CN103532743A - Remote data collecting system based on Web Service interface and control method - Google Patents
Remote data collecting system based on Web Service interface and control method Download PDFInfo
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Abstract
The invention relates to a remote data collecting system based on a Web Service interface and a control method. The system comprises a network element, a data collection adapter and a network management application terminal, wherein the network element is connected with the data collection adapter, the data collection adapter is a remote data collecting system based on the Web Service interface and is applied between the network management application terminal and a managed network element, and the network management application terminal is a user operation object, and is connected with the data collecting adapter through a wireless communication network. The remote data collecting system based on the Web Service interface and the control method provided by the invention have the advantages that management personnel can realize the real-time any-place remote monitoring on the managed network element in modes such as short messages and GPRS (general packet radio service) signals, great convenience is realized, in addition, the management is more elastic and flexible, the bandwidth is saved through the compression technology, so the sending and the receiving are more efficient, the adapter and module distinguishing is clear, and the structure is simple.
Description
Technical field
The invention belongs to electrical management informationization technology field, particularly relate to a kind of remote data acquisition system and control method based on Web Service interface.
Background technology
In network environment under multi-vendor, polymorphic type, many NMPs, there is very big-difference in the network management interface in network management system and managed network between each vendor equipment Element management system or equipment.Interface adapter, as a functional module independently, plays an important role in network management system.Adapter carries out adaptation and conversion to the communication protocol on network management interface, management agreement and information model, to network management system, provide unified information format and interface, can make network management system manage those Element management system that does not adopt standard network interface tube or equipment, strengthen flexibility and the extensibility of network management system, widen the managerial ability of network management system.
Web Service is a new technology, and can make to operate in different application on different machines need not be by additional, special third party software or hardware, just swap data or integrated mutually.Between application according to Web Service enforcement of regulations, what language, platform or internal agreement that no matter they use be, mutually swap data.Web Service is self-described, self-contained available network module, can carry out concrete business function.Web Service is also easy to dispose, because they are based on some conventional industry standards and more existing technology, such as XML and HTTP.Web Service has reduced the cost of application interface.Web Service is the operation flow between even a plurality of tissues of whole enterprise integratedly provides a general mechanism.
In productive life, there are a lot of situations to need administrative staff to carry out remote supervisory to managed element, but still there is no to find that the network management interface remote data acquisition system based on Web Service is seen in report at present.
Summary of the invention
In order to address the above problem, the object of the present invention is to provide a kind of remote data acquisition system and control method based on Web Service interface.
In order to achieve the above object, the remote data acquisition system based on Web Service interface provided by the invention comprises: network element, capture adaptor and webmaster application terminal; Wherein: network element is Element management system EMS or direct connection network element, is connected with capture adaptor;
Capture adaptor is the remote data acquisition system based on Web Service interface, is connected between webmaster application terminal and network element;
Webmaster application terminal is user's operand, and it is connected with capture adaptor by cordless communication network.
Described capture adaptor comprises: Web Service adapter, communication control module, adapter compression/de-compression module and remote communication module; Wherein:
Web Service adapter is data acquisition module, has been responsible for network management interface information data acquisition task;
Communication control module is general module, is responsible for being undertaken alternately by remote communication module with upper strata webmaster, and it is connected with adapter compression/de-compression module with Web Service adapter respectively;
The information that adapter compression/de-compression module is responsible for communication control module to upload is compressed, and is sent to webmaster application terminal by remote communication module; The task from webmaster application terminal of being simultaneously also responsible for remote communication module to receive decompresses, and mails to communication control module; Adapter compression/de-compression module is connected with remote communication module;
Remote communication module is wireless communication module, for realizing the wireless connections between capture adaptor and webmaster application terminal.
Described webmaster application terminal comprises: remote communication module, terminal compression/de-compression module and application module, wherein:
Remote communication module is responsible for telecommunication, and its inside is provided with SIM card, for sending the compress order of self terminal compression/de-compression module and receiving the webmaster packed data that capture adaptor sends;
Terminal compression/de-compression module is responsible for the task of self-application module in the future and is compressed, and mails to remote communication module, is also responsible for the network management data from remote communication module to decompress simultaneously, and mails to application module.
