CN102609754A - Smart card control board, smart card control node, smart card control subnet and smart card control warehouse - Google Patents
Smart card control board, smart card control node, smart card control subnet and smart card control warehouse Download PDFInfo
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- CN102609754A CN102609754A CN2012100310263A CN201210031026A CN102609754A CN 102609754 A CN102609754 A CN 102609754A CN 2012100310263 A CN2012100310263 A CN 2012100310263A CN 201210031026 A CN201210031026 A CN 201210031026A CN 102609754 A CN102609754 A CN 102609754A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K19/00—Record carriers for use with machines and with at least a part designed to carry digital markings
- G06K19/06—Record carriers for use with machines and with at least a part designed to carry digital markings characterised by the kind of the digital marking, e.g. shape, nature, code
- G06K19/067—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components
- G06K19/07—Record carriers with conductive marks, printed circuits or semiconductor circuit elements, e.g. credit or identity cards also with resonating or responding marks without active components with integrated circuit chips
- G06K19/077—Constructional details, e.g. mounting of circuits in the carrier
- G06K19/07716—Constructional details, e.g. mounting of circuits in the carrier the record carrier comprising means for customization, e.g. being arranged for personalization in batch
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Abstract
The invention provides a smart card control board comprising a plurality of smart card hardware interfaces, a control board control chip, and a seat slot interface of the smart card control board; provides a smart card control node comprising a plurality of smart card control boards, a smart card control main board, an internal wiring network, and an external interface of the smart card control node; provides a smart card control subnet comprising a smart card control station, the smart card control node, and a smart card cable deployment network; and provides a smart card control warehouse comprising the smart card control subnet and an application server. Therefore, the mode of flexibly selecting and connecting card reading devices in batches can be realized, the one-to-one card reading mode is avoided, and therefore, the number of controlled smart cards is greatly increased, and the networking cost is reduced.
Description
Technical field
The present invention relates to field of intelligent cards, particularly a kind of smart card control panel, smart card Control Node, smart card control subnet and smart card control warehouse.
Background technology
Smart card has been widely used in different field; General all is that fixing purposes is arranged; Such as: the SIM/USIM card is used for the communications field, fiscard is used for financial field etc.; Therefore use the smart card must be corresponding to fixing equipment, such as: SIM/USIM is stuck on the mobile phone and uses, and fiscard uses on financial POS machine.Realize read-write control if desired on computers to smart card; Generally be to realize through smart card reader; But use smart card reader that very large limitation is arranged: at first; Must directly connect, computing machine need be read and write smart card, must be through the direct connection of intelligent card reader of external hardware interface (common interfaces such as serial ports, parallel port, USB); Secondly, only can serve one to one, promptly a card reader can only need simultaneously a plurality of smart cards to be controlled to a sheet smart card service, must connect a plurality of smart card readers simultaneously.As shown in Figure 1, be the be connected synoptic diagram of computing machine in the prior art with smart card reader, a computing machine 11 has connected two smart card readers 111; 112, each card reader 111,112 all only can be inserted a sheet smart card 1111; 1121; Therefore, this computing machine 11 just can only be controlled two sheet smart cards 1111,1121 simultaneously.Because external hardware interface (common interfaces such as serial ports, parallel port, the USB) limited amount of computing machine; The smart card reader that therefore can connect simultaneously at most also is limited; Even use expansion equipment as the usb hub; Interface quantity that can expansion also is limited, can not be simultaneously tens or more intelligent be sticked into row and controls; Once more, the cost of networking is high, if desired a large amount of smart cards is concentrated read-write, and that just must be to the smart card reader networking.As shown in Figure 2, be the operational network structural representation of intelligent card reader in the prior art, every computing machine 21; 22,23 only can connect tens limited smart card readers 211,212; 221,222,231; 231 etc., every computing machine connects the internet, and application server 24 connects bigger smart card of each terminal computer composition and controls network 20; But the capacity of this kind network also is limited, and the expansion amount can only be the hundreds of order of magnitude, and numerous terminal computers and card reader can make the cost of networking very high.Therefore, need further improvement.
