CN104937644A

CN104937644A - Medium stacking device and medium processing device

Info

Publication number: CN104937644A
Application number: CN201480005384.4A
Authority: CN
Inventors: 横手贵元; 岩崎悟; 末高伦夫
Original assignee: Oki Electric Industry Co Ltd
Current assignee: Oki Electric Industry Co Ltd
Priority date: 2013-02-12
Filing date: 2014-02-04
Publication date: 2015-09-23
Anticipated expiration: 2034-02-04
Also published as: JP2014154007A; JP6478442B2; WO2014125968A1; CN104937644B

Abstract

The present invention enables the stable stacking of a paper-sheet-shaped medium. A reject cassette (16) is provided with a guide body (61) at a location towards the top within a stacking space (SC). The guide body (61) transitions between a lift-up state in which a deformation section (61P) is deformed by banknotes (BL) conveyed within a conveyance groove (31) and a contact section (61Q) is lifted up, and a lowered state in which the contact section (61Q) is lowered by means of the elastic force of the deformation section (61P) after completion of discharge of banknotes (BL). As a result, the reject cassette (16) retracts the contact section from the travel path (W2) when banknotes are discharged from a discharge section (37), whereas when the rear end of the final banknote to be discharged within the stacking space (SC) is positioned to the outside of the rotational pathway (38R) of a bladed wheel (38), it is possible to lower the contact section (61Q), push into the rotational pathway (38R) the rear end of the banknote, and knock down same by means of a tongue (38T), and so it is possible to methodically stack banknotes.

Description

Medium accumulation device and media processing apparatus

Technical field

The present invention relates to medium accumulation device and media processing apparatus, relate to the automated teller machine (ATM) etc. that media such as such as putting into bank note carries out the transaction expected.

Background technology

In the past, in automated teller machine that financial institution etc. uses etc., according to the transaction content with client, such as, allowed client stored in cashes such as currency or coins, or received and paid out cash to client.

As automated teller machine, propose such as such automated teller machine, it has: Reception Dept, carries out receiving and grant of bank note between itself and client; Delivery section, it carries bank note; Discriminating portion, it differentiates face amount and the true and false of the bank note be placed into; Interim storage unit, it preserves the bank note be placed into temporarily; Cassette, it receives bank note according to face amount; And rejection box, it is for the not recycling bank note of storage.

In income transaction, after bank note is put into Reception Dept by client, this automated teller machine is carried the bank note that is placed into and is differentiated by discriminating portion.Then, differentiate by discriminating portion as the bank note containing of normal bank note is to interim storage unit.On the other hand, the bank note of the bank note (abnormal bank note) differentiated as concluding the business by discriminating portion is made to turn back to Reception Dept, to return client.

Then, after determining the income amount of money by client, the bank note being accommodated in interim storage unit is sent by automated teller machine, is again differentiated its face amount by discriminating portion.According to the face amount again identified, by the bank note containing sent from interim storage unit to each cassette, and, the bank note containing of the large bank note of degree of injury will be identified as to rejection box.

Figure 21 illustrates the structure of rejection box in the past.Rejection box 216 is in the past formed with the accumulation volume SC for accumulating bank note in inside, be formed with transfer passage along delivery chute 31, and wherein this delivery chute 31 is arranged on the upside of the rear lateral portion of accumulation volume SC.

The bank note conveying roller 35 be driven in rotation to arrow R1 direction and the bank note conveying roller 36 etc. of following this bank note conveying roller 35 and rotating to arrow R2 direction is configured with near delivery chute 31.Bank note conveying rollers 35 and 36 etc. for direct of travel with the short side direction of bank note BL, are carried bank note (bank note BL11) along delivery chute 31, are rendered in accumulation volume SC by bank note.

Forwards advanced in accumulation volume SC (bank note BL12) by the bank note BL thrown in, collide with the stop part 41 being arranged on front side portion and absorbed and impact.And then bank note BL is hit down the below of accumulation volume SC by the tongue piece 38T of impeller 38 and is pulled to rear (bank note BL13) on microscope carrier 23, and wherein this impeller 38 is arranged on the rear lateral portion of accumulation volume SC, and rotates to arrow R1 direction.

In addition, the stop part 41 rejecting box 216 is formed with ladder difference at the rear side that bank note BL collides.Thereby, it is possible to the multiple bank note BL (for example, referring to Te Xu document 1) that the length of reply short side direction is different.

Patent documentation 1: Japanese Unexamined Patent Publication 2008-276485 publication (the 2nd figure)

Summary of the invention

Invent problem to be solved

But, in the rejection box 216 of said structure, such as, as shown in figure 22, thrown in due to use etc. cause the bank note BL14 of weakened time, its front end (end of front side) hangs down downwards and its end (end of rear side) lifts upward sometimes.

At this moment, in rejection box 216, bank note BL14 departs from from the rotational trajectory 38R of impeller 38, so cannot hit downwards bank note BL14 down by tongue piece 38T.In this case, the travel path being blocked follow-up bank note BL15 by bank note BL14 is caused.

Therefore, in rejection box 216 in the past, follow-up bank note BL15 and leading bank note BL14 collides, and causes the blocking or the damage that produce bank note BL.So, have the problem possibly suitably cannot accumulating this bank note BL.

The present invention considers above-mentioned aspect and completes, and proposes medium accumulation device and the media processing apparatus of the medium can stablizing accumulation page shape.

For the means of dealing with problems

In order to solve this problem, being provided with in medium accumulation device of the present invention: microscope carrier, its mounting surface loading and accumulates medium; Input portion, it throws in medium in the accumulation volume as above-mentioned mounting surface side of above-mentioned microscope carrier; Beating portion, its patting the medium thrown in out from above-mentioned input portion to the above-mentioned mounting surface side of above-mentioned microscope carrier at least partially; And guide body, it is by an at least above-mentioned part can guide within the scope of beating to above-mentioned beating portion of above-mentioned medium.

In addition, be provided with in media processing apparatus of the present invention: delivery section, its pumped (conveying) medium; Microscope carrier, its mounting surface loads and accumulates above-mentioned medium; Input portion, it throws in medium in the accumulation volume as above-mentioned mounting surface side of above-mentioned microscope carrier; Beating portion, the above-mentioned mounting surface side of a part for the medium thrown in out from above-mentioned input portion to above-mentioned microscope carrier is patted by it; And guide body, it will render to a part can guide within the scope of beating to above-mentioned beating portion of the above-mentioned medium in above-mentioned accumulation volume from above-mentioned input portion.

Like this, in the present invention, after medium is devoted to accumulation volume, even if move to completely can outside beating scope for this medium, also a part for this medium can be guided to and can pat in scope by guide portion, so can this medium be patted on microscope carrier by beating portion and accumulate.

Invention effect

According to the present invention, after medium is devoted to accumulation volume, though medium move to beating portion completely can outside beating scope, also by guide portion a part for this medium can be guided to and can pat in scope.So, can this medium be patted on microscope carrier by beating portion and accumulate.So the present invention can realize medium accumulation device and the media processing apparatus that stably can accumulate the medium of paper sheet.

Accompanying drawing explanation

Fig. 1 is the schematic perspective view of the surface structure that automated teller machine is shown.

Fig. 2 is the schematic diagram of the structure that bill depositing/dispensing apparatus is shown.

Fig. 3 is the schematic diagram that the structure rejecting box is shown.

