METHOD AND DEVICE FOR DATA EXCHANGE PROCESSING
[1] Technical Field
[2] The present invention relates to the Internet data interaction technology field, and in particular, to a data exchange processing method and apparatus.
[3] Background Technology
[4] With the development of Internet technology, especially mobile Internet technology, users can access to the Internet through mobile devices using 2G,36,46 or WWI to conduct transaction and social activities. Users can perform online activities conveniently and effectively, this is an incomparable experience with offline.
[5] When user exchanging data via mobile Internet, user searches the information matching with the keywords in the database at the certain spread scope then acquires the required information from the searched information. However, the communication scope of database is limited, for example, there is not the communication path between user and a database, then the user can not share the information in database to other user so that the information in database cannot be spread effectively.
[6] Summary of the Invention
[7] An object of the present invention is to provide to a data exchange processing method and apparatus to expand the communication scope and improve communication efficiency of data/information.
[8] The first technical solution adopted by the present invention is to provide a data exchange processing method, comprising that a first apparatus delivers an acquisition information of an electronic certificate to a second apparatus; thereinto, the electronic certificate is generated by the first apparatus, the acquisition information is displayed in the second apparatus;
the first apparatus receives a change command sent by a third apparatus according to the acquisition information;
thereinto, the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[9] The second technical solution adopted by the present invention is to provide a data exchange processing method, wherein the method including: a third apparatus delivers a change command to a first apparatus according to an acquisition information of an electronic certificate displayed in a second apparatus; thereinto, the electronic certificate is generated by the first apparatus, the acquisition information is delivered from the first apparatus to the second apparatus; the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
The third apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus.
[10] The third technical solution adopted by the present invention is to provide a data exchange processing method, wherein the method including: a fourth apparatus delivers a change command to a first apparatus according to an acquisition information of an electronic certificate displayed in a third apparatus; thereinto, the electronic certificate is generated by the first apparatus and bound with a first account. The first account is delivered by the third apparatus;
the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate corresponding to the acquisition information. The fourth apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus; thereinto, the changed electronic certificate is bound with the second account.
[11] The fourth technical solution adopted by the present invention is to provide a data exchange processing apparatus, wherein the apparatus including a generating module, a transmitting module, a receiving module and a change module; the transmitting module is configured to deliver an acquisition information of electronic certificate to a second apparatus;
thereinto, the electronic certificate is generated by a generating module; the acquisition information is displayed on the second apparatus; the receiving module is configured to receive a change command sent by a third apparatus according to the acquisition information. Thereinto, the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[12] The fifth technical solution adopted by the present invention is to provide a data exchange processing apparatus, wherein the apparatus including a transmitting module, a control module; the transmitting module is configured to deliver a change command to a first apparatus according to an acquisition information of electronic certificate displayed by a second apparatus;
thereinto, the electronic certificate is generated by the first apparatus, the acquisition information is delivered from the first apparatus to the second apparatus; the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information. The control module is configured to receive and display the changed acquisition information of the electronic certificate sent by the first apparatus.
[13] The sixth technical solution adopted by the present invention is to provide a data exchange processing apparatus, wherein the apparatus including a transmitting module, a control module; the transmitting module is configured to deliver a change command to a first apparatus according to an acquisition information of electronic certificate displayed by a third apparatus; thereinto, the electronic certificate is generated by the first apparatus and bound with a first account. The first account is delivered by the third apparatus; the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate corresponding to the acquisition information. The control module is configured to receive and display the changed acquisition information of the electronic certificate sent by the first apparatus;
thereinto, the changed electronic certificate is bound with the second account.
[14] In the solutions above, a first apparatus generates an electronic certificate and delivers an acquisition information of an electronic certificate to a second apparatus to display and share, a third apparatus can deliver a change command according to the acquisition information of electronic certificate displayed by the second apparatus to bind the electronic certificate with account of the third apparatus in order to achieve the communication of electronic certificate. In the solutions above, the third apparatus can acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication. Other terminal can acquire the acquisition information of electronic certificate and share it to another terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[15] Brief Description
[16] Figure 1 is a schematic flow chart of a data exchange processing method applied by a first embodiment of the present invention;
[17] Figure 2 is a schematic flow chart of a data exchange processing method applied by a second embodiment of the present invention;
[18] Figure 3 is a schematic flow chart of a data exchange processing method applied by a third embodiment of the present invention;
[19] Figure 4 is a schematic structural diagram of a data exchange processing apparatus applied by a first embodiment of the present invention;
[20] Figure 5 is a schematic structural diagram of a data exchange processing apparatus applied by a second embodiment of the present invention;
[21] Figure 6 is a schematic structural diagram of a data exchange processing apparatus applied by a third embodiment of the present invention;
[22] Figure 7 is a schematic structural diagram of a data exchange processing apparatus applied by a fourth embodiment of the present invention;
[23] Figure 8 is a schematic structural diagram of a data exchange processing apparatus applied by a fifth embodiment of the present invention;
[24] Figure 9 is a schematic structural diagram of a data exchange processing apparatus applied by a sixth embodiment of the present invention.