Summary of the invention
The object of the invention is intended to solve at least one of above-mentioned technological deficiency; A kind of smart card control panel, smart card Control Node, smart card control subnet and smart card control warehouse have been proposed; Realized selecting flexibly to connect card-reading apparatus mode, break away from man-to-man Card Reader mode, enlarged in check smart card quantity and the cheap purpose of networking cost greatly.
According to an aspect of the present invention, proposed a kind of smart card control panel, having comprised: a plurality of smart card hardware interfaces are used to insert smart card; The control panel control chip is used for controlling the read-write of said smart card through driving and host-host protocol to realizing on each said smart card hardware interface; The base slots interface of smart card control panel is as the external hardware interface that connects out from said control panel control chip.
The present invention also proposes a kind of smart card control panel, comprises, a plurality of smart card hardware interfaces with smart card reader chip are used to insert smart card and driving and the host-host protocol of realizing said smart card hardware interface; The control panel control chip is used for the data forwarding of said smart card is gone out; The base slots interface of smart card control panel is as the external hardware interface that connects out from said control panel control chip.
The invention allows for a kind of smart card Control Node, comprising: the smart card control main board, can insert a plurality of smart card control panels, be used to hold and be connected said smart card control panel; The internal wiring network is used to connect said a plurality of smart card control panel; And the external interface of smart card Control Node, be arranged on the smart card control main board, be used to provide said smart card Control Node and extraneous being connected.
Wherein, In the connection that interweaves in twos of a plurality of smart card control panels described in the said Control Node; Cause part smart card control panel can't transmit information to avoid wherein certain bar connection to break off, four smart card control panels that are positioned at two ends are connected on the external interface of said smart card Control Node.
The present invention also proposes a kind of smart card Control Node; Comprise: the smart card control main board that has the mainboard control chip; Can insert a plurality of smart card control panels; Be used to hold, connect and control said a plurality of smart card control panel and provide and extraneous interface of communicating by letter, said mainboard control chip is to the said a plurality of smart card control panels of inner control, and is used for correspondence with foreign country; The internal wiring network is used to connect said a plurality of smart card control panel; And the external interface of smart card Control Node, be arranged on the smart card control main board, be used to provide said smart card Control Node and extraneous being connected.
Wherein, Said internal wiring network is directly to connect; The connection that interweaves in twos of said a plurality of smart card control panels in said Control Node; Cause part smart card control panel can't transmit information to avoid wherein certain bar connection to break off, four smart card control panels that are positioned at two ends connect said mainboard control chip, and said mainboard control chip is connected on the external interface of said smart card Control Node.
Wherein, Said internal wiring network is that bus or inner Ethernet connect; Be connected to bus or inner Ethernet at a plurality of smart card control panels described in the said Control Node and said mainboard control chip, the external interface that said mainboard control chip is used for the connection of control bus or inner Ethernet and is connected to said smart card Control Node.
The present invention has further proposed a kind of smart card control subnet; Comprise; The smart card control desk is used to distribute and manage the home address that said smart card is controlled a plurality of smart card Control Node in the subnet, and the information that said smart card control subnet receives is done address resolution; And be sent to correct smart card Control Node, and send out after the data parsing encapsulation of the said smart card of the said smart card Control Node transmission that will receive; A plurality of smart card Control Node; The information that said smart card control desk does after the address resolution of passing through that is used for receiving is sent to correct smart card control panel, and the data of the said smart card that said smart card control panel is obtained send said smart card control desk to; The subnet routing network is used to connect a plurality of said smart card Control Node.
Wherein, said subnet routing network is connected in series, and said smart card Control Node directly connects adjacent smart card Control Node through the external interface of said smart card Control Node, and two smart card Control Node of head and the tail are connected to said smart card control desk.
