JP4566813B2 - Bill binding machine - Google Patents

Description

  The present invention relates to a banknote binding machine.

  As a technology related to a banknote binding machine for binding loose banknotes, on the lower right side of the fuselage, the rose banknotes deposited in the deposit port are identified while being transported, and temporarily stored in the denomination based on the identification results. A bundling processing unit is provided that stores bills in denominations. A bundling processing unit that collects a predetermined number of rose bills fed from a bulk bill processing unit and winds a bundling tape on the upper part of the machine body to form a small bundle of bills. Is further provided on the lower left side of the machine body with a bundled banknote processing unit that allows a small bundle of banknotes to be stored in a denominated bundle storage unit (see, for example, Patent Document 1). This banknote binding machine is placed in a separate room away from a window in a financial institution and is used as a so-called teller machine, and its size is relatively limited.

  The bundling unit provided in the banknote binding machine usually draws the bundling tape from the tape roll by the tape conveyance roller, and after winding the bundling tape supplied from this tape conveyance roller around the accumulated banknotes, the tape The bundling tape is pulled back by the conveying roller to remove the slack of the bundling tape on the stacked banknote side, and the bundling tape is cut and thermally bonded (see, for example, Patent Document 2).

In contrast to the above-described teller machine, the teller machine placed at the window is disposed below the teller counter, and therefore needs to be downsized, and the size in the height direction is particularly limited. For this reason, it is necessary to narrow down the functions of the teller machine, and the banknotes are normally handled only for loose banknotes. However, there is a demand for withdrawal of a small bundle of banknotes in a teller machine, and an apparatus for storing and dispensing a small bundle of banknotes separately bundled is disclosed (for example, see Patent Document 3).
JP 2000-177935 A JP-A-8-324509 JP-A-1-94494

  In addition, there is a demand for deepening, and there is a demand to incorporate a function for binding loose banknotes even in a teller machine. For this purpose, the binding portion must be made as compact as possible and the space for each portion must be reduced. However, when the space of each part of the bundling part is reduced, the problem of interference occurs in each part. For example, if slack remains in the binding tape fed out from the tape roll, this slack may affect each part, for example. In other words, the bundling tape is pulled out from the tape conveyance roller by the tape conveyance roller, the bundling tape supplied from the tape conveyance roller is wound around the stacked banknotes, and then the bundling tape is pulled back by the tape conveyance roller and accumulated. If the slack of the bundling tape on the banknote side is removed, the slack of the bundling tape is transferred between the tape transport roller and the tape roll, and this slack influences interference with each part. Of course, downsizing is desired not only for teller machines but also for all banknote binding machines, and the influence of the slack of the binding tape described above is a problem that can occur in all banknote binding machines.

  Therefore, an object of this invention is to provide the banknote binding machine which can prevent the influence by the slack of a binding tape, even if it makes compact.

In order to achieve the above object, the invention according to claim 1 is configured to wind a tape transport means for pulling out a binding tape from a tape roll, and a banknote bundled with a predetermined number of binding tapes supplied by the tape transport means. Winding means; cutting means for cutting a portion between the stacked banknotes and the tape transport means of the binding tape that has been wound around the stacked banknotes by the winding means and then pulled back by the tape transport means; In a banknote binding machine having an adhesive means for adhering a cut end side of a binding tape cut by a cutting means to a portion wound around the stacked banknote, a binding tape rewinding means for rewinding the binding tape to the tape roll is provided. Yes, and the binding tape rewinding means, characterized in that the combined retraction timing of binding tape according to the tape transport means to rewind the binding tape to the tape roll It is.

The invention according to claim 2 is the invention according to claim 1 , wherein the binding tape rewinding means rotates the tape roll by rotating in contact with the outer peripheral portion of the tape roll to rewind the binding tape. A contact rotating member is provided, and the remaining amount of the tape roll is detected based on the position of the contact rotating member.

