CN102892116A - Base station and maintaining method thereof - Google Patents
Base station and maintaining method thereof Download PDFInfo
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- CN102892116A CN102892116A CN2012103775652A CN201210377565A CN102892116A CN 102892116 A CN102892116 A CN 102892116A CN 2012103775652 A CN2012103775652 A CN 2012103775652A CN 201210377565 A CN201210377565 A CN 201210377565A CN 102892116 A CN102892116 A CN 102892116A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W24/00—Supervisory, monitoring or testing arrangements
- H04W24/04—Arrangements for maintaining operational condition
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04W—WIRELESS COMMUNICATION NETWORKS
- H04W88/00—Devices specially adapted for wireless communication networks, e.g. terminals, base stations or access point devices
- H04W88/08—Access point devices
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Abstract
The invention discloses a base station which comprises a peripheral automatic-finding module, a data configuration module, a command processing module and a base station task module, wherein the peripheral automatic-finding module is used for automatically finding plugging in or out of a peripheral device, and triggering the command processing module to work when detecting that the peripheral device is plugged in; the data configuration module is used for configuring a command needing to be executed by the peripheral device and sending the command to the command processing module for checking and analyzing; the command processing module is used for checking and analyzing the command configured by the data configuration module and scheduling a task work in the base station according to the command; and the base station task module is used for executing corresponding tasks according to different commands. The invention also discloses a base station maintaining method. By adopting the invention, the maintenance personnel can rapidly start, update, diagnose and maintain the base station under the condition of no professional skills and professional software.
Description
Technical field
The present invention relates to the station technology field, relate in particular to a kind of base station and maintaining method thereof.
Background technology
Development along with communications industry, base station equipment is upgraded to the digitizer of present complexity from original simple analog machine, but be that simple analog machine or present complicated digitizer are not non-maintaining, certain failure rate is arranged, in order to guarantee the normal operation of equipment, just need to carry out regular or irregular maintenance to the base station.
At present, maintenance to the base station all is to finish by the attendant, the attendant concentrates by operation maintenance center regular maintenance is carried out in all base stations under the cordless communication network, and maintenance work mainly comprises the work of patrolling and examining, troubleshooting, safety management and data management etc.But, along with constantly upgrading and complicated of base station edition, the attendant also must understand how station, upgrading are opened in the base station, and opening base station and upgrading need the attendant to have the technical ability of specialty, the software of employing specialty is finished, workload and work difficulty that this has increased the attendant have greatly reduced the operating efficiency of base station maintenance.
Summary of the invention
In view of this, main purpose of the present invention is to provide a kind of base station and maintaining method thereof, can make the attendant in the situation that does not possess professional skill and professional software, quickly station, upgrading and diagnosis is opened in the base station and safeguards.
For achieving the above object, technical scheme of the present invention is achieved in that
The invention provides a kind of base station, comprising: peripheral hardware self-discovery module, data configuration module, command process module and base station task module; Wherein,
Described peripheral hardware self-discovery module is used for automatically finding insertion and the ejection of external equipment, when detecting the external equipment insertion, and the work of triggering command processing module;
Described data configuration module is used for the instruction of the required execution of configuring external equipment, and sends to command process module and carry out verification and resolve;
Described command process module is used for the instruction of verification and resolution data configuration module configuration, and according to the task work in the described instruction scheduling base station;
Described base station task module is used for carrying out corresponding task according to different instructions.
In the such scheme, described base station also comprises the collection module, is used for collecting the base station task module and carries out the log information that returns after the corresponding task, and file arrangement, is saved in the path of external equipment appointment;
Accordingly, described base station task module, the log information after also being used for executing the task sends to the collection module.
In the such scheme, described command process module further comprises command analysis module and instruction scheduling module; Wherein,
Described command analysis module is used for the instruction of checking data configuration module configuration, and instruction is resolved, and instruction is sent to the instruction scheduling module again and carries out instruction scheduling;
Described instruction scheduling module is used for carrying out work according to the different task in different instruction scheduling base stations.