Wherein, Said subnet routing network is directly to connect; Said smart card control desk comprises the external interface of a plurality of smart card control desks; The said smart card Control Node of multichannel that directly connects respective number; Said smart card Control Node in each road directly connects adjacent smart card Control Node through the external interface of smart card Control Node; And the connection that interweaves in twos between a plurality of intelligent control node of adjacent two-way, the terminal smart card Control Node external interface through the smart card Control Node all forms with the Control Node on other roads and is connected in each road, makes the connection disconnection between per two smart card Control Node also can not influence the transmission of said smart card console message.
The invention allows for a kind of smart card control subnet; Comprise: the smart card control desk; Be used to distribute and manage the home address of a plurality of said smart card Control Node in the said smart card control subnet; The information that said smart card control subnet receives is done address resolution, and be sent to correct smart card Control Node, and send out after the data parsing encapsulation of the said smart card of the said smart card Control Node transmission that will receive; A plurality of smart card Control Node; The information that said smart card control desk does after the address resolution of passing through that is used for receiving is sent to correct smart card control panel, and the data of the said smart card that said smart card control panel is obtained send said smart card control desk to; Subnet routing network or wireless network are used to connect a plurality of said smart card Control Node.
Wherein, Said subnet routing network or wireless network are that Ethernet connects; Said smart card Control Node and said smart card control desk all are connected to inner Ethernet, and said mainboard control chip is used to control the connection between the said smart card Control Node and realizes Ethernet protocol.
Wherein, Said subnet routing network or wireless network are wireless network, comprise WAP, and said smart card control desk is connected through switch with said WAP; Said mainboard control chip is used to control the connection between the said smart card Control Node and realizes the WLAN agreement.
Preferably; Said smart card control desk comprises the application controls layer; Said application controls layer is used to control the address administration of the said smart card Control Node in the said smart card control subnet, the management of the said smart card control panel in the said smart card control subnet, the management of the said smart card in the said smart card control subnet; Also be used to resolve the data that receive, after extracting or encapsulating, send out.
The present invention has further proposed a kind of smart card control warehouse, it is characterized in that, comprising: application server and a plurality of smart card control subnet, and wherein, said smart card control subnet is connected to the internet through said smart card control desk; Said application server is used to control said smart card control warehouse.
Wherein, comprise ICP/IP protocol and the application instruction agreement and the specific Routing Protocol that is used for smart card control subnet that is used for the internet in the said smart card control desk.
Wherein, Said smart card control desk comprises the application controls layer; Said application controls layer is used to control the address administration of the said smart card Control Node in the said smart card control subnet, the management of said smart card control panel, and said smart card is controlled the management of the said smart card in the subnet and is used to receive the control and the management of said application server; Also be used to resolve the data that receive, after extracting or encapsulating, send out.
Can connect a plurality of smart cards on the said smart card control panel of the present invention, break away from traditional man-to-man limitation, thereby enlarge the capacity of connection of intelligent card on the terminal computer; Smart card Control Node of the present invention can select to connect the card-reading apparatus mode flexibly through the intelligent console, and is optional with Ethernet, LAN and traditional external interface; Said application server makes in check smart card quantity increase greatly through the millions of even up to ten million smart card of smart card control warehouse may command; The cost of smart card control panel is lower than the cost of existing smart card reader, and a station terminal computing machine just can control up to ten million smart cards, thereby has significantly reduced the terminal cost.
