CN102982609B - Card handling device - Google Patents

Card handling device Download PDF

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Publication number
CN102982609B
CN102982609B CN201210167182.2A CN201210167182A CN102982609B CN 102982609 B CN102982609 B CN 102982609B CN 201210167182 A CN201210167182 A CN 201210167182A CN 102982609 B CN102982609 B CN 102982609B
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CN
China
Prior art keywords
card
mentioned
guide surface
sensor
protrusion
Prior art date
Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Expired - Fee Related
Application number
CN201210167182.2A
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Chinese (zh)
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CN102982609A (en
Inventor
土谷正树
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Hitachi Omron Financial System Co Ltd
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Hitachi Omron Financial System Co Ltd
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Filing date
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Publication of CN102982609A publication Critical patent/CN102982609A/en
Application granted granted Critical
Publication of CN102982609B publication Critical patent/CN102982609B/en
Expired - Fee Related legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
    • G07F19/20—Automatic teller machines [ATMs]
    • G07F19/205—Housing aspects of ATMs
    • G07F19/2055—Anti-skimming aspects at ATMs
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F7/00—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus
    • G07F7/08—Mechanisms actuated by objects other than coins to free or to actuate vending, hiring, coin or paper currency dispensing or refunding apparatus by coded identity card or credit card or other personal identification means
    • G07F7/0873—Details of the card reader

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  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Business, Economics & Management (AREA)
  • Accounting & Taxation (AREA)
  • Finance (AREA)
  • Control Of Vending Devices And Auxiliary Devices For Vending Devices (AREA)
  • Conveying Record Carriers (AREA)

Abstract

The present invention provides a novel means which makes it possible to reduce intended skimming from a card handling device. A card handling unit (200)comprises a card guide (202) which projects from a front surface unit (100F) of an automatic teller machine (100). The card guide (202)is formed by extending a card guide surface (204), for guiding a card (K) into a card insertion hole (114) and for guiding the card (K) out of the card insertion hole (114), towards the front of the device as seen from the card insertion hole (114). The card handling unit (200) further comprises a first protrusion (206) and a second protrusion (208). The first protrusion (206) protrudes upwards from the card guide surface (204) on the side facing the card insertion hole (114). The second protrusion (208) protrudes upwards from the card guide surface (204) in such a way as to lie opposite the first protrusion (206) with the card guide surface (204) therebetween, the second protrusion (208) joining to form a single element with the first protrusion (206) such as to enclose the card guide surface (204) on three sides together with the first protrusion (206).

Description

Card processing unit
Technical field
The present invention relates to a kind of card processing unit carrying out card process.
Background technology
In order to read the various information be stored in card, this kind of card processing unit is popularized with various scheme.Such as, if it is just enough only to carry out reading to the information that stores, then card processing unit is used alone.In addition, also card processing unit can be encased in the cash automated trading device etc. of the access transaction carrying out various transaction such as cash based on the information be stored in card, be used by multi-usage.
Card storage information is generally the content of concealment, and therefore, in card processing unit, the reply process for wrongful information reading and so-called side record (skimming) is indispensable.The side record of information is achieved in the following ways: original for card processing unit not available side recording apparatus is attached to card processing unit, when card is inserted into card patchhole, is read in the information of such as magnetic stripe by side recording apparatus.According to such viewpoint, various side record countermeasure (patent documentation 1 etc.) of motion.
Prior art document
Patent documentation
Patent documentation 1 Japanese Unexamined Patent Publication 2001-67525 publication
Patent documentation 2 Japanese Unexamined Patent Publication 2005-266999 publication
Patent documentation 3 Japanese Unexamined Patent Publication 2010-170379 publication
Invent problem to be solved
Also can prevent side from record by these reply gimmicks, but due to side record be effective based on wrongful attempt, therefore in order to eliminate this attempt, require that gimmick is tackled in the record of motion various sides.
Summary of the invention
The present invention is based on above-mentioned problem, its object is in a kind of new reply gimmick can eliminating side record attempt of motion.
For solving the means of problem
In order to achieve the above object at least partially, have employed following formation in the present invention.
[being suitable for 1: card processing unit]
A kind of card processing unit, carries out the process of card, has:
Card guide part, carrying out insertion guide and above-mentioned card from the discharge of above-mentioned card patchhole guide the card guide surface of above-mentioned card to card patchhole by being used for, being formed at the device front side observed from above-mentioned card patchhole; And
1st protrusion, swells than above-mentioned card guide surface upward in the side opposite with above-mentioned card patchhole, and the actuating range of the above-mentioned card along the card direct of travel towards above-mentioned card patchhole is limited to above-mentioned card guide surface.
By the card processing unit of above-mentioned formation, will have the following advantages.
Such as if the magnetic recording undertaken by magnetic stripe, when card is guided insertion towards card patchhole by card guide surface, the information of being undertaken by side recording apparatus is read needs side recording apparatus to contact with the whole region of the magnetic stripe of card.If the record of IC chip form, IC chip is needed to contact with side recording apparatus.Therefore, the people's (following, this people to be become side record actor) attempting to be undertaken by side recording apparatus the improper reading of information will arrange side recording apparatus carrying out the region throughout the contact in the whole region of magnetic stripe.
In addition, usually, the conveying machine that the cartoon inserting card patchhole is crossed in device is transported in device, afterwards, is discharged, and is still in card guide surface by this conveying machine from card patchhole.This rest position determines by carrying the characteristic of machine, if but card guide surface is not plane in the region (patchhole side region) of the card front end from card patchhole to rest position, then will be obstructed from the discharge of card patchhole.Therefore, be difficult to arrange side recording apparatus in above-mentioned patchhole side region, so the tendency existed is: side record actor avoid this patchhole side region and side recording apparatus be arranged at the region can carried out region whole with magnetic stripe and contact.To being also same with IC-card.
In the card processing unit of above-mentioned formation, by the 1st protrusion, the actuating range of the card along the card direct of travel towards card patchhole is limited to card guide surface, therefore, it is possible to by the side recording apparatus on the basis of the contact in the whole region of magnetic stripe of guaranteeing throughout card can setting area and guarantee with the side recording apparatus on the basis of the contact of IC chip can be limited to card guide surface in setting area.And even if be provided with side recording apparatus, this side recording apparatus is also carry out arranging or carrying out imbedding setting to card guide surface to the card guide surface except above-mentioned patchhole side region, and its setting position is also defined to the forming position of magnetic stripe or IC chip.Therefore, side record actor have to side recording apparatus to be arranged on the region be necessarily so limited, and therefore for side record actor, it can be made to produce hesitation to arranging side recording apparatus psychologically.In addition, for as above confined side recording apparatus can setting area, if arouse the attention of user, then the differentiation that the side recording apparatus undertaken by user is arranged will become easy.Certainly, the differentiation that the side recording apparatus undertaken by device maintenance personal is arranged also is easy to.And even if hypothesis is provided with side recording apparatus at card guide surface, the side recording apparatus that this is provided with, by identified from the upper side of card guide surface, makes user or device maintenance personal produce sense of discomfort.From the viewpoint of these, by the card processing unit of above-mentioned formation, side also can be made to record actor and to produce hesitation to arranging side recording apparatus psychologically.
Above-mentioned card processing unit can adopt following scheme.Such as, have the 2nd protrusion, the 2nd protrusion swells than above-mentioned card guide surface upward in the mode opposite across above-mentioned card guide surface, by the 2nd protrusion and the 1st protrusion, surrounds above-mentioned card guide surface from tripartite.The card processing unit of the program is by surrounding the 1st, the 2nd protrusion of card guide surface from tripartite, the upper side of card guide surface is open and card is limited in card guide surface upper side to the mounting of card guide surface.And, by across opposite the 2nd protrusion of card guide surface, in the direction intersected with the card direct of travel towards card patchhole, also limit the actuating range of card.Therefore, it is possible to more strictly constrained side recording apparatus can setting area, so the differentiation arranged by the offside recording apparatus undertaken by the user called attention to becomes easier, and improve and make people produce to arranging side recording apparatus the actual effect hesitated psychologically.
And above-mentioned 1st, the 2nd protrusion and above-mentioned card guide part can be made to form one, and like this, its manufacture will become easy.
In addition, can have at above-mentioned 2nd protrusion the breach arriving above-mentioned card guide surface from this protrusion upper end.Like this, user can will insert breach the finger held and from the top of card guide surface, card is placed in card guide surface, or from this guide surface holding and being picked up.Therefore, it is possible to realize the easy of the card process undertaken by user.
