CN104410514A - Method and system for remotely managing equipment end - Google Patents
Method and system for remotely managing equipment end Download PDFInfo
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- CN104410514A CN104410514A CN201410654493.0A CN201410654493A CN104410514A CN 104410514 A CN104410514 A CN 104410514A CN 201410654493 A CN201410654493 A CN 201410654493A CN 104410514 A CN104410514 A CN 104410514A
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Abstract
The invention discloses a method and a system for remotely managing an equipment end. The method comprises the following steps: performing initialization configuration on a remote management end and an equipment end respectively; establishing communication between the remote management end and the equipment end to send a command to the equipment end; monitoring the command of the remote management end and local abnormal information in real time through a monitoring program by using the equipment end; when the equipment end monitors the local abnormal information, performing corresponding processing according to the level of the local abnormal information; and when the equipment end monitors the command of the remote management end, implementing the command through the equipment end, feeding an operation result back to the remote management end, and displaying the feedback result of the equipment end through the remote management end. Through adoption of the method, the problem of difficulty in performing real-time state tracking and remote operation management on certain electronic equipment is solved, and the cost input of the equipment end is reduced effectively. The method and the system are simple in construction mode, high in expandability, and high in instantaneity.
Description
Technical field
The present invention relates to equipment control field, particularly relate to a kind of method and system for remote management apparatus end.
Background technology
Along with the development of science and technology, the use of electronic equipment, automation equipment and portable data product has been deep into the various aspects of our life.The daily living article such as mobile phone, household electrical appliances, the financial service terminal of bank, the various illuminators of family and public place, gate control system, and actively promote the various video monitoring equipments that can not lack in the safe city system of construction, be all the typical apply closely bound up with us.
In numerous application, the feature of a kind equipment is had to be, they itself have display screen and the human-computer interaction interface such as button or guidance panel, such as mobile phone, digital camera and palm PDA etc., and user can by man-machine interface be managed this kind equipment and operate easily.Also there is a kind equipment in addition, they or do not possess human-computer interaction interface, or the inconvenient operating personnel of mounting condition directly observe, more some is installed on the special occasions of high-risk, high noisy or high radiation, such as hazardous chemical experimental implementation and high-tension electricity operation etc.For this kind equipment, what user cannot be real-time carries out status tracking and operational administrative to them.
The conventional means solved the problem in prior art carries out screen expansion to expand with panel.Such as on the equipment without screen, increase LED screen or LCD screen, the equipment lacking human-computer interaction interface increases guidance panel etc.Although these modes solve a part of equipment Problems existing in management and operation, add the cost of equipment to a certain extent, particularly when system scale is larger time.
To sum up, in the face of the application of electronic equipment that is more and more extensive, that become increasingly complex, need badly and a kind of method effectively it being implemented to real-time status tracking and remote operation management is provided.
Summary of the invention
One of technical problem to be solved by this invention needs to provide a kind of effectively to implement to electronic equipment the method and system that real-time status is followed the tracks of and remote operation manages.
In order to solve the problems of the technologies described above, the invention provides a kind of method for remote management apparatus end, comprising, respectively initial configuration is carried out to remote management terminal and equipment end; Described remote management terminal is by establishing a communications link to send instruction to described equipment end with described equipment end; Described equipment end passes through the instruction of remote management terminal described in oracle listener real-time listening and local abnormal information, and wherein, described equipment end when listening to described local abnormal information, then carries out respective handling according to the rank of described local abnormal information; Described equipment end is when listening to the instruction of described remote management terminal, then described equipment end performs described instruction, and operating result is fed back to described remote management terminal, and described remote management terminal demonstrates the feedback result of described equipment end.
In one embodiment, comprise in the step of remote management terminal and equipment end being carried out respectively to initial configuration: the operation-interface of described equipment end and management interface are initialized to a unified configuration interface; And start the oracle listener of described equipment end and described remote management terminal.
