CN102867373A - Card processing mechanism - Google Patents
Card processing mechanism Download PDFInfo
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- CN102867373A CN102867373A CN2012102617859A CN201210261785A CN102867373A CN 102867373 A CN102867373 A CN 102867373A CN 2012102617859 A CN2012102617859 A CN 2012102617859A CN 201210261785 A CN201210261785 A CN 201210261785A CN 102867373 A CN102867373 A CN 102867373A
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- card
- magnetic stripe
- mentioned
- insert opening
- processing mechanism
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- 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
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Abstract
The invention provides a card processing mechanism. A recording medium reception device is equipped with a recording medium insertion unit having an insertion opening for insertion of a recording medium on which information is recorded, and for the part of the insertion opening that corresponds to the position of the information recording region when the recording medium is inserted, the size of this portion corresponding to the thickness direction of the recording medium is less than that of the other part of the insertion opening.
Description
The present invention's Chinese patent application that to be the applicant submit on June 6th, 2012 number is 201210184299.1, denomination of invention is divided an application for " recording medium acceptance apparatus ".
Technical field
The present invention relates to accept the recording medium acceptance apparatus of the recording medium of the information recording area that has from the teeth outwards the information of recording.
Background technology
Cash automated trading device (Automated Teller Machine, below be called " ATM ") and cash dispenser (Cash Dispenser, below be called " CD ") accept the recording medium of the information recording area that has from the teeth outwards the information of recording (Customer Information etc.) (for example magnetic stripe) of cash card or credit card etc., the processing of stipulating.
In the such recording medium acceptance apparatus of ATM or CD, the crime that is called side record (skimming) of the information in the recording medium at home and abroad occurs to obtain wrongly to be recorded in.Side record for example by ATM or CD be used for insert installation side recording device on the insert port of recording medium, the information that reads in the information recording area that is recorded in recording medium with the side recording device in the time of among the user is inserted into recording medium insert port is carried out.
In the past, known have the generation disturbing magnetic field to prevent the method for side record and (for example with reference to the patent documentations 1 to 3) such as methods that prevents the side record by the installation of foreign matter monitoring sensor detection side recording device.
Patent documentation 1: TOHKEMY 2005-266999 communique
Patent documentation 2: TOHKEMY 2001-67525 communique
Patent documentation 3: TOHKEMY 2010-170379 communique
Prevent in the method for side record at above-mentioned generation disturbing magnetic field, exist on complicated, the basis of maximizing that causes device, and at the device that will eliminate disturbing magnetic field simultaneously as the problem that can not prevent reliably in the situation of side recording device that side from recording.In addition, prevent in the method for side record at above-mentioned use sensor, exist on complicated, the basis of maximizing that causes device, and can not prevent by the problem such as the side record of the side recording device that can not detect with sensor of slim side recording device etc.
Summary of the invention
The present invention makes in order to address the above problem, and purpose is to prevent more reliably the side record in the recording medium acceptance apparatus.
For at least a portion that addresses the above problem, the present invention can realize with following form or technical scheme.
Card processing mechanism of the present invention, insertion and discharging operation by the operator blocks comprise: card inserts casing, the reading or during write activity, keep above-mentioned card of the information in the magnetic stripe that is recorded in the above-mentioned card that inserts; Card insert opening is formed at above-mentioned card and inserts casing, be used to insert above-mentioned card about the opening of the slit-shaped of extending; Sensor device, clip above-mentioned card insert opening in the direction parallel with the direction of insertion of above-mentioned card and be arranged at the opposition side that card inserts casing, and, be arranged to surround the part corresponding with the magnetic stripe of the above-mentioned card that inserts, with the magnetic head that has the magnetic information that reads the above-mentioned card that inserts corresponding to the opposed side of the part of above-mentioned magnetic stripe; And guidance part, be set in the above-mentioned card insert opening, surround with the part of the non-corresponding part of magnetic stripe, should be in opposition side with part corresponding to the magnetic stripe of the above-mentioned card that inserts with the non-corresponding part of magnetic stripe; The part corresponding with magnetic stripe of above-mentioned card insert opening followed with the non-corresponding part of above-mentioned magnetic stripe and compared, the part corresponding with magnetic stripe of above-mentioned card insert opening the card thickness direction on slight greatly.
And in above-mentioned card processing mechanism, the magnetic stripe counterpart of above-mentioned card insert opening has the expansion that is expanded along the size of the thickness direction of this card in a side corresponding with the magnetic stripe of the card that inserts.
In addition, card processing mechanism of the present invention, the card that possesses the card insertion slot that is formed with slit-shaped inserts casing, by blocking the above-mentioned card insertion slot of insertion and sliding and read the magnetic information of this card, wherein, on the bottom of above-mentioned card insertion slot, be formed with along the recess of the thickness direction of card, and be provided with the magnetic head of the magnetic information that reads card; The size of the part beyond the recess of above-mentioned card insertion slot is, is exactly the size equal with card as long as card can insert.
And in above-mentioned card processing mechanism, the size of the thickness direction beyond the recess of above-mentioned card insertion slot is that 2mm is to 3mm.
And in above-mentioned card processing mechanism, the degree of depth of the recess of above-mentioned card insertion slot is below the 1mm.
［ technical scheme 1 ］
A kind of recording medium acceptance apparatus possesses the recording medium insertion section, and this recording medium insertion section has for the insert port of inserting recording medium, and this recording medium has the information recording area of the information of recording from the teeth outwards; In the above-mentioned insert port, when aforementioned recording medium is inserted the part corresponding with the position of above-mentioned information recording area, posting field counterpart along with the size of the 1st direction corresponding to the thickness direction of aforementioned recording medium, than other parts of above-mentioned insert port, be slight greatly along above-mentioned the 1st direction of the non-counterpart of posting field.
In this recording medium acceptance apparatus, the posting field counterpart of insert port along the size of the thickness direction of recording medium slight greatly along the thickness direction of recording medium than the non-counterpart of posting field.Thereby, in this recording medium acceptance apparatus, can prevent more reliably the side record.
