CN107463969B - Multi-card seed card issuing equipment - Google Patents
Multi-card seed card issuing equipment Download PDFInfo
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- CN107463969B CN107463969B CN201710830984.XA CN201710830984A CN107463969B CN 107463969 B CN107463969 B CN 107463969B CN 201710830984 A CN201710830984 A CN 201710830984A CN 107463969 B CN107463969 B CN 107463969B
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
- G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
- G06K13/08—Feeding or discharging cards
- G06K13/10—Feeding or discharging cards from magazine to conveying arrangement
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
- G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
- G06K13/08—Feeding or discharging cards
- G06K13/14—Card magazines, e.g. pocket, hopper
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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
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- Finance (AREA)
- Control Of Vending Devices And Auxiliary Devices For Vending Devices (AREA)
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Abstract
The invention provides a multi-card seed card issuing device, which comprises: the receiving device is used for receiving the card handling request; the main control device is used for sending a card handling request to the core banking system and receiving card handling operation requirement information; the identity recognition device is used for reading the identity information of the user; the main control device is also used for sending the identity information to the core banking system, selecting a bank card meeting the user demand type from a plurality of card boxes according to the type of the bank card to be transacted in the card transacting request and the binding relation between the prestored bank card type and the card box position number, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the card box position number corresponding to the selected bank card; the autorotation tower type card box is used for transmitting the bank card in the card box corresponding to the card box position number to the intelligent mechanical arm according to the card issuing instruction; the intelligent mechanical arm is used for transmitting the bank card sent out by the autorotation tower type card box to the card outlet. The technical scheme realizes that various types of bank cards are issued.
Description
Technical Field
The invention relates to the technical field of banking equipment, in particular to multi-card seed card issuing equipment.
Background
With the rapid development of banking industry, the release amount of bank cards is rapidly increasing.
At present, the self-service card sender is distributed in banks, but the existing card sender only can send out a bank card of a card type due to the limit of card box type design, can not flexibly send out a plurality of different types of bank cards, can not meet the diversified demands of users, and simultaneously, the bank is limited to provide and popularize more business related to the bank card to a certain extent.
Disclosure of Invention
The embodiment of the invention provides multi-card type card issuing equipment for issuing various types of bank cards, which comprises the following components: the device comprises a receiving device, a main control device, an identity recognition device and a card issuing mechanism; the card issuing mechanism comprises: self-rotating tower type clamping box and intelligent manipulator; the autorotation tower type card box comprises a plurality of card boxes for storing different types of bank cards, and each card box is provided with a card box position number; wherein:
the receiving device is used for receiving a card handling request input by a user;
the main control device is connected with the core banking system and the receiving device and is used for receiving the card handling request, sending the card handling request to the core banking system and receiving card handling operation requirement information sent by the core banking system;
the identity recognition device is used for reading the identity information of the user according to the card handling operation requirement information and sending the identity information to the main control device;
the main control device is also used for sending the identity information to the core bank system, after receiving the information passing through the verification request of the core bank system, selecting a bank card meeting the user requirement type from a plurality of card boxes according to the type of the bank card to be handled in the card handling request and the binding relation between the type of the prestored bank card and the position number of the card box, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the position number of the card box corresponding to the selected bank card;
the autorotation tower type card box is used for transmitting the bank card in the card box corresponding to the card box position number to the intelligent mechanical arm according to the card issuing instruction;
and the intelligent mechanical arm is used for transmitting the bank card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
The multi-card type card issuing equipment provided by the embodiment of the invention receives a card handling request input by a user through a receiving device; the main control device sends a card handling request to the core banking system or receives card handling operation requirement information sent by the core banking system; the identity recognition device reads the identity information of the user according to the card handling operation requirement information and sends the identity information to the main control device; the main control device is also used for sending the identity information to the core bank system, after receiving the information passing through the verification request of the core bank system, selecting a bank card meeting the user requirement type from a plurality of card boxes according to the type of the bank card to be handled in the card handling request and the binding relation between the type of the prestored bank card and the position number of the card box, adding the position number of the card box corresponding to the selected bank card into a card issuing instruction, and sending the card box to the autorotation tower type card box; the autorotation tower type card box transmits a bank card in the card box corresponding to the card box position number to the intelligent mechanical arm according to the card issuing instruction; the intelligent mechanical arm transmits the bank card sent by the autorotation tower type card box to the card outlet, so that various types of bank cards are issued, the bank can provide more flexible bank card business service, and the user requirements are better met.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this application, illustrate and together with the description serve to explain the invention. In the drawings:
FIG. 1 is a schematic diagram of a multi-seed card issuing device according to an embodiment of the present invention;
FIG. 2 is a schematic top view of a multi-seed card issuing apparatus according to still another embodiment of the present invention;
FIG. 3 is a top view of the card reader, autorotation tower cartridge and intelligent robot in an exemplary embodiment of the present invention;
FIG. 4 is a side view of the non-working state of the intelligent manipulator according to the embodiment of the present invention;
FIG. 5 is a side view of the intelligent robot and autorotation tower cartridge in an embodiment of the present invention during the operation of the robot and the autorotation tower cartridge;
FIG. 6 is a side view of the linkage operation of the intelligent manipulator and the card reader in the embodiment of the invention;
FIG. 7 is a schematic diagram of a process of storing a bank staff in a bank card service according to an embodiment of the present invention;
FIG. 8 is a schematic diagram of a business process for a user to transact a new credit card for a change in accordance with an embodiment of the invention;
FIG. 9 is a flow chart of a business for handling and picking up a new card by a user in an embodiment of the invention.
