CN103456078B - Media processing apparatus and medium transaction device - Google Patents
Media processing apparatus and medium transaction device Download PDFInfo
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- CN103456078B CN103456078B CN201310138363.7A CN201310138363A CN103456078B CN 103456078 B CN103456078 B CN 103456078B CN 201310138363 A CN201310138363 A CN 201310138363A CN 103456078 B CN103456078 B CN 103456078B
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- cylinder
- guide
- bank note
- movable
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H29/00—Delivering or advancing articles from machines; Advancing articles to or into piles
- B65H29/006—Winding articles into rolls
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
- B65H2301/00—Handling processes for sheets or webs
- B65H2301/40—Type of handling process
- B65H2301/41—Winding, unwinding
- B65H2301/419—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means
- B65H2301/4191—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means for handling articles of limited length, e.g. AO format, arranged at intervals from each other
- B65H2301/41912—Winding, unwinding from or to storage, i.e. the storage integrating winding or unwinding means for handling articles of limited length, e.g. AO format, arranged at intervals from each other between two belt like members
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Delivering By Means Of Belts And Rollers (AREA)
Abstract
The invention provides a kind of media processing apparatus and medium transaction device, multiple media can be received, and can ease of use be improved.Cylinder (31) and movable guide (50) is provided with in temporary transient reserve part (15), cylinder (31) is cylindric and is set to rotate, and the bank note (BL) supplied from outside via bank note access unit (54) and upside band (34 and 35) and lower belt (43 and 44) are wrapped in peripheral side overlappingly, one end of movable guide (50) is near bank note access unit (54), and the other end extends near cylinder (31), guiding from bank note access unit (54) to the conveying of cylinder (31) bank note (BL), and follow the external diameter of cylinder (31) and rotate.
Description
Technical field
The present invention relates to media processing apparatus and medium transaction device, such as, be applicable to being applied to the medium and carry out the automated teller machine (ATM:AutomaticTellerMachine) etc. of desired transaction such as to insert notes here.
Background technology
In the past, in automated teller machine that financial institution etc. uses etc., according to the transaction content with client, such as, made client send into the cash such as bank note, coin, or paid cash to client.
As automated teller machine, propose and such as there is the paper money depositing and drawing port of giving and accepting carrying out bank note between client, the discriminating portion differentiating the Currency Type of bank note and the true and false dropped into, temporarily retain the temporary transient reserve part of the bank note dropped into and preserve the automated teller machine of Currency Type box of bank note according to Currency Type.
This automated teller machine is in credit transaction, if client inserts notes here to paper money depositing and drawing port, the bank note be put into then is differentiated by discriminating portion, retained the bank note being identified as normal bank note by temporary transient reserve part, on the other hand the bank note differentiated as not concluding the business is turned back to paper money depositing and drawing port and return to client.Next, if client confirms amount deposited, then the Currency Type being retained in the bank note of temporary transient reserve part is differentiated by discriminating portion by automated teller machine again, is received in each Currency Type box according to the Currency Type identified.
As temporary transient reserve part, propose the cylinder of the cylindrical shape such as with rotation and the band of 1 opposed group leader, the temporary transient reserve part (for example, referring to patent documentation 1) fixing overlappingly by the peripheral side of one end of each band and cylinder.
Such as, as shown in Figure 9, temporary transient reserve part 115 in the past makes upside band 34 extract out from the upside spool 32 in the left side being arranged at figure and after advancing to the right of figure, make it pass through upside band belt wheel 137 to turn back and advance in left to figure, and lower belt 43 is extracted out from downside spool 41 and to be turned back by lower belt belt wheel 158 etc. and advance in left to figure.
Take out for temporary transient reserve part 115 the bank note access unit 154 of putting into bank note by conveying bank note transport road 153, form the conveying upper guide portion 151 above this transport road 153 and the conveying lower guide 152 formed below transport road 153 is formed, be fixed on not shown framed structure according to the mode of not movement.
Conveying upper guide portion 151 is provided with conveying roller 160 and 166 and upside band belt wheel 137.Conveying lower guide 152 is provided with the conveying roller 156 and 157 and lower belt belt wheel 158 that configure respectively opposedly with conveying roller 160 and 166.
And temporarily reserve part 115 is with between 34 and lower belt 43 transports by carry on the right side from figure the bank note BL that comes along transport road 153 and being held on upside, be wrapped on the cylinder 31 of drum successively, bank note BL is accommodated in temporary transient reserve part 115.
Temporarily reserve part 115, by while upside band 34 and lower belt 43 are wrapped in respectively on upside spool 32 and downside spool 41, make cylinder 31 rotate to the direction contrary with during storage, is discharged by the bank note BL of storage in addition.
Fig. 9 represents bank note BL cylinder 31 being wound around the upper minimum number of design, the thinnest state that the apparent external diameter of this cylinder 31 is minimum.
Cylinder 31 in temporary transient reserve part 115 is like this wound around successively along with multiple bank note BL, and apparent external diameter increases gradually.
Figure 10 represents bank note BL cylinder 31 being wound around the upper maximum quantity of design, the most shape thickness state that the apparent external diameter of this cylinder 31 is maximum.
Patent documentation 1: Japanese Unexamined Patent Publication 2010-1123 publication
Make the large footpath of the external diameter of cylinder 31 owing to being wound around bank note BL, move closer to the conveying lower guide 152 be fixed.Therefore till temporarily bank note BL can only be wound to the external diameter that cylinder 31 do not contact with this conveying lower guide 152 by reserve part 115, so minority only can be preserved open bank note BL.
Along with being wound around bank note BL on cylinder 31 gradually, external diameter increases in addition, and the angle relative to horizontal direction (fore-and-aft direction) when lower belt 43 is wound around on cylinder 31 and winding angle RT increase gradually.
Therefore, the angle of the transport road 153 roughly formed along horizontal direction (fore-and-aft direction) is inconsistent with winding angle RT gradually, difficulty is become, so the minority that temporarily variation of the winding angle RT of lower belt 43 only can be received less in reserve part 115 opens bank note BL from transport road 153 to the handing-over of the bank note BL of cylinder 31.
Summary of the invention
The present invention has considered above point, proposes a kind ofly can receive multiple media and can improve media processing apparatus and the medium transaction device of convenience.
