CN104363105A - Message transparent transfer method and equipment - Google Patents
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- CN104363105A CN104363105A CN201410515452.3A CN201410515452A CN104363105A CN 104363105 A CN104363105 A CN 104363105A CN 201410515452 A CN201410515452 A CN 201410515452A CN 104363105 A CN104363105 A CN 104363105A
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Abstract
The invention discloses a message transparent transfer method and equipment. The method includes: accessing to an equipment maintenance mapping table item, wherein corresponding relation between an index tag and an application tag is recorded in the mapping table item; access equipment receiving a POS (point of sale) trading connection request message carrying an equipment tag of a POS machine; the access equipment acquiring the application tag corresponding to the index tag matched with the equipment tag from the mapping table item; the access equipment selecting an unused E1POS sub-interface from E1POS interfaces, and transmitting the POS trading connection request message to a business server corresponding to the application tag through the E1POS sub-interface. The access equipment cannot be led to establish a wrong dedicated communication link, the message of the POS machine transparently transferred to irrelevant business servers is avoided, and problems of transaction failure, transaction information leakage and the like are solved.
Description
Technical field
The present invention relates to communication technical field, especially relate to a kind of message transmission method and apparatus.
Background technology
As shown in Figure 1, for POS (Point Of Sale, point of sale) the networking schematic diagram that accesses, POS access refers to a kind of bankcard consumption business that the ground such as current market, gas station extensively provide, by POS (being positioned at the ground such as market, gas station) is linked on the service server of bank, thus completing user bankcard consumption business.Wherein, dialing POS access way is a kind of specifically POS access way, and under dialing POS access way, POS, after the operation of response user card punching, sends POS transaction connection request to access device.Access device is after receiving POS transaction connection request, a untapped E1POS sub-interface is selected from E1POS interface, determine the APP (application) that this E1POS sub-interface is corresponding, and be sent on service server corresponding to this APP by this E1POS sub-interface POS concluded the business connection request.Based on above-mentioned process, access device sets up dedicated communication link between POS and service server, and POS is communicated by this dedicated communication link with service server, until sign off, access device discharges this E1POS sub-interface.
Wherein, E1POS interface is a kind of height integrated digital leased-line interface based on E1 interface, and E1 interface is the abbreviation of 30 tunnel pulse-code modulation PCM (Pulse Code Modulation, pulse code modulation).By a road E1POS interface, the speed dialling of 30 road special lines can be provided to access, and namely an E1POS interface comprises 30 E1POS sub-interfaces simultaneously, makes 30 POS only need to take an E1POS interface, saves space.
For each E1POS sub-interface, by correspondence APP, the APP that different E1POS sub-interfaces can be corresponding identical, APP that also can be corresponding different, above-mentioned corresponding relation is specified in configuration file, can not modify.In the networking comprising multiple service server, for the corresponding service server of each APP, APP, multiple APP can corresponding same service server.Because access device is the untapped E1POS sub-interface of Stochastic choice one from E1POS interface, and APP corresponding to E1POS sub-interface specifies in configuration file, therefore access device may be caused to set up the dedicated communication link of mistake, the message of POS is sent to uncorrelated service server, cause Fail Transaction, or even Transaction Information is revealed.
Such as, when the message of POS A needs to pass through service server A, suppose E1POS sub-interface 1 corresponding A PP2, the corresponding service server B of APP2.After then access device receives the POS transaction connection request of POS A, select E1POS sub-interface 1, and be sent on service server B corresponding to APP2 by E1POS sub-interface 1 connection request of being concluded the business by POS, thus set up dedicated communication link between POS A and service server B.In fact, need to set up dedicated communication link between POS A and service server A.
Summary of the invention
The embodiment of the present invention provides a kind of message transmission method, said method comprising the steps of:
Access device safeguards mapping item; Wherein, have recorded the corresponding relation between index mark and the application identities of APP in described mapping item; Described access device receives the POS transaction connection request message that point of sale POS sends, and carries the device identification of described POS in described POS transaction connection request message; Described access device obtains the index mated with the device identification of described POS and identifies corresponding application identities from described mapping item; Described access device selects a untapped E1POS sub-interface from E1POS interface, and send described POS by described E1POS sub-interface to service server corresponding to application identities obtained and to conclude the business connection request message, with by the message described in described E1POS sub-interface transparent transmission between POS and described service server.