[25] Description of the Preferred Embodiments
[26] The following descriptions are merely preferred examples of the present invention but not limited to the present invention. For example, structure, interface, technology details in specific system for a clearer understanding of the objectives. However, technician in this field is able to achieve the present invention without these examples in details. Omit the detailed description of well-known devices, electron circuit, and methods to avoid the unnecessary details in the description of the present invention.
[27] Please refer to Figure 1, Figure 1 is a schematic flow chart of a data exchange processing method applied by a first embodiment of the present invention, and the executive body is a first apparatus which may be a server, wherein the method including:
[28] Step S101, a first apparatus delivers an acquisition information of an electronic certificate to a second apparatus; thereinto, the electronic certificate is generated by the first apparatus, the acquisition information is displayed in the second apparatus.
[29] The first apparatus generates an electronic certificate according to a target data and delivers an acquisition information of electronic certificate to the second apparatus.
Thereinto, the acquisition information is displayed in the second apparatus.
[30] Further, the target data may be a target product/service, also text data, audio data, video data, program data and so on. The electronic certificate corresponds to the target data.
[31] When the target data is a target product/service, the electronic certificate is configured to be a network certificate integrated with the target product/service information and e-commerce function.
The target product/service information is provided by the target product/service provider, the electronic certificate corresponds to the target product/service.
[32] When the target data is a target product/service, an acquisition information of electronic certificate may be an index information of electronic certificate or URL address, the index information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, amount of target, information of target provider etc. or multiple ones.
[33] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, amount of target, information of target provider etc.
[34] When the target data is a text data, audio data, a video data and a program data, an acquisition information of electronic certificate may be an index information of electronic certificate or URL
address, the indcx information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, amount of target, information of target provider etc. or multiple ones.
[35] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, amount of target, information of target provider etc.
[36] The electronic certificate is stored in the first apparatus, after acquiring the acquisition information, other apparatus or terminal can download all information/data of electronic certificate from the first apparatus via the acquisition information.
[37] The second apparatus displays the received acquisition information of electronic certificate to be available for searching or acquiring by other apparatus. The second apparatus may be a server, such as an E-commerce server.
[38] Step S102, the first apparatus receives a change command sent by a third apparatus according to the acquisition information;
[39] The third apparatus can deliver a change command to the first apparatus when selecting the required acquisition information from the acquisition information displayed on the second apparatus.
Thereinto, the third apparatus may be a mobile terminal, a computer. The change command may include an acquisition information and a first account at least. The change command is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information. The first account is designated by the third apparatus's user.
[40] Step S103: the first apparatus binds the first account with the electronic certificate corresponding to the change command.
[41] The first apparatus searches the electronic certificate corresponding to the acquisition information and inputs the electronic certificate into the first account, alternatively, the first apparatus linked the electronic certificate with the first account and bind the first account with the electronic certificate to change the electronic certificate.
[42] Further, after step S103, wherein the method also including: the first apparatus notifies the bound result to the third apparatus, it enables the third apparatus to display the changed acquisition information of electronic certificate; and the first apparatus notifies the second apparatus to delete/hide the changed acquisition information of electronic certificate.
[43] For example, after binding the electronic certificate with the first account successfully, the first apparatus notifies the bound result to the third apparatus, it enables the third apparatus to display the changed acquisition information of electronic certificate; and the first apparatus notifies the second apparatus to delete/hide the changed acquisition information of electronic certificate.
[44] Further, the first apparatus notifies the bound result to the third apparatus, it enables the third apparatus to display the changed acquisition information of electronic certificate; after notifying the second apparatus to delete/hide the changed acquisition information of electronic certificate, the first apparatus can receive a second change command according to the changed acquisition information of electronic certificate sent by a fourth apparatus; Thereinto, the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate according to the acquisition information; the second account is configured to an user's account of the fourth apparatus;
[45] The first apparatus unbinds the electronic certificate with the first account and binds the electronic certificate with the second account according to the second change command;
the first apparatus notifies the bound result to the fourth apparatus, it enables the fourth apparatus to display the changed acquisition information of electronic certificate.
[46] Further, after binding the electronic certificate with the second account successfully according to the second change command, the first apparatus notifies the third apparatus to delete/hide the changed acquisition information of electronic certificate.
