CN102905290A - Method and equipment for maintenance of base station - Google Patents
Method and equipment for maintenance of base station Download PDFInfo
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- CN102905290A CN102905290A CN2012101919654A CN201210191965A CN102905290A CN 102905290 A CN102905290 A CN 102905290A CN 2012101919654 A CN2012101919654 A CN 2012101919654A CN 201210191965 A CN201210191965 A CN 201210191965A CN 102905290 A CN102905290 A CN 102905290A
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Abstract
An embodiment of the invention discloses a method and equipment for maintenance of a base station. When the base station is in a safety mode, a WiFi (wireless fidelity) module arranged in the base station can receive a maintenance instruction sent from terminal equipment which is accessed through a WiFi network and configure and regulate parameters of the base station according to the maintenance instruction. After execution of the maintenance instruction completed, the WiFi module restarts the base station and switches the base station into a normal mode, so that the base station works according to the currently configured parameters, and can be maintained through the terminal equipment which directly accesses to the base station in a WiFi manner, inconvenience and scene limitation caused by the existing remote-control maintenance method or direct-access maintenance method, and maintenance is simplified. Besides, even if the base station is in an abnormal state, the base station can be maintained by a WiFi access manner, waste of labor and materials and delay of maintenance are avoided, and maintenance efficiency is increased.
Description
Technical field
The present invention relates to communication technical field, particularly a kind of base station maintenance method and apparatus.
Background technology
In the various commercial wireless communication networks of at present extensive use, all exist the application communication base station as the radio transmission communication equipment, such as 2G(Second Generation Partnership Project, Generation Mobile Telecommunication System partner plan) base station, 3G(Third Generation Partnership Project, 3G (Third Generation) Moblie partner plan) base station, and the colocation site base station etc., maintenance for these wireless communication base station equipments is most important, and allow these radio communication base station appts can be by a kind of safety, convenient, method is by the technical support of far-end or developer's access timely, thereby reaching more effective fixes a breakdown, investigate thoroughly problem, make communication equipment recover the purpose of normal operation.
The method of widely being used at present is to solve the base station equipment problem by direct upper station, or carries out modification and the maintenance of parameter by the Long-distance Control base station equipment.
Concrete, carry out the modification of parameter and the method for maintenance is to depend on Internet public network environment for a kind of by the Long-distance Control base station equipment, by running on third party's client software on the core machine room server machine (such as teamViewer, QQ etc.), so that the PC(Personal Computer of far-end, PC) machine can be controlled the webmaster PC of apparatus for remote communication, reaches the purpose that access far-end radio communication base station appts carries out Operation and Maintenance.
Also having a kind of method of carrying out the modification of parameter and maintenance by the Long-distance Control base station equipment is mode by a special line, by the safeguard machine room of the residing machine room of communication equipment to the said firm, safeguard that machine room has a webmaster PC to carry out remote access to communication equipment specially, the place is confined to the machine room of safeguarding of company, can not carry out anywhere or anytime remote access, have certain limitation.
Use this method system structural representation as shown in Figure 1, its actual conditions and the configuration as follows:
(1) machine room needs the on-site maintenance personnel to cooperate, and when using client software to carry out remote assistance, needs to determine to connect.
(2) the PC B of Network Management and Maintenance needs two network card configurations, and one is connected to the switch of controlling communication equipment, possesses the function of on-site maintenance communication equipment, and another network interface card connects Internet public network environment.
(3) need both sides to consult the use of third party's client software (such as teamViewer, QQ etc.), and establish friendly relation, on PCA, carry out Long-distance Control PC B by the public network environment by the mode of client software, reach the purpose of remote maintenance equipment.
In realizing process of the present invention, the inventor finds to exist at least in the prior art following problem:
The scheme that process at existing direct upper station need to drop into a large amount of manpower and materials, and the staff needs to go up one by one the station and operates, and treatment effeciency is not high.
Existingly carry out the modification of parameter and the technical scheme of maintenance depends on the public network environment by the Long-distance Control base station equipment, need on-the-spot O﹠M personnel to cooperate, and its fail safe can't ensure, the webmaster PC that apparatus for remote communication is safeguarded, access Internet public network environment can exist as infecting virus, by malicious attack, and steal the relevant user data equivalent risk, especially the equipment under the private network environment ensure that its fail safe is particularly important, and existing technical scheme can not satisfy such needs.
Especially the machine in the situation that base station equipment is delayed, the scheme of carrying out the modification of parameter and maintenance by the Long-distance Control base station equipment is no longer applicable, that just only has a kind of processing method in direct upper station, such processing mode wasting manpower and material resources, miss simultaneously the time of best handling failure, may cause larger economic loss.
Summary of the invention
The embodiment of the invention provides a kind of base station maintenance method and apparatus, solve in the existing technical scheme and can only carry out base station maintenance by the mode at Long-distance Control and direct upper station, especially the machine in the situation that delay in the base station can only be processed the manpower and materials waste that brings and process untimely problem by direct upper station mode.