Fig. 4 is the schematic diagram that the structure rejecting box is shown.

Fig. 5 is the schematic perspective view of the structure that microscope carrier is shown.

Fig. 6 is the schematic diagram of the structure that microscope carrier is shown.

Fig. 7 is the schematic diagram of the action of the stop part illustrated for the shortest bank note.

Fig. 8 is the schematic diagram of the action of the stop part illustrated for the longest bank note.

Fig. 9 is the schematic diagram of the structure that microscope carrier upper limit test section is shown.

Figure 10 A is the schematic diagram of the position control that microscope carrier is shown.

Figure 10 B is the schematic diagram of the position control that microscope carrier is shown.

Figure 10 C is the schematic diagram of the position control that microscope carrier is shown.

Figure 11 A is the schematic diagram of the structure that guide body is shown.

Figure 11 B is the schematic diagram of the structure that guide body is shown.

Figure 12 is the schematic diagram of the structure that guide body is shown.

Figure 13 is the schematic diagram of the accumulation (1) that bank note is shown.

Figure 14 is the schematic diagram of the accumulation (2) that bank note is shown.

Figure 15 is the schematic diagram of the accumulation (3) that bank note is shown.

Figure 16 is the schematic diagram of the accumulation (4) that bank note is shown.

Figure 17 is the schematic diagram of the accumulation (5) that bank note is shown.

Figure 18 is the schematic diagram of the accumulation (6) that bank note is shown.

Figure 19 is the schematic diagram of the accumulation (7) that bank note is shown.

Figure 20 A is the schematic diagram of the structure of the guide body that other embodiments are shown.

Figure 20 B is the schematic diagram of the structure of the guide body that other embodiments are shown.

Figure 21 is the schematic diagram of the structure of the rejection box illustrated in the past.

Figure 22 is the schematic diagram of the collision of the bank note illustrated in rejection box in the past.

Embodiment

Below, the mode (be below denoted as embodiment) of accompanying drawing explanation for carrying out an invention is adopted.

[1. the one-piece construction of automated teller machine]

Fig. 1 illustrates the surface structure of automated teller machine 1.Automated teller machine 1 is configured to centered by the housing 2 of box like.This device is such as arranged at financial institution etc., and to carry out credit transaction and withdrawing the money between client and conclude the business the grade transaction relevant with cash.

Housing 2 easily carries out the position of the operation of putting into and being undertaken by touch panel of bank note etc. under its leading flank is to the state having client, is provided with reply portion 3.

Reply portion 3 is arranged at the front upper side part of housing 2, and directly carries out the transaction of cash and bankbook etc. between client, and carries out the notice of information relevant to transaction and accepting of operation instruction.

Card gateway 4, bankbook gateway 5, paper money depositing and drawing port 6, coin depositing and drawing port 7 and display operating portion 8 is provided with in reply portion 3.

Card gateway 4 is the parts inserting or discharge the various cards such as cash card.The inboard of card gateway 4 is provided with card handling part, and this card handling part carries out by the reading of the account account number of magnetic recording on various card etc.

Bankbook gateway 5 is the parts inserting or discharge bankbook.The inboard of bankbook gateway 5 is provided with bankbook handling part, and this bankbook handling part carries out the reading of the magnetic information be recorded on bankbook and the print processing etc. of transaction content.

Paper money depositing and drawing port 6 be put into client stored in bank note, and discharge the part of bank note to client cashier.In addition, paper money depositing and drawing port 6 is by driving gate described later to open or closing.

Coin depositing and drawing port 7 be put into client stored in coin, and discharge the part of coin to client cashier.In addition, coin depositing and drawing port 7 in the same manner as paper money depositing and drawing port 6 by driving gate to open or closing.

Display operating portion 8 shows the LCD (Liquid Crystal Display: liquid crystal indicator) of operation screen and the touch panel of touch sensor integration by when concluding the business, wherein, this touch sensor is for inputting selection, the password or dealing money etc. of the kind of transaction.

Below, with the side faced by the client among automated teller machine 1 for front side, with its contrary side for rear side, observe from the client on front side of this, using left and right as left side and right side, and then definition the upper side and lower side is described.

Be provided with in housing 2 and the master control part 9 of control and the bill depositing/dispensing apparatus 10 etc. carrying out the various process relevant to bank note are unified to whole automated teller machine 1.

Master control part 9 is configured to centered by not shown CPU (Central Processing Unit: CPU (central processing unit)), and never illustrated ROM and flash memory etc. read and the program put rules into practice, thus carry out credit transaction and the various process such as transaction of withdrawing the money.

In addition, master control part 9 has the storage parts such as RAM (Random Access Memory: random access memory), hard disk drive and flash memory in inside, and stores various information in this storage part.

In addition, the front face side of housing 2 and after it side of part such as side be made up of door to be opened/closed.That is, when housing 2 carries out the transaction movement of the transaction relevant to cash between client, as shown in Figure 1, close each door, thus the bank note be accommodated in bill depositing/dispensing apparatus 10 is protected.On the other hand, housing 2, when operating personnel etc. carries out the maintenance operation of maintaining operation, is opened each door as required, thus easily can be carried out the operation for each several part in housing 2.

Fig. 2 illustrates the side view of bill depositing/dispensing apparatus 10.Bill depositing/dispensing apparatus 10 encloses multiple parts of carrying out the various process relevant to bank note therein.In addition, each several part of bill depositing/dispensing apparatus 10 is controlled by bank note control part 11.

Bank note control part 11 is configured to centered by not shown CPU in the same manner as master control part 9, and reads and perform preset program in never illustrated ROM and flash memory etc., thus carries out the various process such as the process of the conveying destination for determining bank note.

In addition, bank note control part 11 has the storage part be made up of RAM and flash memory etc. in inside, in this storage part, store various information.

Bank note control part 11 is such as when client carries out the credit transaction stored in bank note, after the operation input having accepted regulation via display operating portion 8 (Fig. 1), open the accommodation space 12A that gate makes bank note put into be formed in Reception Dept 12.

After bank note is put into accommodation space 12A, Reception Dept 12 closed shutter also sends bank note one by one in this accommodation space 12A, is delivered to delivery section 13.Delivery section 13 is made up of multiple roller or band, makes the bank note being configured to rectangular page shape advance along short side direction and be transported to discriminating portion 14.

Discriminating portion 14 carries bank note therein on one side, uses optical element and magnetic detecting element etc. to differentiate face amount and the true and false and the degree of injury etc. of this bank note, its identification result is informed to bank note control part 11.Corresponding therewith, bank note control part 11 determines the conveying destination of this bank note according to acquired identification result.

At this moment, the bank note being identified as normal bank note in discriminating portion 14 is transported to interim storage unit 15 and preserves temporarily by delivery section 13, on the other hand, the rejection bank note being identified as the bank note that can not conclude the business is transported to Reception Dept 12, to return to client.

Afterwards, bank note control part 11 allows client determine amount deposited by display operating portion 8, by delivery section 13, the bank note being retained in interim storage unit 15 is transported to discriminating portion 14.Then, by the face amount and degree of injury etc. of discriminating portion 14 identification note, and its identification result is obtained.

And if the degree of injury of bank note is large, then bank note control part 11 it can be used as not recycling bank note, be transported to by delivery section 13 and reject box 16 and receive.If the degree of injury of bank note is little, then it can be used as recycling bank note, carried by delivery section 13, and be received into the cassette 17 corresponding to its face amount.