The invention according to claim 3 is the invention according to claim 2 , wherein the contact rotation member is a belt provided in a swinging portion swingable about an axis parallel to the tape roll, The position of the belt is detected from the swing angle of the part.

The invention according to claim 4 is the invention according to claim 2 or 3 , wherein the binding tape rewinding means includes a one-way clutch and a motor that drives the contact rotating means via the one-way clutch. It is said.

  According to the first aspect of the present invention, the bundling tape is pulled out from the tape roll by the tape conveying means, and the bundling tape supplied from the tape conveying means is wound around the stacked banknotes accumulated by the winding means. After that, the bundling tape is pulled back by the tape conveying means to remove the slackness of the bundling tape on the stacked banknote side, the portion between the stacked banknotes of the bundling tape and the tape conveying means is cut by the cutting means, and the bundling cut by the cutting means The cutting end side of the tape is adhered to the portion wound around the stacked banknotes by the adhesive means, but when the tape is pulled back by the tape transport means and the binding tape on the stacked banknote side is loosened, the tape transport means and The slack transferred between the tape roll and the tape roll is absorbed by the bundling tape rewinding means rewinding the bundling tape onto the tape roll. Therefore, even if downsizing is achieved, it is possible to prevent the influence of slack of the binding tape.

In addition , when the binding tape is pulled back by the tape transport means and the binding tape on the stacked banknote side is loosened, the binding tape rewinding means aligns the timing of the binding tape with the tape transport means and puts the binding tape on the tape roll. Since it is rewound, it becomes possible to absorb without causing any slack between the tape conveying means and the tape roll. Therefore, the influence by the slack of the binding tape can be reliably prevented.

According to the invention of claim 2 , the bundling tape rewinding means has the contact rotating member that rotates the tape roll by rotating in contact with the outer peripheral portion of the tape roll, and the position of the contact rotating member. Accordingly, the remaining amount of the tape roll is detected, so that the contact rotating member for rewinding the bundling tape to the tape roll can also be used as the remaining amount detection mechanism of the tape roll. Therefore, the cost can be reduced and further downsizing can be achieved.

According to the third aspect of the present invention, the contact rotating member is a belt provided on a swinging portion that can swing around an axis parallel to the tape roll, so that it rotates while contacting the tape roll on a wide surface. Therefore, it is possible to satisfactorily rewind the binding tape to the tape roll. Since the position of the belt is detected from the swing angle of the swing portion around which the belt is wound, the remaining amount of the tape roll can be detected with a simple structure.

According to the fourth aspect of the present invention, the one-way clutch is provided between the contact rotating means and the motor for driving the contact rotating means, and the motor is bound by the tape transport means when the binding tape is pulled out from the tape roll by the tape transport means. By rotating at a speed faster than the speed at which the tape is drawn out, the contact rotating member that rotates with the tape roll can be idled, so that each part for rewinding does not become a great resistance, and the bundling tape is taped from the tape roll. It can be pulled out smoothly by the conveying means.

  A money depositing and dispensing machine (banknote binding machine) according to an embodiment of the present invention will be described below with reference to the drawings.

  As shown in FIG. 1, the money depositing / dispensing machine 11 of the present embodiment has a substantially rectangular parallelepiped shape, and stores the received rose banknotes, and withdraws the stored rose banknotes as necessary. The bill banknote processing section 13 is provided at the lower part, and the bundled banknote processing section 14 is provided on the upper intermediate layer section to bundle a predetermined number (100) of rose banknotes and dispense them as a small bundle banknote if necessary. A rose coin processing unit 15 is provided on the upper layer of the upper side to store the received rose coins and withdraw the stored rose coins as necessary. This money depositing / dispensing machine 11 is a teller machine that is arranged below the teller counter in a financial institution.