Detailed Description
The present invention will be described in further detail with reference to the following embodiments and the accompanying drawings, in order to make the objects, technical solutions and advantages of the present invention more apparent. The exemplary embodiments of the present invention and the descriptions thereof are used herein to explain the present invention, but are not intended to limit the invention.
In consideration of the technical problems in the prior art, the inventor provides intelligent card issuing equipment capable of realizing multi-card type card issuing, and the function of issuing various types of bank cards is realized by adopting a autorotation tower type card box design and an intelligent manipulator card access technology, so that banks can provide more flexible bank card business services, for example, the function of issuing new cards by an original self-service card issuing machine can be provided, and the function of on-site self-selection of different types of new cards by users can be provided; providing a credit card expiration reservation field self-taking new card function; the method provides services such as reservation site self-taking function after the user orders the bank card on line, can better meet the user demands, and plays a promoting role in promoting the popularization and issuing of more kinds of bank cards.
In order to realize issuing of various types of bank cards and better meet various service requirements of bank users on the bank cards, the card issuing equipment capable of issuing the various types of bank cards provided by the embodiment of the invention mainly comprises a main control device, an identity recognition device, a card reading device, a self-rotating tower type card box, an intelligent manipulator and the like. When the actual business is carried out, the main control device carries out corresponding processing according to the specific requirements of the user, and the bank card required by the user at the appointed position in the tower-type card box is automatically taken out. The multi-card dispensing device is described in detail below.
Fig. 1 is a schematic structural diagram of a multi-card issuing device according to an embodiment of the present invention, as shown in fig. 1, where the device 1 includes: the device comprises a receiving device 3, a main control device 2, an identity recognition device 5 and a card issuing mechanism; the card issuing mechanism comprises: a self-rotating tower type clamping box 7 and an intelligent manipulator 8; the autorotation tower type card box 7 comprises a plurality of card boxes for storing different types of bank cards, and each card box is provided with a card box position number; wherein:
a receiving device 3, configured to receive a card handling request input by a user;
the main control device 2 is connected with the core banking system and the receiving device and is used for receiving the card handling request, sending the card handling request to the core banking system and receiving card handling operation requirement information sent by the core banking system;
the identity recognition device 5 is used for reading the identity information of the user according to the card handling operation requirement information and sending the identity information to the main control device;
the main control device 2 is further configured to send identity information to the core banking system, and after receiving the information that the core banking system passes through the verification request, select a bank card that meets the user's requirement type from the multiple card boxes according to the type of the bank card that needs to be handled in the card handling request and the binding relationship between the type of the prestored bank card and the position number of the card box, and add the position number of the card box corresponding to the selected bank card to the card issuing instruction and send the card box to the autorotation tower card box;
the autorotation tower type card box 7 is used for transmitting the bank card in the card box corresponding to the card box position number to the intelligent manipulator according to the card issuing instruction;
the intelligent mechanical arm 8 is used for transmitting the bank card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction;
the main control device 2 is further configured to match the card number of the bank card sent by the autorotation tower card box with the identity information identified by the identity identification device according to the binding relationship between the card number of the bank card sent by the autorotation tower card box and the position number of the card box, and send the matching information to the core bank system.
Fig. 2 is a schematic top view of a multi-card issuing apparatus according to another embodiment of the present invention, and the following describes each part of the multi-card issuing apparatus according to the embodiment of the present invention with reference to fig. 2.
First, the receiving apparatus 3 is described.
In one example, as shown in fig. 2, the receiving device 3 may include one or a combination of the following:
the display device 31 is connected with the main control device, is a display with a touch screen, and is used for receiving or displaying card handling request and card handling operation requirement information, receiving or displaying card handling information input by a user according to the card handling operation requirement information, and sending the card handling request and the card handling information to the main control device;
the keyboard input device 32 is connected with the main control device, and is used for receiving the card handling request and the card handling information and transmitting the card handling request and the card handling information to the main control device.
In a specific implementation, the display device 31 may be a display with a touch screen, and is responsible for displaying a related operation interface and transmitting the operation content received by the touch screen to the master control device 2. The keyboard input device 32 may be a digital keyboard, and is responsible for receiving input of digital information, such as a bank card password set by a user, and transmitting the received information to the main control device 2.
Next, the identification means 5 is described.
In a specific implementation, the identification device 5 may be an identification card identifier, and is responsible for reading identification card information of a user and transmitting the identification card information to the main control device 2. Of course, the identity recognition device 5 may also be other devices for recognizing identity information of a user, for example: an imaging device, an iris recognition device, a fingerprint recognition device, etc.
Again, the master device 2 is described.
In one embodiment, the master device may be connected to the core banking system through a handheld business processing terminal.
In the implementation, the main control device 2 is responsible for receiving and processing the operation requirements of the bank staff, the business requirements of the users and other related information, processing related business processes and sending card access instructions according to the needs. The main control device 2 is configured with a wireless module, and can communicate with a handheld service processing terminal (not shown in the figure) of a banking staff through a wireless network special for a banking website, transmit related information to the service processing terminal and receive an instruction sent back by the service processing terminal, and the handheld service processing terminal machine and the core banking system can also be in wireless communication connection. The main control device can be in communication connection with the core banking system through the handheld business processing terminal, so that the operation is convenient, and the working efficiency is improved.
