CN105184992A - Anti-recording card accepting device applied to automatic teller machine (ATM) - Google Patents
Anti-recording card accepting device applied to automatic teller machine (ATM) Download PDFInfo
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- CN105184992A CN105184992A CN201510482757.3A CN201510482757A CN105184992A CN 105184992 A CN105184992 A CN 105184992A CN 201510482757 A CN201510482757 A CN 201510482757A CN 105184992 A CN105184992 A CN 105184992A
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Abstract
The present invention discloses an anti-recording card treating mechanism which amounts to a recording medium insertion part of an automatic teller machine (ATM) and by which an operator inserts and pulls out a card. The device comprises an insertion slot which is a left-right extending slit-type opening, is formed in an external surface of the ATM and is used for insertion of the card; an upper concave part which is arranged inside the insertion slot and corresponds above a chip position of the card; a lower concave part which is arranged inside the insertion slot and corresponds below a magnetic stripe position of the card; front side conveying rollers and inner side conveying rollers, which are arranged in parallel with the insertion slot at the inner side of the ATM and used for conveying the card into and out of the inner side of the ATM; a plurality of laser thickness sensors installed in an embedded manner inside an upper projecting part of the insertion slot and used for detecting thickness of an inserted medium; and detection sensors with the number being the same as that of the laser thickness sensors. The anti-recording card accepting device is simple in structure and can effectively and reliably prevent recording, criminal acts of installation of a thin-type recording device are eradicated, and recording prevention of a chip card and a magnetic stripe card is achieved at the same time.
Description
Technical field
The present invention relates to the device field of automatic cash transaction, particularly relate to a kind of anti-side record card acceptance apparatus be applied in ATM.
Background technology
Cash automated trading device (AutomatedTellerMachine, hereinafter referred to as " ATM ") and cash dispenser (CashDispenser, hereinafter referred to as " CD ") accept the recording medium of the information recording area (such as chip and magnetic stripe) from the teeth outwards with the information of recording (Customer Information etc.) of cash card or credit card etc., carry out the process specified.In the recording medium acceptance apparatus that ATM or CD is such, there is the crime being called side record obtaining record information in the recording medium wrongly at home and abroad.Installation side recording device in the insert port being used for inserting recording medium of ATM or CD is such as passed through in side record, reads the information be recorded in the information recording area of recording medium perform when recording medium is inserted among insert port by user with side recording device.
Conventionally, there is known produce the method that disturbing magnetic field prevents side from recording and the method etc. preventing side from recording by the installation of foreign matter monitoring sensor detection side recording device.But produce the disturbing magnetic field method that prevents side from record, exist cause device complicated, the basis of maximizing on, and when the device of disturbing magnetic field will be eliminated simultaneously as the problem that can not reliably prevent side from recording when the recording device of side.In addition, the method using sensor to prevent side from record exists on the basis of complicated, the maximization causing device, and can not prevent the problem of being recorded by the side of the side recording device that can not detect with sensor of such as slim side recording device etc.
See patent application number is the Chinese patent " card processing mechanism " of 201210261785.9, disclose a kind of card processing mechanism, insertion and the discharging operation of card is carried out by operator, comprise: card inserts casing, when carrying out reading or the write activity of the information be recorded in the magnetic stripe of inserted above-mentioned card, keep above-mentioned card; Card insert opening, is formed at above-mentioned card and inserts casing, is the opening of the slit-shaped extended in left and right for inserting above-mentioned card; Sensor device, the direction parallel with the direction of insertion of above-mentioned card clips above-mentioned card insert opening and is arranged at the opposition side that card inserts casing, and, be arranged to surround the part corresponding with the magnetic stripe of above-mentioned inserted card, there is in the side opposed with the part corresponding to above-mentioned magnetic stripe the magnetic head of the magnetic information reading above-mentioned inserted card; And guidance part, be set to surround in above-mentioned card insert opening, with a part for the part of magnetic stripe non-corresponding, be somebody's turn to do the opposition side being in the part corresponding with the magnetic stripe of above-mentioned inserted card with the part of magnetic stripe non-corresponding; The part corresponding with magnetic stripe of above-mentioned card insert opening is followed compared with the part of above-mentioned magnetic stripe non-corresponding, slight greatly on the thickness direction of card of the part corresponding with magnetic stripe of above-mentioned card insert opening.
