CN105632017A

CN105632017A - Delivery path switching device and dielectric transaction device

Info

Publication number: CN105632017A
Application number: CN201510671559.1A
Authority: CN
Inventors: 合田聪; 高田敦
Original assignee: Oki Electric Industry Co Ltd
Current assignee: Oki Electric Industry Co Ltd
Priority date: 2014-11-20
Filing date: 2015-10-16
Publication date: 2016-06-01
Anticipated expiration: 2035-10-16
Also published as: CN105632017B; JP6380039B2; JP2016098070A

Abstract

The invention provides a delivery path switching device and a dielectric transaction device. The combination of a delivery source and a delivery destination can be changed by simple structure. A paper currency in-out machine (10) of an automatic teller machine (1) provides driving force for a roller pair (33A),(33B) in a temporary reservation switching portion (20) disposed on a delivery portion (13) from the same front motor (41) so as to provide driving force for a roller pair (33C) from a rear motor (42). Accordingly, the temporary reservation switching portion (20), in cash counting or cash receiving operation, is capable of switching paper currency delivery destinations at high speed by just rotating a blade (31) within a narrow angle range by maintaining the rotary states of the roller pairs (33). Thus, the paper currency in-out machine (10) may change the combination of the delivery source and the delivery destination in the temporary reservation switching portion (20) so as to achieve structure simplification and low cost.

Description

Products conveying route switching apparatus and medium transaction device

Technical field

The present invention relates to products conveying route switching apparatus and medium transaction device, it is preferable that be applied to such as process the automated teller machine (ATM:AutomaticTellerMachine) etc. of the bank note as medium.

Background technology

In the past, in the automated teller machine used in financial institution etc. etc., according to the transaction content with user, for instance make user be stored in the cash of bank note, coin etc. and take out the automated teller machine of cash to user and be widely used.

As automated teller machine, for instance propose and have such as the following automated teller machine, it may be assumed that Reception Dept, it carries out delivering of bank note between user; Delivery section, it carries bank note; Identification part, it identifies input bank note; Temporary transient reserve part, it temporarily retains input bank note; Bill storage, it is by each currency type storage bank note; And control portion, it controls entirety.

This automated teller machine is such as in income is concluded the business, the bank note being put into Reception Dept by user is separated one by one and is taken into, it is transported to identification part by delivery section to differentiate, determines conveying destination according to this identification result by control portion, make afterwards to be temporarily accommodated in reserve part. Afterwards, the conveying destination that the bank note that temporary transient reserve part is received is respectively delivered to determine by automated teller machine receives.

Wherein, delivery section is by such as guiding the conveying guiding piece of bank note along transport path and driving force is delivered to the roller of bank note, belt etc. constituting. Further, the coupling part between delivery section transport path more than 3 has the switching part of the conveying direction of switching bank note. As this switching part, there is such switching part: such as by making the parts being referred to as blade of guiding bank note rotate, the direct of travel of switching bank note.

And, as switching part, except constitute fairly simple, the direct of travel of bank note can be switched to the switching part of 2 kinds except, it is also proposed that constitute more complicated, the direct of travel of bank note can be switched to the switching part (for example, referring to patent documentation 1) of more than 3 kinds.

[patent documentation 1] Japanese Unexamined Patent Publication 2009-249174 publication (the 1st figure)

Additionally, in delivery section, by clamp transport path and opposed in the way of configure 2 rollers (hereinafter referred to as roller to), make it rotate by the supply of at least one party wherein from the driving force of the drive division of motor etc., it is possible to driving force is delivered to bank note and carries bank note. Further, in switching part, near the blade in each transport path, it is respectively configured roller pair, wanting between 2 transport paths making bank note advance, by bank note from a roller to handing to another roller pair.

In this case, become the delivery source of bank note transport path, namely, bank note is transported into switching part transport path roller to so that week side abutment portion rotate close to the rotary mode of blade. Further, as the transport path of the conveying destination of bank note, namely, transport from switching part bank note transport path roller to so that week side abutment portion rotate away from the rotary mode of blade.

Such as in being connected to 3 transport paths and the direct of travel of bank note is switched to the switching part of more than 3 kinds, when each transport path place is respectively arranged with roller pair, it is necessary the conveying direction according to the bank note in each transport path, switches the combination to respective rotary mode of 3 groups of rollers.

But, when assuming from 3 drive divisions to 3 groups of rollers when transmitting driving force respectively, it is possible to individually switch the rotary mode of each roller pair, otherwise but, there is problems of, its structure becomes complicated, and brings the increase of manufacturing cost and the increase of upkeep operation.

Summary of the invention

The present invention allows for the above and is made, and it is an object of the invention to provide a kind of medium conveying apparatus of combination and medium transaction device that can be changed delivery source and conveying destination by simple structure.

In order to solve this problem, in the products conveying route switching apparatus of the present invention, having: conveying guiding piece, it is formed as making the 1st transport path of the medium of conveying page shape, the 2nd transport path and the 3rd transport path intersect; Blade, it can rotate, according to the angle rotated, the direct of travel of switchable dielectric between 2 transport paths selected from the 1st transport path, the 2nd transport path and the 3rd transport path; 1st roller to, the 2nd roller to the 3rd roller pair, they are by constituting across multiple rollers that the 1st transport path, the 2nd transport path and the 3rd transport path are mutually opposing respectively, rotate according to the transmission of driving force and make medium advance respectively; 1st drive division, its to the 1st roller to the 2nd roller to provide driving force so that each roller of the 1st roller pair and the respective direction of rotation of each roller of the 2nd roller pair become predetermined combination; And the 2nd drive division, its 1st roller to the 2nd roller to extroversion the 3rd roller to providing driving force.

And, in the medium transaction device of the present invention, have: conveying guiding piece, it is formed as making the 1st transport path, the 2nd transport path and the 3rd transport path intersect, and described 1st transport path, the 2nd transport path and the 3rd transport path are for carrying the medium of the page shape being traded between user; Blade, it can rotate, according to the angle rotated, the direct of travel of switchable dielectric between 2 transport paths selected from the 1st transport path, the 2nd transport path and the 3rd transport path; 1st roller to, the 2nd roller to the 3rd roller pair, they are rotated according to the transmission of driving force and make respectively described medium to advance by constituting across multiple rollers that described 1st transport path, described 2nd transport path and described 3rd transport path are mutually opposing respectively; 1st drive division, its to the 1st roller to the 2nd roller to provide driving force so that each roller of the 1st roller pair and the respective direction of rotation of each roller of the 2nd roller pair become predetermined combination; And the 2nd drive division, its 1st roller to the 2nd roller to extroversion the 3rd roller to providing driving force.

Thus, in switching, the 1st transport path or the 3rd transport path are carried out between situation about carrying as conveying destination as the situation carrying destination to carry out carrying and switching by the 1st transport path by the 2nd transport path or the 3rd transport path by the 2nd transport path while the travel path of the bank note of delivery source while the travel path of the bank note of delivery source, the combination being supplied to the direction of rotation of each roller pair of driving force from 2 drive divisions can be made different, it is possible to make bank note suitably advance in respective situation.

According to the present invention it is possible to realize to change delivery source and the medium conveying apparatus of the combination carrying destination and medium transaction device by simple structure.

Accompanying drawing explanation

Fig. 1 is the approximate three-dimensional map of the structure illustrating automated teller machine.

Fig. 2 is the skeleton diagram of the structure illustrating paper bank-note in-out machine.

Fig. 3 is the skeleton diagram of the structure illustrating delivery section.

Fig. 4 is the skeleton diagram of the structure temporarily retaining switching part illustrating the 1st embodiment.

Fig. 5 is the skeleton diagram of the rotary mode illustrating roller pair.