  The banknote processing unit 13 is provided with a depositing port 21 on the front side of the front surface 12F of the machine body 12 where the banknotes are inserted in a stacked state in a posture in which the longitudinal direction is aligned with the machine body left-right direction. A separate withdrawal port 22 through which loose banknotes are fed out from the machine body 12 is provided above the deposit port 21, and a reject opening 23 through which reject banknotes are fed out from the machine body 12 is provided below the deposit port 21.

  Also, the loose banknote processing unit 13 identifies and counts the denomination, authenticity, correctness, front / back direction, and presence / absence of conveyance abnormality of the separated banknotes separated from the deposit port 21 one by one and taken into the machine body 12. Is provided, and on the downstream side thereof, a front / back arrangement unit 26 that arranges the front and back of loose banknotes based on the identification result of the deposit identification unit 25 is provided.

  Further, the rose banknote processing unit 13 classifies the rose banknotes that are identified as acceptable by the deposit identification unit 25 and the front and back procurement unit 26 are arranged on the front and back sides based on the discrimination result of the deposit identification unit 25, and is accumulated. Temporary storage units 30 to 34 for temporary storage are provided, and storage units 37 and temporary storage units 31 to 31 receive and store loose banknotes from the upper temporary storage unit 30 below the temporary storage units 30 to 34. The storage sections 38 to 41 that receive and store rose banknotes from the upper one of 34 and withdraw the stored banknotes one by one from the bottom one are provided one-on-one. In addition, it is also possible to convey the banknote identified as acceptable in the deposit | payment identification part 25 to the bundle banknote process part 14 as it is, without storing it in the temporary storage parts 30-34, and to make it bind.

  In addition, the banknote processing unit 13 has a withdrawal determination unit that identifies and counts the denomination, authenticity, correctness, and conveyance abnormality of the banknotes dispensed from the storage units 38 to 41 described above. 44 and a withdrawal reject box 45 for storing withdrawal reject banknotes based on the discrimination result of the withdrawal discrimination unit 44 are provided. Here, the rose banknotes withdrawn from the loose banknote processing unit 13 and discriminated by the withdrawal discrimination unit 44 can be selectively conveyed to the bulk withdrawal port 22, the withdrawal reject box 45, and the bundled banknote processing unit 14. Has been.

  The bundled bill processing unit 14 has a stacking unit 48 that stacks the bills conveyed from the loose banknote processing unit 13 in the vertical direction and the front side thereof, receives the stacked bills, and winds the binding tape T. That is, a bundling portion 49 that performs a bundling process for bundling with the bundling tape T to form a small bundle of bills, a delivery mechanism portion 52 that pushes the small bundle of bills bundled by the bundling portion 49 substantially horizontally forward, and a delivery mechanism portion 52. And a small bundle conveyance unit 50 for conveying the small bundle banknotes delivered in (1). The small bundle transport unit 50 receives the small bundle received from the bundle unit 49 behind the small bundle dispensing port 51 provided on the front surface 12F side of the machine body 12 in the bundled bill processing unit 14 via the delivery mechanism unit 52. Transport bills.

  In the rose banknote processing unit 13 and the bundled banknote processing unit 14 configured as described above, the rose banknotes inserted into the deposit port 21 are stored during the rose banknote storage process in which the rose banknotes inserted into the deposit port 21 are stored in the machine body 12. At the time of local organizing processing that bundles banknotes of a specified denomination among banknotes to form a small bundle banknote, the rose banknotes inserted into the deposit port 21 and taken into the machine body 12 are first identified by the deposit identification unit 25. become. And the rose banknotes other than the banknote identified by the deposit recognition part 25 as a true banknote, a normal banknote, and a normally conveyed banknote are returned to the rejection port 23.