This patent can play the effect of anti-side record under common situation to the use of magnetic stripe card in ATM, can universal along with chip card, utilize slim chip side to record device to be installed in ATM and also to start frequently to find to the crime that chip card carries out side record, to the side record then more common crime generation of magnetic stripe, therefore in order to socio-economic development and property safety, society's active demand one is arranged in ATM, effectively can prevent card acceptance apparatus chip card and magnetic stripe card being carried out to side record, record crime dramas to answer offside.
In view of above-mentioned defect, creator of the present invention obtains this creation finally through long research and practice.
Summary of the invention
The object of the invention is to, provide a kind of anti-side record card acceptance apparatus be applied in ATM, in order to overcome above-mentioned technological deficiency.
For achieving the above object, the technical solution used in the present invention is, provide a kind of anti-side record card acceptance apparatus be applied in ATM, be equivalent to the recording medium insertion section of ATM, the insertion and the discharging operation that carry out card by operator, comprising:
Insert port, is formed on described ATM outer surface, is the opening of slit-shaped extended in left and right for inserting card, and the upper and lower edge of insert port is specified by front, top teat, front, bottom teat, upper ledge portion and lower protrusion portion;
Upper recess, is arranged at insert port and sentences the interior top corresponding to the chip position of described card;
Lower concave part, is arranged at insert port and sentences the interior below corresponding to the magnetic stripe position of described card;
Front side conveying roller and inboard conveying roller, be arranged at be parallel to insert port ATM inside, carry inside described card inlet and outlet ATM;
Multiple laser thickness sensor, embeds and is arranged in the upper ledge portion of described insert port, carries out Thickness sensitivity to the medium in the insert port described in insertion;
With the acquisition sensor of described laser thickness sensor equal amount, described acquisition sensor and described laser thickness sensor up and down symmetrical must embedding are arranged in the lower protrusion portion of described insert port.
Described card acceptance apparatus also comprises:
Upper magnetic head, above the transport path being arranged at described card, the insert action of detection chip card also reads the information inserted in the core of the card sheet;
Lower magnetic head, below the transport path being arranged at described card, detects the insert action of magnetic stripe card and reads the information inserted in card magnetic stripe;
Card sensor, is arranged at the upper and lower both sides of transport path of described card, detects the position of described card.
Laser thickness sensor described in four is installed in described upper ledge portion, is followed successively by the first thickness transducer, the second thickness transducer, the 3rd thickness transducer and the 4th thickness transducer from left to right, wherein,
The second described thickness transducer and the 3rd described thickness transducer are arranged in described upper recess, and equal side is against the transverse edge being arranged on described upper recess.
Laser thickness sensor spacing spread configuration described in four, and spacing distance is 7mm.
Four acquisition sensors are installed in described lower protrusion portion, are followed successively by the first acquisition sensor, the second acquisition sensor, the 3rd acquisition sensor and the 4th acquisition sensor from left to right, wherein,
The 3rd described acquisition sensor and the 4th described acquisition sensor are arranged in described lower concave part, and equal side is against the transverse edge being arranged on described lower concave part.
Preferably, the equidistant spread configuration of the acquisition sensor described in four, and spacing distance is 7mm.
Preferably, the thickness distance between the lower edge in described upper ledge portion and the upper limb in described lower protrusion portion is between 2mm to 3mm.
Preferably, the thickness distance between the upper limb of described upper recess and the lower edge in described upper ledge portion is 1mm.
Preferably, the thickness distance between the lower edge of described lower concave part and the upper limb in described lower protrusion portion is 1mm.