For achieving the above object, the embodiment of the invention provides a kind of base station maintenance method on the one hand, is applied to comprise on the base station of WiFi module, may further comprise the steps at least:
When described base station is current when being in safe mode, described WiFi module is carried out parameter configuration and adjustment according to the maintenance instruction that the terminal equipment by the WiFi network insertion sends to described base station;
Described WiFi module restarts described base station, and switches to normal mode, so that work is carried out according to the current parameter that configures in described base station after confirming that maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
On the other hand, the embodiment of the invention also provides a kind of base station, comprises at least the WiFi module, and described WiFi module specifically comprises:
The configuration submodule is used for according to the maintenance instruction that the terminal equipment by the WiFi network insertion sends, parameter configuration and adjustment being carried out in described base station described base station is current when being in safe mode;
Process submodule, be used for after confirming that described configuration submodule is complete to maintenance instruction, described base station being restarted, and switching to normal mode, so that work is carried out according to the current parameter that configures in described base station;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
On the other hand, the embodiment of the invention also provides a kind of base station maintenance method, is applied to comprise that described base station comprises the WiFi module in the system of base station and terminal equipment, and described method may further comprise the steps at least:
Described terminal equipment is by the described base station of WiFi network insertion;
Described base station is current when being in safe mode, described terminal equipment sends maintenance instruction to described base station, and parameter configuration and adjustment are carried out in described base station;
Described terminal equipment according to the current parameter that configures in described base station, is tested the core net connectedness after parameter configuration and adjustment are finished;
If test successfully, confirm that then maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
On the other hand, the embodiment of the invention also provides a kind of terminal equipment, is applied to comprise that described base station comprises the WiFi module in the system of base station and terminal equipment, and described terminal equipment comprises at least:
Access module is used for by the described base station of WiFi network insertion;
Sending module is used for sending maintenance instruction described base station is current when being in safe mode to described base station, and parameter configuration and adjustment are carried out in described base station;
Test module is used for according to the current parameter that configures in described base station, the core net connectedness being tested after parameter configuration and adjustment are finished;
Confirm module, when being used for test result at described test module and be successfully, the affirmation maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
Compared with prior art, the technical scheme that proposes of the embodiment of the invention has the following advantages:
By using the technical scheme of the embodiment of the invention, in the base station, disposed the WiFi module, thereby, can be in the situation that the base station be in safe mode, receive the maintenance instruction that the terminal equipment by the WiFi network insertion sends by the WiFi module, and carry out parameter configuration and the adjustment of base station according to this maintenance instruction, after confirming that maintenance instruction is complete, described WiFi module restarts the base station, and switch to normal mode, so that work is carried out according to the current parameter that configures in the base station, thereby, can be directly mode by the direct WiFi access base station of terminal equipment, carry out base station maintenance, avoid existing Long-distance Control or direct upper station to carry out inconvenience and scene restriction that base station maintenance brings, simplified attended operation, and, even in the situation that the base station can't work, can carry out base station maintenance by the mode of WiFi access equally, avoid waste and the delay on the opportunity of maintenance of manpower and materials, improve simultaneously maintenance efficiency.
Description of drawings
Fig. 1 is that wireless aware technology of the prior art is disturbed schematic diagram;
Fig. 2 is the schematic flow sheet of a kind of base station maintenance method of proposing of the embodiment of the invention;
Fig. 3 is the schematic flow sheet of the base station maintenance method in a kind of concrete scene that proposes of the embodiment of the invention;
Fig. 4 is the schematic flow sheet of a kind of method for measuring distance based on perception of proposing of the embodiment of the invention;
Fig. 5 be a kind of method for measuring distance based on navigation system and authoring system system information database of proposing of the embodiment of the invention schematic flow sheet;
Fig. 6 is the structural representation of a kind of single aware base station of proposing of the embodiment of the invention.
Embodiment
As stated in the Background Art, in the prior art, the maintenance issues of communication base station equipment, mainly the mode by Long-distance Control and direct upper station solves, and the processing mode of Long-distance Control requires the normal operation of base station, and environment and circuit had relatively high expectations, directly the mode of upper war then needs by coordinating with the base station equipment place, the wasting manpower and material resources, and, may cause missing of optimization process reality, cause huge economic loss.
In order to overcome such defective, the embodiment of the invention has proposed a kind of base station maintenance method, in the base station, disposed the WiFi module, by terminal equipment by behind the WiFi network insertion base station, in the situation that the base station is in safe mode, carry out parameter configuration and the adjustment of base station by maintenance instruction, and after maintenance is finished, to restarting and switch to normal mode in the base station, thereby, the operation sequence of base station maintenance work simplified, even in the situation that the base station can't work, also can safeguard by the WiFi network insertion, improve the efficient of base station maintenance, reduce complexity and the cost consumption of base station maintenance work.
