CN104570976A - Monitoring system and method - Google Patents
Monitoring system and method Download PDFInfo
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- CN104570976A CN104570976A CN201310496230.7A CN201310496230A CN104570976A CN 104570976 A CN104570976 A CN 104570976A CN 201310496230 A CN201310496230 A CN 201310496230A CN 104570976 A CN104570976 A CN 104570976A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The invention discloses a monitoring system. The monitoring system comprises processing equipment. The processing equipment acquires state information output by each piece of equipment and models the state information of each piece of equipment to obtain a tree model, wherein the tree model comprises a root node and a plurality of branch nodes connected to the root node. A display device of the processing equipment displays attribute information interfaces of the branch nodes included by the root node. The invention further provides a monitoring method. According to the monitoring system and the monitoring method, a user can conveniently check the state of the corresponding equipment.
Description
Technical field
The present invention relates to a kind of supervisory system and method.
Background technology
Existing the condition monitoring that each terminal device of line is produced as a factory, a power station or in an appointed area all to be undertaken by a supervisory system, if this supervisory system is for monitoring the running status, working environment etc. of each terminal device, this supervisory system is also for showing the status information of each terminal device, as shown the status information of each terminal device by a portable set, wherein the status information of each terminal device can show in this portable set one page, and user checks the status information of a certain terminal device by the finger that slides on this portable set.But, when supervisory system is monitored hundreds and thousands of terminal devices, user then needs to spend the more time to search from hundreds of status information, so searching abnormal terminal device to user brings great inconvenience, reduce the work efficiency of user, and check that the status information of a certain terminal device may cause the sensitivity decrease of this portable set by the finger that slides continually.
Summary of the invention
In view of above content, be necessary to provide a kind of supervisory system and method for conveniently checking each status information of equipment.
A kind of supervisory system, for monitoring some equipment, this supervisory system comprises:
One network communication device, for obtaining the dissimilar status information that each equipment exports;
One display device, is arranged in a treatment facility, and this display device is for showing a monitoring interface;
One memory storage, for storing the dissimilar status information that each equipment exports; And
One treating apparatus, for the status information that each equipment obtaining the transmission of this network communication device exports, the status information that this treating apparatus also exports each equipment carries out modeling to obtain a tree shaped model, this tree shaped model comprises a root node, this root node comprises some minor matters point, each minor matters point comprises some equipment, each minor matters point comprises a nodal community, the nodal community of each minor matters point comprises the set of the status information of all devices output being connected to this minor matters point, each node has the monitoring interface corresponding to this node, this treating apparatus shows the attribute information interface corresponding to nodal community of minor matters point in the monitoring interface of root node.
A kind of method for supervising, for monitoring some equipment, this method for supervising comprises:
Obtain the dissimilar status information that each equipment exports;
Modeling is carried out to obtain a tree shaped model to the status information that each equipment exports, wherein this tree shaped model comprises a root node and some minor matters points being connected to this root node, each minor matters point comprises some equipment, each minor matters point includes a nodal community, the nodal community of each minor matters point comprises the set of the status information of all devices output being connected to this minor matters point, and each node has the monitoring interface corresponding to this node; And
Display is connected to attribute information interface corresponding to the nodal community of the minor matters point of this root node in the monitoring interface of this root node.
The status information that above-mentioned supervisory system and method export by obtaining each equipment, and modeling is carried out to the status information of each equipment, to obtain a tree shaped model, the display device of this treatment facility shows the attribute information interface of the child node of lower one deck that each node comprises, and so facilitates user to check the status information of corresponding equipment.
Accompanying drawing explanation
Fig. 1 is the block scheme of the better embodiment of supervisory system of the present invention.
Fig. 2 is the block scheme of the better embodiment for the treatment of facility in Fig. 1.
Fig. 3 is the block scheme of the better embodiment for the treatment of apparatus in Fig. 2.