Next, a card issuing mechanism is described, which mainly includes: a self-rotating tower type clamping box 7 and an intelligent manipulator 8. The structure and operation of the self-rotating tower cartridge 7 and the intelligent robot 8 will be described in detail.
In one embodiment, as shown in fig. 3, the self-rotating tower cartridge 7 may include: a central shaft 13, a first motor, and a plurality of cartridge groups 12; wherein:
the plurality of card box groups 12 are connected with the central shaft 13, each card box group comprises a plurality of card boxes 11, and each card box is provided with a first transmission mechanism for transmitting bank cards;
the first motor is in axial driving connection with the central shaft 13 and is used for driving the central shaft 13 to rotate so as to drive the multiple cartridge groups to rotate. The first motor may be arranged in the central shaft 13, not shown in the drawings.
In specific implementation, the autorotation tower type card box 7 consists of a plurality of independent card boxes 11, and can freely store a plurality of different kinds of bank cards according to business requirements. Each card box corresponds to a card box position number, and when a bank card is placed in the card box, the bank card number can be related to the card box position number corresponding to the card box.
The autorotation tower type card box 7 is formed by stacking a plurality of card boxes in layers and is distributed around a autorotation central shaft 13 (for convenience and brevity, the card boxes are only illustrated by using a 6-group×10-layer structure as an example, more card boxes can be added in practical application, and 1-10 numbers on the left side of the autorotation tower type card box 7 in fig. 4 represent 10-layer structures), so that the tower type card box can freely store a plurality of different kinds of bank cards according to service requirements. Each card box corresponds to a card box position number, and when a bank card is placed in the card box, the bank card number can be related to the position number corresponding to the card box.
In one embodiment, as shown in fig. 4, the smart robot 8 may include: a longitudinal shaft 18, a second motor, a transfer cartridge 17, a first track 19 and a second track 19'; wherein:
the longitudinal shaft 18 has a first end connected to the first track 19 and a second end connected to the second track 19';
the conveying card box 17 is arranged on the longitudinal shaft 18, and a second transmission mechanism for conveying the bank card is arranged in the conveying card box 17;
the second motor is used for driving the first track and the second track to move and driving the longitudinal shaft to move between the autorotation tower-type clamping box and the bayonet. The second motor is not shown in the drawings as long as it is provided at a position capable of driving the first rail and the second rail to move.
In one embodiment, the smart manipulator may further include:
and a third motor drivingly connected to the transfer cartridge 17 for driving the transfer cartridge 17 up and down along the longitudinal axis 18. This arrangement ensures that the transport cartridge 17 can be positioned at different levels of the turret-type cartridge 7. Of course, the transport carriage 17 may also be driven up and down along the longitudinal axis by hydraulic cylinders.
In specific implementation, the main body of the intelligent manipulator 8 is in a box type design, is configured between the card reading device 6 and the autorotation tower type card box 7, can move up and down along a longitudinal axis 18, and can be accurately positioned at the same horizontal position height of the corresponding card box. Meanwhile, the intelligent manipulator 8 can horizontally move back and forth between the card reading device 6 and the autorotation tower type card box 7, and can be respectively and accurately positioned at the tail part of the card reading device 6 and the adjacent side of the autorotation tower type card box 7.
In specific implementation, the specific structures of the first transmission mechanism and the second transmission mechanism are as follows: the intelligent robot 8 is configured with a motor, a gear, a roller (second transmission mechanism), and a sensor. The motor drives the gear and the roller to act in a linkage way, and the gear and the roller serve as a carrier to convey the bank card between the card reading device 6 and the autorotation tower type card box 7.
In particular, the main body of the intelligent robot 8 is of a cassette type design, and serves as a carrier for conveying cards between the card reader 6 and the autorotation tower 7.
In one embodiment, the multi-card issuing device further includes: the safe 9 is arranged outside the autorotation tower type clamping box and the intelligent manipulator; the safe is provided with a card transfer port 10 for transfer of bank cards between the intelligent robot and the outlet port of the whole device.
In specific implementation, since the bank card is an important certificate, the intelligent card issuing device 1 is provided with a safe 9, and the whole card accessing part (namely a card issuing mechanism comprising a autorotation tower type card box 7 and an intelligent mechanical arm 8) is integrally configured in the safe 9 so as to ensure the storage safety of the bank card. The safe 9 has a card access opening 10 (card transfer opening 10) provided on the rear side of the card reader 6, and the bank card is transferred between the access card section and the card reader 6 (the card access section and the card outlet of the entire apparatus if the card reader is not provided) through the card access opening 10.
Fig. 3 is a top view of the working process of the card reader 6, the autorotation tower type card box 7 and the intelligent manipulator 8, and the specific description is as follows:
(1) The autorotation tower type cartridge 7 is formed by stacking a plurality of independent cartridges 11 up and down to form a cartridge group 12 (the numbers in fig. 2 are 01-06 respectively, and the numbers in fig. 3 are 1-6 respectively), the cartridge group 12 is uniformly distributed around a autorotation central shaft 13, and a motor (a first motor) is arranged in the central shaft 13 and can drive the cartridge group 12 to integrally rotate.
