CN103186943A - Medium processing device - Google Patents
Medium processing device Download PDFInfo
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- CN103186943A CN103186943A CN2012104430391A CN201210443039A CN103186943A CN 103186943 A CN103186943 A CN 103186943A CN 2012104430391 A CN2012104430391 A CN 2012104430391A CN 201210443039 A CN201210443039 A CN 201210443039A CN 103186943 A CN103186943 A CN 103186943A
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Abstract
The invention provides a medium processing device which can improve operability of maintain operation. In a temporary reserving portion (15), a middle part of upper side belts (34,35) and lower side belt (43,44) is provided with colors which can be identified relative to other components and paper money, and the colors can pass through a part of detection light of sensors (38,39,47,48), so that shading areas (SH) of the upper side belts (34,35) and lower side belt (43,44) can be correctly detected, and start end portions and terminal portions can be correctly identified. Identification ability of maintenance operators on each belt is improved, thereby improving operability of maintain operation.
Description
Technical field
The present invention relates to media processing apparatus, for example is to be applicable to that media such as putting into bank note carries out the device of automatic cash deposit and withdrawal machine (ATM) of desirable transaction etc.
Background technology
In the past, in automatic cash deposit and withdrawal machine that financial institution etc. uses etc., according to client's transaction content, for example make client deposit cashes such as bank note, coin in, or to the customer payment cash.
As the automatic cash deposit and withdrawal machine, for example propose to have following scheme, it has: and client between carry out the bank note gateway that gives and accept of bank note, to the Currency Type of the bank note put into and the discriminating portion that the true and false is differentiated, the temporary transient temporary transient reserve part of the bank note of putting into and the Currency Type box (for example, with reference to patent documentation 1) that stores bank note according to Currency Type of keeping.
This automatic cash deposit and withdrawal machine is in credit transaction, when client puts into the bank note gateway with bank note, utilize discriminating portion that the bank note that is placed into is differentiated, and utilize temporary transient reserve part to keep and differentiated to be normal bank note, on the other hand, will be differentiated that the bank note for not concluding the business turns back to the bank note gateway and returns to client.Then, when determining amount deposited by client, automatic cash deposit and withdrawal machine utilization discriminating portion differentiates the Currency Type of the bank note that is retained in temporary transient reserve part again, and according to the Currency Type that is identified it is received into each Currency Type box.
As temporary transient reserve part, for example propose to have following scheme, that is: have rotating cylinder cylindraceous and 2 long bands of rotation, with an end of each band to fix (for example, with reference to patent documentation 2) in the overlapping mode in all sides of rotating cylinder.
This temporary transient reserve part utilizes 2 bands to clamp the bank note that transports successively from discriminating portion etc. from the two sides, bank note is wound in all sides by making the rotating cylinder rotation with keeping intact, temporarily keeps the plurality of sheets of paper coin thus.
Patent documentation 1: TOHKEMY 2011-2921 communique (first figure)
Patent documentation 2: TOHKEMY 2010-1123 communique (first figure)
The band that in above-mentioned temporary transient reserve part, uses, require for all sides that are wound on rotating cylinder overlappingly very thin, Yi Bian and have pliability in order in temporary transient reserve part, to turn back to advance thereby require by one way or anothers such as spools on one side.
Therefore, band is for example thinner and flexibly constitute by resin material etc., and is water white mostly.Yet always intensity is very low for such band, and perhaps the visual identity of human eye becomes difficult.
Yet various operations are carried out by maintenance operator in temporary transient reserve part when attended operation.At this moment, maintenance operator can't correctly be identified water white band sometimes, thereby hand, instrument or parts etc. are contacted with this band etc. and damages, thereby causes new obstacle and increase operation.
In addition, in temporary transient reserve part, in order to prevent the damage of such band, consequently, there is the problem of operability reduction in the action when maintenance operator need extraordinarily be noted attended operation.
Summary of the invention
The present invention considers above situation and finishes that purpose is to provide a kind of media processing apparatus that can improve the operability of attended operation.
In order to solve above-mentioned problem, in media processing apparatus of the present invention, be provided with: rotating cylinder, the supporting of framework that it rotatably is prescribed is around in all sides with the media roll of paper shape; Spool, it is rotatably supported by framework; Band, its width is shorter than the width of all sides of rotating cylinder, and an end is wound in all sides that spool and the other end are wound in rotating cylinder, follow the rotation of rotating cylinder, clamping and reeling from the medium of the outside supply of framework between this band and all sides of described rotating cylinder brings to and has color or literal, figure or decorative pattern less.
Owing to have color or literal, figure or decorative pattern, improve identity thus, so maintenance operator is identified existence and the position thereof of this band easily when attended operation, thereby can there be to carry out various operations according to it.
According to the present invention, owing to have color or literal, figure or decorative pattern on tape, improve identity thus, so maintenance operator is identified existence and the position thereof of this band easily when attended operation, thereby can there be to carry out various operations according to it.Thereby the present invention can realize improving the media processing apparatus of the operability of attended operation.
Description of drawings
Fig. 1 is the concise and to the point stereographic map of the structure of expression automatic cash deposit and withdrawal machine.
Fig. 2 is the concise and to the point side view of the structure of expression bill depositing/dispensing apparatus.
Fig. 3 is the concise and to the point stereographic map of the surface structure of the temporary transient reserve part of expression.
Fig. 4 is the concise and to the point side view of the inner structure of the temporary transient reserve part of expression.
Fig. 5 is the concise and to the point cut-open view of the structure of expression belt sensor.
Fig. 6 is the sketch of the structure of the band in expression first embodiment.
Fig. 7 is the sketch of the structure of the band in expression second embodiment.
Fig. 8 is the sketch of the structure of the band in expression the 3rd embodiment.
Fig. 9 is the sketch of the structure of the band in expression the 4th embodiment.
Figure 10 is the sketch of the structure of the band in expression the 5th embodiment.
Figure 11 is the sketch of the structure of the band in expression the 6th embodiment.
Figure 12 is the sketch of the structure of the band in expression the 7th embodiment.
Figure 13 is the sketch of the structure of the band in expression the 8th embodiment.
Figure 14 is the sketch of the structure of the band in expression the 9th embodiment.
Figure 15 is the sketch of the structure of the band in expression the tenth embodiment.
Figure 16 is the sketch of the structure of the band in other embodiments of expression.
Reference numeral explanation: 1 ... the automatic cash deposit and withdrawal machine; 15 ... temporary transient reserve part; 20 ... temporary transient reserve part framework; 21 ... control part; 31 ... rotating cylinder; 32,33 ... the upside spool; 34,35,134,135,234,235,334,335,434,435,534,535,634,635,734,735,834,835,934,935 ... the upside band; 34S, 35S, 134S, 135S, 234S, 235S, 334S, 335S, 434S, 435S, 534S, 535S, 634S, 635S, 734S, 735S, 834S, 835S, 934S, 935S ... top portion; 34E, 35E, 134E, 135E, 234E, 235E, 334E, 335E, 434E, 435E, 534E, 535E, 634E, 635E, 734E, 735E, 834E, 835E, 934E, 935E ... terminal part; 38,39,47,48 ... belt sensor; 41,42 ... the downside spool; 43,44 ... the downside band; SH ... lightproof area; IR ... irradiation area; NR ... non-irradiation area; NM ... numeral; MK ... mark; CP ... change decorative pattern.
Embodiment
Below, utilize accompanying drawing that the mode (hereinafter referred to as embodiment) that is used for carrying out an invention is described.
1. first embodiment
1-1. the one-piece construction of automatic cash deposit and withdrawal machine
Shown in Fig. 1 outward appearance, automatic cash deposit and withdrawal machine 1 for example is arranged at financial institution etc. centered by the framework 2 of case shape and constitute, be used for client between carry out credit transaction or transaction that the transaction of withdrawing the money etc. is relevant with cash.