Beneficial effect of the present invention is compared with the prior art:
(1) being arranged so that of the laser thickness detector described in has stopped the behavior of inserting record device in slim side in the insert port of ATM, upper recess and lower concave part the effect simultaneously achieved chip card and magnetic stripe card anti-side record is set;
(2) in the card acceptance apparatus of the present embodiment, if in order to read the Customer Information that is recorded in chip or magnetic stripe and slim side recording device be arranged on the correspondence position of chip or magnetic stripe, then due to the thickness inserted by card fully can not be guaranteed, so card can not be inserted, the reading of the information of being undertaken by side recording device can not be carried out, can prevent side from recording more reliably;
(3) upper magnetic head and lower magnetic head be arranged so that ATM is convenient to distinguish chip card or magnetic stripe card, read information simultaneously and signal transmission carried out to follow-up read-write operation.
Accompanying drawing explanation
Fig. 1 is that outline represents that the present invention is applied to the structural representation of the anti-side record card acceptance apparatus in ATM as the ATM of recording medium acceptance apparatus;
Fig. 2 is the external structure schematic diagram that the present invention is applied to the anti-side record card acceptance apparatus in ATM;
Fig. 3 a be the present invention be applied to the anti-side record card acceptance apparatus in ATM card insert opening near structural representation a;
Fig. 3 b be the present invention be applied to the anti-side record card acceptance apparatus in ATM card insert opening near structural representation b;
Fig. 4 be during the present invention is applied in ATM anti-side record card acceptance apparatus Fig. 2 A-A to cross sectional view;
Fig. 5 be during the present invention is applied in ATM anti-side record card acceptance apparatus Fig. 2 B-B to cross sectional view.
Embodiment
Below, embodiments of the present invention will be described with reference to the accompanying drawings.In embodiments, the part of same configuration uses identical Reference numeral and omits and describes.
Consult Fig. 1, for roughly representing the key diagram of the present invention as the structure of the cash automated trading device (AutomatedTellerMachine, hereinafter referred to as " ATM ") 10 of recording medium acceptance apparatus.ATM10 accepts the cash card as recording medium (hereinafter referred to as " the card ") CA of the magnetic stripe MS had from the teeth outwards as the information recording area recording information, carries out the device of the transaction of the regulation of cash handler etc. based on the operation of client (user).ATM10 is also referred to as cash banding machine.In the magnetic stripe MS or chip CH of card CA, record cash payment and stored in etc. transaction processing required for the information (following, also referred to as " Customer Information ") of client.
Magnetic stripe MS on card CA or the position of chip CH and size determine according to specification.And generally card CA only has the one in magnetic stripe MS and chip CH, but for better to embody technical characteristic in the present invention, therefore magnetic stripe MS and chip CH supposition is arranged on the same card CA, and chip CH and magnetic stripe MS is positioned at not on coplanar, it is benchmark that the position that generic card is arranged on the market is shown greatly in its respective position.
As shown in fig. 1, ATM10 possesses in the face of standing on the front panel 910 of the client before ATM to carry out operating and close on the operator's console 920 of customer side.On front panel 910, be provided with process could lamp 911, detail form printing mechanism 400, bankbook processing mechanism 500, card acceptance apparatus 100, bill deposit/withdrawal mechanism 700 and Coin depositing/dispensing mechanism 800.In addition, on operator's console 920, operating portion 300 and client's Magnetic Sensor 921 is provided with.In addition, in FIG, the part about the structure of ATM10 omits diagram.
Process could lamp 911 by lighting or turning off the light, to customer notifications transaction be can perform or inexecutable state.Detail form printing mechanism 400 carries out the distribution of the detail form of the content that have printed the transaction that client has carried out on ATM10.Bankbook processing mechanism 500 carries out the receiving of the bankbook of client and discharging operation and the printing action etc. to bankbook.Card acceptance apparatus 100 carries out the receiving of card CA and discharging operation, for the reading of the Customer Information be recorded in chip CH or magnetic stripe MS or write activity.Bill deposit/withdrawal mechanism 700 carries out the management of the bank note of the storage and conveying etc. of the discrepancy coin action of bank note and the not shown bank note of ATM10 inside.Coin depositing/dispensing mechanism 800 carries out the management of the bank note of the storage and conveying etc. of the discrepancy coin action of coin and the not shown coin of ATM10 inside.In addition, card acceptance apparatus 100 is equivalent to the recording medium insertion section of ATM10.