In addition, 1.05 ~ 1.2 times of the size of the above-mentioned card along the card direct of travel towards above-mentioned card patchhole are set as from above-mentioned card patchhole to the size of the above-mentioned card guide surface of the internal face of above-mentioned 1st protrusion.Like this, when card being placed in card guide surface and this card is inserted card patchhole, by positively allowing to carry out can narrowing setting area of region, i.e. the side recording apparatus of information reading to the whole region of the magnetic stripe of card, can improve and make people produce to arranging side recording apparatus the actual effect hesitated psychologically.Above-mentioned card is of a size of roughly about 86mm, and thus, the above-mentioned of guide surface is of a size of about 2.5mm ~ 10mm longer than the size of this card.
In addition, the state from card guide surface protuberance of the 1st protrusion can be set as follows.First, assuming that angle θ 1 and angle θ 2, angle θ 1 is this plate when having arranged the plate of card-like from the top of the card front position on above-mentioned card guide surface to above-mentioned 1st protrusion that are discharged conveying static above-mentioned card from above-mentioned card patchhole and above-mentioned card guide surface angulation; Angle θ 2 be the mode leaving above-mentioned card guide surface with card front end make above-mentioned static and the above-mentioned card being positioned at above-mentioned card patchhole tilts time above-mentioned card and above-mentioned card guide surface angulation.Then, the mode of above-mentioned angle θ 2 can be greater than with above-mentioned angle θ 1, above-mentioned 1st protrusion is swelled from above-mentioned card guide surface.So, have the following advantages.
As the side recording apparatus that can be installed on the card guide part making the 1st protrusion swell from card guide surface, can suppose that this side recording apparatus is installed in card guide surface at the side recording apparatus being equipped with information reading part to the dip plane of card patchhole lopsidedness.In this situation, if make the lower end of the dip plane of side recording apparatus be positioned at the already described patchhole side region of card patchhole side, then will be obstructed from card patchhole to the discharge of the card of rest position, therefore be easy to the installation picking out side recording apparatus.So the side recording apparatus with dip plane to be carried with lower end, dip plane and static card front position is consistent or lower end, dip plane is installed in card guide surface than this position closer to the mode of the 1st protrusion side with being discharged.Dip plane angulation and the above-mentioned plate of the side recording apparatus of such installation are suitable with card guide surface angulation.And, when making angle θ 1 be greater than card when the mode leaving card guide surface with card front end makes static card tilt and card guide surface angulation θ 2, the card rear end being inserted into the card of card patchhole from the dip plane of side recording apparatus is loaded in dip plane, card front end is card guide surface, thus, card can be hindered to the insertion of card patchhole, bring sense of discomfort to user.In addition, because card is separated with dip plane, so record becomes difficulty throughout the side of magnetic stripe total length.As a result, can improve and produce to arranging side recording apparatus the actual effect hesitated psychologically.
With carried out the protuberance of above-mentioned 1st protrusion that angle specifies like this concurrently, can, in the length of the line segment at the above-mentioned top of the above-mentioned card front position and above-mentioned 1st protrusion that the link above-mentioned static above-mentioned card mode shorter than the length of above-mentioned card, the 1st protrusion be swelled from above-mentioned card guide surface.So, the dip plane of above-mentioned side recording apparatus becomes shorter than the length of card, therefore, even if at this dip plane configuration information reading part, the record throughout the side of magnetic stripe total length also can be made to realize.And suppose if extend this dip plane, dip plane will more than the 1st protrusion, therefore, it is possible to bring sense of discomfort to user and device maintenance personal.
In addition, can have the 1st sensor, the 1st sensor, when at least one party of above-mentioned card guide part or above-mentioned 1st protrusion there occurs damage, produces the sensor different from the situation that there is not this damage and exports.So, tool has the following advantages.
In the card processing unit of above-mentioned formation and each scheme, as already described, by the 1st protrusion, the actuating range of the card along the card direct of travel towards card patchhole is limited to card guide surface, therefore, if there is no the 1st protrusion, then worry to be set up side recording apparatus, for card guide part, then worry to be buried underground side recording apparatus by card guide surface is autologous.Therefore, if arrange side recording apparatus obstinately, then record actor in side will damage the 1st protrusion to arrange side recording apparatus, attempts imitated 1st protrusion afterwards to carry out machine recovery.Or, after card guide surface buries side recording apparatus underground, attempt to repair guide surface.In either case, the damage of card guide part or the 1st protrusion all temporarily can be caused, so, according to such scheme, by the 1st sensor, the presence or absence that relevant damage is set to side recording apparatus can be detected.Therefore, exported by sensor, can the various replies such as exception reporting be obtained.
In this situation, can above-mentioned 1st sensor be set on the basis of Transmission light type sensor, the transmission path of the light of this Transmission light type sensor via above-mentioned card guide part or above-mentioned 1st protrusion at least one on predict the damage forecast place of damage and formed, and cover this transmission path defined by light-proofness material.So, exterior light can be suppressed to import transmission path, therefore, it is possible to improve, detection sensitivity with presence or absence of relevant damage is set to side recording apparatus.And, if above-mentioned transmission path to be set to the translucent material to be embedded in above-mentioned card guide part or above-mentioned 1st protrusion via the mode at above-mentioned damage forecast place, then can improve detection sensitivity further.
In addition, the 2nd sensor can be had, when the 2nd sensor there occurs the damage of above-mentioned card guide surface on the position overlapped with the magnetic stripe that the above-mentioned card being placed in above-mentioned card guide surface has, produce the sensor different from the situation that there is not this damage and export.So, can easily detect and the presence or absence burying recording apparatus relevant damage in side to card guide surface underground.For this above-mentioned 2nd sensor, also can on the basis being set to Transmission light type sensor, the transmission path of this Transmission light type sensor, in the mode along above-mentioned magnetic stripe, is formed at the lower side of above-mentioned card guide surface, covers this transmission path defined by light-proofness material.So, exterior light can be suppressed to import transmission path, bury detection sensitivity with presence or absence of the relevant damage of side recording apparatus therefore, it is possible to improve underground to card guide surface.And, if make above-mentioned transmission path be the translucent material of the lower side being embedded in above-mentioned card guide surface, then can improve detection sensitivity further.
In addition, the 3rd sensor can be had, the moving state of above-mentioned card when the 3rd sensor detection is guided by above-mentioned card guide surface and is inserted into above-mentioned card patchhole is (following, be called card moving state), when the moving state of above-mentioned detection is different with the card moving state of the regulation preset, makes the 3rd sensor produce the sensor different from the situation of the card moving state of this regulation and export.So, the side recording apparatus that can detect card moving state of sening as an envoy to does not become the card moving state of regulation is arranged at the possibility of card guide surface, therefore, is exported by sensor, can obtain the various replies such as exception reporting.
In addition, the 4th sensor can be had, 4th sensor detects the opening situation of above-mentioned card patchhole, different with the opening situation of the regulation preset in the opening situation of above-mentioned detection, then make the 4th sensor produce the sensor different from the situation of the opening situation of this regulation and export.So, the side recording apparatus that the opening situation that can detect card patchhole of sening as an envoy to does not become the opening situation of regulation is arranged at the possibility of card patchhole, therefore, is exported by sensor, can obtain the various replies such as exception reporting.
In addition, the sensor can with the 5th sensor and reception the 5th sensor being arranged at above-mentioned opposite above-mentioned 2nd protrusion exports the output processing part of row relax of going forward side by side, on this basis, by the 5th sensor, in the card top position do not interfered with each other with the above-mentioned card being placed in above-mentioned card guide surface, detect the presence or absence of the foreign matter beyond the above-mentioned card on above-mentioned card guide surface, pass through output processing part, output and the normal sensor blocked when processing of above-mentioned 5th sensor export situation different time, produce and represent that above-mentioned foreign matter has been arranged at the possibility of above-mentioned card guide surface.So, have the following advantages.
Under the non-process situation of not blocking to card guide surface mounting, the 5th sensor does not detect usually, and therefore, the normal sensor that output processing part receives without detecting exports.In addition, under card is placed in card guide surface and carries out the transaction situation of card process, along with the mounting of card, the finger of user etc. are placed on card guide surface sometimes, and therefore, the finger of user may be detected as foreign matter by the 5th sensor.But along with the insertion of card to card patchhole completes or block completing of transaction self, the finger of user can be removed, and therefore, it is temporary transient that the finger (foreign matter) undertaken by the 5th sensor is detected, and will disappear afterwards.The normal sensor output without detection under the output situation of the 5th sensor like this, i.e. above-mentioned nontransaction situation, and temporary transient inspection side output can be forged to normal sensor output situation of blocking when processing with disappearance afterwards.
But no matter suppose when card guide surface has installed side recording apparatus, be under nontransaction situation or under transaction situation, the sensor that the 5th sensor all continues to send detection exports.Therefore, output processing part receives this sensor of detection that has continued and exports, and produces and represents that the foreign matter of side recording apparatus etc. has been arranged at the output of the possibility of guide surface, therefore, through this output, can obtain the various replies such as exception reporting.
