CN103544766A - Card processing unit - Google Patents

Card processing unit Download PDF

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Publication number
CN103544766A
CN103544766A CN201310412036.6A CN201310412036A CN103544766A CN 103544766 A CN103544766 A CN 103544766A CN 201310412036 A CN201310412036 A CN 201310412036A CN 103544766 A CN103544766 A CN 103544766A
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CN
China
Prior art keywords
card
mentioned
roller
conveying roller
handling part
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.)
Pending
Application number
CN201310412036.6A
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Chinese (zh)
Inventor
石井雅之
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Hitachi Omron Financial System Co Ltd
Original Assignee
Hitachi Omron Financial System Co Ltd
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by Hitachi Omron Financial System Co Ltd filed Critical Hitachi Omron Financial System Co Ltd
Publication of CN103544766A publication Critical patent/CN103544766A/en
Pending legal-status Critical Current

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
    • G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
    • G06K13/08—Feeding or discharging cards
    • G06K13/0806—Feeding or discharging cards using an arrangement for ejection of an inserted card
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
    • G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
    • G06K13/04—Details, e.g. flaps in card-sorting apparatus
    • G06K13/05—Capstans; Pinch rollers

Abstract

To provide a card processing unit which can remove electricity of an electrified IC card inserted into a card insertion slot, and prevent a body from becoming larger. A conveying roller 22 includes a drive roller 30 and an idler roller 40. A rotary shaft 31 of a drive roller 30 is the drive shaft rotating and driving a conveying part 12 by a drive source like a motor. A rotary shaft 41 of the idler roller 40 is a fixed shaft. The drive roller 30 includes a core bar 32 attached to the rotary shaft 31 serving as the drive shaft, and a rubber layer 33 covering the surface of the core bar 32 with rubber which is an elastic body. The idler roller 40 includes a rubber layer 43, which is an elastic body arranged on the outside of a bearing 42 attached to the rotary shaft 41 being a fixed shaft, and further has a metal layer 44 covering the outside of the rubber layer 43 with a conductive metal. An earthed conductive plate spring 50 abuts on the metal layer 44 of the idler roller 40.