In addition, bank note control part 11 such as when client carry out take out bank note withdraw the money transaction, after the operation input having been accepted regulation by display operating portion 8 (Fig. 1), send the bank note corresponding to the amount of money to be withdrawn the money from cassette 17, and be transported to discriminating portion 14 by delivery section 13.

Then, bank note control part 11, after authenticated this bank note by discriminating portion 14, is transported to Reception Dept 12 by delivery section 13 and accumulates in accommodation space 12A, open the gate of paper money depositing and drawing port 6 (Fig. 1) and allow client take out.

In addition, to open and under the state rearward having pulled out bill depositing/dispensing apparatus 10 or its part being arranged at the door after housing 2 (Fig. 1), reject box 16 and cassette 17 can relative to this bill depositing/dispensing apparatus 10 dismounting.

Like this, reject box 16 and degree of injury is carried out greatly and not the rejection bank note containing that recycles to inside.

[2. rejecting the structure of box]

[structure of 2-1. each several part]

Then, the structure rejecting box 16 is described.As shown in Figure 3 and Figure 4, reject box 16 to be configured on the whole, in rectangular-shaped framework 21, multiple parts are installed.

In addition, Fig. 3 illustrates from left side the side view that rejection box 16 is observed.Fig. 4 illustrates the part from front side to the cut-open view that A1-A2 section shown in Figure 3 is observed.In addition, for convenience of description, each parts are simplified, further omission or the parts through a part.

Framework 21 (Fig. 3) is formed with rectangular-shaped inner space 21S in inside.Inner space 21S on the downside of it, front side and rear side surround by following side 21A, rear lateral portion 21B and upper lateral part 21C respectively.On the other hand, open front side significantly, thus and ft connection.

In addition, the front side of framework 21 is provided with Qianmen 22.Qianmen 22 is installed on framework 21 via not shown hinge, and by rotating relative to this framework 21 via hinge, closing or externally open inner space 21S from outside.

Microscope carrier 23 is provided with in the 21S of inner space.Microscope carrier 23 is formed as tabular thin in the vertical direction, and bank note BL can be positioned in as on the mounting surface 23A of its upper surface.In addition, microscope carrier 23 in the vertical direction internal volume 21S is separated, using the part of upside wherein as space, i.e. the accumulation volume SC that can accumulate bank note BL.

As shown in Figure 5 and Figure 6, microscope carrier 23 is separately installed with microscope carrier support portion 24 and 25 in left and right.Microscope carrier support portion 24 and 25 is all formed as little rectangular-shaped, and runs through respectively and be provided with through hole through in the vertical direction.

In addition, be respectively arranged with microscope carrier guiding piece 26 and 27 near the two ends, left and right in framework 21, this microscope carrier guiding piece 26 and 27 is formed as elongated cylindric in the vertical direction.This microscope carrier guiding piece 26 and 27 inserts respectively in microscope carrier support portion 24 and 25.

Further, be provided with microscope carrier drive division 30 (Fig. 3) in framework 21, this microscope carrier drive division 30 is made up of the actuator for vertically driving microscope carrier 23 and gear etc.This microscope carrier drive division 30 is controlled by the bank note control part 11 (Fig. 2) of bill depositing/dispensing apparatus 10.

That is, microscope carrier 23 is according to the control of bank note control part 11 (Fig. 2), is driven by microscope carrier drive division 30 upward direction or lower direction.

On the other hand, as shown in Figure 3, on rear side of the top rejecting box 16, be formed with delivery chute 31, this delivery chute 31 makes to be communicated with between the upper surface side of framework 21 and the trailing flank top of inner space 21S.

Delivery chute 31 is almost formed along above-below direction near the upper surface of framework 21, and on the other hand, almost formed along fore-and-aft direction near the trailing flank of inner space 21S, both coupling parts bend smoothly.In addition, delivery chute 31 and bank note BL Formation cross-section shape in combination, can make this bank note BL advance along transfer passage W1.

In addition, the position of the top side in delivery chute 31, is configured with bank note conveying roller 32 and 33 in the mode clipping transfer passage W1 from front and back.Bank note conveying roller 32 and 33 is all formed as cylindric towards left and right directions of central shaft.

Bank note conveying roller 33 by not shown actuator transmission of drive force, thus rotates to arrow R2 direction.Bank note conveying roller 32 can rotate freely, and exerts a force to bank note conveying roller 33.

Therefore, when bank note conveying roller 32 is passed driving force and rotates to arrow R2 direction, bank note conveying roller 33 is rotated to arrow R1 direction.At this moment, when bank note BL is positioned on transfer passage W1, bank note conveying roller 32 sandwiches this bank note BL between bank note conveying roller 33, and is carried downwards by this bank note BL.

Further, the lower end in delivery chute 31, namely with the connecting portion of inner space 21S near, to be configured with bank note conveying roller 35 and 36 from the mode clipping transfer passage W1 up and down.

As shown in Figure 4, bank note conveying roller 35 is formed as coiling tubular, and the external diameter being namely formed as middle body is less than the external diameter of the two end portions of left and right, and inserts the turning axle 34 making central shaft towards left and right directions.In addition, on turning axle 34, in mode spaced apart in the lateral direction, 2 bank note conveying rollers 35 are installed.In addition, this turning axle 34 by not shown actuator transmission of drive force, thus rotates to arrow R1 direction.

It is cylindric that bank note conveying roller 36 is formed as making central shaft towards left and right directions, and by not shown force application mechanism downward to namely exerting a force towards bank note conveying roller 35.In addition, 2 bank note conveying rollers 36 are arranged at rejects box 16, and configures in the mode opposed with the middle body of bank note conveying roller 35 respectively.

Therefore, when to turning axle 34 transmission of drive force, bank note conveying roller 35 rotates to arrow R1 direction (Fig. 3), and bank note conveying roller 36 is rotated to arrow R2 direction.At this moment, if bank note BL is positioned on transfer passage W1, then bank note conveying roller 35 sandwiches this bank note BL and forwards sends between bank note conveying roller 36, and in accumulation volume SC, throws in this bank note BL from the abutment of bank note conveying roller 35 and 36, i.e. release position P.Below, bank note conveying roller 35 and 36 is referred to as input portion 37.

In addition, at this moment, bank note BL to be graded the curved trace be applied with vertically by the both ends of bank note conveying roller 35, therefore, when throwing in from release position P, improve bending strength vertically, almost forwards advancing as the crow flies in accumulation volume SC.

In addition, on turning axle 34, except bank note conveying roller 35, the impeller 38 as beating portion is also inserted.Impeller 38 makes 4 tongue piece 38T radially extend laterally from the central part (not shown) being installed on turning axle 34.Tongue piece 38T is formed as thin and elongated tabular, has flexibility, and the friction force on surface is larger.

When turning axle 34 rotates, this impeller 38 rotates to arrow R1 direction together with bank note conveying roller 35.At this moment, if the bank note BL rendered in accumulation volume SC is in the scope of rotational trajectory 38R, then tongue piece 38T hit down microscope carrier 23 upper surface or by the upper surface of bank note BL be positioned on this microscope carrier 23.And tongue piece 38T bends in the mode be close to the upper surface of the bank note BL hit down, friction force can be made to act on and rearward pull between this bank note BL.

