CN102930637A - Multi-card operation device and automatic teller machine - Google Patents
Multi-card operation device and automatic teller machine Download PDFInfo
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- CN102930637A CN102930637A CN2012104245225A CN201210424522A CN102930637A CN 102930637 A CN102930637 A CN 102930637A CN 2012104245225 A CN2012104245225 A CN 2012104245225A CN 201210424522 A CN201210424522 A CN 201210424522A CN 102930637 A CN102930637 A CN 102930637A
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Abstract
The invention provides a multi-card operation device and an automatic teller machine. The multi-card operation device comprises a multi-card control device and a multi-card reading device. The multi-card control device is respectively connected with the multi-card reading device and a main computer of the automatic teller machine and is used for controlling the multi-card reading device to receive or discharge at least one band card according to multi-card operation instructions sent by the main computer, receiving bank card information and transmitting the bank card information to the main computer and receiving service information sent by the main computer and transmitting the service information to the multi-card reading device. The multi-card reading device is connected with the multi-card control device, can be in butt joint with or be separated from a machine tool card slot of the automatic teller machine and is used for receiving or discharging at least one band card through the machine tool card slot when being in butt joint with the machine tool card slot, reading the bank card information and sending the bank card information to the multi-card control device and receiving the service information and performing write operation for the at least one bank card. The multi-card operation device and the automatic teller machine can simultaneously receive and operate a plurality of bank cards, service processing efficiency of the automatic teller machine is improved, and service processing time is effectively shortened.
Description
Technical field
The present invention relates to the ATM (automatic teller machine) device technique, particularly, relate to a kind of many card operating equipments and ATM (Automatic Teller Machine).
Background technology
ATM (Automatic Teller Machine) (Automatic Teller Machine, ATM) be for the convenience of the user self-service a kind of small-sized machine of finishing the business such as deposit and withdraw and providing of banking industry, most ATM (Automatic Teller Machine) inside only is provided with a bank card reading device, therefore only support to take in simultaneously a bank card, also just can only operate a bank card simultaneously, if the client prepares to stick into line operate to many simultaneously, just can only be by inserting successively and withdraw from a plurality of bank cards or finishing by the mode of a plurality of bank card numbers of manual input.When for example the user refunds to credit card, need to insert first the 1st bank card, operate and withdrawed from after the 1st bank card, insert the 2nd bank card again, it is long that this operating process will cause ATM (Automatic Teller Machine) to accept the business hours, inefficiency; For another example, the user by a bank card (abbreviation enter an item of expenditure in the accounts bank card) to other many bank cards (abbreviation keep accounts bank card) when transferring accounts, can only insert first the bank card of entering an item of expenditure in the accounts, and then operate by a plurality of bank card numbers that keep accounts of manual input, the mode inconvenient operation of manual defeated card number, speed is inputed by mistake slowly and easily, can cause fund loss risk to the user when serious.
Summary of the invention
The fundamental purpose of the embodiment of the invention is to provide a kind of many card operating equipments and ATM (Automatic Teller Machine), does not support to take in simultaneously the problem that many bank cards also operate many bank cards simultaneously to solve existing ATM (Automatic Teller Machine).
To achieve these goals, the embodiment of the invention provides a kind of many card operating equipments, comprising: many card control device and many card reading devices; Wherein,
Many card control device, the principal computer that connects respectively described many card reading devices and ATM (Automatic Teller Machine), be used for controlling described many card reading devices according to many cards operational order that described principal computer sends and take in or withdraw from least one bank card, receive the bank card information of described at least one bank card and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to many card reading devices; Described many card operational orders comprise the bank card number information that need to take in or withdraw from;
Many card reading devices, connect described many card control device, can dock with the facility card slot of ATM (Automatic Teller Machine) or separate, be used for when docking, taking in or withdraw from least one bank card by described facility card slot, read the bank card information of described at least one bank card and send to described many card control device, receive described business information and described at least one bank card carried out write operation.
Preferably, described many card reading devices specifically comprise: a plurality of draw-in grooves, communication response unit, the drive motor of draw-in groove array, corresponding different numberings; Wherein,
Draw-in groove, be arranged on the described draw-in groove array, connect described communication response unit, for docking with described facility card slot along with the movement of draw-in groove array or separating, and when docking, take in or withdraw from bank card, read bank card information and described bank card information and draw-in groove docking information are sent to the communication response unit; Described draw-in groove docking information comprises the number information of the draw-in groove that current and described facility card slot docks;
The draw-in groove array connects described drive motor, is used under the driving of drive motor mobile to change the draw-in groove that docks with facility card slot;
The communication response unit, connect respectively described many card control device, drive motor and each draw-in groove, be used for receiving the draw-in groove movement directive of many card control device transmission and being transmitted to drive motor, receive described draw-in groove docking information and bank card information and be transmitted to many card control device;
Drive motor connects respectively communication response unit and draw-in groove array, is used for driving the draw-in groove array according to described draw-in groove movement directive and moves.