Description

Card processing components
The present invention is dividing an application of following application, and original application information is as follows:
The applying date: on 09 16th, 2011
Application number: 201110275292.6
Denomination of invention: card processing components and device for automatic processing of transactions
Technical field
The present invention relates to storing the card processing components that the card of card information processes and the device for automatic processing of transactions with this card processing components.
Background technology
In the past, the card information that the device for automatic processing of transactions such as automatic teller machine (hereinafter referred to as ATM) read storage in the cards such as magnetic card or IC-card is processed transaction.The card processing components that device for automatic processing of transactions has is configured to conventionally: the card that user is inserted in insert port is carried with conveying roller (driven roller and dummy roll) clamping.As everyone knows, in the magnetic stripe that magnetic card attaches on surface, with magnetic data, record card information.IC-card records card information with electronic data in the built-in IC storer of card.On the surface of IC-card, be formed with for the IC contact with the electrical connection of IC storer.
Card processing components makes the magnetic stripe butt of the card of magnetic head and conveying, reads the card information recording in this magnetic stripe.And card processing components is carried the IC-card being inserted in card insert opening to processing position, in this processing position, the contact of the IC contact forming on card surface, main body side is electrically connected to, and reads the card information of storing in the storer of this IC-card.
The card processing components that IC-card is processed, if the cassette tape inserting in card insert opening is electric, this electric charge (static) flows into via the contact of main body side, likely makes main body misoperation.
Therefore, propose to have and arrange with being inserted in card insert opening to processing the roller that fastens the electric conductivity connecing that position is transported to or except brush and the scheme (with reference to patent documentation 1,2) that the upper charged electric charge of card is removed.The roller of this electric conductivity or except brush ground connection.
Patent documentation: Japanese kokai publication hei 4-17088 communique
Patent documentation: Japanese kokai publication sho 61-182190 communique
But, by remove electric charge charged on IC-card electric conductivity roller or be configured in the formation on card transport path except brush, must guarantee to configure the roller of this electric conductivity or the space of removing brush.Therefore, card transport path causes main body to maximize compared with length.
And, the driven roller of formation conveying roller, the higher friction factor in order to keep and to block, forms its surface with rubber conventionally.Therefore, the roller that the dummy roll that forms conveying roller if make is electric conductivity, in order to keep the higher contact of card and driven roller, must adopt by elastic bodys such as springs the formation to the axial driven roller side application of force of dummy roll.Therefore, in this formation, also cannot suppress the maximization of main body.
Summary of the invention
The object of the invention is to provide can remove electric charge charged on the IC-card inserting in card insert opening and suppress the card processing components that main body maximizes.
In addition, the object of the invention is to provide the device for automatic processing of transactions that has this card processing components and reliability is improved.
Card processing unit of the present invention, realizes its object in order to solve above-mentioned problem, has following formation.
This blocks processing components, has the conveying roller that the card to being inserted in card insert opening clamps and this card is carried to processing position.
This conveying roller has the first roller and second roller.The first roller, in order to keep and the higher friction factor blocking, forms its superficial layer with elastic bodys such as rubber.And in order to remove the upper charged electric charge of card, the metal with charging property forms its superficial layer to second roller.
A side in the first roller and second roller installs on the driving shaft being driven in rotation, and the opposing party installs on fixing stationary shaft.Fixed thus the axle base (distance between turning axle) of the first roller and second roller.And the thickness of the first roller of retaining wedge and the Gap-Ratios card of second roller is narrow.In addition, second roller is formed with middle layer with elastic body.Thus, when the first roller and second roller retaining wedge, the elastic force that can produce by the middle layer of second roller, maintenance blocks the higher contact with the first roller, prevents the transmission failure of card.
In addition, by the plate member of a part and the surperficial butt of second roller and the electric conductivity of ground connection, can block the electricity that removes of charged electric charge.
Therefore, electric charge charged on the IC-card inserting can be removed in card insert opening, and suppress the maximization of main body.
And, in order to block fast the electricity that removes of charged electric charge, near preferably configuration relatively card insert opening of conveying roller.
And preferably, in the side face of the second roller position relative with card insert opening, conveying roller is installed.Adopt this formation, the edge of the card that can suppress to insert in card insert opening, or the foreign matter beyond the card inserting in card insert opening contacts with the first roller.In other words, can be configured to the edge of the card inserting in card insert opening, or the foreign matter beyond the card inserting in card insert opening can contact with second roller.The superficial layer of first roller that therefore, can suppress to be formed by elastic body is impaired.That is, can extend the life-span of conveying roller (the first roller), reduce maintenance cost.
In addition, by the device for automatic processing of transactions such as automatic teller machine (ATM), this card processing components being set, can improve the reliability of device for automatic processing of transactions.