Each individual cartridge 11 is provided with a simple transmission mechanism (first transmission mechanism) including a gear 14 and a roller 15. The rollers 15 are a pair of upper and lower rollers, two groups are arranged and distributed in the middle position of the independent card box 11, the gears 14 can drive the rollers 15 to do forward or reverse linkage movement, and the bank cards are driven to enter and exit the card box through friction, so that the card 16 can be accessed.
The autorotation tower type card box 7 can accurately rotate and position the card box group 12 where the independent card box 11 with the corresponding position number is positioned on the adjacent side of the intelligent mechanical arm 8 according to the card issuing instruction sent by the main control device 2.
(2) The intelligent robot 8 is composed of a conveying card box 17, a longitudinal shaft 18 and a track 19, and is arranged between the card reading device 6 and the autorotation tower type card box 7.
The conveying card box 17 can move up and down along the longitudinal axis 18 at an accurate distance through a stepping motor (a third motor), and can be accurately positioned at the horizontal position height of the independent card box 11 with the corresponding position number according to the requirements of a hairpin instruction sent by the main control device 2. At the same time, the longitudinal axis 18 and the transfer cartridge 17 as a whole can be moved horizontally along the rail 19 by means of a motor (second motor) which can be precisely positioned on the immediate side of the card reader 6 and the autorotation tower cartridge 7, respectively.
The transfer cartridge 17 is configured with a transmission mechanism (a second transmission mechanism, which may include a gear 20 and a roller 21), a sensor 22 (three pairs), and an internal drive motor. A drive motor inside the transport cartridge 17 may drive the gear 20 and the roller 21 in conjunction. The gear 20 can also be connected with the gear 14 of the independent cartridge 11 and drive the same to move. The rollers 21 are a pair of upper and lower rollers, and are provided with three groups, and are symmetrically distributed at two ends and the middle position of the card conveying box 17, and the internal driving motor can drive the gear 20 and the rollers 21 to do forward or reverse movement, and drive the card 16 to go in and out of the card conveying box 17 through friction, so that the card 16 is conveyed. The sensors 22 are photoelectric sensors, and are provided with three pairs (a tower type card box near-end sensor, a middle sensor and a card reading device near-end sensor respectively) which are arranged on the upper side and the lower side of the card conveying channel, symmetrically distributed at the two ends and the middle position of the conveying card box 17, and the current position of the card is judged by detecting whether the sensors of different positions are shielded by the card 16 or not.
The conveying card box 17 can drive a transmission mechanism (a second transmission mechanism) through an internal motor to drive the gear 20 and the roller 21 to act in a linkage manner, so that the card 16 can enter and exit the card reading device 6 or the independent card box 11, and the card 16 can be conveyed between the card reading device 6 and the autorotation tower type card box 7 as a carrier.
Fig. 4 is a side view of the intelligent robot 8 in a non-operating state, and is specifically described as follows:
in actual operation, according to the command requirements, the longitudinal axis 18 and the transport cartridge 17 are integrally driven by an internal motor (second motor) of the first rail 19 and the second rail 19 '(of course, only the first rail 19 may be provided), and the horizontal movement and switching are performed along three state positions of the first rail 19 and the second rail 19', including:
(1) A non-operating state;
(2) The intelligent mechanical arm 8 and the card reader 6 are in linkage working state, namely, the longitudinal shaft 18 and the conveying card box 17 are integrally moved to the adjacent side close to the card reader 6;
(3) The intelligent robot 8 and the autorotation tower cartridge 7 are in linkage operation, i.e. the longitudinal shaft 18 and the transfer cartridge 17 move as a whole to the immediate side close to the autorotation tower cartridge 7.
In the illustration, the longitudinal axis 18 and the transport cartridge 17 rest in an intermediate position of the track 19 when in the inactive state.
In the illustration, the turret card cartridge 7 is a 6-pack 10-tier structure, with a portion of the individual cartridges 11 already storing cards 16.
The gear 14 of the independent cartridge 11 and the gear 20 of the transfer cartridge 17 are in an uncoupled state due to their non-operative state.
Fig. 5 is a side view of the linkage working process of the intelligent manipulator 8 and the autorotation tower type card box 7, and the specific description is as follows:
the operation of the smart robot 8 to take out the card 16 from the spin tower cartridge 7 will be described as an example.
(1) After receiving the card issuing instruction sent by the main control device 2, the position number of the independent card box 11 from which the card 16 needs to be taken out is obtained, and the position number information of the 3 rd group and the 8 th layer in the illustration is obtained.
(2) The autorotation tower type cartridge 7 accurately rotates and positions the cartridge group 12 with the number of 3 rd group on the side close to the intelligent manipulator 8 under the drive of a motor (a first motor) in the central shaft 13.
(3) The transport cartridge 17 is moved along the longitudinal axis 18 by a stepper motor (third motor) to be positioned exactly at the same level as the individual cartridges 11 numbered 8 to ensure that the cards 16 are transferred smoothly between the individual cartridges 11 and the transport cartridge 17.
(4) The longitudinal shaft 18 and the transfer cassette 17 are driven by a motor (second motor) as a whole along the track 19 to move horizontally to a position of "the intelligent robot 8 and the autorotation tower cassette 7 are in linkage working state", that is, to move to the immediately adjacent side close to the autorotation tower cassette 7, and to make the gear 20 of the transfer cassette 17 and the gear 14 of the independent cassette 11 in a connection state.