[structure of 2-2. stop part]

On the other hand, on front side of the top rejecting box 16, stop part 41 is provided with.Stop part 41 is formed as elongated rectangular-shaped in the vertical direction, is formed with large ladder poor in back-surface side.That is, in stop part 41, the rear surface of bottom 41B is roughly equal to the trailing flank 22X at Qianmen 22, and predetermined distance is rearward given prominence in the rear surface of top 41A compared with them.

In addition, stop part 41 runs through to be provided with at its lower end and throughly in the lateral direction inserts hole 41C, inserts in the 41C of hole inserted rotation axis 42 at this.On this rotation axis 42, insert multiple stop part 41 in the mode at the interval separating regulation in the lateral direction.In addition, rotation axis 42 is installed on Qianmen 22.

Further, between the front surface and Qianmen 22 of stop part 41, the spring 43 be made up of Compress Spring is installed.

Therefore, when the rear surface of the bank note BL rendered in accumulation volume SC and stop part 41 is collided, stop part 41 carries out compression while forwards rotate centered by rotation axis 42 to spring 43, thus absorbs this impact.Then, stop part 41 by spring 43 elastic force, namely want extend power and rearward rotate, can power be applied to the bank note BL abutted with the rear surface of stop part 41 and make it rearward advance.

In addition, in rejection box 16, when the bank note BL (following, to call it as the shortest bank note BLS) that the length of short side direction is the shortest is collided with stop part 41 by throwing in from input portion 37, long from being played the distance between colliding by input, so its impetus weakens.

Therefore, as shown in Figure 7, stop part 41 rotates because of this impact hardly.Thus, stop part 41 can make the rear end BLSE of the shortest bank note BLS rest in the rotational trajectory 38R of impeller 38, can be hit down by this rear end BLSE by tongue piece 38T.

On the other hand, in rejection box 16, the bank note BL the longest in the length of short side direction is (following, call it as the longest bank note BLL) when being collided with stop part 41 by throwing in from input portion 37, shorter from being played the distance between colliding by input, so its impetus weakens hardly.

Therefore, as shown in Figure 8, stop part 41 is subject to this impact and forward direction and rotates.The rear end part being positioned at the rotational trajectory 38R of impeller 38 of the longest bank note BLL is hit down by tongue piece 38T and is positioned on microscope carrier 23.At this moment, the lower portion of the rear surface of stop part 41 is positioned at than position on the front, upper portion, so can avoid and microscope carrier 23 or the interference of the longest bank note BLL that loads.

Like this, stop part 41 is formed with ladder difference in rear surface, can get both thus make the rear end BLSE of the shortest bank note BLS rest on the rotational trajectory 38R of impeller 38 scope in and avoid and microscope carrier 23 and the longest bank note BLL Gan Wataru that is positioned on this microscope carrier 23.

[detection of 2-3. microscope carrier and position control]

In addition, the microscope carrier upper limit test section 53 rejected box 16 (Fig. 3) and be provided with the upper space test section 51 of the accumulated state detecting bank note BL and residue detection portion 52 and the position of microscope carrier 23 is detected.

Upper space test section 51 is formed by sending the illuminating part 51A detecting light L1 and the light accepting part 51B receiving this detection light L1.

Illuminating part 51A is arranged in the upper lateral part 21C of framework 21, sends detect light L1 towards oblique lower rear.In addition, light accepting part 51B is arranged in rear lateral portion 21B, receives the detection light L1 from front incidence tiltedly.

In addition, illuminating part 51A and light accepting part 51B is installed on as upper/lower positions: detect light L1 by being positioned at the position of the check point D1 of height H 1.

If its light path of detection light L1 sent by illuminating part 51A is not blocked, then received by light accepting part 51B.On the other hand, at microscope carrier 23 or when being positioned at check point D1 by the bank note BL be positioned on this microscope carrier 23, detect light L1 and blocked by them, so light accepting part 51B cannot be arrived.

That is, receive in light accepting part 51B and detect light L1 and represent: the upper surface of microscope carrier 23 or be positioned at the position lower than height H 1 by the upper space (following, to call it as mounting upper space) of the bank note BL be positioned on this microscope carrier 23.In addition, in light accepting part 51B, do not receive detection light L1 represent, mounting upper space is positioned at the position higher than height H 1.

Light accepting part 51B generates the upper space detection signal representing and whether receive and detect light L1, and is provided to bank note control part 11 (Fig. 2).Corresponding therewith, according to upper space detection signal, bank note control part 11 identifies that whether mounting upper space is higher than height H 1.

Residue detection portion 52 is formed by sending the illuminating part 52A detecting light L2 and the light accepting part 52B receiving this detection light L2.

Illuminating part 52A is arranged in the upper lateral part 21C of framework 21, immediately below roughly, send detection light L2.In addition, light accepting part 52B is arranged on the front of the illuminating part 52A in the upper lateral part 21C of framework 21, receives from detection light L2 incident immediately below roughly.

Further, in microscope carrier 23, illuminating part 52A and light accepting part 52B roughly immediately below position be respectively charged into catoptron 23M1 and 23M2 that reflection detects light L2.Catoptron 23M1 by its reflecting surface towards direction of tiltedly going forward.In addition, catoptron 23M2 by its reflecting surface towards oblique upper rear to.

When bank note BL is not positioned on microscope carrier 23, the detection light L2 sent from illuminating part 52A is reflected by catoptron 23M1 and 23M2 successively, is received by light accepting part 52B.On the other hand, when bank note BL has been positioned on microscope carrier 23, detects light L2 and blocked by this bank note BL, so light accepting part 52B cannot be arrived.

That is, receive in light accepting part 52B and detect light L2 and represent do not load bank note BL completely on microscope carrier 23.In addition, do not receive detection light L2 at light accepting part 52B and represent that mounting (remaining) has the bank note BL of more than 1 on microscope carrier 23.

Light accepting part 52B generates the residue detection signal representing and whether receive and detect light L2, and provides it to bank note control part 11 (Fig. 2).Corresponding therewith, bank note control part 11 identifies whether to remain bank note BL on microscope carrier 23 according to residue detection signal.

Microscope carrier upper limit test section 53 is arranged on the position of the side top ratio check point on the rear lateral portion 21B (Fig. 3) of framework 21.

In addition, as shown in Figure 9, microscope carrier upper limit test section 53 is formed by sending the illuminating part 53A detecting light L3 and the light accepting part 53B receiving this detection light L3.From top view, this microscope carrier upper limit test section 53 is formed as roughly U-shaped, mutually opposing in the mode at the interval of the spaced apart regulation at illuminating part 53A and light accepting part 53B.

Illuminating part 53A sends towards light accepting part 53B and detects light L3.In addition, light accepting part 53B receives the detection light L3 from illuminating part 53A side incidence.

On the other hand, shading projection 23D (Fig. 4) is uprightly provided with at the upper surface of microscope carrier 23.As shown in Figure 9, when microscope carrier 23 moves to the position (i.e. the upper limit) of the top side among moveable scope and makes the mounting surface 23A of this microscope carrier 23 be positioned at the position of side more top than height H 1, this shading projection 23D blocks detecting light L3 between illuminating part 53A and light accepting part 53B.

That is, in light accepting part 53B, receive detection light L3 represent that microscope carrier 23 does not arrive the upper limit of moveable scope.In addition, in light accepting part 53B, do not receive detection light L2 represent that microscope carrier 23 has arrived the upper limit of moveable scope.