In the such scheme, described peripheral hardware self-discovery module comprises USB/SD equipment self-discovery module, intelligent mobile terminal self-discovery module; Wherein,
USB/SD equipment self-discovery module is used for automatically finding insertion and the ejection of USB device, SD equipment, and loads corresponding procotol plug-in unit when detecting insertion, the work of triggering command processing module;
Intelligent mobile terminal self-discovery module is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, and loads corresponding procotol plug-in unit when detecting connection, the work of triggering command processing module.
In the such scheme, described intelligent mobile terminal self-discovery module comprises access adaptation module, security authentication module and protocol registration module; Wherein,
The access adaptation module is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, resolves the intelligent mobile terminal user identity information, subscriber identity information is sent to security authentication module authenticate;
Security authentication module is used for the authenticated user identity information, and behind authentication success, user mode access is sent to the protocol registration module carry out network connection;
The protocol registration module is used for loading the associated the Internet protocol plug-in unit according to user's access way, and the work of triggering command processing module.
The present invention also provides a kind of base station maintenance method, and the method comprises:
After the base station detects the external equipment insertion, the instruction of the required execution of configuring external equipment;
Verification is carried out in the instruction of disposing resolved, and carry out work according to tasks different in the different instruction scheduling base stations.
In the such scheme, the method also comprises: collect the log information that returns after corresponding task is carried out, file arrangement after, be saved in the path of external equipment appointment.
In the such scheme, described external equipment comprises USB device, SD equipment and intelligent mobile terminal equipment.
In the such scheme, when described external equipment is intelligent mobile terminal equipment, the described intelligent mobile terminal equipment that detects inserts and to comprise: automatically find the connection of intelligent mobile terminal equipment, resolve the intelligent mobile terminal user identity information, and subscriber identity information is carried out authentication; After the success of authenticating identity information, according to user mode access such as wireless network standard, load relevant procotol plug-in unit, carry out network connection.
In the such scheme, described task comprises: the station is fallen in opening base station, the download of specification bag, the activation of specification bag, base station diagnosis, base station.
Base station provided by the invention and maintaining method thereof are built into peripheral hardware self-discovery function in the base station, so, can make the attendant use external equipment to carry out the upgrade maintenance of base station, have reduced work difficulty; Further, the collection function is built in the base station, the problem that runs in the upgrade maintenance process form with destination file can be sent in the external equipment of specified path, so, the personnel that can maintain easily diagnose maintenance, fault location to the base station, have improved operating efficiency.
Description of drawings
Fig. 1 is the composition structural representation of base station of the present invention;
Fig. 2 is the schematic flow sheet that maintaining method is realized in base station of the present invention;
Fig. 3 is the realization flow schematic diagram of opening base station embodiment of the present invention;
Fig. 4 is the realization flow schematic diagram that base station diagnosis of the present invention is safeguarded embodiment.
Embodiment
In order more at large to understand characteristics of the present invention and technology contents, below in conjunction with accompanying drawing realization of the present invention is described in detail, the usefulness of appended accompanying drawing explanation only for reference is not to limit the present invention.