In this situation, for above-mentioned 5th sensor, the Transmission light type sensor forming transmission path in above-mentioned card top position between above-mentioned opposite above-mentioned 2nd protrusion can be set to.In addition, for above-mentioned opposite above-mentioned 2nd protrusion, can be set to and have orthogonal with above-mentioned transmission path on the inwall of above-mentioned card guide surface side and allow light transmissive wall position, this wall position is oppositely arranged across above-mentioned card guide surface.So, the transmission path of light can be guaranteed, therefore, it is possible to suppress the reduction of detection sensitivity.In addition, wall position is the outward appearance different from the inwall of its elsewhere of the 2nd protrusion, therefore, side record actor can be made to recognize and carrying out foreign bodies detection, so, can improve and produce to arranging side recording apparatus the actual effect hesitated psychologically.
And, the multipair above-mentioned wall position opposite across above-mentioned card guide surface can be had at above-mentioned opposite above-mentioned 2nd protrusion, make at least one pair of above-mentioned wall position have above-mentioned 5th sensor of above-mentioned Transmission light type sensor.So, side being made to record actor and to recognize and carry out foreign bodies detection in many places, producing to arranging side recording apparatus the actual effect hesitated psychologically therefore, it is possible to improve.
In addition, the 6th sensor can be had, it detects the load putting on card delivery section, this card delivery section is carried out the insertion be transported to by the above-mentioned card being inserted into above-mentioned card patchhole in device and is carried and discharge above-mentioned card from above-mentioned card patchhole and its discharge be still in above-mentioned card guide surface is carried, compared with load when the load can working as above-mentioned detection is carried with normal above-mentioned discharge during increase, make the 6th sensor produce the sensor different from the situation that above-mentioned normal above-mentioned discharge is carried and export.So, have the following advantages.
When the insertion of card is carried with and subsequent discharged conveying, as already described, when card guide surface is not when patchhole side region is plane, be obstructed from the discharge of card patchhole.Therefore, pass through such scheme, can detect card release by the detection load increase of the 6th sensor has without hindrance from the discharge of card patchhole, and then detect the possibility that the side recording apparatus making card guide surface not become plane is arranged on card guide surface, so, exported by sensor, can the various replies such as exception reporting be obtained.
In addition, also can make above-mentioned 2nd protrusion be to leave in above-mentioned 1st protrusion side for held card for the opening that enters of hand be capped.So, can limit attempt arranges operating area from side recording apparatus to card guide surface, the setting of side recording apparatus becomes difficulty, for side record actor, it can be made to produce hesitation to arranging side recording apparatus psychologically.
And the present invention realizes by various form, such as, the cash automated trading device for having above-mentioned card processing unit can be suitable for or can carry out to cash automated trading device the card processing unit that what is called installs setting additional.
Accompanying drawing explanation
Fig. 1 represents the stereographic map having carried the outward appearance of the cash automated trading device 100 of the card processing unit 200 of the present embodiment.
Fig. 2 is the block diagram of the electrical structure schematically representing cash automated trading device 100.
Fig. 3 is the stereographic map of the outward appearance schematically representing card processing unit 200.
Fig. 4 overlooks the key diagram representing card processing unit 200.
Fig. 5 is the signal amplification profile along the 5-5 line in Fig. 4.
Fig. 6 is the vertical view of the card processing unit 200 that simultaneously marked card K.
Fig. 7 is the key diagram of the situation representing the card process inserting to card to card patchhole 114.
Fig. 8 is the key diagram representing the situation of discharging the later card process of card from card patchhole 114.
The key diagram of restriction situation when Fig. 9 is for arranging side recording apparatus.
Figure 10 is the key diagram representing hypothesis situation that avoidance information reads when being provided with side recording apparatus SM.
Figure 11 represents the key diagram assuming that the induction of the damage arranging card guide surface 204 together or the 1st protrusion 206 with side recording apparatus is formed.
Figure 12 is the signal amplification profile of the 12-12 line along Figure 11.
Figure 13 is the schematic end view of the 13-13 line along Figure 12.
Figure 14 is the signal amplification profile of the 14-14 line along Figure 11.
Figure 15 is the constructed profile of the 15-15 line along Figure 14.
Figure 16 is the key diagram to the card processing unit 200 that the moving state of the card K to insertion card patchhole 114 detects.
Figure 17 is the signal amplification profile of the 17-17 line along Figure 16.
Figure 18 represents the key diagram attempting to respond to the card processing unit 200 that foreign matter is installed on card guide surface 204.
Figure 19 is face parallel with card guide surface 204 in figure 18, analyses and observe the key diagram of expression the 1st protrusion 206 and the 2nd protrusion 208.
Figure 20 is the key diagram that explanation realizes by front-side unit 100F being described for an example of the restrict access to card processing unit 200 erecting equipment.
Figure 21 is the key diagram representing the example being realized restrict access by cover.
Figure 22 represents the key diagram making the situation of the damage check of transmission path cross-over configuration.
In figure
100 cash automated trading devices
100B device body
100F front-side unit
100T charging floor
100FR front recess
101 note processing unit
102 coin processing unit
103 bankbook processing units
104 detail form processing units
105 client operating unit
107 power supply units
108 communication units
110 buses
111 cashes are given and accepted unit
112 bankbook patchholes
113 distribution mouths
114 card patchholes
114a inclination inlet face
115 flashing lights
120 main control units
130 card reading units
132 card carrying paths
134 conveying rollers
135 motor
136 magnetic heads
138 card detecting sensors
200 card processing units
202 card guide parts
204 card guide surfaces
206 the 1st protrusions
208 the 2nd protrusions
209 card recesses
210 breach
211 recesses
250 guide surface damage check sensors
252 transmission path
260 the 1st protrusion top damage check sensors
262 transmission path
The through damage check sensor of 270 the 1st protrusion
272 transmission path
275 semi-transparent semi-reflecting lens
280 card moving state detecting sensors
Card detection bodies on rear side of 280B
Card detection bodies on front side of 280F
282B rear sensor
282F front sensor
290 foreign object detection sensors
292 transmission path
294-297 recess
300 opening condition detection sensors
310 load detection sensors
330 covers
K card
MS magnetic stripe
SK can setting area
SM side recording apparatus
SN can not setting area
SP rest position
SS information reading part
NW network line
Embodiment
Below, based on accompanying drawing, the embodiment of embodiments of the present invention is illustrated.Fig. 1 represents the stereographic map having carried the outward appearance of the cash automated trading device 100 of the card processing unit 200 of the present embodiment, and Fig. 2 is the block diagram of the electrical structure schematically representing cash automated trading device 100.Cash automated trading device 100 is managed by financial institutions such as banks, is the device for carrying out various transaction according to the operation of user (client).As shown in above-mentioned each figure, this cash automated trading device 100 has at device body 100B: note processing unit 101, coin processing unit 102, bankbook processing unit 103, detail form processing unit 104, client operating unit 105, card reading unit 130, power supply unit 107, communication unit 108 and main control unit 120.The entirety that main control unit 120 is responsible for cash automated trading device 100 controls, and by carrying out the bus 110 of data transmission each other, carries out the transmitting-receiving of data between note processing unit 101 grade, and unified these each unit of control.
The cash of the not shown bill storage of note processing unit 101 in device body 100B and charging floor 100T (with reference to Fig. 1) is given and accepted between unit 111 and is carried out bank note conveying, and carries out giving and accepting of bank note by the cash unit 111 couples of users that give and accept.The not shown coin collecting storage facility of coin processing unit 102 in device body 100B and cash are given and accepted between unit 111 and are carried out coin conveying, and carry out giving and accepting of coin by the cash unit 111 couples of users that give and accept.Cash unit 111 of giving and accepting has not shown opening and closing shutter at charging floor 100T, through the opening and closing of this gate, carries out the handing-over of takeing in these to user of the currency or coin from user.Bankbook processing unit 103 carries out collecting and sending the bankbook inserted from bankbook patchhole 112, in addition, according to transaction, carries out the reading or print processing etc. to the mark that bankbook is recorded etc.
Detail form processing unit 104 makes the transaction details list of record, such as processing time or the amount of money etc. of the card transaction that have recorded desired by user, discharges this detail form (strip) to user from distribution mouth 113.Client operating unit 105, for being assembled in the interface of the touch panel formula of the front-side unit 100F of device body 100B, carries out the information displaying accepting or go out income transaction of the screen operation for being undertaken by user.Card reading unit 130 carries out the magnetic stripe card inserted from card patchhole 114 (so-called cash card, hereinafter referred to as card K) to carry to the conveying in device or card K from the discharge of card patchhole 114, and carries out the reading to the information being recorded in card K.Now, card reading unit 130 controls via the lighting of flashing lamp (flicker lamp) 115, and the insertion realizing carrying out inserting to card patchhole 114 to user card K guides or guides the taking-up of the card K discharged from card patchhole 114.Communication unit 108 via network line NW (such as, the Internet) be connected with the not shown main frame of the cash automated trading device 100 being arranged at each shop of financial institution, the instruction of from host in the future consigns to main control unit 120, by the operation result of main control unit 120, specifically the remaining sum of keeping note/coin or the abnormal signal etc. occurred is sent to main frame.