Invention effect
According to the present invention, electric charge charged on the card inserting can be removed, and suppress the maximization of main body in card insert opening.
Accompanying drawing explanation
Fig. 1 is the formation block diagram of the major part of automatic teller machine.
Fig. 2 is the formation block diagram of the major part of card processing components.
The skeleton diagram that the inside that Fig. 3 is card processing components forms.
Fig. 4 is the enlarged drawing of card insert opening periphery.
The key diagram of state variation when Fig. 5 inserts for card.
The key diagram of state variation when Fig. 6 inserts for card.
Symbol description
1: automatic teller machine (ATM); 6: card processing components; 11: control part; 12: delivery section; 13: magnetic handling part; 13a: magnetic head for reading; 13b: write with magnetic head; 14:IC handling part; 14a:IC contact; 15: IO interface (input and output I/F); 21: card insert opening; 22: conveying roller; 30: driven roller; 31: turning axle; 32: arbor; 33: rubber layer; 40: dummy roll; 41: turning axle; 42: bearing; 43: rubber layer; 44: metal level; 50: leaf spring; 60,61: guide part; 62: spring
Embodiment
Below embodiments of the present invention are described.
Fig. 1 is the formation block diagram of the major part of automatic teller machine.Automatic teller machine 1(is hereinafter referred to as ATM1), have: main control component 2, demonstration and operating assembly 3, bill handling assembly 4, coin processing components 5, card processing components 6, bankbook processing components 7, biosome recognizer component 8, communications component 9.This ATM1 in the site of financial institution or the place such as convenience store arrange, according to user's input operation, process various transaction such as depositing and withdrawing of trading object account.
The action of each assembly that 2 pairs of ATM1 main bodys of main control component have is controlled.
Demonstration and operating assembly 3 have the touch panel attaching on the picture of the positive display arranging of ATM1 main body and this display.Demonstration and operating assembly 3 show the operation guide picture for user on the picture of display.And demonstration and operating assembly 3 utilize touch panel to detect the position that user presses on the picture of display, judge this user's input operation.
4 pairs of bill handling assemblies deposit bank note in and extract bank note and process.Bill handling assembly 4 has the paper money recognition portion that the true and false of bank note and kind are identified.And bill handling assembly 4 has depositing bank note in and extracting the bank note delivery section that bank note is carried.4 pairs of every bank note of bill handling assembly decide the conveying destination of bank note delivery section to bank note according to paper money recognition portion to the recognition result of this bank note.
5 pairs of coin processing components deposit coin in and extract coin and process.Coin processing components 5 has the coin recognizing method portion that the true and false of coin and kind are identified.In addition, coin processing components 5 has depositing coin in or extracting the coin delivery section that coin is carried.Coin processing components 5 decides coin delivery section conveying destination to coin according to coin recognizing method portion to the recognition result of this coin to each coin.
Card processing components 6 is accepted the debit card (being designated hereinafter simply as card) using in the various transaction processing of ATM1, carries out reading or the card information of this card is write the card information of record in this card.Card processing components 6 can be to card information is recorded to the magnetic card in magnetic stripe with magnetic data form, and these two kinds of cards of IC-card that card information is recorded in to storer with electronic data form are processed.Be stuck in magnetic stripe and record the information such as account, the Biont information of recording user in storer (registration Biont information).After will block processing components 6 to this and be specifically described.
The bankbook that 7 couples of users of bankbook processing components insert carries out the printing of the various transaction resume of the corresponding account of this bankbook.
Organism authentication assembly 8 reads user's Biont information, and whether carry out user is the account person's of offering authenticate himself.Organism authentication assembly 8 for example has the sensor that refers to that vein, fingerprint, the palmmprint Biont information as user reads.And, the storer of the IC-card that above-mentioned card processing components 6 is inserted from user, read the registration Biont information of this IC-card owner (being the account person of offering of the account).The registration Biont information that 8 pairs of Biont informations that read from user of organism authentication assembly and card processing components 6 read from card is checked, and based on its similar degree, comes whether authenticated is the account person of offering.
Communication between the host apparatus that the center of communications component 9 Dui Yu financial institutions arranges is controlled.Carry out via dedicated line with communicating by letter of host apparatus.In addition, host apparatus is stored as account management information according to account by the account person's of offering residence, name, contact address, account balance, transaction resume etc.ATM1 proposes to host apparatus the authentication requesting whether transaction corresponding with user's input operation permits, and obtains authentication result from host apparatus.And ATM1 will process the transaction content notice host apparatus of transaction.
Here, first the transaction processing of this ATM1 is described.
User, in the demonstration and operating assembly 3 of ATM1, selects to process the type of transaction of transaction.In addition, user will block insertion card processing components 6 as required, and bankbook is inserted to bankbook processing components 7.Card processing components 6 reads the card information recording in the card of user's insertion.In addition, bankbook processing components 7 reads the bankbook information recording in the bankbook of user's insertion.In this bankbook information, the account that comprises the corresponding account of this bankbook etc.On bankbook, be pasted with the magnetic stripe that records bankbook information with magnetic data form.