As shown in Figure 2, the schematic flow sheet of a kind of base station maintenance method that proposes for the embodiment of the invention, the method is applied to comprise that in the system of base station and terminal equipment, wherein, the base station comprises the WiFi module.
The method specifically may further comprise the steps:
Step S201, when described base station is current when being in safe mode, described WiFi module is carried out parameter configuration and adjustment according to the maintenance instruction that the terminal equipment by the WiFi network insertion sends to described base station.
In actual applications, be in normal mode after base station initiated, normal mode is specially the base station mode of operation that the business of described base station is normally carried out, safe mode then is the another kind of base station mode of operation with respect to normal mode, under this kind pattern, the business of base station can not normally be carried out, but terminal equipment can pass through WiFi network insertion base station.
Need to prove, be in the situation of safe mode for the base station described in this step, specifically can trigger by dual mode.
Mode one, terminal equipment trigger by WiFi network insertion base station.
When described base station is current when being in normal mode, described WiFi module has judged whether that terminal equipment passes through the WiFi network insertion.
If judged result is yes, namely current have terminal equipment to carry out the base station access by the WiFi network, and then the WiFi module switches to safe mode with described base station by normal mode, and receives the maintenance instruction that described terminal equipment sends, then execution in step S201.
If the determination result is NO, namely current do not have terminal equipment to carry out the base station access by the WiFi network, and then the WiFi module keeps the base station to keep normal mode.
Mode two, base station oneself state trigger unusually.
(1) current state of WiFi module base stations detected.
In actual applications, the trigger condition of the current state of WiFi module base stations detected described herein specifically comprises following several situation:
Situation one, periodic triggers.
The WiFi module is according to default sense cycle, and the current state of base stations detected, such trigger condition can be passed through the frequency of the adjustment state of a control detection of sense cycle, and sense cycle is shorter, detects frequency higher, thereby, determine that abnormal state is more timely.
Situation two, clocked flip.
The WiFi module is when reaching default time point, the current state of base stations detected, such trigger condition are applicable to predict the situation of the higher time point of base station abnormal state probability, for example, for the communication peak, abnormal state easily appears in the base station, therefore, can be set in the corresponding time point in communication peak and carry out state-detection, for example, evening 6 points, evening, 8 equi-time points like this, can be avoided carrying out the wasting of resources that state-detection is brought in the situation that the abnormal state probability is lower.
Certainly, the situation of this kind clocked flip also can combine with aforesaid periodic triggers, for example, carries out state-detection one time in per 1 minute during arranging at late 6 o'clock to 8 o'clock, and concrete detection scheme can be adjusted according to actual needs.
Situation three, instruction triggers.
The WiFi module is when receiving detection triggering indication, the current state of base stations detected, such trigger condition is applicable to the situation of instant detection trigger, can be by triggering indication in the situation that needs carry out state-detection, trigger immediately corresponding testing process, guaranteed the instant control to testing process.
In actual applications, can determine according to actual needs that the trigger condition that specifically adopts which kind of or which kind to combine carries out the triggering of state-detection, such variation does not affect protection scope of the present invention.
(2) after detection is triggered, if the WiFi module detects the base station abnormal state, the WiFi module then restarts the base station, and after restart the base station, the base station is switched to safe mode by normal mode.
Mentioned herein and the base station abnormal state, can be to cause the base station can't normally carry out software or the hardware fault of vocational work, perhaps directly be the base station machine of delaying.
In the prior art, cause Long-distance Control to realize, the machine of the delaying fault that can only manually restart to get rid of by direct upper station in the technical scheme that the embodiment of the invention proposes, can access to get rid of by WiFi.
(3) described WiFi module has judged whether that terminal equipment passes through the WiFi network insertion.
At this moment, the base station has switched to safe mode, and under this pattern, the base station need to wait for that terminal equipment passes through the WiFi network insertion, realizes the eliminating of base station maintenance and fault.
If judged result is yes, described WiFi module receives the maintenance instruction that described terminal equipment sends.
At that time, in order to prevent owing to there not being for a long time the terminal equipment access to carry out the situation that fault is got rid of affects the normal use in base station, can be set corresponding turn-on time, as the time interval restriction of terminal equipment access.
Do not have terminal equipment to pass through the WiFi network insertion if described WiFi module was judged within default turn-on time, described WiFi module switches to normal mode with described base station by safe mode.