In order to solve above-mentioned problem, in media processing apparatus of the present invention, have: cylinder, it is cylindric and is configured to rotate, and the medium of the scraps of paper shape supplied from outside via access unit and band are wrapped in peripheral side overlappingly; And movable guide, its one end is near described access unit, and the other end extends near described cylinder, guiding from described access unit to the conveying of described cylinder described medium, and follows the external diameter of described cylinder and rotate.
Thus, even if media processing apparatus of the present invention is when the apparent external diameter of cylinder increases, the space being wound around medium on cylinder can also be guaranteed.
In addition, in medium transaction device of the present invention, be provided with: receiving unit, it accepts the transaction relevant with the medium of scraps of paper shape; Delivery section, it carries the medium accepted by receiving unit; Cylinder, it is cylindric, and is configured to rotate, and the medium of the scraps of paper shape supplied from outside via access unit and band are wrapped in peripheral side overlappingly; And movable guide portion, its one end is near access unit, and the other end extends near cylinder, guides, and follow the external diameter of cylinder and rotate the conveying from access unit to cylinder of medium.
Thus, even if medium transaction device of the present invention is when the apparent external diameter of cylinder adds, the space being wound around medium on cylinder can also be guaranteed.
According to the present invention, even if when the apparent external diameter of cylinder adds, the space being wound around medium on cylinder also can be guaranteed.Like this, the present invention can realize receiving multiple media and media processing apparatus and the medium transaction device that can improve ease of use.
Accompanying drawing explanation
Fig. 1 is the stereographic map of the front surface of the formation representing automated teller machine, left surface and upper surface.
Fig. 2 is the left view of the formation representing bill depositing/dispensing apparatus.
Fig. 3 is the stereographic map representing front surface, left surface and upper surface that the outward appearance of temporary transient reserve part is formed.
Fig. 4 is the stereographic map of the front surface of the Inner Constitution representing temporary transient reserve part, left surface and upper surface.
Fig. 5 is the left view of the Inner Constitution of temporary transient reserve part under the thinnest state.
Fig. 6 is the left view of the Inner Constitution of temporary transient reserve part under most shape thickness state.
Fig. 7 is the enlarged left view of the bank note access unit under the thinnest state.
Fig. 8 is the enlarged left view of the bank note access unit under most shape thickness state.
Fig. 9 is the left view of the Inner Constitution of temporary transient reserve part in the past under the thinnest state.
Figure 10 is the left view of the Inner Constitution of temporary transient reserve part in the past under most shape thickness state.
Wherein, being described as follows of Reference numeral:
1 ... automated teller machine, 3 ... hospitality unit, 4 ... card gateway, 5 ... depositing and drawing port, 6 ... operation display part, 7 ... numeric keypad, 8 ... receipt issuing mouth, 9 ... master control part, 9A ... storage part, 10 ... bill depositing/dispensing apparatus, 11 ... bank note control part, 11A ... storage part, 12 ... deposit and withdraw portion, 13 ... delivery section, 14 ... discriminating portion, 15, 115 ... temporary transient reserve part, 16 ... according to warehousing, 17 ... cassette, 18 ... reclaim storehouse, 30 ... temporary transient reserve part housing, 30A ... inner space, 30B ... opened portion, 30C ... bank note access hole, 31 ... cylinder, 32, 33 ... upside spool, 34, 35 ... upside band, 36 ... belt shaft, 37, 38, 137 ... upside band belt wheel, 41, 42 ... downside spool, 43, 44 ... lower belt, 48 ... movable transport road, 49 ... fixing transport road, 50 ... movable guide, 51, 151 ... movable top guide, 52, 152 ... movable lower guide device, 53, 153 ... transport road, 54, 154 ... bank note access unit, 55 ... rotation hole, 56, 156 ... conveying roller, 57, 157 ... conveying roller, 58, 158 ... lower belt belt wheel, 60 ... conveying roller, 61 ... framework, 62 ... front side conveying guide, 63 ... rear side conveying guide, 64 ... front side engaging piece, 65 ... rear side engaging piece, 66 ... conveying roller, 68 ... roller, 70 ... lower guide pawl, 72 ... top guides pawl, RC ... center of rotation portion, BL ... bank note
Embodiment
Below, accompanying drawing is utilized to be described in detail the mode for carrying out an invention.
<1. embodiment >
[entirety of 1-1. automated teller machine is formed]
Outward appearance as represented in figure 1, automated teller machine 1 is formed centered by the housing 2 of box like, such as, be arranged on financial institution etc., and carries out credit transaction between client or the transaction relevant with cash such as to conclude the business of withdrawing the money.
Easily carry out the input of bank note, position to the operation of touch-screen etc. under the state relative on front side of it client of housing 2, the part namely from the top of front surface to upper surface is shape cut sideling, and this part is provided with hospitality unit 3.
Hospitality unit 3 is provided with card gateway 4, depositing and drawing port 5, operation display part 6, numeric keypad 7 and receipt issuing mouth 8, and directly exchanges cash, bankbook etc. between client, carries out and the notice of the relevant information of transaction, the accepting of operation instruction simultaneously.
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 carries out by the card handling part (not shown) of magnetic recording in the reading of the account number etc. of various card.
Depositing and drawing port 5 be put into client will stored in bank note, and discharge expenditure to the part of the bank note of client.In addition, depositing and drawing port 5 is configured to by driving baffle plate to open or close.In addition, bank note is such as made up of rectangular paper.
For operation display part 6, show the LCD(LiquidCrystalDisplay of operation screen during transaction: liquid crystal display) and option dealing kind, input password, dealing money etc. touch-screen be integrated.
Numeric keypad 7 is secondary or physical bonds of the input of the numeral of acceptance " 0 " ~ " 9 " etc., is used when the input operation of password, dealing money etc.
Receipt issuing mouth 8 is parts that distribution have printed the receipt of transaction content etc. at the end of transaction processing.Incidentally, the receipt handling part (not shown) printing transaction content etc. on receipt is provided with in the inboard of receipt issuing mouth 8.
Below, side relative for client in automated teller machine 1 is defined as front side, its opposite side is defined as rear side, the client's relative with on front side of this left side and parting on the right side is not defined as left side and right side, and then definition upside and downside be described.
Be provided with the master control part 9 of unified control automated teller machine 1 entirety in housing 2, carry out the bill depositing/dispensing apparatus 10 etc. of the various process relevant with bank note.