The shape of framework 2 forms: the position of putting into, utilize touch panel to operate etc. of carrying out bank note in its front side under the state that client faces easily, namely from the top of front surface to the part of upper surface by the shape after removing sideling, and be provided with the portion of receiving guests 3 in this part.
Receive guests portion 3 and client between directly exchange cash, bankbook etc., and carry out and relevant notification of information or the acceptance operation indication of concluding the business, the portion 3 of receiving guests is provided with and sticks into outlet 4, depositing and drawing port 5, operation display part 6, numerical key 7 and receipt granting mouth 8.
Sticking into outlet 4 is parts of inserting or discharging various cards such as cash card.Be provided with the card handling part (not shown) that the number of the account of magnetic recording in various cards etc. read sticking into outlet 4 inboard.
Depositing and drawing port 5 is the parts that supply client to put into the bank note of deposit and discharge the bank note of withdrawing the money to client.In addition, depositing and drawing port 5 opens or closes by driving gate.In addition, bank note for example is made of rectangular paper.
The LCD(Liquid CrystalDisplay of display-operation picture when operation display part 6 will be concluded the business), integrated with the touch panel of the selection of importing type of transaction, password, dealing money etc.
Numerical key 7 is secondary or physical bonds of accepting the inputs such as numeral of " 0 " ~ " 9 ", uses when the input operation of password, dealing money etc.
Receipt granting mouth 8 is parts of provide printing the receipt that transaction content etc. is arranged when transaction processing finishes.In addition, be provided with the receipt handling part (not shown) of printing transaction content etc. at receipt in the inboard of receipt granting mouth 8.
Below, the side that client in the automatic cash deposit and withdrawal machine 1 is faced is as the front side, and its opposition side as rear side, is observed from the angle in the face of the client of this front side, with a left side and part on the right side as left side and right side, and defines upside and downside describes.
In framework 2, be provided with the master control part 9 that automatic cash deposit and withdrawal machine 1 integral body is unified to control, the bill depositing/dispensing apparatus 10 that carries out the various processing relevant with bank note etc.
In addition, master control part 9 has RAM(Random Access Memory in inside), storage part 9A such as hard disk drive, flash memory, storing various information in this storage part 9A.
In addition, a part of side of the front face side of framework 2 and back side etc. thereof is made of the door that can open and close.That is, as shown in Figure 1, framework 2 with client between when carrying out the transaction movement of the transaction relevant with cash, by closing each, protection is accommodated in the bank note in the bill depositing/dispensing apparatus 10 thus.On the other hand, when framework 2 is carried out the attended operation of attended operation operator etc., open each as required, can easily carry out the operation to the each several part of inside thus.
Shown in Fig. 2 side view, bill depositing/dispensing apparatus 10 forms and will carry out the structure of a plurality of part combinations of the various processing relevant with bank note.In addition, the each several part of bill depositing/dispensing apparatus 10 is by 11 controls of bank note control part.
Bank note control part 11 is identical with master control part 9, and centered by not shown CPU and constitute, never illustrated ROM, flash memory etc. are read regulated procedure and carried out, and determine the various processing such as processing of the conveying destination of bank note thus.
In addition, bank note control part 11 has storage part 11A(Fig. 1 such as RAM and flash memory in inside), storing various information in this storage part 11A.
For example deposit under the situation of credit transaction of bank note client, accepted the operation input of regulation via operation display part 6 after, bank note control part 11 is opened the gate of depositing and drawing port 5, and bank note is put in the portion of depositing and withdrawing 12.
Deposit and withdraw portion 12 when bank note is placed into receptacle 12A, close the gate of depositing and drawing port 5 and take out bank note from more than of this receptacle 12A ground, and be delivered to delivery section 13.Delivery section 13 makes the bank note that constitutes rectangular paper shape advance along short side direction, and carries to discriminating portion 14.
Discriminating portion 14 within it portion while carrying bank note to use optical element, magnetic detecting element to wait to differentiate the Currency Type of this bank note and the true and false and damaged degree etc., and with this identification result notice bank note control part 11.Accordingly, bank note control part 11 decides the conveying destination of this bank note according to the identification result of obtaining.
At this moment, delivery section 13 will be differentiated to the bank note of normal bank note transports temporary transient reservation to temporary transient reserve part 15 in discriminating portion 14, on the other hand, will be differentiated that client is carried and returned to the rejection bank note for not concluding the business to the portion of depositing and withdrawing 12.
Afterwards, bank note control part 11 makes client determine amount deposited via operation display part 6, and the bank note that will be remained in temporary transient reserve part 15 by delivery section 13 is carried to discriminating portion 14, and differentiates its Currency Type and damaged degree etc., and obtains its identification result.
And, if the damaged degree of bank note is very big, then bank note control part 11 utilizes delivery section 13 to carry and take in to rejecting box 16 it as bank note that should not recycling, if damaged degree is little, then bank note control part 11 as bank note that can recycling and utilize delivery section 13 to carry, and is accommodated in the cassette corresponding with its Currency Type 17 with it.
1-2. the structure of temporary transient reserve part
Shown in the outward appearance of Fig. 3, temporary transient reserve part 15 becomes the structure that each parts is installed in temporary transient reserve part framework 20.
The major part of temporary transient reserve part framework 20 by the periphery that front side and rear side, left side and right side and downside is such forms the inner space 20A that is impaled by this next door thus as the next door.In addition, below the leading flank of temporary transient reserve part framework 20, run through the bank note access hole 20C that is provided with as the gateway of the bank note in the turnover inner space 20A.
In addition, in the next door on the left side of temporary transient reserve part framework 20 and right side, be built-in with for illustrated motor never to the gear of transmission of drive force such as rotating cylinder described later, roller etc.In addition, be provided with the operating handle 20D that manually makes rotations such as rotating cylinder, roller at attended operation the time at the left surface of temporary transient reserve part framework 20.
Fig. 4 has schematically shown in temporary transient reserve part 15 and the conveying of bank note and the side view that keeps each relevant parts.
Temporary transient reserve part 15 utilizes 21 pairs of integral body of control part to control.Control part 21 and master control part 9, bank note control part 11(Fig. 1) identical, centered by not shown CPU and constitute, cooperate with these bank note control part 11 grades on one side on one side never illustrated ROM, flash memories etc. are read regulated procedure and execution, carry out thus and the rotation of rotating cylinder, the relevant various processing such as control of advancing of band.
In addition, control part 21 has the storage part that is made of RAM and flash memory etc., storing various information in this storage part in inside.
Between bank note access hole 20C and inner space 20A, be formed with the conveying road 22 of carrying bank note.Carry in the road 22 at this, utilize transmission from roller 23 and the driven roller 24 of the driving force of not shown motor bank note to be advanced towards bank note access hole 20C or inner space 20A, and utilize bank note sensor 25 to detect having or not of bank note etc.
In the 20A of inner space, be provided with rotating cylinder 31 cylindraceous.Rotating cylinder 31 will be will installing towards the mode of coiling direction R1 or the direction R2 that unrolls rotation centered by the turning axle 31X of left and right directions.
In addition, about temporary transient reserve part 15, be respectively arranged with a band advance system that roughly similarly constitutes mutually.In each band advance system, 2 bands of upside band and downside band are advanced.
Observe from upside spool 32 and 33, insert logical belt wheel 36 and 37 at the axle 36X that is provided with respectively than rotating cylinder 31 more forward side places by parallel with the turning axle 31X of rotating cylinder 31.
Between upside spool 32 and belt wheel 36, be provided with the belt sensor 38 of the state that detects upside band 34, between upside spool 33 and belt wheel 37, be provided with the belt sensor 39 of the state that detects upside band 35.
As shown in Figure 5, belt sensor 38 constitutes and comprises: be positioned at upside band 34 upside illuminating part 38A and be positioned at the photographic department 38B of the downside of this upside band 34.Identical therewith, as shown in Figure 5, belt sensor 39 constitutes and comprises: be positioned at upside band 35 upside illuminating part 39A and be positioned at the photographic department 39B of the downside of this upside band 35.