Such setting has prevented not only that the base station from keeping safe mode for a long time and the situation that can't work, simultaneously, also avoided the error detection that causes because of interim abnormal state, namely in the base station because interim abnormal state and after causing restarting, interim abnormal state may be excluded because restart, and owing to being provided with the restriction of turn-on time, so, even follow-up do not have terminal equipment access to carry out fault to get rid of, the base station also can be overtime in turn-on time after, be directly switch to normal mode, proceeding regular traffic processes, certainly, if fault does not have not get rid of because restart, so, when status monitoring next time, still can restart because of abnormal state, and switch to safe mode, wait terminal equipment access and fault and get rid of, and so forth, until fault is thoroughly got rid of, the base station keeps normal mode, carries out normal Business Processing.
What need to further describe is, no matter adopt which kind of above-mentioned mode to carry out the triggering of safe mode, all exist the WiFi module to judge whether that terminal equipment passes through the processing procedure of WiFi network insertion in the corresponding processing procedure, these concrete operations of processing process comprise:
Described WiFi module judges whether to receive the access request that terminal equipment sends by the WiFi network.
If judged result is yes, described WiFi module is carried out authentication to described terminal equipment.
If the verification passes, described WiFi module is determined described terminal equipment by the WiFi network insertion, if checking is not passed through, described WiFi module is refused described terminal equipment by the WiFi network insertion.
Concrete, corresponding authentication rule can be username and password, also can be that the identification list with access authority that will prestore in the identify label (for example own unique identification of terminal equipment) of terminal equipment and the base station mates, in the situation that the match is successful, determine that then described terminal equipment is by the WiFi network insertion.
On the other hand, opinion adopts which kind of above-mentioned mode to carry out the triggering of safe mode, the WiFi module switches to described base station after the safe mode by normal mode, for fear of occurring owing to receiving in time that not maintenance instruction causes the base station to be in for a long time safe mode, can't carry out the situation that regular traffic is processed, also comprise in the respective handling process of this step:
Do not receive the maintenance instruction that described terminal equipment sends if described WiFi module is judged within the default response time, described WiFi module switches to normal mode with described base station by safe mode.
Like this, avoided because terminal equipment in time operation, perhaps communication fault and cause the base station to be in for a long time the situation of safe mode.
Step S202, described WiFi module restart described base station, and switch to normal mode, so that work is carried out according to the current parameter that configures in described base station after confirming that maintenance instruction is complete.
Corresponding, in terminal equipment side, need to access accordingly transmission with maintenance instruction by the WiFi network, concrete processing procedure is as shown in Figure 3, a kind of base station maintenance method that proposes for the embodiment of the invention specifically may further comprise the steps at the schematic flow sheet of terminal equipment side:
Step S301, described terminal equipment are by the described base station of WiFi network insertion.
In this process, described terminal equipment can send the access request of carrying authentication information by the WiFi network to described base station.
Described terminal equipment receives the authentication result that described WiFi module is returned.
If the verification passes, described terminal equipment is by WiFi network insertion described base station success, if checking is not passed through, described terminal equipment is by WiFi network insertion described base station failure.
Step S302, described base station is current when being in safe mode, described terminal equipment sends maintenance instruction to described base station, and parameter configuration and adjustment are carried out in described base station.
Step S303, described terminal equipment according to the current parameter that configures in described base station, test the core net connectedness after parameter configuration and adjustment are finished.
If test successfully, execution in step S304 then.
Certainly; if there is the unsuccessful situation of test; then represent this base station maintenance failure; can process accordingly according to specific circumstances, for example: directly finish this and safeguard, wait for access and the maintenance of other portable terminals; or continue this maintenance; wait for the new maintenance instruction of this portable terminal initiation etc., specifically adopting which kind of mode to carry out subsequent treatment can arrange according to specific circumstances, can't affect protection scope of the present invention.
Step S304, confirm that maintenance instruction is complete.
The processing mode of concrete terminal equipment side and with the concrete reciprocal process of base station side can be referring to above-mentioned explanation, similar with it, at this, no longer repeat specification.
Compared with prior art, the technical scheme that proposes of the embodiment of the invention has the following advantages:
By using the technical scheme of the embodiment of the invention, in the base station, disposed the WiFi module, thereby, can be in the situation that the base station be in safe mode, receive the maintenance instruction that the terminal equipment by the WiFi network insertion sends by the WiFi module, and carry out parameter configuration and the adjustment of base station according to this maintenance instruction, after confirming that maintenance instruction is complete, described WiFi module restarts the base station, and switch to normal mode, so that work is carried out according to the current parameter that configures in the base station, thereby, can be directly mode by the direct WiFi access base station of terminal equipment, carry out base station maintenance, avoid existing Long-distance Control or direct upper station to carry out inconvenience and scene restriction that base station maintenance brings, simplified attended operation, and, even in the situation that the base station can't work, can carry out base station maintenance by the mode of WiFi access equally, avoid waste and the delay on the opportunity of maintenance of manpower and materials, improve simultaneously maintenance efficiency.
Below, in conjunction with concrete application scenarios, the technical scheme that the embodiment of the invention is proposed describes.