Fig. 1 is the composition structural representation of base station of the present invention, and as shown in Figure 1, this base station comprises: peripheral hardware self-discovery module 11, data configuration module 12, command process module 13 and base station task module 14; Wherein,
Described peripheral hardware self-discovery module 11 is used for automatically finding insertion and the ejection of external equipment, when detecting the external equipment insertion, and 13 work of triggering command processing module;
Here, described external equipment comprises USB device, SD equipment, intelligent mobile terminal equipment;
Further, store the required file of instruction in the external equipment, comprising: specification bag, cpu version and fpga version etc.;
Described peripheral hardware self-discovery module 11 supports the plug-in type of multiple technologies to load, and is concrete, for USB device, SD equipment, when USB device is inserted, loads the usb protocol plug-in unit, when SD equipment inserts, loads SD agreement plug-in unit; For intelligent mobile terminal equipment, when being connected to the intelligent mobile terminal equipment of heterogeneous networks standard, load the agreement plug-in unit of corresponding network standard, finally reach the by different way purpose of Dynamic Discovery external equipment;
Here, the insertion of described external equipment specifically refers to: for USB device, SD equipment, directly insert on the blank electric board of base station by USB or SD interface; For intelligent mobile terminal equipment, by wireless communication mode such as bluetooth, WIFI etc., be linked on the blank electric board of base station; Further, external equipment can generate the usbrslt.xml file after inserting on the blank electric board of base station in the Flash catalogue;
The ejection of described external equipment specifically refers to: the electric board of external equipment and base station disconnects, and the usbrslt.xml file in the Flash catalogue is automatically deleted.
Described data configuration module 12 is used for the instruction of the required execution of configuring external equipment, and sends to command process module 13 and carry out verification and parsing;
Here, described data configuration module 12 is packaged with visualization interface, and the user can be by the instruction of the required execution of visualization window configuring external equipment; Wherein, the instruction of the required execution of external equipment comprises: the instruction etc. of falling to stand of opening base station instruction, specification bag download instruction, specification bag activation instruction, base station diagnosis instruction, base station;
Here, can carry out the instruction configuration to a plurality of base stations simultaneously, also can carry out personalized instruction configuration for a base station.
Described command process module 13 is used for the instruction of verification and 12 configurations of resolution data configuration module, and according to the task work in the described instruction scheduling base station;
Described command process module 13 further comprises command analysis module 131 and instruction scheduling module 132;
Described command analysis module 131 is used for the instruction of checking data configuration module 12 configurations, and instruction is resolved, and instruction is sent to instruction scheduling module 132 again and carries out instruction scheduling;
Accordingly, 13 work of described peripheral hardware self-discovery module 11 triggering command processing modules are: 131 work of triggering command parsing module; Described data configuration module 12 sends to command process module 13 with instruction and carries out verification and resolve to: send instruction and carry out verification and parsing to command analysis module 131;
Wherein, checking command refers to verification is carried out in legitimacy and the fail safe of instruction.
Described instruction scheduling module 132 is used for carrying out work according to the different task in different instruction scheduling base stations;
Here, the respectively different instruction of correspondence of each task, described task can comprise: station etc. is fallen in opening base station, the download of specification bag, the activation of specification bag, base station diagnosis, base station.
Described base station task module 14 is used for carrying out corresponding task according to different instructions;
Here, need to call the file relevant with task when carrying out corresponding task, as: platform specification bag, product specification bag, cpu version and fpga version etc.; Accordingly, base station task module 14 can need call according to instruction the associated documents of external equipment storage.
Further, this base station also comprises collection module 15, is used for collecting base station task module 14 and carries out the log information that returns after the corresponding task, and file arrangement, is saved in the path of external equipment appointment;
Accordingly, described base station task module 14, the log information after also being used for executing the task sends to collection module 15.
Described peripheral hardware self-discovery module 11 comprises USB/SD equipment self-discovery module 111, intelligent mobile terminal self-discovery module 112; Wherein,
Described USB/SD equipment self-discovery module 111 is used for automatically finding insertion and the ejection of USB device, SD equipment, and loads corresponding procotol plug-in unit when detecting insertion, the work of triggering command processing module.
Described intelligent mobile terminal self-discovery module 112 is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, and loads corresponding procotol plug-in unit when detecting connection, the work of triggering command processing module.
Described intelligent mobile terminal self-discovery module 112 also comprises access adaptation module 1121, security authentication module 1122 and protocol registration module 1123; Wherein,
Described access adaptation module 1121 is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, resolves the intelligent mobile terminal user identity information, subscriber identity information is sent to security authentication module 1122 authenticate;
Here, described subscriber identity information comprises: user's name information, user right information, user gradation information, user communication access way etc.;
Described security authentication module 1122 is used for the subscriber identity information that authentication access adaptation module 1121 is sent, and behind authentication success, user mode access is sent to protocol registration module 1123 carry out network connection.