[47] Further, when target data configured to audio data and so on, the electronic certificate also includes the target data information and the required first data, the changed acquisition information of electronic certificate is configured to acquire the target data corresponding to the electronic certificate.
[48] The first apparatus notifies the bound result to the third apparatus, after notifying the third apparatus to display the changed acquisition information of electronic certificate, the first apparatus also can deliver the target data to the third apparatus/the first account or the fourth apparatus/the second account when receiving the target data corresponding to the changed electronic certificate sent by the third apparatus or the fourth apparatus, alternatively, the first apparatus also can deliver the target data to the first account's user or the second account's user; and acquire the data equivalent to the first data value.
[49] For example, after binding the electronic certificate with the first account successfully and notifying the bound result to the third apparatus, or after binding the electronic certificate with the second account successfully and notifying the bound result to the fourth apparatus, the third apparatus or the fourth apparatus can access to the first apparatus via URL address and deliver the target data request corresponding to the changed electronic certificate.
[50] When receiving the target data request corresponding to the changed electronic certificate, the first apparatus delivers the target data to the third apparatus or the fourth apparatus, alternatively, the first apparatus delivers the target data to the first account's user or the second account's user according to the contact information of the first account's user or the second account's user; and acquire the data equivalent to the first data value. The data equivalent to the first data value is provided by the first account's user or the second account's user.
[51] The contact information of the first account's user may be an address of a first user, a telephone number, an IP address of the terminal which the first user uses. The contact information of the second account's user may be an address of a second user, a telephone number, an IP
address of the terminal which the second user uses.
[52] Further, when the target data configured to the target commodity/service, the electronic certificate also includes information of the target commodity/service and the unit price.
The changed acquisition information of electronic certificate is configured to acquire the target commodity/service corresponding to the electronic certificate.
[53] The first apparatus notifies the bound result to the third apparatus, after notifying the third apparatus to display the changed acquisition information of electronic certificate, the first apparatus also can deliver the target data to the third apparatus/the first account or the fourth apparatus/the second account when receiving the target data request corresponding to the changed electronic certificate sent by the third apparatus or the fourth apparatus, alternatively, the first apparatus also can deliver the target data to the first account's user or the second account's user; and acquire the data equivalent to the first data value.
[54] For example, after binding the electronic certificate with the first account successfully and notifying the bound result to the third apparatus, or after binding the electronic certificate with the second account successfully and notifying the bound result to the fourth apparatus, the third apparatus or the fourth apparatus can access to the first apparatus via URL address and deliver the target data request corresponding to the changed electronic certificate.
[55] When receiving the target data request corresponding to the changed electronic certificate, the first apparatus delivers the target data to the third apparatus or the fourth apparatus, alternatively, the first apparatus delivers the target data to the first account's user or the second account's user according to the contact information of the first account's user or the second account's user; and acquire the data equivalent to the first data value. The data equivalent to the first data value is provided by the first account's user or the second account's user.
[56] In the solution above, a first apparatus generates an electronic certificate and delivers an acquisition information of an electronic certificate to a second apparatus to display and share, a third apparatus can deliver a change command according to the acquisition information of electronic certificate displayed by the second apparatus to bind the electronic certificate with account of the third apparatus in order to achieve the communication of electronic certificate. In the solution above, the third apparatus cannot access to the first apparatus, but the third apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[57] Please refer to Figure 2, Figure 2 is a schematic flow chart of a data exchange processing method applied by a second embodiment of the present invention, and the executive body is a third apparatus wherein the method including:
[58] Step S201: a third apparatus delivers a change command to a first apparatus according to an acquisition information of an electronic certificate displayed in a second apparatus.
[59] The first apparatus generates an electronic certificate and delivers the acquisition information of electronic certificate to the second apparatus to display and share. The electronic certificate corresponds to the target data,
[60] The third apparatus delivers the change command to the first apparatus according to an acquisition information of an electronic certificate displayed in the second apparatus.
The change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information. The first account is designated by the third apparatus.
[61] Further, the target data may be a target product/service, also text data, audio data, video data, program data and so on. The electronic certificate corresponds to the target data.
[62] When the target data is a target product/service, the electronic certificate is configured to be a network certificate integrated with the target product/service information and c-commerce function.
The target product/service information is provided by the target product/service provider, the electronic certificate corresponds to the target product/service.
[63] When the target data is a target product/service, an acquisition information of electronic certificate may be an index information of electronic certificate or URL address, the index information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, amount of target, information of target provider etc. or multiple ones.
[64] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, amount of target, information of target provider etc.
[65] When the target data is a text data, audio data, a video data and a program data, an acquisition information of electronic certificate may be an index information of electronic certificate or URL
address, the index information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, amount of target, information of target provider etc. or multiple ones.