ATM1 judges whether to be undertaken by organism authentication user's authenticate himself.According to account, register in advance whether carry out organism authentication.In addition, carry out organism authentication user card for IC-card card storer in record registration Biont information.ATM1, in the situation that needs carry out authenticate himself by organism authentication, reads user's Biont information by organism authentication assembly 8, whether authenticated is the account person of offering.
ATM1, when confirming user for the account person of offering by organism authentication, or is judged to be when carrying out organism authentication, requires as required input password.Whether need password, according to type of transaction, set.For example, debit transactions, inquiry into balance transaction, money transfer transactions etc. need to be inputted password, and credit transaction is without input password.
ATM1 is in the situation that the correct input of accepting transaction content of password of input.For example accept: the input of Withdrawal Amount, the input operation of confirmation; Transfer accounts the amount of money input, to confirm relevant input operation.In addition, when the credit transaction without input password, accept to deposit bank note in or deposit the input of coin in, the Amount in Total that deposits bank note in or deposit coin in dropping into is counted, the amount of money that takes deposits really give up into.
ATM1, after accepting transaction content and really giving up, requires the trade confirmation that comprises transaction content to send to host apparatus in communications component 9.ATM1, from host apparatus receives the authentication result of approve transactions, processes this transaction and this is processed to the transaction content notice main frame of transaction.And ATM1 is ending this transaction when host apparatus receives the authentication result that disapproves transaction.
Then, card processing components 6 is described.Fig. 2 is the formation block diagram of the major part of card processing components.The skeleton diagram that the inside that Fig. 3 is card processing components forms.Card processing components 6 has: control part 11, delivery section 12, magnetic handling part 13, IC handling part 14, IO interface 15(are hereinafter referred to as input and output I/F15).As mentioned above, this card processing components 6 can be processed magnetic card and these two kinds of cards of IC.
The action of 11 pairs of card processing components main body each several parts of control part is controlled.
Delivery section 12 is along processing at card insert opening 21 and card the card transport path conveying card connecting between position.In Fig. 3, illustrate and be positioned at the card that card is processed position.And shown in Figure 3, arranged the card transport path of the conveying roller 22,23 that 2 groups of retaining wedges carry.Between conveying roller 22 and conveying roller 23, shorter than the length of the throughput direction of card.Conveying roller 22 is configured near card insert opening 21.And conveying roller 23 is configured in the position that clamping is positioned at the card of card processing position.Therefore, the side's retaining wedge at least conveying roller 22,23 of delivery section 12.Delivery section 12 is by a plurality of sensors along the configuration of card transport path, and test card is in the position of blocking on transport path.
Magnetic handling part 13 has: the magnetic head for reading 13a of configuration and write and use magnetic head 13b between conveying roller 22, conveying roller 23.Magnetic head for reading 13a and write and use magnetic head 13b, is arranged on the height contacting with the magnetic stripe of the card of carrying along card transport path.Magnetic handling part 13 reads the card information recording in the magnetic stripe of the card of carrying along card transport path by magnetic head for reading 13a.And magnetic handling part 13 is by writing with magnetic head 13b to registration card information in the magnetic stripe of the card of carrying along card transport path.
IC handling part 14 has the IC contact 14a being electrically connected to the IC contact that is positioned at the card of card processing position.IC contact 14a can move freely and installs in the direction with respect to being positioned at the card contact of card processing position or leaving.IC handling part 14 makes IC contact 14a movable as required, is electrically connected to the IC contact that is positioned at the card of card processing position.
Input and output between the main control component 2 of input and output I/F15 couple and ATM1 are controlled.
Delivery section 12, when detection card release is inserted into card insert opening 21, drives conveying roller 22,23 that this card is carried to card processing position along card transport path.The magnetic stripe that is transported to the card of card processing position contacts with magnetic head for reading 13a.Magnetic handling part 13 reads the card information recording in magnetic stripe by magnetic head for reading 13a.
Delivery section 12 stops conveying roller 22,23 when snapping into processing position, Dacca.Now, card is transferred roller 23 clampings.In the situation that be transported to card, to process the card of position be IC-card to IC handling part 14, makes IC contact 14a contact and be electrically connected to the IC contact of card.IC handling part 14 reads via IC contact 14a the card information recording in the storer of card.
In addition, when delivery section 12 is emitted the card of card processing position to card insert opening 21, IC handling part 14 makes IC contact 14a leave from the IC contact of card.Delivery section 12 from the IC contact blocking leaves, is entered line inversion driving to conveying roller 22,23 at IC contact 14a, and this card is carried to card insert opening 21 along card transport path.The magnetic stripe that is transported to the card of card insert opening 21 contacts with writing with magnetic head 13b, magnetic head for reading 13a successively.Magnetic handling part 13, writes magnetic stripe by writing with magnetic head 13b by card information, by magnetic head for reading 13a, the card information recording in magnetic stripe is read.And magnetic handling part 13 confirms whether writing of card information correctly carries out.