Described protocol registration module 1123 is used for receiving the user mode access that security authentication module 1122 is sent, and loads relevant procotol plug-in unit according to user mode access, and 131 work of triggering command parsing module; Wherein, described user mode access can be the wireless network standard.
Fig. 2 is the schematic flow sheet that maintaining method is realized in base station of the present invention, and as shown in Figure 2, the method comprises:
Step 201: after the base station detects the external equipment insertion, the instruction of the required execution of configuring external equipment;
Here, described detection is finished by peripheral hardware self-discovery module, and the described instruction that needs to carry out is by the data configuration block configuration; Described external equipment comprises USB device, SD equipment and intelligent mobile terminal equipment;
This step also comprises: when USB device, SD equipment directly insert on the blank electric board of base station, automatically load corresponding USB, SD agreement plug-in unit; When intelligent mobile terminal equipment by wireless communication mode, such as bluetooth, WIFI etc., when being linked on the blank electric board of base station, automatically load the agreement plug-in unit of corresponding network standard;
Further, detect the intelligent mobile terminal equipment access and specifically comprise: automatically find the connection of intelligent mobile terminal equipment, resolve the intelligent mobile terminal user identity information, and subscriber identity information is carried out authentication; After the success of authenticating identity information, according to user mode access such as wireless network standard, load relevant procotol plug-in unit, and then carry out network connection;
Here, the user can be by being packaged in the instruction of the required execution of visualization window configuring external equipment in the base station; Wherein, the instruction of the required execution of external equipment comprises: the instruction etc. of falling to stand of opening base station instruction, specification bag download instruction, specification bag activation instruction, base station diagnosis instruction, base station;
Here, can carry out the instruction configuration to a plurality of base stations simultaneously, also can carry out the personalization configuration for a base station.
Step 202: verification and parsing are carried out in the instruction of disposing;
Step 203: carry out work according to tasks different in the different instruction scheduling base stations;
Here, the instruction that different tasks is corresponding different, described task can comprise: station etc. is fallen in opening base station, the download of specification bag, the activation of specification bag, base station diagnosis, base station;
Here, need to call the file relevant with task when carrying out corresponding task, such as platform specification bag, product specification bag, cpu version and fpga version etc.; Accordingly, can be according to the associated documents of instruction calls external equipment storage.
Further, the method can also comprise step 204: collect the log information that returns after corresponding task is carried out, and file arrangement, be saved in the path of external equipment appointment.
Fig. 3 is the realization flow schematic diagram of opening base station embodiment of the present invention, and as shown in Figure 3, this flow process comprises:
Step 301: after the base station detects the USB device insertion, the instruction of the required execution of configuration USB device;
Here, described detection is finished by the USB/SD equipment self-discovery module in the peripheral hardware self-discovery module, and the described instruction that needs to carry out is by the data configuration block configuration;
The described USB device that detects is inserted and specifically to be referred to: when USB device was directly inserted on the blank electric board of base station, USB/SD equipment self-discovery module loaded the usb protocol plug-in unit automatically;
The instruction of the required execution of visualization window configuring external equipment that here, the user can be by being packaged in the data configuration module; Wherein, the instruction of the required execution of USB device comprises: opening base station instruction, specification bag download instruction, specification bag activation instruction etc.;
Step 302: verification and parsing are carried out in the instruction of disposing;
Step 303: carry out work according to tasks different in the different instruction scheduling base stations;
Concrete, described task comprises: opening base station, specification bag are downloaded, the specification bag activates etc.;
Further, the opening base station order specifically comprises: send the opening base station instruction to the version management task; All specification bags for subsequent use of version management task deletion base station; The version management task is downloaded the master control version from USB device, such as cpu and fpga; The version management task generates the new spec package informatin to version table and is sent to command process module;
Further, command process module is finished the loading of base station specification bag according to specification package informatin scheduling specification bag download instruction and specification bag activation instruction;
Concrete, the specification bag is downloaded and specification bag activation instruction specifically comprises: send specification bag download instruction to the version management task; The version management task is downloaded required specification bag according to instruction from USB device; Send specification bag activation instruction to the version management task; The specification bag that the version management mission-enabling downloads to.