Light accepting part 53B generates for representing the microscope carrier upper limit detection signal whether receiving and detect light L3, and provides it to bank note control part 11 (Fig. 2).Corresponding therewith, according to microscope carrier upper limit detection signal, bank note control part 11 identifies whether microscope carrier 23 arrives the upper limit of moveable scope.

On the other hand, bank note control part 11 and microscope carrier drive division 30 realize the function as microscope carrier adjustment part jointly.Bank note control part 11, according to the microscope carrier upper limit detection signal of the upper space detection signal of upper space test section 51 and microscope carrier upper limit test section 53, controls the position (highly) of microscope carrier 23.

Such as, when energized, bank note control part 11 monitors the microscope carrier upper limit detection signal from microscope carrier upper limit test section 53, while control microscope carrier drive division 30 and make microscope carrier 23 move to the top.

When bank note control part 11 according to microscope carrier upper limit detection signal identify that microscope carrier 23 arrived moveable scope upper in limited time, stop microscope carrier 23 movement upward.

Then, bank note control part 11 monitors the upper space detection signal from upper space test section 51, while make microscope carrier 23 move gradually downwards.

When the mounting surface 23A that bank note control part 11 identifies microscope carrier 23 reaches height H 1, as shown in Figure 10 A, microscope carrier drive division 30 is controlled and makes this microscope carrier 23 mobile displacement Δ H specified downwards, mounting surface 23A is alignd with height H 2.

In addition, displacement Δ H such as becomes the distance suitable with thickness during overlapping 10 bank note BL.

Afterwards, bank note control part 11 monitors the upper space detection signal from upper space test section 51 on one side all the time, repeats from input portion 37 to the input in accumulation volume SC with to the accumulation microscope carrier 23 for being transported to the bank note BL rejecting box 16 successively.

Finally, as shown in Figure 10 B, when rising and exceed height H 1 in the upper space (namely loading upper space) being positioned in the bank note BL on microscope carrier 23, bank note control part 11, according to the upper space detection signal from upper space test section 51, identifies this.

Then, bank note control part 11 pairs of microscope carrier drive divisions 30 control, thus as illustrated in figure 10 c, make microscope carrier 23 move displacement Δ H downwards, alignd with height H 2 in mounting upper space.

Thus, bank note control part 11 using the height of accumulation volume SC, namely maintain bank note BL as the lower surface 21CX of the upper lateral part 21C from framework 21 to the accumulation volume height H SC of distance of mounting upper space input needed for distance more than.

[structure of 2-4. guide body]

Except this structure, in rejection box 16 (Fig. 3), the position of the top side in accumulation volume SC is provided with guide body 61.

As shown in Figure 11 A, guide body 61, by being formed in the bending of multiple positions by laminal metal parts, when observing from left and right directions, becomes the shape of the latter half by the broken line rough approximation ellipse longer in front and back.The each several part corresponding to each line segment forming this broken line is followed successively by part 61A, 61B, 61C, 61D, 61E and 61F from rear side.

In addition, as shown in Figure 4, in rejection box 16,2 guide body 61 separate in the lateral direction regulation interval and between the bank note conveying roller 35,36 being arranged on left and right.

On the other hand, as shown in Figure 11 A, in the upper lateral part 21C of framework 21, installing component 62 is provided with.In this installing component 62, there is extension 62B from the base portion 62A being fixed on upper lateral part 21C is extended towards rear, have installation portion 62C from the rear end of extension 62B is extended downward.This installation portion 62C is positioned at the rear side of bank note conveying roller 36 and the position of side more top than release position P.

Guide body 61 is fixed in this installing component 62 in the upside of part 61A.Therefore, when guide body 61 is not applied to any external force (Figure 11 A), intersect at part 61B place and transfer passage W1, part 61C is turned back from the below slightly of release position P towards front lower place, part 61D is turned back towards front upper place, part 61E is turned back upward further, part 61F is rearward turned back in the upside of lower surface 21CX.In addition, in lower surface 21CX, inserted part 61D and 61E, on the other hand, run through be provided with do not make part 61F by such shape insert hole.

In addition, guide body 61 is made up of laminal metal parts, has flexibility and elasticity thus in the same manner as common leaf spring.

Therefore, in guide body 61, in transfer passage W1, carry bank note BL and a part of this conveying bank note BL is clamped by bank note conveying roller 35 and 36 time, than release position P rearward, i.e. the upstream side of throughput direction, a part of part 61B is lifted upward by this bank note BL.

At this moment, in guide body 61, as shown in Figure 11 B, make the part in the scope of the upside from the downside of part 61A to part 61B (following, call it as variant part 61P) distortion, part 61C is raised to the degree close to lower surface 21CX, and part 61D and part 61E is positioned at than this lower surface 21CX position by the top.

In addition, part 61C, 61D and 61E of guide body 61 are raised to the position of the top side of travel path W2 when forwards advancing as the crow flies than the bank note BL thrown in from input portion 37.Thus, guide body 61 is kept out of the way from travel path W2.Below, the state of guide body 61 is at this moment called lifting status.

Afterwards, when bank note BL to be devoted in accumulation volume SC etc. guide body 61 no longer lifted by this bank note BL time, by the recuperability (elastic force) of variant part 61P effect and return to original state, namely, make part 61C, 61D and 61E drop to than travel path W2 state on the lower (following, call it as decline state) (Figure 11 A).

At this moment, in guide body 61, part 61F is abutted (i.e. hook) with lower surface 21CX, thus the upper end of part 61E can not be dropped in accumulation volume SC.

In addition, in guide body 61, after no longer being lifted by bank note BL under lifting status, elastic force is adjusted, makes to return to gradually the state that initially namely declines.

As shown in figure 12, in guide body 61, and then under decline state, make abutting part 61Q be positioned at rotational trajectory 38R position in the outer part than impeller 38, this abutting part 61Q is made up of the lower end of part 61C, the lower end of part 61D and part 61E.

On the other hand, when loading upper space and be positioned at height H 2 and the front end of the shortest bank note BLS being positioned near the front end of this mounting upper space, the scope at this shortest bank note BLS place is depicted as the curve C 1 of arc-shaped.

According to the relation between the curve C 1 shown in Figure 12 and the rotational trajectory 38R of impeller 38, in rejection box 16, when guide body 61 is in lifting status, when the rear end BLSE of the shortest bank note BLS is positioned at than rotational trajectory 38R position in the outer part, likely tongue piece 38T hits the rear end part BLSE less than this shortest bank note BLS down.

But guide body 61 makes abutting part 61Q be positioned at the position of side more top than the rear end BLSE of the shortest bank note BLS under lifting status, finally, transfers to decline state from lifting status.Thus, guide body 61 can make to abut backward below near the rear end BLSE of abutting part 61Q and the shortest bank note BLS and depress, and guides in the rotational trajectory 38R of impeller 38.

Like this, guide body 61 makes variant part 61P and the bank note BL that carries in delivery chute 31 correspondingly be out of shape, thus can shift making abutting part 61Q be raised between the lifting status of side more top than travel path W2 and the decline state making this abutting part 61Q decline.