When active drainage pattern, the control method of the remote data acquisition system based on Web Service interface provided by the invention comprises the following step carrying out in order:
The S02 stage of step 2, squeeze operation director data: the terminal compression/de-compression module in webmaster application terminal is compressed operational order, and the operational order of having compressed is sent to the remote communication module in webmaster application terminal;
Step 4, application terminal send the S04 stage of instruction: the remote communication module in capture adaptor mails to the adapter compression/de-compression module 203 in capture adaptor by the packed data receiving;
The S05 stage of step 5, decompression operation director data: the adapter compression/de-compression module in capture adaptor de-compresses into operational order data by order, and associative operation information is passed to and issued communication control module;
In the S06 stage of step 6, network element protocol conversion: communication control module sends operational order data to Web Service adapter, by Web Service adapter, operation information is converted to the acceptable order of network element device;
Step 7, instruction is sent to S07 stage of network element: Web Service adapter sends the order after conversion to network element;
The S08 stage of step 8, network element image data: network element gathers the data in network element device after receiving instruction immediately, and the network element data collecting is uploaded to capture adaptor;
Step 9, adapter receive the S09 stage of network element data: the communication control module in capture adaptor receives network element data by Web Service adapter;
The S10 stage of step 10, parsing network element data: communication control module is analyzed the network element data receiving, and therefrom resolves network element device information, then sends adapter compression/de-compression module to;
The S11 stage of step 11, compressed web metadata: adapter compression/de-compression module becomes network element device packet by network element device Information Compression, and sent to remote communication module 204;
The S12 stage of step 12, uploading data bag: the remote communication module in capture adaptor mails to webmaster application terminal by network element device packet by note form;
Step 13, application terminal receive the S13 stage of network element data bag: the remote communication module in webmaster application terminal sends the network element device packet receiving to terminal compression/de-compression module in webmaster application terminal;
The S14 stage of step 14, decompression network element data bag: the terminal compression/de-compression module in webmaster application terminal is reduced into network element device information by network element device packet, and is uploaded to the application module in webmaster application terminal;
The S15 stage of step 15, processing net element data: the application module in webmaster application terminal is processed accordingly to the network element device information of receiving; Flow process so far finishes.
When active reporting and timing acquiring pattern, the control method of the remote data acquisition system based on Web Service interface provided by the invention comprises the following step carrying out in order:
Step 2, adapter receive the S22 stage of network element data: the communication control module in capture adaptor receives network element data by Web Service adapter;
The S23 stage of step 3, parsing network element data: communication control module is analyzed the network element data receiving, and therefrom resolves network element device information, then sends adapter compression/de-compression module to;
The S24 stage of step 4, compressed web metadata: adapter compression/de-compression module becomes network element device packet by network element device Information Compression, and is sent to remote communication module;
The S25 stage of step 5, uploading data bag: the remote communication module in capture adaptor mails to webmaster application terminal by network element device packet by note form;
Step 6, application terminal receive the S26 stage of network element data bag: the remote communication module in webmaster application terminal sends the network element device packet receiving to terminal compression/de-compression module in webmaster application terminal;
The S27 stage of step 7, decompression network element data bag: the terminal compression/de-compression module in webmaster application terminal is reduced into network element device information by network element device packet, and is uploaded to the application module in webmaster application terminal;
The S28 stage of step 8, processing net element data: the application module in webmaster application terminal is processed accordingly to the network element device information of receiving; Flow process so far finishes.
Remote data acquisition system and control method based on Web Service interface provided by the invention makes administrative staff by modes such as note, GPRS signals, to managed element, to carry out real time remote supervision whenever and wherever possible, not only very convenient, and can make to manage elasticity, flexible more; Compress technique is saved bandwidth, makes sending and receiving more efficient; It is clear, simple in structure that block region is divided.
Accompanying drawing explanation
Fig. 1 is that the remote data acquisition system based on Web Service interface provided by the invention forms schematic diagram.
Fig. 2 is that in the remote data acquisition system based on Web Service interface provided by the invention, capture adaptor forms schematic diagram.
Fig. 3 is that in the remote data acquisition system based on Web Service interface provided by the invention, webmaster application terminal forms schematic diagram.