［ technical scheme 2 ］
Such as the recording medium acceptance apparatus of technical scheme 1 record, the above-mentioned posting field counterpart of above-mentioned insert port has the expansion that is expanded along the size of above-mentioned the 1st direction with the opposed side of the above-mentioned information recording area of aforementioned recording medium.
In this recording medium acceptance apparatus, the posting field counterpart of insert port has the expansion that is expanded along the size of the thickness direction of recording medium with the opposed side of the information recording area of recording medium.Therefore, when inserting recording medium to insert port, the information recording area of recording medium can not contact with the recording medium insertion section.Thereby, in this recording medium acceptance apparatus, can prevent the damage of the information recording area of the recording medium when recording medium inserts.
［ technical scheme 3 ］
Such as the recording medium acceptance apparatus of technical scheme 1 or technical scheme 2 records, the position along above-mentioned the 1st direction of the above-mentioned posting field counterpart of above-mentioned insert port is the position along the substantial middle of above-mentioned the 1st direction of the non-counterpart of above-mentioned posting field.
In this recording medium acceptance apparatus, the position along the thickness direction of recording medium of the posting field correspondence section of insert port is the position along the substantial middle of the position of the thickness direction of recording medium of the non-corresponding section of posting field.Therefore, when recording medium inserts, even the recording medium of the non-corresponding section of posting field is out of shape at the thickness direction of recording medium, also can make the possibility minimization of interfering with insert port.Thereby, in this recording medium acceptance apparatus, when inserting, recording medium can further improve the admittance of recording medium and the operability of discharging operation.
［ technical scheme 4 ］
Such as the recording medium acceptance apparatus of each record of technical scheme 1～technical scheme 3, the above-mentioned posting field counterpart of above-mentioned insert port forms along above-mentioned the 1st direction is outstanding by a part that makes the outer rim that forms above-mentioned insert port in the aforementioned recording medium insertion section.
In this recording medium acceptance apparatus, the posting field counterpart of insert port forms along the thickness direction of recording medium is outstanding by a part that makes the outer rim that forms insert port in the recording medium insertion section.Therefore, in order to form the shape of posting field counterpart, can make integratedly the outer rim that forms insert port.Thereby, in this recording medium acceptance apparatus, can form easily the shape of insert port.
［ technical scheme 5 ］
Recording medium acceptance apparatus such as technical scheme 2 records, though the direction of insertion of the aforementioned recording medium of above-mentioned expansion when inserting with aforementioned recording medium roughly quadrature and with above-mentioned the 1st direction roughly the direction of quadrature the position how, all be formed on the position corresponding with above-mentioned information recording area.
In this recording medium acceptance apparatus, though the direction of insertion of the recording medium of expansion when inserting with recording medium roughly quadrature and with the thickness direction of recording medium roughly the direction of quadrature the position how, all be formed on the position corresponding with information recording area.Therefore, when inserting recording medium to insert port, the information recording area of recording medium can not contact with the recording medium insertion section.Thereby, in this recording medium acceptance apparatus, can prevent more reliably the damage of the information recording area of the recording medium when recording medium inserts.
In addition, the present invention can realize by various forms, for example except recording medium acceptance apparatus, cash automated trading device, cash dispenser, recording medium acceptance method, can also realize with the computer program of the function that is used for realizing these methods or device, the form that records the storage medium etc. of this computer program.
Description of drawings
Fig. 1 is the key diagram as the structure of the ATM10 of recording medium acceptance apparatus that roughly represents embodiments of the invention.
Fig. 2 is the key diagram of the external structure of expression card processing mechanism 100.
Fig. 3 is near the key diagram of the detailed construction the card insert opening 130 of expression card processing mechanism 100.
Fig. 4 is near the key diagram of the detailed construction the card insert opening 130 of expression card processing mechanism 100.
Fig. 5 is near the key diagram of the detailed construction the card insert opening 130 of expression card processing mechanism 100.
Fig. 6 is the key diagram of external structure of card processing mechanism 100 ＇ of expression comparative example.
Fig. 7 is near the key diagram of the detailed construction the card insert opening 130 of card processing mechanism 100 of expression variation.
Fig. 8 is near the key diagram of the detailed construction the card insert opening 130 of card processing mechanism 100 of expression variation.
Fig. 9 is the key diagram of detailed construction of the card processing mechanism 100f of another variation of expression.
Figure 10 is the key diagram of detailed construction of the card processing mechanism 100g of another variation of expression.
Figure 11 is the key diagram of external structure of the card processing mechanism 100h of another variation of expression.
Label declaration
10ATM
100 card processing mechanisms
105 cards insert casing
The place ahead, 110 top teat
The place ahead, 111 top teat lower edge
115 upper flat are facial
The place ahead, 120 bottom teat
The place ahead, 121 bottom teat upper limb
125 lower flat are facial
130 card insert openings
132 card insertion slots
135 expansions
137 magnetic stripe counterparts
The non-counterpart of 138 magnetic stripes
142 front side conveying rollers
146 inboard conveying rollers
150 magnetic heads
155 sensor devices
162 card sensors
170 upper ledge sections
171 upper ledge subordinate edge
178 groove tops
180 lower protrusion sections
181 lower protrusion section upper limbs
184 recesses
185 recess lower edges
188 groove bottoms
190 guidance parts
300 operating portions
400 detail form printing mechanisms
500 bankbook processing mechanisms
700 bill deposit/withdrawal mechanisms
800 Coin depositing/dispensing mechanisms
910 front panels
911 processing could lamp
920 operator's console
921 client's acquisition sensors
The CA card
The MS magnetic stripe
Embodiment
Then, by following order embodiments of the present invention are described based on embodiment.
A. embodiment:
B. variation:
A. embodiment:
Fig. 1 is the key diagram of the structure of the cash automated trading device as the recording medium acceptance apparatus (Automated Teller Machine below is called " ATM ") 10 that roughly represents embodiments of the invention.ATM10 is the device of transaction of accepting the cash card as recording medium (below be called " the card ") CA that has from the teeth outwards as the magnetic stripe MS of the information recording area that records information, carrying out cash handler's etc. regulation based on client's (user) operation.ATM10 is also referred to as the cash banding machine.In the magnetic stripe MS of card CA, record the payment of cash and the needed client's of transaction processing that deposits in etc. information (below, be also referred to as " Customer Information ").Position and the size of magnetic stripe MS on the card CA determine according to specification.