[3. the accumulation of bank note]

Then, the accumulation action of the bank note BL rejected in box 16 is described.Such as, when transporting bank note BL successively from delivery section 13, as shown in figure 13, reject box 16 and along delivery chute 31, first bank note BL1 is carried, clamp its fore-end by input portion 37 (i.e. bank note conveying roller 35 and 36).

At this moment, in guide body 61, a part of part 61B is pressed into upward by bank note BL1, thus becomes the lifting status making variant part 61P distortion lift abutting part 61Q upward.

Then, as shown in figure 14, reject box 16 forwards send bank note BL1 successively by input portion 37 and make it advance in accumulation volume SC.At this moment, as mentioned above, the bending strength relevant to above-below direction of bank note BL1 improves, and advances hardly in front end with hanging down.Therefore, abutting part 61Q and the surrounding thereof of guide body 61 are supported from below by bank note BL1, maintain lifting status.

In addition, at this moment, delivery chute 31 is carried next the bank note BL2 handed over to from delivery section 13.

Afterwards, as shown in figure 15, reject box 16 by input portion 37, bank note BL1 to be rendered in accumulation volume SC.At this moment, bank note BL1 almost advances straight and collides with stop part 41.After absorbing impact by stop part 41, as shown in arrow U1, the rear end part of bank note BL1 is hit down by the tongue piece 38T of impeller 38 and is pulled into rear, is positioned on microscope carrier 23.

In addition, at this moment, box 16 is clamped next bank note BL2 fore-end by input portion 37 is rejected.Therefore, a part of the part 61B of guide body 61 is pressed into upward by bank note BL2, continues to maintain lifting status.

In addition, guide body 61, from being rendered to by first bank note BL1 in accumulation volume SC to the of short duration period of being lifted by next bank note BL2, becomes the state cannot lifted by any bank note BL.But, in guide body 61, as mentioned above, because the elasticity rate acting on variant part 61P is more weak, so return to original shape hardly, but maintain lifting status.

Afterwards, reject the state of box 16 alternate repetition Figure 14 and the state of Figure 15, under the state that guide body 61 is maintained lifting status, in accumulation volume SC, throw in bank note BL thus successively and accumulate on microscope carrier 23.

Finally, reject box 16 last bank note BL is rendered in accumulation volume SC.Here, as shown in figure 16, such as, suppose that the last bank note BL thrown in is the shortest bank note BLS, and its fore-end drops to the situation on microscope carrier 23.

After just the shortest bank note BLS being rendered in accumulation volume SC, because the elasticity rate of the variant part 61P of guide body 61 is more weak, so guide body 61 remains on lifting status.

At this moment, the rear end part of the shortest bank note BLS is positioned at the rotational trajectory 38R position in the outer part than impeller 38, so can not be hit down by tongue piece 38T, floats over the state of the higher position in accumulation volume SC on becoming downwards.When supposing that new bank note BL is transferred and is devoted in accumulation volume SC, the bank note BL that the shortest bank note BLS of this state is likely new with this collides.

Afterwards, the elastic force of the variant part 61P of guide body 61 acts on gradually, thus abutting part 61Q is declined.Then, as shown in figure 17, guide body 61 presses down the rear end BLSE of the shortest bank note BLS by abutting part 61Q and is pressed in the rotational trajectory 38R of impeller 38, while return to decline state.

Thus, the bank note BL1 in the shortest bank note BLS and Figure 15 similarly, hit down by the tongue piece 38T of impeller 38 and be pulled into rear, is fitly positioned on microscope carrier 23 by rear end part.

In addition, as shown in figure 18, even if when the bank note BL3 in the end the thrown in bank note that to be so-called rigidity little, also in the same manner as the situation shown in Figure 16, there is the situation that its rear end part is positioned at the rotational trajectory 38R position in the outer part than impeller 38.

Guide body 61 is in lifting status after just having thrown in bank note BL3, but the elastic force due to variant part 61P acts on gradually and abutting part 61Q is declined.Then, as shown in figure 19, guide body 61 presses down the rear end part of bank note BL3 by abutting part 61Q and is pressed in the rotational trajectory 38R of impeller 38, while become decline state.

Thus, rear end part is hit down by the tongue piece 38T of impeller 38 by bank note BL3, and is pulled into rear, is fitly positioned on microscope carrier 23.

Like this, reject box 16 after the bank note BL transported successively is all by input, even if the rear end of last bank note BL is positioned at outside rotational trajectory 38R, also make guide body 61 transfer to decline state from lifting status, the rear end of bank note BL is guided in this rotational trajectory 38R.

[4. action and effect]

In above structure, the rejection box 16 of present embodiment is except microscope carrier 23, input portion 37, impeller 38 and stop part 41 etc., and the position of the top side also in accumulation volume SC is provided with the guide body 61 with variant part 61P and abutting part 61Q.

Guide body 61 can shift by making variant part 61P elastic deformation between lifting status and decline state, wherein, this lifting status is the state lifted by abutting part 61Q by the bank note BL transported in delivery chute 31, and this decline state is the state by the elastic force of variant part 61P, abutting part 61Q being declined after this bank note BL has thrown in.

So, in rejection box 16, even if the shortest bank note BLS declined as front end or the weak bank note BL of toughness, the rear end finally rendering to the bank note BL in accumulation volume SC is positioned at the rotational trajectory 38R position in the outer part than impeller 38, also can decline by making the abutting part 61Q of guide body 61, the rear end of this bank note BL is pressed in rotational trajectory 38R, and is hit down by tongue piece 38T.

That is, when bank note BL is transported off and on, rejecting box 16 when terminating a series of bank note BL to throw in accumulation volume SC, can reliably hit last bank note BL down by tongue piece 38T and accumulate on microscope carrier 23.

Thus, rejecting box 16 when being rendered in accumulation volume SC by next transport first bank note BL, can the collision with last bank note BL be avoided with preventing trouble before it happens.Consequently, reject box 16 bank note BL to be fitly accumulated on microscope carrier 23.

In addition, guide body 61 is lifted in advance by the bank note BL transported along delivery chute 31 and becomes lifting status, so can keep out of the way from the travel path W2 of the bank note BL thrown in out by input portion 37 in advance.

Further, in guide body 61, at bank note BL by the stage of carrying along delivery chute 31, before by the clamping of the bank note conveying roller 35 and 36 in input portion 37, one of part 61B (Figure 11 A) by bank note BL jack-up.Therefore, guide body 61 can make its impetus decline when can carefully make the kinetic energy of the bank note BL thrown in from input portion 37 decline, this bank note BL is forwards advanced in accumulation volume SC.

In addition, the elastic force acting on variant part 61P is adjusted to more weak by guide body 61.Therefore, guide body 61 can the bank note BL after just rendering in accumulation volume SC abut with stop part 41 before maintain lifting status or state close therewith, and this bank note BL can be made not advance with declining.

In addition, guide body 61 is designed to, and the length of fore-and-aft direction is long, makes the position of abutting part 61Q be positioned at the position of earlier side.Thus, even if when the easiest rotational trajectory 38R from impeller 38 in the rear end of bank note BL departs from, namely, when the shortest bank note BLS front end be positioned at height H 2 microscope carrier 23 front end near abut (Figure 11 B), guide body 61 also can by make abutting part 61Q decline and the rear end BLSE of this shortest bank note BLS is pressed in rotational trajectory 38R.