  The rose banknotes identified as the true banknotes, the correct banknotes, and the normally transported banknotes by the depositing identification unit 25 are appropriately arranged at the front and back collecting unit 26, and then, at the time of the rose banknote storage process, the temporary storage units 31 to 31 are processed. The money is sent to 34 corresponding denominations, temporarily stored in the temporary storage units 31 to 34, and then the payment confirmation operation based on the display on the display unit (not shown) of the identification result by the payment identification unit 25 Is input to the storage units 37 to 41 in a state of being classified by denomination. On the other hand, the rose bills identified as the true bills, the correct bills, and the normally transported bills by the deposit recognition unit 25 are appropriately arranged at the front and back collecting unit 26 at the time of local organization processing, It is sent to the stacking unit 48. Here, in the stacking unit 48, the fed banknotes are stacked in a vertical direction by aligning the positions.

  At the time of a bundling process for bundling rose banknotes stored in the storage units 38 to 41 into a small bundle bill at the time of rose banknote withdrawal processing for withdrawing the rose banknotes stored in the storage units 38 to 41, the storage units 38 to 41 During the scrutiny process for determining the storage amount of the rose banknotes stored in 41 and during the loading process for loading the mixed denomination banknotes stored in a predetermined one of the storage units 38 to 41 into other units, the storage unit The banknotes are paid out from at least one of 38 to 41, and the drawn banknotes are first discriminated by the withdrawal discrimination unit 44. And the rose banknote discriminated as a true banknote, a normal banknote, and a normally transportable banknote by the withdrawal discriminating unit 44 will be fed out to the loose banknote dispensing port 22 during the bulk banknote withdrawal process. At the time of processing, the sheet is sent to the stacking unit 48, aligned and stacked by a predetermined number, bundled by the binding unit 49, and withdrawn from the small bundle dispensing port 51 via the delivery mechanism unit 52 and the small bundle transport unit 50. Is done. Moreover, at the time of a scrutinization process and a loading process, it is conveyed to the corresponding thing among the temporary storage parts 30-34. On the other hand, in any case, loose banknotes other than banknotes identified as true banknotes, regular banknotes, and normally transported banknotes by the withdrawal determination unit 44 are stored in the withdrawal reject box 45.

  As shown in FIG. 2, the above-described binding portion 49 includes a pair of an upper clamping member 60 and a lower clamping member 61 that can be moved up and down in the vertical direction and that can be contacted and separated from each other. The upper clamping member 60 is a block body having a substantially V shape so that the central portion protrudes downward, and the lower clamping member 61 is a plate-like body having a substantially V shape so that the central portion protrudes downward. . Then, the upper clamping member 60 and the lower clamping member 61 are formed in a substantially V shape by sandwiching a part of the stacked banknotes S stacked in the stacking unit 48 and fed to the front of the machine body in the longitudinal direction. Bend lightly.

  As shown in FIGS. 3 and 4, the bundling portion 49 has a tape roll mounting portion 65 provided on the base 64 having a rotatable rotating shaft 63 along the vertical direction, and this tape roll mounting portion. A tape roll TR is provided at 65 so as to be rotatable about a rotation shaft 63. This tape roll TR is constituted by a plurality of long binding tapes T wound around, and the binding tape T is fed out from the outer peripheral side. The base 64 is provided with a plurality of guide rollers 68 for guiding the binding tape T fed from the tape roll TR attached to the tape roll attachment portion 65, and the binding tape T guided by the guide roller 68 is provided on the binding tape T. A printing device 69 that performs necessary printing is provided.

  Further, the bundling portion 49 includes a pair of tape conveyance rollers (tape conveyance means) that pinch and draw out the bundling tape T separated from the tape roll TR attached to the tape roll attachment portion 65 from both sides in the thickness direction as shown in FIG. ) 70, 71. These tape transport rollers 70 and 71 can be rotated forward and backward by a motor (not shown).

  Further, the bundling unit 49 holds the bundling tape T supplied from the tape transport rollers 70 and 71 by the tape holding unit 74, and the upper holding member 60 and the lower holding unit 60 holding the stacked banknote S in the tape holding unit 74. A bundling tape winding mechanism (winding means) 75 for winding the bundling tape T around the stacked banknotes S by turning around the sandwiching member 61 is provided.