Preferably, described many card control device specifically comprises: the first communication unit, draw-in groove control module and second communication unit; Wherein,
The second communication unit, be connected with described the first communication unit, draw-in groove control module and the principal computer of being connected respectively, be used for receiving many cards operational order of described principal computer transmission and being transmitted to described draw-in groove control module, receive the bank card information of described the first communication unit transmission and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to described the first communication unit;
The draw-in groove control module, be connected with the second communication unit with described the first communication unit respectively, be used for receiving draw-in groove docking information and Duo Ka operational order, and generate the draw-in groove movement directive and send to described the first communication unit according to described many card operational orders and draw-in groove docking information;
The first communication unit, be connected with described communication response unit, second communication unit, draw-in groove control module respectively, be used for receiving the draw-in groove docking information of described communication response unit feedback and being transmitted to described draw-in groove control module, receive described draw-in groove movement directive and be transmitted to described communication response unit, receive the bank card information of described communication response unit transmission and be transmitted to described second communication unit, receive described business information and be transmitted to described communication response unit.
Preferably, described draw-in groove movement directive comprises moving direction, the displacement of draw-in groove array and the card slot number that docks with described facility card slot;
Then described drive motor drives the draw-in groove array and moves according to described moving direction and displacement, so that draw-in groove corresponding to described card slot number docks with described facility card slot according to described draw-in groove movement directive.
Preferably, described draw-in groove specifically comprises: cell body, tracks bar, motion motor and card reader; Wherein,
Cell body is fixedly installed on the described draw-in groove array, along with the movement of described draw-in groove array can with the horizontal aligument of described facility card slot;
The tracks bar is fixedly installed in the described cell body, and the plane layout that moves perpendicular to described draw-in groove array;
Motion motor is arranged on the described tracks bar, can slide along the tracks bar;
Card reader, be fixedly installed on the described motion motor, connect described communication response unit, be used for when described cell body and the horizontal aligument of facility card slot, under the drive of motion motor, move with the docking of described facility card slot or separate along the tracks bar, take in the bank card in the described facility card slot or bank card withdrawed to described facility card slot in when docking, read bank card information and send to described communication response unit.
Preferably, described draw-in groove array specifically comprises: expansion link and main board; Wherein,
Expansion link is electrically connected described drive motor, stretches out or shrinks under the driving of drive motor;
Main board is fixedly connected on an end of described expansion link, and is mobile under the drive of expansion link;
Then described cell body is fixedly installed on the described main board, the plane layout that described tracks bar moves perpendicular to described main board; Described main board drives described cell body and the horizontal aligument of facility card slot when moving, described motion motor slides to drive the docking of described card reader and facility card slot or separates along the tracks bar.
Preferably, described draw-in groove array specifically comprises:
Conveyer is electrically connected described drive motor, carries out transmitting function under the driving of drive motor;
Then described cell body is fixedly installed on the travelling belt of described conveyer, the plane layout that described tracks bar moves perpendicular to described travelling belt; Described travelling belt drives described cell body and the horizontal aligument of facility card slot when moving, described motion motor slides to drive the docking of described card reader and facility card slot or separates along the tracks bar.
Preferably, described draw-in groove also comprises: detection means, be fixedly installed on the described cell body, and be electrically connected described motion motor, for detection of described cell body whether with the horizontal aligument of described facility card slot, and when detecting horizontal aligument, send the docking signal to described motion motor;
Begin when then described motion motor receives described docking signal to slide along the tracks bar, dock with described facility card slot to drive described card reader.
Preferably, described many card reading devices also comprise: monitoring unit and gulp down the card unit; Wherein,
Whether monitoring unit connects respectively described card unit and each draw-in groove of gulping down, be used for monitoring described each draw-in groove and exist and leave over card, if exist, the card slot number of then current existence being left over card sends to the described card unit that gulps down;
Gulp down the card unit, connect respectively described monitoring unit and each draw-in groove, be used for receiving card slot number that described monitoring unit sends and the card execution of leaving over of the corresponding draw-in groove of this card slot number institute is gulped down card and operates.