Fig. 4 is the control method flow chart of the remote data acquisition system based on Web Service interface provided by the invention when active drainage pattern.
Fig. 5 is the control method flow chart of the remote data acquisition system based on Web Service interface provided by the invention when active reporting and timing acquiring pattern.
Embodiment
Below in conjunction with the drawings and specific embodiments, remote data acquisition system and the control method based on Web Service interface provided by the invention is elaborated.
As shown in Figure 1, the remote data acquisition system based on Web Service interface provided by the invention comprises: network element 1, capture adaptor 2 and webmaster application terminal 3; Wherein: network element 1 is Element management system EMS or direct connection network element, the data source header that it gathers for native system is connected with capture adaptor 2;
Capture adaptor 2 is the remote data acquisition system based on Web Service interface, is connected between webmaster application terminal 3 and network element 1;
As shown in Figure 2, the capture adaptor 2 in the remote data acquisition system based on Web Service interface provided by the invention comprises: Web Service adapter 201, communication control module 202, adapter compression/de-compression module 203 and remote communication module 204; Wherein:
Web Service adapter 201 is data acquisition module, has been responsible for network management interface information data acquisition task;
The information that adapter compression/de-compression module 203 is responsible for communication control module 202 to upload is compressed, and is sent to webmaster application terminal by remote communication module 204; The task from webmaster application terminal of being simultaneously also responsible for remote communication module 204 to receive decompresses, and mails to communication control module 202; Adapter compression/de-compression module 203 is connected with remote communication module 204;
As shown in Figure 3, the webmaster application terminal 3 in the remote data acquisition system based on Web Service interface provided by the invention comprises: remote communication module 301, terminal compression/de-compression module 302 and application module 303, wherein:
Terminal compression/de-compression module 302 is responsible for the task of self-application module 303 in the future and is compressed, and mails to remote communication module 301, is also responsible for the network management data from remote communication module 301 to decompress simultaneously, and mails to application module 303.
Network management interface remote data acquisition system based on Web Service provided by the invention adopts three kinds of patterns when image data, that is: initiatively collection, active reporting and timing acquiring.Wherein, initiatively gather and refer to that webmaster application terminal 3 initiatively gathers the data of managed element 1, first webmaster application terminal 3 issues acquisition tasks, and capture adaptor 2 completes acquisition tasks and data are returned by modes such as note, GPRS; Active reporting refers to when the information such as the configuration of managed element 1, alarm change, and initiatively data is mail to capture adaptor 2, then by capture adaptor 2, data is mail to webmaster application terminal 3 by modes such as note, GPRS; Timing acquiring refers to the setting-up time cycle in capture adaptor 2, and every one-period, capture adaptor 2 gathers the data of managed element 1 by Web Service interface, and data are mail to webmaster application terminal 3 by modes such as note, GPRS.
As shown in Figure 4, the control method of described active drainage pattern comprises the following step carrying out in order:
The S02 stage of step 2, squeeze operation director data: the terminal compression/de-compression module 302 in webmaster application terminal 3 is compressed operational order, and the operational order of having compressed is sent to the remote communication module 301 in webmaster application terminal 3;
Step 4, application terminal send the S04 stage of instruction: the remote communication module 204 in capture adaptor 2 mails to the adapter compression/de-compression module 203 in capture adaptor 2 by the packed data receiving;
The S05 stage of step 5, decompression operation director data: the adapter compression/de-compression module 203 in capture adaptor 2 de-compresses into operational order data by order, and associative operation information is passed to and issued communication control module 202;
In the S06 stage of step 6, network element protocol conversion: communication control module 202 sends operational order data to Web Service adapter 201, by Web Service adapter 201, operation information is converted to the acceptable order of network element device;
Step 7, instruction is sent to S07 stage of network element: Web Service adapter 201 sends the order after conversion to network element 1;
The S08 stage of step 8, network element image data: network element 1 gathers the data in network element device after receiving instruction immediately, and the network element data collecting is uploaded to capture adaptor 2;
Step 9, adapter receive the S09 stage of network element data: the communication control module 202 in capture adaptor 2 receives network element data by Web Service adapter 201;
The S10 stage of step 10, parsing network element data: 202 pairs of network element datas that receive of communication control module are analyzed, and therefrom resolve network element device information, then send adapter compression/de-compression module 203 to;
The S11 stage of step 11, compressed web metadata: adapter compression/de-compression module 203 becomes network element device packet by network element device Information Compression, and sent to remote communication module 204;
The S12 stage of step 12, uploading data bag: the remote communication module 204 in capture adaptor 2 mails to webmaster application terminal 3 by network element device packet by forms such as notes;
Step 13, application terminal receive the S13 stage of network element data bag: the remote communication module 301 in webmaster application terminal 3 sends the network element device packet receiving to terminal compression/de-compression module 302 in webmaster application terminal 3;
The S14 stage of step 14, decompression network element data bag: the terminal compression/de-compression module 302 in webmaster application terminal 3 is reduced into network element device information by network element device packet, and be uploaded to the application module 303 in webmaster application terminal 3;
The S15 stage of step 15, processing net element data: the network element device information that 303 pairs of application modules in webmaster application terminal 3 are received is processed accordingly; Flow process so far finishes.