Described access device obtains the process that the index mated with the device identification of described POS identifies corresponding application identities from described mapping item, specifically comprises:
Described access device judges that whether there is the index mated completely with the device identification of described POS in described mapping item identifies; If there is the index mark of mating completely, then described access device obtains application identities corresponding to described index mark of mating completely from described mapping item;
The index mark of if there is no mating completely, then described access device judges that the index whether existed in described mapping item with the device identification semi-match of described POS identifies;
If there is the index mark of semi-match, then described access device obtains the application identities of the index mark correspondence of described semi-match from described mapping item; If there is no the index mark of semi-match, then described access device obtains and specifies application identities from described mapping item.
Described method also comprises: the device identification of not carrying described POS if described POS concludes the business in connection request message, then described access device obtains and specifies application identities from described mapping item.
The device identification of described POS, comprising: the calling number of described POS.
The embodiment of the present invention provides a kind of access device, and described access device specifically comprises:
Maintenance module, for safeguarding mapping item; Wherein, have recorded the corresponding relation between index mark and the application identities of APP in described mapping item; Receiver module, for receiving the POS transaction connection request message that point of sale POS sends, carries the device identification of described POS in described POS transaction connection request message; Acquisition module, identifies corresponding application identities for obtaining from described mapping item with the index that the device identification of described POS is mated; Sending module, for selecting a untapped E1POS sub-interface from E1POS interface, and send described POS by described E1POS sub-interface to service server corresponding to application identities obtained and to conclude the business connection request message, with by the message described in described E1POS sub-interface transparent transmission between POS and described service server.
Described acquisition module, specifically for judging that whether there is the index mated completely with the device identification of described POS in described mapping item identifies; If there is the index mark of mating completely, then from described mapping item, obtain the application identities that described index mark of mating completely is corresponding; The index mark of if there is no mating completely, then judge that the index whether existed in described mapping item with the device identification semi-match of described POS identifies; If there is the index mark of semi-match, then from described mapping item, obtain the application identities that the index mark of described semi-match is corresponding; If there is no the index mark of semi-match, then obtain and specify application identities from described mapping item.
Described acquisition module, also for when not carrying the device identification of described POS in described POS transaction connection request message, then obtains and specifies application identities from described mapping item.
The device identification of described POS, comprising: the calling number of described POS.
Based on technique scheme, in the embodiment of the present invention, by safeguarding the mapping item of the corresponding relation be used between recording indexes mark and the application identities of APP on access device, thus when receiving POS transaction connection request message, obtain from mapping item and identify corresponding application identities with the index that the device identification of POS is mated, and send POS transaction connection request message by E1POS sub-interface to the service server that the application identities obtained is corresponding.Aforesaid way proposes a kind of dynamic transparent transmission matching mechanisms of E1POS sub-interface, improves the transparent transmission flow process of existing E1POS sub-interface, effectively make use of the integrated advantage of height of E1POS sub-interface, and is applicable to exist in the networking of multiple service server.Further, aforesaid way can not cause access device to set up the dedicated communication link of mistake, and avoids by the message transmission of POS to uncorrelated service server, thus solves the problem such as Fail Transaction and Transaction Information leakage.
Accompanying drawing explanation
Fig. 1 is the networking schematic diagram of POS access;
Fig. 2 is a kind of message transmission method flow schematic diagram that the embodiment of the present invention provides;
Fig. 3 is the structural representation of a kind of access device that the embodiment of the present invention provides.
Embodiment
For problems of the prior art, the embodiment of the present invention provides a kind of message transmission method, and the method is applied in the network comprising POS, access device and multiple service server.Take Fig. 1 as the application scenarios schematic diagram of the embodiment of the present invention, POS A and POS B is linked on access device by switch, and access device is linked on service server A and service server B respectively by wide area network.Wherein, service server A and service server B can be the front end processor of bank, and service server A and service server B can be all Unix/Linux server, as the service server of POS.
Under above-mentioned application scenarios, as shown in Figure 2, this message transmission method specifically comprises the following steps:
Step 201, access device safeguards mapping item.
In the embodiment of the present invention, have recorded the corresponding relation between index mark and the application identities of APP in this mapping item, this index mark specifically includes but not limited to a part for the calling number of POS or the calling number of POS.