[66] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, amount of target, information of target provider etc.
[67] Step S202: the third apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus.
[68] After receiving the change command sent by the third apparatus, the first apparatus searches the electronic certificate corresponding to the acquisition information and inputs the electronic certificate into the first account, alternatively, the first apparatus linked the electronic certificate with the first account and bind the first account with the electronic certificate to change the electronic certificate.
[69] After binding the electronic certificate with the first account successfully, the first apparatus notifies the bound result to the third apparatus, it enables the third apparatus to display the changed acquisition info' illation of electronic certificate
[70] The third apparatus receives and displays the changed acquisition information of electronic certificate sent by the first apparatus.
[71] Further, after step S202, the third apparatus receives the notification information sent by the first apparatus and deletes or hides the changed acquisition information of electronic certificate.
Thereinto, the notification information is sent after binding the changed electronic certificate and the second account.
[72] For example, after notifying the bound result to the third apparatus and notifying to display the changed acquisition information of electronic certificate, the first apparatus can receive a second change command according to the changed acquisition information of electronic certificate sent by a fourth apparatus; Thereinto, the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate according to the acquisition information; the second account is configured to an user's account of the fourth apparatus;
[73] The first apparatus unbinds the electronic certificate with the first account and binds the electronic certificate with the second account according to the second change command;
the first apparatus notifies the bound result to the fourth apparatus, it enables the fourth apparatus to display the changed acquisition information of electronic certificate.
[74] The first apparatus delivers the notification information to the third apparatus according to the second change command to bind the second account and electronic certificate.
[75] When receiving the notification information sent by the first apparatus, the third apparatus deletes or hides the changed acquisition information of electronic certificate.
[76] Further, when target data configured to audio data and so on, the electronic certificate also includes the target data information and the required first data, the changed acquisition information of electronic certificate is configured to acquire the target data corresponding to the electronic certificate.
[77] Further, after step S202, the third apparatus also can deliver the acquisition request of target data corresponding to the changed electronic certificate; and receive the target data sent by the first apparatus when confirming to respond the request and deliver the data equivalent to the first data value to the first apparatus.
[78] For example, after binding the electronic certificate with the first account successfully and notifying the bound result to the third apparatus, the third apparatus can access to the first apparatus via URL
address and deliver the acquisition request of target data corresponding to the changed electronic certificate.
[79] When receiving the acquisition request of target data corresponding to the changed electronic certificate, the first apparatus can deliver the target data to the third apparatus or deliver the target data to the first account's user according to the contact information of the first account's user.
Thereinto, the contact information of the first account's user may be an address of a first user, a telephone number, an IP address of the terminal which the first user uses.
[80] The third apparatus receives the target data sent by the first apparatus when confirming to respond the request and delivers the data equivalent to the first data value to the first apparatus.
[81] Further, when the target data configured to the target commodity/service, the electronic certificate also includes information of the target commodity/service and the unit price.
The changed acquisition information of electronic certificate is configured to acquire the target commodity/service corresponding to the electronic certificate.
[82] After notifying the bound result to the third apparatus and notifying the third apparatus to display the changed acquisition information of electronic certificate, the third apparatus can deliver the request of target commodity/service corresponding to the changed electronic certificate; and receive the target commodity/service sent by the first apparatus when confirming to respond the request and deliver the amount of funds equivalent to the unit price to the first apparatus.
[83] For example, after the first apparatus binding the electronic certificate with the first account successfully and notifying the bound result to the third apparatus, the third apparatus can access to the first apparatus via URL address and deliver the acquisition request of the target commodity/service according to the changed electronic certificate.
[84] When receiving the acquisition request of target commodity/service corresponding to the changed electronic certificate sent by the third apparatus, the first apparatus delivers the target commodity/service to the third apparatus, alternatively, the first apparatus delivers the target commodity/service to the first account's user according to the contact information of the first account's user.
[85] The third apparatus receives the target commodity/service sent by the first apparatus when confirming to respond the request and delivers the amount of funds equivalent to the unit price to the first apparatus.
[86] In the solution above, a first apparatus generates an electronic certificate and delivers an acquisition information of an electronic certificate to a second apparatus to display and share, a third apparatus can deliver a change command according to the acquisition information of electronic certificate displayed by the second apparatus to bind the electronic certificate with account of the third apparatus in order to achieve the communication of electronic certificate. In the solution above, the third apparatus cannot access to the first apparatus, but the third apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[87] Please refer to Figure 3, Figure 3 is a schematic flow chart of a data exchange processing method applied by a third embodiment of the present invention, and the executive body is a fourth apparatus wherein the method including:
[88] Step S301: a fourth apparatus delivers a change command to a first apparatus according to an acquisition information of an electronic certificate displayed in a third apparatus.