(5) The internal driving motor of the transport card box 17 starts to work, the driving gear 20 drives the gear 14 of the independent card box 11 to synchronously rotate, and drives the roller 15 of the independent card box 11 and the roller 21 of the transport card box 17 to simultaneously operate, and the card 16 is transported into the transport card box 17 from the independent card box 11 through the friction action of the roller (the part describes the process of matching the first transmission mechanism and the second transmission mechanism with the outgoing card).
(6) When the card 16 is completely fed into the transport cartridge 17, the sensor 22 of the transport cartridge 17 detects the presence of the card, and at this time, the internal drive motor of the transport cartridge 17 stops operating.
The process of detecting the card by the sensor 22 is:
the near-end sensor of the tower-type cartridge is firstly shielded, and the internal driving motor continues to work;
the near-end sensor and the middle sensor of the tower-type cartridge are shielded at the same time, and the internal driving motor continues to work;
the middle sensor is continuously shielded, the near-end sensor of the tower-type card box is converted into a non-shielding state from a shielding state, and the internal driving motor stops working.
(7) When the above-described card feeding operation is completed, the longitudinal shaft 18 and the transfer cassette 17 as a whole are horizontally moved back to the "inactive" position by the motor along the rail 19.
(8) The operation of the smart robot 8 for transferring the card 16 to the individual card container 11 is substantially the same as described above, but the direction of transfer of the card 16 is transferred from the transfer card container 17 to the individual card container 11.
Fig. 6 is a side view of the working process of the intelligent manipulator 8 and the card reader 6, which is specifically described as follows:
the following description will be given by taking an example of an operation in which the smart robot 8 transfers the card 16 to the card reader 6.
(1) When receiving the card issuing command from the main control device 2, the conveying card box 17 moves along the longitudinal axis 18 through a stepping motor (a third motor) and is accurately positioned at the same horizontal height position as the card reading device 6, so that the card 16 can be conveyed smoothly between the conveying card box 17 and the card reading device 6.
(2) After reaching the above position, the longitudinal shaft 18 and the transport card box 17 as a whole are driven by a motor (second motor) along the track 19 to move horizontally to the position of "the working state of the intelligent robot 8 and the card reader 6 in linkage", that is, to the side close to the card reader 6.
(3) The internal driving motor of the transport card box 17 starts to work, and drives the roller 21 to send the card 16 into the card reader 6 through friction (the process is that the internal driving motor of the transport card box 17 drives the second transmission mechanism to work), and at the same time, the internal transmission mechanism of the card reader 6 starts to work, and the card 16 is sucked into the card reader.
(4) When the card 16 is completely fed into the card reader 6, the three pairs of sensors 22 of the transport cassette 17 detect no card, and at this time, the internal drive motor of the transport cassette 17 stops operating.
The process of detecting the card by the sensor 22 is:
the middle sensor is continuously shielded, and the internal driving motor continuously works;
the middle sensor is continuously shielded, the near-end sensor of the card reading device starts to be shielded, and the internal driving motor continues to work;
the middle sensor is changed from a shielding state to a non-shielding state, the near-end sensor of the card reading device is continuously shielded, and the internal driving motor continuously works;
the near-end sensor of the card reading device is changed from a shielding state to a non-shielding state, and the internal driving motor stops working.
(5) When the above-described card feeding operation is completed, the longitudinal shaft 18 and the transfer cassette 17 as a whole are horizontally moved back to the "non-operating state" position by the motor drive along the rail 19.
(6) The operation of the card reader 6 to transfer the card 16 to the smart robot 8 is substantially the same as described above, but the direction of transfer of the card 16 is transferred from the card reader 6 to the transfer cassette 17.
Through the above description of each component of the multi-card type card issuing device, the intelligent card issuing device capable of realizing multi-card type card issuing provided by the embodiment of the invention realizes the function of issuing multiple types of bank cards by adopting the autorotation tower type card box design and the intelligent manipulator card accessing technology, so that the bank can provide more flexible bank card business services, for example, the function of issuing new cards by the original self-service card issuing machine can be provided, and the function of on-site self-selection of different types of new cards by a user can be also provided; providing a credit card expiration reservation field self-taking new card function; the method provides services such as reservation site self-taking function after the user orders the bank card on line, can better meet the user demands, and plays a promoting role in promoting the popularization and issuing of more kinds of bank cards. The scheme of self-service card issuing, online automatic reservation of self-access new card, and credit card expiration reservation on-site self-access new card realized by the multi-card type card issuing equipment is introduced below.