Fig. 4 is the schematic diagram of some device distribution in Fig. 1.
Fig. 5 is the schematic diagram that the model of supervisory system of the present invention is set up.
Fig. 6 is the schematic diagram of each node and its nodal community in Fig. 5.
Fig. 7 and Fig. 8 is the schematic diagram of the better embodiment of monitoring interface of the present invention.
Fig. 9 and Figure 10 is the process flow diagram of the better embodiment of method for supervising of the present invention.
Main element symbol description
| Treatment facility | 10 |
| Communication network | 20 |
| Communication facilities | 30 |
| Equipment | 40 |
| Treating apparatus | 50 |
| Display device | 100 |
| Memory storage | 102 |
| Input media | 104 |
| Network communication device | 106 |
| Bus | 108 |
| Periodic refreshing unit | 500 |
| Unit set up by model | 502 |
| Anomalous counts unit | 504 |
| Communications reconnaissance unit | 506 |
| Display driver unit | 508 |
| A factory | 60 |
| A district | 600 |
| B district | 601 |
| L01 room | 602 |
| L02 room | 604 |
| L03 room | 603 |
| L04 room | 605 |
| Monitoring interface | 80、70、90 |
| Attribute information interface | 800、801、700、701、900、901 |
| First indicator | 802、803、702、703、902、903 |
| Second indicator | 804、805、704、705、904、905 |
| 3rd indicator | 806、807、706、707、906、907 |
| Sign information district | 808、809、708、709、908、909 |
| Header area | 810、811、710、711、910、911 |
| Status display area | 812、813、712、713、912、913 |
Following embodiment will further illustrate the present invention in conjunction with above-mentioned accompanying drawing.
Embodiment
Below in conjunction with accompanying drawing and better embodiment, the present invention is described in further detail:
Please refer to Fig. 1, the better embodiment of supervisory system of the present invention comprises the communication facilities 30 and that some equipment 40, one is connected to these equipment 40 and carries out by a communication network 20 and this communication facilities 30 treatment facility 10 that communicates.In present embodiment, each equipment 40 exports the some dissimilar status information of corresponding device 40, as running state information, communicate status information, parameter status information etc., wherein running state information represents the running status of this equipment, as whether equipment normally runs; Communicate status information represents that whether the communication between this equipment and this treatment facility 10 is unimpeded or interrupt; Parameter status information is the value that the various parameter informations of this equipment 40 output draw after Intelligent treatment.This communication facilities 30 is sent to this treatment facility 10 for the dissimilar status information exported by these equipment 40 by this communication network 20, and wherein this communication network 20 can be a blueteeth network or a WLAN (wireless local area network) or a WWW.In other embodiments, each equipment 40 all can directly be connected with this treatment facility 10, if this treatment facility 10 is by a CAN(Controller Area Network, controller local area network) bus is connected with each equipment 40.
Please refer to Fig. 2, this treatment facility 10 comprises display device 100, memory storage 102, input media 104, network communication device 106 and the treating apparatus 50 be all connected with this display device 100, memory storage 102, input media 104 and network communication device 106 by a bus 108.
This network communication device 106 is connected with this communication facilities 30 by this communication network 20, to receive the status information of each equipment 40 of this communication facilities 30 transmission.In other embodiments, when each equipment 40 is directly connected with this treatment facility 10, this network communication device 106 is communicated with each equipment 40 by this CAN.
This display device 100 is for showing a monitoring interface, and this monitoring interface shows some monitor messages.
This input media 104 can be a mouse or a keyboard or a touch-screen, for performing an input operation.
The dissimilar status information that this memory storage 102 exports for storing each equipment 40.
Please also refer to Fig. 3, this treating apparatus 50 comprises timing refresh unit 500, model and sets up unit 502, anomalous counts unit 504, communications reconnaissance unit 506 and a display driver unit 508.
