JP5364034B2 - Passbook transaction device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a passbook transaction device for issuing an immaculate passbook to a user. <P>SOLUTION: The passbook transaction device includes: a housing unit for housing the passbook; a discharging roller for discharging the passbook; an ejection unit for ejecting the passbook discharged by the discharging roller; a collection unit for collecting the passbook discharged by the discharging roller; a transfer conduit for transferring the passbook between the discharging roller, the ejection unit and the collection unit; a control unit for measuring a passing time after a new passbook is set in the housing unit and determining whether the measured time exceeds a predetermined time, and making the passbook transfer form the discharging roller to the collection unit on the transfer conduit, collecting the pass book, when the measured time is determined to exceed the predetermined time. <P>COPYRIGHT: (C)2012,JPO&amp;INPIT

Description

  The present invention relates to an automatic transaction apparatus having a passbook issuing function installed in a financial institution, for example.

  In recent years, many automatic transaction apparatuses such as ATMs have a passbook issuing function, and many unattended stores such as branch offices have a passbook issuing function (for example, Patent Documents 1 to 3). Devices that can operate without period maintenance or replenishment of media and consumables are desired.

JP 2005-153425 A JP-A-11-310334 JP 2002-356241 A

  In the conventional technique, a feeding roller is provided in an apparatus such as a cassette for issuing a new bankbook, and the bankbook is fed out to the conveyance path. At that time, since the bankbook needs to be pressed against the feeding roller, the bankbook is pressed by the bankbook presser.

  The feeding roller is mainly composed of a rubber material in order to transmit a frictional force to the passbook, and generally contains a plasticizer in order to stabilize the hardness of the rubber. However, the plasticizer of this rubber roller has the property of shifting to a contact object over time.

  Usually, while the first bankbook is in the cassette, the cover is always pressed against the feeding roller. When the apparatus is an ATM, there is a case where the delivery is not performed for several months at a branch office or the like, and the plasticizer added to the roller may ooze out and the cover of the passbook may be stained. There is a problem that a dirty passbook may be issued to the user due to the contamination of the cover.

  This invention is made | formed in view of the above, Comprising: It aims at providing the bankbook transaction apparatus which issues a bankbook without a dirt with respect to a user.

  In order to solve the above-described problems and achieve the object, a passbook transaction apparatus according to the present invention discharges the passbook that is drawn out by the storage portion that stores the passbook, the feed roller that feeds the passbook, and the feed roller. A discharge section, a collection section that collects the passbook fed out by the feed roller, a transport path that transports the passbook between the feed roller, the discharge section, and the collection section, and a new storage section. When measuring the time since the passbook is set, determining whether the measured time has passed a predetermined time, and when determining that the measured time has passed a predetermined time, And a control unit that transports the feeding path from the feeding roller to the collecting unit and collects the passbook.

  In addition, the bankbook transaction apparatus according to the present invention is housed in a storage unit that stores a bankbook, a feeding roller that feeds out the bankbook, a discharge unit that discharges the bankbook that is fed out by the feeding roller, and is fed out by the feeding roller. The collection unit that collects the bankbook, the conveyance path that conveys the bankbook among the feeding roller, the discharge unit, and the collection unit, and the time after the new bankbook is set in the storage unit Determining whether or not the measured time has passed a predetermined time, and when determining that the measured time has passed the predetermined time, out of the plurality of passbooks stored in the storage unit By rotating a roller by a predetermined amount and moving the position of the passbook that contacts the payout roller, the portion of the passbook that contacts the payout roller contacts the payout roller. And, characterized in that it comprises a control unit to hold the passbook in a state of shifting the abutting portion to the feeding roller.

  In addition, the bankbook transaction apparatus according to the present invention is housed in a storage unit that stores a bankbook, a feeding roller that feeds out the bankbook, a discharge unit that discharges the bankbook that is fed out by the feeding roller, and is fed out by the feeding roller. A collection unit that collects the passbook, a conveyance path that conveys the passbook between the feeding roller, the discharge unit, and the collection unit, and a position on the conveyance path that is downstream of the feeding roller. , A transport roller having a pitch different from the pitch of the feeding roller, and a time after a new passbook is set in the storage unit, and determine whether or not a predetermined time has elapsed If it is determined that the measured time has passed a predetermined time, the passbook is transported from the feeding roller to the transport roller, and the passbook is moved to the transport roller. A control unit for holding, characterized in that it comprises a.