Delivery section 12 stops conveying roller 22,23 when snapping into Dacca insert port 21.Now, card is transferred roller 22 clampings.And a part for card is outstanding from card insert opening 21.User controls from the outstanding part of this card insert opening 21 will block taking-up.
Then, the card insert opening 21 of this card processing components 6 and conveying roller 22 are elaborated.Fig. 4 is the enlarged drawing of card insert opening periphery.
On card insert opening 21, be provided with a pair of guide part 60,61 of the thickness direction position of the card that regulation inserts.The interval of upside guide part 60 and downside guide part 61 is slightly narrower than the thickness of card.Fixing and the downside guide part 61 of upside guide part 60 is by spring 62 (upside guide part 60 sides) application of force upward.
User is inserted into card in card insert opening 21, and this card overcomes the elastic force of spring 62 depresses downside guide part 61, the interval of expansion upside guide part 60 and downside guide part 61.
And the conveying roller 22 in card insert opening 21 nearsides configurations, has: driven roller 30(and the present invention say that the first roller is suitable), dummy roll 40(is suitable with second roller that the present invention says).
The turning axle 31 of driven roller 30 is rotated the driving shaft of driving for delivery section 12 by drive sources such as motor.The turning axle 41 of dummy roll 40 is fixing stationary shaft.The turning axle 31 of dummy roll 30 is fixed with the axle base of the turning axle 41 of pony axle 40.The turning axle 41 of 12 pairs of driven rollers 30 of delivery section is rotated driving.
It is the arbor 32 of installing on turning axle 31 that driven roller 30 has at driving shaft, and is the surperficial rubber layer 33 that rubber covers arbor 32 with elastic body.That is, to have superficial layer be elastomeric rubber layer 33 to driven roller 30.This rubber layer 33 can be configured to the friction factor between required in the conveying that can obtain card and card.In other words, the superficial layer of driven roller 30 also can be formed by metal etc., as long as can obtain the friction factor between required in the conveying of card and card.
Dummy roll 40 is configured to, and the arranged outside elastic body that is the bearing 42 of installation on turning axle 41 at stationary shaft is rubber layer 43, and forms the metal level 44 that covers the outside of this rubber layer 43 with conductive metal.
The axle base of the turning axle 31 of driven roller 30 and the turning axle 41 of dummy roll 40 is configured to, and the gap of driven roller 30 and dummy roll 40 is slightly narrower than the thickness of card.And, in the side face of dummy roll 40 mode relative with card insert opening 21, the turning axle 31 of driven roller 30 and the turning axle 41 of dummy roll 40 are set.
In addition, the leaf spring 50 of the electric conductivity of ground connection and metal level 44 butts of dummy roll 40.
With reference to Fig. 5 and Fig. 6, the state of the card inserting in card insert opening 21 is described.
User, will block and insert after card insert opening 21, downside guide part 61 declines.As mentioned above, the side face of dummy roll 40 is relative with card insert opening 21, and the front end of the card therefore inserting, contacts (with reference to Fig. 5) with dummy roll 40.In other words, the front end of the card of insertion does not contact with the side face of driven roller 30.Therefore, can suppress the front end of the card of insertion, the rubber layer 33 of driven roller 30 is caused to damage.And, even while inserting the foreign matter beyond card in card insert opening 21, also can suppress this foreign matter the rubber layer 33 of driven roller 30 is caused to damage.Therefore, can extend the life-span of driven roller 30, reduce maintenance cost.
Card processing components 6, while inserting card in detecting card insert opening 21, is rotated driving by 12 pairs of driven rollers 30 of delivery section.The overdrive driving of roller 30 of cartoon imports its front end in the gap of driven roller 30 and dummy roll 40, then driven rolls 30 and dummy roll 40 clampings (with reference to Fig. 6).
And user will block to 6 pushings of card processing components, until card driven rolls 30 and dummy roll 40 clampings.
Driven roller 30 forms superficial layer by rubber layer 33 as mentioned above and can obtain the friction factor between required in conveying and card.And dummy roll 40 forms superficial layer with conductive metal layer 44 as mentioned above.In addition, dummy roll 40 is rubber layer 43 at the inner side of metal level 44 formation elastic body.Therefore,, when card driven rolls 30 and dummy roll 40 clamping, the elastic force that can produce by the rubber layer 43 of dummy roll 40, keeps the higher contact between card and driven roller 30.That is, can prevent the transmission failure of card.
And card contacts with the conductive metal layer 44 of dummy roll 40, so the upper charged electric charge of this card is via leaf spring 50 electric discharges.That is the electricity that removes that, can block charged electric charge.
In addition, delivery section 12 is transported to card by the card of position shown in Fig. 6 and processes position.
And although conveying roller 23 is not specified, conveying roller 23 also has driven roller and dummy roll, these roller retaining wedges are carried.This conveying roller 23 also can adopt the formation identical with conveying roller 22.And the loose pulley of conveying roller 23 also can adopt rubber layer rather than metal to form surface.Now, although conveying roller 23 cannot be removed the upper charged electric charge of card, conveying roller 22 can be removed the upper charged electric charge of card as mentioned above, does not therefore have problem.
And the number of the conveying roller that card arranges on transport path, is not limited to above-mentioned 2 and can be any amount.And the conveying roller 22 that the upper charged electric charge of card can be removed can at least arrange 1 cover on card transport path.
And card processing components of the present invention, is not limited to above-mentioned ATM1, so long as process the device of IC-card, also go for other device.