[89] The first apparatus generates an electronic certificate which is bound with the first account; the first account is provided by the third apparatus. The electronic certificate corresponds to the target data, the acquisition information of electronic certificate is displayed on the third apparatus. After receiving the acquisition information, all information/data of electronic certificate can be downloaded from the first apparatus via the acquisition information.
[90] Further, the target data may be a target product/service, also text data, audio data, video data, program data and so on. The electronic certificate corresponds to the target data.
[91] When the target data is a target product/service, the electronic certificate is configured to be a network certificate integrated with the target product/service information and e-commerce function.
The target product/service information is provided by the target product/service provider, the electronic certificate corresponds to the target product/service.
[92] When the target data is a target product/service, an acquisition information of electronic certificate may be an index information of electronic certificate or URL address, the index information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, a unit price, sales amount, amount of target, information of target provider etc. or multiple ones.
[93] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, a unit price, sales amount, amount of target, information of target provider etc.
[94] When the target data is a text data, audio data, a video data and a program data, an acquisition information of electronic certificate may be an index information of electronic certificate or URL
address, the index information includes an URL address of electronic certificate as well as any one of the numbers of the electronic certificate, a target name, amount of target, information of target provider etc. or multiple ones.
[95] Thereinto, URL address may be an integration of the number of the electronic certificate, a target name, amount of target, information of target provider etc.
[96] The fourth apparatus delivers the change command to the first apparatus according to an acquisition information of an electronic certificate displayed in the third apparatus. The change command includes an acquisition information and a second account at least. The change command is configured to request the first apparatus to bind the second account with the electronic certificate corresponding to the acquisition information. The second account is designated by the fourth apparatus.
[97] Step S302: the fourth apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus.
[98] After receiving the change command sent by the fourth apparatus, the first apparatus searches the electronic certificate corresponding to the acquisition information and inputs the electronic certificate into the first account, alternatively, the first apparatus linked the electronic certificate with the second account and bind the second account with the electronic certificate to change the electronic certificate.
[99] After binding the electronic certificate with the second account successfully, the first apparatus notifies the bound result to the fourth apparatus, it enables the fourth apparatus to display the changed acquisition information of electronic certificate.
[100] The fourth apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus.
[101] Further, when target data configured to audio data and so on, the electronic certificate also includes the target data information and the required first data, the changed acquisition information of electronic certificate is configured to acquire the target data corresponding to the electronic certificate.
[102] Further, after step S302, the fourth apparatus also can deliver the acquisition request of target data corresponding to the changed electronic certificate to the first apparatus;
and receive the target data sent by the first apparatus when confirming to respond the request and deliver the data equivalent to the first data value to the first apparatus.
[103] For example, after first apparatus binding the electronic certificate with the first account successfully and notifying the bound result to the fourth apparatus, the fourth apparatus can access to the first apparatus via URL address and deliver the acquisition request of target data corresponding to the changed electronic certificate.
[104] When receiving the acquisition request of target data corresponding to the changed electronic certificate, the first apparatus can deliver the target data to the fourth apparatus or deliver the target data to the second account's user according to the contact information of the second account's user.
Thereinto, the contact information of the second account's user may be an address of a second user, a telephone number, an IP address of the terminal which the first second uses.
[105] The fourth apparatus receives the target data sent by the first apparatus when confirming to respond the request and delivers the data equivalent to the first data value to the first apparatus.
[106] Further, when the target data configured to the target commodity/service, the electronic certificate also includes information of the target commodity/service and the unit price.
The changed acquisition information of electronic certificate is configured to acquire the target commodity/service corresponding to the electronic certificate.
[107] After notifying the bound result to the fourth apparatus and notifying the fourth apparatus to display the changed acquisition information of electronic certificate, the third apparatus can deliver the request of target commodity/service corresponding to the changed electronic certificate; and receive the target commodity/service sent by the first apparatus when confirming to respond the request and deliver the amount of funds equivalent to the unit price to the first apparatus.
[108] For example, after the first apparatus binding the electronic certificate with the second account successfully and notifying the bound result to the fourth apparatus, the fourth apparatus can access to the first apparatus via URL address and deliver the acquisition request of the target commodity/service according to the changed electronic certificate.
[109] When receiving the acquisition request of target commodity/service corresponding to the changed electronic certificate sent by the fourth apparatus, the first apparatus delivers the target commodity/service to the fourth apparatus, alternatively, the first apparatus delivers the target commodity/service to the second account's user according to the contact information of the second account's user.
