CN205453732U - Warning equipment of high in clouds control - Google Patents
Warning equipment of high in clouds control Download PDFInfo
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- CN205453732U CN205453732U CN201521067611.4U CN201521067611U CN205453732U CN 205453732 U CN205453732 U CN 205453732U CN 201521067611 U CN201521067611 U CN 201521067611U CN 205453732 U CN205453732 U CN 205453732U
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- server
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- monitoring
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Abstract
The utility model discloses a warning equipment of high in clouds control, it contains: a monitoring module for monitor a server in order to gain a current state information, a database module for store a plurality of server abnormal informations, a processing module receives status signal and judge whether unusual this present status signal is at this present, when judgement production guard signal when status signal was unusual this present to read out should the guard signal or this server abnormal information of correspondence status signal at this present from this database module, and a transport module, this server abnormal information to a high in the clouds servo unit who conveys this guard signal and correspond, this the server abnormal information that makes a running gear gain this guard signal and correspond from this high in the clouds servo unit, wherein, when the abnormal state of this server relieved, this running gear conveyed a repayment information to this high in the clouds servo unit, and this transport module stores in this database module after this high in the clouds servo unit gains this repayment information.
Description
Technical field
This utility model relates to a kind of caution device monitored, the caution device monitored particularly to a kind of high in the clouds.
Background technology
Along with the information age arrives, between enterprise and enterprise, between enterprise and client also or between enterprise and other informants, there is substantial amounts of communication for information, making the rapid increase of information processing capacity of enterprise, therefore, enterprise is required to put into sizable operating cost at hardware and software two aspect.
In the case of flow of information is substantially improved, at a distance, information service anywhere or anytime the most common, therefore, maintain the stable and normal duty of server to seem more important.But, when server fail, as unstable in software or poisoning delays machine, hardware because inner member problem breaks down, fault or damage etc. are caused because of ambient condition in apparatus place, by the attendant of system, fault must be mediated process, so that ISR service, and then affect the service quality of server, the most therefore enterprise is caused heavy losses.
Because the problems referred to above, how to maintain stable and normal server contention states, be the anxious problems to be solved of those skilled in the art.
Utility model content
Because the problems referred to above, this utility model provides the caution device of a kind of high in the clouds monitoring, comprises: a monitoring module, for monitoring one server to obtain a current state information；One DBM, is used for storing multiple server exception information；One processing module, receive this current state output signals and judge that this current state output signals is the most abnormal, produce an alarm signal when judging this current state output signals exception, and read out should alarm signal or this server exception information of this current state output signals corresponding from this DBM；And a transport module, this server exception information of this alarm signal and correspondence that transmits is to a high in the clouds servo unit, make a running gear obtain from this high in the clouds servo unit and transmit this alarm signal and this server exception information of correspondence, wherein, when the abnormality of this server releases, this action device transmits a feedback information to this high in the clouds servo unit, this transport module is stored in this DBM after this high in the clouds servo unit obtains this feedback information, when this server occurs abnormal again, this processing module reads out this server exception information and this feedback information from this DBM.
In an embodiment of the present utility model, this DBM stores a positional information, transmits this positional information when this transport module transmits this alarm signal simultaneously.
In an embodiment of the present utility model, this DBM stores an alarm value information, this this current state information of processing module comparison and this alarm value information, to judge that this current state output signals is the most abnormal.
In an embodiment of the present utility model, this transport module transmits this current state information to this high in the clouds servo unit, and this high in the clouds this current state information of servo unit record also produces a Status Reporting.
In an embodiment of the present utility model, this server comprises an intelligent platform supervision interface or a Simple Network Management Protocol interface, this intelligent platform supervision interface or this Simple Network Management Protocol interface and produces this current state information according to an attribute data.
In an embodiment of the present utility model, this transport module receives a control instruction this intelligent platform supervision interface that this control instruction is sent to this server or this Simple Network Management Protocol interface, and this server is according to this control instruction start.