  In addition, the bankbook transaction apparatus according to the present invention is housed in a storage unit that stores a bankbook, a feeding roller that feeds out the bankbook, a discharge unit that discharges the bankbook that is fed out by the feeding roller, and is fed out by the feeding roller. A collection unit that collects the passbook, a conveyance path that conveys the passbook between the feeding roller, the discharge unit, and the collection unit, and a reading unit that reads dirt on the front and back of the passbook that is fed by the feeding roller And whether the reading unit has read the stain on the passbook, and when the reading unit has read the stain on the passbook, the passbook is moved on the conveyance path from the feeding roller to the collecting unit. And a control unit for transporting and collecting the passbook.

  Further, the bankbook transaction apparatus according to the present invention is a bankbook bundle different from a feeding roller for feeding out the bankbook from the bankbook bundle storage section in a plurality of storage sections or an apparatus having a plurality of bankbook bundle storage sections in the same storage section. A control unit that alternately feeds out the bankbook from the storage unit by the feeding roller.

  According to the present invention, it is possible to provide a passbook transaction apparatus that issues a clean passbook to a user.

It is the schematic of the automatic transaction apparatus which has a passbook issuing function. FIG. 2 is an internal schematic view of the cassette shown in FIG. 1. It is the schematic of the automatic transaction apparatus which shifted the roller top of the feeding roller and the conveyance roller. It is a figure which shows the specific mode of a shift | offset | difference of the roller top of a feeding roller and a conveyance roller shown in FIG. It is a figure which shows a mode when the position which a feeding roller and a conveyance roller contact the passbook cover is moved to the position which does not fog. It is the schematic of the automatic transaction apparatus which provided the delivery path which can newly evacuate a bankbook temporarily. It is a figure which shows the relationship between each roller top of the conveyance rollers A, B, and C provided in the payout path which can be temporarily retracted shown in FIG. It is the schematic of the automatic transaction apparatus which has optical readers, such as a scanner. It is the schematic of the automatic transaction apparatus which has a several bankbook bundle storage part. It is the schematic of the automatic transaction apparatus which has a several bankbook bundle storage part.

  Embodiments of a bankbook transaction apparatus according to the present invention will be described below in detail with reference to the accompanying drawings. Below, although the case where the bankbook transaction apparatus concerning this invention is applied to an automatic transaction apparatus is demonstrated, it does not restrict in particular to this.

  FIG. 1 is a schematic diagram of an automatic transaction apparatus 1000 having a passbook issuing function. It is assumed that the controller 100 performs control of these units for issuing a passbook.

  As shown in FIG. 1, the passbook is sucked from the medium insertion / discharge port 1, the optical reader 2 reads the bar code and the like written in the sucked passbook, and the magnetic recording unit 3 reads the bar code and the like. The printing unit 4 prints a character string such as a bank code, a branch code, and an account number.

  When the page of the bankbook becomes full, the page changing unit 5 turns the page. When the automatic transaction apparatus 1000 finishes the necessary processing for issuing the passbook, the medium insertion / discharge port 1 discharges the passbook to the outside. If the bankbook is not extracted even after a predetermined time has elapsed, the controller 100 sucks the bankbook again and collects it in the collection box 6. The reason is to prevent another person from bringing the passbook if the user forgets to take it.

  When the passbook is full on all pages and it is necessary to carry over, the controller 100 operates the feed roller 10 to put the first passbook 9 of the bankbook bundle 8 for issue set in the cassette 7 into the feed path 11. The passbook that has been conveyed is sent to the main conveyance path 13 by the conveyance roller 12.

  Then, the controller 100 performs necessary processing for issuing the passbook on the passbook sent to the main conveyance path 13 and then causes the user to discharge the processed passbook from the medium insertion / discharge port 1. . In this case, the first passbook 9 of the bankbook for issuing 8 set in the cassette 7 is held in a state of being pressed against the feeding roller 10 by the passbook presser 14.