This communications reconnaissance unit 506, for being received from the status information of each equipment 40 of this communication facilities 30 transmission, namely comprises the status information that the communicate status information of each equipment 40, running state information and parameter status information etc. are dissimilar.This communications reconnaissance unit 506 also judges whether the equipment of existence exception, when the equipment of existence exception, this communications reconnaissance unit 506 exports the abnormal signal of the different conditions type exception corresponding to this abnormal state equipment to this anomalous counts unit 504, as when the communications status of an equipment 40 is abnormal, this communications reconnaissance unit 506 exports abnormal signal relative to the communications status exception of this abnormal state equipment to this anomalous counts unit 504; When the running status of an equipment 40 is abnormal, this communications reconnaissance unit 506 exports abnormal signal relative to the running status exception of this abnormal state equipment to this anomalous counts unit 504; When an equipment exist a parameter state abnormal time, this communications reconnaissance unit 506 exports abnormal signal relative to the parameter state exception of this abnormal state equipment to this anomalous counts unit 504.
When this anomalous counts unit 504 receives the abnormal signal of this communications reconnaissance unit 506 output, this anomalous counts unit 504 calculates the abnormal quantity of the different conditions type exception of this abnormal state equipment 40 according to the abnormal signal of this abnormal state equipment 40, to produce the abnormal information corresponding to this abnormal state equipment 40, when the Exception Type detecting an abnormal state equipment 40 as this communications reconnaissance unit 506 comprises the abnormal signal of communications status exception and running status exception, if this anomalous counts unit 504 receives the abnormal signal of the communications status exception relative to this abnormal state equipment 40 that this communications reconnaissance unit 506 exports, this anomalous counts unit 504 judges that the abnormal quantity of the communications status exception of this abnormal state equipment 40 is 1, if when this anomalous counts unit 504 receives the abnormal signal of two running status exceptions relative to this abnormal state equipment 40 that this communications reconnaissance unit 506 exports, this anomalous counts unit 504 judges that the abnormal quantity of the running status exception of this abnormal state equipment 40 is 2, so, the abnormal information of this abnormal state equipment 40 comprises a communications status exception and two running statuses exceptions.
In present embodiment, this model is set up unit 502 and is carried out modeling according to the status information of the positional information of each equipment 40 to each equipment 40, and to obtain a tree shaped model, wherein this tree shaped model comprises a root node.This root node comprises some minor matters point, and each minor matters point comprises some leaf nodes, and each leaf node can comprise some child nodes, and circulation connection like this is gone down.Each node being connected to this root node comprises one or more equipment, each node (i.e. root node, minor matters point, leaf node and child node) includes a nodal community, and the nodal community of each node is the set of the status information of all devices that this node comprises.In other embodiments, unit 502 set up by this model can carry out modeling according to the status information of other conditions to each equipment 40, and then obtain corresponding tree shaped model, as carried out modeling according to each equipment 40 type as condition, by the equipment connection extremely same node that type is identical.In other embodiments, this model is set up unit 502 and also can be carried out modeling according to the positional information of each equipment 40 to the status information of each equipment 40 and abnormal information.
Now illustrate to carry out monitoring to the equipment in a factory, please refer to Fig. 4 to Fig. 6, one A factory 60 comprises A district 600 and a B district 601, wherein this A district 600 comprises L01 room 602 and a L02 room 604, L01 room 602 comprises an equipment 1 and equipment 2, a L02 room 604 comprises equipment 3 and an equipment 4; This B district 601 comprises a L03 room 603 and a room, L04 room 605, L03 603 comprises an equipment 5 and equipment 6, a L04 room 605 comprises equipment 7 and an equipment 8.