Consult Fig. 2, for the present invention is applied to the external structure schematic diagram of the anti-side record card acceptance apparatus in ATM.As shown in FIG., on card acceptance apparatus 100, be formed with the card insert opening 130 for inserting card CA.Card insert opening 130 is formed on ATM10 outer surface, the slot-shaped opening extended in the lateral direction, and its upper and lower edge is specified by front, top teat 110, front, bottom teat 120, upper ledge portion 170 and lower protrusion portion 180.Front, top teat 110 and front, bottom teat 120 are the shape being projected into front side and customer side relative to front panel 910.In the inside of front, top teat 110 and front, bottom teat 120, can install foreign matter monitoring sensor, this foreign matter monitoring sensor energy detection side recording device is installed to the front side of card acceptance apparatus 100.
Consulting Fig. 3 a, is the structural representation a near the card insert opening that the present invention is applied to the anti-side record card acceptance apparatus in ATM; Composition graphs 3b is the structural representation b near the card insert opening that the present invention is applied to the anti-side record card acceptance apparatus in ATM; And Fig. 4, be applied to for the present invention A-A in the anti-side record card acceptance apparatus Fig. 2 in ATM to cross sectional view; Also have Fig. 5, be applied to for the present invention B-B in the anti-side record card acceptance apparatus Fig. 2 in ATM to cross sectional view.
As shown in Figure 4 and Figure 5, in card acceptance apparatus 100, be provided with front side conveying roller 142, inboard conveying roller 146, upper magnetic head 191, lower magnetic head 192 and card sensor 162.In Fig. 4 and Fig. 5, represent the state be inserted in by card CA in card insert opening 130.In figure, dotted line is the transport path of card CA, wherein, front side conveying roller 142 and inboard conveying roller 146, be arranged at be parallel to insert port ATM10 inside, carry inside described card CA inlet and outlet ATM10; Upper magnetic head 191, be arranged at above the described transport path blocking CA, the information inserted in card is also read in the insert action of detection chip card; Lower magnetic head 192, below the transport path being arranged at described card, detects the insert action of magnetic stripe card and reads the information inserted in card; Card sensor 162, is arranged at the upper and lower both sides of transport path of described card, detects the position of described card CA.
In the diagram, represent that the card CA inserted have passed the state of upper magnetic head 191 and card sensor 162, when the card CA received passes through the bottom of upper magnetic head 191, if this card CA has chip CH, then upper magnetic head 191 is when chip CH being detected, read the Customer Information be recorded in chip CH, and will detect that the Signal transmissions of chip CH is in the turn-key system processor (not shown in FIG.) in ATM10, so that in subsequent operation, the operation reading of card CA and information updating with chip CH are inscribed; If this card does not have chip CH, then upper magnetic head 191 is failure to actuate.Be inserted in card insert opening 130 by card CA with the degree touching front side conveying roller 142, then front side conveying roller 142 is rotated, by the internal admission of card CA to card acceptance apparatus 100 by the contact of perception card CA.When the card CA received passes through the top of lower magnetic head 192, lower magnetic head 192 is when magnetic stripe MS being detected, read the Customer Information be recorded in magnetic stripe MS, and will detect that the Signal transmissions of magnetic stripe MS is in the turn-key system processor in ATM10, so that in subsequent operation, the operation reading of card CA and information updating with magnetic stripe MS are inscribed; If this card does not have magnetic stripe MS, then upper magnetic head 191 is failure to actuate.Then, card CA, by card sensor 162, is carried to the inboard of card acceptance apparatus 100 further by inboard conveying roller 146.If the process of the regulation of being undertaken by card acceptance apparatus 100 is completed, then card CA discharges from card insert opening 130 to the outside of card acceptance apparatus 100 by front side conveying roller 142 and inboard conveying roller 146, and front side conveying roller 142 is holding CA.Therefore, card CA is not discharged completely by from card insert opening 130, and holds with the state that operator easily takes out.It is worthy of note, if when upper magnetic head 191 and lower magnetic head 192 detect that this card exists chip CH and magnetic stripe MS simultaneously, because of the superiority of chip CH, then turn-key system processor preferentially reads chip CH and information updating inscription.