In one embodiment, comprise in the step of carrying out respective handling according to the rank of described local abnormal information: when described local abnormal information is low-level abnormal information, then described local abnormal information stores in this locality by described equipment end; When described local abnormal information is high level abnormal information, then described equipment end sends the request established a communications link to described remote management terminal, and the communications status request to described equipment end residing for himself of described remote management terminal responds.
In one embodiment, comprise in the described remote management terminal step that the request of communications status to described equipment end responds residing for himself: when being in standby listening state in described remote management terminal, then described remote management terminal sends answer signal to described equipment end, described equipment end establishes a communications link with described remote management terminal and sends abnormal information to described remote management terminal after the answer signal receiving described remote management terminal, and the abnormal information received stores in this locality by described remote management terminal; Described remote management terminal be in carry out the state of transfer of data with other equipment end time, then described remote management terminal does not respond the request of described equipment end, and abnormal information stores in this locality by described equipment end.
In one embodiment, also comprise in the described remote management terminal step that the request of communications status to described equipment end responds residing for himself: when described local abnormal information is the high level abnormal information occurred in the communication process of described equipment end and described remote management terminal, described equipment end first sent an end signal before sending the request established a communications link, terminate present communications, then by establishing a communications link with described remote management terminal abnormal information sent to described remote management terminal.
In one embodiment, remote management terminal is after first time establishes a communications link with described equipment end, also himself device id to be sent to described equipment end, the device id of described remote management terminal stores in this locality by described equipment end, wherein, described device id is the information of the described remote management terminal of mark identity in the communication network belonging to itself and described equipment end.
In one embodiment, described remote management terminal and described equipment end are established a communications link by following at least one communication connection patterns, and described communication connection patterns comprises Ethernet, bluetooth, infrared, WiFi, ZigBee and RS232 and RS485 serial line interface.
On the other hand, additionally provide a kind of system for remote management apparatus end, comprise: equipment end, remote management terminal and the communication network for the communication connection of setting up described equipment end and described remote management terminal, wherein, described remote management terminal, it is established a communications link by described communication network and described equipment end and sends instruction to described equipment end, and shows the feedback result of described equipment end; Described equipment end, it receives by described communication network instruction that described remote management terminal sends over and performs described instruction, and operating result is fed back to described remote management terminal.
In one embodiment, remote management terminal also comprises: monitoring unit, it is for monitoring the end signal that described equipment end sends and the request established a communications link, answer signal is sent to described equipment end, receive the high level abnormal information that described equipment end sends over, and described high level abnormal information is stored in this locality.
In one embodiment, equipment end also comprises: monitoring unit, and it is for monitoring the instruction of described remote management terminal and local abnormal information; Abnormal information memory cell, it is for the high level local abnormal information storing exception priority table and low-level local abnormal information and fail to be sent to described remote management terminal.
Compared with prior art, the one or more embodiments in such scheme can have the following advantages or beneficial effect by tool:
By setting up the communication connection based on cable network or wireless network between equipment end and remote management terminal, the equipment that achieves runs and being separated of equipment control, the cost significantly reducing equipment end drops into, forming types is simple, extensibility is strong, real-time is good, solves the problem being difficult to some electronic equipment be carried out to real-time status tracking and remote operation management.
Other features and advantages of the present invention will be set forth in the following description, and partly become apparent from specification, or understand by implementing the present invention.Object of the present invention and other advantages realize by structure specifically noted in specification, claims and accompanying drawing and obtain.
Accompanying drawing explanation
Accompanying drawing is used to provide a further understanding of the present invention, and forms a part for specification, with embodiments of the invention jointly for explaining the present invention, is not construed as limiting the invention.In the accompanying drawings:
Fig. 1 is the schematic diagram that in prior art, screen expansion is expanded with panel;
Fig. 2 is the composition schematic diagram of the system for remote management apparatus;
Fig. 3 is the schematic flow sheet of the method for remote management apparatus end according to a first embodiment of the present invention;
Fig. 4 is the schematic flow sheet of the method for remote management apparatus end according to a second embodiment of the present invention;
Fig. 5 is the structural representation of the system for remote management apparatus end according to a third embodiment of the present invention.