[110] The third apparatus receives the target commodity/service sent by the first apparatus when confirming to respond the request and delivers the amount of funds equivalent to the unit price to the first apparatus.
[111] In the solution above, a fourth apparatus delivers a change command to a first apparatus according to an acquisition information of an electronic certificate displayed in a third apparatus; thereinto, the electronic certificate is generated by the first apparatus and bound with a first account. The first account is delivered by the third apparatus; the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate corresponding to the acquisition information. The fourth apparatus receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus; thereinto, the changed electronic certificate is bound with the second account. In the solution above, the fourth apparatus cannot access to the first apparatus, but the fourth apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[112] Please refer to Figure 4, Figure 4 is a schematic structural diagram of a data exchange processing apparatus applied by a first embodiment of the present invention. Each module of the data exchange processing apparatus applied by the embodiment can be executed steps in Figure 1, please refers to Figure 1 and description corresponding to the embodiment above relate to Figure 1. Thereinto, the data exchange processing apparatus in the embodiment is configured to the first apparatus, the first apparatus is configured to a server provided by the target data provider, wherein the apparatus including a generating module 410, a transmitting module 420, a receiving module 430 and a change module 440.
[113] The generating module 410 is configured to generating an electronic certificate.
[114] The transmitting module 420 is configured to deliver an acquisition information of electronic certificate to a second apparatus; thereinto, the acquisition information is displayed on the second apparatus;
[115] The receiving module 430 is configured to receive a change command sent by a third apparatus according to the acquisition information. Thereinto, the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[116] The change module 440 is configured to bind the first account with the electronic certificate according to the change command received by the receiving module 430.
[117] Further, the receiving module 430 is configured to receive a second change command according to the changed acquisition information of electronic certificate sent by a fourth apparatus; Thereinto, the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate according to the acquisition information.
[118] Further, the change module 440 is also configured to unbind the electronic certificate with the first account and bind the electronic certificate with the second account according to the second change command received by the receiving module 430.
[119] In the solution above, a data exchange processing apparatus delivers a change command to a first apparatus according to the acquisition information of electronic certificate displayed by the second apparatus. The third apparatus can deliver the change command according to the acquisition information of electronic certificate displayed by the second apparatus to bind the electronic certificate with account of the third apparatus in order to achieve the communication of electronic certificate. In the solution above, the third apparatus cannot access to the first apparatus, but the third apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[120] Please refer to Figure 5, Figure 5 is a schematic structural diagram of a data exchange processing apparatus applied by a second embodiment of the present invention. Each module of the data exchange processing apparatus applied by the embodiment can be executed steps in Figure 2, please refers to Figure 2 and description corresponding to the embodiment above relate to Figure 2.
Thereinto, the data exchange processing apparatus in the embodiment is configured to the third apparatus, the third apparatus is configured to a mobile terniinal, a computer etc., wherein the apparatus including a transmitting module 510, a control module 520.
[121] The transmitting module 510 is configured to deliver a change command to a first apparatus according to an acquisition information of electronic certificate displayed by a second apparatus;
thereinto, the electronic certificate is generated by the first apparatus, the acquisition information is delivered from the first apparatus to the second apparatus; the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[122] The control module 520 is configured to receive and display the changed acquisition information of the electronic certificate sent by the first apparatus.
[123] In the solution above, a data exchange processing apparatus delivers a change command to a first apparatus according to the acquisition information of electronic certificate displayed by the second apparatus. The third apparatus can deliver the change command according to the acquisition information of electronic certificate displayed by the second apparatus to bind the electronic certificate with account of the third apparatus in order to achieve the communication of electronic certificate. In the solution above, the third apparatus cannot access to the first apparatus, but the third apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[124] Please refer to Figure 6, Figure 6 is a schematic structural diagram of a data exchange processing apparatus applied by a third embodiment of the present invention. Each module of the data exchange processing apparatus applied by the embodiment can be executed steps in Figure 3, please refers to Figure 3 and description corresponding to the embodiment above relate to Figure 3. Thereinto, the data exchange processing apparatus in the embodiment is configured to the fourth apparatus, the fourth apparatus is configured to a mobile terminal, a computer etc., wherein the apparatus including a transmitting module 610, a control module 620.
[125] The transmitting module 610 is configured to deliver a change command to a first apparatus according to an acquisition information of electronic certificate displayed by a second apparatus;
thereinto, the electronic certificate is generated by the first apparatus and bound with a first account.
The first account is delivered by the third apparatus; the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate corresponding to the acquisition information
[126] The control module 620 receive and display the changed acquisition information of the electronic certificate sent by the first apparatus. Thereinto, the changed electronic certificate is bound with the second account.