In an embodiment of the present utility model, this high in the clouds servo unit stores a more new procedures, this transport module receives this more new procedures this intelligent platform supervision interface being sent to this server or this Simple Network Management Protocol interface, and this server is updated according to this more new procedures.
In an embodiment of the present utility model, this transport module is electrically connected with an electronic door control lock, this action device transmits a unblock instruction to this transport module, after this transport module receives this unblock instruction, this processing module produces a unlocking signal according to this unblock instruction, and this unlocking signal is sent to this electronic door control lock to unlock via this transport module.
In an embodiment of the present utility model, this transport module is electrically connected with an electronic equipment, this action device transmits a control instruction to this transport module, after this transport module receives this control instruction, this processing module produces a driving signal according to this control instruction, this driving signal is sent to this electronic equipment via this transport module, so that this electronic equipment is according to this driving signal start.
In an embodiment of the present utility model, the caution device of high in the clouds monitoring also comprises an alarm module, and this alarm module sends a warning according to this alarm signal.
In the prior art, often because there is customer complaint after the service disruption of server, and technical staff receives customer complaint notice and can know that server there occurs exception, and the scene that the most promptly rushes to is disposed.And in this utility model; the caution device of high in the clouds monitoring is at equipment point; after having set alarm value information (i.e. monitoring numerical value) in advance; responsible plant maintenance engineer can be served as; twenty four hours non-stop-machine monitoring environment and equipment; transmit messages when reaching preset value and circulate a notice of each information person to be received at once; become the advance preventing of many people synchronization monitoring from passive disposal, and then improve work efficiency, effectively reduction maintenance and operating cost and the satisfaction of client can be improved.
Hereinafter detailed features of the present utility model and advantage are described in embodiments in detail, its content be enough to make skilled in the art realises that technology contents of the present utility model and implement according to this, and according to content disclosed in this specification, right and graphic, skilled person readily understands that purpose and advantage that this utility model is relevant.
Accompanying drawing explanation
The caution device block chart (one) of the high in the clouds monitoring that Fig. 1 provides for this utility model；
The caution device block chart (two) of the high in the clouds monitoring that Fig. 2 provides for this utility model；
Fig. 3 A is this utility model notice schematic diagram () on running gear；
Fig. 3 B is this utility model notice schematic diagram (two) on running gear；
Fig. 3 C is this utility model notice schematic diagram (three) on running gear；
Fig. 3 D is this utility model notice schematic diagram (four) on running gear.
Description of reference numerals: the caution device of 1-high in the clouds monitoring；2-monitoring module；3-DBM；4-processing module；5-transport module；6-electronic door control lock；7-alarm module；8-server；90-high in the clouds servo unit；91-running gear；94-electronic equipment.
Detailed description of the invention
As depicted in figs. 1 and 2, the caution device 1 of the high in the clouds monitoring that this utility model provides may be used to monitor a server 8, wherein, described server 8 can be of all kinds to have intelligent platform supervision interface (IPMI, or Simple Network Management Protocol interface (SNMP IntelligentPlatformManagementInterface), etc. SimpleNetworkManagementProtocol) main frame at interface is linked up, monitoring host computer, storage device, the network equipment, not power cutoff device and computer apparatus etc., it can produce current state information according to attribute data, but this utility model is non-as limit.
Being respectively the caution device block chart () of high in the clouds monitoring, (two) that this utility model provides as shown in Figures 1 and 2, the caution device 1 of the high in the clouds monitoring that this utility model provides mainly can be made up of monitoring module 2, DBM 3, processing module 4 and transport module 5.
Monitoring module 2 is a kind of hardware monitor, in order to monitoring server 8 to obtain current state information, wherein, different hardware monitors can the different current state information of monitoring server 8, such as temperature monitor may be used to the operating temperature of monitoring server 8, moisture monotor may be used to the humidity change of monitoring server 8 place environment, power monitor may be used to supply of electric power (or battery) state of monitoring server 8, preceding description is only for example, this utility model is non-as limit, such as can detect the temperature/humidity of other electronic equipments 94, flood infiltration detecting, have a power failure detecting, network traffics, or connecting IPCAM carries out image detecting, or it is by airconditioning control, fan control, on and off switch control etc..