  In addition, the binding unit 49 is disposed between the tape transport rollers 70 and 71 and the binding tape winding mechanism 75, and the stacked banknotes S of the binding tape T wound around the stacked banknotes S by the binding tape winding mechanism 75. A cutter (cutting means) 77 that cuts a portion between the tape transport rollers 70 and 71, a movable pressing member 79 that presses the cut end side of the binding tape T against the side portion of the stacked banknote S, and a cutter 77. It has a movable heater (adhesive means) 78 for thermally bonding the cut end side of the binding tape T to the portion wound around the stacked banknote S.

  The binding unit 49 sandwiches a part of the stacked banknotes S accumulated in the stacking unit 48 and sent to the front of the machine body between the upper sandwiching member 60 and the lower sandwiching member 61 in this state. The binding tape T is pulled out from the tape roll TR attached to the tape roll attaching portion 65 by the pair of tape transport rollers 70 and 71, and the binding tape T supplied from the tape transport rollers 70 and 71 is bound to the binding tape winding mechanism 75. While being held by the tape holding portion 74, the tape holding portion 74 is turned to be wound around the stacked banknote S. After winding, the tape transport rollers 70 and 71 are reversed so that the binding tape T is pulled back to the tape roll TR side to remove the slack of the binding tape T on the stacked banknote S side, and the binding tape T is stacked by the pressing member 79. A portion between the stacked banknote S of the binding tape T and the tape transport rollers 70 and 71 is cut with a cutter 77 while being pressed against the side of the banknote S, and the cut end side of the binding tape T is wound around the stacked banknote S. The bonded portion is thermally bonded by being pressed by the heater 78.

  And in this embodiment, the binding part 49 can rewind the binding tape T drawn | fed out from tape roll TR attached to the tape roll attachment part 65 on the base 64, as shown in FIG.3 and FIG.4. A bundling tape rewinding mechanism (bundling tape rewinding means) 81 is provided.

  The bundling tape rewinding mechanism 81 has a rotation axis parallel to the rotation shaft 63 of the tape roll mounting portion 65 on the side of the tape roll mounting portion 65, that is, parallel to the tape roll TR attached to the tape roll mounting portion 65. 82 and a swinging portion 83 provided so as to extend outward in the radial direction from the rotating shaft 82 and swingable about the rotating shaft 82.

  The swinging portion 83 has a frame 85 fixed to the upper end portion of the rotating shaft 82 so as to extend outward in the radial direction from the rotating shaft 82. The frame 85 is disposed horizontally and has an upper plate portion 86 into which the rotation shaft 82 is inserted at one end side, and is disposed below the upper plate portion 86 in parallel with the upper plate portion 86 and at one end side. A lower plate part 87 through which the rotation shaft 82 is inserted, and an upper plate part 86 and a connecting plate part 88 for connecting edges opposite to the tape roll TR of the lower plate part 87. These have a substantially U-shaped cross section that opens to the tape roll TR side. Further, the frame 85 includes a detection plate 90 that protrudes from the intermediate portion of the connecting plate 88 to the opposite side of the tape roll TR, and a tape roll TR that extends from the end of the connecting plate 88 on the rotating shaft 82 side. A locking piece 91 that protrudes to the opposite side is provided.

  The swinging portion 83 is provided in parallel to the pulley 93 fixed between the upper plate portion 86 and the lower plate portion 87 of the frame 85 on the rotation shaft 82, and on the opposite side of the rotation shaft 82 of the frame 85. A support shaft 94, a pulley 95 provided between the upper plate portion 86 and the lower plate portion 87 of the support shaft 94 so as to be rotatable about the support shaft 94, and the pulley 93 and the pulley 95. And an endless contact rotating belt (contact rotating member, belt) 96 to be hung. Here, the contact rotating belt 96 hung on the pulleys 93 and 95 is aligned in height with the tape roll TR attached to the tape roll attachment portion 65, and the entire side portion 96a on the tape roll TR side is the same. It protrudes from the frame 85 toward the tape roll TR.