Fig. 6 is the skeleton diagram of the travel path of the rotary mode of each roller pair illustrating the 1st embodiment and bank note.

Fig. 7 is the skeleton diagram of the driving force transmission illustrating the 1st embodiment.

Fig. 8 is the skeleton diagram illustrating the bank note conveying in the process of income counting.

Fig. 9 is the skeleton diagram illustrating the bank note conveying in income storage process.

Figure 10 is the skeleton diagram illustrating out the bank note conveying in money process.

Figure 11 is the skeleton diagram of the travel path of the rotary mode of each roller pair illustrating the 2nd embodiment and bank note.

Figure 12 is the skeleton diagram of the driving force transmission illustrating the 2nd embodiment.

Label declaration

1,101: automated teller machine; 10,110: paper bank-note in-out machine; 11: bank note control portion; 12, income portion is gone out; 13,113: delivery section; 14: discriminating portion; 15: temporarily reserve part; 15W: temporarily retain transport path; 16: bill storage; 17: reject storehouse; 20,120: temporarily retain switching part; 21: front delivery section; 21W: front transport path; 22: rear delivery section; 22W: rear transport path; 31: blade; 32,32A, 32B, 32C: conveying guiding piece; 32A: conveying guiding piece; 32B: conveying guiding piece; 33,33A, 33B, 33C, 133A, 133B: roller pair; 33A1,33A2,33B1,33B2,33C1,33C2: roller; 34,34J, 34K, 34L: transport path; 41: front motor; 42: rear motor; 43,143: front wheel driving transfer part; 44: rear drive transfer part; 133: barrel-type roller; 143: front wheel driving transfer part; M1: be transported into rotary mode; M2: transport rotary mode.

Detailed description of the invention

Hereinafter, use accompanying drawing that the mode (hereinafter referred to as embodiment) being used for carrying out an invention is illustrated.

[1. the 1st embodiment]

[structure of 1-1. automated teller machine and paper bank-note in-out machine]

As shown in Fig. 1 outward appearance, automated teller machine 1 is constituted centered by the housing 2 of box like, it is arranged in such as financial institution etc., between user (that is, the client of financial institution), carries out income process, go out the transaction that the cash of money process etc. is relevant.

Housing 2 when on front side of it client just to easily carry out putting into or utilizing the position of operation etc. of touch panel to be provided with client's reply portion 3 of bank note. Client's reply portion 3 is configured to, such as cash, card etc. is directly exchanged between client, and the accepting of the information notice being traded being correlated with and operation instruction, client's reply portion 3 is provided with card gateway 4, goes out bank note depositing port 5, mouth 8 sent by operation display part 6, numeral keys 7 and receipt.

Card gateway 4 is the part that the various cards of cash card etc. are inserted into or discharge. Be provided with in the inboard of card gateway 4 read magnetic recording account etc. in various cards card process portion (not shown). Go out bank note depositing port 5 and be put into the bank note put into by client, and be discharged the bank note going out money to client. Further, bank note depositing port 5 is gone out by driving baffle plate to open or inaccessible. By the way, bank note is made up of such as rectangular paper.

Operation display part 6 is touch panel, this touch panel is to make the LCD (LiquidCrystalDisplay, liquid crystal display) showing operation screen when transaction integrated with the touch sensor of the input selection of type of transaction, password numbering, dealing money etc. and obtain. Numeral keys 7 is the secondary or physical bond of the input of the numeral etc. accepting " 0 "��" 9 ", for the input operation of password numbering, dealing money etc. Mouth 8 sent by receipt is the part issuing the receipt being printed with transaction content etc. when trading processing terminates. By the way, send the inboard of mouth 8 at receipt and be provided with on receipt to print the receipt process portion (not shown) of transaction content etc.

Hereinafter, by client in automated teller machine 1 just to side be set as front side, its opposition side is set as rear side, by from front side of this just to client observe left and right and be respectively set as left side and right side, and define the upper side and lower side and illustrate.

In housing 2, it is provided with the master control part 9 that automated teller machine 1 entirety is uniformly controlled, the paper bank-note in-out machine 10 etc. carrying out the relevant various process of bank note. Master control part 9 is with not shown CPU (CentralProcessingUnit, CPU) centered by constitute, by from not shown ROM (ReadOnlyMemory, read only memory) or flash memory etc. read and perform predetermined program, carry out income process, go out the various process of money process etc. Further, master control part 9 has the storage part being made up of RAM (RandomAccessMemory, random access memory), hard drive, flash memory etc. in inside, stores various information in this storage part.

As shown in side elevation in figure 2, paper bank-note in-out machine 10 is incorporated with the multiple parts carrying out the relevant various process of the bank note as medium in inside. Paper bank-note in-out machine 10 substantially divides, by the upper mass 10U occupying upper portion compared with the substantial middle of above-below direction with occupy the bottom piece 10L of its lower portion and constitute.

The bank note control portion 11 that is provided with entirety is uniformly controlled in upper mass 10U, between client, exchange going out income portion 12, bank note being transported to the delivery section 13 in each portion, the discriminating portion 14 of identification note and temporarily receives the temporary transient reserve part 15 of bank note of bank note.

Bank note control portion 11 is the same with master control part 9, constituted centered by not shown CPU, by reading predetermined program from not shown ROM, flash memory etc. and performing, the various process such as the process that carries out determining the conveying destination of bank note, the process controlling the action in each portion. Further, bank note control portion 11 has the storage part being made up of RAM and flash memory etc. in inside, stores various information in this storage part.

Go out income portion 12 and be positioned at the front upper part of upper mass 10U. This goes out income portion 12 has in inside and houses the bank note received from user and the receptacle 12A of bank note consigning to user, can pass through baffle plate 12B opening and closing above it. In receptacle 12A, multiple bank note are received when making paper pile up in front-rear direction.

The front lower place of the receptacle 12A in going out income portion 12 is provided with and is taken into releasing portion 12C. Being taken into releasing portion 12C to be made up of conveying guiding piece, multiple rollers of rotation and the switch etc. guiding bank note, the control according to bank note control portion 11, switching is taken into pattern and these 2 kinds of action patterns of releasing pattern carry out action. That is, it is taken into releasing portion 12C in being taken into pattern, the bank note in receptacle 12A is separated one by one and sends downward by predetermined each interval, consign to delivery section 13. Further, it is taken into releasing portion 12C in releasing pattern, makes the bank note received from delivery section 13 be released in receptacle 12A and pile up.

Delivery section 13 is positioned in the end portion in upper mass 10U i.e. upper and lower substantial middle in crosscut paper bank-note in-out machine 10 entirety in the longitudinal direction, is integrally formed thin in the vertical direction and elongated in the longitudinal direction shape. Appropriately configured in this delivery section 13 have the roller etc. guiding the conveying guiding piece of bank note, many rotations, using the short side direction of bank note as direct of travel, forms the transport path carrying out the linearity carried mainly along fore-and-aft direction.

As shown in the enlarged view of fig. 3, delivery section 13 substantially divides, and is made up of following: be arranged in temporarily retaining switching part 20 and being arranged respectively at front delivery section 21 and the rear delivery section 22 of this temporary transient front side retaining switching part 20 and rear side near central authorities. In other words, temporarily retain switching part 20 and be arranged on the position that front delivery section 21 and rear delivery section 22 are intersected with the transport path temporarily retaining the respective bank note in transport path 15W in temporary transient reserve part 15 described later. This temporarily retains the switching part 20 control according to bank note control portion 11, the transport path of switching bank note, so that bank note in front delivery section 21, rear delivery section 22 and temporarily retains traveling (described in detail later) between 2 delivery section selected in these 3 delivery section of transport path 15W.