Illuminating part 38A and 39A shine the detection light of regulation towards photographic department 38B and 39B respectively. Photographic department 38B and 39B detect the light sensation light via upside band 34 and 35 pairs, and will be based on this sensitization result's photoreceptor signal notice control part 21.
The upside band 34 and 35 of pulling out respectively from upside spool 32 and 33 sets up towards the place ahead respectively, after utilizing belt sensor 38 and 39 to detect state, is pulled via belt wheel 36 and 37, turns back towards the rear thus.
And upside band 34 and 35 is further pressed on rotating cylinder 31 by not shown roller after suitably turning back via roller 40 etc., and the one end is fixed in this rotating cylinder 31.
In addition, upside spool 32 and 33 is respectively by direction that is the coiling direction S1 application of force of not shown tension spring towards coiling upside band 34 and 35.Thus, temporary transient reserve part 15 makes upside band 34 and 35 always have the tension force of regulation.
In addition, in temporary transient reserve part 15, can be on the basis that upside spool 32 and 33 is arranged at the position of more leaning on the rear than rotating cylinder 31, make upside band 34 and 35 this upside spool 32 and 33 and belt wheel 36 and 37 between advance towards the place ahead, and utilize this belt wheel 36 and 37 that this upside band 34 and 35 is turned back towards the rear.
Thus, temporary transient reserve part 15, can avoid upside spool 32 and 33 with the interior interference such as other mechanisms of automatic cash deposit and withdrawal machine 1, and as described later, near rotating cylinder 31, upside band 34,35 is advanced towards the rear from the place ahead.
Downside spool 41 constitutes the coiling shape identical with upside spool 32, with the mode of will the turning axle 41X parallel with the turning axle 31X of rotating cylinder 31 rotating as the center be arranged on the below of this upside spool 32, namely the downside of rotating cylinder 31 by rear and the position that keeps left.
Be wound with the downside band 43 that similarly constitutes with upside band 34 at this downside spool 41.In addition, the coiling direction of the downside band 43 of downside spool 41 is opposite with the coiling direction of the upside band 34 of upside spool 32.
Downside spool 42 similarly constitutes with downside spool 41, and the mode of rotating centered by the turning axle 41X identical with this downside spool 41 is arranged on and this downside spool 41 symmetrical position of leaning on the rear and keeping right roughly.Be wound with the downside band 44 identical with downside band 43 at this downside spool 42.
Be respectively arranged with the belt wheel 45 and 46 that centered by the turning axle 45X parallel with the turning axle 31X of rotating cylinder 31, rotates in the place ahead of downside spool 41 and 42.
Between downside spool 41 and belt wheel 45, be provided with the belt sensor 47 identical with belt sensor 38, between downside spool 42 and belt wheel 46, be provided with the belt sensor 48 identical with belt sensor 39.
The downside band 43 and 44 of pulling out from downside spool 41 and 42 transmits towards the place ahead respectively, after being detected state by belt sensor 47 and 48, via belt wheel 45 and 46 and be pulled, thus respectively towards the top.And towards the rear and be pressed in rotating cylinder 31, the one end is fixed in this rotating cylinder 31 to downside band 43 and 44 via roller 49.
In addition, in temporary transient reserve part 15, downside spool 41 and 42 the same with the situation of upside spool 32 and 33 is arranged on the position than rotating cylinder 31 more close rears, can avoid the interference such as other mechanisms interior with automatic cash deposit and withdrawal machine 1 thus.
Wherein, the front end of downside band 43 is fixed in the position that keeps left of all sides of rotating cylinder 31.In addition, upside band 34 is fixed in the overlapping mode of the outer circumferential side of the outer peripheral face of rotating cylinder 31 and this downside band 43 with its front end.
In addition, the front end of downside band 44 be fixed on the position of keeping right of all sides of rotating cylinder 31, namely with downside band 43 symmetrical position roughly.In addition, upside band 35 is fixed in the overlapping mode of the outer circumferential side of the outer peripheral face of rotating cylinder 31 and this downside band 44 with its front end.
By said structure, in temporary transient reserve part 15, when rotating cylinder 31 is rotated towards coiling direction R1, then in its all side that downside band 43 and upside band 34 is overlapping and downside band 44 and upside band 35 reeled overlappingly.
At this moment, if temporary transient reserve part 15 downside band 43 and 44 and upside band 34 and 35 between accompany bank note, then can with this bank note with this downside band 43 and 44 and upside band 34 and 35 be wound in all sides of rotating cylinder 31.
Like this, temporary transient reserve part 15 make upside band 34 and 35 and downside band 43 and 44 these 4 bands advance, thus bank note is wound in all sides of rotating cylinder 31.
1-3. the structure of band
As shown in Figure 6, upside band 34 integral body are colored, and form human eye and can easily identify its existence.
Black, white such as the metal color of the metal parts in the miscellaneous part in the color of this upside band 34 and temporary transient reserve part 15, the automatic cash deposit and withdrawal machine 1 etc., resin component or be exclusively used in to attended operation differently with the color that various handles that arrange etc. have and are selected the true qualities with respect to bank note, the color that process color is also identified easily.
In addition, upside band 34 has the color with permeability, makes thus from the part of the detection light of the illuminating part 38A of belt sensor 38 irradiation to see through and arrive photographic department 38B.Particularly, upside band 34 for example is the redness with permeability.
And, at one distolateral (below be referred to as the top side) that be fixed in rotating cylinder 31 of upside band 34 that is the 34S of top portion be fixed in one distolateral (below be referred to as end side) that is the terminal part 34E of upside spool 32, be formed with the lightproof area SH of occlusion detection light respectively.
Therefore, the photographic department 38B of belt sensor 38 at the pars intermedia except the two ends of upside band 34 to detecting light sensation light, on the other hand, at the 34S of top portion and terminal part 34E to detecting not sensitization of light.
On the other hand, upside band 35 roughly similarly constitutes with upside band 34, and integral body is painted to the color identical with upside band 34, the 35S of portion is formed with lightproof area SH at the top of top side, but at the terminal part 35E of end side, different with the terminal part 34E of upside band 34, do not form lightproof area SH.
Therefore, the photographic department 39B of belt sensor 39 at the pars intermedia of upside band 35 and terminal part 35E to detecting light sensation light, on the other hand, at the 35S of top portion to detecting not sensitization of light.
Namely, if the both sides of belt sensor 38 and 39 are to detecting light sensation light, then to be identified as the position of upside band 34 and 35 are pars intermedias to control part 21, if have only 39 pairs of belt sensors to detect light sensation light, then to be identified as the position of upside band 34 and 35 are terminal parts to control part 21, if all not to detecting light sensation light, then to be identified as the position of upside band 34 and 35 are top portions to control part 21.
In addition, downside band 41 and 42 similarly constitutes with upside band 34 and 35 respectively.
Therefore, if the both sides of belt sensor 47 and 48 are to detecting light sensation light, then to be identified as the position of downside band 41 and 42 are pars intermedias to control part 21, if have only 48 pairs of belt sensors to detect light sensation light, then to be identified as the position of downside band 41 and 42 are terminal parts to control part 21, if all to detecting not sensitization of light, then to be identified as the position of downside band 41 and 42 are top portions to control part 21.
In addition, control part 21 is according to the recognition result relevant with the position of such band, rotation to rotating cylinder 31, each spool etc. is controlled, can prevent trouble before it happens each band application being added excessive tension force or producing the breakage that relaxes and cause thus, and carry out coiling, rollback or the conveying etc. of bank note towards this rotating cylinder 31.
1-4. action and effect
In above structure, in the temporary transient reserve part 15 of first embodiment, to upside band 34 and 35 and the pars intermedia of downside band 43 and 44, have the color that has identity with respect to miscellaneous part or bank note.