A kind of ATM (Automatic Teller Machine) comprises: facility shell, facility card slot, such as the arbitrary described many card operating equipments of claim 1 ~ 9, principal computer, touch-screen and keyboards; Wherein,
Facility card slot is arranged on the described facility shell, is used for receiving or withdrawing from bank card;
Many card operating equipments, be arranged at described facility enclosure, can or separate with described facility card slot docking, be used for when docking, taking in or withdraw from least one bank card by described facility card slot, read the bank card information of described at least one bank card and send to described principal computer, receive the business information of principal computer transmission and described at least one bank card carried out write operation;
Principal computer, be arranged at described facility enclosure, connect respectively banking system, touch-screen, keyboard and Duo Ka operating equipment, be used for receiving the user by many cards operational order of touch-screen or keyboard input and be transmitted to ATM (Automatic Teller Machine) and block operating equipment more, receive the bank card information of described at least one bank card and be transmitted to banking system, receive the business information of banking system transmission and be transmitted to described many card operating equipments.
By means of technique scheme, the present invention can take at least one bank card simultaneously by many card reading devices, so that ATM (Automatic Teller Machine) can be taken in simultaneously many bank cards and can be operated many bank cards simultaneously, than prior art, the embodiment of the invention can promote the business processing efficient of ATM (Automatic Teller Machine), effectively shorten traffic handling time, save the user and input the trifling operation of bank card number, reduce the risk that causes the loss of user's fund because inputing bank card number by mistake, improve user's satisfaction.
Description of drawings
In order to be illustrated more clearly in the embodiment of the invention or technical scheme of the prior art, the accompanying drawing of required use was done to introduce simply during the below will describe embodiment, apparently, accompanying drawing in the following describes only is some embodiments of the present invention, for those of ordinary skills, under the prerequisite of not paying creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Fig. 1 is the structural representation of many cards operating equipment of providing of the embodiment of the invention one;
Fig. 2 is the structural representation of many card reading devices of providing of the embodiment of the invention one;
Fig. 3 is the structural representation of many card control device of providing of the embodiment of the invention one;
Fig. 4 is the side structure synoptic diagram of the draw-in groove that provides of the embodiment of the invention one;
Fig. 5 is the side structure synoptic diagram of a kind of draw-in groove array of providing of the embodiment of the invention one;
Fig. 6 is the side structure synoptic diagram of the another kind of draw-in groove array that provides of the embodiment of the invention one;
Fig. 7 is a kind of ATM (Automatic Teller Machine) synoptic diagram that the embodiment of the invention two provides.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the invention, the technical scheme in the embodiment of the invention is clearly and completely described, obviously, described embodiment only is the present invention's part embodiment, rather than whole embodiment.Based on the embodiment among the present invention, those of ordinary skills belong to the scope of protection of the invention not making the every other embodiment that obtains under the creative work prerequisite.
In view of existing ATM (Automatic Teller Machine) is not supported to take in simultaneously many bank cards and can not be operated many bank cards simultaneously, the embodiment of the invention provides a kind of many card operating equipments and ATM (Automatic Teller Machine), takes in simultaneously many bank cards and also simultaneously many bank cards is operated in order to realize ATM (Automatic Teller Machine).The present invention is described in detail below in conjunction with accompanying drawing.
Embodiment one
Present embodiment provides a kind of many card operating equipments, and as shown in Figure 1, this equipment comprises: many card control device 1 and many card reading devices 2; Wherein,
Many card control device 1, the principal computer that connects respectively described many card reading devices 2 and ATM (Automatic Teller Machine), be used for controlling described many card reading devices 2 according to many cards operational order that described principal computer sends and take in or withdraw from least one bank card, receive the bank card information of described at least one bank card and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to many card reading devices 2; Described many card operational orders comprise the bank card number information that need to take in or withdraw from;
Many card reading devices 2, connect described many card control device 1, can dock with the facility card slot of ATM (Automatic Teller Machine) or separate, be used for when docking, taking in or withdraw from least one bank card by described facility card slot, read the bank card information of described at least one bank card and send to described many card control device 1, receive described business information and described at least one bank card carried out write operation.
In the present embodiment, the principal computer of described ATM (Automatic Teller Machine) is connected to banking system by Banking Integrated Front System, be connected successively connection with banking system by described many card reading devices 2, many card control device 1, principal computer, so that many card reading devices 2 can send to banking system with the bank card information that reads, and according to the indication of banking system bank card is carried out write operation, namely by to the read-write operation of bank card to finish corresponding business transaction; Described many card reading devices 2 can be taken at least one bank card simultaneously, namely both can be as existing ATM (Automatic Teller Machine) take in a bank card, also can answer many cards action need of user and take in simultaneously many bank cards; Described many card operational orders are that many cards action need according to the user generates and sends by principal computer, should many card operational orders comprise the bank card number information that need to take in or withdraw from, many card control device 1 is taken in the bank card of corresponding number information according to the described many card reading devices 2 of this order control; For example, when touch-screen or the keyboard input when needing input 3 stick into industry be engaged in transaction of user by ATM (Automatic Teller Machine), will comprise the information that to take in or to withdraw from 3 bank cards in many cards operational order that described principal computer generates, according to these many card operational orders, many card control device 1 removes to control described many card reading devices 2 by being connected to read 3 bank cards with facility card slot.