Further, in delivery section 13, except temporarily retaining switching part 20, multiple switching part it is also configured with. Each switching part is by rotating blade and is arranged in multiple rollers about and constitutes. Blade is driven by predetermined actuator, carries out rotating and making incline direction change, thus the conveying direction of bank note is switched to 2 kinds. Each roller configures in the way of the roller pair that the transport path of bank note is mutually opposing to be formed. This switching part is according to the control in bank note control portion 11, conveying destination according to each bank note makes blade rotate and make incline direction change, and make each roller rotate towards predetermined direction of rotation, thus the conveying direction of the switching bank note that is fated be transported to desired conveying destination.

In front delivery section 21, from front, series arrangement has rejection switching part 24, discriminating portion 14 and switching part 25 successively, and connected respectively by shorter conveying short path between them, be integrally formed the front transport path 21W of the substantially linear along fore-and-aft direction. Reject the control according to bank note control portion 11 respectively of switching part 24 and switching part 25, suitably switch the transport path of bank note.

In rear delivery section 22, from rear, substantially series arrangement has switching part 27,28 and 29 successively, the same with front delivery section 21, connected respectively by shorter conveying short path between them, thus being integrally formed the rear transport path 22W of the substantially linear along fore-and-aft direction. Switching part 27��29 control according to bank note control portion 11 respectively, suitably switches the transport path of bank note. Further, front delivery section 21 and rear delivery section 22 can retain the bank note of storage about several respectively in transport path.

Discriminating portion 14 is encased in front delivery section 21, is coming in and going out between money portion 12 and temporary transient reservation switching part 20 on the transport path of bank note. This discriminating portion 14 is incorporated with the multiple sensors of thickness transducer, imageing sensor and Magnetic Sensor etc in inside, identify carry the currency type of bank note, the true and false, complete damage degree (whether damaging) etc., this recognition result is passed out to bank note control portion 11.

Temporary transient reserve part 15 (Fig. 2) adopts so-called band keeping (tapeescrow) mode, receives this bank note by being wound together with band by bank note in all sides of cylindric drum, and peels off this paper tape to send bank note from this week side. And, in temporary transient reserve part 15, guide the conveying guiding piece of bank note to be formed with temporarily reservation transport path 15W between switching part 20 along in temporarily retaining of delivery section 13. Further, it is configured with in the position clamping this temporary transient transport path 15W of reservation from both sides by rotating roller 15R1 and the 15R2 (following, both to be generically and collectively referred to as roller to 15R) that driving force is delivered to bank note.

Bottom piece 10L, its whole all side is covered by firm national treasury housing 10S. In the inside of this national treasury housing 10S, rear side forward side is provided with 5 bill storages 16 (16A, 16B, 16C, 16D and 16E) and rejects storehouse 17. By the way, bill storage 16 and rejection storehouse 17 are configured to dismount relative to national treasury housing 10S.

Each bill storage 16 all constitutes identical, has and is formed as in longer rectangular-shaped of above-below direction the space receiving bank note at building up inside. Further, each bill storage 16 is preset with the currency type of the bank note that should receive respectively. When the bank note being judged as that degree of injury is little by discriminating portion 14 and bank note control portion 11 and can recycle is carried by delivery section 13 according to its currency type, this depositing bank paper is accommodated in inside by this bill storage 16. Further, the bank note of accumulation, when having accepted, from bank note control portion 11, the instruction sending bank note, is separated and sends, consign to delivery section 13 by bill storage 16 one by one.

Reject storehouse 17 to have and be formed as in longer rectangular-shaped of above-below direction the space receiving bank note at building up inside. When bank note (the so-called rejection bank note) being carried cause discriminating portion 14 and bank note control portion 11 to be judged as that degree of injury is big by delivery section 13 and cannot recycle, this rejection storehouse 17 by this bank note containing in inside.

So, the delivery section 13 in the ratio 10 being arranged on makes front delivery section 21, rear delivery section 22 and rear delivery section 22 be connected with temporarily the reservation front side of switching part 20, upside and rear side respectively, is temporarily retained switching part 20 by this and switches the transport path of bank note.

The structure of switching part [1-2. temporarily retain]

Below, the structure temporarily retaining switching part 20 is illustrated. As shown in the schematic expanded view of Fig. 4, temporarily retain switching part 20 and carried guiding piece 32A, 32B and 32C and 3 groups of rollers that 33A, 33B and 33C are constituted by 31,3, blade.

Blade 31 is viewed as isosceles triangle shape or wedge shape from left and right directions, rotates centered by rotation axle 31X through in the lateral direction. The control according to bank note control portion 11 (Fig. 2) of this blade 31, is passed driving force from not shown actuator and rotates, maintain the state (angle of inclination) after this rotation. By the way, blade 31, many parts of its tabular relatively thin in the lateral direction are inserted through rotation axle 31X while left and right separates predetermined space.

Conveying guiding piece 32A, 32B and 32C are all the plate-shaped members to bend for convex mode in blade 31 side, are each configured to from front upper place, 3 directions at front lower place and rear surround blades 31 around. Each conveying guiding piece 32 is all spaced a predetermined distance from rotating shaft 31X, when blade 31 turns to predetermined angle of inclination, form narrower gap and transport path between 2 equilateral inclined-planes when observing this blade 31 from left and right directions being equivalent to, make bank note advance along this transport path. By the way, it is suitably provided with slit or hole portion for avoiding the interference to blade 31 or roller described later etc. at each conveying guiding piece 32 place.

Further, in the front of blade 31, back upper place and the back lower place, between adjacent conveying guiding piece 32, it is respectively formed with transport path 34J, 34K and 34L. This transport path 34J, 34K and 34L and the front transport path 21W in the front delivery section 21 in front, rear rear delivery section 22 in rear transport path 22W and top temporary transient reserve part 15 in the transport path 15W that temporarily retains be connected respectively.

33A is made up of by roller roller 33A1 and the 33A2 of the both sides being arranged in transport path 34J. Roller 33A1 is made up of multiple discoideus parts thin in the lateral direction so that it is a part is from being formed in the hole portion (not shown) of conveying guiding piece 32A to prominent in transport path 34J. These discoideus parts are inserted by the rotating shaft 35A1 interval in the lateral direction along left and right directions, can towards bidirectional rotary together with this rotating shaft 35A1.

Roller 33A2 is identical with roller 33A1 composition, it is possible to together with the rotating shaft 35A2 of left and right directions towards bidirectional rotary. Further, roller 33A2 is exerted a force to roller 33A1 by not shown force application part, makes it abut with this roller 33A1 all sides each other in transport path 34J. And, roller 33A1 accepts the supply of driving force from drive division described later, and rotates according to its driving direction. Roller 33A2, by abutting with roller 33A1, is driven in this roller 33A1 and rotates.

Therefore, when bank note is transferred in transport path 34J, 33A can be clamped the two sides of this bank note by roller by roller 33A1 and 33A2. Now, 33A is passed through to make roller 33A1 and 33A2 rotate by roller, it is possible to driving force is delivered to the bank note in clamping so that it is advance along transport path 34J.

As shown in Fig. 5 (A), 33A is passed through make roller 33A1 R1 along clockwise direction rotate and make roller 33A2 R2 in the counterclockwise direction rotate by roller, it is possible to makes bank note namely be transported into direction E1 towards the direction close to blade 31 and advances. Hereinafter, such rotary mode is called and is transported into rotary mode M1: make roller roller 33A1 and 33A2 R1 and counterclockwise R2 rotation along clockwise direction respectively to 33A, by bank note to carry in the way of blade 31.

Further, as shown in Fig. 5 (B), 33A is passed through make roller 33A1 R2 in the counterclockwise direction rotate and make roller 33A2 R1 along clockwise direction rotate by roller, it is possible to makes bank note namely transport direction E2 towards the direction away from blade 31 and advances. Hereinafter, such rotary mode is called and transports rotary mode M2: make roller roller 33A1 and 33A2 R2 and clockwise R1 rotation in the counterclockwise direction respectively to 33A, bank note is carried in the way of away from blade 31.