Description of drawings
Above-mentioned and/or additional aspect of the present invention and advantage are from obviously with easily understanding becoming the description of embodiment below in conjunction with accompanying drawing, wherein:
Fig. 1 is that computing machine of the prior art is connected synoptic diagram with smart card reader;
Fig. 2 is the operational network structural representation of smart card reader of the prior art;
Fig. 3 is the smart card control panel structural representation according to the embodiment of the invention;
Fig. 4 is the smart card control panel structural representation according to the smart card reader chip portfolio of the embodiment of the invention;
Fig. 5 is the smart card Control Node structural representation according to the embodiment of the invention;
Fig. 6 for according to the embodiment of the invention not with the direct connection synoptic diagram of smart card control panel on the control chip control main board;
Fig. 7 is the direct connection synoptic diagram according to smart card control panel on the band control chip control main board of the embodiment of the invention;
Fig. 8 connects synoptic diagram according to the smart card control panel on the band control chip control main board of the embodiment of the invention with bus or Ethernet;
Fig. 9 is the structural representation according to the smart card control subnet connected in series of the embodiment of the invention;
Figure 10 controls the structural representation of subnet for the smart card that connects according to interweaving of the embodiment of the invention;
Figure 11 is the structural representation according to the smart card control subnet of the Ethernet connection of the embodiment of the invention;
Figure 12 is the structural representation according to the smart card control subnet of the wireless connections of the embodiment of the invention;
Figure 13 is the synoptic diagram according to the smart card control desk protocol stack of the embodiment of the invention
Figure 14 is the structural representation according to the smart card control warehouse chart of the embodiment of the invention.
Embodiment
Describe embodiments of the invention below in detail, the example of said embodiment is shown in the drawings, and wherein identical from start to finish or similar label is represented identical or similar elements or the element with identical or similar functions.Be exemplary through the embodiment that is described with reference to the drawings below, only be used to explain the present invention, and can not be interpreted as limitation of the present invention.
Referring to Fig. 3, be a kind of smart card control panel 30 of the present invention, comprising: a plurality of smart card hardware interface (not shown) are used to insert smart card 31; Control panel control chip 32 is used for controlling the read-write of each smart card 31 through driving and host-host protocol to realizing on each said smart card hardware interface; The base slots interface (not shown) of smart card control panel; As the external hardware interface that connects out from said control panel control chip; Said external hardware interface can be used for connecting to form the smart card Control Node through the smart card control main board, and this will specifically describe below.Wherein, each smart card hardware interface does not have Card Reader chip separately, but controls the read-write of each sheet smart card on it through the control panel control chip.Alternately; Referring to shown in Figure 4, each smart card hardware interface also can have Card Reader chip 33 separately, and said Card Reader chip 33 can be realized the host-host protocol of said smart card hardware interface; Control the read-write of smart card 31; Said control panel control chip 32 is used for the data forwarding of smart card 31 is gone out, owing in each smart card hardware interface, all have the Card Reader chip, so the cost of this scheme is higher.Can connect a plurality of smart cards 31 on the smart card control panel 30 provided by the invention, break away from traditional man-to-man limitation thus, thereby enlarge the capacity of connection of intelligent card on the terminal computer.
Referring to Fig. 5, be smart card Control Node 50 of the present invention, comprising: the external interface that can insert smart card control main board, internal wiring network, cabinet and the smart card Control Node of a plurality of smart card control panels 30.Wherein routing network can comprise multiple wire laying mode, includes but not limited to that direct connection, bus or Ethernet connect.
In one embodiment of the present of invention; A kind of direct-connected example is provided; As shown in Figure 6, wherein: the connection that interweaves in twos of said a plurality of smart card control panels 30, four smart card control panels 30 that are positioned at two ends are connected on the external interface on the said smart card Control Node; So that transmit information for other smart card control panels, certain bar connects disconnection and causes the information of part smart card control panel to transmit thereby avoid wherein.Under this connected mode, the smart card control main board can be not have the mainboard control chip, is used to hold and is connected said smart card control panel 30, not the function of control; This mode connects simply, and cost is low, but Routing Protocol is underground, needs specific control protocol.