In the technical scheme that the embodiment of the invention proposes, provide a kind of safer, effectively, simply, base station maintenance mode flexibly, utilization increases a WiFi module in the base station, by this WiFi module, control the startup of base station and the access of portable terminal, thereby, carry out the maintenance of base station equipment and the modification of its relevant parameter, unless base station equipment hardware damage, hardware replacement is carried out at the station on the needs, and other the parameter that relates to base station equipment in addition, debugging, the various maintenance works such as optimization then can be debugged by WiFi module access terminal equipment.
As shown in Figure 4, the schematic flow sheet of the base station maintenance method under a kind of concrete application scenarios that proposes for the embodiment of the invention, the method is applied to comprise in the system of base station and terminal equipment, wherein, the base station comprises the WiFi module, and the method specifically may further comprise the steps:
Step S401, base station normally start.
Step S402, base station enter normal mode, carry out normal Business Processing.
After this step was complete, respectively two kinds of safe mode triggering modes described in the corresponding aforesaid step S201 of two branches had appearred in corresponding processing scheme, if employing mode one, if execution in step S403 then is employing mode two, then execution in step S405.
Need to prove, in actual applications, above-mentioned dual mode all can be in the state of activation, namely after step S402 finishes, has started simultaneously two kinds of trigger mechanisms, no matter the condition of which kind of trigger mechanism is satisfied, corresponding subsequent operation all can be triggered, and like this, has just both guaranteed that terminal initiatively accessed the active maintenance under the scene, passive maintenance under also can the unusual scene of Guarantee Status has guaranteed reliability and the promptness of base station maintenance effectively.
Step S403, base station judge currently whether have terminal equipment to pass through the WiFi network insertion.
In actual applications, concrete decision operation can be that the WiFi module is finished.
If judged result is yes, then execution in step S404;
If the determination result is NO, then return step S402, continue to keep normal mode.
Step S404, base station switch to safe mode by normal mode.
So far, according to the mode one among the aforesaid step S201, carry out the processing procedure that safe mode triggers and finish, in such cases, the further execution in step S411 in base station.
Below, to according to the mode two among the aforesaid step S201, carry out the processing procedure that safe mode triggers and describe.
The current detection trigger condition that whether reached is judged in step S405, base station.
Concrete detection trigger condition can with reference to the explanation of aforesaid step S201 kind mode two, no longer repeat at this.
If judged result is yes, then execution in step S406;
If the determination result is NO, then return step S402, continue to keep normal mode.
Step S406, the current state of base station is detected.
If testing result is normal, then return step S402, continue to keep normal mode.
If testing result is unusual, then execution in step S407.
Restart step S407, base station.
Step S408, base station enter safe mode.
Step S409, base station judge currently whether have terminal equipment to pass through the WiFi network insertion.
In actual applications, concrete decision operation can be that the WiFi module is finished.
If judged result is yes, then execution in step S411;
If the determination result is NO, execution in step S410 then.
The current default turn-on time that whether surpassed is judged in step S410, base station.
If judged result is yes, then return step S402, make the base station switch back normal mode.
If the determination result is NO, then return step S409, continue to wait for that terminal equipment is by the WiFi network insertion.
The maintenance instruction that the current terminal equipment that whether receives by the WiFi network insertion sends is judged in step S411, base station.
If judged result is yes, then execution in step S413;
If the determination result is NO, execution in step S412 then.
The current default response time that whether surpassed is judged in step S412, base station.
If judged result is yes, then return step S402, make the base station switch back normal mode.
If the determination result is NO, then return step S411, continue the maintenance instruction of waiting for that terminal equipment sends.
Step S413, base station are carried out parameter configuration and adjustment according to received maintenance instruction to described base station.
Step S414, base station confirm that maintenance instruction is complete.
Restart step S415, base station.
After this step is finished, directly return step S402, keep the base station to be in normal mode, continue to carry out corresponding Business Processing.
Need to prove, mentioned base station operation in each above-mentioned step specifically all can be finished by the WiFi module, illustrates no longer one by one at this, and simultaneously, corresponding explanation all can with reference to above stated specification, no longer repeat at this in each step.
Compared with prior art, the technical scheme that proposes of the embodiment of the invention has the following advantages:
By using the technical scheme of the embodiment of the invention, in the base station, disposed the WiFi module, thereby, can be in the situation that the base station be in safe mode, receive the maintenance instruction that the terminal equipment by the WiFi network insertion sends by the WiFi module, and carry out parameter configuration and the adjustment of base station according to this maintenance instruction, after confirming that maintenance instruction is complete, described WiFi module restarts the base station, and switch to normal mode, so that work is carried out according to the current parameter that configures in the base station, thereby, can be directly mode by the direct WiFi access base station of terminal equipment, carry out base station maintenance, avoid existing Long-distance Control or direct upper station to carry out inconvenience and scene restriction that base station maintenance brings, simplified attended operation, and, even in the situation that the base station can't work, can carry out base station maintenance by the mode of WiFi access equally, avoid waste and the delay on the opportunity of maintenance of manpower and materials, improve simultaneously maintenance efficiency.