Embodiment
Describe embodiments of the present invention in detail below with reference to drawings and Examples, to the present invention, how application technology means solve technical problem whereby, and the implementation procedure reaching technique effect can fully understand and implement according to this.It should be noted that, only otherwise form conflict, each embodiment in the present invention and each feature in each embodiment can be combined with each other, and the technical scheme formed is all within protection scope of the present invention.
In addition, can perform in the computer system of such as one group of computer executable instructions in the step shown in the flow chart of accompanying drawing, and, although show logical order in flow charts, but in some cases, can be different from the step shown or described by order execution herein.
Fig. 1 is the schematic diagram carrying out shielding expansion and panel expansion in prior art to the electronic equipment not possessing human-computer interaction interface.Shown equipment is connected with guidance panel with display screen respectively by interface circuit, and interface circuit can adopt FPGA to be arranged to the form of bus.In mini-plant, the display screen of expansion and guidance panel (mostly being button form) can be integrated, at the scene of operating mode complexity, general field bus technique is that each equipment configures long-range display screen and guidance panel respectively.
The subject matter of this extended mode is, the screen expansion of mini-plant and panel expansion are subject to the restriction of space and volume, and its function is general all fairly simple.And the long-range screen expansion of the main equipment of complexity is expanded with panel, although feature richness, cost significantly increases, the restriction of simultaneously being connected up, and the flexibility of system is poor.
For above-mentioned Problems existing, the present invention proposes one and communicate based on cable network or wireless network, the scheme of flexible configuration equipment end and remote management terminal.Fig. 2 is the schematic diagram that the system for remote management apparatus of one embodiment of the invention forms, and equipment end is connected by data transmission media with remote management terminal.
According to the difference of selected communication mode, data transmission media can select various ways.When the communication mode selecting the wireless transmission such as WiFi, bluetooth, infrared, ZigBee as equipment end and remote management terminal, transmission medium is exactly free space.When the communication mode selecting the wire transmission such as Ethernet or RS232 and RS485 serial line interface as equipment end and remote management terminal, transmission medium can be twisted-pair feeder, coaxial cable or optical fiber.
In telemanagement scheme, not only communication mode has multiple choices, and remote management terminal is also expanded.Display screen in being expanded by remote management terminal replacement screen expansion and panel and guidance panel, it can be custom-designed office terminal, also can be the multiple multimedia terminals such as PC (PC or notebook), PDA or mobile phone, as long as be provided with telemanagement software on devices, corresponding device end software is installed in the equipment end be typically administered remotely simultaneously, just can realizes real-time status and follow the tracks of and remote operation management.The long-distance management system of such structure, had both had sizable flexibility, and the resource that can make full use of again existing electronic product reduces costs.
It can also be seen that from Fig. 2, equipment end and remote management terminal also add communication unit respectively.Different communication units is configured according to different communication modes.Communication unit is unitized modular circuit, is that production cost or design cost are all well below the expansion of interface circuit.
In summary it can be seen, according to the scheme of equipment being carried out to telemanagement that Fig. 2 builds, pattern is simple, and extensibility is strong, and cost is low.
Concrete, for the method for remote management apparatus end, comprising: respectively initial configuration is carried out to remote management terminal and equipment end; Remote management terminal is by establishing a communications link to send instruction to equipment end with equipment end; Described equipment end passes through the instruction of oracle listener real-time listening remote management terminal and local abnormal information, and wherein, equipment end when listening to local abnormal information, then carries out respective handling according to the rank of local abnormal information; Equipment end is when the instruction listening to remote management terminal, then equipment end performs instruction, and operating result is fed back to remote management terminal, and remote management terminal demonstrates the feedback result of equipment end.Describing telemanagement scheme medium-long range management end in detail below in conjunction with specific embodiment is what how to realize the operation of equipment end and management.
first embodiment
Fig. 3 is the schematic flow sheet of the method for remote management apparatus end according to a first embodiment of the present invention, describes each step of this implementation method below with reference to Fig. 3 in detail.
The oracle listener of step S301, startup remote management terminal, to complete the initialization to remote management terminal.