In the present embodiment, because many card reading devices 2 can be taken at least one bank card simultaneously, so that ATM (Automatic Teller Machine) can be taken in simultaneously many bank cards and can be operated many bank cards simultaneously, than prior art, the embodiment of the invention can promote the business processing efficient of ATM (Automatic Teller Machine), effectively shortens traffic handling time, saves the trifling operation that the user inputs bank card number, reduce the risk that causes the loss of user's fund because inputing bank card number by mistake, improve user's satisfaction.
Preferably, as shown in Figure 2, described many card reading devices 2 specifically comprise: a plurality of draw-in grooves 22, communication response unit 23, the drive motor 24 of draw-in groove array 21, corresponding different numberings; Wherein,
Draw-in groove 22, be arranged on the described draw-in groove array 21, connect described communication response unit 23, for docking with described facility card slot along with the movement of draw-in groove array 21 or separating, and when docking, take in or withdraw from bank card, read bank card information and described bank card information and draw-in groove docking information are sent to communication response unit 23; Described draw-in groove docking information comprises the number information of the draw-in groove 22 that current and described facility card slot docks;
Draw-in groove array 21 connects described drive motor 24, is used under the driving of drive motor 24 mobile to change the draw-in groove 22 that docks with facility card slot;
Drive motor 24 connects respectively communication response unit 23 and draw-in groove array 21, is used for driving draw-in groove array 21 according to described draw-in groove movement directive and moves.
Concrete, in described many card reading devices 2, each draw-in groove 22 is used for taking in a bank card, therefore just can realize taking in simultaneously the purpose of many bank cards by a plurality of draw-in grooves 22 are set; Driving draw-in groove arrays 21 by drive motor 24 moves and can realize that a plurality of draw-in grooves 22 dock and receive or withdraw from the purpose of bank card successively with facility card slot; Described draw-in groove docking information has reflected that the draw-in groove 22 of which numbering in current many card reading devices 2 docks with facility card slot, can know the situation of docking current and facility card slot by the draw-in groove docking information, thereby control better the movement of draw-in groove array 21, separate with facility card slot so that taken in the draw-in groove 22 of bank card, and make the draw-in groove 22 of also not taking in bank card connect with facility card slot.
Preferably, as shown in Figure 3, described many card control device 1 specifically comprises: the first communication unit 11, draw-in groove control module 12 and second communication unit 13; Wherein,
Second communication unit 13, be connected with described the first communication unit 11, draw-in groove control module 12 and the principal computer of being connected respectively, be used for receiving many cards operational order of described principal computer transmission and being transmitted to described draw-in groove control module 12, receive the bank card information of described the first communication unit 11 transmissions and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to described the first communication unit 11;
Draw-in groove control module 12, are connected with the second communication unit with described the first communication unit 11 respectively and are connected, be used for receiving draw-in groove docking information and Duo Ka operational order, and generate the draw-in groove movement directive and send to described the first communication unit 11 according to described many card operational orders and draw-in groove docking information;
The first communication unit 11, be connected with described communication response unit 23, second communication unit 13, draw-in groove control module 12 respectively, be used for receiving the draw-in groove docking information of described communication response unit 23 feedbacks and being transmitted to described draw-in groove control module 12, receive described draw-in groove movement directive and be transmitted to described communication response unit 23, receive the bank card information of described communication response unit 23 transmissions and be transmitted to described second communication unit 13, receive described business information and be transmitted to described communication response unit 23.
Concrete, described the first communication unit 11 be responsible for many card reading devices 2 between communicate, communicate between the principal computer of the responsible and ATM (Automatic Teller Machine) in second communication unit 13; What bank cards are the many cards of described draw-in groove control module 12 bases operational orders clearly needs receive, can which be by the clear and definite current draw-in groove that docks with facility card slot 22 according to the draw-in groove docking information, therefore, the draw-in groove movement directive that described draw-in groove control module 12 generates can be indicated drive motor 24 to drive draw-in groove array 21 and be moved, separate with facility card slot so that taken in the draw-in groove 22 of bank card, and make the draw-in groove 22 of also not taking in bank card connect with facility card slot, finish the task of receiving many bank cards.