In one embodiment, the receiving means is further for receiving a request for a new credit card change entered by the user;
the main control device is also used for receiving a request for changing the new credit card, sending the request for changing the new credit card to the core bank system and receiving the operation requirement information of changing the new credit card sent by the core bank system;
the identity recognition device is also used for reading the identity information of the user according to the new credit card operation requirement information, and sending the identity information to the main control device;
the main control device is also used for sending the identity information to the core banking system, after receiving the information passing through the verification request of the core banking system, determining the card box position number of the new credit card required to be changed by the user according to the relation between the prestored identity information and the credit card number and the binding relation between the credit card number and the card box position number according to the identity information identified by the identity identification device, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the determined card box position number of the new credit card required to be changed by the user;
the autorotation tower type card box is also used for transmitting the credit card in the card box corresponding to the card box position number to the intelligent mechanical arm according to the received card issuing instruction;
the intelligent manipulator is also used for transmitting the credit card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
In one embodiment, the receiving device is further configured to receive a request for online customized bank card self-fetching input by a user;
the main control device is also used for receiving an online customized bank card self-fetching request, sending the online customized bank card self-fetching request to the core bank system and receiving online customized bank card self-fetching operation requirement information sent by the core bank system;
the identity recognition device is used for reading the identity information of the user according to the online customized bank card self-fetching operation requirement information and sending the identity information to the main control device;
the main control device is also used for sending the identity information to the core banking system, after receiving the information passing through the verification request of the core banking system, determining the card box position number of the user online customized bank card according to the relation between the pre-stored identity information and the online customized bank card number and the binding relation between the online customized bank card number and the card box position number according to the identity information identified by the identity identification device, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the determined card box position number of the user online customized bank card;
the autorotation tower type card box is also used for transmitting the online customized bank card in the card box corresponding to the card box position number to the intelligent manipulator according to the received card issuing instruction;
the intelligent manipulator is also used for transmitting the online customized bank card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
In one embodiment, the receiving device is further configured to receive a card storage request input by a bank staff;
the multi-card type card issuing device further comprises: the card reading device is used for reading the card number information of the bank card inserted by the bank staff and sending the card number information of the bank card inserted to the main control device;
the main control device is also used for receiving a card storage request, sending the card storage request to the core bank system, receiving a card-free state card box position number sent by the core bank system, determining a card-free state card box position number, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the determined card-free state card box position number;
the intelligent mechanical arm is also used for transmitting the bank card to the autorotation tower type card box according to the card storage instruction;
the autorotation tower type card box is also used for storing the bank card transmitted by the intelligent mechanical arm into the card box corresponding to the card box position number according to the card storage instruction;
the main control device is also used for binding the type of the bank card stored in the card box corresponding to the card box position number, the card number and the card box position number, and sending the binding relation to the core bank system.
The following illustrates the workflow of the multi-seed card issuing device provided by the embodiment of the present invention.
Fig. 7 is a schematic flow chart of a process of storing a bank staff member in a bank card according to an embodiment of the present invention, as shown in fig. 7, and fig. 7 is a flow chart of storing a bank staff member in a bank card, specifically described as follows:
step 101: the device is in an administrator mode and waits for a card storage request from a bank worker.
At this time, the device is in a card storage mode, and a bank worker waits to store different kinds of related bank cards into the device according to business requirements.
Step 102: if the bank staff inserts the bank card, the card reading device detects that the card enters, step 103 is executed, if the card does not enter, step 101 is executed.
Step 103: the card reading device reads the card number and transmits the card number information to the main control device.
Step 104: the main control device reads the empty card box position number with the card mark bit in the card-free state, and randomly allocates a position number.
Step 105: the main control device sends a card storage instruction.
Step 106: the card is stored in the card box corresponding to the allocated position number.
Step 107: the main control device sets the card mark bit of the card box to be in a card state.
Step 108: the bank staff can input the information of the type of the bank card (new card, customized card, old and new credit card, etc.), if the type of the bank card is not the new card (for example, the old card of the user is replaced due and the new credit card is taken by himself on the reserved site), the bank staff also needs to further input the information of the user identification card corresponding to the card.
Step 109: the main control device binds and associates the information such as the card type, the card number, the corresponding card box position number and the like, and jumps back to the step 101.
FIG. 8 is a schematic diagram of a user handling a new credit card transaction process, which is described in detail below:
step 201: the device is in a business service mode and waits for a user business handling request.
The illustration describes a business scenario in which a user changes an old credit card due and has reserved a field to pick up a new credit card by himself. At this time, the user selects a service mode for changing the new credit card in the equipment function interface, and places the identity card in the identity verification module for identity verification according to the prompt.
Step 202: if the authentication is passed, the process jumps to step 203, and if not, step 210 is performed.
Step 203: under the service flow of picking up new credit card, the main control device picks up the credit card number of the corresponding user according to the user ID card number.
Step 204: the main control device calls the corresponding card box position number according to the binding association relation and the card number.
Step 205: the main control device sends a card issuing instruction to the card receiving and sending device.
Step 206: the card receiving and transmitting device successfully takes out the card according to the card box position number and sends the card into the card reading device, the card reading device checks the card number information of the card, if the card number information is correct, the step 207 is skipped, if the card number information is wrong, the step 211 is executed.
Step 207: and sending the card out of the card reading device.
Step 208: the user takes the card.
Step 209: the main control device sets the card mark bit of the fetched card box to be in a card-free state, and clears the binding associated information of the card box.
Step 210: identity verification failure information is returned and the process jumps to step 201.
Step 211: and (5) carrying out error processing, wherein the equipment pauses service and waits for bank staff to process.
For a schematic flow chart of the business process of the online customized bank card self-fetching request, please refer to the above steps 201 to 211 for details.
FIG. 9 is a flow chart of a business for a user to transact and pick up a new card, which is described in detail as follows:
step 301: the device is in a business service mode and waits for a user business handling request.
The illustration describes a business scenario in which a user transacts and obtains a new card on site. At the moment, the user selects a business mode for handling the new card in the equipment function interface, and places the identity card in the identity verification module for identity verification according to the prompt.