As shown in Figure 1, ATM10 to possess the front panel 910 of facing the client who stand in the ATM front in order operating and to close on the operator's console 920 of customer side.In front on the panel 910, being provided with processing could lamp 911, detail form printing mechanism 400, bankbook processing mechanism 500, card processing mechanism 100, bill deposit/withdrawal mechanism 700 and Coin depositing/dispensing mechanism 800.In addition, on operator's console 920, be provided with operating portion 300 and client's acquisition sensor 921.In addition, in Fig. 1, omit diagram about the part of the structure of ATM10.
Processing could lamp 911 by lighting or turning off the light, notifying transaction to client is can carry out or inexecutable state.Detail form printing mechanism 400 has printed the distribution of detail form of the content of the transaction that client carried out on ATM10.Bankbook processing mechanism 500 carries out client's the admittance of bankbook and discharging operation and to printing action of bankbook etc.Card processing mechanism 100 block the admittance of CA and discharging operation, for be recorded in Customer Information among the magnetic stripe MS read or the image of the embossing part of write activity, card CA read action etc.Bill deposit/withdrawal mechanism 700 carries out discrepancy coin action, and the taking in and the management of the bank note of conveying etc. of the not shown bank note of ATM10 inside of bank note.Coin depositing/dispensing mechanism 800 carries out discrepancy coin action, and the taking in and the management of the bank note of conveying etc. of the not shown coin of ATM10 inside of coin.In addition, card processing mechanism 100 is equivalent to recording medium of the present invention insertion section.
Fig. 2 is the key diagram of the external structure of expression card processing mechanism 100.As shown in Figure 2, on card processing mechanism 100, be formed with the card insert opening 130 of plug card CA.Card insert opening 130 is at the upwardly extending slot-shaped opening of right and left, and its edge up and down is by the place ahead, top teat 110, the place ahead, bottom teat 120, upper ledge section 170 and lower protrusion section 180 regulations.The place ahead, top teat 110 and the place ahead, bottom teat 120 are for to be projected into the shape that front side is customer side with respect to front panel 910.In the inside of the place ahead, top teat 110 and the place ahead, bottom teat 120, the foreign matter monitoring sensor can be installed, this foreign matter monitoring sensor detection side recording device is to the installation of the front side of card processing mechanism 100.
Fig. 3 to Fig. 5 is near the key diagram of the detailed construction the card insert opening 130 of expression card processing mechanism 100.In Fig. 3, the direction of insertion of the card CA of expression and card insert opening 130 is the cross section of quadrature roughly.In Fig. 4, the part in the cross section of the locational card processing mechanism 100 of the A-A of presentation graphs 2 and Fig. 3.In Fig. 5, the part in the cross section of the locational card processing mechanism 100 of the B-B of presentation graphs 2 and Fig. 3.
Such as Fig. 4 and shown in Figure 5, in card processing mechanism 100, be provided with front side conveying roller 142, inboard conveying roller 146, magnetic head 150 and card sensor 162.In Fig. 4 (a) and Fig. 5, expression will block CA and be inserted in state in the card insert opening 130, and in Fig. 4 (b), the card CA that expression is inserted has passed through the state of magnetic head 150 and card sensor 162.Card CA is inserted in the card insert opening 130 with the degree that touches front side conveying roller 142, and then front side conveying roller 142 rotates by the contact of perception card CA, with the internal admission of card CA to card processing mechanism 100.When the card CA that admits passed through the top of magnetic head 150, magnetic head 150 read the Customer Information that is recorded among the magnetic stripe MS.Then, card CA is further carried to the inboard of card processing mechanism 100 by inboard conveying roller 146 by card sensor 162.If by finishing dealing with of card processing mechanism 100 regulation of carrying out, then front side conveying roller 142 and inboard conveying roller 146 will blocks CA and discharge to the outside of card processing mechanism 100 from card insert opening 130, and the front side conveying roller 142 handles CA that hold.Therefore, card CA is not discharged fully from card insert opening 130, and controls with the state that the operator takes out easily.
Then, the details of card insert opening 130 described.In Fig. 3 (a), the card CA that expression is inserted is adjacent to the state of an end (right-hand member) of card insert opening 130.In Fig. 3 (b), the card CA that expression is inserted is adjacent to the state of the other end (left end) of card insert opening 130.Present embodiment 10 in the size, position and the size of magnetic stripe MS on the card CA of the card CA that uses 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 in the card insert opening 130 can with the opposed part of magnetic stripe MS.
It is outstanding that upper ledge section 170 and lower protrusion section 180 reach respectively the top downwards along the thickness direction that blocks CA.Upper ledge section 170 and lower protrusion section 180 are formed on part corresponding to the magnetic stripe MS of this card CA card insert opening 130 and that insert.Therefore, the size (following is called " size ") of thickness direction along card CA about card insert opening 130 is, is formed with the part of upper ledge section 170 and lower protrusion section 180, namely little than the big or small c of other parts (below be called " the non-counterpart 138 of magnetic stripe ") corresponding to the big or small a1 of the part of magnetic stripe MS (below be called " magnetic stripe counterpart 137 ").In addition, magnetic stripe counterpart 137 is equivalent to posting field counterpart of the present invention, and the non-counterpart 138 of magnetic stripe is equivalent to the non-counterpart of posting field of the present invention.In addition, the thickness direction of card CA is equivalent to the 1st direction of the present invention.In addition, the big or small a1 of magnetic stripe counterpart 137 shown in Fig. 4 (a), be upper ledge section 170 lower edge, be upper ledge subordinate edge 171 and lower protrusion section 180 upper limb, be the distance between the lower protrusion section upper limb 181.In addition, lower protrusion section upper limb 181 is upper limbs of the part (end of lower protrusion section 180) beyond the recess 184 in the upper limb of lower protrusion section 180, described later.In addition, the big or small c of the non-counterpart 138 of magnetic stripe as shown in Figure 5, be the place ahead, top teat 110 lower edge, be the place ahead, top teat lower edge 111 and the place ahead, bottom teat 120 upper limb, be the distance between the place ahead, bottom teat upper limb 121.