DBM 3 stores that multiple server exception information, the such as operating temperature of server 8 is too high, hard disk corruptions, exception of network traffic etc..Here, DBM 3 can be ATA (IDE), SATA, SCSI and SAS hard disk, or being solid state hard disc (SSD), hybrid hard disk (SSHD), this utility model is non-as limit.
Processing module 4 can be to carry out central processing unit (CPU) or the microprocessor (μ P) of signal processing, or other types processor.Processing module 4 receives the current state output signals acquired by monitoring module 2, and judges that current state output signals is the most abnormal, such as, judge that the operating temperature of server 8 is the most too high.Produce an alarm signal when processing module 4 judges current state output signals exception, and read out corresponding alarm signal or the server exception information of corresponding current state output signals from DBM 3.Here, a kind of implement aspect be current state output signals be 0 genus normal condition, current state output signals is 1 to be i.e. judged as exception；Another kind of aspect of implementing is that DBM 3 can store alarm value information, processing module 4 comparison current state information and alarm value information are to judge that current state output signals is the most abnormal, such as current state output signals be the operating temperature of server 8 be 40 degree, processing module 4 recognizes its temperature exceeding alarm value information 30 degree, and i.e. to belong to temperature too high and be abnormality, therefore the alarm signal of temperature anomaly is produced, and read out, from DBM 3, the server exception information that corresponding temperature is abnormal, here, server exception information is temperature anomaly notice.
Transport module 5 is can be according to the unit module of predetermined protocol transmission signal, such as Wi-Fi module, bluetooth module, RF433 module, Zigbee module, the server exception information of this alarm signal and correspondence that transmits is to high in the clouds servo unit 90, make running gear 91 obtain from high in the clouds servo unit 90 and transmit alarm signal and the server exception information of correspondence, that is, long-range user can receive alarm signal and server exception information via running gear 91 immediately, the most aforesaid abnormal notice, and it notifies for temperature anomaly, user i.e. knows that the server 8 in machine room occurs exception, machine room maintenance service device 8 can be immediately returned to or change, update its abnormal element, or it is by corresponding treatment measures.Here, running gear 91 can be smart phone, tablet PC, personal digital assistant etc., but this utility model is non-as limit.
When the abnormality of server 8 releases, running gear 91 sends back feedforward information to high in the clouds servo unit 90, imply that user carries out corresponding treatment measures, the cabinet rear laying dust of such as clearing server 8, can record this solution and be sent to high in the clouds servo unit 90 as feedback information.And transport module 5 is stored in DBM 3 after high in the clouds servo unit 90 obtains feedback information, when server 8 occurs exception, processing module 4 to read out server exception information and feedback information from DBM 3 again.That is, when user receives alarm signal and server exception information via running gear 91 again, the most aforesaid temperature anomaly notifies, and the cabinet rear laying dust that previous identical abnormal solution can be pointed out to be clearing server 8, in order to user returns to machine room and carries out corresponding treatment measures.Base this, for different maintaineies, all have historical record that maintenance processes and the solution can be the most convenient as reference when safeguarding.Further, the solution after occurring for each exception is all recorded, statistical analysis, can be as the reference frame of subsequent server product improvement.
In addition, record each current state information when transport module 5 transmits current state information to high in the clouds servo unit 90, high in the clouds servo unit 90 and produce Status Reporting, implying that and produce the historical record that exception occurs, and solution can be recorded further, using the reference frame processed as maintenance.
In one implements aspect, DBM 3 stores positional information, transmits positional information when server 8 occurs exception, and transport module 5 transmits alarm signal simultaneously.At this, positional information can further include Map money and coordinate position, so that user can grasp the position that abnormal server 8 occurs in real time, it is simple to it goes to machine room maintenance service device 8 or changes, updates its abnormal element, or is by corresponding treatment measures.