Preferably, described draw-in groove movement directive draw-in groove 22 numbering that comprises moving direction, the displacement of draw-in groove array 21 and dock with described facility card slot;
Then described drive motor 24 is according to described draw-in groove movement directive, drives draw-in groove array 21 and moves according to described moving direction and displacement, so that draw-in groove 22 corresponding to described draw-in groove 22 numberings docks with described facility card slot.
Concrete, in many card reading devices 2, described a plurality of draw-in grooves 22 are distributed on the draw-in groove array 21, and the distance that moves between the two adjacent draw-in grooves 22 by driving draw-in groove array 21 can realize that adjacent draw-in groove 22 aims at facility card slot successively; Therefore, when described draw-in groove movement directive comprises moving direction, the displacement of draw-in groove array 21 and during draw-in groove 22 numbering of docking with described facility card slot, described drive motor 24 is according to the draw-in groove movement directive, can drive draw-in groove array 21 and move according to described moving direction and displacement, so that draw-in groove 22 corresponding to described draw-in groove 22 numberings docks with described facility card slot.
Preferably, Figure 4 shows that the side structure synoptic diagram of draw-in groove 22 in the present embodiment, described draw-in groove 22 specifically comprises: cell body 221, tracks bar 222, motion motor 223 and card reader 224; Wherein,
Tracks bar 222 is fixedly installed in the described cell body 221, and the plane layout that moves perpendicular to described draw-in groove array 21;
Concrete, the plane that draw-in groove array 21 moves should with facility card slot at intervals, so that draw-in groove array 21 carries described a plurality of draw-in groove 22 and moves, simultaneously, after guaranteeing that bank card enters from facility card slot, can enter in the corresponding draw-in groove 22 safety and precise, present embodiment setting draw-in groove 22 structures as shown in Figure 4, wherein, cell body 221 is a rectangular groove structure, be fixed on the draw-in groove array 21, its inside is fixedly installed one or more tracks bars 222; The plane layout that tracks bar 222 moves perpendicular to draw-in groove array 21; Motion motor 223 is arranged on the tracks bar 222 and can slides along it; Card reader 224 is fixed on the motion motor 223; When motion motor 223 slides along tracks bar 222, drive card reader 224 and move along the direction perpendicular to draw-in groove array 21 plane of motions, thereby can so that card reader 224 near or away from facility card slot; By the movement of draw-in groove array 21, realize the purpose of draw-in groove 22 and the horizontal aligument of facility card slot, by the slip of motion motor 223, realization card reader 224 is docked with facility card slot, thereby realizes taking in or withdrawing from bank card.
In the implementation, card reader 224 is specifically as follows bank card and writes the devices such as chinaware, IC Flash-writer.
Preferably, Figure 5 shows that the side structure synoptic diagram of a kind of draw-in groove array 21 that present embodiment provides, it comprises: expansion link 211 and main board 212; Wherein,
Then described cell body 221 is fixedly installed on the described main board 212, the plane layout that described tracks bar 222 moves perpendicular to described main board 212; Described main board 212 drives described cell body 221 and the horizontal aligument of facility card slot when moving, described motion motor 223 slides to drive described card reader 224 with the docking of facility card slot or separates along tracks bar 222.
Concrete, as shown in Figure 5, the main board 212 of slab construction is fixedly connected on an end of expansion link 211, uniformly above it be provided with a plurality of cell bodies 221, by the stretching out and shrink and drive main board 212 and move of expansion link 211, so that the cell body 221 and the horizontal aligument of facility card slot of corresponding each draw-in groove 22.
Preferably, Figure 6 shows that the side structure synoptic diagram of the another kind of draw-in groove array 21 that present embodiment provides, it comprises: conveyer 213, be electrically connected described drive motor 24, and under the driving of drive motor 24, carry out transmitting function;
Then described cell body 221 is fixedly installed on the travelling belt of described conveyer 213, the plane layout that described tracks bar 222 moves perpendicular to described travelling belt; Described travelling belt drives described cell body 221 and the horizontal aligument of facility card slot when moving, described motion motor 223 slides to drive described card reader 224 with the docking of facility card slot or separates along tracks bar 222.
Concrete, as shown in Figure 6, this draw-in groove array 21 is realized by conveyer 213, its travelling belt can adopt board-like or belt, the embodiment of the invention is not construed as limiting the concrete form of described travelling belt, as long as cell body 221 can be fixed on the travelling belt, realize that by moving of travelling belt cell body 221 and the facility card slot successively function of horizontal aligument get final product.