Master control part 9 is by not shown CPU(CentralProcessingUnit: central processing unit) centered by formed, by never illustrated ROM(ReadOnlyMemory: ROM (read-only memory)), flash memory etc. reads regulated procedure and performs, and carries out credit transaction, the various process such as transaction of withdrawing the money.
In addition, master control part 9 has by RAM(RandomAccessMemory in inside: random access memory), the storage part 9A that formed such as hard disk drive, flash memory, and various information to be stored in this storage part 9A.
Incidentally, the side of a part for the front-surface side or its back-surface side etc. of housing 2 is by can the door of opening and closing form.Namely when housing 2 carries out the transaction movement of the transaction relevant with cash between client, as shown in Figure 1 each door is closed, thus protect the bank note be accommodated in bill depositing/dispensing apparatus 10.On the other hand, housing 2, when operator carries out the maintenance operation of maintenance operation, is opened each door as required, thus easily can be carried out the operation of each several part for inside.
Side view as shown in Figure 2, bill depositing/dispensing apparatus 10 is configured to be combined with multiple parts of carrying out the various process relevant with bank note.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 identical with master control part 9, is formed centered by not shown CPU, reads regulated procedure and perform by never illustrated ROM, flash memory etc., carries out the various process such as the process of the conveying destination determining bank note.
In addition, bank note control part 11 has the storage part 11A(Fig. 1 formed by RAM and flash memory etc. in inside), various information is stored in this storage part 11A.
The baffle plate of depositing and drawing port 5, such as when client carries out the credit transaction stored in bank note, after the operation input having accepted regulation via operation display part 6, is opened and bank note input is deposited and withdrawn in portion 12 by bank note control part 11.
If be put into bank note, then bank note takes out one by one by the portion 12 that deposits and withdraws after the flapper closure of depositing and drawing port 5, is transferred to delivery section 13.Delivery section 13 makes the bank note being configured to rectangular scraps of paper shape advance along short side direction, flows to discriminating portion 14.
Discriminating portion 14 carries bank note therein on one side, uses optical element, magnetic detecting element etc. to differentiate Currency Type and the true and false and the degree of injury etc. of this bank note, and its identification result is informed to bank note control part 11.Accordingly, bank note control part 11 decides the conveying destination of this bank note based on the identification result obtained.
Now, delivery section 13 makes the bank note being identified as normal bank note in discriminating portion 14 flow to temporary transient reserve part 15 grade and temporarily retain, and on the other hand, the certificate differentiated as not concluding the business is deposited bank note and is transported to the portion of depositing and withdrawing 12 and returns to client.
Thereafter, bank note control part 11 makes client determine amount deposited via operation display part 6, by delivery section 13 bank note be retained in temporary transient reserve part 15 is transported to discriminating portion 14 and makes it differentiate the degree etc. of its Currency Type and damage, obtaining its identification result.
Then, if the degree of injury of bank note is larger, then bank note control part 11 it can be used as the bank note that should not recycle, be transported to according to warehousing 16 by delivery section 13 and receive, if degree of injury is less, the bank note that recycle then is it can be used as to be transported to discriminating portion 14 by delivery section 13, and by this discriminating portion 14 identification note again.
Delivery section 13 will be identified as the bank note containing of normal bank note in the cassette 17 corresponding with its Currency Type in discriminating portion 14, is transported to by the bank note differentiated as not concluding the business on the other hand and reclaims in storehouse 18.
[formation of the temporary transient reserve part of 1-2.]
As shown in the outward appearance of Fig. 3, temporary transient reserve part 15 is the formation being provided with each parts on temporary transient reserve part housing 30.
Temporary transient reserve part housing 30 by the front side of front surface (Fig. 1) side and its contrary rear side will be become when being arranged in automated teller machine 1, the client relative with this front-surface side regard as the major part of the such periphery in a left side and right left side and right side and downside is as next door, formed the inner space 30A that surrounds by this next door.On the other hand, temporary transient reserve part housing 30 can enter this inner space 30A via the opened portion 30B in the next door of the upside of omitting in periphery from outside.
In addition, on the leading flank of temporary transient reserve part housing 30, break-through is provided with the bank note access hole 30C of the gateway become for the bank note BL in the 30A of inner space.
Incidentally, in the left side of temporary transient reserve part housing 30 and the next door on right side, be built-in with for the gear etc. of never illustrated motor to transmission of drive force such as cylinder described later or rollers.In addition, the left surface of temporary transient reserve part housing 30 is provided with the operating handle 30D manually making cylinder or roller etc. rotate when carrying out maintenance operation.
[formation of 1-2-1. cylinder and band advance system]
Fig. 4 omits the temporary transient reserve part housing 30 in temporary transient reserve part 15, represents the stereographic map of each parts be arranged on this temporary transient reserve part housing 30.Fig. 5 is the side view of the temporary transient reserve part 15 from left sides Fig. 4.
And, Fig. 5 represents bank note cylinder 31 being wound around the upper minimum number of design, the thinnest state that the apparent external diameter of this cylinder 31 is minimum, Fig. 6 represents bank note cylinder 31 being wound around the upper maximum quantity of design, the most shape thickness state that the apparent external diameter of this cylinder 31 is maximum.
As shown in FIG. 4 and 5, cylinder 31 is configured to cylindrical shape, inner space 30A(Fig. 3 at temporary transient reserve part housing 30) in, can be mounted according in the mode rotated to winding direction R1 or extraction direction R2 centered by the turning axle 31X of left and right directions.
In addition, be respectively arranged with a band advance system in the left and right of temporary transient reserve part 15, these two systems are formed each other substantially in the same manner.In each band advance system, be configured to upside band and lower belt 2 bands are advanced.
Upside spool 32 be configured to spool-like, be provided in the upside of cylinder 31, namely at opened portion 30B(Fig. 3) side rearward and the position kept left, rotate centered by the turning axle 32X parallel with the turning axle 31X of cylinder 31.Spool 32 is wound with the upside band 34 as band on the upside of this.
Upside spool 33 is formed identically with upside spool 32, be provided in this on the upside of the roughly rearward symmetrical and position of keeping right of spool 32, rotate centered by the turning axle 32X that spool 32 is shared on the upside of with this.On the upside of this, spool 33 is wound with the upside band 35 as band.