Then, the details of card insert opening 130 is described.In fig. 3 a, the state of card CA adjacent to one end (right-hand member) of card insert opening 130 of insertion is represented.In fig 3b, the state of card CA adjacent to the other end (left end) of card insert opening 130 of insertion is represented.The size of the card CA used in the ATM10 of the present embodiment, the position of blocking chip CH and magnetic stripe MS on CA and size are determined by specification.Therefore, as long as determine size from the right-hand member of card insert opening 130 to left end, just can determine can be opposed with chip CH and magnetic stripe MS in card insert opening 130 part.
Upper ledge portion 170 and lower protrusion portion 180 give prominence to along the thickness direction of card CA respectively to below and top.Upper ledge portion 170 and lower protrusion portion 180 are formed in card insert opening 130 with insert this block in part corresponding to the chip CH of CA and magnetic stripe MS.And in the present embodiment, upper ledge portion 170 and lower protrusion portion 180 can cover chip CH on card CA and magnetic stripe MS completely.
As shown in FIG., at insert port 130 place, be respectively arranged with upper recess 140 and a lower concave part 150, the position of upper recess 140 is arranged at insert port 130 and sentences the interior chip CH position corresponding to card CA, the position of lower concave part 150 is arranged at insert port 130 and sentences the interior magnetic stripe MS position corresponding to card CA, no matter and card CA inserts adjacent to the right-hand member of insert port 130 or left end, all can ensure that chip CH corresponds to upper recess 140, and magnetic stripe MS corresponds to lower concave part 150.Wherein, insert port 130 means at ATM inner in sentencing, near insert port 130 on position.
Therefore, about card insert opening 130 along the size (hereinafter referred to only " size ") on the thickness direction of card CA be: it is a1 that definition insert port 130 place neither has the position size that upper recess 140 do not have a lower concave part 150 yet, and namely a1 is the thickness distance between the lower edge 171 in upper ledge portion 170 and the upper limb 181 in lower protrusion portion 180; The size of the degree of depth of definition insert port 130 place upper recess 140 is a2, and namely a2 is the thickness distance between the upper limb 141 of upper recess 140 and the lower edge 171 in upper ledge portion 170; The degree of depth of definition insert port place lower concave part 150 is a3, and namely a3 is the thickness distance between the lower edge 151 of lower concave part 150 and the upper limb 181 in lower protrusion portion 180.Then be in the whole expansion thickness size of upper recess 140 position in insert port 130 for (a1+a2), be in the whole expansion thickness size of lower concave part 150 position in insert port 130 for (a1+a3).And it is worthy of note, upper recess 140 position corresponding in insert port 130 place with lower concave part 150 can be overlapping, namely be in upper recess 140 in insert port 130 and align the expansion thickness size that crosses on position with lower concave part 150 for (a1+a2+a3), but be not limited to this.In addition, in order to use card CA more easily and realize anti-side record effect, the size of a1 is between 2mm to 3mm, and the size of a2 and a3 is set to 1mm.
Meanwhile, described upper ledge portion 170 is embedded in and is provided with multiple laser thickness sensor 21, and described lower protrusion portion 180 is embedded in and is provided with described laser thickness sensor 21 equal amount and acquisition sensor 22 symmetrical one by one up and down respectively.On the market, the standard thickness of the card such as all kinds of credit card deposit cards is 0.76 ± 0.08mm, and slim side record device needs insertion card just can carry out the process that information is stolen in side record because it is inner, need to be equipped with button cell simultaneously, therefore want to insert in ATM pirate of going forward side by side and steal the dimensional thickness of the slim measuring and recording device of running at least at more than 1mm, and the size of the channel pitch a1 of insert port 130 is between 2mm to 3mm.Therefore can find out, if do not arrange pick-up unit, slim side record device can be inserted in the insert port 130 of ATM by burglar easily, and carries out information stealth to the subscriber card of follow-up insertion.And in the present invention, described laser thickness sensor 21 is all electrically connected with the turn-key system in ATM10 mutually with described acquisition sensor 22, whether the detection in real time of described acquisition sensor 22 has in the insert port 130 described in medium insertion, and after having detected that medium inserts, turn-key system receives the laser thickness sensor 21 of information also described in control and starts, detect the thickness inserting medium, if detect, thickness is in 0.9mm, then define this medium for block and to carry out follow-up work, if detect thickness 0.9mm and more than, then turn-key system defines this medium is foreign matter, and transmit warning information to Manual Control Centre.