In addition, in the present embodiment, the height of upper ledge section 170 and lower protrusion section 180 (along the size of the thickness direction that blocks CA) is roughly the same.Therefore, the position of thickness direction along card CA of the magnetic stripe counterpart 137 of card insert opening 130 is the position along the substantial middle of the thickness direction of card CA of the non-counterpart 138 of magnetic stripe.
In addition, on the face that is opposite to magnetic stripe MS (namely) of lower protrusion section 180, be formed with along the recess 184 of the degree of depth a2 of the thickness direction that blocks CA.Therefore, the part corresponding to recess 184 of magnetic stripe counterpart 137 (below be also referred to as " expansion 135 ") is being expanded along the size of the thickness direction of card CA with the opposed side of magnetic stripe MS.That is, the size of the expansion 135 of magnetic stripe counterpart 137 is (a1+a2).The size of this expansion 135 (a1+a2) the also big or small c than the non-counterpart 138 of magnetic stripe is little.In addition, in the present embodiment, the position of the expansion 135 on the magnetic stripe counterpart 137 is the position of the substantial middle in cross section shown in Figure 3.In addition, the big or small a2 of expansion 135 are parts in the upper limb of the lower protrusion section upper limb 181 of lower protrusion section 180 and lower protrusion section 180, beyond the lower protrusion section upper limb 181, namely as the distance between the recess lower edge 185 of the lower edge of recess 184.
Shown in Fig. 3 (a) and Fig. 3 (b), though expansion 135 when card CA inserts card CA adjacent to right-hand member or the left end of card insert opening 130, also corresponding to the magnetic stripe MS of card CA.That is, and though the direction of insertion of the card CA of expansion 135 when inserting with card CA roughly quadrature and with the thickness direction of card CA roughly the direction of quadrature the position how, all corresponding with magnetic stripe MS.In addition, in this manual, so-called " roughly quadrature " refers to that two straight lines or plane, straight line and plane are with the angular cross of 90 degree ± 5 degree.
Such as Fig. 4 and shown in Figure 5, in the cross section parallel with card CA direction of insertion and thickness direction, the shape of the upper limb of card insert opening 130 is as the lower end, towards the outside and inner shape that has towards the gradient of top of card insert opening 130 take the place ahead, top teat lower edge 111 and upper ledge subordinate edge 171.In addition, the shape of the lower end of card insert opening 130 is as the upper end, towards the outside of card insert opening 130 and the inner shape that has towards the gradient of below take the place ahead, bottom teat upper limb 121, lower protrusion section upper limb 181 and recess lower edge 185.Therefore, when the insertion that blocks CA and discharge, suppress upper limb and the lower edge of card CA and card insert opening 130 and interfere and obstruction insertion and discharging operation.
In addition, such as Fig. 4 and shown in Figure 5, the place ahead, top teat lower edge 111 of card insert opening 130 and upper ledge subordinate edge 171 are located at respectively in the cross section parallel with card CA direction of insertion and thickness direction on the place ahead, the bottom teat upper limb 121 and the lower protrusion section position of upper limb 181 closer to the outside of card insert opening 130 than card insert opening 130.Therefore, suppress intrusion from the rainwater of card insert opening 130 etc.
In addition, the big or small a1 of the magnetic stripe counterpart 137 of card insert opening 130 be as long as card CA can insert, preferably with the thickness of card CA equal extent, for example preferably 2mm to about the 3mm.In addition, as long as the degree of depth a2 of the recess 184 of card insert opening 130 is by damaging the magnetic stripe MS of card CA with contacting of lower protrusion section 180, be preferably less, preferably below the 1mm.
In Fig. 3 (c), the state when the card CA that a part is out of shape in expression is inserted in the card insert opening 130.In card insert opening 130, because the big or small c of the non-counterpart 138 of magnetic stripe is larger than the big or small a1 of magnetic stripe counterpart 137, so even card CA is out of shape (for example warpage) slightly on thickness direction, also can block admittance and the discharging operation of CA.The big or small c of the non-counterpart 138 of the magnetic stripe of card insert opening 130 is according to deflection and the operability and preferably about 5mm of card.
As described above, in the ATM10 of present embodiment, the big or small a1 along the thickness direction that blocks CA of the magnetic stripe counterpart 137 of card insert opening 130 is less than the big or small c along the thickness direction that blocks CA of the non-counterpart 138 of magnetic stripe.Therefore, such as described below, can prevent more reliably the side record.
Fig. 6 is the key diagram of external structure of card processing mechanism 100 ＇ of expression comparative example.In card processing mechanism 100 ＇ of comparative example, there is not the teat of upper ledge section 170 in above-described embodiment and lower protrusion section 180 etc.Therefore, it is whole that the big or small c ＇ of thickness direction along card CA of card insert opening 130 ＇ spreads all over card insert opening 130 ＇, identical with the big or small c of the non-counterpart 138 of magnetic stripe of the card insert opening 130 of above-described embodiment.Thus, in card processing mechanism 100 ＇ of comparative example, might be read at the slim side recording device of the position configuration corresponding with magnetic stripe MS of card insert opening 130 ＇, the Customer Information that is recorded among the magnetic stripe MS.
In addition, if the big or small c ＇ that in card processing mechanism 100 ＇ of comparative example, makes card insert opening 130 ＇ for the situation of the thickness same degree of card CA under, if slim side recording device is set in card insert opening 130 ＇, then above-mentioned card CA interferes, although so can prevent the side record, but admittance and the discharging operation variation of common card CA are if for example card CA distortion then has and can not block CA to the insertion of card insert opening 130 ＇ and block CA from the situation of the discharge of card insert opening 130 ＇.
With respect to this, in the card processing mechanism 100 of present embodiment, if to be recorded in the Customer Information among the magnetic stripe MS and slim side recording device be arranged on the magnetic stripe counterpart 137 in order to read, then owing to can not fully guarantee and to block the thickness of CA insertion, so can not insert by card CA, can not carry out reading of the information of being undertaken by the side recording device.Thereby, in the ATM10 of present embodiment, can prevent more reliably the side record.