Upside band 34 and 35 is all resins of film-form, width and bank note BL(Fig. 3 of this band) long limit compared with sufficiently short.And upside band 34 and 35 has enough length on long side direction.
From upside spool 32 and 33, in the front side of cylinder 31, namely at bank note access hole 30C(Fig. 3) side is respectively arranged with by the through upside band belt wheel 37 and 38 of belt shaft 36 that the turning axle 31X with cylinder 31 is parallel.
Upside band belt wheel 37 and 38 is all configured to cylindrical shape, and is configured to the external diameter of its internal diameter slightly larger than belt shaft 36, so can with belt shaft 36 for turning axle and freely rotating.
In addition, the length of the respective left and right directions of upside band belt wheel 37 and 38 is longer than the bandwidth of upside band 34 and 35, and specifies the position of its left and right directions on belt shaft 36 according to mode corresponding with upside spool 32 and 33 respectively.
The upside band 34 and 35 extracted out from upside spool 32 and 33 respectively forwards sets up (Fig. 3) according to the mode of crossing opened portion 30B respectively, turns back afterwards by guiding via upside band belt wheel 37 and 38 respectively to rear.
And upside band 34 and 35 is pressed against on cylinder 31 by the roller being arranged on the regulation in movable upper deflector 51 described later respectively, its leading section is fixed on this cylinder 31.
Upside spool 32 and 33 is by not shown tension spring in addition, is exerted a force respectively by the direction and winding direction S1 that are wound around upside band 34 and 35.Temporarily reserve part 15 is configured to be maintained all the time for the tension force of the regulation of upside band 34 and 35 thus.
Incidentally, in temporary transient reserve part 15, upside spool 32 and 33 is arranged on position more rearward compared with cylinder 31, and upside band 34 and 35 is forwards advanced between spool 32 and 33 and upside band belt wheel 37 and 38 on the upside of this, make on the upside of this, to be with 34 and 35 rearward to turn back by belt wheel on the upside of this 37 and 38.
Thus, the interference of other the mechanism etc. in upside spool 32 and 33 and automated teller machine 1 can be avoided in temporary transient reserve part 15.
Downside spool 41 is configured to the spool-like identical with upside spool 32, and be provided in the below of spool 32 on the upside of this, namely the downside of cylinder 31 rearward and the position kept left, can rotate centered by the turning axle 41X parallel with the turning axle 31X of cylinder 31.
On the downside of this, spool 41 is wound with upside with 34 identical the lower belt 43 formed.Incidentally, the winding direction of the lower belt 43 on downside spool 41 is contrary with the winding direction of the upside band 34 on upside spool 32.
Downside spool 42 is formed identically with downside spool 41, be provided in this on the downside of the roughly rearward symmetrical and position of keeping right of spool 41, rotate centered by the turning axle 41X that spool 41 is shared on the downside of with this.Spool 42 is wound with the lower belt 44 identical with lower belt 43 on the downside of this.
The front of downside spool 41 and 42 is respectively arranged with the lower belt belt wheel 45 and 46 rotated centered by the turning axle 45X parallel with the turning axle 31X of cylinder 31.
Lower belt belt wheel 45 and 46 is identical with upside band belt wheel 37 and 38, is all configured to cylindrical shape, and the length of left and right directions is longer than the bandwidth of lower belt 43 and 44, and is arranged on position corresponding with downside spool 41 and 42 respectively in the lateral direction.
From the lower belt 43 and 44 respectively forward direction transmission that downside spool 41 and 42 is extracted out, directed via lower belt belt wheel 45 and 46 afterwards and respectively upward.And lower belt 43 and 44 via the lower belt belt wheel 58 of the regulation be arranged in movable lower deflector 52 described later towards rear and by being pressed on cylinder 31, its leading section is fixed on this cylinder 31.
Incidentally, in temporary transient reserve part 15, downside spool 41 and 42 is also arranged at position more rearward compared with cylinder 31 identically with the situation of upside spool 32 and 33, thus avoids the interference with other the mechanism in automated teller machine 1 etc.
Here, the front end of lower belt 43 is fixed on the position that the peripheral side of cylinder 31 keeps left.In addition, the front end of upside band 34 is fixed in the peripheral side of cylinder 31 overlapping with the outer circumferential side of this lower belt 43.
The front end of lower belt 44 is fixed on the position that the peripheral side of cylinder 31 is kept right in addition, i.e. the roughly symmetrical position with lower belt 43.The front end of upside band 35 is fixed on the outer peripheral face of cylinder 31 overlapping with the outer circumferential side of this lower belt 44 in addition.
According to this formation, in temporary transient reserve part 15, if make cylinder 31 rotate to winding direction R1, then in its peripheral side according to making lower belt 43 and upside band 34 overlapping, and lower belt 44 and the upside mode with 35 overlaps is wound around gradually.
Now, bank note BL clips between lower belt 43 and 44 and upside band 34 and 35 by temporary transient reserve part 15, and this bank note BL is wrapped in the peripheral side of cylinder 31 by this lower belt 43 and 44 together with upside band 34 and 35.
[formation of the movable guide of 1-2-2.]
Movable guide 50 is made up of the movable top guide 51 of upside and the movable lower guide device 52 of downside.
Between movable top guide 51 and movable lower guide device 52, be provided with gap enough wide compared with the thickness of bank note BL, be formed with the transport road 53 for carrying bank note BL along the lower surface of this movable top guide 51 and the upper surface of this movable lower guide device 52 from this gap.
In the forward lower part of temporary transient reserve part 15, carry guide by guiding the movable lower guide device 52 of the lower surface of bank note BL and rear side described later and guide the movable top guide 51 of the upper surface of bank note BL and front side described later to carry guide to define via bank note access hole 30C for storage in this temporary transient reserve part 15 or the bank note access unit 54 of discharging bank note BL.
Movable lower guide device 52 be formed as a left side depending on or the right side be considered as drops or wedge-like.As shown in Figure 4, below the front side of movable lower guide device 52, open certain intervals according to sky in the lateral direction, and mode is downward equipped with multiple lower guide pawl 70 in the lateral direction with the width of regulation.