Therefore, in the attended operation of temporary transient reserve part 15 etc., attended operation person can easily identify each band, can reduce significantly to make hand, instrument or parts etc. and the danger that each band contacts in operation unintentionally, the breakage of each band can be prevented trouble before it happens thus.
The increase of the reparation operation that the generation of new fault can be brought like this prevents trouble before it happens, so can improve the operability in the attended operation.
In addition, the bank note of deposit has folding line, curved trace etc. or damaged sometimes in automatic cash deposit and withdrawal machine 1.Therefore in temporary transient reserve part 15, the bank note that for example is wound in all sides of rotating cylinder 31 sometimes can block be hung on temporary transient reserve part framework 20 such around parts etc., and become blocked state, this moment, each band also stopped up with bank note, also may spooling.
At this moment, as in the past under the transparent situation, the identity that is accompanied by each band is lower at each band, may to attended operation person to the assurance of the state of each band, that each band is repaired the generations such as reparation operation of correct travel condition is difficult.
In this respect, in temporary transient reserve part 15, since will be respectively with painted so select in the temporary transient reserve part 15 of identification, the automatic cash deposit and withdrawal machine 1 easily each parts and with respect to the true qualities of bank note, the process color also color of identification easily, so can make attended operation person easily with miscellaneous part, bank note difference.
That is, in temporary transient reserve part 15, attended operation person can be improved to the identity of each band, attended operation person repairs correct travel condition to the assurance of the state of each band, with each band reparation operation etc. can be simplified, so can improve operability.
In addition, temporary transient reserve part 15, in order to improve the identity of each band, thus in its assembly operation etc., can improve the operating efficiency of operator's assembly operation, and in the parse operation of unfavorable condition etc., also can improve its operating efficiency.
And temporary transient reserve part 15 is cut off once and by adhesive tape etc. under the bonding situation at each band, and the color of the position of applying is different with other also, can easily identify this applying position thus.Thus, attended operation person can easily carry out suitable attended operation to the position of this applying.
In addition, for the pars intermedia of each band, be coloured to and make each belt sensor, be the color that the part of belt sensor 38,39,47 and 48 detection light sees through.
Thus, in temporary transient reserve part 15, control part 21 correctly top portion and terminal part of each band of identification respectively can be utilized thereby utilize each belt sensor correctly to detect having or not of lightproof area SH, and attended operation person etc. can be improved to the identity of each band.
According to above structure, in the temporary transient reserve part 15 of first embodiment, upside band 34 and 35 and the pars intermedia of downside band 43 and 44 have following color, that is: with respect to miscellaneous part, bank note and the color that has identity and the part of belt sensor 38,39,47 and 48 detection light is seen through, can correctly detect upside band 34 and 35 and downside band 43 and 44 lightproof area SH separately thus, thereby correctly identify top portion and terminal part, thereby and can improve attended operation person can improve attended operation to the identity of each band operability.
2. second embodiment
In second embodiment, to compare with first embodiment, difference is, have the upside band 134 and 135 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 7, in the pars intermedia of upside band 134, be not painted to upside band 34 equally by the non-irradiation area NR of belt sensor 38 irradiating and detecting light, and it is not painted to shine the irradiation area IR of this detection light, is transparent.In addition, be formed with the lightproof area SH identical with upside band 34 at the top of upside band 134 134S of and terminal part 134E.
The non-irradiation area NR of the pars intermedia of upside band 134 is colored as color denseer and that identity is high, for example peony.
In above structure, in second embodiment, have color at the non-irradiation area NR of the pars intermedia of upside band 134 and 135.
In second embodiment, identical with first embodiment thus, in attended operation etc., attended operation person can easily identify each band, so can improve the operability in the attended operation.
Particularly in this second embodiment, only have color at the non-irradiation area NR except irradiation area IR, so for its color, do not need to consider that each belt sensor is to detecting the permeability of light.Therefore in second embodiment, can select denseer color, so can more improve identity than first embodiment.
In addition, in second embodiment, do not have color but transparent at irradiation area IR, detect light and see through well so can make, follow in this and can detect having or not of lightproof area SH reliably, so can identify top portion and the terminal part of each band accurately.
For other aspects, in this second embodiment, can play the action effect identical with first embodiment.
According to above structure, in second embodiment, have with respect to miscellaneous part, bank note and the color with identity at the non-irradiation area NR of the pars intermedia of upside band 134 and 135, on the other hand, field IR does not have color but transparent in irradiation, utilize belt sensor 38 and 39 can detect having or not of lightproof area SH reliably thus, thereby correctly identify top portion and terminal part, thereby and can improve attended operation person can improve attended operation to the identity of each band operability.
3. the 3rd embodiment
In the 3rd embodiment, compare with second embodiment, difference is, have the upside band 234 and 235 that replaces upside band 134 and 135, but other parts constitutes similarly.
As corresponding with Fig. 7 shown in Figure 8, upside band 234 is identical with upside band 134, and the non-irradiation area NR of intermediate portion is painted to color denseer and that identity is high, and irradiation area IR is not painted, is transparent.
Different with second embodiment, be formed with lightproof area SH at the top of upside band 234 234S upper edge long side direction intermittently in the mode that constitutes the pattern of stipulating.In addition, intermittently be formed with lightproof area SH along long side direction in the mode that constitutes the pattern different with the 234S of top portion at terminal part 234E.
Therefore, belt sensor 38 generates the photoreceptor signal of the pattern corresponding with each lightproof area SH at the 234S of top portion and the terminal part 234E of the upside band 234 of advancing, and it is sent to control part 21.
In the pars intermedia and terminal part 235E of upside band 235, have the color identical with upside band 35 at non-irradiation area NR, do not have color but transparent at irradiation area IR.In addition, with the 234S of top portion of upside band 234 similarly, be formed with lightproof area SH at the top of upside band 235 235S of intermittently in the mode of the pattern that constitutes regulation.
Therefore, belt sensor 39 generates the photoreceptor signal of the pattern corresponding with lightproof area SH at the 235S of top portion of the upside band 235 of advancing, and it is sent to control part 21.
In above structure, identical with second embodiment in the 3rd embodiment, have color at the non-irradiation area NR of the pars intermedia of upside band 234 and 235, and do not have color at irradiation area IR.
Thus, identical with second embodiment in the 3rd embodiment, attended operation person can easily identify each band in attended operation etc., so can improve the operability in the attended operation.
In addition, in the 3rd embodiment, based on the pattern of the lightproof area SH that is formed at the 234S of top portion, terminal part 234E and the 235S of top portion respectively, identify top portion and the terminal part of upside band 234 and 235 respectively.
Therefore, in the 3rd embodiment, for example can prevent from being attached at foreign matter that mistake is identified as terminal part under the situation of pars intermedia of upside band 234, or under the different situation of the length of each band, think top portion by mistake terminal part, therefore can high precision identification upside band 234 and 235 top portion and terminal part.
For other aspects, in the 3rd embodiment, can play the action effect identical with second embodiment.
According to above structure, in the 3rd embodiment, non-irradiation area NR at the pars intermedia of upside band 234 and 235 has with respect to miscellaneous part, bank note and color with identity, on the other hand, field IR is not with color but transparent in irradiation, utilize belt sensor 38 and 39 can detect having or not of lightproof area SH reliably thus, thereby correctly identify top portion and terminal part, and can improve attended operation person to the identity of each band, thereby can improve the operability of attended operation, and at the 234S of top portion, terminal part 234E and the 235S of top portion form the lightproof area SH behind the difference patterning, can distinguish top portion and terminal part of each band of identification accurately thus.
4. the 4th embodiment
In the 4th embodiment, to compare with first embodiment, difference is, have the upside band 334 and 335 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 9, upside band 334 and upside band 34 similarly have the color that has identity with respect to miscellaneous part, bank note and can see through the detection light of belt sensor 38 at pars intermedia.In addition, the 334S of top portion of upside band 334 and terminal part 334E similarly are formed with lightproof area SH with the 34S of top portion and terminal part 34E respectively.