Claims (2)

1. block a processing components, it is characterized in that having:
Card insert opening;
Card transport path, has the conveying roller that retaining wedge is carried;
Magnetic handling part, carries out reading and writing of information to the magnetic stripe of the card of carrying along above-mentioned card transport path; And
IC handling part, processes the electronic data that the storer of the card of position records and reads to being arranged in card;
Above-mentioned conveying roller has and inserts oral area conveying roller and handling part conveying roller, this insertions oral area conveying roller be configured in above-mentioned card insert opening near, this handling part conveying roller is configured in the position clamping being positioned at the card of above-mentioned card processing position,
Above-mentioned magnetic handling part has the magnetic head for reading being configured between above-mentioned insertion oral area conveying roller and above-mentioned handling part conveying roller and writes with magnetic head,
Above-mentioned IC handling part has the IC contact being electrically connected to above-mentioned card, and this IC contact is installed to be in the direction with respect to being positioned at the card contact of above-mentioned card processing position or leaving and can move freely,
At above-mentioned card insert opening, be provided with a pair of upside guide part and downside guide part, position on the thickness direction of the card that the upside guide part that this is a pair of and downside guide part regulation are inserted, above-mentioned upside guide part is fixed, and above-mentioned downside guide part is by the spring application of force upward
Above-mentioned insertion oral area conveying roller has the first roller and second roller, and this first roller has the first turning axle as the driving shaft rotariling actuate, and this second roller has the second turning axle as fixing stationary shaft,
Above-mentioned the first roller has the arbor of installing on above-mentioned the first turning axle and the surperficial superficial layer that covers above-mentioned arbor, and this superficial layer is formed by metal, and has friction factor required in the conveying of card.
The rubber layer in the outside that above-mentioned second roller has the bearing installed on above-mentioned the second turning axle, be located at above-mentioned bearing and the metal level that covers the outside of above-mentioned rubber layer with conductive metal.
2. card processing components according to claim 1, is characterized in that,
The leaf spring with the electric conductivity of ground connection, the metal level butt of this leaf spring and above-mentioned second roller.
CN201310412036.6A 2010-11-16 2011-09-16 Card processing unit Pending CN103544766A (en)

Applications Claiming Priority (2)

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JP2010-255512 2010-11-16
JP2010255512A JP5465155B2 (en) 2010-11-16 2010-11-16 Card processing unit and automatic transaction processing apparatus

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