In addition, below the front side of movable lower guide device 52, break-through is provided with the rotation hole 55 of through left and right directions.On the other hand, at temporary transient reserve part housing 30(Fig. 3) in left and right medial surface on be provided with the rotation axis along left and right directions (not shown) corresponding with rotation hole 55 above front side.
In addition, on the bending inclined-plane from the front side of movable lower guide device 52 to upside, the mode exposing front side to upside from this inclined-plane is provided with conveying roller 56 and 57.Conveying roller 56 and 57 is configured to cylindrical shape respectively, and through by the turning axle (not shown) along left and right directions, by passing to this turning axle driving force via not shown driving mechanism, and can to bidirectional rotation together with this turning axle.Conveying roller 56 is configured to axle centered by the center of rotation hole 55 in addition.
If movable lower guide device 52 is mounted to make the through rotation hole 55 of the rotation axis of temporary transient reserve part housing 30, then can centered by this rotation axis and rotation hole 55 (namely centered by the central shaft of conveying roller 56), relative to temporary transient reserve part housing 30 inward direction T1 or outer direction T2(Fig. 5) rotate.
Above movable lower guide device 52, according to the mode rotated centered by the turning axle (not shown) of left and right directions being provided with cylindric lower belt belt wheel 58.This lower belt belt wheel 58 makes lower belt 43 and 44 upward rearward turn back respectively, and makes it along transport road 53, and the lower surface namely along movable top guide 51 is advanced respectively.
Therefore, movable guide 50 is when bank note BL is from front side insertion transport road 53, by the conveying roller 56 and 57 rotated, this bank note BL is rearward sent successively along transport road 53, make it rearward advance further by the lower belt 43 and 44 of rearward advancing from the rear side of lower belt belt wheel 58.
Movable top guide 51 is integrated with the framework 61 be fixed on movable lower guide device 52, covers the upside of cylinder 31 and movable lower guide device 52.
Movable top guide 51 is configured to surround front and left and right (Fig. 4) by framework 61, as a whole, is being formed at temporary transient reserve part housing 30(Fig. 3) upside opened portion 30B in be formed as the bending tabular covering cylinder 31 from upside.
The i.e. central portion office roughly covered from the front part of cylinder 31 to the scope of the rear section of movable lower guide device 52 of movable top guide 51, its lower surface is roughly formed as plane.In the rear section of the rear side of the covering cylinder 31 of movable top guide 51 in addition, with the peripheral shape of this cylinder 31 accordingly, its lower surface is formed as along with Backwards and downwards sagging shape.And in the front part opposed with the front part of movable lower guide device 52 of movable top guide 51, according to the mode corresponding with the upper surface shape of this movable lower guide device 52, its lower surface is formed as along with forwards front and then sagging downwards shape.
Incidentally, movable top guide 51 is suitably provided with the through hole etc. for making upside band 34 and 35 through.
As shown in Figure 4, below the front side of movable top guide 51, open certain interval and mode is downward equipped with multiple top in the lateral direction with Rack guides pawl 72 according to empty in the lateral direction.
At movable top guide 51(Fig. 5) forward lower part to expose and the mode opposed with conveying roller 56 is provided with conveying roller 60 to make rear side.Conveying roller 60 is configured to cylindrical shape, and be fixed in temporary transient reserve part housing 30, and through by the turning axle (not shown) along left and right directions, pass to this turning axle driving force via not shown driving mechanism, thus can to bidirectional rotation together with this turning axle.
In addition, at the middle body of movable top guide 51, the mode making downside expose is provided with conveying roller 66 and roller 68.Conveying roller 66 and roller 68 are configured to cylindrical shape respectively, and through by the turning axle (not shown) along left and right directions, can to bidirectional rotation.
By the forcing unit of regulation, exert a force to below the axial rotary of conveying roller 66.Therefore, the bank note BL transported along transport road 53 can be pressed on the conveying roller 57 of movable lower guide device 52 by conveying roller 66, and the driving force of this conveying roller 57 can be made to pass to this bank note BL expeditiously.
Roller 68 be arranged in the longitudinal direction cylinder 31 roughly directly over, be arranged on the position corresponding with upside spool 32 and 33 in the lateral direction, its lower surface abuts with upside band 34 and 35.
Therefore, roller 68 can make to be positioned in the upper surface of lower belt 43 and 44 and the upside of the bank note BL transported from front side along transport road 53 abuts with upside band 34 and 35 and advances.
Namely roller 68 makes bank note BL be clipped between upside band 34 and 35 and lower belt 43 and 44, and is pressed into while making them rearward advance in the peripheral side of cylinder 31.
In addition, it is in the bank note BL of process in bill depositing/dispensing apparatus 10 that conveying roller 66 and 57 clamps the distance that bank note BL is pressed into position on cylinder 31 and abutted position P2 by the position of bank note BL and clip position P1 and roller 68, the distance below the length of the short side direction of the shortest bank note (being also referred to as minimum dimension bank note below) of the length of the short side direction of throughput direction.
Temporary transient reserve part 15(Fig. 5 under the thinnest state) bank note access unit 54 enlarged drawing as shown in Figure 7, be provided with in the below of movable lower guide device 52 and be not fixed in temporary transient reserve part housing 30(Fig. 3 movably) rear side conveying guide 63.Incidentally, not shown framework 61 and being omitted in the figure 7.
In the upper end, front of rear side conveying guide 63, according in the lateral direction across roughly identical with lower guide pawl 70 interval, and mode is upward equipped with multiple claw in the lateral direction with roughly identical with lower guide pawl 70 width.
Therefore the claw of lower guide pawl 70 and rear side conveying guide 63 becomes clearance fit each other and the state of engagement.Thus, the lower end, front of movable lower guide device 52 be positioned at carry guide 63 with rear side leading flank compared with more rearward position.
In the below of movable top guide 51, be provided with the front side conveying guide 62 not being fixed in temporary transient reserve part housing 30 movably.
Front side conveying guide 62 upper end, rear according in the lateral direction across roughly and top guide the interval that pawl 72 is identical, and mode be upward equipped with multiple have in the lateral direction roughly guide the claw of the width that pawl 72 is identical with top.
Therefore, top guides the claw of pawl 72 and front side conveying guide 62 to become clearance fit each other and the state of engagement.Thus, the lower end, front of movable top guide 51 be positioned at carry guide 62 with front side trailing flank compared with position closer to the front.