Step 304: collect the log information that returns behind the tasks carrying, and file arrangement, be saved in the path of external equipment appointment;
Wherein, described task comprises: opening base station, specification bag are downloaded, the specification bag activates etc.;
Concrete, the described log information that returns comprises: download master control version information, new spec package informatin, download and activation specification package informatin etc.
Fig. 4 is the realization flow schematic diagram that base station diagnosis of the present invention is safeguarded embodiment, and as shown in Figure 4, this flow process comprises:
Step 401: after the base station detects the insertion of intelligent mobile terminal equipment, the instruction of the required execution of configuration intelligent mobile terminal equipment;
Here, described detection is finished by the intelligent mobile terminal self-discovery module in the peripheral hardware self-discovery module, and the described instruction that needs to carry out is by the data configuration block configuration;
The described intelligent mobile terminal equipment that detects inserts and specifically to refer to: when intelligent mobile terminal equipment passes through wireless communication mode, such as bluetooth, WIFI etc., when being linked on the blank electric board of base station, intelligent mobile terminal self-discovery module loads the agreement plug-in unit of corresponding network standard automatically;
Further, detect intelligent mobile terminal equipment and specifically comprise step: automatically find the connection of intelligent mobile terminal equipment, resolve the intelligent mobile terminal user identity information, subscriber identity information is carried out authentication; After the success of authenticating identity information, according to user mode access such as wireless network standard, load relevant procotol plug-in unit, and then carry out network connection;
The instruction of the required execution of visualization window configuring external equipment that here, the user can be by being packaged in the data configuration module; Wherein, the instruction of the required execution of intelligent mobile terminal equipment comprises the base station diagnosis instruction;
Step 402: verification and parsing are carried out in the base station diagnosis instruction to configuration;
Step 403: carry out work according to base station diagnosis task in the base station diagnosis instruction scheduling base station;
Here, the content of described base station diagnosis task specifically comprises: base station information inquiry, base station software information inquiry, base station single-board state information searching, transformation parameter inquiry, clock status inquiry, the inquiry of base station current alarm etc.
Step 404: collect the log information that returns behind the base station diagnosis tasks carrying, and file arrangement, be saved in the path of external equipment appointment;
Concrete, described log information comprises the diagnostic result of BTS hardware information and version information.
The above is preferred embodiment of the present invention only, is not for limiting protection scope of the present invention.
Claims (10)
1. a base station is characterized in that, this base station comprises: peripheral hardware self-discovery module, data configuration module, command process module and base station task module; Wherein,
Described peripheral hardware self-discovery module is used for automatically finding insertion and the ejection of external equipment, when detecting the external equipment insertion, and the work of triggering command processing module;
Described data configuration module is used for the instruction of the required execution of configuring external equipment, and sends to command process module and carry out verification and resolve;
Described command process module is used for the instruction of verification and resolution data configuration module configuration, and according to the task work in the described instruction scheduling base station;
Described base station task module is used for carrying out corresponding task according to different instructions.
2. base station according to claim 1 is characterized in that, described base station also comprises the collection module, is used for collecting the base station task module and carries out the log information that returns after the corresponding task, and file arrangement, is saved in the path of external equipment appointment;
Accordingly, described base station task module, the log information after also being used for executing the task sends to the collection module.
3. base station according to claim 1 and 2 is characterized in that, described command process module further comprises command analysis module and instruction scheduling module; Wherein,
Described command analysis module is used for the instruction of checking data configuration module configuration, and instruction is resolved, and instruction is sent to the instruction scheduling module again and carries out instruction scheduling;
Described instruction scheduling module is used for carrying out work according to the different task in different instruction scheduling base stations.