Step 302: if the authentication is passed, the process goes to step 303, and if it is not passed, step 301 is executed.
Step 303: under the business process of handling and picking up a new card, the user is prompted to input relevant information on the touch screen, including information such as mobile phone numbers, addresses and the like.
Step 304: the main control device transmits the relevant information of the user to the handheld business processing terminal of the bank staff for verification.
Step 305: if the information verification is passed, the process jumps to step 306, and if not, step 313 is performed.
Step 306: the main control device invokes the card box position numbers with all the types of the placed cards being new cards and the card mark positions being in a card state according to the binding association relation, and randomly selects one card box position number.
Step 307: the main control device sends a card issuing instruction to the card receiving and sending device.
Step 308: the card receiving and transmitting device successfully takes out the card according to the card box position number and sends the card into the card reading device, the card reading device checks the card number information of the card, if the card number information is correct, the step 309 is skipped, if the card number information is wrong, the step 314 is executed.
Step 309: and sending the card out of the card reading device.
Step 310: the user takes the card.
Step 311: the main control device sets the card mark bit of the fetched card box to be in a card-free state, and clears the binding associated information of the card box. Meanwhile, the main control device associates the user identity information with the card number and uploads the user identity information and the card number to the host.
Step 312: identity verification failure information is returned and the process goes to step 301.
Step 313: an error message is displayed and the process jumps to step 301.
Step 314: and (5) carrying out error processing, wherein the equipment pauses service and waits for bank staff to process.
The card issuing device capable of issuing multiple card types can automatically store a certain number of bank cards of the same type or different types in the tower type card box through simple operation of bank staff by utilizing the design of the autorotation tower type card box and the intelligent manipulator card storing and fetching technology, and the main control device simultaneously records the position of each bank card in the tower type card box. When the actual business is carried out, the main control device carries out corresponding processing according to the specific requirements of the user, and the bank card required by the user at the appointed position in the tower-type card box is automatically taken out.
The intelligent card issuing equipment for issuing the multi-card type cards provided by the embodiment of the invention is configured by a bank to realize issuing of various types of bank cards, so that the bank provides more flexible bank card business services, the user requirements are better met, and meanwhile, promotion effect on popularization and issuing of various bank cards by the bank is realized.
The technical scheme provided by the embodiment of the invention achieves the following beneficial technical effects:
(1) The functionality is strong: through the design of the autorotation tower type card box, on the one hand, on the premise that the equipment size is not changed greatly, the access and the distribution of different types of bank cards with a large number are realized, the application of the equipment is widened, the use efficiency and the flexibility of the equipment are improved, more bank services than those of the traditional card sender can be provided, and the requirements of users are better met.
(2) The practicability is strong: the autorotation tower type clamping box is combined with the intelligent manipulator, and is relatively simple in structure and high in usability.
It will be apparent to those skilled in the art that the modules or steps of the embodiments of the invention described above may be implemented in a general purpose computing device, they may be concentrated on a single computing device, or distributed across a network of computing devices, they may alternatively be implemented in program code executable by computing devices, so that they may be stored in a storage device for execution by computing devices, and in some cases, the steps shown or described may be performed in a different order than what is shown or described, or they may be separately fabricated into individual integrated circuit modules, or a plurality of modules or steps in them may be fabricated into a single integrated circuit module. Thus, embodiments of the invention are not limited to any specific combination of hardware and software.
The above description is only of the preferred embodiments of the present invention and is not intended to limit the present invention, and various modifications and variations can be made to the embodiments of the present invention by those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (9)
1. A multi-card dispensing apparatus, comprising: the device comprises a receiving device, a main control device, an identity recognition device and a card issuing mechanism; the card issuing mechanism comprises: self-rotating tower type clamping box and intelligent manipulator; the autorotation tower type card box comprises a plurality of card boxes for storing different types of bank cards, and each card box is provided with a card box position number; wherein:
the receiving device is used for receiving a card handling request input by a user;
the main control device is connected with the core banking system and the receiving device and is used for receiving the card handling request, sending the card handling request to the core banking system and receiving card handling operation requirement information sent by the core banking system;
the identity recognition device is used for reading the identity information of the user according to the card handling operation requirement information and sending the identity information to the main control device;
the main control device is also used for sending the identity information to a core bank system, after receiving the information that the verification request of the core bank system passes, selecting a bank card meeting the user requirement type from a plurality of card boxes according to the type of the bank card to be handled in the card handling request and the binding relation between the type of the bank card and the position number of the card box, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the position number of the card box corresponding to the selected bank card;
a self-rotating tower cartridge comprising: the device comprises a central shaft, a first motor and a plurality of cartridge groups; wherein: the plurality of card box groups are connected with the central shaft, each card box group comprises a plurality of card boxes, and each card box is provided with a first transmission mechanism for transmitting bank cards; the first motor is in axial driving connection with the central shaft and is used for driving the central shaft to rotate according to the hairpin instruction so as to drive the multiple card box groups to rotate, and the bank card in the card box corresponding to the card box position number is transmitted to the intelligent manipulator;
and the intelligent mechanical arm is used for transmitting the bank card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
2. The multi-card seed card issuing apparatus according to claim 1, wherein the receiving means is further for receiving a request for a new credit card exchange entered by a user;