Like this, in bank note access unit 54, become state lower guide pawl 70 and rear side conveying guide 63 engaged, and become the state guiding pawl 72 and front side conveying guide 62 to engage on top.
Therefore temporarily reserve part 15 can not make the lower end of movable lower guide device 52 and movable top guide 51 project to transport road 53 and hinder the conveying of bank note BL, successfully can carry this bank note BL.
Incidentally, in Fig. 4, Fig. 5 and Fig. 6, not shown front side conveying guide 62 and rear side are carried guide 63 and are omitted.
Here, movable lower guide device 52(Fig. 7) lower guide pawl 70 and the rear side part i.e. shape of rear side engaging piece 65 of carrying guide 63 to engage a left side depending on and the right side look in be the circular shape centered by the center of conveying roller 56 and center of rotation portion RC.
The part that the top of movable top guide 51 guides pawl 72 and front side carrys guide 62 engage be in addition on front side of engaging piece 64 shape a left side depending on and the right side look in be circular shape centered by center of rotation portion RC.
Be sandwiched in movable lower guide device 52 and movable top guide 51 and extend upward from the front side engaging piece 64 of front side and the position of rear side engaging piece 65 being sandwiched in center of rotation portion RC with the movable transport road 48 that movable guide 50 rotates ordinatedly, gradually rearward bending.
Being sandwiched in front side in addition carries guide 62 and rear side carry guide 63 and extend to front side engaging piece 64 and rear side engaging piece 65 on the downside of the front of center of rotation portion RC with the fixing transport road 49 that the mode that can not rotate is formed.
Like this, movable guide 50(Fig. 5) bank note BL that the bank note access hole 30C via temporary transient reserve part housing 30 is inserted carries along the transport road 53 be made up of movable transport road 48 and fixing transport road 49, on the upside of utilization, band 34 and 35 and lower belt 43 and 44 are from the state of clamping this bank note BL up and down, make near its peripheral side arriving cylinder 31.
Movable guide 50 is configured to can with the center of rotation portion RC of above-mentioned conveying roller 56 for center of rotation inward direction T1 or outer direction T2 rotates, but due to gravity, power downwards, namely the power of inward direction T1 plays a role.
Therefore, movable guide 50 makes roller 68 abut with the upside band 34 and 35 be wound on cylinder 31 and press.
Thus, movable guide 50 is when cylinder 31 rotates to winding direction R1, can according to while make the bank note BL clamped by upside band 34 and 35 and lower belt 43 and 44 in the upper extension of long side direction (i.e. left and right directions), the mode be pressed in the peripheral side of this cylinder 31 guides.
Here, as shown in Figure 6, cylinder 31 is wound successively along with multiple bank note BL, and apparent external diameter increases gradually.Accordingly, the movable top guide 51 of movable guide 50 by cylinder 31 gradually upward direction be picked up, centered by the center of rotation portion RC of conveying roller 56, outward direction T2 rotates.
Namely movable guide 50 independently can make roller 68 abut with cylinder 31 all the time with the external diameter of cylinder 31, and the throughput direction of bank note BL and conveying destination can be made to follow the outer peripheral face of this cylinder 31.
In addition, movable guide 50 is configured to center of gravity and is positioned at cylinder 31 side more rearward compared with center of rotation portion RC.
Therefore movable guide 50 is when from the thinnest state to most shape thickness state change, also can stably continue to be connected on cylinder 31.
In addition, when from the thinnest state to most shape thickness state change, the position relationship of conveying roller 66,57 and roller 68 and constant all the time.
Further, movable guide 50 independently can cover temporary transient reserve part housing 30(Fig. 3 with the external diameter of cylinder 31 from the top of cylinder 31) opened portion 30B, continue to cover inner space 30A and outside.
Temporary transient reserve part 15(Fig. 6 of most shape thickness state) bank note access unit 54 enlarged drawing as shown in Figure 8.Incidentally, identical with Fig. 7 in fig. 8, not shown framework 61 and being omitted.
As described above, the shape of rear side engaging piece 65 and front side engaging piece 64 is the circular shape centered by center of rotation portion RC.
Therefore, when movable guide 50 rotates centered by center of rotation portion RC, there is not the situation that movable transport road 48 departs from from fixing transport road 49.
Thus, for temporary transient reserve part 15, movable guide 50 rotate and from the thinnest state to most shape thickness state change time, the lower end of movable lower guide device 52 and movable top guide 51 also can not lean out transport road 53 and hinder the conveying of bank note BL.
Namely temporary transient reserve part 15 is when movable guide 50 rotates, and also can continue to be connected and fixed transport road 49 and movable transport road 48, bank note BL can be made successfully to carry.
[1-3. action and effect]
In above formation, the temporary transient reserve part 15 of automated teller machine 1 makes to have the movable top guide 51 of the roller 68 of the outer peripheral face being connected to cylinder 31 and the movable lower guide device 52 integrated with this movable top guide 51 is followed the external diameter of this cylinder 31 and rotate centered by the center of rotation portion RC of conveying roller 56.
Therefore temporarily reserve part 15 when from the thinnest state to most shape thickness state change, upside band 34 and 35 and the changing according to the mode increased gradually relative to the winding angle RT of horizontal direction of lower belt 43 and 44, but the direction of movable transport road 48 can be made to follow the change of this winding angle RT.
And temporary transient reserve part 15 can make the rear side of movable top guide 51 and movable lower guide device 52 mobile to the direction away from cylinder 31 i.e. top.
Even if temporarily the space being wound around bank note BL on this cylinder 31, when the apparent external diameter of cylinder 31 increases, also can be guaranteed, so multiple bank note BL can be wrapped on cylinder 31 and be received in reserve part 15 thus.
Temporarily movable guide 50 is rotated in reserve part 15 centered by the center of rotation portion RC being positioned at the conveying roller 56 of the position of the apparent external diameter of the cylinder 31 that have left under most shape thickness state in addition.
Temporarily reserve part 15 is compared closer to the situation of rotating centered by the central shaft of the such as conveying roller 57 of the position of cylinder 31 to be configured at making movable guide 50 compared with conveying roller 56 thus, more bank note BL can be wrapped on cylinder 31.
Temporarily reserve part 15 makes the lower belt belt wheel 58 lower belt 43 and 44 turned back be fixed on movable guide 50 follow the external diameter of cylinder 31 and move together with this movable guide 50 in addition.