Remote management terminal after startup enters standby listening state when not having instruction to input, the instruction that can receive in this state from operator inputs.
In addition, under standby listening state, remote management terminal can also show different setting screens, such as, can be preset standby picture, preset instruction inputting interface or the state information of equipment end that finally showed when showing last time.
Step S302, judge input instruction whether be preset effective instruction.
It should be noted that, effective instruction can be status poll instruction, parameter configuration instruction and operational order.
Particularly, if the instruction of input is not preset effective instruction, then the instruction of input is not responded, turn back to standby listening state.Certainly, when the instruction judging to input is not preset effective instruction, can also to representing that the instruction of input is that wrong information shows.On the other hand, if the instruction of input is preset effective instruction, then step S303 is carried out.
Step S303, remote management terminal find by search the equipment end wanting to log in, and are established a communications link by username and password and equipment end.
Concrete, when equipment end is positioned at wired or wireless network range at remote management terminal place, remote management terminal can pass through active searching discovering device end, after equipment end is chosen to be destination object, by username and password beaching accommodation end, namely establish the communication connection of remote management terminal and equipment end.
Whether step S304, judgment device end are in the state with marking equipment fault.
Remote management terminal is after establishing a communications link with equipment end, can may be in two states by discovering device end, a kind of situation is that equipment end is in normal listening state, and now remote management terminal can continue to send the instruction (carrying out step S305) wanting to send.Another situation is the state that equipment end is in marking equipment fault, devices illustrated end there occurs fault, the state of this situation mainly owing to entering when malfunction can not be sent to remote management terminal by equipment end that equipment fault occurs in time, wherein, the process how equipment end enters with the state of marking equipment fault describes in detail in abnormality processing step in a second embodiment, does not repeat them here.
When equipment end is in the state with marking equipment fault, remote management terminal also can continue to send instruction, but probably cause instruction to be performed or to perform mistakenly due to the fault of equipment end, so when remote management terminal discovering device end is in the state with marking equipment fault, the fault message of equipment end first can be obtained by status poll instruction, and the fault of equipment end is processed, namely enter step S310 process, and then other management and operation are implemented to this equipment end.
Step S305, after determining that communication connection has been set up and equipment end is in normal listening state, remote management terminal and equipment end start the transmission carrying out data.
Be specially, remote management terminal sends status poll instruction, parameter configuration instruction and operational order to equipment end.
Especially, it should be noted that, after remote management terminal first time establishes a communications link with equipment end, also himself device id will be sent to equipment end by configuration-direct, the device id of remote management terminal stores in this locality by equipment end.Device id can be the information of any energy unique identification remote management terminal identity in the communication network belonging to itself and equipment end.Such as, can be the IP address of the user name of remote management terminal system, remote management terminal, can also be network interface card number of remote management terminal communication equipment etc.
Step S306, remote management terminal receive and the state feedback information of memory device end.
Be specially, when remote management terminal send be status poll instruction time, equipment end is by the status information feedback of this locality to remote management terminal, and remote management terminal receiving status information is also stored in the memory cell being arranged in remote management terminal this locality.When remote management terminal send be parameter configuration instruction or operational order time, the state variation that execution result or execution instruction cause is fed back to remote management terminal by after instruction is complete by equipment end, it is fed back to operator with interactive mode after receiving instruction execution result by remote management terminal, and remote management terminal receives the state variation caused owing to performing instruction and feeds back and be stored in the memory cell being arranged in remote management terminal this locality.
Step S307, judge whether to send end signal by remote management terminal, if then control sign off.
When remote management terminal sends end signal, the data communication between remote management terminal and equipment end stops immediately, and equipment end processes according to the situation of the last item instruction that the remote management terminal received sends over.
Be specially, if the last item instruction that remote management terminal sends is status poll instruction, then intercommunication stops immediately, and local state information is not transferred to remote management terminal by equipment end.If the last item instruction that remote management terminal sends is parameter configuration instruction, then equipment end has continued the parameter configuration corresponding with it, but can not by the status information transmission corresponding with configuration result to remote management terminal, and intercommunication stops immediately.If the last item instruction that remote management terminal sends is operational order, then equipment end has continued the operation corresponding with it, and the change operating the state information caused is stored in the memory cell being arranged in equipment end this locality.
