CN106970547A - Smart card card maker control system and method - Google Patents
Smart card card maker control system and method Download PDFInfo
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- CN106970547A CN106970547A CN201710358436.1A CN201710358436A CN106970547A CN 106970547 A CN106970547 A CN 106970547A CN 201710358436 A CN201710358436 A CN 201710358436A CN 106970547 A CN106970547 A CN 106970547A
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- 238000000034 method Methods 0.000 title claims abstract description 20
- 238000004519 manufacturing process Methods 0.000 claims abstract description 199
- 238000012544 monitoring process Methods 0.000 claims abstract description 34
- 238000012545 processing Methods 0.000 claims abstract description 30
- 238000004891 communication Methods 0.000 claims description 8
- 238000012790 confirmation Methods 0.000 claims description 7
- 230000003993 interaction Effects 0.000 claims 1
- 230000007246 mechanism Effects 0.000 description 20
- 238000007726 management method Methods 0.000 description 13
- 230000002159 abnormal effect Effects 0.000 description 7
- 230000005540 biological transmission Effects 0.000 description 7
- 238000012423 maintenance Methods 0.000 description 5
- 230000008859 change Effects 0.000 description 4
- 230000008569 process Effects 0.000 description 3
- 230000004044 response Effects 0.000 description 2
- 238000013500 data storage Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000006870 function Effects 0.000 description 1
- 238000005259 measurement Methods 0.000 description 1
- 230000009467 reduction Effects 0.000 description 1
Classifications
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
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Abstract
The present invention provides a kind of smart card card maker control system and method, the system includes management center server and thin client, management center server includes task processing server and device management server thin client includes control server, and control server is used to receive the fabrication solicited message that task processing server is sent；Also include fabrication server, fabrication server is electrically connected with control server, and for receiving the fabrication numbering data in the fabrication solicited message that control server is sent, fabrication server obtains after fabrication data from management center server, fabrication data is sent to card maker；Also include monitoring of tools server, monitoring of tools server receives the status data of card maker, status data is sent to device management server.This method realizes the control to smart card card maker including the use of above-mentioned control system.Fabrication data quickly can be written to smart card by the present invention, and the input of card maker is very convenient with exiting.
Description
Technical field
The present invention relates to field of intelligent cards, control system and fabrication more particularly, to a kind of smart card card maker are set
Standby control method.
Background technology
Smart card, which is also known as in chip, IC-card or CPU card, smart card, is generally integrated a chip, and chip can be run
The operating system COS of smart card, and various application modules can be run in the operating system of smart card, such as pay
Application module so that smart card possesses payment function.It is many to smart card write-in due to being needed in smart card production process
Kind of data, if desired for write-in initialization data, pre- personal data and personal data, therefore the production process bag of smart card
Include manufacture card base process, in addition to smart card write data process.
, it is necessary to write data to the chip on each Zhang Kaji using card maker when writing data to smart card, due to
The data of smart card are provided by card sending mechanism, therefore card maker needs to obtain from the server of card sending mechanism by network
Fabrication data are taken, and fabrication data are written in corresponding smart card.
Generally, card sending mechanism is bank, bus company, purchase card card sending mechanism etc., and these mechanisms will be every by network
The data of one sheet smart card are sent to multiple manufacturers, and manufacturer is usually provided with many card makers, and card maker leads to
The dedicated network for crossing encryption is obtained after fabrication data, and fabrication data are written in the chip of smart card.
Because the security requirement of fabrication data is high, therefore the server of card sending mechanism is needed in real time to card maker
Data are sent, card maker is received needs that received data is written in smart card immediately after data.But, if system
There are abnormal conditions in card apparatus, causes the write-in failure of fabrication data, it is necessary to which the server of card sending mechanism resends data.So
And, present situation is that the server of card sending mechanism is often difficult to the running status of monitoring card maker in real time, leads to not standard
Really, the running situation of card maker is obtained in time, when abnormal conditions occurs in card maker, it would still be possible to continue to card maker
Send fabrication data, be so easily caused the risk of fabrication data leak, also easily mistake think response fabrication data
Through being successfully written in smart card, cause fabrication mistake.