That is, when via the transport path 34J front delivery section 21 connected be bank note delivery source and for upstream side, roller to 33A be transported into rotary mode M1 rotate. Further, in contrast, being when carrying destination and be downstream of bank note in front delivery section 21,33A is rotated by roller to transport rotary mode M2.

Roller is identical to 33A composition with roller respectively to 33B and 33C. That is, 33B and 33C is made up of by roller respectively roller 33B1 and 33B2 corresponding with roller 33A1 and 33A2 and roller 33C1 and 33C2, respectively to be transported into rotary mode M1 or to transport rotary mode M2 rotation.

Namely, temporarily retain switching part 20 to make 3 cross one another modes of transport path 34J, 34K and 34L be arranged in blade 31 around, and make to be arranged in 3 groups of rollers near each to 33A, 33B and 33C to be transported into rotary mode M1 or to transport rotary mode M2 and rotate respectively.

According to this structure, temporarily retain the switching part 20 control according to bank note control portion 11 (Fig. 2), blade 31 is made to turn to predetermined angle of inclination, make 3 groups of rollers to 33A, 33B and 33C respectively to be transported into rotary mode M1 or to transport rotary mode M2 rotation, such that it is able to the direct of travel of switching bank note.

Such as shown in Fig. 6 (A), temporarily retain switching part 20 when making roller to 33A to be transported into rotary mode M1 and rotate and make roller to 33B and 33C to transport rotary mode M2 rotation, make the angle of inclination of blade 31 suitably change. Thus, temporarily retaining switching part 20 can make the bank note come from the transport path 34J conveying being connected with front delivery section 21 (Fig. 3) such as advance along conveying guiding piece 32A or 32B shown in arrow U1 or U2 according to the angle of inclination of blade 31, carries towards transport path 34K or transport path 34L. That is, temporarily retain switching part 20 and when maintaining the direction of rotation of each roller pair, the conveying destination of bank note can be switched to temporary transient reserve part 15 (Fig. 2) or rear delivery section 22 (Fig. 3).

Further, as shown in Fig. 6 (B), temporarily retain switching part 20 when making roller to 33B to be transported into rotary mode M1 and rotate and make roller to 33A and 33C to transport rotary mode M2 rotation, make the angle of inclination of blade 31 suitably change. Thus, temporarily retaining switching part 20 can make the bank note come from the transport path 34K conveying being connected with temporary transient reserve part 15 (Fig. 2) such as advance along conveying guiding piece 32A or 32C shown in arrow U3 or U4 according to the angle of inclination of blade 31, carries towards transport path 34J or transport path 34L. That is, temporarily retain switching part 20 and when maintaining the direction of rotation of each roller pair, the conveying destination of bank note can be switched to front delivery section 21 (Fig. 3) or rear delivery section 22.

Here, when Fig. 6 (A) and (B) are compared, temporarily retain switching part 20 when being carried along arrow U1 or U2 by bank note, and when being carried along arrow U3 or U4 by bank note, all make roller that 33A and 33B is rotated with reciprocal rotary mode. Therefore, switching part 20 is temporarily retained without making roller to the separate rotation of 33A and 33B, it is possible to unified both direction of rotation of switching. On the other hand, temporarily retain switching part 20 need roller to 33A and 33B and roller to 33C between separate switching direction of rotation.

[transmission of 1-3. driving force]

Except this structure, also in the delivery section 13 of paper bank-note in-out machine 10, as shown in Fig. 7 (A), as being used for making the mechanism that each roller in this delivery section 13 rotates be provided with front motor 41, rear motor 42, front wheel driving transfer part 43 and rear drive transfer part 44. Front motor 41 and rear motor 42 are all in accordance with the control in bank note control portion 11 (Fig. 2), separate, produce the driving force rotated along the clockwise or counterclockwise in figure respectively.

In figure shown in thick line, front wheel driving transfer part 43 is made up of the combination of multiple rollers, gear and belt etc., front motor 41 driving force produced is delivered to each roller in front delivery section 21, each roller in discriminating portion 14 respectively, temporarily retains roller 33A1 and the 33B1 of switching part 20 and the roller 15R1 of temporary transient reserve part 15. Rear drive transfer part 44 is the same with front wheel driving transfer part 43, is made up of the combination of multiple rollers, gear and belt etc., rear motor 42 driving force produced is delivered to each roller in rear delivery section 22 respectively and temporarily retains the roller 33C1 of switching part 20.

Such as shown in Fig. 7 (A), when front motor 41 R1 along clockwise direction rotates, the roller 33A1 R1 along clockwise direction temporarily retaining switching part 20 rotates. Thus, 33A is rotated by roller to be transported into rotary mode M1 (Fig. 5 (A)). And now, roller 33B1 R2 in the counterclockwise direction rotates. Thus, roller to 33B to transport rotary mode M2 (Fig. 5 (B)), namely with roller, contrary for 33A rotary mode to be rotated.

Further, as shown in Fig. 7 (B), when front motor 41 R2 in the counterclockwise direction rotates, the roller 33A1 R2 in the counterclockwise direction temporarily retaining switching part 20 rotates. Thus, 33A is rotated by roller to transport rotary mode M2 (Fig. 5 (B)). And now, roller 33B1 R1 along clockwise direction rotates. Thus, roller to 33B to be transported into rotary mode M1 (Fig. 5 (A)), namely with roller, contrary for 33A rotary mode to be rotated.

And, as shown in Fig. 7 (A) and (B), when rear motor 42 R2 in the counterclockwise direction rotates, the roller 33C1 R2 in the counterclockwise direction temporarily retaining switching part 20 rotates. Thus, 33C is rotated by roller to transport rotary mode M2 (Fig. 5 (B)).

So, the driving force of front motor 41 is delivered to the roller temporarily retaining switching part 20 to 33A and 33B by front wheel driving transfer part 43 by paper bank-note in-out machine 10, on the other hand, the driving force of rear motor 42 is delivered to roller to 33C by rear drive transfer part 44. Thus, temporarily retain switching part 20 and can make roller that 33A and 33B is rotated with mutually different rotary mode, and make roller to 33C the rotary mode of 33A and 33B to be rotated independent of this roller.

[conveying of 1-4. bank note]

Below, illustrate that income when by carrying out income transaction between automated teller machine 1 and user (client of financial institution) and going out money transaction, in paper bank-note in-out machine 10 processes and goes out money to process. Wherein, process about income, be divided into the income counting of leading portion to process and the income storage process of back segment illustrates.

[process of 1-4-1. income counting]

Paper bank-note in-out machine 10 is in income processes, control according to bank note control portion 11, first carry out differentiating that the income counting while the currency type of bank note of institute income etc., number counted processes, then carry out being transported to bank note the income storage that suitable housing portion carries out receiving and process.

Specifically, bank note control portion 11 when accepted such as by client via operation display part 6 (Fig. 1) income process the meaning operation input time, starting income counting to process, the baffle plate 12B opening out income portion 12 makes bank note put in receptacle 12A. Then, bank note control portion 11 is when having accepted the operation the being taken into input starting bank note via operation display part 6, close baffle plate 12B, make to be taken into releasing portion 12C and carry out action to be taken into pattern, bank note in receptacle 12A is separated one by one and is taken into, consign to the front delivery section 21 of delivery section 13 successively.

Shown in arrow Q1 and Q2 as shown in Figure 8, front delivery section 21 will be fed sequentially into rear by rejecting switching part 24 from going out the bank note paid in income portion 12, while making it advance towards the rear along front transport path 21W, differentiating each bank note successively by discriminating portion 14, what consign to rear side successively temporarily retains switching part 20. Now, the identification result obtained is passed out to bank note control portion 11 by discriminating portion 14.