  The binding tape rewinding mechanism 81 has a tension spring 98 that is locked at one end side to the locking piece portion 91 of the frame 85 of the swinging portion 83 and locked at the other end side to the base 64, thereby swinging. The portion 83 is biased to swing toward the tape roll TR. The swinging portion 83 swings toward the tape roll TR by the urging force of the tension spring 98, and the outer peripheral portion of the circular shape before the side portion 96a of the contact rotating belt 96 is fed out of the binding tape T in the tape roll TR. Contact.

  The bundling tape rewinding mechanism 81 includes a one-way clutch 100 that is attached to the lower end of the rotating shaft 82 as a pulley, a motor 101 that is arranged in parallel with the rotating shaft 82, and a drive shaft of the motor 101. 104 has a pulley 102 and an endless driving belt 103 that is hooked on the one-way clutch 100. That is, the motor 101 drives the contact rotating belt 96 via the one-way clutch 100.

  The one-way clutch 100 rotates in the same direction via the drive belt 103 when the motor 101 rotates the drive shaft 104 in the counterclockwise direction in FIG. 82 is integrally rotated in the same direction. Then, the contact rotating belt 96 is rotated in the same direction via the pulley 93, and the side portion 96a is moved in the direction opposite to the feeding direction in which the binding tape T of the tape roll TR is fed out to the side portion 96a. The contacting tape roll TR is rotated in the rewinding direction for rewinding the binding tape T.

  On the other hand, when the binding tape T is pulled out by the pair of tape transport rollers 70 and 71 in the reverse direction, that is, when being bound, the contact rotating belt 96 tries to be rotated in the feeding direction of the tape roll TR. The one-way clutch 100 acts so as to rotate integrally with the rotary shaft 82 and is affected by the braking force of the motor 101. Therefore, when the binding tape T is pulled out by the pair of tape transport rollers 70 and 71, the motor 101 is moved in the reverse direction, that is, the drive shaft 104 of the motor 101 is reverse to the predetermined rewinding direction in FIG. In the clockwise direction, the tape is rotated at a speed higher than the drawing speed by the pair of tape transport rollers 70 and 71. As a result, when the binding tape T is unwound from the tape roll TR, the contact rotating belt 96 rotates with the tape roll TR, but the motor 101 rotates backward at a higher speed, so that the one-way clutch 100 idles. It becomes.

  The bundling tape rewinding mechanism 81 is provided on the base 64, and when the tape roll TR reaches its near end due to its feeding, the detecting plate portion of the swinging portion 83 that comes into contact with the tape roll TR by the contact rotating belt 96 is provided. There are 90 near-end detection sensors 105 whose detection states change. That is, the near-end detection sensor 105 detects the position of the contact rotating belt 96 from the swing angle of the swinging portion 83 and detects the remaining amount of the tape roll TR based on the position of the contact rotating belt 96. . The near-end detection sensor 105 is an optical sensor that detects the detection plate unit 90 when the optical path is blocked by the detection plate unit 90 of the swinging unit 83. The swinging portion 83 having the detection plate portion 90 and the near-end detection sensor 105 constitute a remaining amount detection mechanism 106 that detects the remaining amount of the tape roll TR.

  The money depositing and dispensing machine 11 of the present embodiment provided with the binding tape rewinding mechanism 81 as described above winds the binding tape T around the stacked banknotes S when the stacked banknotes S are bound by the binding section 49 as described above. After the rotation, the tape transport rollers 70 and 71 are reversed to pull the binding tape T back to the tape roll TR side to remove the slack of the binding tape T on the stacked banknote S side. The motor 101 of the bundling tape rewinding mechanism 81 is rotated in the rewinding direction in synchronization with the reverse rotation of the tape transporting rollers 70 and 71, that is, the rewinding of the binding tape T by the tape transporting rollers 70 and 71 (that is, simultaneously). Then, the bundling tape rewinding mechanism 81 rotates the contact rotating belt 96 in the rewinding direction via the one-way clutch 100, and rewinds the tape roll TR that is in surface contact with the side 96a as shown in FIG. Rotate in the direction. Thus, the binding tape T that has been fed out by the tape roll TR is rewound onto the tape roll TR in accordance with the pulling back to the tape roll TR side by the tape transport rollers 70 and 71.