Even if temporarily reserve part 15, when the apparent external diameter of cylinder 31 increases, also can make lower belt belt wheel 58 with keeping out of the way mobile from cylinder 31 together with movable guide 50 thus.
And temporarily reserve part 15 makes the distance of clip position P1 and abutted position P2 be distance below the length of the short side direction of minimum dimension bank note, when movable guide 50 rotates, the position relationship of conveying roller 66,57 and roller 68 does not also change and constant all the time.
Temporarily reserve part 15, when the apparent external diameter change of cylinder 31, also can one clamp bank note BL straight through conveying roller 57 and 66 and carry thus, and by roller 68 by it by being pressed on cylinder 31, thus can stably be wound around bank note BL.
And temporarily roller 68 arranges in the mode exposed to downside from movable top guide 51 by reserve part 15, makes it abut with upside band 34 and 35.
Temporarily reserve part 15 can avoid that bank note BL directly contact with the lower surface of movable top guide 51 forcefully and bank note BL hangs on this movable top guide 51 thus, and by roller 68 self rotation, can suppress the wearing and tearing of this roller 68.
According to above formation, temporary transient reserve part 15 is provided with cylinder 31 and movable guide 50, cylinder 31 is cylindric and is configured to rotate, and the bank note BL supplied from outside via bank note access unit 54 and upside band 34 and 35 and lower belt 43 and 44 are wrapped in peripheral side overlappingly, one end of movable guide 50 is near bank note access unit 54, and the other end extends near cylinder 31, guiding from bank note access unit 54 to the conveying of cylinder 31 bank note BL, and follow the external diameter of cylinder 31 and rotate.
Even if temporarily the space being wound around bank note BL on this cylinder 31, when the apparent external diameter of cylinder 31 increases, also can be guaranteed, so multiple bank note BL can be wrapped on cylinder 31 in reserve part 15 thus.
<2. other embodiment >
In addition in the above-described embodiment, expose to downside from movable top guide 51 roller 68 is arranged to, its situation about abutting with upside band 34 and 35 is described.
The present invention is not limited to this, such as, also can be arranged to make the projection of semi-spherical shape outstanding from the downward side of movable top guide 51, and this projection is abutted with upside band 34 and 35.But when projection, this projection and upside band 34 and 35 rub and wear and tear gradually.Therefore, if the roller that can rotate as roller 68, then can suppress the wearing and tearing of this roller, suppress to use the deterioration brought.
In addition, in the above-described embodiment, the situation of being carried along short side direction by bank note BL is described, but the present invention is not limited to this, also bank note BL can be carried along long side direction.
In this case, the distance being preferably configured to clip position P1 and abutted position P2 be in the bank note BL of process in bill depositing/dispensing apparatus 10, along the distance below the length of the long side direction of the shortest bank note BL of the length of the long side direction of throughput direction.
And in the above-described embodiment, opened portion 30B is arranged to the upside at temporary transient reserve part housing 30, and movable guide 50 is configured in the upside of cylinder 31, because movable guide 50 describes by situation about being pressed on the outer peripheral face of cylinder 31 by the effect of gravity.
But the present invention is not limited to this, also opened portion 30B can be set in the front side of temporary transient reserve part housing 30, rear side or downside, according to covering the mode of this opened portion 30B and to be configured in by movable guide 50 front side of cylinder 31, rear side or downside, by the effect of the forcing unit such as spring by movable guide 50 by being pressed on the outer peripheral face of cylinder 31.
Further, in the above-described embodiment, to by temporary transient reserve part 15 bank note BL being clamped under the state between upside band 34 and 35 and lower belt 43 and 44, the situation that this bank note BL is wrapped on the outer peripheral face of cylinder 31 is described.
The present invention is not limited to this, also can omit lower belt 43 and 44 and mechanism associated with it from temporary transient reserve part 15.In this case, such as at the mask toughness abutted with bank note BL making upside band 34 and 35, under bank note BL being pasted onto state temporarily fixing on upside band 34 and 35 by this viscosity, the outer circumferential side of upside band 34 and 35 and bank note BL is wrapped on the outer peripheral face of cylinder 31 overlappingly.
And in the above-described embodiment, to be provided with in temporary transient reserve part 15 2 groups, left and right as on the upside of band 34 and 35 and lower belt 43 and 44, by upside with and lower belt combination and the situation of band advance system that formed describes.
But the present invention is not limited to this, the band advance system of more than 1 group or 3 groups also can be set in temporary transient reserve part 15.
Further, in the above-described embodiment, to apply the present invention in automated teller machine 1 temporarily retain in transaction stored in bank note temporary transient reserve part 15 in situation describe.
But the present invention is not limited to this, also such as only carrying out the discriminating of bank note, the device of counting etc., bank note BL being clipped between upside band 34 and 35 and lower belt 43 and 44, can be wrapped in the various devices that cylinder 31 temporarily retains and apply.
And in the above-described embodiment, in financial institution etc. with the temporary transient reserve part 15 of automated teller machine 1 of carrying out the transaction relevant with cash between client, the situation being retained as the bank note BL of medium describes.
But the present invention is not limited to this, also can be applied to the temporary transient reserve part that middle office workers such as being such as embedded in financial institution carries out the teller system of the various process relevant with cash, or be applied to the various devices retained as the medium of the scraps of paper shape of exchange ticket, convertible note, pass-check etc. and so on.In this case, the width, number etc. of the band of upside band 34 and 35 and lower belt 43 and 44 is suitably specified according to the size of medium, shape.
And in the above-described embodiment, situation about being made up of as the temporary transient reserve part 15 of media processing apparatus the cylinder 31 as cylinder and the movable guide 50 as movable guide is described.
But the present invention is not limited to this, the cylinder of other various formations and movable guide also can be utilized to form media processing apparatus.
And, in the above-described embodiment, situation about being made up of as the automated teller machine 1 of medium transaction device the hospitality unit 3 as receiving unit, the delivery section 13 as delivery section, the cylinder 31 as cylinder and the movable guide 50 as movable guide is described.
But the present invention is not limited to this, also medium transaction device can be formed by other various receiving unit, delivery section, cylinder and movable guides formed.