In addition, in the card processing mechanism 100 of present embodiment, the big or small a1 of the thickness direction of the card CA of the magnetic stripe counterpart 137 of card insert opening 130 is and the thickness same degree of card CA that the big or small c on the thickness direction of the card CA of the non-counterpart 138 of the magnetic stripe of card insert opening 130 is larger than a1.Therefore, even card CA distortion, the big or small c of the non-counterpart 138 of magnetic stripe also is sufficient size, so admittance and the discharging operation of card CA can variation.In addition, because slim side recording device can not be set at the magnetic stripe counterpart 137 of card insert opening 130, can prevent the side record.
In addition, in the ATM10 of present embodiment, the magnetic stripe counterpart 137 of card insert opening 130 has the expansion 135 that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.Therefore, to card insert opening 130 plug card CA the time, the magnetic stripe MS of card CA can not contact with the recess lower edge 185 of lower protrusion section 180.Thereby, in the ATM10 of present embodiment, can prevent the damage of the magnetic stripe MS of the card CA when card CA inserts.
In addition, in the ATM10 of present embodiment, the position of thickness direction along card CA of the magnetic stripe counterpart 137 of card insert opening 130 is positions along the substantial middle of the position of the thickness direction of card CA of the non-counterpart 138 of magnetic stripe.Therefore, when card CA inserts, even the card CA at the non-counterpart of magnetic stripe 138 places is out of shape at the thickness direction of card CA, also can make the possibility minimization of interfering with card insert opening 130.Thereby, in the ATM10 of present embodiment, when inserting, card CA can further improve the admittance of card CA and the operability of discharging operation.
In addition, in the ATM10 of present embodiment, the upper ledge section 170 of the formation card insert opening 130 of the magnetic stripe counterpart 137 of card insert opening 130 by making card processing mechanism 100 and lower protrusion section 180 form along the thickness direction of card CA is outstanding.Therefore, in order to form the shape of magnetic stripe counterpart 137, the peripheral edge portion of the place ahead, top teat 110, the place ahead, bottom teat 120, upper ledge section 170 and lower protrusion section 180 etc. can be made by integrally formed etc.Thereby, in the ATM10 of present embodiment, can form easily the shape of card insert opening 130.
In addition, in the ATM10 of present embodiment, though the direction of insertion of the card CA of expansion 135 when inserting with card CA roughly quadrature and with the thickness direction of card CA roughly the direction of quadrature the position how, all be formed on the position corresponding with magnetic stripe MS.Therefore, to card insert opening 130 plug card CA the time, the magnetic stripe MS of card CA can not contact with the recess lower edge 185 of expansion 135.And then, such structure on the position corresponding with expansion 135 that magnetic stripe MS by the card CA that adopt to insert is positioned at card insert opening 130, no matter be card CA by situation about inserting take the left end of card insert opening 130 as benchmark or situation about being inserted as benchmark by the right-hand member take card insert opening 130, lower protrusion section upper limb 181 can not contact with magnetic stripe MS.Thereby, in the ATM10 of present embodiment, can prevent more reliably the damage of the magnetic stripe MS of the card CA when card CA inserts.In addition, lower protrusion section upper limb 181 both can clip recess 184 and be located on the two ends of magnetic stripe counterpart 137, also can only be located at one-sided.
B. variation:
In addition, the present invention is not limited to above-described embodiment and embodiment, can implement with various forms in the scope that does not break away from its purport, for example also can carry out following such distortion.
B1. variation 1:
Fig. 7 is near the key diagram of the detailed construction the card insert opening 130 of card processing mechanism 100 of expression variation.In Fig. 7 (a), card insert opening 130a's and card CA's the direction of insertion cross section of quadrature roughly of expression variation.The card processing mechanism 100a of the variation shown in Fig. 7 (a) and the card insert opening of above-mentioned present embodiment 130 are different is not have expansion 135 this point of magnetic stripe counterpart 137a of card insert opening 130a and an end (right-hand member) this point that magnetic stripe counterpart 137a reaches card insert opening 130a.
In the variation shown in Fig. 7 (a), also same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137a of card insert opening 130a is less than the big or small c of the non-counterpart 138a of magnetic stripe.In addition, the position of thickness direction along card CA of the magnetic stripe counterpart 137a of card insert opening 130a is the position along the substantial middle of the thickness direction of card CA of the non-counterpart 138a of magnetic stripe.Thereby, in the card processing mechanism 100a of the variation shown in Fig. 7 (a), can prevent more reliably the side record.And, in card processing mechanism 100a, when card CA inserts, even the card CA at the non-counterpart 138a of magnetic stripe place is out of shape at the thickness direction of card CA, also can make the possibility minimization of interfering with card insert opening 130a, so can further improve the admittance of card CA and the operability of discharging operation.
In Fig. 7 (b), represent card insert opening 130b's and card CA's the direction of insertion cross section of quadrature roughly of another variation.The 100b of the variation shown in Fig. 7 (b) and the card processing mechanism of above-mentioned present embodiment 100 are different is the right-hand member this point that the magnetic stripe counterpart 137b of card insert opening 130b has reached card insert opening 130b.
In the variation shown in Fig. 7 (b), also same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137b of card insert opening 130b is less than the big or small c of the non-counterpart 138b of magnetic stripe.In addition, the magnetic stripe counterpart 137b of card insert opening 130b has the expansion 135b that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.In addition, the position of thickness direction along card CA of the magnetic stripe counterpart 137b of card insert opening 130b is the position along the substantial middle of the thickness direction of card CA of the non-counterpart 138b of magnetic stripe.Thereby, in the card processing mechanism 100b of the variation shown in Fig. 7 (b), can prevent more reliably side record, and the damage of the magnetic stripe MS of the card CA can prevent that card CA from inserting the time.In addition, in card processing mechanism 100b, when card CA inserts, even the card CA at the non-counterpart 138b of magnetic stripe place is out of shape at the thickness direction of card CA, also can make the possibility minimization of interfering with card insert opening 130b, so can further improve the admittance of card CA and the operability of discharging operation.