Wherein, APP is specially an application and connects, and connect based on this application, access device can connect with corresponding service server.
For each APP, the corresponding service server of APP, and APP has unique application identities, multiple APP can corresponding same service server, and the address information of service server corresponding to APP can be recorded on access device, the address information of this service server can comprise: the IP address that service server is corresponding and port information etc.Wherein, when the corresponding same service server of multiple APP, the IP address that this multiple APP is corresponding is identical, but the port information difference that this multiple APP is corresponding.
Such as, application identities access device maintaining 3 APP, APP1 is service server corresponding to application identities 1, APP1 is service server A, and the address information of service server A is address A (i.e. IP address A+ port one); The application identities of APP2 is service server corresponding to application identities 2, APP2 is service server A, and the address information of service server A is address A ' (i.e. IP address A+ port 2); The application identities of APP3 is service server corresponding to application identities 3, APP3 is service server B, and the address information of service server B is address B (i.e. IP address B+ port 3).
In the embodiment of the present invention, keeper configures APP information (address information of the application identities of APP and service server corresponding to APP) and mapping item on access device, the corresponding relation between this mapping item recording indexes mark with the application identities of APP.
When access device safeguards the corresponding relation between index mark and the application identities of APP in mapping item, access device can identify by the index recorded in mapping item for exact matching, identified by this index for exact matching, unique POS can be matched, to improve the accuracy of coupling.Such as, when the calling number of POS is 12345678, APP corresponding to this POS is APP1, and when the index of application identities 1 correspondence is designated the index mark for exact matching, the index mark of this application identities 1 correspondence is specially 12345678, and mapping item is as shown in table 1.
When the quantity of POS is a lot, for reducing the scale of mapping item, when access device safeguards the corresponding relation between index mark and the application identities of APP in mapping item, access device can also identify by the index recorded in mapping item for fuzzy matching, identified by this index for fuzzy matching, the scale of mapping item can be reduced.Wherein, this index mark being used for fuzzy matching can be configured by combination asterisk wildcard, with keyword match beginning or the content that ends up (as first 4 of calling number, first 2 of calling number etc.).Such as, when the calling number of POS A is 11115678, the calling number of POS B is 11111234, the APP that POS A and POS B is corresponding is APP2, and the index of application identities 2 correspondence be designated for fuzzy matching index mark time, the index mark of this application identities 2 correspondence is specially 1111****, and mapping item is as shown in table 2.
In order to prevent the index mark that cannot match in mapping item, thus cause access device not know how to send the problem of POS transaction connection request message, when access device safeguards the corresponding relation between index mark and the application identities of APP in mapping item, the index that access device can also record for default coupling in mapping item identifies, by this index for default coupling mark, can ensure that all POS all can match the record in mapping item.Such as, the index for default coupling is designated sky, and when the index of application identities 3 correspondence of APP3 is designated the index mark for default coupling, then mapping item is as shown in table 3.
Table 1
| Index identifies | Application identities |
| 12345678 | Application identities 1 |
Table 2
| Index identifies | Application identities |
| 12345678 | Application identities 1 |
| 1111**** | Application identities 2 |
Table 3
| Index identifies | Application identities |
| 12345678 | Application identities 1 |
| 1111**** | Application identities 2 |
| Empty | Application identities 3 |
Step 202, access device receives the POS transaction connection request message that POS sends.Wherein, the device identification of POS can at least be carried in this POS transaction connection request message.
Further, the device identification of this POS specifically includes but not limited to the calling number of POS.
Under dialing POS access way, POS is after the operation of response user card punching, to access device transmission POS transaction connection request message, in connection request message, carry the calling number of POS and this POS concludes the business, received the POS transaction connection request message of POS transmission by access device.
Step 203, access device, after the device identification obtaining POS, obtains and identifies corresponding application identities with the index that the device identification of POS is mated from mapping item.
In embodiments of the present invention, access device obtains the process that the index mated with the device identification of POS (as: calling number of POS) identifies corresponding application identities from mapping item, specifically includes but not limited to as under type: access device judges that whether there is the index mated completely with the device identification of POS in mapping item identifies; If there is the index mark of mating completely, then access device obtains the application identities of the index mark correspondence of mating completely from mapping item; The index mark of if there is no mating completely, then access device judges that the index whether existed in mapping item with the device identification semi-match of POS identifies further; If there is the index mark of semi-match, then the access device application identities that the index mark of fetching portion coupling is corresponding from mapping item; If there is no the index mark of semi-match, then access device obtains and specifies application identities from mapping item.
