-out unit 114 includes a suction rotation roller 114 a, and this suction rotation roller takes out the securities P from the supply device 112 one by one at a predetermined pitch and delivers them to the transport device 116. The transport device 116 is configured by a plurality of transport belts, drive pulleys, drive motors, and the like disposed along a predetermined transport path 117.

  The discriminating unit 118 includes an overlap detection unit that detects an overlap of securities being conveyed, a reading device that reads patterns attached to the securities P, a counting device that counts the number of securities P, and the like. These are arranged in order along the conveyance path 117.

  The securities whose count, pattern reading, and length are detected by the determination unit 118 are classified into a plurality of types, for example, two types of securities and disposal tickets, according to the detection results. Sent to the unit 123.

  The first bundling portion 124 is provided by being connected to the accumulating device 122. After the belt-shaped material (small band) is wound around the accumulated 100 securities, the both ends of the belt-shaped material are thermocompression bonded. Bundling securities to form a bundle.

  Two sets of the stacking device 122 having the impeller 121 and the first binding device 124 are provided according to the type of securities. Below these first bundling devices 124, a bunch conveying device 125 for conveying the bundling bunch and a bunch inspection unit 126 for inspecting the bundling bunch are provided. The bundle bundle is conveyed to the second bundle apparatus 127 via the bundle inspection unit 126 by the bundle conveyance device 125, and is cross-shaped by a predetermined number of pieces, for example, 10 pieces of two band-like materials (large band). After that, it is discharged into a predetermined portion by a discharge device 128 having a plurality of conveyors.

  The overall operation of the processing device 110 described above is controlled by a control device 129 that functions as control means.

  According to the above-described embodiment, by bending the paper sheet, a gap is formed between the upper surface portion of the paper sheet and the sealing band, and the part of the sealing band that forms this gap is a pair of Since it is held by the holding means and this holding portion is cut by the cutting means, the sealing band can be cut without contacting the paper sheets, and the paper sheets are not damaged.

  In addition, after cutting the sealing band, the pair of gripping means are moved away from each other to loosen the sealing band, and then the paper sheet is gripped and removed by the extraction means. Dropping can be prevented.

  Furthermore, after the sealing strip has been removed from the paper sheet, the sealing strip is pulled down and held and transported by the strip transport means to be stored in the storage section. Can be collected and stored.

  Note that the present invention is not limited to the above-described embodiment as it is, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. Various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the above-described embodiments. For example, you may delete some components from all the components shown by embodiment mentioned above. Furthermore, you may combine the component covering different embodiment suitably.

The perspective view which shows the picking-out part and sealing band removal part which are one embodiment of this invention. The whole block diagram which shows a belt | band | zone removal apparatus. The perspective view which shows a sealing band removal part. The perspective view which shows the drive part of a small bundle press conveyor. The block diagram which shows the drive part of a sealing band catch part. The block diagram which shows the drive part of a sealing band cutter. The perspective view which shows the collection | recovery part which collect | recovers the removed sealing band. The perspective view which shows the position detection apparatus of the sealing band of a handle. The figure which shows the bending | flexion operation | movement of a handle. The perspective view which shows the curved handle. The perspective view which shows the state by which the catch part was inserted in the sealing band of the curved handle. The perspective view which shows the state which the catch part closed and clamped the sealing band of a handle. The perspective view which shows the state which cut | disconnects the sealing band clamped by the catch part with the cutter. The perspective view which shows the state which a pair of catch moves to the direction which leaves | separates each other after the cutting | disconnection of a sealing band. The perspective view which shows the state by which a sealing band is loosened by the movement of a catch. The perspective view which shows the state from which the sealing band was removed from securities. The perspective view which shows the state by which the removed sealing band is pulled down. The flowchart figure which shows the removal operation | movement of a sealing band. The flowchart figure which shows collection | recovery operation | movement of a sealing band. The figure which shows schematically the whole processing apparatus of securities. The block diagram which shows roughly the structure of the processing apparatus of securities.

Explanation of symbols

k ... sealing band, P ... paper sheet (securities), 5 ... take-out means / conveyance means (pick-out section), 13 ... detection means, 21, 22 ... first and second conveyance conveyors (conveyance means) ), 41, 41... Conveyor belt (gap forming means, extraction means, push-up belt, conveyance belt), 31... Conveyor belt (gap formation means, extraction means, receiving belt, conveyance belt), 50A, 50B. (Holding means), 61 ... rotating cutter (cutting means), 28 ... control means, 71 ... slide drive motor (moving means), 86 ... pin body, 85 ... rotating arm, 92, 93 ... belt conveying means 103 ... Storage press (dropping means) 111. Storage cassette (storage means) 112. Supply means 118 118 Discrimination means 122. Accumulation means 124.