As shown in Figure 5, the control method of described active reporting and timing acquiring pattern comprises the following step carrying out in order:
Step 2, adapter receive the S22 stage of network element data: the communication control module 202 in capture adaptor 2 receives network element data by Web Service adapter 201;
The S23 stage of step 3, parsing network element data: 202 pairs of network element datas that receive of communication control module are analyzed, and therefrom resolve network element device information, then send adapter compression/de-compression module 203 to;
The S24 stage of step 4, compressed web metadata: adapter compression/de-compression module 203 becomes network element device packet by network element device Information Compression, and sent to remote communication module 204;
The S25 stage of step 5, uploading data bag: the remote communication module 204 in capture adaptor 2 mails to webmaster application terminal 3 by network element device packet by forms such as notes;
Step 6, application terminal receive the S26 stage of network element data bag: the remote communication module 301 in webmaster application terminal 3 sends the network element device packet receiving to terminal compression/de-compression module 302 in webmaster application terminal 3;
The S27 stage of step 7, decompression network element data bag: the terminal compression/de-compression module 302 in webmaster application terminal 3 is reduced into network element device information by network element device packet, and be uploaded to the application module 303 in webmaster application terminal 3;
The S28 stage of step 8, processing net element data: the network element device information that 303 pairs of application modules in webmaster application terminal 3 are received is processed accordingly; Flow process so far finishes.
At S21, in the stage, the condition of described active collection is: in timing, during arq mode be: regularly uplink time then; When active reporting pattern, be: the increase of Internet resources object, delete automatically reporting of notice and performance, alarm notification etc.
Described network element device comprises the Element management system EMS of manufacturer and network element device.
The function that native system completes in network management system and corresponding workflow are as follows:
One, active drainage pattern: webmaster application terminal 3 receives the bookkeeping order of upper strata webmasters application, then send to capture adaptor 2, capture adaptor 2 is received after instruction, by network element 1 image data from the Element management system EMS of manufacturer or network element device, be uploaded to again webmaster application terminal 3, then by webmaster application terminal 3, pass to upper strata webmaster and apply;
Two, active reporting and timing acquiring pattern: network element 1 is according to the condition active image data of setting and be uploaded to capture adaptor 2, then is uploaded to webmaster application terminal 3 by capture adaptor 2, then by webmaster application terminal 3, passes to upper strata webmaster and applies.
Claims (5)
1. the remote data acquisition system based on Web Service interface, is characterized in that: described remote data acquisition system comprises: network element (1), capture adaptor (2) and webmaster application terminal (3); Wherein: network element (1) is Element management system EMS or direct connection network element, be connected with capture adaptor (2);
Capture adaptor (2) is the remote data acquisition system based on Web Service interface, is connected between webmaster application terminal (3) and network element (1);
Webmaster application terminal (3) is user's operand, and it is connected with capture adaptor (2) by cordless communication network.