Wherein, the priority that the priority that the index for exact matching identifies identifies higher than the index for fuzzy matching, the priority that the priority that the index for fuzzy matching identifies identifies higher than the index for default coupling.Based on this, access device is after the device identification obtaining POS, and first access device judges whether there is the index mark of mating completely in mapping item, namely first the index mated for exact matching identifies; The index mark of if there is no mating completely, then access device just can judge the index mark that whether there is semi-match in mapping item, and namely coupling identifies for the index of fuzzy matching; If there is no the index mark of semi-match, then access device directly obtains and specifies application identities from mapping item, i.e. the application identities of this appointment application identities corresponding to the index mark for default coupling.
Such as, access device is after 12345678 in the device identification of acquisition POS, based on the mapping item shown in table 3, identify 12345678 owing to existing in mapping item with the index that the device identification 12345678 of POS is mated completely, therefore access device obtains the application identities (application identities 1) that the index mated completely identifies 12345678 correspondences from mapping item.And for example, access device is after 11112546 in the device identification of acquisition POS, based on the mapping item shown in table 3, identify owing to there is not the index mated completely with the device identification 11112546 of POS in mapping item, but exist and identify 1111**** with the index of device identification 11112546 semi-match of POS, therefore the access device application identities (application identities 2) that the index mark 1111**** of fetching portion coupling is corresponding from mapping item.For another example, access device is after 12546987 in the device identification of acquisition POS, based on the mapping item shown in table 3, identify owing to there is not the index mated completely with the device identification 12546987 of POS in mapping item, do not exist and identify with the index of device identification 12546987 semi-match of POS yet, therefore obtain from mapping item and specify application identities, the application identities 3 that namely index mark " sky " is corresponding.
In the embodiment of the present invention, after access device receives the POS transaction connection request message of POS transmission, the device identification of POS is not carried in connection request message if POS concludes the business, then access device directly obtains and specifies application identities, the application identities 3 that namely index mark " sky " is corresponding from mapping item.Wherein, for not supporting the POS arranging calling number, the POS that this POS sends to access device concludes the business in connection request message, will not carry the device identification of POS.
Step 204, access device selects a untapped E1POS sub-interface from E1POS interface, and send POS transaction connection request message, to pass through the message between E1POS sub-interface transparent transmission POS and this service server by E1POS sub-interface to the service server that the application identities obtained is corresponding.
E1POS interface is a kind of height integrated digital leased-line interface based on E1 interface, and an E1POS interface comprises 30 E1POS sub-interfaces, and based on this, access device can select arbitrarily a untapped E1POS sub-interface from E1POS interface.Due to all corresponding service server of each APP, and APP has unique application identities, therefore, after get application identities from mapping item, according to the address information of service server corresponding to the APP that this application identities that access device records is corresponding, access device can know the service server that this application identities is corresponding.Further, access device can by the E1POS sub-interface selected, and based on the address information of service server corresponding to application identities, sends POS to conclude the business connection request message to this service server.Such as, the application identities of APP1 is application identities 1, the service server that APP1 is corresponding is service server A, the address information of service server A is address A, suppose that the application identities obtained in step 203 is application identities 1, the E1POS sub-interface of current selection is E1POS sub-interface 1, and access device sends POS transaction connection request message by E1POS sub-interface 1 to address A (i.e. service server A).Based on above-mentioned process, access device sets up dedicated communication link between POS A and service server A, POS A is communicated by this dedicated communication link with service server A, namely by the message between E1POS sub-interface 1 transparent transmission POS A and service server A.Until sign off, access device release E1POS sub-interface 1.