[127] In the solution above, a data exchange processing apparatus delivers a change command to a first apparatus according to the acquisition information of electronic certificate displayed by the third apparatus. The data exchange processing apparatus can deliver the change command according to the acquisition information of electronic certificate displayed by the third apparatus to bind the electronic certificate with account of the fourth apparatus in order to achieve the communication of electronic certificate. In the solution above, the data exchange processing apparatus cannot access to the first apparatus, but the third apparatus also acquire the acquisition information of electronic certificate and share it to other terminal in order to improve the efficiency of data communication and broaden the scope of data communication.
[128] Please refer to Figure 7, Figure 7 is a schematic structural diagram of a data exchange processing apparatus applied by a fourth embodiment of the present invention. Thereinto, the data exchange processing apparatus in the embodiment is configured to the first apparatus, wherein the data exchange processing apparatus including a receiver 710, a processor 720, a transmitter 730, a read-only memory 740, a random-access memory 750 and a bus 760.
[129] The receiver 710 is configured to receive data.
[130] The processor 720 is configured to control the operation of the data exchange apparatus, the processor 720 also may be configured to a CPU (Central Processing Unit). The processor 320 may be configured to an integrated circuit chip with a signal processing capability. The processor 720 may be configured to a general processor, a digital signal processor (DSP), a specific integrated circuit (ASIC), a field programmable gate array (FPGA) or other programmable logic device, discrete gate or transistor logic, discrete hardware components. The general processor may be configured to a microprocessor or any conventional processer.
[131] The transmitter 730 is configured to transmit data.
[132] The memory can be configured to the read-only memory 740 and a random-access memory 750 also provide commands and data to the processor 720. One part of memory also may be configured to non- volatile random-access memory (NVRAM).
[133] Each component of the apparatus is coupled together via the bus 760, thereinto, the bus 760 not only includes the power bus but also the control bus and status signal bus etc. For a clear illustration, all buses shown in Figures are marked as the bus 760.
[134] The memory stores the following elements, executable modules or data structures, or their subset or superset thereof:
[135] Operational instruction includes various operational instructions, which are configured to implement various operations.
[136] Operational system includes various system programs, which are configured to implement various basic service and tasks based on the hardware.
[137] In the embodiment of the present invention, the processor 720 calls the operational instruction stored in the memory (the operational instruction can be stored in the operational system) and implement the following operations:
[138] The processor 720 is configured to generate the electronic certificate and deliver the acquisition information of the electronic certificate to the second apparatus; thereinto, the acquisition information of the electronic certificate is displayed on the second apparatus;
[139] The processor 720 is configured to control the receiver 710 to receive a change command sent by a third apparatus according to the acquisition information; thereinto, the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[140] The processor 720 is configured to bind the first account with the electronic certificate according to the change command received by the receiver 710.
[141] Further, the processor 720 is configured to control the receiver 710 to receive a second change command according to the changed acquisition information of electronic certificate sent by a fourth apparatus; Thereinto, the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate according to the acquisition information;
[142] The processor 720 is configured to unbind the electronic certificate with the first account and bind the electronic certificate with the second account according to the second change command.
[143] Please refer to Figure 8, Figure 8 is a schematic structural diagram of a data exchange processing apparatus applied by a fifth embodiment of the present invention. The data exchange processing apparatus in the embodiment is configured to the third apparatus, wherein the data exchange processing apparatus including a receiver 810, a processor 820, a transmitter 830, a read-only memory 840, a random-access memory 850 and a bus 860.
[144] The receiver 810 is configured to receive data.
[145] The processor 820 is configured to control the operation of the data exchange apparatus, the processor 820 also may be configured to a CPU (Central Processing Unit). The processor 820 may be configured to an integrated circuit chip with a signal processing capability. The processor 820 may be configured to a general processor, a digital signal processor (DSP), a specific integrated circuit (ASIC), a field programmable gate array (FPGA) or other programmable logic device, discrete gate or transistor logic, discrete hardware components. The general processor may be configured to a microprocessor or any conventional processer.
[146] The transmitter 830 is configured to transmit data.
[147] The memory can be configured to the read-only memory 840 and a random-access memory 850 also provide commands and data to the processor 820. One part of memory also may be configured to non- volatile random-access memory (NVRAM).
[148] Each component of the apparatus is coupled together via the bus 860, thereinto, the bus 860 not only includes the power bus but also the control bus and status signal bus etc. For a clear illustration, all buses shown in Figures are marked as the bus 860.
[149] The memory stores the following elements, executable modules or data structures, or their subset or superset thereof:
[150] Operational instruction includes various operational instructions, which are configured to implement various operations.
[151] Operational system includes various system programs, which are configured to implement various basic service and tasks based on the hardware.