Preferably, described draw-in groove 22 also comprises: detection means, be fixedly installed on the described cell body 221, be electrically connected described motion motor 223, for detection of described cell body 221 whether with the horizontal aligument of described facility card slot, and when detecting horizontal aligument, send the docking signals to described motion motor 223;
Begin when then described motion motor 223 receives described docking signal to slide along tracks bar 222, dock with described facility card slot to drive described card reader 224.
Concrete, present embodiment arranges detection means at cell body 221, for detection of described cell body 221 whether with the horizontal aligument of described facility card slot, the cell body 221 that can guarantee draw-in groove 22 accurately docks with facility card slot, thereby has guaranteed can enter in the corresponding draw-in groove 22 after bank card enters from facility card slot safety and precise.
In the implementation, also can one sensing device that is complementary with described detection means be set at facility card slot, by the cooperation of described detection means and sensing device, can improve the accuracy that detects cell body 221 and the horizontal aligument of facility card slot;
In the implementation, one alarm appliance that is connected with described detection means also can be set, when detecting, described detection means should not have correctly on time with the cell body 221 of facility card slot horizontal aligument, start alarm appliance, how the appearance of card operating equipments is unusual with indication, and the personnel that need repairing keep in repair it.
Preferably, described many card reading devices 2 also comprise: monitoring unit and gulp down the card unit; Wherein,
Whether monitoring unit connects respectively described card unit and each draw-in groove 22 of gulping down, be used for monitoring described each draw-in groove 22 and exist and leave over card, if exist, draw-in groove 22 numberings of then current existence being left over card send to the described card unit that gulps down;
Gulp down the card unit, connect respectively described monitoring unit and each draw-in groove 22, be used for receiving draw-in groove 22 numberings that described monitoring unit sends and the card execution of leaving over of this corresponding draw-in groove 22 of draw-in groove 22 numbering institutes is gulped down card and operates.
Concrete, many cards operating equipment that present embodiment provides should be guaranteed the bank card (card left in abbreviation) all do not left in current all draw-in grooves 22 when carrying out new business transaction, leaves over that card then should take out it from draw-in groove 22 and independent the keeping if wherein exist; The described card unit that gulps down can be realized by the mechanism for card that gulps down that ATM (Automatic Teller Machine) carries, and also can is about to first leave over card and be taken out from draw-in groove 22 by the described card unit that gulps down, and delivers to the mechanism for card that gulps down that ATM (Automatic Teller Machine) carries again and processes.
Embodiment two
Present embodiment provides a kind of ATM (Automatic Teller Machine), and as shown in Figure 7, this ATM (Automatic Teller Machine) comprises: facility shell 71, facility card slot 72, block operating equipment 73, principal computer (not shown), touch-screen 74, keyboard 75, depositing and drawing port 76 more; Wherein,
Many card operating equipments 73, be arranged at described facility shell 71 inside, can or separate with described facility card slot 72 docking, be used for when docking, taking in or withdraw from least one bank card by described facility card slot 72, read the bank card information of described at least one bank card and send to described principal computer, receive the business information of principal computer transmission and described at least one bank card carried out write operation;
Principal computer, be arranged at described facility shell 71 inside, connect respectively banking system, touch-screen 74, keyboard 75 and Duo Ka operating equipment 73, be used for receiving the user by many cards operational order of touch-screen 74 or keyboard 75 inputs and be transmitted to ATM (Automatic Teller Machine) and block operating equipment 73 more, receive the bank card information of described at least one bank card and be transmitted to banking system, receive the business information of banking system transmission and be transmitted to described many card operating equipments 73.
Concrete, as shown in Figure 7, blocking operating equipment 73 more and be arranged at facility shell 71 inside, a plurality of draw-in grooves 77 that these many card operating equipments 73 comprise can dock with facility card slot 72 successively, realize the function of taking in simultaneously many bank cards;
The card information of 73 pairs of many bank cards of having taken in of many card operating equipments reads, and send to banking system by principal computer, banking system is according to user's needs, described many bank cards are carried out business operation, thereby so that described ATM (Automatic Teller Machine) possesses the function that simultaneously many bank cards is operated.