Based on technique scheme, in the embodiment of the present invention, by safeguarding the mapping item of the corresponding relation be used between recording indexes mark and the application identities of APP on access device, thus when receiving POS transaction connection request message, obtain from mapping item and identify corresponding application identities with the index that the device identification of POS is mated, and send POS transaction connection request message by E1POS sub-interface to the service server that the application identities obtained is corresponding.Aforesaid way proposes a kind of dynamic transparent transmission matching mechanisms of E1POS sub-interface, improves the transparent transmission flow process of existing E1POS sub-interface, effectively make use of the integrated advantage of height of E1POS sub-interface, and is applicable to exist in the networking of multiple service server.Further, aforesaid way can not cause access device to set up the dedicated communication link of mistake, and avoids by the message transmission of POS to uncorrelated service server, thus solves the problem such as Fail Transaction and Transaction Information leakage.
Such as, when the message of POS A needs to pass through service server A, access device is when safeguarding mapping item, and index is designated the calling number 12345678 of POS A, and application identities is the application identities 1 of the APP that service server A is corresponding.Based on this mapping item, access device is when receiving the POS transaction connection request message that POS A sends, and obtaining from mapping item and identifying corresponding application identities with the index that the device identification 12345678 of POS A is mated is application identities 1.Further, access device selects a untapped E1POS sub-interface 1 from E1POS interface, and by the service server A transmission POS transaction connection request message of E1POS sub-interface 1 to application identities 1 correspondence, thus set up dedicated communication link between POS A and service server A.Aforesaid way can not cause access device to set up the dedicated communication link of mistake, thus solves the problem such as Fail Transaction and Transaction Information leakage.
Based on the inventive concept same with said method, additionally provide a kind of access device in the embodiment of the present invention, as shown in Figure 3, described access device specifically comprises:
Maintenance module 11, for safeguarding mapping item; Wherein, have recorded the corresponding relation between index mark and the application identities of APP in described mapping item; Receiver module 12, for receiving the POS transaction connection request message that point of sale POS sends, carries the device identification of described POS in described POS transaction connection request message; Acquisition module 13, identifies corresponding application identities for obtaining from described mapping item with the index that the device identification of described POS is mated; Sending module 14, for selecting a untapped E1POS sub-interface from E1POS interface, and send described POS by described E1POS sub-interface to service server corresponding to application identities obtained and to conclude the business connection request message, with by the message described in described E1POS sub-interface transparent transmission between POS and described service server.
Described acquisition module 13, specifically for judging that whether there is the index mated completely with the device identification of described POS in described mapping item identifies; If there is the index mark of mating completely, then from described mapping item, obtain the application identities that described index mark of mating completely is corresponding; The index mark of if there is no mating completely, then judge that the index whether existed in described mapping item with the device identification semi-match of described POS identifies; If there is the index mark of semi-match, then from described mapping item, obtain the application identities that the index mark of described semi-match is corresponding; If there is no the index mark of semi-match, then obtain and specify application identities from described mapping item.
Described acquisition module 13, also for when not carrying the device identification of described POS in described POS transaction connection request message, then obtains and specifies application identities from described mapping item.
The device identification of described POS, comprising: the calling number of described POS.
Wherein, the modules of apparatus of the present invention can be integrated in one, and also can be separated deployment.Above-mentioned module can merge into a module, also can split into multiple submodule further.
Through the above description of the embodiments, those skilled in the art can be well understood to the mode that the present invention can add required general hardware platform by software and realize, and can certainly pass through hardware, but in a lot of situation, the former is better execution mode.Based on such understanding, technical scheme of the present invention can embody with the form of software product the part that prior art contributes in essence in other words, this computer software product is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform method described in each embodiment of the present invention.It will be appreciated by those skilled in the art that accompanying drawing is the schematic diagram of a preferred embodiment, the module in accompanying drawing or flow process might not be that enforcement the present invention is necessary.It will be appreciated by those skilled in the art that the module in the device in embodiment can carry out being distributed in the device of embodiment according to embodiment description, also can carry out respective change and be arranged in the one or more devices being different from the present embodiment.The module of above-described embodiment can merge into a module, also can split into multiple submodule further.The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.Be only several specific embodiment of the present invention above, but the present invention is not limited thereto, the changes that any person skilled in the art can think of all should fall into protection scope of the present invention.