Selectively; An alternative embodiment of the invention also provides a kind of direct-connected example; As shown in Figure 7, under this connected mode, the smart card control main board has the mainboard control chip; The connection that interweaves in twos of said a plurality of smart card control panel 30 '; Cause part smart card control panel 30 ' can't transmit information to avoid wherein certain bar connection to break off, the four smart card control panels 30 ' that are positioned at two ends connect said mainboard control chip 32 ', and said mainboard control chip is connected on the external interface of said smart card Control Node.Said mainboard control chip is used for the said a plurality of smart card control panels 30 ' of inner control, comprises distributing home address, address translation and/or base attribute to collect, and is used for correspondence with foreign country; This mode connects also very simple, and cost is low, but Routing Protocol is underground, needs specific control protocol.
Selectively; The example that one embodiment of the present of invention also provide a kind of bus or Ethernet to connect; As shown in Figure 8, under this connected mode, the smart card control main board has the mainboard control chip; Said a plurality of smart card control panel 30 " and mainboard control chip 32 " all be connected to bus or inner Ethernet, said mainboard control chip 32 " be also connected on the external interface of said smart card Control Node.In this case, said mainboard control chip is used for the said a plurality of smart card control panels of inner control, comprises distributing home address, address translation and/or base attribute to collect, and is used for correspondence with foreign country.This connected mode realizes simple, connect through Ethernet protocol, but cost is higher.
To be inserted in the socket on the smart card control main board be diversified to the smart card control panel in the smart card Control Node; To make things convenient for hardware designs and expansion; Can select common serial line interface, for example: serial ports, USB etc., also optional general bus; For example: interfaces such as ISA, PCI receive the information of transmitting on the smart card control main board and transmission intelligent card data to smart card control main board through this socket.
Described smart card control panel and Control Node according to an embodiment of the invention above, a plurality of above-mentioned smart card Control Node can also be connected to form smart card control subnet.Particularly, referring to Fig. 9 to 12, be a kind of smart card control subnet of the present invention; Comprise; Smart card control desk 90 is used to distribute and manage the home address that said smart card is controlled a plurality of smart card Control Node 50 in the subnet, and the information that said smart card control subnet receives is done address resolution; And be sent to correct smart card Control Node 50, and send out after the data parsing encapsulation of the smart card that the smart card Control Node that receives 50 is transmitted; A plurality of smart card Control Node 50; The information that said smart card control desk does after the address resolution of passing through that is used for receiving is sent to correct smart card control panel, and the data of the said smart card that said smart card control panel is obtained send said smart card control desk 90 to; And the subnet routing network, be used to connect a plurality of said smart card Control Node.Wherein the subnet routing network can comprise multiple wire laying mode, includes but not limited to that direct connection, Ethernet connect or wireless connections.
In one embodiment of the invention; Provide serial a direct-connected example; As shown in Figure 9; Said smart card Control Node 50 directly connects adjacent smart card Control Node 50 through the external interface of said smart card Control Node, and two smart card Control Node of head and the tail are connected to said smart card control desk 90.Shown in figure 10 again; In another interweaves direct-connected example; Said smart card control desk 90 comprises the external interface of a plurality of smart card control desks; The said smart card Control Node 50 of multichannel that directly connects respective number; Said smart card Control Node 50 in each road directly connects adjacent smart card Control Node 50 through the external interface of smart card Control Node; And the connection that interweaves in twos between a plurality of intelligent control node of adjacent two-way, the terminal smart card Control Node external interface through the smart card Control Node all forms with the smart card Control Node 50 on other roads and is connected in each road, makes the connection disconnection between per two smart card Control Node 50 also can not influence the transmission of said smart card console message.Preferably, the number of said external interface is 4, promptly can connect 4 road smart card Control Node at most.Said external interface can be serial ports or USB interface.In this networking mode, the smart card control main board in the smart card Control Node can have or not have the mainboard control chip, and the networking of this kind networking mode is simple; Directly circuit adds the smart card Control Node; Cost is minimum, but Routing Protocol is not open, needs specific control protocol; And it is big to connect restriction, and each smart card Control Node must be furnished together and is connected with adjacent smart card Control Node.