  On the other hand, when the binding tape T is wound around the stacked banknote S, a control unit (not shown) performs normal rotation of the tape transport rollers 70 and 71, that is, pulling out the binding tape T by the tape transport rollers 70 and 71 and timing. At the same time (that is, simultaneously), the motor 101 of the binding tape rewinding mechanism 81 is rotated at a high speed in the direction opposite to the rewinding direction. Then, the binding tape rewinding mechanism 81 is idled by the one-way clutch 100. At the same time, when the binding tape T is pulled out by the tape transport rollers 70 and 71, the contact rotating belt 96 that contacts the tape roll TR that rotates in the feeding direction as the binding tape T is fed out rotates in the feeding direction. Since 100 rotates idly, it rotates with the rotation of the tape roll TR uninhibited.

  When the remaining amount of the tape roll TR is sufficient and the outer diameter of the tape roll TR is large, the swing angle of the swing portion 83 is small, and the detection plate portion 90 of the swing portion 83 is detected by the near end detection sensor 105. The Thereby, the control unit (not shown) determines that the remaining amount of the tape roll TR is sufficient as shown in FIG. On the other hand, when the remaining amount of the tape roll TR decreases due to the feeding of the binding tape T and the outer diameter of the tape roll TR decreases, the swinging angle of the swinging portion 83 increases, and as indicated by a two-dot chain line in FIG. When the detection plate portion 90 of the swinging portion 83 is no longer detected by the near-end detection sensor 105, the control unit (not shown) determines that the remaining amount of the tape roll TR has decreased as shown in FIG. Will generate an alarm to replace.

  According to the money depositing and dispensing machine 11 of the present embodiment described above, the binding tape T is pulled out from the tape roll TR by the tape transport rollers 70 and 71, and the binding tape T supplied from the tape transport rollers 70 and 71 is bound. After a predetermined number of stacked banknotes S are wound by the tape winding mechanism 75, the binding tape T is pulled back by the tape transport rollers 70 and 71 to remove the slack of the binding tape T on the stacked banknote S side. A portion between the T stacked banknote S and the tape transport rollers 70 and 71 is cut by a cutter 77, and the cutting end side of the binding tape T cut by the cutter 77 is heated to a portion wound around the stacked banknote S. However, when the binding tape T is pulled back by the tape transport rollers 70 and 71 to remove the slack of the binding tape T on the stacked banknote S side, the tape transport rollers 70 and 71 and the tape transport rollers 70 and 71 are connected. Slack move between the roll TR, binding tape rewind mechanism 81 is absorbed by rewinding the binding tape T on the tape roll TR. Therefore, even if the size is reduced, the influence of the slack of the binding tape T can be prevented.

  Further, when the binding tape T is pulled back by the tape transport rollers 70 and 71 to remove the slack of the binding tape T on the stacked banknote S side, the binding tape rewinding mechanism 81 pulls back the binding tape T by the tape transport rollers 70 and 71. Since the binding tape T is rewound onto the tape roll TR at the same timing, it is possible to absorb the force without causing any slack between the tape transport rollers 70 and 71 and the tape roll TR. . Therefore, the influence by the slack of the binding tape T can be reliably prevented.

  Further, the bundling tape rewinding mechanism 81 has a contact rotating belt 96 that rotates the tape roll TR by rotating in contact with the outer peripheral portion of the tape roll TR, and based on the position of the contact rotating belt 96. Since the remaining amount of the tape roll TR is detected, the contact rotating belt 96 for rewinding the binding tape T to the tape roll TR can be used also as the remaining amount detecting mechanism 106 of the tape roll TR. Therefore, the cost can be reduced and further downsizing can be achieved.