Next, card processing unit 200 is described in detail.Fig. 3 is the stereographic map of the outward appearance schematically representing card processing unit 200, and Fig. 4 overlooks the key diagram representing card processing unit 200, and Fig. 5 is the signal amplification profile of the 5-5 line along Fig. 4.
As shown in the figure, card processing unit 200 is opposite with card reading unit 130 (with reference to Fig. 5) across the card patchhole 114 of the front-side unit 100F of cash automated trading device 100.Card reading unit 130 comprises the card carrying path 132 from card patchhole 114 auto levelizer inside, has conveying roller 134, magnetic head 136, card detecting sensor 138 in this carrying path.Conveying roller 134 is configured to can just reverse rotation, and the card K being about to insert card patchhole 114 that goes forward side by side is delivered to the insertion conveying in device and discharges card K and discharge conveying making it be still in the rest position of regulation card guide surface 204 from card patchhole 114.In addition, describe to the conveying of such card after.Magnetic head 136 contacts with the magnetic stripe of card K, and magnetic reads the information recorded.Its detection signal, from the insertion of card patchhole 114, is sent to main control unit 120 by card detecting sensor 138 test card K.
Card processing unit 200 has from the outstanding card guide part 202 of front-side unit 100F.This card guide part 202 is formed carrying out the card guide surface 204 that the insertion of card K to card patchhole 114 guides and card K guides from the discharge of card patchhole 114 to the device front side extension observed from card patchhole 114.In this situation, card guide surface 204 form so-called coplanar above with above the open lower end of card patchhole 114 and the card carrying path 132 that is connected with card patchhole 114.And, card patchhole 114 using card guide surface 204 side as inclination inlet face 114a, this inclination inlet face 114a relative to card guide surface 204 with the angular slope of angle θ 2 of regulation.
Card processing unit 200 has the 1st protrusion 206 and the 2nd protrusion the 208,1st protrusion 206 swells than card guide surface 204 upward in the side opposite with card patchhole 114.2nd protrusion 208 swells than card guide surface 204 upward in the mode opposite across card guide surface 204, and is connected integratedly with the 1st protrusion 206, together surrounds card guide surface 204 from tripartite with this protrusion.Thus, card guide surface 204 as bottom surface, is surrounded by the 1st protrusion 206 and the 2nd protrusion 208 by card processing unit 200, forms the card recess 209 that top is open.Thus, undertaken by the action from the open sides of card recess 209, the i.e. upper side of card guide surface 204 by carry out card K is restricted to the mounting of card guide surface 204 of user.And, the actuating range of the card K along the card direct of travel towards card patchhole 114 is limited in card guide surface 204 by the 1st protrusion 206 by card processing unit 200, and by the 2nd protrusion 208, also limit the actuating range of card K in the direction intersected with the card direct of travel towards card patchhole 114.The 1st protrusion 206 and the 2nd protrusion 208 that produce this action restriction form as one, and thus, it manufactures, such as in mould molding, mold shape becomes easy, manufactures and also becomes easy.
In addition, card processing unit 200 has breach 210 at the substantial middle place of the 2nd protrusion 208.This breach 210 is to be formed into card guide surface 204 from the upper end of the 2nd protrusion 208, and the recess 211 being formed at card guide surface 204 is connected with sinking.
Next, the relation of card processing unit 200 and card K and the card process that employs card processing unit 200 are illustrated.Fig. 6 is the vertical view of the card processing unit 200 that simultaneously marked card K, and Fig. 7 is the key diagram of the situation of the card process of expression to card inserts card patchhole 114, and Fig. 8 is the key diagram representing the situation of discharging the card process after blocking from card patchhole 114.
As shown in the figure, card processing unit 200 make the size 204L of the card guide surface 204 of the internal face from card patchhole 114 to the 1 protrusion 206 be set to the card K along the card direct of travel towards card patchhole 114 size, namely block long 1.06 times.In addition, for the inwall spacing across opposite the 2nd protrusion 208 of card guide surface 204,1.1 times of the width of card K are also set to.That is, card processing unit 200 strictly limits the actuating range of the card K in card recess 209 by above-mentioned size.Then, the process blocking K is as follows.In addition, the size of card K is probably 86mm, and therefore, the size 204L of card guide surface 204 is about 3mm than the size of card K.In this situation, when the size of card K is larger than 86mm, the size 204L of card guide surface 204 also can be made than slide calliper rule modest ability 3mm ~ about 10mm.
First, as shown in Figure 7, user by the card K held by finger from card guide surface 204 almost directly over vertically or obliquely card K is placed in the card guide surface 204 (step Sl) of card recess 209 from the around openings of card recess 209.In this situation, user can insert breach 210 by the finger of the K that holds, and easily from the top of card guide surface 204, card K is placed in card guide surface 204, and card process is very easy.Next, user presses to card patchhole 114 the card K being placed in card guide surface 204 with finger, will block K and insert card patchhole 114 (step S2).Now, card guide surface 204 realizes the insertion guiding function of card K to card patchhole 114, and user inserts card K until card K arrives conveying roller 134.
When realizing the insertion of card like this, card K is transported in device by conveying roller 134 by card reading unit 130, reads magnetic information by magnetic head 136.At the end of the money transaction desired by user, as shown in Figure 8, card K is discharged to card guide surface 204 from card patchhole 114 by conveying roller 134 by card reading unit 130, and makes card K be still in the rest position SP of regulation.When realizing card like this and being expelled to rest position SP, user extracts out with fingertip depression card K and from card patchhole 114 and blocks K (step S3), afterwards, finger stretched into breach 210 and holding K, from card recess 209, this card K being picked up and taking away (step S4).Also finger can be inserted breach 210 when taking card away, therefore very easy.
By the card processing unit 200 of the present embodiment described above, have the following advantages.Fig. 9 is the key diagram of the situation of restriction when representing for arranging side recording apparatus.
As shown in the figure, card K is discharged conveying until be still in rest position SP by card reading unit 130 from card patchhole 114, therefore, when arranging foreign matter such as side recording apparatus at card guide surface 204 in the region from card patchhole 114 to rest position SP, above-mentioned discharge conveying will be obstructed.Thus, the region from card patchhole 114 to rest position SP can be set to be difficult to arrange side recording apparatus can not setting area SN.
And the actuating range of the card K along the card direct of travel towards card patchhole 114, by the card recess 209 formed by the 1st protrusion 206 and the 2nd protrusion 208, is strictly limited to card guide surface 204 by the card processing unit 200 of the present embodiment.Therefore, it is possible on the basis of contact of guaranteeing the whole region of magnetic stripe throughout card K, only a little card guide surface 204 slightly wider than card K can be limited in setting area more positively by side recording apparatus.And, even if suppose to be provided with side recording apparatus, this side recording apparatus, by except shown in Fig. 9 can not the setting of card guide surface 204 except the SN of setting area or the setting position burying setting underground to card guide surface 204, be also defined in overlap with magnetic stripe MS as shown in Figure 6 can setting area SK.Therefore, by 200 of the present embodiment, side recording apparatus can be made to be forced to be arranged at confined like this region reluctantly, therefore, it is possible to make people produce hesitation to arranging side recording apparatus psychologically.In addition, for by the side recording apparatus that as above limits can setting area SK, if arouse the attention of user, then the differentiation that the offside recording apparatus undertaken by user is arranged will become easy.Arouse as the attention in this situation, such as will describe " if foreign matter or different patterns can be there is by setting area SK at card guide surface; please avoid using; and get in touch with maintenance department " etc. the label of the statement that calls attention to be affixed near card processing unit 200, the statement that maybe will call attention to is shown in client operating unit 105.In this situation, the cash carrying out cash automated trading device 100 supplements or the device maintenance personal of maintenance overhaul can easily to can the setting of side recording apparatus in the SK of setting area differentiate.
In addition, even if suppose to be provided with side recording apparatus by setting area SK the above-mentioned of card guide surface 204, the side recording apparatus that this is provided with is identified from the upper side of card guide surface 204, the i.e. open side of card recess 209, makes user or device maintenance personal produce sense of discomfort.From the viewpoint of these, by the card processing unit 200 of the present embodiment, people also can be made to produce hesitation to arranging side recording apparatus psychologically.