In another embodiment of the present invention; The example that also provides Ethernet to connect; Shown in figure 11, said smart card Control Node 50 all is connected to inner Ethernet with said smart card control desk 90, in this connected mode; Smart card control main board in the smart card Control Node has the mainboard control chip, is used to control the connection between the smart card Control Node 50 and realizes Ethernet protocol.The networking of this kind connected mode is simple, directly pass through the Ethernet protocol access network based on ethernet with netting twine, but cost is higher.
In another embodiment of the present invention; The example of wireless connections also is provided; Shown in figure 12, said smart card control desk 90 is connected through switch 120 with WAP, in this connected mode; Smart card control main board in the smart card Control Node can have the mainboard control chip, is used to control the connection between the said smart card Control Node 50 and realizes the WLAN agreement.The networking of this kind connected mode is simple, and smart card Control Node placement location is random, and does not need extra routing network, but needs to realize the WLAN agreement more complicated than Ethernet, and cost is the highest.
Below described the smart card control subnet according to the embodiment of the invention, a plurality of said smart card control subnets can be connected to form smart card control warehouse.Referring to Figure 14 is smart card control of the present invention warehouse, comprising: application server and a plurality of smart card control subnet 41, and wherein, said smart card control subnet 41 is connected to the internet through said smart card control desk 90; Said application server 40 is used to control said smart card control warehouse.Said smart card control warehouse is made up of a plurality of smart cards control subnets 41, so each smart card control subnet 41 can be distributed in different places, and needn't can realize that managing each smart card by function and zone controls subnet 41 at the same network segment or areal.
Preferably, said application server 40 can be used for the monitoring intelligent card, can be used for reading and writing smart card in batches, can be used for controlling said smart card control panel, also is used to control said smart card Control Node.
Referring to Figure 13, comprise two cover procotols in the said smart card control desk, through ICP/IP protocol and Internet connection; Specific Routing Protocol through smart card control subnet is connected with smart card control subnet.Wherein, said smart card control desk comprises the application controls layer, is used to control smart card control subnet; Comprising; The address administration of the smart card Control Node in the smart card control subnet, the management of smart card control panel, the management of the smart card in the smart card control subnet; And be used to receive the control and the management of application server; Simultaneously, said application controls layer is used to resolve the data that receive, with sending out after its extraction or the encapsulation.
Can connect a plurality of smart cards on the said smart card control panel of the present invention, break away from traditional man-to-man limitation, thereby enlarge the capacity of connection of intelligent card on the terminal computer; Smart card Control Node of the present invention can select to connect the card-reading apparatus mode flexibly through the intelligent console, and is optional with Ethernet, LAN and traditional external interface; Said application server makes in check smart card quantity increase greatly through the millions of even up to ten million smart card of smart card control warehouse may command; The cost of smart card control panel is lower than the cost of existing control with the smart card reader collection of quantity smart card, and a station terminal computing machine just can control up to ten million smart cards, thereby has significantly reduced the terminal cost.
The above only is a preferred implementation of the present invention; Should be pointed out that for those skilled in the art, under the prerequisite that does not break away from the principle of the invention; Can also make some improvement and retouching, these improvement and retouching also should be regarded as protection scope of the present invention.
Claims (17)
1. a smart card control panel is characterized in that, comprising:
A plurality of smart card hardware interfaces are used to insert smart card;
The control panel control chip is used for controlling the read-write of said smart card through driving and host-host protocol to realizing on each said smart card hardware interface;
The base slots interface of smart card control panel is as the external hardware interface that connects out from said control panel control chip.
2. a smart card control panel is characterized in that, comprising:
A plurality of smart card hardware interfaces with smart card reader chip are used to insert smart card and driving and the host-host protocol of realizing said smart card hardware interface;
The control panel control chip is used for the data forwarding of said smart card is gone out;
The base slots interface of smart card control panel is as the external hardware interface that connects out from said control panel control chip.