In Fig. 7 (c), represent card insert opening 130c's and card CA's the direction of insertion cross section of quadrature roughly of another variation.The 100c of the variation shown in Fig. 7 (c) and the card processing mechanism of above-mentioned present embodiment 100 are different is the shape of expansion 135c of card insert opening 130c and the right-hand member this point that magnetic stripe counterpart 137c has reached card insert opening 130c.In the variation shown in Fig. 7 (c), be formed on the end (right-hand member) that recess 184c on the 180c of lower protrusion section has reached card insert opening 130c.Thereby expansion 135c is not the central authorities of magnetic stripe counterpart 137c, and is the scope from the central authorities of magnetic stripe counterpart 137c to right-hand member.
In the variation shown in Fig. 7 (c), same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137c of card insert opening 130c is less than the big or small c of the non-counterpart 138c of magnetic stripe.In addition, the magnetic stripe counterpart 137c of card insert opening 130c has the expansion 135c that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.In addition, the position of thickness direction along card CA of the magnetic stripe counterpart 137c of card insert opening 130c is the position along the substantial middle of the thickness direction of card CA of the non-counterpart 138c of magnetic stripe.Thereby, in the card processing mechanism 100c of the variation shown in Fig. 7 (c), can prevent more reliably side record, and the damage of the magnetic stripe MS of the card CA can prevent that card CA from inserting the time.In addition, in card processing mechanism 100c, when card CA inserts, even the card CA at the non-counterpart 138c of magnetic stripe place is out of shape at the thickness direction of card CA, also can make the possibility minimization of interfering with card insert opening 130c, so can further improve the admittance of card CA and the operability of discharging operation.
Fig. 8 is near the key diagram of the detailed construction the card insert opening 130 of card processing mechanism 100 of expression variation.Card insert opening 130d's and card CA's the direction of insertion cross section of quadrature roughly of expression variation in Fig. 8 (a).The card processing mechanism 100d of the variation shown in Fig. 8 (a) and the card processing mechanism of above-mentioned present embodiment 100 are different be the position along the thickness direction of card CA of the magnetic stripe counterpart 137d of card insert opening 130d be not the non-counterpart 138d of magnetic stripe along the substantial middle of the thickness direction of card CA but the position this point of topmost and the right-hand member this point that magnetic stripe counterpart 137d has reached card insert opening 130d.That is, in the variation shown in Fig. 8 (a), there is not the 170d of upper ledge section, only forms magnetic stripe counterpart 137d by the 180d of lower protrusion section.
In the variation shown in Fig. 8 (a), also same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137d of card insert opening 130d is less than the big or small c of the non-counterpart 138d of magnetic stripe.In addition, the magnetic stripe counterpart 137d of card insert opening 130d has the expansion 135d that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.Thereby, in the card processing mechanism 100d of the variation shown in Fig. 8 (a), can prevent more reliably side record, and the damage of the magnetic stripe MS of the card CA can prevent that card CA from inserting the time.
In Fig. 8 (b), represent card insert opening 130e's and card CA's the direction of insertion cross section of quadrature roughly of another variation.The card processing mechanism 100e of the variation shown in Fig. 8 (b) and the card processing mechanism of above-mentioned present embodiment 100 are different be the position along the thickness direction of card CA of the magnetic stripe counterpart 137e of card insert opening 130e be not the non-counterpart 138e of magnetic stripe along the substantial middle of the thickness direction of card CA but the position this point of foot and the right-hand member this point that magnetic stripe counterpart 137e has reached card insert opening 130e.That is, in the variation shown in Fig. 8 (b), there is not the 180e of lower protrusion section, only forms magnetic stripe counterpart 137e by the 170e of upper ledge section.
In the variation shown in Fig. 8 (b), also same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137e of card insert opening 130e is less than the big or small c of the non-counterpart 138e of magnetic stripe.In addition, the magnetic stripe counterpart 137e of card insert opening 130e has the expansion 135e that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.Thereby, in the card processing mechanism 100e of the variation shown in Fig. 8 (b), can prevent more reliably side record, and the damage of the magnetic stripe MS of the card CA can prevent that card CA from inserting the time.
B2. variation 2:
Fig. 9 is the key diagram of detailed construction of the card processing mechanism 100f of another variation of expression.In Fig. 9 (a), the detailed construction when the card CA of the card processing mechanism 100f of expression variation inserts.In Fig. 9 (b), expression is from the detailed construction to the card processing mechanism 100f that looks D of Fig. 9 (a).The card processing mechanism 100f of variation shown in Figure 9 is the card processing mechanism 100f of so-called straight cutting (dip) formula.In this card processing mechanism 100f, do not possess the admittance of card CA and the function of the conveying roller in the discharging operation, the operator of card processing mechanism 100f inserts and discharging operation.Card processing mechanism 100f possesses card and inserts casing 105, sensor device 155 and guidance part 190.
It is casings that read or keep blocking during write activity etc. CA when the Customer Information among the magnetic stripe MS of the card CA that is recorded in insertion that card inserts casing 105.Insert on the casing 105 at card, be formed with as be used for plug card CA about the card insert opening 130f of opening of the slit-shaped of extending.Sensor device 155 is the fixing erecting devices in position that card inserted casing 105 and magnetic head 150f.Guidance part 190 is to be inserted into part among the card insert opening 130f so that will block easily CA.Shown in Fig. 9 (a), sensor device 155 clips card insert opening 130f in the direction parallel with the direction of insertion of card CA and is located at the opposition side (front side) that card inserts casing 105.In addition, shown in Fig. 9 (b), sensor device 155 surrounds magnetic stripe counterpart 137f and arranges.In sensor device 155 be positioned at magnetic stripe counterpart 137f below, with the opposed side of magnetic stripe counterpart 137f, be provided with from the magnetic stripe MS of card CA and read the magnetic head 150f of Customer Information.In addition, sensor device 155 also can be different from the shape of this variation.For example, the part of the top that is positioned at magnetic stripe counterpart 137f that magnetic head 150f is not set in the sensor device 155 can not have yet.Shown in Fig. 9 (a), guidance part 190 clips card insert opening 130f in the direction parallel with the direction of insertion of card CA and is located at the opposition side (front side) that card inserts casing 105.In addition, shown in Fig. 9 (b), guidance part 190 is set to, make its with in the card insert opening 130, the part of the non-counterpart 138f of magnetic stripe that is in the opposition side of magnetic stripe counterpart 137f surrounds.In addition, guidance part 190 also can be different from the shape of this variation.For example, also can be only the part of the guidance part 190 of this variation be equipped among the card processing mechanism 100f, also can have guidance part 190.