Figure 10 is the key diagram representing hypothesis situation that avoidance information reads when being provided with side recording apparatus SM.As the side recording apparatus SM of card processing unit 200 that can be installed on the present embodiment, as shown in Figure 10, can suppose rolling the side recording apparatus that oblique dip plane has information reading part SS towards card patchhole 114, this side recording apparatus SM can enter card recess 209 and mounting is installed on card guide surface 204.In this situation, if make the lower end of the dip plane of side recording apparatus SM be positioned at shown in Fig. 9 can not setting area SN, then discharge conveying by the card by conveying roller 134, card K is discharged for limit, boundary curved edges with card patchhole 114 in card front end (on ?り Ga Ru) mode in lower end, above-mentioned dip plane of riding.Thus, card conveying load increases, and discharge from the card of card patchhole 114 to rest position SP and be obstructed, therefore the installation of side recording apparatus SM is easily differentiated out.In this situation, suppose when user's wish finger tip extracts the card K ridden in the dip plane being boundary's maintenance case of bending with card patchhole 114 out from card patchhole 114, the angle of inclination of card K exceedes the angle θ 2 that inclination inlet face 114a as shown in Figure 5 specifies, may extract card out.Accordingly, the side recording apparatus SM with dip plane to carry and the card front position of static rest position SP is consistent or be installed in card guide surface than this position closer to the mode of the 1st protrusion 206 side with being discharged with lower end, dip plane.
In the card processing unit 200 of the present embodiment, assuming that above-mentioned situation, the 1st protrusion 206 is made to swell as follows.Namely, as shown in Figure 10, the mode being greater than angle θ 2 with angle θ 1 makes the 1st protrusion 206 swell from card guide surface 204, wherein this angle θ 1 is this card K when having arranged card K from the inwall side roof part of card front position, i.e. the rest position SP on card guide surface 204 to the 1st protrusion 206 that are discharged conveying static card K from card patchhole 114 and card guide surface 204 angulation θ 1, this angle θ 2 is by the angle of inclination of the card K of the inclination inlet face 114a defined of card patchhole 114.And, in the present embodiment, make link rest position SP shorter than the length of blocking K with the length of the line segment of the inwall side roof part of the 1st protrusion 206.Thus, have the following advantages.
As shown in Figure 10, the dip plane angulation being installed on the side recording apparatus SM of card recess 209 is equivalent to above-mentioned angle θ 1.And in the present embodiment, this angle θ 1 is than large by the card tiltangleθ 2 of the inclination inlet face 114a defined of card patchhole 114, and the dip plane length of side recording apparatus SM is shorter than the length of card K.Therefore, even if information reading part SS is positioned at dip plane upper end side, and card K slides along dip plane, can not contact at this information reading part SS with the whole region of magnetic stripe throughout card total length, so can avoid the equipment SM reading information that is logged.In addition, even if information reading part SS is positioned at dip plane lower end side, the card rear end of inserting the card K of card patchhole 114 from the dip plane of side recording apparatus SM is ridden in dip plane, card front end is positioned at card guide surface 204 and tilts, therefore, this angle of inclination may exceed the angle θ 2 of inclination inlet face 114a defined as shown in Figure 5.Therefore, may give and bring obstruction maybe can not insert, thereby, it is possible to bring sense of discomfort to user from card patchhole 114 to the card insertion of the conveying roller 134 being positioned at device.And, if card front end is positioned at card guide surface 204, then when inserting card afterwards, card K is tilted, therefore, it is possible to make card K leave the information reading part SS of dip plane, and the information throughout magnetic stripe total length can be avoided to read.As a result, by the card processing unit 200 of the present embodiment, can improve and make people produce to arranging the side recording apparatus with information reading part SS in dip plane the actual effect hesitated psychologically.
Moreover if make the dip plane of the side recording apparatus SM shown in Figure 10 longer than card total length, although then can carry out information reading by the information reading part SS of dip plane upper end side, have to more than the 1st protrusion 206 in the dip plane in this situation.Thereby, it is possible to bring sense of discomfort to user and device maintenance personal, so, people can be made to produce hesitation to arranging side recording apparatus, and can avoid carrying out information reading by extending dip plane.
As mentioned above, by the card processing unit 200 of above-described embodiment, although people can be made to produce hesitation to arranging side recording apparatus psychologically, also want the situation that side recording apparatus is set at this card processing unit 200 by force.Thus, below, the countermeasure for arranging side recording apparatus is described.Figure 11 represents to assume the key diagram that the induction of the damage of card guide surface 204 or the 1st protrusion 206 accompanied with the setting of side recording apparatus is formed, Figure 12 is the signal amplification profile of the 12-12 line along Figure 11, Figure 13 is the schematic end view of the 13-13 line along Figure 12, Figure 14 is the signal amplification profile of the 14-14 line along Figure 11, and Figure 15 is the constructed profile of the 15-15 line along Figure 14.
As shown in figure 11, card processing unit 200 has: the through damage check sensor 270 of guide surface damage check sensor the 250, the 1st protrusion top damage check sensor the 260 and the 1st protrusion.These each sensors are configured to Transmission light type sensor, and are embedded in card guide part 202 or the 1st protrusion 206.As shown in Figure 11 ~ Figure 12, guide surface damage check sensor 250, overlap with the magnetic stripe MS of card K already described can setting area SK, in the 1st protrusion 206 side with card patchhole 114 side in opposite mode, buried underground the card guide part 202 of the below being arranged at card guide surface 204.And as shown in figure 13, its transmission path is set to and can runs through the transmission path 252 of the below of card guide surface 204 by setting area SK along already described by guide surface damage check sensor 250, this path is via the place of damage predicting card guide surface 204.In the present embodiment, card guide part 202 and the 1st protrusion 206 and the 2nd protrusion 208 are formed by by the painted and resin playing light-proofness, therefore, make transmission path 252 be formed as the space of tubulose in advance, thus, the basis by its outer surface shading plays light transmission.In this situation, can to the outside surface coating shading Tu material of the transmission path 252 as tubular space, or form transmission path 252 by the translucent material such as propylene, and this Transmission light road 252 and guide surface damage check sensor 250 are together buried underground be arranged between opposite guide surface damage check sensor 250.Transmission path for other detecting sensor is also same.
As shown in Figure 11 ~ Figure 12, the 1st protrusion top damage check sensor 260, in the mode opposite in the both sides of the 1st protrusion 206, is buried underground the continuous place being arranged at the 1st protrusion 206 and the 2nd protrusion 208.And, as shown in figure 12,1st protrusion top damage check sensor 260 its transmission path is set to throughout the 1st protrusion 206 forming range through the transmission path 262 near the inwall side roof part of already described 1st protrusion 206, as hereinafter described, this path is via the place of damage predicting the 1st protrusion 206 top.
As shown in Figure 11 and Figure 14 ~ Figure 15, the through damage check sensor 270 of the 1st protrusion, in the upper end side of the 1st protrusion top damage check sensor 260 with lower end side in opposite mode, be embedded in the side up and down of the 1st protrusion 206.And, as shown in figure 15, its transmission path is set to the transmission path 272 running through the 1st protrusion 206 across card guide surface about 204 by the through damage check sensor 270 of the 1st protrusion, and as hereinafter described, this path is through predicting the place of the damage of the 1st protrusion 206.
Above-mentioned each detecting sensor by its sensor export normal time or send to main control unit 120 termly.Main control unit 120 receives this sensor and exports, and determines whether as follows and arranges side recording apparatus, and the reply process of accompanying with it.
When attempting the magnetic information side record carrying out card K, assuming that side recording apparatus be embedded in already described can the below of card guide surface 204 that overlaps of setting area SK, now, card guide surface 204 is sunk and enough buries the amount of side recording apparatus, specifically informal information reading part underground, information reading part is buried underground in this depression, afterwards, card guide surface 204 is repaired.When there is card guide surface 204 sagging like this, guide surface damage check sensor 250 sends to main control unit 120 and exports with the sensor not having sagging situation, namely do not arrange the situation of the arm's length transaction situation of side recording apparatus different.Specifically, guide surface damage check sensor 250 Chang Shixiang main control unit 120 under arm's length transaction situation sends ON (conducting) signal, and when the damage of the card guide surface 204 accompanied with above-mentioned sagging formation or after burying side recording apparatus underground, ON signal will not be sent.Thus, the difference that main control unit 120 can be exported by such sensor detects to be buried damage that side recording apparatus accompanies underground with or without with the below to card guide surface 204, detects and arrange side recording apparatus with or without burying underground further.Therefore, by main control unit 120, the brief interruption process of the money transaction of cash automated trading device 100 can be taked or send the various exceptions such as exception reporting to main frame to tackle process.And, for attempting the people burying side recording apparatus underground, there is money transaction interruption or exception reporting by recognizing, can make its abandon for bury underground arrange side recording apparatus and card guide surface 204 carry out formed sink operation, make it abandon burying side recording apparatus underground further.In addition, also can process together with above-mentioned abnormal reply, take the strick precaution process undertaken by main control unit 120.Such as, the video image of the monitoring camera of recording a video to the periphery of cash automated trading device 100 can be sent to main frame or the relevant office of delinquency prevention, or be recorded in storer.