Bank note control portion 11 is according to acquired identification result, it is judged that the degree of injury of each bank note and currency type or the true and false. Then, bank note control portion 11 is for each bank note, it is judged as YES the income that can continue process below when may identify which as normal bank note and accepts bank note, when None-identified is normal bank note, it is judged that for being the income rejection bank note that should once be returned to client. And, bank note control portion 11 accepts bank note for income, to then normal and recycling bank note, each bill storage 16 of each currency type is determined as final conveying destination, for the rejection bank note that degree of injury is big, it is determined as final conveying destination by rejecting storehouse 17.

It follows that bank note control portion 11 is by controlling the temporarily reservation switching part 20 of delivery section 13, front motor 41 and rear motor 42, switch its transport path according to the recognition result of each bank note. Specifically, as shown in Fig. 7 (A), bank note control portion 11 makes front motor 41 R1 along clockwise direction rotate, and makes rear motor 42 R2 in the counterclockwise direction rotate. Thus, as shown in Fig. 6 (A), temporarily retain switching part 20 and make roller that 33A to be rotated to be transported into rotary mode M1, and make roller that 33B and 33C to be rotated to transport rotary mode M2.

In this condition, bank note control portion 11 consigns to the judged result of the bank note temporarily retaining switching part 20 (that is, being that income accepts bank note or income rejects bank note) according to the past delivery section 21, makes blade 31 rotate, the conveying destination of switching bank note. Specifically, bank note control portion 11 when bank note be income accept bank note, as shown in the arrow Q1 of arrow U1 and Fig. 8 of Fig. 6 (A), make bank note advance to temporary transient reserve part 15 via the transport path 34K of rear upside and receive. And, bank note control portion 11 is when bank note is income rejection bank note, as shown in the arrow Q2 of arrow U2 and Fig. 8 of Fig. 6 (A), make bank note advance in rear delivery section 22 via the transport path 34L of rear side, be stored in followed by rear transport path 22W.

Soon, this bank note, when terminating to be taken into whole bank note from the receptacle 12A going out income portion 12, storage has income to reject bank note in the rear transport path 22W of rear delivery section 22, is returned to client by bank note control portion 11. Specifically, bank note control portion 11 makes front motor 41 R2 in the counterclockwise direction rotate, and make rear motor 42 R1 along clockwise direction rotate, thus as shown in Fig. 6 (C), make the roller temporarily retaining switching part 20 that 33C to be rotated to be transported into rotary mode M1, and make roller that 33A to be rotated to transport rotary mode M2. Thus, bank note is transported to out income portion 12 via front delivery section 21 and is returned to client by bank note control portion 11, makes client confirm the state of bank note, puts into as required again.

On the other hand, bank note control portion 11 does not store income rejection bank note in the rear transport path 22W of rear delivery section 22, complete income counting and process. Now, bank note control portion 11 calculates into amount of money according to the aggregate result from the currency type and number that go out the bank note that income portion 12 is taken into, and predetermined operation instruction picture is shown in operation display part 6, this is entered amount of money and is prompted to client and makes client choose whether to continue income process.

Here, the whole bank note being retained in temporary transient reserve part 15, when being indicated income process termination by client, are returned to client by bank note control portion 11. Specifically, bank note control portion 11 by making front motor 41 R2 in the counterclockwise direction rotate as shown in Fig. 7 (B), as shown in Fig. 6 (B), make the roller temporarily retaining switching part 20 that 33B to be rotated to be transported into rotary mode M1, and make roller that 33A to be rotated to transport rotary mode M2. In this condition, bank note control portion 11 sends bank note successively from temporary transient reserve part 15 so that it is advance to front delivery section 21 by temporarily retaining switching part 20, is carried and returned to out in the receptacle 12A in income portion 12 by this front delivery section 21, open baffle plate 12B afterwards, thus being returned to client.

So, paper bank-note in-out machine 10, in income counting processes, makes front motor 41 R1 along clockwise direction rotate, and makes rear motor 42 R2 in the counterclockwise direction rotate. Thus, temporarily retain switching part 20 when making roller to 33A to be transported into rotary mode M1 and rotates and to make roller to 33B and 33C to transport rotary mode M2 and rotate, rotate, by blade 31, the conveying destination switching bank note.

[1-4-2. income storage process]

Bank note control portion 11, when being indicated income to process continuation by client, starts income storage and processes. Specifically, first as shown in Fig. 7 (B), bank note control portion 11 makes the both sides R2 in the counterclockwise direction of front motor 41 and rear motor 42 rotate. Thus, as shown in Fig. 6 (B), temporarily retain switching part 20 and make roller rotate to be transported into rotary mode M1 33, and make roller that 33A and 33C to be rotated to transport rotary mode M2. Further, bank note control portion 11 starts to send process in temporary transient reserve part 15, as shown in arrow Q3 and the Q4 of Fig. 9, sends the bank note (income accepts bank note) received successively, consigns to and temporarily retains switching part 20.

Now, the conveying destination according to each bank note determined in processing at income counting of the bank note control portion 11, make the blade 31 temporarily retaining switching part 20 rotate, switch the transport path of this bank note. Specifically, temporarily retain switching part 20 when the conveying destination of bank note is to reject storehouse 17 or bill storage 16E, as shown in the arrow Q3 of arrow U3 and Fig. 9 of Fig. 6 (B), this bank note is consigned to the front delivery section 21 in downstream. Further, temporarily retain switching part 20 when the conveying destination of bank note is bill storage 16A��16D, as shown in the arrow Q4 of arrow U4 and Fig. 9 of Fig. 6 (B), this bank note is consigned to the rear delivery section 22 in downstream.

And, bank note control portion 11 suitably controls each switching part of front delivery section 21 and rear delivery section 22 by the conveying destination according to each bank note, this bank note is transported to this conveying destination and receives respectively. Thus, the common bank note that should recycle can be undertaken classifying and be accommodated in each bill storage 16 by bank note control portion 11 by each currency type, it is possible to by the rejection bank note containing that should not recycle rejecting in storehouse 17.

So, paper bank-note in-out machine 10, in income storage processes, makes the both sides R2 in the counterclockwise direction of front motor 41 and rear motor 42 rotate. Thus, temporarily retain switching part 20 when making roller to 33B to be transported into rotary mode M1 and rotates and to make roller to 33A and 33C to transport rotary mode M2 and rotate, rotate, by blade 31, the conveying destination switching bank note.

[1-4-3. goes out money and processes]

Paper bank-note in-out machine 10 is in going out money process, and the control according to bank note control portion 11, the money that goes out carrying out being undertaken the bank note of the currency type corresponding with the specified amount of money and number money processes. Hereinafter, illustrate for the situation that the bank note being accommodated in bill storage 16A��16D is gone out money.

Specifically, first bank note control portion 11 accepts the predetermined operation input comprising the money amount of money via operation display part 6 (Fig. 1) from client, determines currency type and the number of the bank note corresponding with going out the money amount of money. It follows that bank note control portion 11 is according to the currency type determined and number, send the bank note being accommodated in each bill storage 16 successively, consign to rear delivery section 22 successively.

Now, bank note control portion 11 makes front motor 41 R2 in the counterclockwise direction rotate, and makes rear motor 42 R1 along clockwise direction rotate. Thus, as shown in Fig. 6 (C), temporarily retain switching part 20 and make roller that 33C to be rotated to be transported into rotary mode M1, and make roller that 33A to be rotated to transport rotary mode M2. In this condition, bank note is carried forward while each switching part of delivery section 22 by bank note control portion 11 after suitably switching, as shown in the arrow Q5 of arrow U5 and Figure 10 of Fig. 6 (C), consigns to front delivery section 21 via temporarily retaining switching part 20.