  The controller 100 resets a timer (not shown) when a new bankbook for issuance is set, and measures the time since the reset. And controller 100 resets the timer (not shown) which is time-keeping once a bankbook is drawn out. At this time, assuming that the time until the plasticizer that has exuded from the feeding roller 10 accumulates on the passbook cover and becomes visible dirt is (n + 1) weeks, the controller 100 starts a timer (not shown). Then, it is determined whether or not the passbook has not been issued n weeks after the passbook is set. If it is determined that the passbook has not been issued, the first passbook 9 is collected in the collection box 6. In this manner, by collecting the first passbook 9 after a predetermined period in the collection box 6, it is possible to prevent the dirty passbook from being issued.

  FIG. 2 is a schematic view of the inside of the cassette 7 shown in FIG. In FIG. 2, the side surface (a) of the bankbook bundle 8 set in the cassette 7 and the surface (b) of the bankbook bundle 8 are shown in association with each other.

  As shown in FIG. 2, when the passbook has not been issued n weeks after the passbook is set, the controller 100 rotates the feeding roller 10 and moves the first passbook 9 in the state shown in (1). The portion 16 in contact with the passbook cover 15 and the feeding roller 10 is shifted (2). As a result, the portion 16 that is in contact with the feeding roller 10 is detached from the feeding roller 10, so that the plasticizer does not accumulate any more, so that no visible dirt is formed.

  And since the part 17 which newly comes into contact with the roller is not soiled for n weeks, as shown in (3), it is possible to maintain a state where it is not soiled for 2 × n weeks. In this way, by shifting the first passbook 9 every n weeks, it is possible to maintain a state in which the number of times of shift x n weeks is not contaminated. If a passbook is not issued even if it is shifted to a number that does not deviate any more, by collecting the leading passbook 9 in the collection box 6, it is possible to prevent issuing a dirty passbook.

  FIG. 3 is a schematic diagram of an automatic transaction apparatus 1000 in which the roller pieces of the feeding roller 10 and the conveying roller 12 are shifted as shown in FIG. In the automatic transaction apparatus 1000 shown in FIG. 3, when no passbook is issued n weeks after the passbook is set, the controller 100 rotates the feeding roller 10 so that the leading passbook 9 is positioned at the position A shown in FIG. 3. To position B.

  As shown in FIG. 5, since the passbook 9 has been moved to a position where the feed roller 10 and the transport roller 12 are not in contact with the passbook cover 15, the new pass is not smeared for 2 weeks, so 2 × n weeks. Can maintain a clean state. If the bankbook is not issued even if the feeding roller 10 and the conveying roller 12 make one round and the like is shifted no more, the controller 100 causes the collection box 6 to collect the leading bankbook 9. It can prevent issuing a passbook with dirt.

  FIG. 6 shows a new feeding path 17 for temporarily retracting the bankbook. As shown in FIG. 7, the feeding roller 10 and the conveying rollers A, B, and C are shifted to make the stains longer. Can be maintained. Similarly to the case shown in FIG. 5, when the passbook is not issued even if it is shifted to a number that cannot be shifted any more, the controller 100 collects the top passbook 9 in the collection box 6 so that the passbook with dirt is collected. Can be prevented.

  Further, FIG. 8 shows that the image of the cover of the passbook that has been drawn out is read by using an optical reader 13 such as a scanner that is newly installed or installed to read a bar code, etc. The process proceeds to a processing sequence to be issued, and when the dirt is confirmed, it is collected in the collection box 6 and the next passbook is fed out and issued.

  Thus, the cassette 7 stores the passbook, the feed roller 10 feeds the passbook, the medium insertion / discharge port 1 discharges the passbook fed by the feed roller 10, and the collection box 6 is fed by the feed roller 10. The passbook is collected, and the transport path (feeding path 11, main transport path 13) transports the passbook among the feeding roller 10, the medium insertion / discharge port 1 and the collection box 6, and the controller 100 adds a new passbook to the cassette 7. Is counted, and it is determined whether or not the measured time has passed a predetermined time. If it is determined that the measured time has passed the predetermined time, the bankbook is transferred from the feeding roller 10. It is possible to provide a passbook transaction apparatus that issues a clean passbook to the user because the passbook is collected by transporting the transfer path (feeding path 11 and main transfer path 13) to the collection box 6. Kill.