In variation shown in Figure 9, also same with above-described embodiment, the big or small a1 of the magnetic stripe counterpart 137f of card insert opening 130f is less than the big or small c of the non-counterpart 138f of magnetic stripe.In addition, the magnetic stripe counterpart 137f of card insert opening 130f has the expansion 135f that is expanded along the size of the thickness direction that blocks CA in the opposed side of magnetic stripe MS with card CA.In addition, the position of thickness direction along card CA of magnetic stripe counterpart 137f is the position along the substantial middle of the thickness direction of card CA of the non-counterpart 138f of magnetic stripe.Thereby, in the card processing mechanism 100f of variation shown in Figure 9, can prevent more reliably side record, and the damage of the magnetic stripe MS of the card CA can prevent that card CA from inserting the time.In addition, in this card processing mechanism 100f, when card CA inserts, can further improve the admittance of card CA and the operability of discharging operation, and can form easily the shape of card insert opening 130f.
B3. variation 3:
Figure 10 is the key diagram of detailed construction of the card processing mechanism 100g of another variation of expression.In Figure 10 (a), the detailed construction of the card processing mechanism 100g of expression variation.In Figure 10 (b), the situation when being illustrated in plug card CA among the card processing mechanism 100g of variation.Card processing mechanism 100g is the card processing mechanism 100g of so-called sliding brush (ス ワ イ プ) formula.The card that this card processing mechanism 100g possesses the card insertion slot 132 that is formed with slit-shaped inserts casing 105g.Card insertion slot 132 possesses the magnetic head 150g by the Customer Information that will block the CA insertion and its direction to arrow is slided the magnetic stripe MS that reads card CA.The edge up and down of card insertion slot 132 is by groove top 178 and groove bottom 188 regulations.Magnetic head 150g be located at groove bottom 188 with magnetic stripe MS opposed (top) on, be located near the entrance of the card insertion slot 132 on the glide direction.In addition, the position of magnetic head 150 is not limited to this position.In this variation, card insertion slot 132 also is the magnetic stripe counterpart 137g corresponding with the magnetic stripe MS of card CA.The size along the thickness direction that blocks CA of magnetic stripe counterpart 137g (below, only be called " size ") be a1.
In card insertion slot 132, on groove bottom 188, be formed with along the recess 184g of the degree of depth a2 of the thickness direction that blocks CA.Therefore, the part corresponding to recess 184g of magnetic stripe counterpart 137g (below be called " expansion 135g ") is being expanded with the size of the opposed side of magnetic stripe MS along the thickness direction of card CA.
The big or small a1 of the magnetic stripe counterpart 137g of card insertion slot 132 is as long as card CA can insert, preferably with the thickness that blocks the CA equal extent, for example preferably about 2mm to 3mm.In addition, as long as the degree of depth a2 of the recess 184g of card insertion slot 132 is by damaging the magnetic stripe MS of card CA with contacting of groove bottom 188, be preferably less, preferably below the 1mm.
Namely, device with card processing mechanism 100g of this variation is the recording medium acceptance apparatus, this recording medium acceptance apparatus possesses the recording medium insertion groove, this recording medium insertion groove has to insert the groove of recording medium, this recording medium has the information recording area of the information of recording from the teeth outwards, and above-mentioned groove has the expansion that is expanded along the size of the thickness direction of aforementioned recording medium with the opposed side of the above-mentioned information recording area of aforementioned recording medium.
As described above, the card processing mechanism 100g of this variation possesses card insertion slot 132, this card insertion slot 132 is used for inserting the card CA with the magnetic stripe MS that records Customer Information, and card insertion slot 132 has the expansion 135g that is expanded along the size of the thickness direction of card CA in the opposed groove of the magnetic stripe MS bottom 188 with card CA.Therefore, when the magnetic stripe MS of card CA passed through magnetic head 150g, magnetic stripe MS can not contact with the 180g of lower protrusion section.Thereby, in the card processing mechanism 100g of this variation, can prevent the damage of the magnetic stripe MS of the card CA when card CA inserts.
B4. variation 4:
In the above-described embodiments, by the teat in the upper ledge section 170 that is formed with card insert opening 130 and 180 formation of lower protrusion section, form the magnetic stripe counterpart 137 corresponding with the magnetic stripe MS of card CA, but also can form by additive method.For example, also can make is wall thickness and the card processing mechanisms 100 card insert opening 130 similar outer rims that have regulation with respect to card insert opening 130.In addition, also can be installed to by the outer rim that will make in addition in the existing card insert opening 130 and form magnetic stripe counterpart 137.
In the above-described embodiments, illustration the type inserted towards the lower right side of card insert opening 130 of the magnetic stripe MS that records Customer Information that will block CA.But, magnetic stripe MS towards being not limited to above-described embodiment, owing to change according to the position of magnetic head 150, so the position of magnetic head 150 also can be in other positions.
In the above-described embodiments, the card CA that will record Customer Information in magnetic stripe MS is as recording medium, but also can not be such.So long as record the recording of information medium, be not limited to the structure by magnetic recording information, recording medium is not limited to card CA.