2. the remote data acquisition system based on Web Service interface according to claim 1, is characterized in that: described capture adaptor (2) comprising: Web Service adapter (201), communication control module (202), adapter compression/de-compression module (203) and remote communication module (204); Wherein:
Web Service adapter (201) is data acquisition module, has been responsible for network management interface information data acquisition task;
Communication control module (202) is general module, is responsible for being undertaken alternately by remote communication module with upper strata webmaster, and it is connected with adapter compression/de-compression module (203) with Web Service adapter (201) respectively;
The information that adapter compression/de-compression module (203) is responsible for communication control module (202) to upload is compressed, and is sent to webmaster application terminal by remote communication module (204); The task from webmaster application terminal of being simultaneously also responsible for remote communication module (204) to receive decompresses, and mails to communication control module (202); Adapter compression/de-compression module (203) is connected with remote communication module (204);
Remote communication module (204) is wireless communication module, for realizing the wireless connections between capture adaptor (2) and webmaster application terminal (3).
3. the remote data acquisition system based on Web Service interface according to claim 1, it is characterized in that: described webmaster application terminal (3) comprising: remote communication module (301), terminal compression/de-compression module (302) and application module (303), wherein:
Remote communication module (301) is responsible for telecommunication, and its inside is provided with SIM card, for sending the compress order of self terminal compression/de-compression module (302) and receiving the webmaster packed data that capture adaptor (2) sends;
Terminal compression/de-compression module (302) is responsible for the task of self-application module (303) in the future and is compressed, and mail to remote communication module (301), also be responsible for the network management data from remote communication module (301) to decompress simultaneously, and mail to application module (303).
4. a control method for the remote data acquisition system based on Web Service interface as claimed in claim 1, is characterized in that: when active drainage pattern, described control method comprises the following step carrying out in order:
Step 1, application terminal issue the S01 stage of operational order: the application module (303) in webmaster application terminal (3) receives from the acquisition operations order in Upper NM Station, and issues this acquisition operations order;
The S02 stage of step 2, squeeze operation director data: the terminal compression/de-compression module (302) in webmaster application terminal (3) is compressed operational order, and the operational order of having compressed is sent to the remote communication module (301) in webmaster application terminal (3);
Step 3, application terminal send the S03 stage of instruction: the remote communication module (301) in webmaster application terminal (3) is handed down to capture adaptor (2) by the data after compression with note, GPRS mode;
Step 4, application terminal send the S04 stage of instruction: the remote communication module (204) in capture adaptor (2) mails to the adapter compression/de-compression module (203) in capture adaptor (2) by the packed data receiving;
The S05 stage of step 5, decompression operation director data: the adapter compression/de-compression module (203) in capture adaptor (2) de-compresses into operational order data by order, and associative operation information is passed to and issued communication control module (202);
In the S06 stage of step 6, network element protocol conversion: communication control module (202) sends operational order data to Web Service adapter (201), by Web Service adapter (201), operation information is converted to the acceptable order of network element device;
Step 7, instruction is sent to S07 stage of network element: Web Service adapter (201) sends the order after conversion to network element (1);
The S08 stage of step 8, network element image data: network element (1) gathers the data in network element device after receiving instruction immediately, and the network element data collecting is uploaded to capture adaptor (2);
Step 9, adapter receive the S09 stage of network element data: the communication control module (202) in capture adaptor (2) receives network element data by Web Service adapter (201);
The S10 stage of step 10, parsing network element data: communication control module (202) is analyzed the network element data receiving, and therefrom resolves network element device information, then sends adapter compression/de-compression module (203) to;
The S11 stage of step 11, compressed web metadata: adapter compression/de-compression module (203) becomes network element device packet by network element device Information Compression, and sent to remote communication module (204);
The S12 stage of step 12, uploading data bag: the remote communication module (204) in capture adaptor (2) mails to webmaster application terminal (3) by network element device packet by note form;
Step 13, application terminal receive the S13 stage of network element data bag: the remote communication module (301) in webmaster application terminal (3) sends the network element device packet receiving to terminal compression/de-compression module (302) in webmaster application terminal (3);
The S14 stage of step 14, decompression network element data bag: the terminal compression/de-compression module (302) in webmaster application terminal (3) is reduced into network element device information by network element device packet, and be uploaded to the application module (303) in webmaster application terminal (3);
The S15 stage of step 15, processing net element data: the application module (303) in webmaster application terminal (3) is processed accordingly to the network element device information of receiving; Flow process so far finishes.