  9 and 10 show a plurality of cassettes or an apparatus having a plurality of bankbook bundle storage units 15 in the same cassette. In the case where the same kind of bankbook is set in a plurality of bankbook storage units, the controller 100 includes a feeding roller 10. However, when the passbook is fed out from the passbook bundle storage unit 15-A, the passbook is alternately fed out such that the passbook is fed out from the passbook bundle storage unit 15-A in the next delivery, so that the same passbook can be connected to the feed roller and the long-term It prevents indirect state and prevents the passbook from getting dirty.

  In order to prevent the transfer of the roller, the simplest principle is to separate the feeding roller from the book except during feeding. However, in order to set as many passbooks as possible in a limited space, it is difficult to secure a space for providing a retracting mechanism for the feeding roller, but the present invention does not secure such a space, Such a transfer of the roller can be prevented with the mechanism or with a small change.

  It should be noted 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. In addition, various inventions can be formed by appropriately combining a plurality of constituent elements disclosed in the above embodiments. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

DESCRIPTION OF SYMBOLS 1000 Automatic transaction apparatus 1 Medium insertion / discharge port 2 Optical reader 3 Magnetic recording part 4 Printing part 5 Page change part 6 Collection box 7 Cassette 8 Passbook bundle 9 First passbook 10 Feeding roller 11 Feeding path 12 Transporting roller 13 Main transporting path 14 Passbook holder 15 Passbook bundle storage unit 100 Controller.

Claims (4)

A storage section for storing a bankbook;
A feeding roller for feeding out the bankbook;
A discharge unit for discharging the passbook fed by the feed roller;
A collection unit for collecting the passbook fed by the feed roller;
A conveyance path for conveying the bankbook between the feeding roller, the discharge unit, and the collection unit;
For a new passbook that is set by being pressed by the feeding roller in the storage unit, it measures the time since it was set, determines whether the measured time has passed a predetermined time, and measures the time When the controller determines that a predetermined time has passed, the control unit that transports the new passbook from the feed roller to the collection unit on the transport path, and collects the new passbook ;
A passbook transaction apparatus comprising: A storage section for storing a bankbook;
A feeding roller for feeding out the bankbook;
A discharge unit for discharging the passbook fed by the feed roller;
A collection unit for collecting the passbook fed by the feed roller;
A conveyance path for conveying the bankbook between the feeding roller, the discharge unit, and the collection unit;
When measuring the time since the new bankbook is set in the storage unit, determining whether the measured time has passed a predetermined time, and determining that the measured time has passed the predetermined time Of the plurality of passbooks stored in the storage unit, the delivery of the passbook abutting on the feed roller by rotating the feed roller a predetermined amount to move the position of the passbook abutting on the feed roller A controller that shifts a portion that contacts the roller and holds the passbook in a state that the portion that contacts the feeding roller is shifted; and
A passbook transaction apparatus comprising: A storage section for storing a bankbook;
A feeding roller for feeding out the bankbook;
A discharge unit for discharging the passbook fed by the feed roller;
A collection unit for collecting the passbook fed by the feed roller;
A conveyance path for conveying the bankbook between the feeding roller, the discharge unit, and the collection unit;
A transport roller disposed on the transport path at a position downstream of the feed roller and having a pitch different from the pitch of the feed roller;
For a new passbook that is set by being pressed by the feeding roller in the storage unit, it measures the time since it was set, determines whether the measured time has passed a predetermined time, and measures the time Is determined to have passed a predetermined time, the control unit that transports the new passbook from the feed roller to the transport roller, and causes the transport roller to hold the new passbook ;
A passbook transaction apparatus comprising: A retreat conveyance path that is disposed between the feeding roller and the discharge unit and temporarily retracts the passbook having a plurality of the conveyance rollers having different pitches;
When it is determined that the measured time has passed a predetermined time, the control unit causes the new passbook to be transported from the feeding roller to the retreat conveyance path, and causes the retreat conveyance path to hold the new passbook . ,
The passbook transaction apparatus according to claim 3.

Images