In the above-described embodiments, as shown in Figure 2, the place ahead, top teat 110 and the place ahead, bottom teat 120 be for to be projected into front side, to be the shape of customer side with respect to front panel 910, but also can not be such.In addition, upper ledge section 170 and lower protrusion section 180 are positioned on the same face with respect to front panel 910, but also can not be such.Figure 11 is the key diagram of external structure of the card processing mechanism 100h of another variation of expression.In the card processing mechanism 100h of variation shown in Figure 11, the edge up and down of card insert opening 130h is by upper flat face 115, lower flat face 125, the 170h of upper ledge section and the 180h of lower protrusion section regulation.For example, in the variation of Figure 11, upper flat facial 115 and lower flat face 125 are with respect to front panel 910(Fig. 1) not outstanding, be arranged in and front panel 910 the same faces.In addition, the 170h of upper ledge section and the 180h of lower protrusion section are with respect to the shape of front panel 910 to the inboard depression.In the card processing mechanism 100h of such structure, also same with the card processing mechanism 100 of above-described embodiment, the magnetic stripe counterpart 137h of card insert opening 130h along the size of the thickness direction of card CA thickness direction slight greatly along card CA than the non-counterpart 138h of magnetic stripe.Thereby, in the card processing mechanism 100h of variation shown in Figure 11, can prevent more reliably the side record.
In the above-described embodiments, the structure of ATM10 is illustrated.But the form of the ATM10 of an expression example of the structure of ATM10 only all the time can adopt various forms in the scope that does not break away from purport of the present invention in the above-described embodiments.For example, also can consist of the distortion such as shape of the parts of each one, also can possess the above-mentioned function that does not have (such as the sound guide part etc.).
Claims (5)
1. card processing mechanism, insertion and discharging operation by the operator blocks is characterized in that, comprising:
Card inserts casing, the reading or during write activity, keep above-mentioned card of the information in the magnetic stripe that is recorded in the above-mentioned card that inserts;
Card insert opening is formed at above-mentioned card and inserts casing, be used to insert above-mentioned card about the opening of the slit-shaped of extending;
Sensor device, clip above-mentioned card insert opening in the direction parallel with the direction of insertion of above-mentioned card and be arranged at the opposition side that card inserts casing, and, be arranged to surround the part corresponding with the magnetic stripe of the above-mentioned card that inserts, with the magnetic head that has the magnetic information that reads the above-mentioned card that inserts corresponding to the opposed side of the part of above-mentioned magnetic stripe; And
Guidance part is set in the above-mentioned card insert opening, surround with the part of the non-corresponding part of magnetic stripe, should be in opposition side with part corresponding to the magnetic stripe of the above-mentioned card that inserts with the non-corresponding part of magnetic stripe;
The part corresponding with magnetic stripe of above-mentioned card insert opening followed with the non-corresponding part of above-mentioned magnetic stripe and compared, the part corresponding with magnetic stripe of above-mentioned card insert opening the card thickness direction on slight greatly.
2. card processing mechanism as claimed in claim 1 is characterized in that,
The magnetic stripe counterpart of above-mentioned card insert opening has the expansion that is expanded along the size of the thickness direction of this card in a side corresponding with the magnetic stripe of the card that inserts.
3. card processing mechanism, the card that possesses the card insertion slot that is formed with slit-shaped inserts casing, inserts the magnetic information that this card is read in above-mentioned card insertion slot and slip by block, and this card processing mechanism is characterised in that,
On the bottom of above-mentioned card insertion slot, be formed with along the recess of the thickness direction of card, and be provided with the magnetic head of the magnetic information that reads card;
The size of the part beyond the recess of above-mentioned card insertion slot is, is exactly the size equal with card as long as card can insert.
4. card processing mechanism as claimed in claim 3 is characterized in that,
The size of the thickness direction beyond the recess of above-mentioned card insertion slot is that 2mm is to 3mm.
5. such as claim 3 or 4 described card processing mechanisms, it is characterized in that,
The degree of depth of the recess of above-mentioned card insertion slot is below the 1mm.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2011152102A JP5698086B2 (en) | 2011-07-08 | 2011-07-08 | Recording medium reception device |
| JP152102/2011 | 2011-07-08 |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210184299.1A Division CN102867372B (en) | 2011-07-08 | 2012-06-06 | Recording medium reception device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN102867373A true CN102867373A (en) | 2013-01-09 |
| CN102867373B CN102867373B (en) | 2014-12-03 |
Family
ID=47446225
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210184299.1A Expired - Fee Related CN102867372B (en) | 2011-07-08 | 2012-06-06 | Recording medium reception device |
| CN201210261785.9A Expired - Fee Related CN102867373B (en) | 2011-07-08 | 2012-06-06 | Card processing mechanism |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201210184299.1A Expired - Fee Related CN102867372B (en) | 2011-07-08 | 2012-06-06 | Recording medium reception device |
Country Status (4)
| Country | Link |
|---|---|
| JP (1) | JP5698086B2 (en) |
| CN (2) | CN102867372B (en) |
| MY (1) | MY173611A (en) |
| WO (1) | WO2013008376A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104978797A (en) * | 2014-04-09 | 2015-10-14 | 日立欧姆龙金融系统有限公司 | Card processing unit |
| CN105184992A (en) * | 2015-08-03 | 2015-12-23 | 昆山古鳌电子机械有限公司 | Anti-recording card accepting device applied to automatic teller machine (ATM) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2016024525A (en) * | 2014-07-17 | 2016-02-08 | 沖電気工業株式会社 | Consumer transaction facility |
| CN104867252A (en) * | 2015-05-27 | 2015-08-26 | 昆山古鳌电子机械有限公司 | Recording prevention card processing mechanism |
| NL2016283B1 (en) * | 2016-02-18 | 2018-12-21 | Tmd Holding B V | Anti-Shimming device, reader, method and kit. |
| JP7267528B2 (en) * | 2019-03-25 | 2023-05-02 | コモタ株式会社 | Card reader storage case and card reader device using the same |
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- 2012-05-11 MY MYPI2013702594A patent/MY173611A/en unknown
- 2012-06-06 CN CN201210184299.1A patent/CN102867372B/en not_active Expired - Fee Related
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Also Published As
| Publication number | Publication date |
|---|---|
| WO2013008376A1 (en) | 2013-01-17 |
| CN102867373B (en) | 2014-12-03 |
| JP2013020372A (en) | 2013-01-31 |
| CN102867372A (en) | 2013-01-09 |
| MY173611A (en) | 2020-02-11 |
| JP5698086B2 (en) | 2015-04-08 |
| CN102867372B (en) | 2014-12-03 |
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