In order to realize the technical scheme of the embodiment of the invention, the embodiment of the invention also provides a kind of base station, and its structural representation comprises WiFi module 51 as shown in Figure 5 at least.
Described WiFi module 51 specifically comprises:
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
Mode one among the corresponding aforesaid step S201, described WiFi module 51 also comprises and judges submodule 513 and receive submodule 514:
Described judgement submodule 513 is used for having judged whether that described base station is current when being in normal mode terminal equipment passes through the WiFi network insertion;
Described processing submodule 512 also is used in the judged result of described judgement submodule 513 described base station being switched to safe mode by normal mode when being, or when the determination result is NO, keeps described base station to be in normal mode at described judgement submodule 513;
Described reception submodule 514 is used for receiving the maintenance instruction that described terminal equipment sends after described processing submodule 512 switches to safe mode with described base station by normal mode.
Mode two among the corresponding aforesaid step S201, described WiFi module 51 also comprises detection sub-module 515, judges submodule 513 and receives submodule 514:
Described detection sub-module 515 is for detection of the current state of described base station;
Described processing submodule 512 is used for described base station being restarted, and after restart described base station, described base station being switched to safe mode by normal mode when described detection sub-module 515 detects described base station abnormal state;
Described judgement submodule 513 is used for having judged whether that terminal equipment passes through the WiFi network insertion after described processing submodule 512 switches to safe mode with described base station by normal mode;
Described reception submodule 514 is used in the judged result of described judgement submodule 513 receiving the maintenance instruction that described terminal equipment sends when being.
Wherein, described detection sub-module 515 specifically is used for:
According to default sense cycle, detect the current state of described base station; Or,
When reaching default time point, detect the current state of described base station; Or,
When receiving detection triggering indication, detect the current state of described base station.
Further, described processing submodule 512 also is used for:
After described base station switched to safe mode by normal mode, if within default turn-on time, described judge module is judged did not have terminal equipment to pass through the WiFi network insertion, then described base station is switched to normal mode by safe mode.
No matter be for which kind of above-mentioned mode, described judgement submodule 513 specifically is used for:
Judge whether to receive the access request that terminal equipment sends by the WiFi network;
If judged result is yes, described terminal equipment is carried out authentication;
If the verification passes, determine described terminal equipment by the WiFi network insertion, if checking is not passed through, refuse described terminal equipment by the WiFi network insertion.
Same, no matter be for which kind of above-mentioned mode, described processing submodule 512 also is used for:
After described base station switches to safe mode by normal mode, if described reception submodule 514 does not receive the maintenance instruction that described terminal equipment sends within the default response time, then described base station is switched to normal mode by safe mode.
On the other hand, the embodiment of the invention also provides a kind of terminal equipment, be applied to comprise in the system of base station and terminal equipment, its structural representation as shown in Figure 6, described terminal equipment comprises at least:
Sending module 62 is used for sending maintenance instruction described base station is current when being in safe mode to described base station, and parameter configuration and adjustment are carried out in described base station;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
In the application scenarios of reality, described access module 61 specifically is used for:
Send the access request of carrying authentication information to described base station by the WiFi network;
Receive the authentication result that described WiFi module is returned;
If the verification passes, then confirm by WiFi network insertion described base station success, if checking is not passed through, then confirm by WiFi network insertion described base station failure.
Compared with prior art, the technical scheme that proposes of the embodiment of the invention has the following advantages:
By using the technical scheme of the embodiment of the invention, in the base station, disposed the WiFi module, thereby, can be in the situation that the base station be in safe mode, receive the maintenance instruction that the terminal equipment by the WiFi network insertion sends by the WiFi module, and carry out parameter configuration and the adjustment of base station according to this maintenance instruction, after confirming that maintenance instruction is complete, described WiFi module restarts the base station, and switch to normal mode, so that work is carried out according to the current parameter that configures in the base station, thereby, can be directly mode by the direct WiFi access base station of terminal equipment, carry out base station maintenance, avoid existing Long-distance Control or direct upper station to carry out inconvenience and scene restriction that base station maintenance brings, simplified attended operation, and, even in the situation that the base station can't work, can carry out base station maintenance by the mode of WiFi access equally, avoid waste and the delay on the opportunity of maintenance of manpower and materials, improve simultaneously maintenance efficiency.
Through the above description of the embodiments, those skilled in the art can be well understood to the embodiment of the invention and can realize by hardware, also can realize by the mode that software adds necessary general hardware platform.Based on such understanding, the technical scheme of the embodiment of the invention can embody with the form of software product, it (can be CD-ROM that this software product can be stored in a non-volatile memory medium, USB flash disk, portable hard drive etc.) in, comprise some instructions with so that computer equipment (can be personal computer, server, or network equipment etc.) each implements the described method of scene to carry out the embodiment of the invention.