On the other hand, upside band 335 has the color different with the pars intermedia of upside band 334 at pars intermedia with rearward end 335E.The color of this upside band 335 is the colors that have identity with respect to miscellaneous part, bank note and can see through the detection light of belt sensor 39, is chosen to be the color different with upside band 334.In addition, the 335S of top portion of upside band 335 and the 35S of top portion similarly are formed with lightproof area SH.
In above structure, in the 4th embodiment, have different color mutually at the pars intermedia of upside band 334 and the pars intermedia of upside band 335.
Thus, in the 4th embodiment, with first embodiment similarly, attended operation person can easily identify each band in attended operation etc., and can be according to each band of difference identification of color.
That is, in the 4th embodiment, for example under the situation of upside band 334 and 335 mutual spoolings, also can identify every band reliably, and can improve the operability in the attended operation.
For other aspects, in the 4th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 4th embodiment, have different mutually colors and have identity with respect to miscellaneous part, bank note and make the color of the detection light transmission of each belt sensor at the pars intermedia of upside band 334 and upside band 335 pars intermedias, utilize belt sensor 38 and 39 can detect having or not of lightproof area SH reliably thus, correctly identify top portion and terminal part and can improve attended operation person to the identity of each band, thereby and improve the operability that identity between the band can improve attended operation.
5. the 5th embodiment
In the 5th embodiment, to compare with first embodiment, difference is, have the upside band 434 and 435 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 10, upside band 434 portion therebetween has the vertical bar decorative pattern, this vertical bar decorative pattern the straight line of broad ways occurs to form at long side direction repeatedly, in addition, be formed with the lightproof area SH identical with terminal part 34E with the 34S of top portion respectively at the 434S of top portion and terminal part 434E.
Should alternately be constituted by mutual different 2 colors by perpendicular line decorative pattern, but with every kind of color the mode of the detection light transmission of belt sensor 38 is selected.
In addition, constitute differences such as the mutual brightness of each color of this vertical bar decorative pattern, form and aspect, thus, be identified as mutually different colors and be selected.
The various colors of the straight line portion of this cross-over style and this color part be chosen to be with the vertical bar decorative pattern in straight line portion and the identical color of the various colors of this color part.
In above structure, in the 5th embodiment, have the vertical bar decorative pattern at the pars intermedia of upside band 434, and have cross-over style at the pars intermedia of upside band 435.In addition, the color that constitutes the straight line portion of each bar shaped decorative pattern and this color part can both make the detection light transmission of each belt sensor, on the other hand, is chosen to be human eye and can be identified as different color mutually.
Thus, same with first embodiment in the 6th embodiment, attended operation person can easily identify each band in attended operation etc., and then can identify each band according to the difference of stripe direction.
In addition, in the 5th embodiment, each has parallel straight line bar shaped decorative pattern repeatedly, thus for example under the original weak and lax situation of the warp tension ratio of each band, observe from tilted direction, the straight line of bar shaped decorative pattern is crooked, or mutual interval is inhomogeneous, and contact or intersection appear, can find easily that thus it relaxes.Thus in the 5th embodiment, adjustment deficiency in the time of can be with attended operation etc. prevents trouble before it happens, so the result can improve its operability.
For other aspects, in the 5th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 5th embodiment, pars intermedia at upside band 434 has vertical bar shape decorative pattern, has horizontal stripe shape decorative pattern at the pars intermedia of upside band 435, and with the selected color that constitutes each bar shaped decorative pattern of mode of the color that the identity of human eye is high and low color scheme.Thus, in the 5th embodiment, utilize belt sensor 38 and 39 can detect having or not of lightproof area SH reliably, thereby correctly identify top portion and terminal part and can improve attended operation person can improve attended operation to the identity of each band operability.
6. the 6th embodiment
In the 6th embodiment, to compare with first embodiment, difference is, have the upside band 534 and 535 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 11, upside band 534 portion therebetween has the recurrent oblique strip shaped decorative pattern of oblique line, in addition, is formed with the lightproof area SH identical with terminal part 34E with the 34S of top portion respectively at the 534S of top portion and terminal part 534E.
Vertical bar shape decorative pattern in this oblique strip shaped decorative pattern and the 5th embodiment and horizontal stripe shape decorative pattern be same, constitute by alternately having 2 different mutually colors, but all be chosen to be the color of the detection light transmission that can make belt sensor 38.
In addition, each color that constitutes this oblique strip shaped decorative pattern is identical with the 5th embodiment, and by making differences such as mutual brightness, form and aspect, the mode that is identified as different mutually colors thus is selected respectively.
In above structure, in the 6th embodiment, have the oblique strip shaped decorative pattern at the pars intermedia of upside band 534, have at the pars intermedia of upside band 535 and intersect the bar shaped decorative pattern.In addition, the straight line portion that constitutes each bar shaped decorative pattern is identical with the 5th embodiment with this color part color separately, and being chosen to be the detection light transmission that can both make each belt sensor, being identified by the human eye on the other hand is different color mutually.
Thus, in the 6th embodiment, with first embodiment similarly, attended operation person can easily identify each band in attended operation etc., and with the 5th embodiment equally can be according to different each band of identifying of the structure of bar shaped decorative pattern.
In addition, in the 6th embodiment, with the 5th embodiment similarly, have the straight line bar shaped decorative pattern repeatedly that is parallel to each other at each band, can find easily that thus it relaxes, and the adjustment deficiency can be with attended operation time the etc. prevents trouble before it happens, so the result also can improve its operability.
For other aspects, in the 6th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 6th embodiment, pars intermedia at upside band 534 has the oblique strip shaped decorative pattern, the pars intermedia of upside band 535 is had intersect the bar shaped decorative pattern, and select the color of each bar shaped decorative pattern of formation in the mode of the color that the identity of human eye is high and low color scheme.Thus, in the 6th embodiment, utilize belt sensor 38 and 39 to detect reliably having or not of lightproof area SH, correctly identify top portion and terminal part, and can improve attended operation person to the identity of each band, thereby can improve the operability of attended operation.
7. the 7th embodiment
In the 7th embodiment, to compare with first embodiment, difference is, have the upside band 634 and 635 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 12, upside band 634 is the mode of portion to replace between the 634S of top portion and terminal part 634E interimly therebetween, namely the position according to long side direction has different a plurality of colors, and is formed with the lightproof area SH identical with terminal part 34E with the 34S of top portion respectively at the 634S of top portion and terminal part 634E.
Each color that has at the pars intermedia of upside band 634 is chosen to be with respect to miscellaneous part, bank note and the color that has identity and can make the detection light transmission of belt sensor 38.In addition, attended operation person knows the appearance order of these colors, and the scope of each color roughly replaces according to the length of the regulation number of the bank note that is equivalent to be winding to rotating cylinder 31 (for example 10 etc.).
In above structure, in the 7th embodiment, the pars intermedia in upside band 634 and 635 has a plurality of colors in the mode that replaces interimly between top portion terminal part.
Thus, same with first embodiment in the 7th embodiment, attended operation person can easily identify each band in attended operation etc., and and then can identify according to the difference of color and be scaled from the substantial distance of the number of the bank note of the top portion of each band or terminal part and the roughly number that is wound in the bank note of rotating cylinder 31.
Namely, in the 7th embodiment, for example each band stop up with bank note or the situation of spooling under, need carry out taking off or remove from all sides of rotating cylinder 31 state of the state that stops up, spooling and be wound in operation such as spool 32 again, but can grasp from the top portion of each band or the substantial distance of terminal part this moment, can carry out the prediction of attended operation easily thus, the result can further improve operability.