Claims (8)
1. a message transmission method, is characterized in that, said method comprising the steps of:
Access device safeguards mapping item; Wherein, have recorded the corresponding relation between index mark and the application identities of APP in described mapping item;
Described access device receives the POS transaction connection request message that point of sale POS sends, and carries the device identification of described POS in described POS transaction connection request message;
Described access device obtains the index mated with the device identification of described POS and identifies corresponding application identities from described mapping item;
Described access device selects a untapped E1POS sub-interface from E1POS interface, and send described POS by described E1POS sub-interface to service server corresponding to application identities obtained and to conclude the business connection request message, with by the message described in described E1POS sub-interface transparent transmission between POS and described service server.
2. the method for claim 1, is characterized in that, described access device obtains the process that the index mated with the device identification of described POS identifies corresponding application identities from described mapping item, specifically comprises:
Described access device judges that whether there is the index mated completely with the device identification of described POS in described mapping item identifies; If there is the index mark of mating completely, then described access device obtains application identities corresponding to described index mark of mating completely from described mapping item;
The index mark of if there is no mating completely, then described access device judges that the index whether existed in described mapping item with the device identification semi-match of described POS identifies;
If there is the index mark of semi-match, then described access device obtains the application identities of the index mark correspondence of described semi-match from described mapping item; If there is no the index mark of semi-match, then described access device obtains and specifies application identities from described mapping item.
3. the method for claim 1, is characterized in that, described method comprises further:
Do not carry the device identification of described POS in connection request message if described POS concludes the business, then described access device obtains and specifies application identities from described mapping item.
4. the method as described in any one of claim 1-3, is characterized in that, the device identification of described POS, comprising: the calling number of described POS.
5. an access device, is characterized in that, described access device specifically comprises:
Maintenance module, for safeguarding mapping item; Wherein, have recorded the corresponding relation between index mark and the application identities of APP in described mapping item;
Receiver module, for receiving the POS transaction connection request message that point of sale POS sends, carries the device identification of described POS in described POS transaction connection request message;
Acquisition module, identifies corresponding application identities for obtaining from described mapping item with the index that the device identification of described POS is mated;
Sending module, for selecting a untapped E1POS sub-interface from E1POS interface, and send described POS by described E1POS sub-interface to service server corresponding to application identities obtained and to conclude the business connection request message, with by the message described in described E1POS sub-interface transparent transmission between POS and described service server.
6. access device as claimed in claim 5, is characterized in that,
Described acquisition module, specifically for judging that whether there is the index mated completely with the device identification of described POS in described mapping item identifies; If there is the index mark of mating completely, then from described mapping item, obtain the application identities that described index mark of mating completely is corresponding; The index mark of if there is no mating completely, then judge that the index whether existed in described mapping item with the device identification semi-match of described POS identifies; If there is the index mark of semi-match, then from described mapping item, obtain the application identities that the index mark of described semi-match is corresponding; If there is no the index mark of semi-match, then obtain and specify application identities from described mapping item.
7. access device as claimed in claim 5, is characterized in that,
Described acquisition module, also for when not carrying the device identification of described POS in described POS transaction connection request message, then obtains and specifies application identities from described mapping item.
8. the access device as described in any one of claim 5-7, is characterized in that, the device identification of described POS, comprising: the calling number of described POS.
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| US20040128239A1 (en) * | 2002-09-10 | 2004-07-01 | Thami Smires | Method and apparatus for conducting transactions generated at point-of-sale locations |
| CN1908981A (en) * | 2005-08-01 | 2007-02-07 | 富士通株式会社 | Wireless computer wallet for physical point of sale (pos) transactions |
| CN101853453A (en) * | 2009-04-03 | 2010-10-06 | 中兴通讯股份有限公司 | System and method for realizing mobile payment |
| CN102073958A (en) * | 2009-11-25 | 2011-05-25 | 天津中兴软件有限责任公司 | System and method for implementing mobile payment |
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| US20040128239A1 (en) * | 2002-09-10 | 2004-07-01 | Thami Smires | Method and apparatus for conducting transactions generated at point-of-sale locations |
| CN1908981A (en) * | 2005-08-01 | 2007-02-07 | 富士通株式会社 | Wireless computer wallet for physical point of sale (pos) transactions |
| CN101853453A (en) * | 2009-04-03 | 2010-10-06 | 中兴通讯股份有限公司 | System and method for realizing mobile payment |
| CN102073958A (en) * | 2009-11-25 | 2011-05-25 | 天津中兴软件有限责任公司 | System and method for implementing mobile payment |
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