Further, guide body 61 makes part 61E (Figure 11 A) arrive the position of side more top than lower surface 21CX, and end section (i.e. the rear end part of part 61F) is positioned at outside accumulation volume SC.Therefore, guide body 61 rejects box 16 Qianmen 22 (Fig. 3) when maintaining operation etc. is opened and hand is put into accumulation volume SC by operating personnel time, do not worry blocking the hand of operating personnel and deform or make the hand of operating personnel injured at end section.

In addition, by carrying out extremely simple material and the operations such as bending to the sheet metal being formed elongated, guide body 61 can easily be produced.

In addition, stop part 41 defines ladder difference in rear surface, thus raw dry Wataru can not be sent out, in the scope that the rear end BLSE of the shortest bank note BLS forwards advanced directly can be rested on the rotational trajectory 38R of impeller 38 by upper lateral part office (Fig. 7 and Fig. 8) with microscope carrier 23 and the longest bank note BLL be positioned on this microscope carrier 23 in office, following side.

Further, microscope carrier 23 when accumulating bank note BL, under the control undertaken by bank note control part 11, though mounting upper space minimum when, also make mounting upper space be positioned at height H 2 (Figure 10 C).Therefore, microscope carrier 23 is configured to, even if when dropping to mounting upper space in the front end of the shortest bank note BLS, also when guide body 61 transfers to decline state, the rear end BLSE of this shortest bank note BLS can be pressed into (Figure 17) in the rotational trajectory 38R of impeller 38 by abutting part 61Q.

According to above structure, the position rejecting the top side of box 16 in accumulation volume SC arranges guide body 61.Guide body 61 can shift between lifting status and decline state, wherein, this lifting status variant part 61P is deformed by the bank note BL of conveying in delivery chute 31 and is lifted the state of abutting part 61Q, and this decline state is the state by the elastic force of variant part 61P, abutting part 61Q being declined after this bank note BL has thrown in.Therefore, in rejection box 16, when throwing in bank note BL from input portion 37, abutting part 61Q is kept out of the way from travel path W2, on the other hand, when the rear end in the end can rendering to the bank note BL in accumulation volume SC is positioned at the rotational trajectory 38R position in the outer part than impeller 38, make abutting part 61Q decline and be pressed in rotational trajectory 38R the rear end of this bank note BL and hit down by tongue piece 38T, can fitly accumulate this bank note BL.

[5. other embodiments]

In addition, in the above-described embodiment, following situation is described: in guide body 61, variant part 61P is set, becoming when throwing in bank note BL from input portion 37 lifting status making abutting part 61Q keep out of the way the position of side more top than travel path W2, not making the bank note BL after input advance (Figure 11 A, 11B) in downward direction.

But, the present invention is not limited thereto.Such as, omit variant part 61P from guide body 61 and do not deform, and the abutting part 61Q of guide body 61 is positioned at than travel path W2 position slightly on the lower.And, also can be arranged to, the bank note BL after input be advanced slightly towards below, but suitably abuts with the rear surface of stop part 41, and, the rear end part of bank note BL is guided into the rotational trajectory 38R being positioned at impeller 38.

In addition, in the above-described embodiment, following situation is described: at the rear of release position P, by throwing in front and at the part 61B (Figure 11 A) crossing the bank note BL jack-up guide body 61 of carrying in delivery chute 31, abutting part 61Q being raised to the position of side more top than travel path W2.

But, the present invention is not limited thereto.Such as, also can be arranged to, make guide body 61 be positioned at more front, in the front of release position P, by the part 61B of the bank note BL jack-up guide body 61 after just throwing in, abutting part 61Q is raised to the position of side more top than travel path W2.In this case, expecting to notice, such as, by improving the driving force of the 37 couples of bank note BL in input portion, the bank note BL after input can not be advanced by guide body 61 downwards.

Further, in the above-described embodiment, following situation is described: make the variant part 61P of guide body 61 have elastic force, from having lifted the state of abutting part 61Q, by the effect of this elastic force, abutting part 61Q is declined.

But, the present invention is not limited thereto.Such as, also can be arranged to, variant part 61P is deformed with acting on elastic force hardly, abutting part 61Q, from the state lifted, declines by deadweight, and transfers to decline state.

Further, in the above-described embodiment, following situation is described: variant part 61P is set in guide body 61, makes this variant part 61P be out of shape thus transfer to lifting status or decline state.

But, the present invention is not limited thereto.Such as, also can be arranged to, be configured to by guide body 61 so that the mode of movement in the vertical direction the upper lateral part 21C of framework 21 can be installed on, and do not make this guide body 61 be out of shape, by making whole guide body 61 vertically move, transfer to lifting status or decline state.

And, in the above-described embodiment, following situation is described: guide body 61 is designed to: be positioned at height H 2 in mounting upper space, and the front end of the shortest bank note BLS is when being positioned near the front end of this mounting upper space, by transferring to decline state, by abutting part 61Q1 with abut near the rear end BLSE of the shortest bank note BLS and guide in rotational trajectory 38R.

But, the present invention is not limited thereto.Such as, also can Design guidance body 61 as follows: be positioned at height H 2 in mounting upper space, and the front end of the shortest bank note BLS is positioned near the front end of this mounting upper space, and when this shortest bank note BLS carries out bending in the mode that toughness is weak, also by transferring to decline state, as by abutting part 61Q1 with abut near the rear end BLSE of the shortest bank note BLS and to guide in rotational trajectory 38R etc., the bank note BL being in the state of other various states is guided in rotational trajectory 38R.

Further, in the above-described embodiment, following situation is described: make fore-end (i.e. the rear end part of part 61F) be positioned at accumulation volume SC outer (Figure 11 A).

But, the present invention is not limited thereto.Such as, also can be arranged to, from guide body 61 clipped 61E and 61F, make the anterior end of part 61D be the end of this guide body 61.In this case, expecting to notice, by embodiment as chamfer machining and fillet processing etc., thus not making when touching the hand of operating personnel it injured.

Further, in the above-described embodiment, following situation is described: when observing guide body 61 from left and right directions, be formed as the polyline shaped (Figure 11 A, 11B) lower portion of ellipse being similar to straight line.

But, the present invention is not limited thereto.Such as, also can being when observing from left and right directions, being formed as curve-like.In addition, for the width of left and right directions, except being arranged to fix, every part can be also arranged to different.

Further, in the above-described embodiment, following situation is described: Bending Processing is carried out to thin sheet metal, thus forms guide body 61.

But, the present invention is not limited thereto.Such as, also can be arranged to, as by carrying out resin material shapingly forming guide body 61 grade, forming guide body 61 by various material.In this case, as long as elastic deformation can occur by making variant part 61P thus become the lifting status of position abutting part 61Q being raised to side more top than travel path W2 and become the decline state that the effect by elastic force declines.In addition, for the surface abutted with bank note BL in guide body 61, expect to reduce resistance as far as possible, also can use the known various gimmick such as Tu cloth and stickup of attrition process and low-resistance dead-wood material.

Further, in the above-described embodiment, following situation is described: form guide body 61 by laminal parts.

But, the present invention is not limited thereto, also can form guide body 61 by the parts of other various shapes.Such as, as shown in FIG. 20 A, the rejection box 116 of other embodiments is provided with the guide body 161 be made up of the thin lead-in wire etc. of metal or silicon.Guide body 161 is in the upper lateral part 21C of framework 21, and its two ends are fixed on position, 2, front and back respectively, become the state with loosely suspending in midair.This guide body 161 can when not being lifted, the rear end BLSE of the shortest bank note BLS is pressed in the rotational trajectory 38R of impeller 38 by the effect by deadweight, on the other hand, as shown in fig. 20b, can when being lifted, bulk deformation and be positioned at the position of side more top than the travel path W2 of bank note BL.