Claims (9)

A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing strip separated from the upper surface portion of the paper sheet by a gap formation by the gap forming means at a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A push-up means for pushing up both sides of the lower surface of the paper sheet conveyed by the conveyance means;
Receiving means for receiving the center of the upper surface of the paper sheet pushed up by the push-up means and curving the paper sheet to form a gap between the upper surface part of the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing band in which a gap is formed between the upper surface portion of the paper sheets with a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A push-up belt that can be moved up and down to push up both sides of the lower surface of the paper sheet conveyed by the conveying means;
A receiving belt that is movable up and down to receive the center of the upper surface of the paper sheet pushed up by the push-up belt and to bend the paper sheet to form a gap between the upper surface part of the paper sheet and the sealing band;
A pair of catches that hold a portion of the sealing band in which a gap is formed between the upper surface portion of the paper sheets, with a predetermined interval;
A rotating cutter for cutting a portion located between the pair of gripping means of the sealing band held by the pair of catches;
After cutting the sealing band by the rotating cutter, moving means for moving the pair of catchers in directions away from each other to loosen the sealing band;
Comprising
The sealing belt removing device, wherein the push-up belt and the receiving belt bend and convey after the paper sheets are bent. A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing band separated from the paper sheets by a gap formation by the gap forming means at a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
After the sealing band has been loosened by the moving means, the extraction means for holding and transporting the paper sheets and extracting from the sealing band;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of grips that hold the sealing band portion separated from the paper sheet by a gap formed by the gap forming means at a predetermined interval and are movable in a direction perpendicular to the transport direction of the paper sheet. Means,
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
After the sealing band has been loosened by the moving means, the extraction means for holding and transporting the paper sheets and extracting from the sealing band;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of opening / closing operations that hold the sealing band part separated from the paper sheet by a gap formation by the gap forming means at a predetermined interval and are movable in a direction perpendicular to the conveying direction of the paper sheet. Free catch and
A rotating cutter for cutting a portion located between the pair of gripping means of the sealing band held by the pair of catches;
After cutting the sealing band by the rotating cutter, moving means for moving the pair of catches in directions away from each other to loosen the sealing band;
After the sealing band has been loosened by the moving means, the paper sheet is held by the upper and lower transport belts and transported to extract from the sealing band;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing band separated from the paper sheets by a gap formation by the gap forming means at a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
After the sealing band has been loosened by the moving means, the extraction means for holding and transporting the paper sheets and extracting from the sealing band;
After the paper sheets are extracted from the sealing band by the extraction means, the holding band is released by the pair of holding means and then the sealing band is pulled down along a predetermined circular orbit. Withdrawing means;
Band conveying means for holding and conveying the sealing band lowered by the pulling means;
Storage means for storing the sealing band conveyed by the band conveying means;
A sealing band removing apparatus comprising: A transport means for transporting a predetermined number of sheets stacked and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing band separated from the paper sheets by a gap formation by the gap forming means at a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
After the sealing band has been loosened by the moving means, the extraction means for holding and transporting the paper sheets and extracting from the sealing band;
After the paper sheets are extracted from the sealing band by the extraction means, the pin band is held by the pin body, and the pin body is released from being pinched by the pair of clamping means. A pulling means for pulling down along a predetermined circular orbit,
Band conveying means for holding and conveying the pin body and the sealing band pulled down by the pulling means by a conveying belt;
Drop-in means for dropping the sealing band conveyed by the band conveying means;
Storage means for storing the sealing band dropped by the dropping means;
A sealing band removing apparatus comprising: A transporting means for transporting the paper sheets laminated with a predetermined number of sheets and sealed with a sealing strip;
A gap forming means for curving the paper sheet conveyed by the conveying means to form a gap between the paper sheet and the sealing band;
A pair of gripping means for gripping a portion of the sealing band separated from the paper sheets by a gap formation by the gap forming means at a predetermined interval;
Cutting means for cutting a portion located between the pair of holding means of the sealing band held by the pair of holding means;
After cutting the sealing band by the cutting means, moving means for moving the pair of holding means in a direction away from each other to loosen the sealing band;
After the sealing band is loosened by this moving means, the paper sheet is nipped and transported by upper and lower transport belts and is extracted from the sealing band;
After the paper sheet is extracted from the sealing band by the extraction means, the pin body is held by the pin body of the sealing band, and the pinning of the sealing band by the pair of clamping means is released. A pivot arm that pulls down along a predetermined circular path,
Band conveying means for holding and conveying the pin body, which is pulled down by the downward rotation of the rotating arm, together with the sealing band by a conveying belt;
A dropping means that can be moved up and down to drop the sealing band that is held and conveyed by the belt conveying means, and a storage means that stores the sealing band dropped by the dropping means,
A sealing band removing device comprising:

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