5. a control method for the remote data acquisition system based on Web Service interface as claimed in claim 1, is characterized in that: when active reporting and timing acquiring pattern, described control method comprises the following step carrying out in order:
Step 1, network element be the S21 stage of image data initiatively: network element (1) initiatively gathers the data in network element device, and the network element data collecting is uploaded to capture adaptor (2);
Step 2, adapter receive the S22 stage of network element data: the communication control module (202) in capture adaptor (2) receives network element data by Web Service adapter (201);
The S23 stage of step 3, parsing network element data: communication control module (202) is analyzed the network element data receiving, and therefrom resolves network element device information, then sends adapter compression/de-compression module (203) to;
The S24 stage of step 4, compressed web metadata: adapter compression/de-compression module (203) becomes network element device packet by network element device Information Compression, and sent to remote communication module (204);
The S25 stage of step 5, uploading data bag: the remote communication module (204) in capture adaptor (2) mails to webmaster application terminal (3) by network element device packet by note form;
Step 6, application terminal receive the S26 stage of network element data bag: the remote communication module (301) in webmaster application terminal (3) sends the network element device packet receiving to terminal compression/de-compression module (302) in webmaster application terminal (3);
The S27 stage of step 7, decompression network element data bag: the terminal compression/de-compression module (302) in webmaster application terminal (3) is reduced into network element device information by network element device packet, and be uploaded to the webmaster application terminal (application module in 3 (303);
The S28 stage of step 8, processing net element data: (application module in 3 (303) is processed accordingly to the network element device information of receiving in webmaster application terminal; Flow process so far finishes.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104571005A (en) * | 2014-11-17 | 2015-04-29 | 上海申美饮料食品有限公司 | Automatic production control system and method based on general adaptor |
| WO2016091141A1 (en) * | 2014-12-10 | 2016-06-16 | 中兴通讯股份有限公司 | Method and apparatus for information collection |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101610264A (en) * | 2009-07-24 | 2009-12-23 | 深圳市永达电子股份有限公司 | The management method of a kind of firewall system, safety service platform and firewall system |
| CN101741146A (en) * | 2010-02-11 | 2010-06-16 | 江苏方天电力技术有限公司 | Intelligent auxiliary monitoring terminal of transformer substation |
| CN101778133A (en) * | 2010-01-13 | 2010-07-14 | 山东电力集团公司 | Communication protocol adapter-based integrated terminal access system structure |
| CN101789630A (en) * | 2010-02-11 | 2010-07-28 | 江苏方天电力技术有限公司 | Monitoring system uniform platform of on-line monitoring and auxiliary equipment of transformer substation |
-
2013
- 2013-09-29 CN CN201310454357.2A patent/CN103532743A/en active Pending
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101610264A (en) * | 2009-07-24 | 2009-12-23 | 深圳市永达电子股份有限公司 | The management method of a kind of firewall system, safety service platform and firewall system |
| CN101778133A (en) * | 2010-01-13 | 2010-07-14 | 山东电力集团公司 | Communication protocol adapter-based integrated terminal access system structure |
| CN101741146A (en) * | 2010-02-11 | 2010-06-16 | 江苏方天电力技术有限公司 | Intelligent auxiliary monitoring terminal of transformer substation |
| CN101789630A (en) * | 2010-02-11 | 2010-07-28 | 江苏方天电力技术有限公司 | Monitoring system uniform platform of on-line monitoring and auxiliary equipment of transformer substation |
Non-Patent Citations (1)
| Title |
|---|
| 国家电网: "用电信息采集系统的主要采集方式有哪些？", 《用电信息采集系统的主要采集方式有哪些》, 6 August 2013 (2013-08-06), pages 08 - 295375 * |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104571005A (en) * | 2014-11-17 | 2015-04-29 | 上海申美饮料食品有限公司 | Automatic production control system and method based on general adaptor |
| CN104571005B (en) * | 2014-11-17 | 2017-05-17 | 上海申美饮料食品有限公司 | Automatic production control system and method based on general adaptor |
| WO2016091141A1 (en) * | 2014-12-10 | 2016-06-16 | 中兴通讯股份有限公司 | Method and apparatus for information collection |
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Application publication date: 20140122 |