Further, since communicated between the server and card maker of card sending mechanism by dedicated network, therefore fabrication
The increase or reduction of equipment are all not easy very much, very unfavorable with exiting to the equipment investment of manufacturer.
The content of the invention
The problem of in order to solve above-mentioned, the main object of the present invention be to provide one kind can in time by fabrication data send to
Card maker and can monitor card maker running status smart card card maker control system.
It is a further object of the present invention to provide a kind of smart card card maker for ensuring that intelligent card data is timely, being correctly written in
Control method.
To realize above-mentioned main purpose, the control system for the smart card card maker that the present invention is provided includes administrative center
Server and thin client, management center server include task processing server and device management server thin client
Including control server, control server is used to receive the fabrication solicited message that task processing server is sent；Also include fabrication
Server, fabrication server is electrically connected with control server, and for receiving in the fabrication solicited message that control server is sent
Fabrication numbering data, and fabrication server from management center server obtain fabrication data after, fabrication data are sent to system
Card apparatus；Also include monitoring of tools server, monitoring of tools server receives the status data of card maker, and by status number
According to transmission to device management server.
From such scheme, the management center server of card sending mechanism can be by task processing server by fabrication number
According to sending to thin client, card maker is then sent data to by thin client, certainly, thin client can with it is many
Platform card maker connects and obtains the running status of many card makers, or sends fabrication data to many card makers.
So, the fabrication data of management center server timely can be sent to card maker by thin client, and in fabrication
When abnormal conditions occurs in equipment, the running state data of card maker can timely be sent to administrative center and taken by thin client
Business device, management center server can timely obtain the running state data of each card maker, determine whether to need
Continue to send card maker to card maker, so that it is guaranteed that transmitted fabrication data can correctly be written to smart card
Chip in.
Further, since card maker is not directly to be communicated with management center server, but pass through thin client
Communicated, therefore the manufacturer of smart card only needs to set one or many thin clients, card maker can connect
It is connected on thin client, for example, thin client and card maker is arranged in a LAN, so, the input of card maker
It is very convenient with exiting.
One preferred scheme is that thin client is provided with USB interface, and fabrication server is set by USB interface with fabrication
Standby communication.
As can be seen here, thin client is communicated by USB interface with card maker, it is ensured that thin client and card maker
Between communication in time, it is smooth, compared to communication, the security of USB interface is higher, and communication speed can be obtained
Ensure.
Further scheme is that monitoring of tools server is communicated by USB interface and card maker.Due to monitoring of tools clothes
It is also to be communicated by USB interface to be engaged between device and card maker, it can be ensured that monitoring of tools server can be obtained in time
The running state data of card maker.In addition, thin client can set a USB interface, fabrication server and Supervision
Control server can share a USB interface and be communicated with card maker, can so reduce the quantity of USB interface.Or,
Fabrication server and monitoring of tools server are respectively communicated using a USB interface with card maker, so may insure
Communication quality between fabrication server and card maker, is also ensured that logical between monitoring of tools server and card maker
Interrogate quality.
To realize above-mentioned another object, the control method for the smart card card maker that the present invention is provided includes administrative center
The task processing server of server sends fabrication solicited message to thin client, and the control server of thin client receives fabrication
After solicited message, the fabrication numbering data of fabrication solicited message are sent to the fabrication server of thin client；Fabrication server
Fabrication data are obtained from task processing server, fabrication data are sent to card maker, card maker writes fabrication data
Into smart card；Monitoring of tools server on thin client obtains the running state data of card maker, and by running status
Data are sent to the device management server of management center server.