In one implements aspect, transport module 5 receives a control instruction the intelligent platform supervision interface being sent to server 8 or Simple Network Management Protocol interface, make the server 8 can be according to control instruction start, such as user is via running gear 91 or other electronic installations (such as computer, notebook computer etc.) produce the control instruction restarted, transport module 5 is restarted signal by processing module 4 according to control instruction generation after receiving, it is sent to server 8 via transport module 5, server 8 can restart according to control instruction, this is by way of example only, it can be applicable to be turned on and off radiator fan or other devices.Additionally, high in the clouds servo unit 90 stores a more new procedures, transport module 5 receives more new procedures the intelligent platform supervision interface being sent to server 8 or Simple Network Management Protocol interface, and server 8 is updated according to more new procedures.
In one implements aspect, transport module 5 is electrically connected with electronic door control lock 6, here, it can connect electronic door control lock 6 in a wired mode or wireless mode.User produces via running gear 91 and unlocks instruction, and transport module 5 receives after unlocking instruction, and processing module 4 produces unlocking signal according to unlocking instruction, is sent to electronic door control lock 6 via transport module 5 and unlocks.Being this utility model notice schematic diagram on running gear as shown in Figure 3A, similarly, the state of unblock can be sent to running gear 91 to notify that user's electronic door control lock 6 has turned on by transport module 5, and it can be pointed out further to be opened by whom.
In one implements aspect, transport module 5 is electrically connected with electronic equipment 94, here, it can connect electronic equipment 94 in a wired mode or wireless mode.User is via running gear 91 transfer control instruction, after transport module 5 receives control instruction, processing module 4 produces according to control instruction and drives signal, it is sent to electronic equipment 94 via transport module 5, so that electronic equipment is according to driving signalman to move, such as electronic equipment 94 can be fan assembly or air-conditioning device, and it is according to driving signal to be turned on and off, or adjusts air-conditioner temperature further.
Therefore, as shown in Fig. 3 B, Fig. 3 C, Fig. 3 D, user can use running gear 91 by the transport module 5 of the caution device 1 of socket online high in the clouds monitoring at near-end, switching on and shutting down chamber door can be controlled or control the unlatching of other electronic equipments 94/close or control work process, comprise supply of electric power, hard disk is recombinated, is restarted, but this utility model is not limited.And, running gear 91 can install APP program, APP program sends a control signal to high in the clouds servo unit 90, the transport module 5 of the caution device 1 of high in the clouds monitoring it is sent to by high in the clouds servo unit 90, switching on and shutting down chamber door can be controlled or control the unlatching of other electronic equipments 94/close or control work process, or transmit signal of video signal to high in the clouds servo unit 90, running gear 91 can connect high in the clouds servo unit 90 in the foregoing manner, or it is directly connected to transport module 5, so that multiple running gears 91 are carried out video signal discussion, it is further used as maintenance of equipment commander or maintenance of equipment teaching is used.
In one implements aspect, the caution device 1 of high in the clouds monitoring also comprises alarm module 7, warning is sent according to alarm signal produced by processing module 4, at this, alarm module 7 can be luminescence unit or buzzing unit, luminescence unit can flash according to alarm signal or the light of different colours, and buzzing unit can send the sound according to alarm signal.
In the prior art, often because there is customer complaint after the service disruption of server, and technical staff receives customer complaint notice and can know that server occurs extremely, and the scene that the most promptly rushes to is disposed.And in this utility model; the caution device of high in the clouds monitoring is at equipment point; after having set alarm value information (i.e. monitoring numerical value) in advance; responsible plant maintenance engineer can be served as; twenty four hours non-stop-machine monitoring environment and equipment; immediately when reaching preset value transmit messages and circulate a notice of each information person to be received at once, becoming the advance preventing of many people synchronization monitoring from passive disposal, and then improve work efficiency, effectively reduction maintenance and operation cost and the satisfaction of client can be improved.
Utility model utility model the foregoing is only preferred embodiment of the present utility model, when can not be in order to limit the scope that this utility model is implemented.The most all impartial changes made according to this utility model right and modification, all should belong in protection domain of the present utility model.