  Since the contact rotating belt 96 provided in the swinging portion 83 that can swing around the rotation shaft 82 parallel to the tape roll TR is used, it can rotate while contacting the tape roll TR on a wide surface. The binding tape T can be rewound onto the tape roll TR satisfactorily. Since the position of the contact rotating belt 96 is detected from the swing angle of the swinging portion 83 around which the contact rotating belt 96 is wound, the remaining amount of the tape roll TR can be detected with a simple structure. A roller may be used in place of the contact rotating belt 96.

  In addition, a one-way clutch 100 is provided between the contact rotating belt 96 and the motor 101 that drives the contact rotating belt 96, and when the binding tape T is pulled out from the tape roll TR by the tape transport rollers 70 and 71, the motor 101 is connected to the tape transport roller. Since the contact rotating belt 96 that rotates with the tape roll TR can be idled by rotating at a speed faster than the speed at which the binding tape T is pulled out at 70 and 71, each part for rewinding does not become a large resistance. The bundling tape can be smoothly pulled out from the tape roll TR by the tape transport rollers 70 and 71.

It is a sectional side view showing roughly a money deposit and withdrawal machine concerning one embodiment of the present invention. It is a side view of the binding part of the money depositing and dispensing machine concerning one embodiment of the present invention. It is a top view of the binding tape rewinding mechanism of the money depositing and dispensing machine according to one embodiment of the present invention. It is a side view of the binding tape rewinding mechanism of the money depositing and dispensing machine according to one embodiment of the present invention. It is a top view of the binding tape rewinding mechanism of the money depositing and dispensing machine concerning one embodiment of the present invention, and shows the state where there is sufficient remaining amount of the tape roll. It is a top view of the binding tape rewinding mechanism of the money depositing and dispensing machine concerning one embodiment of the present invention, and shows the near end state of a tape roll.

Explanation of symbols

11 Money depositing and dispensing machine (banknote binding machine)
70, 71 Tape transport roller (tape transport means)
75 Bundling tape winding mechanism (winding means)
77 Cutter (cutting means)
78 Heater (Adhesion means)
81 Binding tape unwinding mechanism (Binding tape unwinding means)
83 Oscillating part 96 Contact rotation belt (contact rotation member, belt)
100 one-way clutch 101 motor S stacked banknote T binding tape TR tape roll

Claims (4)

A tape conveying means for pulling the binding tape from the tape roll; and
A winding means for winding a bundled tape supplied by the tape conveying means around a predetermined number of stacked banknotes;
Cutting means for cutting a portion between the stacked banknotes and the tape transport means of the binding tape wound around the stacked banknotes by the winding means and then pulled back by the tape transport means;
In a banknote binding machine having bonding means for bonding a cut end side of a binding tape cut by the cutting means to a portion wound around the stacked banknote,
Have a binding tape rewinding means to rewind the binding tape to the tape roll,
The banknote bundling machine, wherein the bundling tape rewinding unit rewinds the bundling tape to the tape roll in synchronism with the timing of pulling back the bundling tape by the tape transport unit . The binding tape rewinding means has a contact rotating member that rotates in contact with the outer peripheral portion of the tape roll and rotates the tape roll to rewind the binding tape, and is positioned at the position of the contact rotating member. banknote bundling machine according to claim 1, wherein the detecting the remaining amount of the tape roll based. The contact rotating member is a belt provided on a swinging portion that can swing around an axis parallel to the tape roll, and detects the position of the belt from a swinging angle of the swinging portion. The bill binding machine according to claim 2 . The binding tape rewinding means comprises a one-way clutch, the banknote bundling machine according to claim 2 or 3, wherein further comprising a motor for driving the rotating contact unit via the one-way clutch.

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