Then, bank note control portion 11 differentiates the walking state of the bank note forwards advanced in front delivery section 21 by discriminating portion 14, and this identification result passes out to bank note control portion 11 (Fig. 2). Bank note control portion 11 switches rejection switching part 24 according to the walking state of bank note, if this walking state is no problem, then bank note is made to advance to out income portion 12, for instance feed status existing problems as retransmitted, then make bank note advance to rejection storehouse 17, receive bank note respectively.

Soon, when bank note control portion 11 terminates to be released to out in the receptacle 12A in income portion 12 the whole bank note corresponding with going out amount of money, open baffle plate 12B and make client take out this bank note.

So, paper bank-note in-out machine 10, in going out money process, makes front motor 41 R2 in the counterclockwise direction rotate, and makes rear motor 42 R1 along clockwise direction rotate. Thus, temporarily retain switching part 20 when making roller to 33C to be transported into rotary mode M1 and rotate and make roller to 33A to transport rotary mode M2 rotation, make bank note advance to front delivery section 21 from rear delivery section 22.

[1-5. action and effect]

In above structure, driving force is supplied to the roller temporarily retaining switching part 20 being arranged on delivery section 13 to 33A and 33B from same front motor 41 by the paper bank-note in-out machine 10 of the automated teller machine 1 of the 1st embodiment, on the other hand, from rear motor 42, driving force is supplied to roller to 33C.

Temporarily retain switching part 20 in income counting processes, make the roller close to delivery source that 33A to be rotated to be transported into rotary mode M1, on the other hand, make the roller close to conveying destination that to transport rotary mode M2,33B and 33C is rotated (Fig. 6 (A)). Thus, temporarily retain switching part 20 when by each roller to 33 direction of rotation keep certain, only blade 31 need to be made slightly to rotate in narrower angular range, it is possible to the traveling destination of bank note is switched to temporary transient reserve part 15 or rear delivery section 22 in very short time. That is, temporarily retain switching part 20 according to the control in bank note control portion 11, to distribute at a high speed from the bank note that conveying comes at a high speed successively of the front delivery section 21 as delivery source according to the conveying destination determined respectively.

And, temporarily retain switching part 20 in income storage processes, make the roller close to delivery source that 33B to be rotated to be transported into rotary mode M1, on the other hand, make the roller close to conveying destination that to transport rotary mode M2,33A and 33C is rotated (Fig. 6 (B)). Thus, temporarily retain switching part 20 remain in by each roller to 33 direction of rotation keep, under certain state, only blade 31 to be made slightly to rotate, it is possible to delivery section 21 or rear delivery section 22 before the traveling destination of bank note being switched in very short time. That is, temporarily retain switching part 20 and according to the control in bank note control portion 11, can carry, according to what determine respectively, the bank note that destination's distribution at a high speed is sent successively from the temporary transient reserve part 15 as delivery source and conveying is next at a high speed.

That is, temporarily retain switching part 20 motor 41 in the past, by front wheel driving transfer part 43, driving force is delivered to the roller both sides to 33A and 33B. Therefore, the rotary mode (be transported into rotary mode M1 or transport rotary mode M2) of 33A and 33B is limited to combination different from each other by roller. But, temporarily retain switching part 20 owing to all making roller that the rotary mode of 33A and 33B is different from each other in income counting processes and income storage processes, thus the conveying destination of bank note can be switched at a high speed when keeping respective direction of rotation.

Thus, paper bank-note in-out machine 10 is compared with situation about 33A, 33B and 33C all being driven the roller temporarily retaining switching part 20 in delivery section 13 by a motor, delivery source and the combination of conveying destination can be changed, it is possible to reply income counting processes either one in processing with income storage. And, paper bank-note in-out machine 10 with respectively through independent motor-driven roller to compared with the situation of 33A, 33B and 33C, the number of required motor can be cut down, thus its structure can be simplified, it is possible to bring the reduction of manufacturing cost and the minimizing of the Frequency of upkeep operation. That is, paper bank-note in-out machine 10 can realize the respectively different income counting of the delivery source for bank note and conveying destination processes and income storage processes reply and the reduction etc. of manufacturing cost brought by the simplification of structure by high level simultaneously.

And, from another viewpoint, temporarily retain switching part 20 when carrying bank note along arrow U1 (Fig. 6 (a)) during income counting processes and when carrying bank note along arrow U3 (Fig. 6 (B)) during income storage processes, all make bank note advance along conveying guiding piece 32A. Namely, temporarily retain switching part 20 for the roller configured in the way of clamping this conveying guiding piece 32A to 33A and 33B, one of them roller all must be made in income counting processes and income storage processes to be transported into rotary mode M1 rotation, making another roller to transport rotary mode M2 rotation.

Therefore, paper bank-note in-out machine 10 is when driving force is delivered to roller to 33A and 33B by front wheel driving transfer part 43 by the past motor 41, by making respective rotary mode different, it is possible to pass through temporarily to retain switching part 20 in the both sides that income counting processes and income storage processes and distribute bank note at a high speed.

And, delivery section 13 is by front wheel driving transfer part 43, by the driving force from front motor 41 except being delivered to the roller temporarily retaining switching part 20 to, except 33A and 33B, also being communicated to each roller in front delivery section 21 and the roller in temporary transient reserve part 15 to 15R (Fig. 7 (A)). Further, delivery section 13 by rear drive transfer part 44 by from rear motor 42 driving force except be delivered to the roller temporarily retaining switching part 20 to 33C except, also be communicated to each roller (Fig. 7 (B)) in rear delivery section 22.

Thus, paper bank-note in-out machine 10 can by the motor of minority, and the roller high efficiency making bank note conveying required rotates. Further, paper bank-note in-out machine 10 owing to being delivered to each roller in front delivery section 21 and each roller in rear delivery section 22 respectively from mutually different motor by driving force, thus can control both independently of each other. Such as, paper bank-note in-out machine 10, in income counting processes, makes front motor 41 rotate with certain rotary speed, on the other hand, it is possible to so that rear motor 42 rotates off and on. Thus, paper bank-note in-out machine 10 makes each roller in front delivery section 21 and temporarily retains the roller of switching part 20 and 33A and 33B is rotated with certain speed and makes income accept bank note be accommodated in temporary transient reserve part 15 successively, on the other hand, after only just making when occurring income to reject bank note, motor 42 rotates, it is possible to after being stored in while tightening bank note interval in the rear transport path 22W of delivery section 22.

On the other hand, switching part 20 is temporarily retained when without when carrying destination of switching bank note at a high speed, it is possible to make the roller roller to only needing in 33A, 33B and 33C rotate according to the rotary mode corresponding with the travel path of bank note. Such as, as shown in Fig. 6 (C), temporarily retain switching part 20 and make roller that 33C to be rotated to be transported into rotary mode M1, make roller that 33A to be rotated to transport rotary mode M2, thus bank note is always transported to front delivery section 21 along arrow U5. In this case, make roller that 33B to be rotated to be transported into rotary mode M1 although temporarily retaining switching part 20, but without bank note being transported to temporary transient reserve part 15, hence without any problem.

According to above structure, driving force is supplied to the roller temporarily retaining in switching part 20 being arranged on delivery section 13 to 33A and 33B from same front motor 41 by the paper bank-note in-out machine 10 of automated teller machine 1, on the other hand, from rear motor 42, driving force is supplied to roller to 33C. Therefore, temporarily reservation switching part 20 processes in either one process with income storage at income counting, only blade 31 need to be made to rotate in narrow angular range when each roller of maintenance is to the rotation of 33, it is possible to the conveying destination of switching bank note at a high speed. Thus, paper bank-note in-out machine 10 can change the delivery source temporarily retaining in switching part 20 and the combination of conveying destination, and can realize the simplification of this structure and cheapization of cost.