From such scheme, management center server can be sent fabrication data to thin by task processing server
Client computer, card maker is sent data to by thin client, so, and the fabrication data of management center server can be timely
Sent by thin client to card maker.Also, when there are abnormal conditions in card maker, thin client can timely by
The running state data of card maker is sent to management center server, and management center server can timely obtain each
The running state data of card maker, determines whether to need to continue to send card maker to card maker, so that it is guaranteed that institute
The fabrication data of transmission correctly can be written in the chip of smart card.
One preferred scheme is that control server is received after fabrication solicited message, judges setting in fabrication solicited message
Whether standby coding is consistent with the device coding of thin client, such as inconsistent, then ignores fabrication solicited message.
As can be seen here, control server is received after fabrication solicited message, it is necessary to which checking the coding of fabrication solicited message is
It is no consistent with the device coding of itself, so that it is guaranteed that the fabrication number that the fabrication data received, which are the thin clients, to be received
According to so as to avoid passing through the fabrication data of card maker write error.
Further scheme is that fabrication server sends fabrication data to card maker, to task processing server
Send fabrication data and send confirmation, also, task processing server receives fabrication data and sent after confirmation, and will be right
The fabrication data markers answered are to have sent data.
It can be seen that, fabrication server feeds back the information that fabrication data send confirmation, Ke Yirang to task processing server in time
Which fabrication data management center server records in time has been sent, it is to avoid the repetition of fabrication data is sent.
Further scheme is that running state data at least includes fabrication status data, card maker status data, card
One in piece status data, card maker consumptive material status data.
As can be seen here, monitoring of tools server feeds back the current operation of such as card maker to equipment control in time without service
The data such as state, fabrication state, card mode, can effectively allow device management server to obtain the shape of current card maker
State, so as to find the abnormal conditions of card maker in time, sending card maker for management center server provides foundation.
Brief description of the drawings
Fig. 1 is the structured flowchart of the control system embodiment of smart card card maker of the present invention.
Fig. 2 is the flow chart of the control method embodiment of smart card card maker of the present invention.
Below in conjunction with drawings and Examples, the invention will be further described.
Embodiment
The control system of the smart card card maker of the present invention is used to be controlled the card maker of smart card, including to
The card maker of smart card sends fabrication data, and monitors the running status of card maker.The smart card fabrication of the present invention is set
Standby control method exactly application control system realizes the control to card maker.
When making smart card, the manufacturer of smart card needs the initial data that the card sending mechanism for obtaining smart card is provided,
These initial data may be constructed fabrication data, or be used as a part of data of fabrication data.Card sending mechanism is typically bank
Deng the card sending mechanism of debit card, credit card, and the initial data that bank provides can include the data for needing to write to smart card,
Card number, card property, the smart card of such as smart card need application program to be mounted.The manufacturer of smart card receives hair fastener
, it is necessary to which the data that card sending mechanism is provided are written in smart card after the data that mechanism is provided.
Referring to Fig. 1, the fabrication data storage of card sending mechanism on management center server 10, management center server 10 by
Card sending mechanism is managed, and management center server 10 includes task processing server 11 and device management server 12, wherein
Task processing server 11 is used to be managed fabrication task, including sends fabrication data, monitors the process of fabrication task.And
Device management server 12 is then used to be monitored the running status of card maker 30, in order to which operation maintenance personnel passes through in management
Central server 10 understands the state of card maker 30 in time.
The manufacturer of smart card is provided with thin client 20 and card maker 30, the present embodiment, a smart card
Manufacturer can set many thin clients 20, and the smart card factory that management center server 10 can be different from many
The thin client 20 of family is communicated.Namely management center server 10 can be communicated with multiple thin clients 20, and
These thin clients 20 can be the thin client that same smart card manufacturer uses or many different productions
The thin client that producer uses.