As illustrated in Figure 10, only the side recording apparatus SM in dip plane with information reading part SS is accommodated in card recess 209, be be difficult to read the information throughout the magnetic stripe total length of card K, but also can suppose to arrange the very long and also very slow side recording apparatus SM of inclination in dip plane and make the situation that the top of the 1st protrusion 206 sustains damage.In this situation, when the top of the 1st protrusion 206 sustains damage, 1st protrusion top damage check sensor 260, when period and damage are being carried out in the behavior damaged causing this, send sensor to main control unit 120 to export in the same manner as already described guide surface damage check sensor 250, wherein this sensor exports is from the situation that there is not damage, namely the different output of the situation of the arm's length transaction situation of side recording apparatus is not set.Thereby, it is possible to detect that not damaged is arranged at the top of the 1st protrusion 206, can be tested with further without arranging side recording apparatus, and the various exceptions that disposal, exception reporting etc. are interrupted in already described money transaction can be taked to tackle process.In addition, be identical for it being made to abandon arranging the aspects such as side recording apparatus the people attempting to bury underground side recording apparatus.
In addition, also can suppose to open at the 1st protrusion 206 opening be connected with card guide surface 204, the situation promoting the side recording apparatus that card K inserts is set at this opening.In this situation, the through damage check sensor 270 of 1st protrusion, when the behavior in order to open opening at the sidewall of the 1st protrusion 206 is being carried out period and arranging side recording apparatus to opening, similarly sending with situation about not existing with form the damage that opening accompanies, namely exporting at the sensor that the situation of the arm's length transaction situation not arranging side recording apparatus is different to main control unit 120 from already described guide surface damage check sensor 250.Thereby, it is possible to be tested with without with the damage forming opening at the 1st protrusion 206 and accompany, be tested with further without arranging side recording apparatus, and the various abnormal reply process etc. of already described money transaction interrupt processing, exception reporting etc. can be taked.In addition, for attempting to bury underground, it can be made to abandon arranging the aspects such as side recording apparatus the recording apparatus people of side be identical.
In addition, in the card processing unit 200 of the present embodiment, with via the mode predicting the place of damage on the card guide surface 204 of the 1st protrusion 206 or card guide part 202, form the transmission path of each damage check sensor, and on this basis, cover each transmission path with light-proofness material.Thus, by the card processing unit 200 of the present embodiment, exterior light can be made to be difficult to import in the transmission path of above-mentioned each damage check sensor, therefore, it is possible to improve and side recording apparatus arranges and relevant has undamaged detection sensitivity.In this situation, form the transmission path of above-mentioned each damage check sensor by translucent material and these paths be embedded in the below of the 1st protrusion 206 or card guide surface 204, thereby, it is possible to improve above-mentioned detection sensitivity.In addition, the raising of damage check sensitivity means can with high-sensitivity detection with or without the behavior arranging side recording apparatus causing damaging, and is therefore useful make people abandon arranging on the recording apparatus of side.
Figure 16 is to until the key diagram of card processing unit 200 that detects of the moving state that inserts the card K of card patchhole 114, and Figure 17 is the signal amplification profile of the 17-17 line along Figure 16.
As shown in the figure, card processing unit 200 has card moving state detecting sensor 280 at card guide surface 204.This card moving state detecting sensor 280 along the card Yi Dong Gui Trace to card patchhole 114 in tandem, has: front side card detection bodies 280F and rear side card detection bodies 280B, front sensor 282F and rear sensor 282B.Front side card detection bodies 280F swings the card guide part 202 that the free earth's axis is supported on the below of card guide surface 204, and when card K is not placed in card guide surface 204, front side card detection bodies 280F swings because of deadweight, and its front end is given prominence to from card guide surface 204.Then, when card K is placed in card guide surface 204, front side card detection bodies 280F swings because of the weight of card, makes front sensor 282F ON.This is opened ON signal and exports to main control unit 120 by front sensor 282F.Also be similarly for rear side card detection bodies 280B.In this situation, for front side card detection bodies 280F, at already described rest position SP, its front end is given prominence to from 204.
As described in the figure 7, until card K by the normal card moving state that user inserts card patchhole 114 is: first, card K is placed in card guide surface 204 (step Sl).In this condition, these two detection bodies of front side card detection bodies 280F and rear side card detection bodies 280B swing, and therefore, these two sensors of corresponding front sensor 282F and rear sensor 282B are together passed from OFF (shutoff) to ON.Afterwards, when card K is pushed towards card patchhole 114 and moves (step S2), rear side card detection bodies 280B is released from card K, so turn back to origin-location, rear sensor 282B passes from ON to OFF, and front sensor 282F is ON always.And then when when card K moves, card rear end reaches rest position SP, front side card detection bodies 280F is also released from card K, so turn back to origin-location, front sensor 282F passes from ON to OFF.Now, the card front of card K by card patchhole 114, therefore, by card detecting sensor 138 to card by detecting.The main control unit 120 receiving the input of these sensor signals by the above-mentioned passing of the sensor signal of front sensor 282F and rear sensor 282B and card detecting sensor 138, to until the normal card moving state that card K is inserted into card patchhole 114 detects.
Although suppose that detecting cartoon by card detecting sensor 138 crosses card patchhole 114, but if rear sensor 282B can not be brought to continue to keep the state of ON, or this rear sensor 282B passing to OFF from OFF to ON and afterwards, then the sensor under such situation exports to pass to be passed different from the output of normal card moving state.In addition, although detect card K by card detecting sensor 138 also to have been moved in device by card patchhole 114, but when the state of either party lasting maintenance ON of front sensor 282F and rear sensor 282B, sensor exports to pass also to be passed different from the output of normal card moving state.The situation that card K carries from the discharge of card patchhole 114 too.Namely, when the moving state of card K is different from normal card moving state, the above-mentioned forward and backward two sensors of card moving state detecting sensor 280 sends the sensor different with normal card moving state from card detecting sensor 138 to main control unit 120 and exports.
Main control unit 120 is tackled creating certain reason that can not obtain the passing that the sensor corresponding with normal card moving state exports.Such as, main control unit 120 identification has the possibility that the such side recording apparatus SM illustrated in Fig. 10 is installed in card recess 209, then by showing the display etc. of the already described statement that calls attention at client operating unit 105, attempt the attention arousing user, and carry out to the exception reporting of main frame or interrupt to device maintenance personal circular, transaction.
Next, the induction of card patchhole 114 is illustrated.As shown in figure 17, the front-side unit 100F of card processing unit 200 above card patchhole 114 has opening condition detection sensor 300.This opening condition detection sensor 300 is the non-contacting sensor of contact or reflection-type, be positioned at the magnetic stripe MS shown in Fig. 6 by above position, under the opening situation, this situation of this position test card patchhole 114 be patchhole opening upper and lower end face between interval.Usually, interval between this upper and lower end face is certain from during the dispatching from the factory or arrange of cash automated trading device 100, therefore, suppose if install certain foreign matter, such as already described information reading part SS in the lower surface of card patchhole 114, then opening condition detection sensor 300 sensor export will with installation this foreign matter before change to some extent.The sensor that main control unit 120 receives from opening condition detection sensor 300 exports, assert that the opening situation with card patchhole 114 is not the possibility that the side recording apparatus of common opening situation is arranged at card patchhole 114, then attempt to take the replies such as the transaction interruption as described.In addition, as long as opening condition detection sensor 300 can detect the distance of the thickness direction by the card K on line of magnetic stripe MS, also can adopt link mechanism or utilize relative roller or single roller to carry out the formation detected with constructing.
Next, the induction that subtend card guide surface 204 installs foreign matter is illustrated.Figure 18 represents the key diagram attempting to respond to the card processing unit 200 that foreign matter is installed on card guide surface 204, and Figure 19 is face parallel with card guide surface 204 in figure 18, analyses and observe the key diagram of expression the 1st protrusion 206 and the 2nd protrusion 208.