For other aspects, in the 7th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 7th embodiment, the pars intermedia in upside band 634 and 635 has the color that changes interimly and all has identity and can make the color of the detection light transmission of each belt sensor with respect to miscellaneous part, bank note between top portion and terminal part.Thus, in the 7th embodiment, utilize belt sensor 38,39 can detect having or not of lightproof area SH reliably, correctly identify top portion and terminal part, can improve attended operation person to the identity of each band, and can grasp the substantial distance from top portion or terminal part, thereby can improve the operability of attended operation.
8. the 8th embodiment
In the 8th embodiment, to compare with first embodiment, difference is, have the upside band 734 and 735 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 13, upside band 734 portion therebetween according to the rules at interval has continuous digital NM towards terminal part 734E along long side direction from the 734S of top portion, in addition, be formed with the lightproof area SH identical with terminal part 34E with the 34S of top portion respectively at the 734S of top portion and terminal part 734E.
This color part of upside band 734 and each pars intermedia of 735 is transparent, and digital NM have strong with respect to the identity of miscellaneous part, bank note, the high color of the identity of human eye thus.
In addition, numeral NM is marked on respectively on Width from position that the irradiation position of the detection light of belt sensor 38 and 39 staggers (namely, non-irradiation area NR in second embodiment), on long side direction, according to 1 cycle of the bank note that is wound in rotating cylinder 31 and roughly the same interval marking.
In above structure, in the 8th embodiment, the pars intermedia in upside band 734 and 735, from the top side of long side direction towards the end side continuous digital NM of interval marking according to the rules.
Thus, in the 8th embodiment, same with first embodiment, attended operation person can easily identify each band in attended operation etc., and then can identify according to digital NM and to be scaled from the substantial distance of the number of the bank note of the top portion of each band or terminal part and the roughly number that is wound in the bank note of rotating cylinder 31.
That is, in the 8th embodiment, for example each band stop up with bank note or the situation of spooling under, identical with the 7th embodiment, can grasp the top portion of each band or the substantial distance of terminal part, can carry out the prediction of attended operation thus, the result can further improve operability.
In this external the 8th embodiment, be made as the true qualities of each band transparent, and digital NM is marked on the position of staggering from the irradiation position of belt sensor 38,39 detection light, thus for this numeral NM, need not to consider the permeability of this detection light and can adopt the high color of identity.
For other aspects, in the 8th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 8th embodiment, pars intermedia in upside band 734 and 735, true qualities are made as transparent, and in the position of the irradiation position of the detection light of avoiding each belt sensor, have by the high color of identity form and from the top portion of long side direction towards the continuous digital NM of terminal part.Thus in the 8th embodiment, utilize belt sensor 38,39 can detect having or not of lightproof area SH reliably, correctly identify top portion and terminal part and can improve attended operation person to the identity of each band, and grasp substantial distance from top portion or terminal part, be wound in the number of the bank note of rotating cylinder 31, thereby can improve the operability of attended operation.
9. the 9th embodiment
In the 9th embodiment, to compare with first embodiment, difference is, have the upside band 834 and 835 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 14, upside band 834 portion therebetween has at interval the mark MK of elliptical shape according to the rules, between the 834S of top portion and terminal part 834E, this external top 734S of portion and terminal part 734E are formed with the lightproof area SH same with the 34S of top portion and terminal part 34E respectively to this mark MK along long side direction.
This color part of upside band 834 and each pars intermedia of 835 is transparent, mark MK have with respect to the identity of miscellaneous part, bank note by force, the high color of the identity of human eye thus.
In addition, mark MK is not limited to simple figure shown in Figure 14, also can adopt combination or the signs such as enterprise, commodity/labor service of complicated figure, literal, literal and figure.
In addition, mark MK is identical with digital NM in the 8th embodiment, is marked on the position of staggering from the irradiation position of the detection light of belt sensor 38 and 39 on Width respectively.
In above structure, in the 9th embodiment, the pars intermedia in upside band 834 and 835 has mark MK according to the rules at interval between top portion and terminal part.
Thus, in the 9th embodiment with first embodiment similarly, attended operation person can easily identify each band in attended operation etc.
In addition, in the 9th embodiment, be made as the true qualities of each band transparent, and the underlined MK of band of position that staggers at the irradiation position from belt sensor 38,39 detection light, for this mark MK, the permeability of this detection light need not be considered thus, the high color of identity can be adopted.
In addition, have at mark MK under the situation of sign of enterprise, commodity, also can expect the effect of publicity.
For other aspects, in the 9th embodiment, can play the action effect identical with first embodiment.
According to above structure, in the 9th embodiment, pars intermedia in upside band 834 and 835, true qualities are made as transparent, and the position behind the irradiation position of the detection light of avoiding each belt sensor, have by the high color of identity and form and mark MK between the top of long side direction portion and terminal part.Thus, in the 9th embodiment, utilize belt sensor 38,39 can detect having or not of lightproof area SH reliably, correctly identify top portion and terminal part and can improve attended operation person to the identity of each band, can improve the operability of attended operation.
10. the tenth embodiment
In the tenth embodiment, to compare with first embodiment, difference is, have the upside band 934 and 935 that replaces upside band 34 and 35, but other parts constitutes similarly.
As corresponding with Fig. 6 shown in Figure 15, upside band 934 portion therebetween has the variation decorative pattern CP that gradually changes along long side direction continuously, in addition, is formed with the lightproof area SH identical with terminal part 34E with the 34S of top portion at the 934S of top portion and terminal part 934E.
This color part of upside band 934 and each pars intermedia of 935 is transparent, changes decorative pattern CP and has the strong high color of identity of human eye thus of identity with respect to miscellaneous part, bank note.
In addition, it is identical with digital NM and the mark MK in the 9th embodiment in the 8th embodiment to change decorative pattern CP, is marked on the position of staggering from the irradiation position of the detection light of belt sensor 38 and 39 on Width respectively.
In above structure, in the tenth embodiment, the pars intermedia in upside band 934 and 935 has the variation decorative pattern CP that gradually changes along long side direction continuously.
Thus, same with first embodiment in the tenth embodiment, conservative operator can easily identify each band in attended operation etc.
In addition, in the tenth embodiment, the true qualities of each band are made as transparent, and will change decorative pattern CP and be marked on the position of staggering from the irradiation position of the detection light of belt sensor 38 and 39, the permeability of this detection light need not be considered thus, the high color of identity can be adopted.
And, in the tenth embodiment, having the variation decorative pattern CP that gradually changes along long side direction at each band, when each band is advanced, can find out to change the situation that decorative pattern CP changes as animation.The speed that changes the variation among the decorative pattern CP is directly proportional with the gait of march of each band, and if the instability of advancing of each band, the situation that then changes the variation among the decorative pattern CP is instability also.
Therefore, in the tenth embodiment, in attended operation, when the operating state of temporary transient reserve part 15 is confirmed in attended operation person's visualization on one side on one side, by whether finding out that changing decorative pattern CP correctly moves, thereby can judge whether each band correctly and stably advances, thereby can improve the operability in the attended operation.
For other aspects, in the tenth embodiment, can play the action effect identical with first embodiment.
According to above structure, in the tenth embodiment, pars intermedia in upside band 934 and 935 is made as true qualities transparent, and the position behind the irradiation position of the detection light of avoiding each belt sensor has the variation decorative pattern CP that is formed and gradually changed along long side direction by the high color of identity continuously.Thus, in the tenth embodiment, utilize belt sensor 38,39 can detect having or not of lightproof area SH reliably, correctly identify top portion and terminal part, and can improve attended operation person to the identity of each band, and judge the travel condition of each band according to changing situation that decorative pattern CP changes, so can improve the operability of attended operation.
11. other embodiments
In addition, in the above-described first embodiment, to upside band 34,35 and downside band 43,44 in each top portion and terminal part suitably forms lightproof area SH and utilize belt sensor 38,39,47 and 48 situations about detecting to be illustrated.