Claims (10)
1. the caution device of a high in the clouds monitoring, it is characterised in that comprise:
One monitoring module, for monitoring one server to obtain a current state information；
One DBM, is used for storing multiple server exception information；
One processing module, receive this current state output signals and judge that this current state output signals is the most abnormal, produce an alarm signal when judging this current state output signals exception, and read out should alarm signal or this server exception information of this current state output signals corresponding from this DBM；And
One transport module, this server exception information of this alarm signal and correspondence that transmits is to a high in the clouds servo unit, a running gear is made to obtain this server exception information of this alarm signal and correspondence from this high in the clouds servo unit, wherein, when the abnormality of this server releases, this action device transmits a feedback information to this high in the clouds servo unit, this transport module is stored in this DBM after this high in the clouds servo unit obtains this feedback information, when this server occurs abnormal again, this processing module reads out this server exception information and this feedback information from this DBM.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterised in that this DBM stores a positional information, transmits this positional information when this transport module transmits this alarm signal simultaneously.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterised in that this DBM stores an alarm value information, this this current state information of processing module comparison and this alarm value information, to judge that this current state output signals is the most abnormal.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterised in that this transport module transmits this current state information to this high in the clouds servo unit, and this high in the clouds this current state information of servo unit record also produces a Status Reporting.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterized in that, this server comprises an intelligent platform supervision interface or a Simple Network Management Protocol interface, this intelligent platform supervision interface or this Simple Network Management Protocol interface and produces this current state information according to an attribute data.
The caution device of high in the clouds the most according to claim 5 monitoring, it is characterized in that, this transport module receives a control instruction this intelligent platform supervision interface that this control instruction is sent to this server or this Simple Network Management Protocol interface, and this server is according to this control instruction start.
The caution device of high in the clouds the most according to claim 5 monitoring, it is characterized in that, this high in the clouds servo unit stores a more new procedures, this transport module receives this more new procedures this intelligent platform supervision interface being sent to this server or this Simple Network Management Protocol interface, and this server is updated according to this more new procedures.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterized in that, this transport module is electrically connected with an electronic door control lock, this action device transmits a unblock instruction to this transport module, after this transport module receives this unblock instruction, this processing module produces a unlocking signal according to this unblock instruction, and this unlocking signal is sent to this electronic door control lock to unlock via this transport module.
The caution device of high in the clouds the most according to claim 1 monitoring, it is characterized in that, this transport module is electrically connected with an electronic equipment, this action device transmits a control instruction to this transport module, after this transport module receives this control instruction, this processing module produces a driving signal according to this control instruction, and this driving signal is sent to this electronic equipment via this transport module, so that this electronic equipment is according to this driving signal start.
10. the caution device monitored according to the high in the clouds described in any one of claim 1 to 9, it is characterised in that also comprising an alarm module, this alarm module sends a warning according to this alarm signal.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521067611.4U CN205453732U (en) | 2015-12-18 | 2015-12-18 | Warning equipment of high in clouds control |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201521067611.4U CN205453732U (en) | 2015-12-18 | 2015-12-18 | Warning equipment of high in clouds control |
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| Publication Number | Publication Date |
|---|---|
| CN205453732U true CN205453732U (en) | 2016-08-10 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201521067611.4U Expired - Fee Related CN205453732U (en) | 2015-12-18 | 2015-12-18 | Warning equipment of high in clouds control |
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| Country | Link |
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| CN (1) | CN205453732U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106713031A (en) * | 2016-12-21 | 2017-05-24 | 伟乐视讯科技股份有限公司 | Intelligent network management system for automatically processing anomaly |
-
2015
- 2015-12-18 CN CN201521067611.4U patent/CN205453732U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106713031A (en) * | 2016-12-21 | 2017-05-24 | 伟乐视讯科技股份有限公司 | Intelligent network management system for automatically processing anomaly |
| CN106713031B (en) * | 2016-12-21 | 2021-02-12 | 伟乐视讯科技股份有限公司 | Intelligent network management system capable of automatically processing abnormity |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160810 Termination date: 20181218 |