As shown in the figure, this card processing unit 200 has the foreign object detection sensor 290 being embedded in the 2nd opposite protrusion 208 across card guide surface 204.Foreign object detection sensor 290 is configured to Transmission light type sensor, as shown in figure 19, makes its transmission path 292 intersect above card guide surface 204.2nd protrusion 208 has recess 294-297 in the front of foreign object detection sensor 290, and make recess 294 and recess 295 and recess 296 opposite across card guide surface 204 with recess 297.In this situation, the 2nd protrusion 208 makes the recess wall above-mentioned each recess is opposite with foreign object detection sensor 290 have light transmission, and orthogonal with transmission path 292.Thus, foreign object detection sensor 290 milli has foreign between detecting sensor without barrier, and is exported to main control unit 120 by its detection signal.And, owing to making the recess wall opposite with foreign object detection sensor 290 orthogonal with transmission path at each recess, therefore, it is possible to light path skew when suppressing this recess wall of Transmission light, and can detection sensitivity be improved.
As shown in figure 17, recess 294 and recess 296 are positioned at the top of card guide surface 204, and foreign object detection sensor 290 carries out foreign bodies detection at the position that arranges of above-mentioned recess.The place of being carried out foreign bodies detection by foreign object detection sensor 290 is not interfered with the card K being placed in card guide surface 204, and does not also interfere with already described card moving state detecting sensor 280.Thereby, it is possible to and use foreign object detection sensor 290 and card moving state detecting sensor 280.
In the card processing unit 200 with above-mentioned foreign object detection sensor 290, by receiving the main control unit 120 that its sensor exports, can detect foreign matter as described below, such as, side recording apparatus SM is as illustrated in Figure 10 installed in the possibility of card recess 209.
Do not blocking under the non-process situation of the mounting of card guide surface 204, the transmission path 292 of foreign object detection sensor 290 is not blocked, and therefore, will continue to export ON signal to main control unit 120.In addition, under card K is placed in card guide surface 204 and carries out the transaction situation of card process, along with the mounting of card, blocking K may shading light transmission path 292, or the finger of user etc. may be placed in shading light transmission path 292 on card guide surface 204.Therefore, under transaction situation, after foreign object detection sensor 290 temporarily sends OFF signal, because of card K load complete and point leave and pass to ON signal, until the discharge of card K to rest position SP carry (with reference to Fig. 8), continue output ON signal.It is also same for removing from card guide surface 204 situation being discharged the card K of conveying.Though it is pass temporarily to OFF signal that the sensor of this foreign object detection sensor 290 under card transaction situation exports situation, after card transaction completes, the sensor become under nontransaction situation is exported.Thereby, it is possible to export situation according to the sensor of this foreign object detection sensor 290, by main control unit 120, to card processing unit 200 be in normal nontransaction situation under, distinguish under being still in normal card transaction situation.
But, when supposing that side recording apparatus SM as shown in Figure 10 is installed in card recess 209, this side recording apparatus SM shading light transmission path 292, therefore, no matter foreign object detection sensor 290 is under nontransaction situation or under card transaction situation, all exports OFF signal by continuing.Therefore, main control unit 120 receive that this continues, export from the OFF signal of foreign object detection sensor 290, possibility card guide surface 204 being provided with the foreign matters such as side recording apparatus SM is distinguished, and carry out the output that corresponds, such as, aroused the attention of user by the statement etc. that calls attention to the display of already described client operating unit 105, or send exception reporting and transaction interruption etc. to main frame.
In addition, in above-mentioned card processing unit 200, have the recess 294-297 corresponding with foreign object detection sensor 290 at the 2nd protrusion 208, these each recess positions present the outward appearance different from the inwall of other the 2nd protrusion 208.Therefore, attempt is installed to the people of side recording apparatus SM as shown in Figure 10 at the card recess 209 of card processing unit 200, the situation of just installing foreign matter at subtend card guide surface 204 detects to make it recognize, therefore, it is possible to make people produce hesitation to arranging side recording apparatus efficiently.In this situation, also foreign object detection sensor 290 can be made to expose from the inwall of the 2nd protrusion 208, people so also can be made to recognize, and the situation of just installing foreign matter at subtend card guide surface 204 detects, therefore, it is possible to make people produce hesitation to arranging side recording apparatus efficiently.
In addition, be provided with the multiple recess 294-297s corresponding with foreign object detection sensor 290 at the internal face of the 2nd protrusion 208, therefore, it is possible to make people recognize, the situation of just installing foreign matter at many places subtend card guide surface 204 detects.People is made to produce to arranging side recording apparatus the actual effect hesitated thereby, it is possible to improve further.In addition, be provided with two pairs of foreign object detection sensors 290 in the above-described embodiment, but also can adopt a pair foreign object detection sensor 290, and multiple recess 294-297 is set at the 2nd protrusion 208.That is, a pair recess is set to the illusory recess not installing foreign object detection sensor 290.Foreign object detection sensor 290 is stuffed into above-mentioned recess and is difficult in sight, therefore by arranging multiple recess 294-297 and only arranging foreign object detection sensor 290 in a pair recess wherein, people just can be made to think, at many places subtend card guide surface 204, foreign matter is installed to detect.And, the recess being equipped with foreign object detection sensor 290 in fact can be made not easily to differentiate, therefore, by making the installation position of foreign object detection sensor 290 be difficult to presumption, people also can be made to produce hesitation to arranging side recording apparatus.In this situation, also the illusory recess suitable with recess 294-297 can be set to more than 3 multipair, like this, by estimating the difficulty of the installation position of foreign object detection sensor 290 and the foreign bodies detection fabricated in many places, people can be more positively made to produce hesitate to arranging side recording apparatus.
For the card processing unit 200 with card processing unit 200 described above and various detecting sensor, when by this cellular installation in cash automated trading device 100 time, do not affect the conveying of the card undertaken by conveying roller 134.Therefore, the complicated of the card pipage control in card reading unit 130 can not be caused.
Next, the induction of the conveying condition of card K is illustrated.As shown in figure 17, at the driving motor 135 of conveying roller 134, load detection sensor 310 is installed.This load detection sensor 310 detects the load condition of motor 135, and its testing result is exported to main control unit 120.Motor 135 transmits positive and negative driving force to conveying roller 134, and participates in the insertion conveying of being carried in device from card patchhole 114 by card K and discharged from card patchhole 114 and be delivered to the discharge that already described rest position SP makes it static by card K carrying.Under already described non-process situation, because motor 135 is in halted state, so load detection sensor 310 not detection load.On the other hand, under the card transaction situation being attended by the conveying of above-mentioned card, continue to detect normal motor load, the normal sensor sending detection load therewith corresponding to main control unit 120 exports.To suppose in front of the inside of card patchhole 114 or card patchhole 114 already described can not exist the foreign matters such as information reading part SS by setting area SN, then this foreign matter can become the obstacle of above-mentioned card conveying, and the load that will deduce motor 135 increases.Therefore, detection load from load detection sensor 310 also increases, so, main control unit 120 receives the detection load signal from this load detection sensor 310, distinguish conveying obstacle when carrying with or without card, the side recording apparatus of further distinguishing card guide surface 204 not in plane is arranged at the possibility of card guide surface 204, and carry out corresponding output, such as, aroused the attention of user by the statement etc. that calls attention to the display of already described client operating unit 105, or send exception reporting to main frame and interrupt transaction etc.
Next, to for being illustrated to the restrict access of card processing unit 200 erecting equipment.Figure 20 is the key diagram that explanation realizes by front-side unit 100F being described for an example of the restrict access to card processing unit 200 erecting equipment, and Figure 21 is the key diagram representing the example being realized restrict access by cover.In fig. 20, make the front of the 1st protrusion 206 of the user side in the front standing on cash automated trading device 100 identical with front-side unit 100F, in this front-side unit 100F formation until the front recess 100FR of the degree of depth of card patchhole 114.Then, in the inside of this front recess 100FR, already described card processing unit 200 is set.In figure 21, the cover 330 by extending from front-side unit 100F covers card processing unit 200.This front recess 100FR and cover 330 leave the opening supplying the hand of the user having held card K to enter and also cover the 2nd protrusion 208 up in the 1st protrusion 206 side.Thus, when supposing for already described side recording apparatus SM is installed on card guide surface 204, the operating area being used for erecting equipment can be limited in recess inside or cover inside, therefore, the setting of side recording apparatus becomes difficulty, and people can be made to produce hesitation to arranging side recording apparatus psychologically.
Above, by embodiment, embodiments of the present invention are illustrated, and the present invention being not limited to the embodiment of above-described embodiment or variation, not departing from the scope of its purport, can being implemented by various form.Such as, in the above-described embodiment, the cash automated trading device 100 with card processing unit 200 is illustrated, but is not limited to this.Such as, the mode adding the processing unit 200 that is installed in existing cash automated trading device 100 can be adopted.In this situation, without the mode that is connected of step ground in the card patchhole 114 had at existing cash automated trading device 100 with card guide surface 204, card processing unit 200 is arranged at existing device front.In addition, also the management devices that the card information going for credit card etc. reads special purpose device or manages turnover indoor, in this situation, the card reading unit 130 carrying out card conveying and card information reading is contained in and reads special purpose device body or management devices body, at this device installing card processing unit 200.