Thin client 20 includes at least one Embedded chip, and is provided with memory etc..It is each in the present embodiment
Platform thin client 20 includes a control server 21, fabrication server 22 and monitoring of tools server 23, wherein, control clothes
Business device 21 can be a chip being arranged in thin client 20, and control server 21 has independent service ability, can
To be communicated with management center server 10.It is preferred that, the communication between task processing server 11 and control server 21
(Message Queuing Telemetry Transport, MQTT) agreement, task processing are transmitted using message queue remote measurement
Server 11 is used to send fabrication solicited message to control server 21, is sent out with the data for informing the fabrication in need of thin client 20
Deliver to thin client 20.
Control server 21 is received after fabrication solicited message, and fabrication solicited message is sent to fabrication server 22, system
Card server 22 is received after fabrication solicited message, will recognize the device coding in fabrication solicited message, if fabrication request letter
Device coding in breath is identical with the device coding of current thin client 20, then judges management center server 10 to current thin
Client computer 20 sends fabrication solicited message, and otherwise, judging management center server 10 is sent to current thin client 20
Fabrication solicited message, then ignore currently received fabrication solicited message.
Fabrication server 22 is received after fabrication solicited message, and information is sent to task processing server 11, to ask to obtain
Take fabrication data.Because the security requirement of fabrication data is high, thus management center server 10 and fabrication server 22 it
Between communicated by encrypted tunnel, for example communicated by HPPTS encrypted tunnels.Task processing server 11 is also to pass through
Encrypted tunnel sends fabrication data to fabrication server 22, and fabrication data include the data of each sheet smart card, such as individualizedization
Data and pre- personal data etc..
Fabrication server 22 is received after fabrication data, and fabrication data are sent to card maker 30.In the present embodiment, one
Platform thin client 20 can be connected and be communicated with many card makers 30.It is preferred that, it is provided with USB on thin client 20
Interface, thin client 20 is communicated by USB interface with card maker 30, therefore between thin client 20 and card maker 30
Be wired connection and communicated, therefore ensure that data transmission security between thin client 20 and card maker 30 and
Message transmission rate.
Card maker 30 is received after fabrication data, and fabrication data are written in the chip of smart card, so as to realize intelligence
The writing operation that can block.In the present embodiment, monitoring of tools is provided with the operation of card maker 30, thin client 20 to monitor
Server 23, card maker 30 sends the current status data of card maker 30 to monitoring of tools service in card production course
Device 23.It is preferred that, monitoring of tools server 23 is also to be communicated by USB interface with card maker 30, it is ensured that the stream of communication
Smooth property.
For example, setting a USB interface on thin client 20, fabrication server 22 and monitoring of tools server 23 lead to
The USB interface is crossed to be communicated with card maker 30.Or, multiple USB interfaces, fabrication server are set on thin client 20
22 are communicated by a USB interface and card maker 30, and monitoring of tools server 23 passes through another USB interface and system
Card apparatus 30 is communicated.
Monitoring of tools server 23 is obtained after the current running state data of card maker 30, by the operation of card maker 30
Status data is sent to the device management server 12 of management center server 10.So, the operation maintenance personnel of card sending mechanism
Easily to obtain the running status that card maker 30 is current, and once find that abnormal conditions occurs in card maker 30, you can
To be quickly controlled to task processing server 11, to avoid continuing sending fabrication data to the card maker 30.
In the present embodiment, monitoring of tools server 23 is also to be communicated by encrypted tunnel with device management server 12
, data are for example sent by HPPTS encrypted tunnels, to ensure the security of transmitted data.
The control method realized with reference to Fig. 2 control systems for introducing smart card card maker.First, in management
Central server is got after fabrication data, is sent fabrication solicited message to thin client by task processing server, that is, is performed
Step S1.Generally, fabrication data are sent on management center server by card sending mechanism, and management center server receives fabrication
After data, i.e., send fabrication solicited message to thin client.Because management center server can be sent to many thin clients
Fabrication solicited message, but only that wherein one thin client response fabrication solicited message.Therefore, administrative center services
The fabrication solicited message that device is sent includes device coding, and the device coding is the device coding of a certain bar thin client.