On the other hand, if judged result is no, then perform step S308.
Step S308, judge whether to send end signal by equipment end, if then control sign off.
Generally, communication between remote management terminal and equipment end is controlled by remote management terminal, but when equipment end there occurs high level anomalous event, also end signal can initiatively be sent to notify remote management terminal by equipment end, about the process of equipment end exception, will introduce in detail in a second embodiment.
If above-mentioned judged result is no, illustrate that remote management terminal and equipment end all do not send end signal, then remote management terminal returns step S305, continues the transmission of next instruction and the reception of state information.
Step S309, the end signal sent by remote management terminal or equipment end terminate communication process.Communication process terminates rear remote management terminal can return listening state wait instruction input next time.
In the embodiment of the present application, do not carry out expanded keyboard and screen expansion to equipment end, remote management terminal is managed and operating equipment end by the mode of network service, achieves and runs and being separated of operating.
second embodiment
Fig. 4 is the schematic flow sheet of the method for remote management apparatus end according to a second embodiment of the present invention, describes each step of this implementation method below with reference to Fig. 4 in detail.
Step S401, initial configuration is carried out to equipment end and starts oracle listener to complete the initialization to equipment end.
Wherein, initial configuration mainly comprises the initialization of unified parameters configuration interface and the configuration of exception priority table.
Particularly, equipment end is that user provides the interface being carried out parameter configuration by file consolidation, and the operation-interface of equipment end and management interface are united by this interface.This interface has graphical interfaces and Command Line Interface two kinds of forms, can meet user respectively to the easy configuration of equipment and complex configurations.
In the present embodiment, classification mechanism is taked in the process of equipment end to exception.Be specially, the difference according to abnormal rank takes different process to abnormal, and the division of abnormal rank is then obtained by inquiry exception priority table.The concrete form of exception priority table can be arranged according to the actual service condition of equipment end by operating personnel.
Such as, can be by dividing anomaly mistake, warning and message three kinds of grades.When feedback error, can take measures according to the content of feedback, because this rank is the highest, therefore must process accordingly; When feedback alerts, can process be selected according to concrete actual conditions or ignore; When feedback message, mainly report some information, allow administrative staff understand the real time execution situation of equipment.
After the initial configuration of finishing equipment end, start oracle listener, make equipment end enter step S402.
The real-time status of step S402, audiomonitor end.
The effective instruction sended over primarily of the oracle listener real-time listening remote management terminal of equipment end and the local abnormal information of real-time listening equipment end.
It should be noted that, the listening state of equipment end comprises normal listening state and the listening state with marking equipment fault, and detailed content, see step S409 and step S411, repeats no more herein.
It is local abnormal that step S403, the information listened to according to equipment end determine whether that equipment end there occurs.
If it is determined that be yes, then carry out step S406 further.If it is determined that be no, then carry out step S404 further.
Step S404, the information listened to according to equipment end determine whether the instruction of remote management terminal.
If it is determined that be no, then captured action is error message, will give up information and turn back to the monitoring step S402 to equipment end.If it is determined that be the instruction being remote management terminal, then proceed to step S405.
Step S405, equipment end perform the instruction of remote management terminal.
It should be noted that, the effective instruction of remote management terminal comprises status poll instruction, parameter configuration instruction and operational order.
Step S406, abnormality processing step, inquiry exception priority table, the rank of this locality exception that judgment device end occurs.
Difference according to abnormal rank carries out respective handling.If it is determined that be high level exception, then carry out step S408.If it is determined that be low-level exception, then carry out step S407.
Step S407, abnormality processing step, low-level abnormal information is stored into the memory cell being positioned at equipment end this locality by equipment end.
Low-level exception generally can not cause serious impact to equipment end equipment.Such as pressure transient, spread of voltage etc., the fluctuation of parameter in the scope of license can't cause equipment operation exception.So low-level abnormal information only carries out recording and storing by equipment end, use for follow-up status poll, or as auxiliary judgment during executable operations instruction.