Embodiment three
Present embodiment provides the process that adopts the ATM (Automatic Teller Machine) among the embodiment two simultaneously many bank cards to be carried out business transaction, and is specific as follows:
Step 1, monitoring unit scans the bank card that whether exists a user to leave in each draw-in groove, if exist, then notice gulps down the card unit the current bank card execution of leaving over is gulped down the card operation, if do not exist, then drive the draw-in groove array by drive unit and move, so that all draw-in grooves reset, the draw-in groove and the horizontal aligument of facility card slot that namely have initial numbering, and prepare successively to dock with facility card slot according to other draw-in grooves of number order;
Step 3, bank card information corresponding to many bank cards that many card reading devices will read sends to many card control device, send to principal computer by many card control device again, and finally arrive banking system, then display screen prompting user option dealing task, banking system operates described many bank cards according to user's selection, the final business information that forms corresponding each bank card also returns to many card reading devices, finishes write operation to each bank card by the card reader of each draw-in groove in many card reading devices;
Step 4, the drive motor in many card reading devices drives the draw-in groove array and moves, and docks with facility card slot successively so that taken in each draw-in groove of bank card, and the bank card of having taken in is retreated in the facility card slot, finishes this transaction.
In sum, the many cards operating equipment and the ATM (Automatic Teller Machine) that provide of the embodiment of the invention comprises following beneficial effect:
(1) can take in simultaneously many bank cards also can operate many bank cards simultaneously;
(2) the business processing efficient of lifting ATM (Automatic Teller Machine) effectively shortens traffic handling time;
(3) save the trifling operation that the user inputs bank card number;
(4) reduce the risk that causes the loss of user's fund because inputing bank card number by mistake, improve user's satisfaction.
Above-described specific embodiment; purpose of the present invention, technical scheme and beneficial effect are further described; institute is understood that; the above only is specific embodiments of the invention; the protection domain that is not intended to limit the present invention; within the spirit and principles in the present invention all, any modification of making, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.
Claims (10)
1. the operating equipment of card more than a kind is characterized in that, comprising: many card control device and many card reading devices; Wherein,
Many card control device, the principal computer that connects respectively described many card reading devices and ATM (Automatic Teller Machine), be used for controlling described many card reading devices according to many cards operational order that described principal computer sends and take in or withdraw from least one bank card, receive the bank card information of described at least one bank card and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to many card reading devices; Described many card operational orders comprise the bank card number information that need to take in or withdraw from;
Many card reading devices, connect described many card control device, can dock with the facility card slot of ATM (Automatic Teller Machine) or separate, be used for when docking, taking in or withdraw from least one bank card by described facility card slot, read the bank card information of described at least one bank card and send to described many card control device, receive described business information and described at least one bank card carried out write operation.
2. equipment according to claim 1 is characterized in that, described many card reading devices specifically comprise: a plurality of draw-in grooves, communication response unit, the drive motor of draw-in groove array, corresponding different numberings; Wherein,
Draw-in groove, be arranged on the described draw-in groove array, connect described communication response unit, for docking with described facility card slot along with the movement of draw-in groove array or separating, and when docking, take in or withdraw from bank card, read bank card information and described bank card information and draw-in groove docking information are sent to the communication response unit; Described draw-in groove docking information comprises the number information of the draw-in groove that current and described facility card slot docks;
The draw-in groove array connects described drive motor, is used under the driving of drive motor mobile to change the draw-in groove that docks with facility card slot;
The communication response unit, connect respectively described many card control device, drive motor and each draw-in groove, be used for receiving the draw-in groove movement directive of many card control device transmission and being transmitted to drive motor, receive described draw-in groove docking information and bank card information and be transmitted to many card control device;
Drive motor connects respectively communication response unit and draw-in groove array, is used for driving the draw-in groove array according to described draw-in groove movement directive and moves.
3. equipment according to claim 2 is characterized in that, described many card control device specifically comprises: the first communication unit, draw-in groove control module and second communication unit; Wherein,
The second communication unit, be connected with described the first communication unit, draw-in groove control module and the principal computer of being connected respectively, be used for receiving many cards operational order of described principal computer transmission and being transmitted to described draw-in groove control module, receive the bank card information of described the first communication unit transmission and be transmitted to described principal computer, receive the business information of described principal computer transmission and be transmitted to described the first communication unit;
The draw-in groove control module, be connected with the second communication unit with described the first communication unit respectively, be used for receiving draw-in groove docking information and Duo Ka operational order, and generate the draw-in groove movement directive and send to described the first communication unit according to described many card operational orders and draw-in groove docking information;
The first communication unit, be connected with described communication response unit, second communication unit, draw-in groove control module respectively, be used for receiving the draw-in groove docking information of described communication response unit feedback and being transmitted to described draw-in groove control module, receive described draw-in groove movement directive and be transmitted to described communication response unit, receive the bank card information of described communication response unit transmission and be transmitted to described second communication unit, receive described business information and be transmitted to described communication response unit.