It will be appreciated by those skilled in the art that accompanying drawing is a preferred schematic diagram of implementing scene, the module in the accompanying drawing or flow process might not be that the enforcement embodiment of the invention is necessary.
It will be appreciated by those skilled in the art that the module in the device of implementing in the scene can be distributed in the device of implementing scene according to implementing scene description, also can carry out respective change and be arranged in the one or more devices that are different from this enforcement scene.The module of above-mentioned enforcement scene can be merged into a module, also can further split into a plurality of submodules.
The invention described above embodiment sequence number does not represent the quality of implementing scene just to description.
Above disclosed only be several implementation scenes of the embodiment of the invention, still, the embodiment of the invention is not limited thereto, the changes that any person skilled in the art can think of all should fall into the traffic limits scope of the embodiment of the invention.
Claims (18)
1.
A kind of base station maintenance method is applied to comprise in the system of base station and terminal equipment that it is characterized in that, described base station comprises the WiFi module, and described method may further comprise the steps at least:
When described base station is current when being in safe mode, described WiFi module is carried out parameter configuration and adjustment according to the maintenance instruction that the terminal equipment by the WiFi network insertion sends to described base station;
Described WiFi module restarts described base station, and switches to normal mode, so that work is carried out according to the current parameter that configures in described base station after confirming that maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
2.
The method of claim 1, it is characterized in that, when described base station is current when being in safe mode, the maintenance instruction that described WiFi module sends according to the terminal equipment by the WiFi network insertion, before described base station carried out parameter configuration and adjust, also comprise:
When described base station is current when being in normal mode, described WiFi module has judged whether that terminal equipment passes through the WiFi network insertion;
If judged result is yes, described WiFi module switches to safe mode with described base station by normal mode, and receives the maintenance instruction that described terminal equipment sends;
If the determination result is NO, described WiFi module keeps described base station to be in normal mode.
3.
The method of claim 1, it is characterized in that, when described base station is current when being in safe mode, the maintenance instruction that described WiFi module sends according to the terminal equipment by the WiFi network insertion, before described base station carried out parameter configuration and adjust, also comprise:
Described WiFi module detects the current state of described base station;
When described WiFi module detected described base station abnormal state, described WiFi module restarted described base station, and after restart described base station, described base station was switched to safe mode by normal mode;
Described WiFi module has judged whether that terminal equipment passes through the WiFi network insertion;
If judged result is yes, described WiFi module receives the maintenance instruction that described terminal equipment sends.
4.
Method as claimed in claim 3 is characterized in that, described WiFi module detects the current state of described base station, specifically comprises:
Described WiFi module detects the current state of described base station according to default sense cycle; Or,
Described WiFi module detects the current state of described base station when reaching default time point; Or,
Described WiFi module detects the current state of described base station when receiving detection triggering indication.
5.
Method as claimed in claim 3 is characterized in that, described WiFi module restarts described base station, and after restart described base station, and described base station is switched to after the safe mode by normal mode, also comprises:
Do not have terminal equipment to pass through the WiFi network insertion if described WiFi module was judged within default turn-on time, described WiFi module switches to normal mode with described base station by safe mode.
6.
Method is characterized in that as claimed in claim 2 or claim 3, and described WiFi module has judged whether that terminal equipment passes through the WiFi network insertion, specifically comprises:
Described WiFi module judges whether to receive the access request that terminal equipment sends by the WiFi network;
If judged result is yes, described WiFi module is carried out authentication to described terminal equipment;
If the verification passes, described WiFi module is determined described terminal equipment by the WiFi network insertion, if checking is not passed through, described WiFi module is refused described terminal equipment by the WiFi network insertion.
7.
Method is characterized in that as claimed in claim 2 or claim 3, and described WiFi module switches to described base station after the safe mode by normal mode, also comprises:
Do not receive the maintenance instruction that described terminal equipment sends if described WiFi module is judged within the default response time, described WiFi module switches to normal mode with described base station by safe mode.
?
8.
A kind of base station is characterized in that, comprises at least the WiFi module, and described WiFi module specifically comprises:
The configuration submodule is used for according to the maintenance instruction that the terminal equipment by the WiFi network insertion sends, parameter configuration and adjustment being carried out in described base station described base station is current when being in safe mode;
Process submodule, be used for after confirming that described configuration submodule is complete to maintenance instruction, described base station being restarted, and switching to normal mode, so that work is carried out according to the current parameter that configures in described base station;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
9.