Thin client is received after fabrication solicited message, and the equipment obtained by control server in the fabrication solicited message is compiled
Code, checks whether identification coding is consistent with the device coding of thin client, if consistent with the device coding of thin client, table
Show that management center server sends fabrication solicited message to the thin client, if it is inconsistent, received system can be ignored
Card solicited message.
If the device coding that the fabrication solicited message that thin client is received is included is identical with the device coding of oneself,
The fabrication solicited message is sent from control server to fabrication server, that is, performs step S2.Fabrication server receives fabrication
Solicited message, that is, obtain fabrication task, it is therefore desirable to obtains the fabrication data that card sending mechanism is provided from management center server,
In order to which fabrication data are written in smart card.Also, fabrication data also include fabrication numbering data, in order to be asked to fabrication
Ask the identification of information.
Therefore, after fabrication server receives fabrication solicited message, step S3 is performed, is sent to management center server
Solicited message, transmitted solicited message includes fabrication numbering data.Task processing server is received after solicited message, root
Sent according to the corresponding fabrication data of fabrication numbering data search, and by the fabrication data found to fabrication server.It is preferred that
, task processing server is sent fabrication data to fabrication server by encrypted tunnel, such as will by HPPTS encrypted tunnels
Fabrication data are sent to fabrication server, so that it is guaranteed that the transmission safety of fabrication data.
Fabrication server is received after fabrication data, performs step S4, and fabrication data, card maker are sent to card maker
Receive after fabrication data, the fabrication data received are written in the chip of smart card.Also, fabrication server receives system
After card data, in addition it is also necessary to send fabrication data to task processing server and send confirmation, to represent the success of fabrication server
Receive fabrication data.Task processing server receives fabrication data and sent after confirmation, by corresponding fabrication data markers
To have sent data, that is, record corresponding fabrication data and sent success, it is to avoid be follow-up to repeat to send fabrication data.This
In embodiment, fabrication server is connected by USB interface with card maker, thereby, it is ensured that fabrication data can safely, quickly
It is transferred to card maker.
When card maker is run, monitoring of tools server obtains the running state data of card maker, that is, performs step
S5.In the present embodiment, the card maker status data acquired in monitoring of tools server includes fabrication status data, card maker
Status data, card mode data, card maker consumptive material status data are medium, can be one in above-mentioned data, can also
It is multiple in above-mentioned data.Wherein, the consumptive material status data of card maker can include the colour band service condition of card maker
Etc. data, in addition, monitoring of tools server can also monitor the essential information for the card base deposited on card maker, such as card radix
According to, version etc..
In the present embodiment, monitoring of tools server is communicated by the USB interface on thin client and card maker, from
And ensure the running state information of card maker and quickly transmit into monitoring of tools server.For example, being set on thin client
One USB interface, fabrication server and monitoring of tools server share a USB interface and using the USB interface and system
Card server is communicated.Or, multiple USB interfaces are set on thin client, and fabrication server uses a USB interface and system
Card apparatus is communicated, and monitoring of tools server is communicated using another USB interface and card maker.
Finally, monitoring of tools server performs step S6, by the status data transfers of the card maker of acquisition into managing
The device management server of central server, so, operation maintenance personnel can obtain card maker by device management server in time
Running state data, once abnormal conditions occurs in card maker, operation maintenance personnel is that can be obtained by device management server
Corresponding information, and stopped from task processing server to corresponding thin client transmission fabrication data, it is to avoid the system of transmission
Card data can not be written in smart card in time.
In the present embodiment, thin client can be arranged in a LAN with card maker, so, the production of smart card
Producer can set one or many card makers in LAN according to actual needs, and operation maintenance personnel can be with very convenient
Understanding each card maker running status, so that timely different fabrication data are sent to suitable Thin clients
Machine, to ensure that fabrication data timely can be written in smart card.