Step S408, abnormality processing step, high level abnormal information is sent to remote management terminal by equipment end.
High level exception generally can cause serious impact to the normal work and use of equipment end, gets rid of it preferably in time.Such as insufficient pressure, undertension etc., the not enough parameter fluctuation scope namely shown beyond license, this situation will have a strong impact on the operation of equipment.
Preferably, equipment end always sends it to remote management terminal for high level abnormal process.Sent the request established a communications link to remote management terminal by equipment end.Be specially, equipment end will carry out the remote management terminal communicated by the device id location of remote management terminal, and sends to it request established a communications link.The device id of described remote management terminal is sent to equipment end by parameter configuration instruction by remote management terminal after first time establishes a communications link with equipment end.
Step S409, abnormality processing step, wait for that remote management terminal is to the response of the request established a communications link that equipment end sends.
The difference of operating state residing for remote management terminal, remote management terminal may produce following three kinds of responses to the request established a communications link that equipment end sends.
The first situation is that remote management terminal is in communications status when the request established a communications link that equipment end sends arrives.Be specially, now remote management terminal works in the transfer of data with other equipment end, so can not respond the request established a communications link that abnormal equipment end occurs.The equipment end not receiving remote management terminal answer signal sends the request established a communications link again to remote management terminal, also by arranging the counter controls number of times repeating to send request and the time interval repeating to send request, to bear in order to avoid repeatedly send information emphasis network and taking equipment end own resource for a long time.After counts reaches set point, first the information describing equipment end exception is stored to the local memory cell being arranged in equipment end, then the transmission of the request established a communications link is terminated, turn back to the listening state with marking equipment fault, namely carry out step S411, wait for remote management terminal upper once establish a communications link with equipment end in the exception of discovering device end.
The second situation is that remote management terminal is in standby listening state when the request established a communications link that equipment end sends arrives.The now request that establish a communications link of oracle listener to the equipment end received of remote management terminal responds, and sends answer signal to equipment end.After equipment end receives the answer signal that remote management terminal sends, both sides establish a communications link, and carry out step S410 further.
The third situation is that remote management terminal is in and occurs in the transfer of data of abnormal equipment end when the request established a communications link that equipment end sends arrives.Now first equipment end sends end signal to remote management terminal, and the end signal according to equipment end is terminated this data transfer by remote management terminal.Then equipment end sends the request established a communications link to remote management terminal, by establishing a communications link with remote management terminal abnormal information is sent to remote management terminal.Following remote management terminal will be for further processing further by interactive mode.
Step S410, abnormality processing step, equipment end sends abnormal information to remote management terminal.
First the abnormal information received is stored in the local memory cell being arranged in remote management terminal by remote management terminal, for inquiry.Next, because abnormal information is different from general state information, the mode by image display and auditory tone cues is also notified that operating personnel's equipment end there occurs exception by remote management terminal.Preferably, if remote management terminal is PC, the form of message bullet window operating personnel can be notified; If remote management terminal is mobile phone, the form of short message and prompt tone operating personnel can be notified.
Step S411, equipment end terminate abnormality processing.
Specifically comprise two kinds of situations.A kind of situation is, the abnormal information of this locality is sent to remote management terminal by establishing a communications link with remote management terminal by equipment end, and at this moment equipment end returns normal listening state.Another kind of situation is, the abnormal information of this locality is not sent to remote management terminal by establishing a communications link with remote management terminal by equipment end, and described in the first situation being specially step S409, at this moment equipment end turns back to the listening state with marking equipment fault.
Equipment end is by carrying out a point level reason to this locality is abnormal, the resource utilization of long-distance management system and communication network is reduced while the high-level abnormal information of this locality is sent to remote management terminal in time, achieve remote management terminal to follow the tracks of the real-time status of equipment end, optimize the real-time monitoring and control of long-distance management system.
3rd embodiment
Fig. 5 is the structural representation of the system for remote management apparatus end according to a third embodiment of the present invention.Each part of native system is described below with reference to Fig. 5.