In the present embodiment, laser thickness sensor 21 described in four is installed in described upper ledge portion 170, and as shown in figure 3b, defining described laser thickness sensor 21 from left to right is successively the first thickness transducer 211, second thickness transducer 212, the 3rd thickness transducer 213 and the 4th thickness transducer 214, wherein, the second described thickness transducer 212 and the 3rd described thickness transducer 213 are arranged in described upper recess 140, and equal side is against the transverse edge being arranged on described upper recess 140.Laser thickness sensor 21 described in four is spread configuration equidistantly, and spacing distance is 7mm.
Accordingly, four acquisition sensors 22 are installed in described lower protrusion portion 180, be defined as the first acquisition sensor 221, second acquisition sensor 222, the 3rd acquisition sensor 223 and the 4th acquisition sensor 224 from left to right successively, wherein, the 3rd described acquisition sensor 223 and the 4th described acquisition sensor 224 are arranged in described lower concave part 150, and equal side is against the transverse edge being arranged on described lower concave part 150.Because described acquisition sensor 22 is symmetrical arranged respectively one by one up and down with described laser thickness sensor 21, so the acquisition sensor 22 described in four is equidistant spread configuration also, and spacing distance is 7mm.
Like this, the behavior being arranged to have stopped to insert slim side record device in the insert port 130 of ATM10 of described laser thickness detector 21; Upper recess 140 and lower concave part 150 the effect simultaneously achieved chip card and magnetic stripe card anti-side record is set; In the card acceptance apparatus 100 of the present embodiment, if be recorded in Customer Information in chip CH or magnetic stripe MS to read and slim side record device be arranged on the correspondence position of chip or magnetic stripe, then due to the thickness inserted by card CA fully can not be guaranteed, so card CA can not be inserted, the reading of the information of being undertaken by side recording device can not be carried out.Thus, in the ATM10 of the present embodiment, can prevent side from recording more reliably; Upper magnetic head 191 and lower magnetic head 192 be arranged so that ATM10 is convenient to distinguish chip card or magnetic stripe card, signal transmission is carried out to follow-up read-write operation simultaneously.
The foregoing is only preferred embodiment of the present invention, is only illustrative for the purpose of the present invention, and nonrestrictive.Those skilled in the art is understood, and can carry out many changes in the spirit and scope that the claims in the present invention limit to it, amendment, even equivalence, but all will fall within the scope of protection of the present invention.
Claims (9)
1. be applied to the anti-side record card acceptance apparatus in ATM, be equivalent to the recording medium insertion section of ATM, the insertion and the discharging operation that carry out card by operator, is characterized in that, comprising:
Insert port, is formed on described ATM outer surface, is the opening of slit-shaped extended in left and right for inserting card, and the upper and lower edge of insert port is specified by front, top teat, front, bottom teat, upper ledge portion and lower protrusion portion;
Upper recess, is arranged at insert port and sentences the interior top corresponding to the chip position of described card;
Lower concave part, is arranged at insert port and sentences the interior below corresponding to the magnetic stripe position of described card;
Front side conveying roller and inboard conveying roller, be arranged at be parallel to insert port ATM inside, carry inside described card inlet and outlet ATM;
Multiple laser thickness sensor, embeds and is arranged in the upper ledge portion of described insert port, carries out Thickness sensitivity to the medium in the insert port described in insertion;
With the acquisition sensor of described laser thickness sensor equal amount, described acquisition sensor and described laser thickness sensor up and down symmetrical must embedding are arranged in the lower protrusion portion of described insert port.
2. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 1, it is characterized in that, described card acceptance apparatus also comprises:
Upper magnetic head, above the transport path being arranged at described card, the insert action of detection chip card also reads the information inserted in the core of the card sheet;
Lower magnetic head, below the transport path being arranged at described card, detects the insert action of magnetic stripe card and reads the information inserted in card magnetic stripe;
Card sensor, is arranged at the upper and lower both sides of transport path of described card, detects the position of described card.
3. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 2, it is characterized in that, laser thickness sensor described in four is installed in described upper ledge portion, be followed successively by the first thickness transducer, the second thickness transducer, the 3rd thickness transducer and the 4th thickness transducer from left to right, wherein
The second described thickness transducer and the 3rd described thickness transducer are arranged in described upper recess, and equal side is against the transverse edge being arranged on described upper recess.
4. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 3, it is characterized in that, the laser thickness sensor spacing spread configuration described in four, and spacing distance be 7mm.
5. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 4, it is characterized in that, four acquisition sensors are installed in described lower protrusion portion, be followed successively by the first acquisition sensor, the second acquisition sensor, the 3rd acquisition sensor and the 4th acquisition sensor from left to right, wherein
The 3rd described acquisition sensor and the 4th described acquisition sensor are arranged in described lower concave part, and equal side is against the transverse edge being arranged on described lower concave part.
6. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 5, it is characterized in that, the equidistant spread configuration of the acquisition sensor described in four, and spacing distance be 7mm.
7. the anti-side record card acceptance apparatus be applied in ATM as described in claim 3 or 5, it is characterized in that, the thickness distance between the lower edge in described upper ledge portion and the upper limb in described lower protrusion portion is between 2mm to 3mm.
8. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 7, it is characterized in that, the thickness distance between the upper limb of described upper recess and the lower edge in described upper ledge portion is 1mm.
9. be applied to the anti-side record card acceptance apparatus in ATM as claimed in claim 7, it is characterized in that, the thickness distance between the lower edge of described lower concave part and the upper limb in described lower protrusion portion is 1mm.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510482757.3A CN105184992B (en) | 2015-08-03 | 2015-08-03 | A kind of anti-side record card acceptance apparatus applied in ATM |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510482757.3A CN105184992B (en) | 2015-08-03 | 2015-08-03 | A kind of anti-side record card acceptance apparatus applied in ATM |
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| CN105184992A true CN105184992A (en) | 2015-12-23 |
| CN105184992B CN105184992B (en) | 2018-07-06 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1394728A1 (en) * | 2002-08-02 | 2004-03-03 | Omron Corporation | Card reader and transaction processing apparatus with means for detecting illegally mounted additional reading device |
| JP2010140117A (en) * | 2008-12-09 | 2010-06-24 | Hitachi Omron Terminal Solutions Corp | Card processing apparatus |
| US20110240738A1 (en) * | 2010-03-30 | 2011-10-06 | Mamoru Mizawa | Card processing device and a card processing system |
| CN102867373A (en) * | 2011-07-08 | 2013-01-09 | 日立欧姆龙金融系统有限公司 | Card processing mechanism |
| CN204883984U (en) * | 2015-08-03 | 2015-12-16 | 昆山古鳌电子机械有限公司 | Device is accepted to side record card of being applied to among ATM of preventing |
-
2015
- 2015-08-03 CN CN201510482757.3A patent/CN105184992B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| EP1394728A1 (en) * | 2002-08-02 | 2004-03-03 | Omron Corporation | Card reader and transaction processing apparatus with means for detecting illegally mounted additional reading device |
| JP2010140117A (en) * | 2008-12-09 | 2010-06-24 | Hitachi Omron Terminal Solutions Corp | Card processing apparatus |
| US20110240738A1 (en) * | 2010-03-30 | 2011-10-06 | Mamoru Mizawa | Card processing device and a card processing system |
| CN102867373A (en) * | 2011-07-08 | 2013-01-09 | 日立欧姆龙金融系统有限公司 | Card processing mechanism |
| CN204883984U (en) * | 2015-08-03 | 2015-12-16 | 昆山古鳌电子机械有限公司 | Device is accepted to side record card of being applied to among ATM of preventing |
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| Publication number | Publication date |
|---|---|
| CN105184992B (en) | 2018-07-06 |
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