the main control device is also used for receiving the request for changing the new credit card, sending the request for changing the new credit card to the core bank system, and receiving the operation requirement information of changing the new credit card sent by the core bank system;
the identity recognition device is also used for reading the identity information of the user according to the new credit card operation requirement information, and sending the identity information to the main control device;
the main control device is also used for sending the identity information to the core bank system, after receiving the information passing through the verification request of the core bank system, determining the card box position number of the new credit card required to be changed by the user according to the relation between the prestored identity information and the credit card number and the binding relation between the credit card number and the card box position number according to the identity information identified by the identity identification device, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the determined card box position number of the new credit card required to be changed by the user;
the autorotation tower type card box is also used for transmitting the credit card in the card box corresponding to the card box position number to the intelligent manipulator according to the received card issuing instruction;
the intelligent manipulator is also used for transmitting the credit card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
3. The multi-card seed card issuing device according to claim 1, wherein the receiving means is further configured to receive a request for online customized bank card self-fetching input by a user;
the main control device is also used for receiving the online customized bank card self-fetching request, sending the online customized bank card self-fetching request to the core bank system, and receiving online customized bank card self-fetching operation requirement information sent by the core bank system;
the identity recognition device is used for reading the identity information of the user according to the on-line customized bank card self-fetching operation requirement information and sending the identity information to the main control device;
the main control device is also used for sending the identity information to the core bank system, after receiving the information passing through the verification request of the core bank system, determining the card box position number of the user online customized bank card according to the relation between the pre-stored identity information and the online customized bank card number and the binding relation between the online customized bank card number and the card box position number according to the identity information identified by the identity identification device, and sending a card issuing instruction to the autorotation tower type card box, wherein the card issuing instruction comprises the determined card box position number of the user online customized bank card;
the autorotation tower type card box is also used for transmitting the online customized bank card in the card box corresponding to the card box position number to the intelligent mechanical arm according to the received card issuing instruction;
the intelligent mechanical arm is also used for transmitting the online customized bank card sent by the autorotation tower type card box to the card outlet according to the card issuing instruction.
4. The multi-card seed card issuing apparatus according to claim 1, wherein the receiving means is further configured to receive a card storing request input by a bank staff;
the multi-card seed card issuing device further comprises: the card reading device is used for reading the card number information of the bank card inserted by the bank staff and sending the card number information of the bank card inserted to the main control device;
the main control device is also used for receiving the card storage request, sending the card storage request to the core bank system, receiving the card box position number in the card-free state sent by the core bank system, determining the card box position number in the card-free state, and sending a card storage instruction to the autorotation tower type card box, wherein the card storage instruction comprises the determined card box position number in the card-free state;
the intelligent manipulator is also used for transmitting the bank card to the autorotation tower type card box according to the card storage instruction;
the autorotation tower type card box is also used for storing the bank card transmitted by the intelligent mechanical arm into the card box corresponding to the card box position number according to the card storage instruction;
the main control device is also used for binding the type of the bank card stored in the card box corresponding to the card box position number, the card number and the card box position number, and sending the binding relation to the core bank system.
5. The multi-card seed card issuing apparatus according to claim 1, wherein the intelligent robot comprises: the device comprises a longitudinal shaft, a second motor, a conveying card box, a first rail and a second rail; wherein:
a first end of the longitudinal shaft is connected with the first rail, and a second end is connected with the second rail;
the conveying card box is arranged on the longitudinal shaft, and a second transmission mechanism for conveying the bank card is arranged in the conveying card box;
the second motor is used for driving the first rail and the second rail to move and driving the longitudinal shaft to move between the autorotation tower-type clamping box and the bayonet.
6. The multi-card seed card issuing apparatus according to claim 5, wherein the intelligent manipulator further comprises:
and the third motor is in driving connection with the conveying card box and is used for driving the conveying card box to move up and down along the longitudinal shaft.
7. The multi-seed card issuing apparatus according to claim 1, wherein the receiving means includes one or a combination of:
the display device is connected with the main control device and is a display with a touch screen and is used for receiving or displaying the card handling request and the card handling operation requirement information, receiving or displaying the card handling information input by a user according to the card handling operation requirement information and sending the card handling request and the card handling information to the main control device;
and the keyboard input device is connected with the main control device and is used for receiving the card handling request and the card handling information and transmitting the card handling request and the card handling information to the main control device.
8. The multi-seed card issuing apparatus according to claim 1, further comprising: the safe is arranged outside the autorotation tower type clamping box and the intelligent manipulator; the safe is provided with a card conveying port for conveying the bank card between the intelligent manipulator and the card outlet port.
9. The multi-card seed card issuing apparatus according to claim 1, wherein the main control device is connected with the core banking system through a hand-held service processing terminal.
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| CN109871924A (en) * | 2019-02-26 | 2019-06-11 | 浪潮金融信息技术有限公司 | A kind of method that silver cures adaptation card machine and card media in way system |
| CN111341008B (en) * | 2020-03-06 | 2021-10-15 | 中国建设银行股份有限公司 | Automatic financial object delivery method and edge server |
| CN111951494A (en) * | 2020-07-21 | 2020-11-17 | 浪潮金融信息技术有限公司 | Multi-card-type instant card making system |
| CN114408427A (en) * | 2022-01-28 | 2022-04-29 | 珠海世纪鼎利科技股份有限公司 | Seal card grabbing and conveying device, seal card cabinet storage and seal card access method |
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