As can be seen from Figure 5, the system for remote management apparatus end comprises: wired or wireless communication network 500 of equipment end 510, remote management terminal 520 and the communication connection for apparatus for establishing end and remote management terminal.Wherein, remote management terminal 520, it is established a communications link by communication network and equipment end and sends instruction to equipment end, and the feedback result of display device end; Equipment end 510, it receives the instruction that sends over of remote management terminal by communication network and performs, and operating result is fed back to remote management terminal.
Further, equipment end 510 can be the electronic equipment in multiple typical apply, mainly comprises communication unit 511, monitoring unit 512, abnormal information memory cell 513 and driver element 514.
Communication unit 511 is for establishing a communications link with remote management terminal and carrying out transfer of data, it is by being connected with monitoring unit 512, send the information that the communication unit 521 of the remote management terminal received sends over to monitoring unit 512, and the feedback information of monitoring unit 512 is sent.
Communication unit 511 can be multiple attainable communication module.Such as WiFi module, infrared module and wired or wireless network interface card etc.Major part communication unit has formed integrated-type product at present all, easy to install and with low cost.Further, the communication function of equipment end self can also be utilized to communicate, reduce system cost.
Monitoring unit 512 is for the local abnormal information of the instruction and audiomonitor end of monitoring the remote management terminal received by communication unit 511.It is connected with communication unit 511, and for the data message of the remote management terminal transmission that receiving communication unit receives, abnormal information when simultaneously occurring abnormal by the state information of equipment end and equipment end is sent to communication unit 511.Monitoring unit 512 is also connected with abnormal information memory cell 513, for processing abnormal information when equipment end occurs abnormal, comprise exception priority table in inquiry abnormal information memory cell 513 to determine abnormal rank, low-level abnormal information is carried out in abnormal information memory cell 513 store and the high level abnormal information failing to be sent to remote management terminal is stored in abnormal information memory cell 513.Monitoring unit 512 is also connected with driver element 514, performs for the instruction of remote management terminal is sent to driver element 514.
Relevant information when abnormal information memory cell 513 occurs abnormal for memory device end.Relevant information comprises exception priority table, and low-level local abnormal information and failing is sent to the high level local abnormal information of remote management terminal.
Driver element 514 is for performing the instruction of remote management terminal.
Remote management terminal 520 both can be custom-designed office terminal, also can be the multimedia equipments such as PC (PC or notebook), PDA or mobile phone, mainly comprise communication unit 521, control unit 522, memory cell 523, input unit 524 and display alarm unit 525.
Communication unit 521 is for establishing a communications link with equipment end and carrying out transfer of data.Concrete formation is identical with the communication unit 511 of equipment end with communication mode, repeats no more herein.
Control unit 522, for generation of various control command, carries out intermediate treatment and obtains result.Control unit 522 is connected with communication unit 521, for controlling reception and the transmission of communication unit 521 pairs of data.Control unit 522 is connected with memory cell 523, for reception and the storage of control store unit 523 pairs of data.Control unit 522 is connected with input unit 524 and display alarm unit 525, for controlling the man-machine interaction of remote management terminal and operating personnel.
Control unit 522 also comprises a monitoring unit further, be mainly used in the end signal that audiomonitor end sends and the request established a communications link, answer signal is sent to equipment end for the request established a communications link received, the high level abnormal information that receiving equipment end sends over, and high level abnormal information is stored in memory cell 523.
The state information that memory cell 523 is fed back for memory device end and abnormal information, and the intermediate data that storage control unit 522 produces.
Input unit 524 is for receiving the instruction of operating personnel's input.
Display alarm unit 525 is for display alarm information.
Can be found out by above-mentioned system composition, the system constructing pattern for remote management apparatus end of the embodiment of the present application is simple, and extensibility is strong, and with low cost.
Although execution mode disclosed in this invention is as above, the execution mode that described content just adopts for the ease of understanding the present invention, and be not used to limit the present invention.Technical staff in any the technical field of the invention; under the prerequisite not departing from spirit and scope disclosed in this invention; any amendment and change can be done what implement in form and in details; but scope of patent protection of the present invention, the scope that still must define with appending claims is as the criterion.