4. equipment according to claim 3 is characterized in that, described draw-in groove movement directive comprises moving direction, the displacement of draw-in groove array and the card slot number that docks with described facility card slot;
Then described drive motor drives the draw-in groove array and moves according to described moving direction and displacement, so that draw-in groove corresponding to described card slot number docks with described facility card slot according to described draw-in groove movement directive.
5. equipment according to claim 2 is characterized in that, described draw-in groove specifically comprises: cell body, tracks bar, motion motor and card reader; Wherein,
Cell body is fixedly installed on the described draw-in groove array, along with the movement of described draw-in groove array can with the horizontal aligument of described facility card slot;
The tracks bar is fixedly installed in the described cell body, and the plane layout that moves perpendicular to described draw-in groove array;
Motion motor is arranged on the described tracks bar, can slide along the tracks bar;
Card reader, be fixedly installed on the described motion motor, connect described communication response unit, be used for when described cell body and the horizontal aligument of facility card slot, under the drive of motion motor, move with the docking of described facility card slot or separate along the tracks bar, take in the bank card in the described facility card slot or bank card withdrawed to described facility card slot in when docking, read bank card information and send to described communication response unit.
6. equipment according to claim 5 is characterized in that, described draw-in groove array specifically comprises: expansion link and main board; Wherein,
Expansion link is electrically connected described drive motor, stretches out or shrinks under the driving of drive motor;
Main board is fixedly connected on an end of described expansion link, and is mobile under the drive of expansion link;
Then described cell body is fixedly installed on the described main board, the plane layout that described tracks bar moves perpendicular to described main board; Described main board drives described cell body and the horizontal aligument of facility card slot when moving, described motion motor slides to drive the docking of described card reader and facility card slot or separates along the tracks bar.
7. equipment according to claim 5 is characterized in that, described draw-in groove array specifically comprises:
Conveyer is electrically connected described drive motor, carries out transmitting function under the driving of drive motor;
Then described cell body is fixedly installed on the travelling belt of described conveyer, the plane layout that described tracks bar moves perpendicular to described travelling belt; Described travelling belt drives described cell body and the horizontal aligument of facility card slot when moving, described motion motor slides to drive the docking of described card reader and facility card slot or separates along the tracks bar.
8. equipment according to claim 5, it is characterized in that, described draw-in groove also comprises: detection means, be fixedly installed on the described cell body, be electrically connected described motion motor, for detection of described cell body whether with the horizontal aligument of described facility card slot, and when detecting horizontal aligument, send the docking signal to described motion motor;
Begin when then described motion motor receives described docking signal to slide along the tracks bar, dock with described facility card slot to drive described card reader.
9. equipment according to claim 2 is characterized in that, described many card reading devices also comprise: monitoring unit and gulp down the card unit; Wherein,
Whether monitoring unit connects respectively described card unit and each draw-in groove of gulping down, be used for monitoring described each draw-in groove and exist and leave over card, if exist, the card slot number of then current existence being left over card sends to the described card unit that gulps down;
Gulp down the card unit, connect respectively described monitoring unit and each draw-in groove, be used for receiving card slot number that described monitoring unit sends and the card execution of leaving over of the corresponding draw-in groove of this card slot number institute is gulped down card and operates.
10. an ATM (Automatic Teller Machine) is characterized in that, comprising: facility shell, facility card slot, such as the arbitrary described many card operating equipments of claim 1 ~ 9, principal computer, touch-screen and keyboards; Wherein,
Facility card slot is arranged on the described facility shell, is used for receiving or withdrawing from bank card;
Many card operating equipments, be arranged at described facility enclosure, can or separate with described facility card slot docking, be used for when docking, taking in or withdraw from least one bank card by described facility card slot, read the bank card information of described at least one bank card and send to described principal computer, receive the business information of principal computer transmission and described at least one bank card carried out write operation;
Principal computer, be arranged at described facility enclosure, connect respectively banking system, touch-screen, keyboard and Duo Ka operating equipment, be used for receiving the user by many cards operational order of touch-screen or keyboard input and be transmitted to ATM (Automatic Teller Machine) and block operating equipment more, receive the bank card information of described at least one bank card and be transmitted to banking system, receive the business information of banking system transmission and be transmitted to described many card operating equipments.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210424522.5A CN102930637B (en) | 2012-10-30 | 2012-10-30 | Multi-card operation device and automatic teller machine |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201210424522.5A CN102930637B (en) | 2012-10-30 | 2012-10-30 | Multi-card operation device and automatic teller machine |
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| CN102930637B CN102930637B (en) | 2014-10-22 |
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| CN102930637B (en) | 2014-10-22 |
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