The present invention also can be used in and the medium of the paper-like such as the bank note of input is wrapped in various devices cylinder carrying out temporary reservation together with band.
Claims (11)
1. a media processing apparatus, is characterized in that, has:
Cylinder, its cylindrically and be configured to rotate, and by the medium of scraps of paper shape supply from outside via access unit be with be wrapped in peripheral side overlappingly;
Movable guide, its one end is near described access unit, and the other end extends near described cylinder, guiding from described access unit to the conveying of described cylinder described medium, and follows the external diameter of described cylinder and rotate; And
The conveying guide be fixed, it is formed in the transport road carrying described medium in described access unit,
Described conveying guide is configured to engage with described movable guide.
2. media processing apparatus according to claim 1, is characterized in that,
Described movable guide rotates to be positioned at centered by the rotary middle spindle leaving the position of this cylinder than the peripheral side of the described cylinder under the state being wound with maximum described medium.
3. media processing apparatus according to claim 1, is characterized in that,
The contact site contacted with the peripheral side of described cylinder is provided with in the position opposed with described cylinder of described movable guide.
4. media processing apparatus according to claim 3, is characterized in that,
Described contact site is for cylindrical shape and the roller that can rotate.
5. media processing apparatus according to claim 3, is characterized in that,
For be interposed between the throughput direction along this medium of described medium between the position that cylindric and the conveying roller of the described medium of conveying being installed on described movable guide and the position of this medium contact and described contact site contact with the peripheral side of described cylinder length below.
6. media processing apparatus according to claim 1, is characterized in that,
The external diameter of described cylinder followed by described movable guide, to the angular turn roughly the same with the angle that described band is wound around on which cylinder.
7. media processing apparatus according to claim 6, is characterized in that,
Also there is belt wheel, this belt wheel is installed on described movable guide in the mode changing one end and fix the direct of travel of described band on which cylinder, and the position can leaving this cylinder to the peripheral side than this cylinder when being wound with maximum described media on this cylinder is moved.
8. media processing apparatus according to claim 1, is characterized in that,
Described movable guide rotates to be positioned at centered by the rotary middle spindle leaving the position of this cylinder than the peripheral side of the described cylinder under the state being wound with maximum described media,
In described access unit, the transport road of described medium is carried to bend to circular shape centered by described rotary middle spindle.
9. media processing apparatus according to claim 8, is characterized in that,
Described conveying guide by clip described transport road opposed fix the 1st conveying guide and the 2nd conveying guide form,
Described movable guide is formed by across the opposed movable top guide of described transport road and movable lower guide device,
Described 1st conveying guide and described movable top guide are configured to be engaged with each other, and described 2nd conveying guide and described movable lower guide device are configured to be engaged with each other.
10. media processing apparatus according to claim 9, is characterized in that,
The position that the position and the described 2nd that described 1st conveying guide engages with described movable top guide carries guide to engage with described movable lower guide device is the circular shape centered by described rotary middle spindle.
11. 1 kinds of medium transaction device, is characterized in that having:
Receiving unit, it accepts the transaction relevant with the medium of scraps of paper shape;
Delivery section, it carries the described medium accepted by described receiving unit;
Cylinder, its cylindrically and be configured to rotate, and by the medium of scraps of paper shape supply from outside via access unit be with be wrapped in peripheral side overlappingly;
Movable guide, its one end is near described access unit, and the other end extends near described cylinder, guiding from described access unit to the conveying of described cylinder described medium, and follows the external diameter of described cylinder and rotate; And
The conveying guide be fixed, it is formed in the transport road carrying described medium in described access unit,
Described conveying guide is configured to engage with described movable guide.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2012-120892 | 2012-05-28 | ||
| JP2012120892A JP5935512B2 (en) | 2012-05-28 | 2012-05-28 | Medium processing apparatus and medium transaction apparatus |
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| Publication Number | Publication Date |
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| CN103456078A CN103456078A (en) | 2013-12-18 |
| CN103456078B true CN103456078B (en) | 2016-03-30 |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103588013B (en) * | 2013-11-12 | 2016-05-11 | 广州广电运通金融电子股份有限公司 | A kind of bank note memory device |
| JP6187289B2 (en) * | 2014-02-04 | 2017-08-30 | 沖電気工業株式会社 | Medium processing apparatus and medium transaction apparatus |
| CN104346864B (en) * | 2014-10-08 | 2017-06-13 | 深圳怡化电脑股份有限公司 | Automatic trading apparatus |
| WO2016197363A1 (en) * | 2015-06-11 | 2016-12-15 | 深圳怡化电脑股份有限公司 | Cash depositing and dispensing device and automatic teller machine |
| KR101850836B1 (en) | 2016-11-11 | 2018-04-23 | 효성티앤에스 주식회사 | Banknote receiving/discharging guide structure of drum-type banknote cassette and the banknote cassette the structure applied thereto |
| CN106530480B (en) * | 2016-11-30 | 2024-03-08 | 成都光谷云基建工程有限公司 | Financial bill identifying equipment |
| JP6809382B2 (en) * | 2017-05-30 | 2021-01-06 | 沖電気工業株式会社 | Media capture device and media processing device |
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| CN1991919A (en) * | 2005-12-31 | 2007-07-04 | 广州广电运通金融电子股份有限公司 | Temporary storage mechanism |
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| JP4366010B2 (en) * | 2000-12-20 | 2009-11-18 | 日立オムロンターミナルソリューションズ株式会社 | Bill storage and discharge device and bill handling device |
| IT1391242B1 (en) * | 2008-08-08 | 2011-12-01 | Razzaboni Cima Spa | WAREHOUSE FOR BANKNOTES |
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Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN1991919A (en) * | 2005-12-31 | 2007-07-04 | 广州广电运通金融电子股份有限公司 | Temporary storage mechanism |
| CN101067884A (en) * | 2007-06-14 | 2007-11-07 | 北京兆维科技股份有限公司 | Temporary storage |
| CN101828204A (en) * | 2007-10-17 | 2010-09-08 | 光荣株式会社 | Paper money containing/feeding device |
| CN103299348A (en) * | 2011-07-25 | 2013-09-11 | 冲电气工业株式会社 | Medium collection device |
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| CN103456078A (en) | 2013-12-18 |
| JP2013246700A (en) | 2013-12-09 |
| JP5935512B2 (en) | 2016-06-15 |
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