Claims (10)
1., for a method for remote management apparatus end, comprising:
Respectively initial configuration is carried out to remote management terminal and equipment end;
Described remote management terminal is by establishing a communications link to send instruction to described equipment end with described equipment end;
Described equipment end passes through the instruction of remote management terminal described in oracle listener real-time listening and local abnormal information, wherein,
Described equipment end when listening to described local abnormal information, then carries out respective handling according to the rank of described local abnormal information; Described equipment end is when listening to the instruction of described remote management terminal, then described equipment end performs described instruction, and operating result is fed back to described remote management terminal, and described remote management terminal shows the feedback result of described equipment end.
2. method according to claim 1, is characterized in that, comprises in the step of remote management terminal and equipment end being carried out respectively to initial configuration:
The operation-interface of described equipment end and management interface are initialized to a unified configuration interface; And
Start the oracle listener of described equipment end and described remote management terminal.
3. method according to claim 1 and 2, is characterized in that, comprises in the step of carrying out respective handling according to the rank of described local abnormal information:
When described local abnormal information is low-level abnormal information, then described local abnormal information stores in this locality by described equipment end;
When described local abnormal information is high level abnormal information, then described equipment end sends the request established a communications link to described remote management terminal, and the communications status request to described equipment end residing for himself of described remote management terminal responds.
4. method according to claim 3, is characterized in that, comprises in the described remote management terminal step that the request of communications status to described equipment end responds residing for himself:
When described remote management terminal is in standby listening state, then described remote management terminal sends answer signal to described equipment end, described equipment end establishes a communications link with described remote management terminal and sends abnormal information to described remote management terminal after the answer signal receiving described remote management terminal, and the abnormal information received stores in this locality by described remote management terminal;
Described remote management terminal be in carry out the state of transfer of data with other equipment end time, then described remote management terminal does not respond the request of described equipment end, and abnormal information stores in this locality by described equipment end.
5. method according to claim 3, is characterized in that, also comprises in the described remote management terminal step that the request of communications status to described equipment end responds residing for himself:
When described local abnormal information is the high level abnormal information occurred in the communication process of described equipment end and described remote management terminal, described equipment end first sent an end signal before sending the request established a communications link, terminate present communications, then by establishing a communications link with described remote management terminal abnormal information sent to described remote management terminal.
6. the method according to claim 4 or 5, it is characterized in that, described remote management terminal is after first time establishes a communications link with described equipment end, also himself device id to be sent to described equipment end, the device id of described remote management terminal stores in this locality by described equipment end, wherein, described device id is the information of the described remote management terminal of mark identity in the communication network belonging to itself and described equipment end.
7. method according to claim 6, it is characterized in that, described remote management terminal and described equipment end are established a communications link by following at least one communication connection patterns, and described communication connection patterns comprises Ethernet, bluetooth, infrared, WiFi, ZigBee and RS232 and RS485 serial line interface.
8., for a system for remote management apparatus end, comprising:
Equipment end, remote management terminal and the communication network for the communication connection of setting up described equipment end and described remote management terminal, wherein,
Described remote management terminal, it is established a communications link by described communication network and described equipment end and sends instruction to described equipment end, and shows the feedback result of described equipment end;
Described equipment end, it receives by described communication network instruction that described remote management terminal sends over and performs described instruction, and operating result is fed back to described remote management terminal.
9. system according to claim 8, is characterized in that, described remote management terminal also comprises:
Monitoring unit, it is for monitoring the end signal that described equipment end sends and the request established a communications link, send answer signal to described equipment end, receive the high level abnormal information that described equipment end sends over, and described high level abnormal information is stored in this locality.
10. system according to claim 8, is characterized in that, described equipment end also comprises:
Monitoring unit, it is for monitoring the instruction of described remote management terminal and local abnormal information;
Abnormal information memory cell, it is for the high level local abnormal information storing exception priority table and low-level local abnormal information and fail to be sent to described remote management terminal.
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