[2. the 2nd embodiment]

The automated teller machine 101 (Fig. 1) of the 2nd embodiment is compared with the automated teller machine 1 of the 1st embodiment, and only different in having paper bank-note in-out machine 110 and replace paper bank-note in-out machine 10, other aspects constitute identical. Paper bank-note in-out machine 110 (Fig. 2) is compared with paper bank-note in-out machine 10, and only different in having delivery section 113 and replace delivery section 13, other aspects constitute identical.

Delivery section 113 (Fig. 3) compared with delivery section 13, only have temporarily retain switching part 120 and replace temporarily retain switching part 20 in different, other aspects constitute identical. As shown in Figure 11 (A) corresponding with Fig. 6 (A) and (B) and (B), temporarily retain switching part 120 compared with the temporarily reservation switching part 20 of the 1st embodiment, only different in having barrel-type roller 133 and replace roller 33A1 and roller 33B2 (Fig. 4), other aspects constitute identical.

Barrel-type roller 133 is formed as bigger cylindric or discoideus of radius compared with roller 33A1 and 33B2, and a part for its week side is the curved surface along conveying guiding piece 32A. Barrel-type roller 133, at roller 33A1 and the 33B2 of temporarily reservation switching part 20 (Fig. 4 etc.) position abutted, abuts respectively with roller 33A2 and 33B1. This barrel-type roller 133 is by being passed driving force, and R1 or counter clockwise direction R2 rotates toward the clockwise direction.

Therefore, barrel-type roller 133 with the abutment portion of roller 33A2 near, by the combination with this roller 33A2, it is possible to clamp bank note with the roller in the 1st embodiment and transmit driving force in the same manner as 33A. Hereinafter, for the ease of illustrate, by barrel-type roller 133 with the abutment portion of roller 33A2 near and this roller 33A2 be also generically and collectively referred to as roller to 133A.

Further, barrel-type roller 133 with the abutment portion of roller 33B1 near, by the combination with this roller 33B1, it is possible to clamp bank note with the roller in the 1st embodiment and transmit driving force in the same manner as 33B. Hereinafter, for the ease of illustrate, by barrel-type roller 133 with the abutment portion of roller 33B1 near and this roller 33B2 be also generically and collectively referred to as roller to 133B.

So, temporarily retain switching part 120 by making a part for barrel-type roller 133 that radius is bigger abut with roller 33A2 and 33B1, the roller in formation and the 1st embodiment to roller suitable for 33A and 33B to 133A and 133B.

Temporarily retain in switching part 120 at this, textural at barrel-type roller 133, make roller that the rotary mode of 133A and 133B is different all the time. Such as shown in Figure 11 (A), when barrel-type roller 133 R1 along clockwise direction rotates, 133A is rotated by roller to be transported into rotary mode M1, and 133B is rotated by roller to transport rotary mode M2. Temporarily retain switching part 120 when making again roller to 33C to transport rotary mode M2 rotation, by making the angle of inclination of blade 31 suitably change, the same with the 1st embodiment, it is possible to as shown in arrow U1 or U2, to switch the conveying destination of bank note.

Further, as shown in Figure 11 (B), when barrel-type roller 133 R2 in the counterclockwise direction rotates, 133B is rotated by roller to be transported into rotary mode M1, and 133A is rotated by roller to transport rotary mode M2. Temporarily retain switching part 120 when making again roller to 33C to transport rotary mode M2 rotation, make the angle of inclination of blade 31 suitably change, thus the same with the 1st embodiment, it is possible to as shown in arrow U3 or U4, switch the conveying destination of bank note.

It addition, as shown in Figure 12 (A) corresponding respectively with Fig. 7 (A) and (B) and (B), paper bank-note in-out machine 110 has front wheel driving transfer part 143 and replaces front wheel driving transfer part 43. Front wheel driving transfer part 143 is the same with front wheel driving transfer part 43, it is made up of the combination of multiple rollers, gear and belt etc., front motor 41 driving force produced is delivered to respectively the roller 15R1 of each roller in front delivery section 21, each roller in discriminating portion 14 and temporary transient reserve part 15. But, front wheel driving transfer part 143 only transfers a driving force to the barrel-type roller 133 temporarily retaining switching part 120.

Specifically, in paper bank-note in-out machine 110, as shown in Figure 12 (A), when front motor 41 R1 along clockwise direction rotates, barrel-type roller 133 R1 along clockwise direction temporarily retaining switching part 120 rotates. Thus, retaining in switching part 120 temporarily, as shown in Figure 11 (A), 133A is rotated by roller to be transported into rotary mode M1, and 133B is rotated by roller to transport rotary mode M2. Further, in paper bank-note in-out machine 110, as shown in Figure 12 (B), when front motor 41 R2 in the counterclockwise direction rotates, barrel-type roller 133 R2 in the counterclockwise direction temporarily retaining switching part 120 rotates. Thus, retaining in switching part 120 temporarily, as shown in Figure 11 (B), 133B is rotated by roller to be transported into rotary mode M1, and 133A is rotated by roller to transport rotary mode M2.

According to this structure, temporarily retain switching part 120 the same with the temporarily reservation switching part 20 in the 1st embodiment, it is possible to the direct of travel of switching bank note. Such as, temporarily retain switching part 120 in income counting processes, when making roller to 133A to be transported into rotary mode M1 and rotate and make roller to 133B and 33C to transport rotary mode M2 rotation, make blade 31 high-speed rotation in slightly smaller angular range. Thus, temporarily retain switching part 120 and the conveying destination of the past delivery section 22 bank note that conveying comes at a high speed can be switched at a high speed temporary transient reserve part 15 or rear delivery section 22. Further, temporarily retain switching part 120 in income storage processes, make roller to 133B when be transported into rotary mode M1 rotate and make roller to 133A and 133C to transport rotary mode M2 rotation, make blade 31 high-speed rotation in slightly smaller angular range. Thus, temporarily retain switching part 120 and the conveying destination of the bank note carried successively from temporary transient reserve part 15 can be switched at a high speed front delivery section 21 or rear delivery section 22.

Further, paper bank-note in-out machine 110 also is able to obtain the action effect identical with the paper bank-note in-out machine 10 of the 1st embodiment in other respects.

According to above structure, the paper bank-note in-out machine 110 of automated teller machine 101 utilizes a part for the barrel-type roller 133 temporarily retained in switching part 120 being arranged on delivery section 113 to constitute roller to 133A and 133B, and driving force is supplied to this barrel-type roller 133 by motor 41 in the past. Therefore, temporarily retain switching part 120 and process in either one process with income storage at income counting, only blade 31 need to be made to rotate in narrow angular range when maintaining roller rotation that 133A, 133B and 133C is respective, it is possible to switch at a high speed the conveying destination of bank note. Thus, paper bank-note in-out machine 110 can make the roller temporarily retaining switching part 120 that 133A, 133B and 133C are rotated with the rotary mode of the combination required for minimal motor, thus can realize the simplification of this structure and cheapization of cost.

[3. another embodiment]

Additionally, in the above-described first embodiment, situations below is described: be connected with front delivery section 21 at the delivery section 34J making temporarily reservation switching part 20 respectively, make transport path 34K be connected with temporary transient reserve part 15, make transport path 34L be connected with rear delivery section 22, in income counting processes and income storage processes, when transport path 34J and 34K respectively delivery source, switch at a high speed the conveying destination of bank note. But, the invention is not restricted to this, who can serve as delivery source. In a word, when 2 in 3 transport paths 34 are set to delivery source, when making each roller to when rotating along certain direction of rotation, as long as the conveying destination rotating switching bank note at a high speed of blade 31 can be passed through. In this case, by driving force being delivered to the roller close with the position becoming delivery source in each case to (such as roller is to 33A and 33B) from same drive division, wherein a side will be set to be transported into rotary mode M1, and be set to the opposing party transport rotary mode M2. 2nd embodiment is also identical.