3. a smart card Control Node is characterized in that, comprising:
The smart card control main board can be inserted a plurality of smart card control panels according to claim 1 or claim 2, is used to hold and is connected said smart card control panel;
The internal wiring network is used to connect said a plurality of smart card control panel; And
The external interface of smart card Control Node is arranged on the smart card control main board, is used to provide said smart card Control Node and extraneous being connected.
4. Control Node as claimed in claim 3; It is characterized in that; In the connection that interweaves in twos of a plurality of smart card control panels described in the said Control Node; Cause part smart card control panel can't transmit information to avoid wherein certain bar connection to break off, four smart card control panels that are positioned at two ends are connected on the external interface of said smart card Control Node.
5. a smart card Control Node is characterized in that, comprising:
The smart card control main board that has the mainboard control chip; Can insert a plurality of smart card control panels as claimed in claim 1; Be used to hold, connect and control said a plurality of smart card control panel and provide and extraneous interface of communicating by letter; Said mainboard control chip is to the said a plurality of smart card control panels of inner control, and is used for correspondence with foreign country;
The internal wiring network is used to connect said a plurality of smart card control panel; And
The external interface of smart card Control Node is arranged on the smart card control main board, is used to provide said smart card Control Node and extraneous being connected.
6. Control Node as claimed in claim 5; It is characterized in that; Said internal wiring network is directly to connect, and connections that interweave in twos of the said a plurality of smart card control panels in said Control Node causes part smart card control panel can't transmit information to avoid wherein certain bar to connect disconnection; Four smart card control panels that are positioned at two ends connect said mainboard control chip, and said mainboard control chip is connected on the external interface of said smart card Control Node.
7. Control Node as claimed in claim 5; It is characterized in that; Said internal wiring network is that bus or inner Ethernet connect; Be connected to bus or inner Ethernet at a plurality of smart card control panels described in the said Control Node and said mainboard control chip, the external interface that said mainboard control chip is used for the connection of control bus or inner Ethernet and is connected to said smart card Control Node.
8. a smart card control subnet is characterized in that, comprise,
The smart card control desk; Be used to distribute and manage the home address of a plurality of smart card Control Node in the said smart card control subnet; The information that said smart card control subnet receives is done address resolution; And be sent to correct smart card Control Node, and send out after the data parsing encapsulation of the said smart card of the said smart card Control Node transmission that will receive;
A plurality of smart card Control Node as claimed in claim 3; The information that said smart card control desk does after the address resolution of passing through that is used for receiving is sent to correct smart card control panel, and the data of the said smart card that said smart card control panel is obtained send said smart card control desk to;
The subnet routing network is used to connect a plurality of said smart card Control Node.
9. control subnet as claimed in claim 8; It is characterized in that; Said subnet routing network is connected in series; Said smart card Control Node directly connects adjacent smart card Control Node through the external interface of said smart card Control Node, and two smart card Control Node of head and the tail are connected to said smart card control desk.
10. control subnet as claimed in claim 8; It is characterized in that; Said subnet routing network is the connection that interweaves; Said smart card control desk comprises the external interface of a plurality of smart card control desks; Directly connect the said smart card Control Node of multichannel of respective number, the said smart card Control Node in each road directly connects adjacent smart card Control Node through the external interface of smart card Control Node, and the connection that interweaves in twos between a plurality of intelligent control node of adjacent two-way; The terminal smart card Control Node external interface through the smart card Control Node all forms with the Control Node on other roads and is connected in each road, makes the connection disconnection between per two smart card Control Node also can not influence the transmission of said smart card console message.
11. a smart card control subnet is characterized in that, comprising:
The smart card control desk; Be used to distribute and manage the home address of a plurality of said smart card Control Node in the said smart card control subnet; The information that said smart card control subnet receives is done address resolution; And be sent to correct smart card Control Node, and send out after the data parsing encapsulation of the said smart card of the said smart card Control Node transmission that will receive;
A plurality of smart card Control Node as claimed in claim 5; The information that said smart card control desk does after the address resolution of passing through that is used for receiving is sent to correct smart card control panel, and the data of the said smart card that said smart card control panel is obtained send said smart card control desk to;
Subnet routing network or wireless network are used to connect a plurality of said smart card Control Node.