In present embodiment, this model is set up unit 502 and is set up corresponding tree shaped model according to the positional information of each equipment 40.Such as, the root node (node 1) of this tree shaped model is corresponding to this A factory 60, and the minor matters point (node 2 and node 3) being connected to this root node corresponds respectively to A district 600 and B district 601; The leaf node (node 4 and node 5) being connected to this minor matters point (node 2) represents this L01 room 602 and this L02 room 604 respectively, the leaf node (node 6 and node 7) being connected to this minor matters point (node 3) represents this L03 room 604 and this L04 room 605 respectively, and each leaf node includes a child node.In present embodiment, sub node equipment 1 to sub node equipment 8 does not all comprise next level of child nodes, therefore, in this tree shaped model, if there is a node not comprise next level of child nodes, then represent the equipment that this node on behalf is corresponding.Sub node equipment 1 as being connected to this leaf node 4 represents this equipment 1 and equipment 2 respectively with equipment 2; The sub node equipment 3 being connected to this leaf node 5 represents this equipment 3 and equipment 4 respectively with equipment 4; The sub node equipment 5 being connected to this leaf node 6 represents this equipment 5 and equipment 6 respectively with equipment 6; The sub node equipment 7 being connected to this leaf node 7 represents this equipment 7 and equipment 8 respectively with equipment 8.In other embodiments, the quantity of the status information of the equipment that each node comprises can not be identical, and as leaf node 7 can only include a sub node equipment 7, and sub node equipment 8 can be connected directly to the node 3 of minor matters point.
The nodal community of each node comprises the status information of all devices being connected to this node and the set of abnormal information.Nodal community as node 1 comprises the status information of equipment 1 to equipment 8 output and the set of abnormal information, i.e. the abnormal information that the status information of equipment 1 to equipment 8 output and this anomalous counts unit 504 produce; The nodal community of node 2 comprises the status information of equipment 1 to equipment 4 output and the set of abnormal information; The nodal community of node 3 comprises the status information of equipment 5 to equipment 8 output and the set of abnormal information; The nodal community of node 4 comprises the set of status information that equipment 1 and equipment 2 exports and abnormal information; The nodal community of node 5 comprises the set of status information that equipment 3 and equipment 4 exports and abnormal information; The nodal community of node 6 comprises the set of status information that equipment 5 and equipment 6 exports and abnormal information; The nodal community of node 7 comprises the set of status information that equipment equipment 7 and equipment 8 exports and abnormal information; The nodal community of equipment 1 comprises status information and the abnormal information of this equipment 1; The nodal community of equipment 2 comprises status information and the abnormal information of this equipment 2; The nodal community of equipment 3 comprises status information and the abnormal information of this equipment 3; The nodal community of equipment 4 comprises status information and the abnormal information of this equipment 4; The nodal community of equipment 5 comprises status information and the abnormal information of this equipment 5; The nodal community of equipment 6 comprises status information and the abnormal information of this equipment 6; The nodal community of equipment 7 comprises status information and the abnormal information of this equipment 7; The nodal community of equipment 8 comprises status information and the abnormal information of this equipment 8.In other embodiments, if when each equipment in a node does not exist abnormal information, the nodal community of this node can only include the set of the status information of the equipment that this node comprises.
Each nodal community being connected to the node of this root node corresponds to an attribute information interface, the status information of all devices comprised by this node and the set of abnormal information are shown in an attribute information interface, and the attribute information interface as branch node 2 then shows and comprises the status information of equipment 1 to equipment 4 and the set of abnormal information.
Each node has the monitoring interface corresponding to this node, this display driver unit 508 for the attribute information interface display corresponding to the nodal community of next node layer that each node is comprised in the monitoring interface of correspondence, as when showing the monitoring interface of this root node (node 1), the attribute information interface 801(of the attribute information interface 800 that the monitoring interface 80 of this display driver unit 508 comprises a node 2 and branch node 3 as shown in Figure 7).
In present embodiment, this supervisory system is monitored for equipment such as the inverters to a photovoltaic plant, namely this A factory is this photovoltaic plant, equipment 1 to equipment 8 is an inverter, equipment 1 to equipment 8 is for converting solar energy into electrical energy, and the parameter information of each equipment output comprises the installed capacity of this equipment, intensity of solar radiation, system electrical efficiency, current total power, the same day every kilowatt (KW) the on average parameter status information such as generated energy and generating on the same day.