4. base station according to claim 1 and 2 is characterized in that, described peripheral hardware self-discovery module comprises USB/SD equipment self-discovery module, intelligent mobile terminal self-discovery module; Wherein,
USB/SD equipment self-discovery module is used for automatically finding insertion and the ejection of USB device, SD equipment, and loads corresponding procotol plug-in unit when detecting insertion, the work of triggering command processing module;
Intelligent mobile terminal self-discovery module is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, and loads corresponding procotol plug-in unit when detecting connection, the work of triggering command processing module.
5. base station according to claim 4 is characterized in that, described intelligent mobile terminal self-discovery module comprises access adaptation module, security authentication module and protocol registration module; Wherein,
The access adaptation module is used for automatically finding connection and the ejection of intelligent mobile terminal equipment, resolves the intelligent mobile terminal user identity information, subscriber identity information is sent to security authentication module authenticate;
Security authentication module is used for the authenticated user identity information, and behind authentication success, user mode access is sent to the protocol registration module carry out network connection;
The protocol registration module is used for loading the associated the Internet protocol plug-in unit according to user's access way, and the work of triggering command processing module.
6. base station maintenance method is characterized in that the method comprises:
After the base station detects the external equipment insertion, the instruction of the required execution of configuring external equipment;
Verification is carried out in the instruction of disposing resolved, and carry out work according to tasks different in the different instruction scheduling base stations.
7. base station maintenance method according to claim 6 is characterized in that the method also comprises:
Collect the log information that returns after corresponding task is carried out, file arrangement after, be saved in the path of external equipment appointment.
8. according to claim 6 or 7 described base station maintenance methods, it is characterized in that described external equipment comprises USB device, SD equipment and intelligent mobile terminal equipment.
9. base station maintenance method according to claim 8 is characterized in that, when described external equipment was intelligent mobile terminal equipment, the described intelligent mobile terminal equipment that detects inserted and to comprise:
Automatically find the connection of intelligent mobile terminal equipment, resolve the intelligent mobile terminal user identity information, and subscriber identity information is carried out authentication; After the success of authenticating identity information, according to user mode access such as wireless network standard, load relevant procotol plug-in unit, carry out network connection.
10. according to claim 6 or 7 described base station maintenance methods, it is characterized in that described task comprises: the station is fallen in opening base station, the download of specification bag, the activation of specification bag, base station diagnosis, base station.
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| CN201210377565.2A CN102892116B (en) | 2012-10-08 | 2012-10-08 | A kind of base station and maintaining method thereof |
| PCT/CN2013/081553 WO2014056350A1 (en) | 2012-10-08 | 2013-08-15 | Base station and maintenance method therefor |
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| CN201210377565.2A CN102892116B (en) | 2012-10-08 | 2012-10-08 | A kind of base station and maintaining method thereof |
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| WO2014056350A1 (en) * | 2012-10-08 | 2014-04-17 | 中兴通讯股份有限公司 | Base station and maintenance method therefor |
| CN106332079A (en) * | 2015-06-30 | 2017-01-11 | 中兴通讯股份有限公司 | Base station maintenance port connection authentication method, base station and system |
| CN106488490A (en) * | 2016-10-13 | 2017-03-08 | 中国联合网络通信集团有限公司 | base station maintenance method and system |
| CN109474944A (en) * | 2018-12-29 | 2019-03-15 | 京信通信系统（中国）有限公司 | A kind of maintaining method of the network equipment, device, terminal and the network equipment |
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| CN109474944A (en) * | 2018-12-29 | 2019-03-15 | 京信通信系统（中国）有限公司 | A kind of maintaining method of the network equipment, device, terminal and the network equipment |
Also Published As
| Publication number | Publication date |
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| CN102892116B (en) | 2016-07-06 |
| WO2014056350A1 (en) | 2014-04-17 |
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