12. control subnet as claimed in claim 11; It is characterized in that; Said subnet routing network or wireless network are that Ethernet connects; Said smart card Control Node and said smart card control desk all are connected to inner Ethernet, and said mainboard control chip is used to control the connection between the said smart card Control Node and realizes Ethernet protocol.
13. control subnet as claimed in claim 11; It is characterized in that; Said subnet routing network or wireless network are wireless network, comprise WAP, and said smart card control desk is connected through switch with said WAP; Said mainboard control chip is used to control the connection between the said smart card Control Node and realizes the WLAN agreement.
14. one kind like each described control subnet in the claim 8 to 13; It is characterized in that; Said smart card control desk comprises the application controls layer; Said application controls layer is used to control the address administration of the interior said smart card Control Node of said smart card control subnet, the management of the said smart card control panel in the said smart card control subnet, the management of the said smart card in the said smart card control subnet, also is used to resolve the data that receive, and after extraction or encapsulation, sends out.
15. a smart card control warehouse is characterized in that, comprising: application server and a plurality of like each described smart card control subnet in the claim 8 to 13, wherein, said smart card control subnet is connected to the internet through said smart card control desk;
Said application server is used to control said smart card control warehouse.
16. a control as claimed in claim 15 warehouse is characterized in that, comprises the ICP/IP protocol and the application instruction agreement and the specific Routing Protocol that is used for smart card control subnet that are used for the internet in the said smart card control desk.
17. control warehouse described in claim 15; It is characterized in that said smart card control desk comprises the application controls layer, said application controls layer is used to control the address administration of the said smart card Control Node in the said smart card control subnet; The management of said smart card control panel; Said smart card is controlled the management of the said smart card in the subnet and is used to receive the control and the management of said application server, also is used to resolve the data that receive, and after extracting or encapsulating, sends out.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210031026.3A CN102609754B (en) | 2012-02-13 | 2012-02-13 | Smart card control board, smart card control node, smart card control subnet and smart card control warehouse |
| PCT/CN2012/071680 WO2013120282A1 (en) | 2012-02-13 | 2012-02-27 | Smart card control board, smart card control node, smart card control subnet, and smart card control warehouse |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210031026.3A CN102609754B (en) | 2012-02-13 | 2012-02-13 | Smart card control board, smart card control node, smart card control subnet and smart card control warehouse |
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| CN102609754A true CN102609754A (en) | 2012-07-25 |
| CN102609754B CN102609754B (en) | 2015-03-25 |
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| CN (1) | CN102609754B (en) |
| WO (1) | WO2013120282A1 (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109324992A (en) * | 2018-10-24 | 2019-02-12 | 深圳市鸿陆技术有限公司 | A kind of terminal intelligent card interface expansion system and its control method |
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| WO2008084466A1 (en) * | 2007-01-09 | 2008-07-17 | On Track Innovations Ltd. | Method and apparatus for bulk testing of smart card devices |
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| CN101345968A (en) * | 2007-07-11 | 2009-01-14 | 陈新 | Mobile communication network test method and apparatus |
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| CN1472700A (en) * | 2003-01-28 | 2004-02-04 | 上海长丰智能卡有限公司 | IC card chip and module chip testing system |
| WO2008084466A1 (en) * | 2007-01-09 | 2008-07-17 | On Track Innovations Ltd. | Method and apparatus for bulk testing of smart card devices |
| CN101431432A (en) * | 2007-11-06 | 2009-05-13 | 联想(北京)有限公司 | Blade server |
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| CN102609754B (en) | 2015-03-25 |
| WO2013120282A1 (en) | 2013-08-22 |
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