Base station as claimed in claim 8 is characterized in that, described WiFi module also comprises and judges submodule and receive submodule:
Described judgement submodule is used for having judged whether that described base station is current when being in normal mode terminal equipment passes through the WiFi network insertion;
Described processing submodule also is used in the judged result of described judgement submodule described base station being switched to safe mode by normal mode when being, or when the determination result is NO, keeps described base station to be in normal mode at described judgement submodule;
Described reception submodule is used for receiving the maintenance instruction that described terminal equipment sends after described processing submodule switches to safe mode with described base station by normal mode.
10.
Base station as claimed in claim 8 is characterized in that, described WiFi module also comprises detection sub-module, judges submodule and receives submodule:
Described detection sub-module is for detection of the current state of described base station;
Described processing submodule is used for described base station being restarted, and after restart described base station, described base station being switched to safe mode by normal mode when described detection sub-module detects described base station abnormal state;
Described judgement submodule is used for having judged whether that terminal equipment passes through the WiFi network insertion after described processing submodule switches to safe mode with described base station by normal mode;
Described reception submodule is used in the judged result of described judgement submodule receiving the maintenance instruction that described terminal equipment sends when being.
11.
Base station as claimed in claim 10 is characterized in that, described detection sub-module specifically is used for:
According to default sense cycle, detect the current state of described base station; Or,
When reaching default time point, detect the current state of described base station; Or,
When receiving detection triggering indication, detect the current state of described base station.
12.
Base station as claimed in claim 10 is characterized in that, described processing submodule also is used for:
After described base station switched to safe mode by normal mode, if within default turn-on time, described judge module is judged did not have terminal equipment to pass through the WiFi network insertion, then described base station is switched to normal mode by safe mode.
13.
Such as claim 9 or 10 described base stations, it is characterized in that, described judgement submodule specifically is used for:
Judge whether to receive the access request that terminal equipment sends by the WiFi network;
If judged result is yes, described terminal equipment is carried out authentication;
If the verification passes, determine described terminal equipment by the WiFi network insertion, if checking is not passed through, refuse described terminal equipment by the WiFi network insertion.
14.
Such as claim 9 or 10 described base stations, it is characterized in that, described processing submodule also is used for:
After described base station switches to safe mode by normal mode, if described reception submodule does not receive the maintenance instruction that described terminal equipment sends within the default response time, then described base station is switched to normal mode by safe mode.
?
15.
A kind of base station maintenance method is applied to comprise in the system of base station and terminal equipment that it is characterized in that, described base station comprises the WiFi module, and described method may further comprise the steps at least:
Described terminal equipment is by the described base station of WiFi network insertion;
Described base station is current when being in safe mode, described terminal equipment sends maintenance instruction to described base station, and parameter configuration and adjustment are carried out in described base station;
Described terminal equipment according to the current parameter that configures in described base station, is tested the core net connectedness after parameter configuration and adjustment are finished;
If test successfully, confirm that then maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
16.
Method as claimed in claim 15 is characterized in that, described terminal equipment specifically comprises by the described base station of WiFi network insertion:
Described terminal equipment sends the access request of carrying authentication information by the WiFi network to described base station;
Described terminal equipment receives the authentication result that described WiFi module is returned;
If the verification passes, described terminal equipment is by WiFi network insertion described base station success, if checking is not passed through, described terminal equipment is by WiFi network insertion described base station failure.
?
17.
A kind of terminal equipment is applied to comprise in the system of base station and terminal equipment that it is characterized in that, described base station comprises the WiFi module, and described terminal equipment comprises at least:
Access module is used for by the described base station of WiFi network insertion;
Sending module is used for sending maintenance instruction described base station is current when being in safe mode to described base station, and parameter configuration and adjustment are carried out in described base station;
Test module is used for according to the current parameter that configures in described base station, the core net connectedness being tested after parameter configuration and adjustment are finished;
Confirm module, when being used for test result at described test module and be successfully, the affirmation maintenance instruction is complete;
Wherein, described safe mode is specially the business of described base station and can not normally carries out, but described terminal equipment can be by the described base station of WiFi network insertion the base station mode of operation, described normal mode is specially the base station mode of operation that the business of described base station is normally carried out.
18.
Terminal equipment as claimed in claim 17 is characterized in that, described access module specifically is used for:
Send the access request of carrying authentication information to described base station by the WiFi network;
Receive the authentication result that described WiFi module is returned;
If the verification passes, then confirm by WiFi network insertion described base station success, if checking is not passed through, then confirm by WiFi network insertion described base station failure.
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| CN102905290B (en) | 2016-03-02 |
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Effective date of registration: 20161208 Address after: 201612 Shanghai Caohejing Songjiang hi tech park Xinzhuan Highway No. 518, building 6, room 101 Patentee after: Shanghai Ultimate Power Communication Technology Co., Ltd. Address before: 100083 Haidian District, Xueyuan Road, No. 29, Patentee before: Datang Mobile Communication Equipment Co., Ltd. |