Yet, the present invention is not limited thereto, for example rotating cylinder 31, upside spool 32 and 33 and downside spool 41 and 42 velocity gauges be installed identified under the situation of the length of pulling out of each band, can suitably not form lightproof area SH in the top of each band portion and terminal part yet.In this case, can omit each belt sensor, perhaps at the painted color of the pars intermedia of upside band 34 and 35, need not is the look that sees through that detects light, can pay attention to identity and selectes.The the 4th ~ the tenth embodiment too.
In addition, in the above-described 2nd embodiment, to being illustrated with the situation that 135 non-irradiation area NR has identical and single color at upside band 134.
Yet, the present invention is not limited thereto, also can be as the 5th ~ the tenth embodiment, non-irradiation area NR in upside band 134 and 135 has various colors, decorative pattern, literal, figure etc., also can have different mutually colors, decorative pattern, literal, figure etc. at upside band 134 and 135 as the 4th ~ the 6th embodiment in addition.The 3rd embodiment too.
And, in the above-described 2nd embodiment, the irradiation area IR with the pars intermedia of upside band 234 is made as water white situation is illustrated.
Yet the present invention is not limited thereto, for example can have the color of the detection light transmission that makes each belt sensor at irradiation area IR.In this case, can further improve the identity of upside band 234.Upside band 235, the 3rd embodiment are too.
And in the above-described 3rd embodiment, the situation that the terminal part 235E at upside band 235 is not formed lightproof area SH is illustrated.
Yet the present invention is not limited thereto, can also form the lightproof area SH that is formed by the pattern identical with the terminal part 234E of upside band 234 at the terminal part 235E of upside band 235.Thus, only for upside band 235, can detect the 235S of top portion and terminal part 235E independently.
And, in the above-described 3rd embodiment, the situation that forms the lightproof area SH that is made of predetermined pattern at the top of upside band 234 and 235 one and terminal part is illustrated.
Yet, the present invention is not limited thereto, for example can be at the intermediate point of the top of upside band 234 and 235 one and terminal part, be equivalent to position that the regulation number when bank note is wound up into rotating cylinder 31 divides etc., form the lightproof area SH of the pattern different with terminal part with top portion respectively.Can detect the amount of pulling out from each band of each spool thus more meticulously.
And, in the above-described 4th embodiment, to make color between upside band 334 and the upside band 335 mutually different situation be illustrated.
Yet the present invention is not limited thereto, for example can make color different mutually between upside band 334 and downside band 43, in addition, also can make color upside band 334 and 335 and downside band 43 and 44 between all different mutually.The the 5th and the 6th embodiment too.
And, in the above-described 5th embodiment, the direction that makes the bar shaped decorative pattern is illustrated in situations different between upside band 434 and the upside band 435.
Yet the present invention is not limited thereto, can make the direction of bar shaped decorative pattern unified between upside band 434 and upside band 435.The 6th embodiment too.
And, in the above-described 5th embodiment, be illustrated making the straight line portion that constitutes the bar shaped decorative pattern and color unified situation between upside band 434 and upside band 435 of this color part.
Yet the present invention is not limited thereto, and at least one side that for example also can make two kinds of colors that constitute the bar shaped decorative pattern is different between upside band 434 and upside band 435.The 6th embodiment too.
And, in the above-described 5th embodiment, the situation of bar shaped decorative pattern of utilizing constituting of two kinds of colors to be marked on the pars intermedia of upside band 434 and upside band 435 is illustrated.
Yet the present invention is not limited thereto, also can utilize this bar shaped decorative pattern that constitutes of color more than 3 kinds.In this case, as long as each color can make belt sensor 38,39 detection light transmission.The 6th embodiment too.
And, in the above-described 7th embodiment, the pars intermedia in upside band 634 and 635 is illustrated with the situation that the mode that replaces between top portion and terminal part has a plurality of colors interimly.
Yet, the present invention is not limited thereto, for example, and as corresponding with Figure 12 shown in Figure 16, also can have a plurality of colors in continually varying mode between top portion and terminal part at corresponding with upside band 634 and 635 respectively upside band 1034 and 1035 pars intermedia.Perhaps also can have a plurality of decorative patterns in the mode that between top portion and terminal part, replaces interimly.In this case, as long as each color can make belt sensor 38,39 detection light transmission.
And, in the above-described 8th embodiment, this color part with upside band 734, each pars intermedia of 735 is made as transparent situation is illustrated.
Yet the present invention is not limited thereto, also can be as the first, the 4th ~ the 7th embodiment, the true qualities portion of each pars intermedia is had various colors, the decorative pattern that can make belt sensor 38,39 detection light transmission.The the 9th and the tenth embodiment too.
And in the above-described 8th embodiment, the situation that digital NM is had identity height and belt sensor 38,39 the impervious color of detection light is illustrated.
Yet the present invention is not limited thereto, also can have the color that belt sensor 38,39 detection luminous energy see through to digital NM.In this case, can make digital NM be positioned at the range position of the irradiation position (irradiation area IR) that comprises belt sensor 38,39 detection light at upside band 734,735 Width.The the 9th and the tenth embodiment too.
And, in the above-described 8th embodiment, the situation that digital NM is made as continuous value is illustrated.
Yet, the present invention is not limited thereto, the numeral NM can be for example " 1,1,1,2,2,2,3,3,3 ... " the continuous numeral that makes like this repeats stipulated number respectively, the cycle of the position that perhaps makes reference numerals NM and 10 of the bank note that is wound in rotating cylinder 31 about equally, also can be " 10,20,30 ... " the value with per ten dispersions that increase progressively like this.
And, in the above-described 9th embodiment, the situation along the long side direction mark MK that interval marking is identical according to the rules is illustrated.
Yet the present invention is not limited thereto, Yi Bian for example can change the multiple mark MK of interval marking according to the rules gradually by an edge long side direction, it can gradually change at interval in addition.And, the mutual interval of mark MK can with cycle of 1 of the bank note that is wound in rotating cylinder 31 about equally, can mark the different and diverse mark MK of number according to the rules, same with the 8th embodiment thus, can identify the substantial distance that is scaled from the number of the bank note of the top portion of each band or terminal part, the roughly number that is wound in the bank note of rotating cylinder 31.
And, in the above-described first embodiment, to the band advance system of 2 systems is set in temporary transient reserve part 15,2 upside bands 34,35 and 2 downside bands 43 are set namely, 44 situation is illustrated.
Yet the present invention is not limited thereto, also can 1 system, 3 band advance system more than the system be set in temporary transient reserve part 15.Second ~ the tenth embodiment too.Particularly in the 4th ~ the 6th embodiment, under the situation that 3 band advance system more than the system are set, can make each color of being with, decorative pattern etc. different mutually.
And, in the above-described first embodiment, to utilize upside band 34,35 and downside band 43,44 clamp bank note, and with its be wound in rotating cylinder 31 around situation be illustrated.
Yet the present invention is not limited thereto, for example can omit downside band 43,44, utilizes upside band 34,35 that bank note is wound in all sides of rotating cylinder 31.Second ~ the tenth embodiment too.
And, in the above-described first embodiment, in financial institution etc., be illustrated with situation about keeping in the temporary transient reserve part 15 of the automatic cash deposit and withdrawal machine 1 that carries out the transaction relevant with cash between the client as the bank note of medium.
Yet, the present invention is not limited thereto, for example also can be applied to be assembled into the temporary transient reserve part that in financial institution etc. office worker carries out the cashier system of the various processing relevant with cash, perhaps also can be applied to keep exchange ticket, convertible note, the various devices of the medium that the medium of paper shapes such as pass-check or coin are such.Second ~ the tenth embodiment too.
And, in the above-described embodiment, to by as the rotating cylinder 31 of rotating cylinder, be illustrated as the upside spool 32 of spool, situation about constituting as the temporary transient reserve part 15 of media processing apparatus as the upside band 34 of band.