In addition, in the above-described embodiment, the detecting sensors such as guide surface damage check sensor 250 are configured to Transmission light type sensor, but also the signal wire etc. that simply can be cut off by external force of enameled wire etc. can be buried underground along the transmission path of already described each detecting sensor, realize the detection to damage by shutoff signal line.
In addition, for card guide surface 204, plane can be, in addition, if the card conveying pushing conveying, undertaken by conveying roller 134 of the card K not hindering the mounting of card K and carry out to card patchhole 114, also can be the face of the corrugation profiles intersected with the card direct of travel towards card patchhole 114.
In addition, for the damage check sensor of guide surface damage check sensor 250 grade as Transmission light type sensor, by the cross-over configuration of transmission path and the distribution of light, light illumination elements can be shared.Figure 22 represents the key diagram making the situation of the damage check of transmission path cross-over configuration.As shown in the figure, the transmission path 252 of guide surface damage check sensor 250 extends to the transmission path 272 of the through damage check sensor 270 of the 1st protrusion, and with this paths intersect.And be equipped with semi-transparent semi-reflecting lens 275 at its infall, this semi-transparent semi-reflecting lens 275 makes the light of transmitted light transmission path 272 continue in this path transmission, and in the bending also transmission of transmission path 252.So, for transmission path 252, light illumination elements can be omitted, and can by the light illumination elements of the through damage check sensor 270 of the 1st protrusion, the opening damage check realizing the 1st protrusion 206 undertaken by the through damage check sensor 270 of the 1st protrusion and the damage check of card guide surface 204 of being undertaken by guide surface damage check sensor 250.
In addition, except the 2nd protrusion 208 can be individually formed relative to the 1st protrusion 206, also the 2nd protrusion 208 can be omitted.

Claims (21)

1. a card processing unit, carries out the process of card, has:
The card guide part that top is open, carrying out insertion guide and card from the discharge of above-mentioned card patchhole guide the card guide surface of card to card patchhole by being used for, being formed at the device front side observed from above-mentioned card patchhole; And
1st protrusion, swells than above-mentioned card guide surface upward in the side opposite with above-mentioned card patchhole, and the actuating range of the card along the card direct of travel towards above-mentioned card patchhole is limited to above-mentioned card guide surface.
2. card processing unit according to claim 1,
Have the 2nd protrusion, the 2nd protrusion swells than above-mentioned card guide surface upward in the mode opposite across above-mentioned card guide surface, and together surrounds above-mentioned card guide surface from tripartite with above-mentioned 1st protrusion.
3. card processing unit according to claim 2,
Above-mentioned 1st protrusion and the 2nd protrusion become to be integrated with above-mentioned card guide part.
4. the card processing unit according to Claims 2 or 3,
At above-mentioned 2nd protrusion, there is the breach arriving above-mentioned card guide surface from this protrusion upper end.
5. the card processing unit according to any one of claims 1 to 3,
1.05 ~ 1.2 times of the size of the card along the card direct of travel towards above-mentioned card patchhole are set as from above-mentioned card patchhole to the size of the above-mentioned card guide surface of the internal face of above-mentioned 1st protrusion.
6. the card processing unit according to any one of claims 1 to 3,
Above-mentioned 1st protrusion is greater than angle θ 2 mode with angle θ 1 is swelled from above-mentioned card guide surface, above-mentioned angle θ 1 is this plate when having arranged the plate of card-like from the top of the card front position on above-mentioned card guide surface to above-mentioned 1st protrusion that are discharged conveying static card from above-mentioned card patchhole and above-mentioned card guide surface angulation, above-mentioned angle θ 2 be the mode leaving above-mentioned card guide surface with card front end make above-mentioned static and the card being positioned at above-mentioned card patchhole tilts time block and above-mentioned card guide surface angulation.
7. card processing unit according to claim 6,
Above-mentioned 1st protrusion, in the mode that the length of the line segment at the above-mentioned top of the above-mentioned card front position and above-mentioned 1st protrusion that link above-mentioned static card is shorter than the length of card, from above-mentioned card guide surface protuberance.
8. the card processing unit according to any one of claims 1 to 3,
Have the 1st sensor, the 1st sensor, when at least one party of above-mentioned card guide part or above-mentioned 1st protrusion there occurs damage, produces the sensor different from the situation that there is not this damage and exports.
9. card processing unit according to claim 8,
Above-mentioned 1st sensor is Transmission light type sensor,
The transmission path of the light of this Transmission light type sensor via above-mentioned card guide part or above-mentioned 1st protrusion at least one on predict the damage forecast place of damage and formed,
Above-mentioned transmission path is covered by light-proofness material.
10. card processing unit according to claim 9,
Above-mentioned transmission path, in the mode via above-mentioned damage forecast place, is formed by the translucent material being embedded in above-mentioned card guide part or above-mentioned 1st protrusion.
11. card processing units according to any one of claims 1 to 3,
There is the 2nd sensor, when the 2nd sensor there occurs the damage of above-mentioned card guide surface on the position overlapped with the magnetic stripe that the card being placed in above-mentioned card guide surface has, produce the sensor different from the situation that there is not this damage and export.
12. card processing units according to claim 11,
Above-mentioned 2nd sensor is Transmission light type sensor,
The transmission path of the light of this Transmission light type sensor to be formed at the lower side of above-mentioned card guide surface along the mode of above-mentioned magnetic stripe,
Above-mentioned transmission path is covered by light-proofness material.
13. card processing units according to claim 12,
Above-mentioned transmission path is formed by the translucent material of the lower side being embedded in above-mentioned card guide surface.
14. card processing units according to any one of claims 1 to 3,
There is the 3rd sensor, the moving state of card when the 3rd sensor detection is guided by above-mentioned card guide surface and is inserted into above-mentioned card patchhole,
When the moving state of above-mentioned detection is different from the moving state of the regulation preset, the 3rd sensor produces the sensor different from the situation of the moving state of this regulation and exports.
15. card processing units according to any one of claims 1 to 3,
Have the 4th sensor, the 4th sensor detects the opening situation of above-mentioned card patchhole,
When the opening situation of above-mentioned detection is different with the opening situation of the regulation preset, the 4th sensor produces the sensor different from the situation of the opening situation of this regulation and exports.
16. card processing units according to claim 2,
Have:
5th sensor, is arranged at above-mentioned opposite above-mentioned 2nd protrusion, in the card top position do not interfered with each other with the card being placed in above-mentioned card guide surface, detects the presence or absence of the foreign matter beyond the card on above-mentioned card guide surface; And
Output processing part, the sensor receiving the 5th sensor exports row relax of going forward side by side,
Output and normal sensor block when process of above-mentioned 5th sensor export situation different time, the above-mentioned foreign matter of this output processing part generation expression has been arranged at the output of the possibility of above-mentioned card guide surface.
17. card processing units according to claim 16,
Above-mentioned 5th sensor is between above-mentioned opposite above-mentioned 2nd protrusion, forms the Transmission light type sensor of transmission path in above-mentioned card top position.
18. card processing units according to claim 17,
Above-mentioned opposite above-mentioned 2nd protrusion has orthogonal with above-mentioned transmission path and allows light transmissive wall position on the inwall of above-mentioned card guide surface side, and this wall position is oppositely arranged across above-mentioned card guide surface.
19. card processing units according to claim 18,
Above-mentioned opposite above-mentioned 2nd protrusion has the multipair above-mentioned wall position opposite across above-mentioned card guide surface, for the above-mentioned wall position of at least one pair of, has above-mentioned 5th sensor of above-mentioned Transmission light type sensor.
20. card processing units according to any one of claims 1 to 3,
Have:
6th sensor, detects the load putting on card delivery section, and this card delivery section is carried out the insertion be transported to by the card being inserted into above-mentioned card patchhole in device and carried and block from above-mentioned card patchhole discharge and its discharge be still in above-mentioned card guide surface is carried; With
Output processing part, the sensor receiving the 6th sensor exports row relax of going forward side by side,
Compared with load when the load that above-mentioned 6th sensor detects is carried with normal above-mentioned discharge during increase, this output processing part produces the output representing and hinder the foreign matter of above-mentioned normal above-mentioned discharge conveying to be arranged at the possibility of above-mentioned card guide surface.
21. card processing units according to any one of claims 1 to 3,
Above-mentioned card guide part to leave opening that the hand for the user having held card enters and is capped in above-mentioned 1st protrusion side.
CN201210167182.2A 2011-05-25 2012-05-25 Card handling device Expired - Fee Related CN102982609B (en)

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