Preferably, please refer to Fig. 7 and Fig. 8, this display driver unit 508 for showing the monitoring interface 80 of node 1 in this display device 100, and this monitoring interface 80 comprises the attribute information interface 800 of node 2 and the attribute information interface 801 of node 3.This attribute information interface 800 comprises status display area, header area 810, one 812 and a sign information district 808, and wherein this status display area 812 comprises the first to the 3rd indicator 802,804 and 806.This header area 810 for showing the title of corresponding node, i.e. " A district ".This first indicator 802 is used to indicate the running status of the equipment that node 2 comprises, the i.e. running status of equipment 1 to equipment 4, when there is normal operation in the equipment that node 2 comprises but give a warning and there is not the equipment causing operation exception because of fault, normal working voltage as equipment 1 to equipment 4 is 3.3V, if there is the equipment that operating voltage is 4V in the equipment that node 2 comprises, now, this equipment normally can run but can give a warning, and this first indicator 802 is shown as orange by this display driver unit 508; When exist in the equipment that this node 2 comprises cause equipment out of service because of fault time, as node 2 to there is operating voltage in the equipment that comprises be the equipment of 5V time, 802, this first indicator is shown in red; When the equal normal operation of the equipment that node 2 comprises, the operating voltage of all devices comprised as node 2 is 3.3V, and this display driver unit 508 is by shown in green for this first indicator 802.This second indicator 804 is used to indicate the parameter state of the equipment that node 2 comprises.When exist in the equipment that node 2 comprises output abnormal parameters equipment and abnormal all to belong to presupposition meaning be general early warning time, this second indicator 804 is shown as orange by this display driver unit 508; When exist in the equipment that this node 2 comprises the abnormal parameters of output equipment and abnormal in have belong to be predefined as catastrophic failure prompting time, 804, this second indicator is shown in red; When the parameter that the equipment that node 2 comprises exports is all normal, this display driver unit 508 is by shown in green for this second indicator 804.3rd indicator 806 is used to indicate the communications status of the equipment that node 2 comprises, to communicate with this treatment facility 10 normally but equipment is in local operating mode when existing in the equipment that node 2 comprises, and do not exist when to communicate the equipment disconnected with this treating apparatus, as the equipment of local debugging may be there is in the equipment that node 2 comprises, and when equipment enters debugging, the communication of this equipment and this treating apparatus is normal, but any data can not be exported to this treating apparatus, now, this equipment is then in local operating mode, 3rd indicator 806 is shown as orange by this display driver unit 508, when existence in the equipment that node 2 comprises communicates the equipment disconnected with this treatment facility 10, the 3rd indicator 806 is shown in red, when the equipment that node 2 comprises all can with this treatment facility 10 proper communication time, this display driver unit 508 is by shown in green for the 3rd indicator 806.In other embodiments, the quantity of the different abnormality types that this node also comprises by this display driver unit 508 is shown in corresponding indicator, during as comprised the equipment of a communications status type exception when node 2,806, the 3rd indicator display one numeral " 1 " in the attribute information interface 800 of node 2.The set of the parameter status information of equipment of this sign information district 808 for showing this node 2 and comprising, as the summation that this total installation of generating capacity is inverter installed capacity in the parameter information that exports of equipment 1 to the equipment 4 that comprises of node 2, the same day every kilowatt average generated energy be in the parameter information that exports of equipment 1 to equipment 4 that node 2 comprises the same day every kilowatt average generated energy mean value.This attribute information interface 801 comprises status display area, header area 811, one 813 and a sign information district 809, and wherein this status display area 813 comprises the first to the 3rd indicator 803,805 and 807.This header area 811 is for showing the title of corresponding node, i.e. " B district ", this the first indicator 803 is used to indicate the running status of the equipment that node 3 comprises, this the second indicator 805 is used to indicate the parameter state of the equipment that node 3 comprises, and the 3rd indicator 807 is used to indicate the communications status of the equipment that node 3 comprises.