And, in the above-described first embodiment, situations below is described: by front wheel driving transfer part 43 by the driving force of front motor 41 except being delivered to roller 33A1 and the 33B1 temporarily retaining switching part 20, be also delivered to the roller 15R1 of each roller in front delivery section 21, each roller in discriminating portion 14 and temporary transient reserve part 15 respectively. But, the invention is not restricted to this, for instance the driving force of front motor 41 can also be only delivered to temporarily retain roller 33A1 and the 33B1 of switching part 20, from another motor driving force is delivered to each roller etc. in front delivery section 21. Thus, it is possible to drive the many rollers etc. being arranged in paper bank-note in-out machine 10 meticulously. Rear drive transfer part 44 is also identical, and the 2nd embodiment is also identical.

And, in the above-described 2nd embodiment, situations below is described: make a part for the barrel-type roller 133 that radius is big and roller 33A1 and 33B2 compared with roller 33A1 etc. be respectively combined and constitute roller to 133A and 133B. But, the invention is not restricted to this, it is also possible to such as retain temporarily and be wound around in switching part 120 along the conveying guiding piece 32A belt run, make a part for this belt be respectively combined with roller 33A1 and 33B2 and constitute roller pair. In a word, it is possible to replace roller 33A2 and the 33B1 in the 1st embodiment, arrange and make bank note along the conveying guiding piece 32A various mechanisms advanced, make a part for this mechanism be respectively combined with roller 33A1 and 33B2 and constitute roller pair.

And, in the above-described first embodiment, the situation applying the present invention to carry out the automated teller machine 1 of the relevant trading processing of bank note between the user as the client of financial institution is described. But, the invention is not restricted to this, for instance can also apply the present invention to window being arranged at financial institution etc., the bank note treatment device (so-called auto-teller (tellermachine)) mainly exchanging bank note between the user as the office worker of financial institution etc., process in the various devices of bank note, the switching part of switching transport path. And, for instance can also apply the present invention in processing the various devices of medium of various gold notes, security or admission ticket, postcard etc., page shape, switch the switching part of the transport path of this medium. 2nd embodiment is also identical.

And, the present invention is not limited to the respective embodiments described above and other embodiments. That is, the range of application of the present invention also relates to make part or all of combination in any of above-mentioned each embodiment and another above-mentioned embodiment obtain embodiment, a part is extracted and the embodiment that obtains.

And, in the above-described first embodiment, situations below is described: use as the conveying guiding piece 32A of conveying guiding piece, 32B and 32C, as blade blade 31, as the 1st roller to, the 2nd roller to the roller of the 3rd roller pair to 33A, 33B and 33C, constitute the delivery section 13 as products conveying route switching apparatus as the front motor 41 of the 1st drive division and front wheel driving transfer part 43 and rear motor 42 and rear drive transfer part 44 as the 2nd drive division. But, the invention is not restricted to this, it is possible to use, the 1st drive division and the 2nd drive division are constituted products conveying route switching apparatus to the 3rd roller by, the 2nd roller by the conveying guiding piece of other various structures, blade, the 1st roller.

The present invention can also use in the switching part of the transport path of the medium of page shape as switching bank note.

Claims

1. a products conveying route switching apparatus, it is characterised in that have:

Conveying guiding piece, it is formed as making the 1st transport path of the medium of conveying page shape, the 2nd transport path and the 3rd transport path intersect;

Blade, it can rotate, and according to the angle rotated, switches the direct of travel of described medium between 2 transport paths selected from described 1st transport path, described 2nd transport path and described 3rd transport path;

1st roller to, the 2nd roller to the 3rd roller pair, they are rotated according to the transmission of driving force and make respectively described medium to advance by constituting across multiple rollers that described 1st transport path, described 2nd transport path and described 3rd transport path are mutually opposing respectively;

1st drive division, its to described 1st roller to described 2nd roller to provide driving force so that each roller of described 1st roller pair and the respective direction of rotation of each roller of described 2nd roller pair become predetermined combination; And

2nd drive division, its described 1st roller to described 2nd roller to described 3rd roller of extroversion to provide driving force.

2. products conveying route switching apparatus according to claim 1, it is characterised in that

Described products conveying route switching apparatus also has: control portion, and it controls described 1st drive division, described 2nd drive division and described blade,

Described control portion makes the described medium come from described 1st transport path conveying be switched to towards described 2nd transport path or described 3rd transport path traveling by described blade, makes to carry the described medium come to be switched to by described blade from described 2nd transport path and advances towards described 1st transport path or described 3rd transport path.

3. products conveying route switching apparatus according to claim 2, it is characterised in that

Described control portion is coming between the situation of described medium and the situation carrying out described medium from described 2nd transport path conveying from described 1st transport path conveying, make described 1st roller driven by described 1st drive division that the direction of rotation with described 2nd roller pair to be reversed, and maintain the direction of rotation of described 3rd roller pair driven by described 2nd drive division.

4. a medium transaction device, it is characterised in that have:

Conveying guiding piece, it is formed as making the 1st transport path, the 2nd transport path and the 3rd transport path intersect, the medium of the page shape that described 1st transport path, the 2nd transport path and the conveying of the 3rd transport path are traded between user;

5. medium transaction device according to claim 4, it is characterised in that described medium transaction device also has:

Acceptance division, it receives described medium from described user;

Discriminating portion, it differentiates the described medium received from described acceptance division, and is connected with described 1st transport path;

Temporary transient incorporating section, it temporarily receives the described medium received by described acceptance division, and is connected with described 2nd transport path;

Delivery section, it carries described medium, and is connected with described 3rd transport path; And

Control portion, it controls described 1st drive division, described 2nd drive division and described blade,

Described control portion is controlled, the described medium described acceptance division received from described user by described discriminating portion is differentiated, makes each medium respectively towards described 2nd transport path or described 3rd transport path conveying according to the identification result obtained by described blade.

6. medium transaction device according to claim 5, it is characterised in that

Described 1st drive division except described 1st roller to described 2nd roller to except, also driving force is supplied to the discriminating conveying roller being arranged in described discriminating portion and being used for carry described medium.

7. medium transaction device according to claim 5, it is characterised in that

Described 1st drive division except described 1st roller to described 2nd roller to except, also driving force is supplied to be arranged in described temporary transient incorporating section and be used for carry described medium temporarily receive conveying roller.

8. medium transaction device according to claim 4, it is characterised in that described medium transaction device also has:

Temporary transient incorporating section, its temporarily storage receives from described user and is identified as the described medium that can recycle predetermined discriminating portion, and is connected with described 2nd transport path;

Media storing storehouse, it receives the described medium that can recycle, and is connected with described 3rd transport path;

Rejecting storehouse, it receives the described medium that should not recycle, and is connected with described 1st transport path; And

Described control portion is controlled, make receive from described user and be accommodated in the described medium in described temporary transient incorporating section, being differentiated to be received into described media storing storehouse from described 2nd transport path towards described 3rd transport path conveying for the medium that can recycle by described discriminating portion, make to be differentiated to be received into described rejection storehouse from described 2nd transport path towards described 1st transport path conveying for the medium that should not recycle by described discriminating portion.

9. medium transaction device according to claim 8, it is characterised in that

Multiple described media storing storehouses are connected with described 3rd transport path via the delivery section carrying described medium,

Described 2nd drive division except described 3rd roller to except, also provide driving force to multiple rollers of being arranged in described delivery section.