Further, in the above-described embodiment, following situation is described: in the rear surface of stop part 41, ladder difference is set.

But, the present invention is not limited thereto.Such as, also can be arranged to rejecting the bank note BL of box 16 for accumulation, in the situation that the length difference of the shortest bank note BLS and the longest bank note BLL is smaller etc., ladder difference not being set in the rear surface of stop part 41.In addition, in this case, omit stop part 41, bank note BL trailing flank 22X (Fig. 3) that is direct and Qianmen 22 is collided.

Further, in the above-described embodiment, following situation is described: by upper space test section 51, mounting upper space is detected, while controlled by the position of bank note control part 11 pairs of microscope carriers 23.

But, the present invention is not limited thereto.Such as, also can be arranged to, the number of the bank note BL rendered in accumulation volume SC is counted successively, and control according to the position of number to microscope carrier 23 of the bank note BL thrown in.In this case, crucially, mounting upper space is controlled in the scope from height H 1 to height H2, thus guarantee accumulation volume height H SC, further, also by the abutting part 61Q of guide body 61, rear end part can be pressed in the rotational trajectory 38R of impeller 38 when the fore-end of the shortest bank note BLS declines and abuts with mounting upper space.

Further, in the above-described embodiment, following situation is described: by the bank note control part 11 being arranged at bill depositing/dispensing apparatus 10, according to upper space detection signal etc., the height of microscope carrier 23 is controlled.

But, the present invention is not limited thereto.Such as, also can be arranged to, arrange in rejection box 16 and reject box control part, according to upper space detection signal etc., the height of microscope carrier 23 is controlled by this rejection box control part.

Further, in the above-described embodiment, following situation is described: at rejection box 16,2 guide body 61 are set.

But, the present invention is not limited thereto.Such as, also can be arranged to, the guide body 61 of more than 1 or 3 is set at rejection box 16.In this case, can form in the same manner for each guide body 61, such as, also can make to be configured in the guide body 61 by center of left and right directions and the guide body 61 outside being configured in different in shape and characteristic (intensity of elastic force) etc.

Further, in the above-described embodiment, following situation is described: at rejection box 16, guide body 61 is set.

But, the present invention is not limited thereto.Such as, also can be arranged to, as the bank note transported BL being received into inside and the cassette 17 externally sent by the bank note BL of storage, guide body 61 is set throwing in major general's bank note BL and accumulate the various positions be formed in inner accumulation volume SC.

Further, in the above-described embodiment, following situation being described: carry out in the automated teller machine 1 of the transaction processing relevant to cash between client, in the rejection box 16 of inside, applying the present invention using accumulating as the bank note BL of medium.

But, be not limited thereto, such as, also can be arranged to, by in the various devices to bank note BL process such as the bank note treatment device of window banging librarian use (i.e. cash dispenser) in the window of financial institution etc., apply the present invention to the position of inside being accumulated by bank note BL.Further, such as, also can by except such as security and can work as the page shapes such as security that money uses medium except, the various medium accumulations also comprising the medium of the shape as bankbook and cash card apply the present invention to the position of inside.

And, in the above-described embodiment, following situation is described: form the rejection box 16 as medium accumulation device by the framework 21 as framework, the microscope carrier 23 as microscope carrier, the input portion 37 as input portion, the stop part 41 as stop part, the impeller 38 as beating portion and the guide body as guide body 61.

But, the present invention is not limited thereto, also can be arranged to, by forming medium accumulation device by the framework of other various Structure composing, microscope carrier, input portion, stop part, beating portion and guide body.

And, in the above-described embodiment, following situation is described: form the automated teller machine 1 as media processing apparatus by the delivery section 13 as delivery section, the framework 21 as framework, the microscope carrier 23 as microscope carrier, the input portion 37 as input portion, the stop part 41 as stop part, the impeller 38 as beating portion and the guide body 61 as guide body.

But the present invention is not limited thereto, also can by by having the delivery section of other various Structure composing, framework, microscope carrier, input portion, stop part, beating portion, guide body form media processing apparatus.

Utilizability in industry

The space of various media discharge to inside is carrying out can both applying in the various devices accumulated by the present invention.

The disclosure of No. 2013-024471, the Japanese patent application applied on February 12nd, 2013 is overall by referring to being incorporated into this instructions.

Claims

1. a medium accumulation device, is characterized in that,

Described medium accumulation device has:

Microscope carrier, its mounting surface loads and accumulates medium;

Input portion, its to described microscope carrier as described in mounting surface side accumulation volume in throw in medium;

Beating portion, its patting the medium thrown in out from described input portion to the described mounting surface side of described microscope carrier at least partially; And

Guide body, it is by an at least described part can guide within the scope of beating to described beating portion of described medium.

2. medium accumulation device according to claim 1, is characterized in that,

Described medium accumulation device also has the input delivery section of carrying described medium to described input portion,

Described guide body and the medium contact being transported to described input portion from described input delivery section, keep out of the way from the travel path of this medium in described accumulation volume thus.

3. medium accumulation device according to claim 2, is characterized in that,

Described guide body is kept out of the way from the described travel path of the described medium in described accumulation volume by making to be out of shape at least partially.

4. the medium accumulation device according to Claims 2 or 3, is characterized in that,

Described input portion is made up of a pair conveying roller,

Described guide body also has cross part, and at this cross part place, a part for this guide body leans on the position of the upstream side of throughput direction to intersect with the travel path of described medium in the abutment than described a pair conveying roller,

The medium carried by described input delivery section contacts with described cross part, and described guide body is kept out of the way from the travel path of this medium in described accumulation volume thus.

5. medium accumulation device according to claim 4, is characterized in that,

In described guide body,

Installing component is fixed in one end of described guide body, and this installing component is arranged at the top in described input portion,

Described guide body is deforming to described cross part from the one end being fixed in described installing component, keeps out of the way thus from the travel path of the described medium in described accumulation volume.

6. medium accumulation device according to claim 4, is characterized in that,

Described conveying roller configures multiple vertically,

Described guide body is configured between the described conveying roller that configures vertically.

7. medium accumulation device according to claim 2, is characterized in that,

In described stop part, on the impingement area that described medium collides, be formed with ladder difference in the mode from the part ratio close to described microscope carrier from the part away from described microscope carrier away from described input portion.

8. medium accumulation device according to claim 1, is characterized in that,

By the described medium thrown in from described input portion, described guide body is kept out of the way from the travel path of the described medium in described accumulation volume.

9. medium accumulation device according to claim 2, is characterized in that,

Described guide body is kept out of the way from the described travel path of the described medium in described accumulation volume by making to be shifted at least partially.

10. a media processing apparatus, is characterized in that,

Described media processing apparatus has:

Delivery section, its pumped (conveying) medium;

Microscope carrier, its mounting surface loads and accumulates described medium;

Beating portion, the described mounting surface side of a part for the medium thrown in out from described input portion to described microscope carrier is patted by it; And

Guide body, it will render to a part can guide within the scope of beating to described beating portion of the described medium in described accumulation volume from described input portion.