Yet the present invention is not limited thereto, also can utilize the rotating cylinder, the spool that are formed by other various structures, bring and constitute media processing apparatus.
Industrial utilizability
The present invention can be applied to the medium of paper shapes such as bank note and band are wound in the temporarily stored various devices of rotating cylinder together.
Claims (13)
1. media processing apparatus is characterized in that having:
Rotating cylinder, the supporting of framework that it rotatably is prescribed is around in all sides with the media roll of paper shape;
Spool, it is rotatably supported by described framework; And
Band, its width is shorter than the width of all sides of described rotating cylinder, and an end is wound in all sides that described spool and the other end are wound in described rotating cylinder, follows the rotation of described rotating cylinder, the described medium that clamping and coiling are supplied with from the outside of described framework between all sides of this band and described rotating cylinder
Described bringing to has color or literal, figure or decorative pattern less.
2. media processing apparatus according to claim 1 is characterized in that, also has:
Sensor, it is from the one side side irradiating and detecting light of described band, and in its opposing face side this detection light is carried out sensitization; With
Control part, it controls the rotation of described rotating cylinder and described spool according to the sensitization result of described detection light,
Near the end of the described spool side of the long side direction of described band or near at least one side the end of described rotating cylinder side have the lightproof area that blocks described detection light, and beyond this lightproof area, be partly with color or literal, figure or decorative pattern.
3. media processing apparatus according to claim 2 is characterized in that,
Be partly with color or literal, figure or decorative pattern and described color or literal, figure or decorative pattern beyond the described lightproof area of described band make described detection light transmission.
4. media processing apparatus according to claim 2 is characterized in that,
The Width of described band except the irradiation position of described detection light and the non-irradiation area the described lightproof area, have color or literal, figure or decorative pattern and described color or literal, figure or decorative pattern at least and block described detection light.
5. media processing apparatus according to claim 2 is characterized in that,
At the described lightproof area of described band, alternately dispose in the mode that forms the pattern of regulation along the long side direction of described band and to make seeing through the zone and blocking the lightproof area of described detection light of described detection light transmission.
6. media processing apparatus according to claim 5 is characterized in that,
Near the end of the described spool side of described band and near the end of described rotating cylinder side, described pattern is different mutually.
7. media processing apparatus according to claim 1 is characterized in that, also possesses:
Second spool, it rotates with respect to described framework; With
Second band, its width is shorter than all sides of described rotating cylinder, and an end be wound in described second spool and the other end be wound in described rotating cylinder all sides not with described band position overlapped, follow the rotation of described rotating cylinder, this second band with described band with described medium clamping and be wound on and all sides of described rotating cylinder between
At least one side of described band and described second band has color or literal, figure or decorative pattern at least.
8. media processing apparatus according to claim 7 is characterized in that,
Described band is different mutually with described second color that has or literal, figure or decorative pattern.
9. media processing apparatus according to claim 1 is characterized in that, also possesses:
The downside spool, it is rotated with respect to described framework; With
The downside band, its width is shorter than all sides of described rotating cylinder, and an end is wound in the inboard of described band that described downside spool and the other end are wound in all sides of described rotating cylinder, follow the rotation of described rotating cylinder, be clamped in described medium between this downside band and the described band and be wound in all sides of described rotating cylinder
At least one side of described band and described downside band has color or literal, figure or decorative pattern at least.
10. media processing apparatus according to claim 9 is characterized in that,
Described band is different mutually with color or literal, figure or decorative pattern that described downside band has.
11. media processing apparatus according to claim 1 is characterized in that,
Described band has color or literal, figure or the decorative pattern that identity is high for the employed miscellaneous part of described media processing apparatus.
12. media processing apparatus according to claim 1 is characterized in that,
Position according to the long side direction of described band makes color or literal, figure or decorative pattern difference.
13. media processing apparatus according to claim 12 is characterized in that,
Described band has following color or literal, figure or decorative pattern, that is: when described band was advanced between described rotating cylinder and described spool, described color or literal, figure or decorative pattern seemed activity when visualization.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011-287770 | 2011-12-28 | ||
| JP2011287770A JP5853687B2 (en) | 2011-12-28 | 2011-12-28 | Media processing device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103186943A true CN103186943A (en) | 2013-07-03 |
| CN103186943B CN103186943B (en) | 2015-07-01 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210443039.1A Active CN103186943B (en) | 2011-12-28 | 2012-11-08 | Medium processing device |
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| Country | Link |
|---|---|
| JP (1) | JP5853687B2 (en) |
| CN (1) | CN103186943B (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104093655A (en) * | 2012-03-21 | 2014-10-08 | 冲电气工业株式会社 | Medium processing device |
| CN104157073A (en) * | 2014-07-17 | 2014-11-19 | 深圳怡化电脑股份有限公司 | Durable paper money rolling belt |
| CN106204911A (en) * | 2016-08-05 | 2016-12-07 | 深圳怡化电脑股份有限公司 | paper money temporary storage device and paper money automatic trading device |
| CN111051228A (en) * | 2017-09-08 | 2020-04-21 | 日本金钱机械株式会社 | Paper circulating device and circulating paper processing device |
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| CN105706269B (en) | 2014-10-10 | 2019-03-01 | 住友化学株式会社 | The manufacturing method of battery separator winding body |
| EP3243780A4 (en) | 2015-01-09 | 2018-01-24 | Fujitsu Frontech Limited | Paper sheet accommodating device and paper sheet accommodating method |
| JP2024013845A (en) * | 2022-07-21 | 2024-02-01 | 沖電気工業株式会社 | Media processing apparatus |
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| JP2010001123A (en) * | 2008-06-19 | 2010-01-07 | Oki Electric Ind Co Ltd | Medium storage and delivery device |
| CN102105914A (en) * | 2009-06-17 | 2011-06-22 | 冲电气工业株式会社 | Medium handling device |
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| CA2357930A1 (en) * | 2001-09-28 | 2003-03-28 | Cashcode Company Inc. | Banknote accumulator |
| JP5297919B2 (en) * | 2009-07-08 | 2013-09-25 | ローレル精機株式会社 | Banknote handling machine |
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| US5064074A (en) * | 1989-07-20 | 1991-11-12 | Inter Innovation Ab | Arrangement for depositing valuable documents, such as bank notes, cheques |
| US6681036B1 (en) * | 1999-06-07 | 2004-01-20 | Kabushiki Kaisha Nippon Conlux | Paper money identification method and device |
| US20060196753A1 (en) * | 2003-03-11 | 2006-09-07 | Vittorio Razzaboni | Drum machine for the storage of banknotes |
| JP2010001123A (en) * | 2008-06-19 | 2010-01-07 | Oki Electric Ind Co Ltd | Medium storage and delivery device |
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Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104093655A (en) * | 2012-03-21 | 2014-10-08 | 冲电气工业株式会社 | Medium processing device |
| US9938105B2 (en) | 2012-03-21 | 2018-04-10 | Oki Electric Industry Co., Ltd. | Medium processing device |
| CN104157073A (en) * | 2014-07-17 | 2014-11-19 | 深圳怡化电脑股份有限公司 | Durable paper money rolling belt |
| CN104157073B (en) * | 2014-07-17 | 2016-08-03 | 深圳怡化电脑股份有限公司 | A kind of durable volume paper money band |
| CN106204911A (en) * | 2016-08-05 | 2016-12-07 | 深圳怡化电脑股份有限公司 | paper money temporary storage device and paper money automatic trading device |
| CN111051228A (en) * | 2017-09-08 | 2020-04-21 | 日本金钱机械株式会社 | Paper circulating device and circulating paper processing device |
| CN111051228B (en) * | 2017-09-08 | 2021-08-17 | 日本金钱机械株式会社 | Paper circulating device and circulating paper processing device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN103186943B (en) | 2015-07-01 |
| JP2013137619A (en) | 2013-07-11 |
| JP5853687B2 (en) | 2016-02-09 |
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