[152] In the embodiment of the present invention, the processor 820 calls the operational instruction stored in the memory (the operational instruction can be stored in the operational system) and implement the following operations:
[153] The processor 820 is configured to generate a change command according to the acquisition information of electronic certificate displayed on the second apparatus and control the transmitter 830 to deliver the change command to the first apparatus. Thereinto, the electronic certificate is generated by the first apparatus; the acquisition information of electronic certificate is delivered from the first apparatus to the second apparatus; the change command includes a first account at least, which is configured to request to bind the first account with the electronic certificate corresponding to the acquisition information.
[154] The processor 820 is configured to control the receiver 810 to receives and displays the changed acquisition information of the electronic certificate sent by the first apparatus.
[1551 Please refer to Figure 9, Figure 9 is a schematic structural diagram of a data exchange processing apparatus applied by a sixth embodiment of the present invention. The data exchange processing apparatus in the embodiment is configured to the fourth apparatus, wherein the data exchange processing apparatus including a receiver 910, a processor 920, a transmitter 30, a read-only memory 940, a random-access memory 950 and a bus 960.
[156] The receiver 910 is configured to receive data.
[157] The processor 920 is configured to control the operation of the data exchange apparatus, the processor 920 also may be configured to a CPU (Central Processing Unit). The processor 920 may be configured to an integrated circuit chip with a signal processing capability. The processor 920 may be configured to a general processor, a digital signal processor (DSP), a specific integrated circuit (ASIC), a field programmable gate array (FPGA) or other programmable logic device, discrete gate or transistor logic, discrete hardware components. The general processor may be configured to a microprocessor or any conventional processer.
[158] The transmitter 930 is configured to transmit data.
[159] The memory can be configured to the read-only memory 940 and a random-access memory 950 also provide commands and data to the processor 920. One part of memory also may be configured to non- volatile random-access memory (NVRAM).
[160] Each component of the apparatus is coupled together via the bus 960, thereinto, the bus 960 not only includes the power bus but also the control bus and status signal bus etc. For a clear illustration, all buses shown in Figures are marked as the bus 960.
[161] The memory stores the following elements, executable modules or data structures, or their subset or superset thereof:
[162] Operational instruction includes various operational instructions, which are configured to implement various operations.
[163] Operational system includes various system programs, which are configured to implement various basic service and tasks based on the hardware.
[164] In the embodiment of the present invention, the processor 920 calls the operational instruction stored in the memory (the operational instruction can be stored in the operational system) and implement the following operations:
[165] The processor 920 is configured to generate a change command according to the acquisition information of electronic certificate displayed on the third apparatus and control the transmitter 930 to deliver the change command to the first apparatus. Thereinto, the electronic certificate is generated by the first apparatus; the acquisition information of electronic certificate is delivered from the first apparatus to the third apparatus; the change command includes a second account at least, which is configured to request to bind the second account with the electronic certificate corresponding to the acquisition information.
[166] The processor 920 is configured to control to receive and display the changed acquisition information of the electronic certificate received by the receiver 910;
thereinto, the changed electronic certificate is bound with the second account.
[167] In these embodiments of present invention, understandingly, the disclosed system, apparatus and method can be achieved. For example, the apparatus descripted in the embodiment above is schematically illustrated, for example, the modules or units is divided by logical functions. In reality, they can be divided by other method, for example, multiple units or components can be integrated together or to another system, or several characteristics can be ignored or not executed. Another point is coupling directly or communicated connection via several interfaces, coupling indirectly or communicated connection between apparatus or units may be electric, mechanic or other format.
[168] The unit can be physically separated or not physically separated, displayed parts can be physical unit or not. It means that they may be located in a physical place or distributed on multiple network units. The aim is that part of units or all units are used to achieve the embodiments above as required.
[169] Besides, each unit in the embodiment can be integrated in one processing unit, or each unit is located in a physical place, or more that two units can be integrated in one unit. The integrated unit can be a hardware or a software.
[170] The integrated unit as an individual product can be stored in a readable memory. The part of technical solutions of present invention or the entire technical solution can be achieved as a software which is stored in a readable memory with commands. It enables a computer device (a personal computer, server or network apparatus) or processor to execute several steps or the entire steps of present invention. The memory can be an USB, portable hard disk, read-only memory, random access memory, disk or disc etc.
Date Recue/Date Received 2020-08-27 [171] A person of skill in the art considers the problems disclosed herein and sought to be solved by the present disclosure to be exclusively computer problems and contemplates only solutions to those problems that include essential computer elements. Abstract ideas, mere schemes, plans, rules, or mental processes that do not include computer elements are expressly excluded from this application.
Date Recue/Date Received 2020-08-27