It can be seen that, by the control system of smart card card maker, especially set after thin client, can allow fabrication data
Quickly it is transferred on card maker, card maker can also be allowed efficiently to put into and exit, the running status of card maker
Data also can be transmitted quickly to management center server, be conducive to the quick Fabrication of smart card.
Certainly, above-described embodiment is only the preferred embodiment of the present invention, during practical application, and the present invention is also more
Change, for example, the running status number acquired in the change of the quantity for the USB interface that thin client is set, monitoring of tools server
According to change, such change can also realize the purpose of the present invention.
Claims (10)
1. the control system of smart card card maker, including：
Management center server, including task processing server and device management server；
It is characterized in that：
The control system also includes thin client, and the thin client includes
Server is controlled, the control server is used to receive the fabrication solicited message that the task processing server is sent；
Fabrication server, the fabrication server is electrically connected with the control server, and for receiving the control server
Fabrication numbering data in the fabrication solicited message sent, and the fabrication server obtains system from the management center server
After card data, the fabrication data are sent to card maker；
Monitoring of tools server, the monitoring of tools server receives the status data of the card maker, and by the shape
State data are sent to the device management server.
2. the control system of smart card card maker according to claim 1, it is characterised in that：
The thin client is provided with USB interface, and the fabrication server is led to by the USB interface and the card maker
News.
3. the control system of smart card card maker according to claim 2, it is characterised in that：
The monitoring of tools server is communicated by the USB interface and the card maker.
4. the control method of smart card card maker, it is characterised in that including：
The task processing server of management center server sends fabrication solicited message, the control of the thin client to thin client
Control server is received after the fabrication solicited message, and the fabrication numbering data of the fabrication solicited message are sent to the thin visitor
The fabrication server of family machine；
The fabrication server obtains fabrication data from the task processing server, and the fabrication data are sent to fabrication and set
Standby, the fabrication data are written in smart card by the card maker；
Monitoring of tools server on the thin client obtains the running state data of the card maker, and by the operation
Status data is sent to the device management server of the management center server.
5. the control method of smart card card maker according to claim 4, it is characterised in that：
The control server is received after the fabrication solicited message, judges whether is device coding in the fabrication solicited message
It is consistent with the device coding of the thin client, it is such as inconsistent, then ignore the fabrication solicited message.
6. the control method of the smart card card maker according to claim 4 or 5, it is characterised in that：
The fabrication server sends the fabrication data to the card maker, is sent to the task processing server
Fabrication data send confirmation.
7. the control method of smart card card maker according to claim 6, it is characterised in that：
The task processing server receives the fabrication data and sent after confirmation, is by corresponding fabrication data markers
Data are sent.
8. the control method of the smart card card maker according to claim 4 or 5, it is characterised in that：
The running state data is at least set including fabrication status data, card maker status data, card mode data, fabrication
One in standby consumptive material status data.
9. the control method of the smart card card maker according to claim 4 or 5, it is characterised in that：
Data interaction is carried out by encrypted tunnel between the management center server and the thin client.
10. the control method of the smart card card maker according to claim 4 or 5, it is characterised in that：
The thin client is provided with USB interface, and the fabrication server is led to by the USB interface and the card maker
News, and the monitoring of tools server passes through the USB interface and card maker communication.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201710358436.1A CN106970547A (en) | 2017-05-19 | 2017-05-19 | Smart card card maker control system and method |
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| CN201710358436.1A CN106970547A (en) | 2017-05-19 | 2017-05-19 | Smart card card maker control system and method |
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| CN113205650A (en) * | 2021-04-27 | 2021-08-03 | 中国工商银行股份有限公司 | Self-service card making method and device, computer equipment and readable storage medium |
| CN114529392A (en) * | 2022-01-28 | 2022-05-24 | 上海皓卡网络技术有限公司 | AI-based remote data control card issuing system |
| CN115829307A (en) * | 2022-12-30 | 2023-03-21 | 东信和平科技股份有限公司 | Automatic production method and device of smart card and readable storage medium |
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