When this display driver unit 508 receives the input operation of this input media 104, as clicked the attribute information interface 810 of node 2, the attribute information interface display of the node of lower one deck that node 2 comprises by this display driver unit 508 (i.e. node 4 and node 5) in the monitoring interface 70 of this node 2, as the attribute information interface 700 of node 4 and the attribute information interface 701 of node 5.This attribute information interface 700 comprises status display area, header area 710, one 712 and a sign information district 708, and wherein this status display area 712 comprises the first to the 3rd indicator 702,704 and 706.This header area 710 for showing the title of corresponding node, i.e. " L01 ".This first indicator 702 is used to indicate the running status of the equipment (i.e. equipment 1 and equipment 2) that node 4 comprises, when there is normal operation in the equipment that node 4 comprises but give a warning and there is not the equipment causing operation exception because of fault, this first indicator 702 is shown as orange by this display driver unit 508; When exist in the equipment that this node 4 comprises cause equipment out of service because of fault time, 702, this first indicator is shown in red; When the equal normal operation of the equipment that node 4 comprises, this display driver unit 508 is by shown in green for this first indicator 702.This second indicator 704 is used to indicate the parameter state of the equipment that node 4 comprises.When exist in the equipment that node 4 comprises output abnormal parameters equipment and abnormal all to belong to presupposition meaning be general early warning time, this second indicator 704 is shown as orange by this display driver unit 508; When exist in the equipment that this node 4 comprises the abnormal parameters of output equipment and abnormal in have belong to be predefined as catastrophic failure prompting time, 704, this second indicator is shown in red; When the parameter that the equipment that node 4 comprises exports is all normal, this display driver unit 508 is by shown in green for this second indicator 704.3rd indicator 706 is used to indicate the communications status of the equipment that node 4 comprises, to communicate with this treatment facility 10 normally but equipment is in local operating mode when existing in the equipment that node 4 comprises, and not existing when to communicate the equipment disconnected with this treating apparatus, the 3rd indicator 706 is shown as orange by this display driver unit 508; When existence in the equipment that node 4 comprises communicates the equipment disconnected with this treatment facility 10, the 3rd indicator 706 is shown in red; When the equipment that node 4 comprises all can with this treatment facility 10 proper communication time, this display driver unit 508 is by shown in green for the 3rd indicator 706.In other embodiments, the quantity of the different abnormality types that this node also comprises by this display driver unit 508 is shown in corresponding indicator, when communications status type as comprised an equipment when node 4 is abnormal, 706, the 3rd indicator display one numeral " 1 " at the attribute information interface of node 4.The set of the parameter status information of the equipment (i.e. equipment 3 and equipment 4) of child node of this sign information district 709 for showing this node 5 and comprising.This attribute information interface 701 comprises status display area, header area 711, one 713 and a sign information district 709, and wherein this status display area 713 comprises the first to the 3rd indicator 703,705 and 707.This header area 711 is for showing the title of corresponding node, i.e. " L02 ", this the first indicator 703 is used to indicate the running status of the equipment that node 5 comprises, this the second indicator 705 is used to indicate the parameter state of the equipment that node 5 comprises, and the 3rd indicator 707 is used to indicate the communications status of the equipment that node 5 comprises.
When this display driver unit 508 receives the input operation of this input media 104, as clicked the attribute information interface 700 of node 4, the attribute information interface display of the node of lower one deck that node 4 comprises by this display driver unit 508 (i.e. equipment 1 and equipment 2) in the monitoring interface 90 of this node 4, as the attribute information interface 900 of equipment 1 and the attribute information interface 901 of equipment 2.This attribute information interface 900 comprises status display area, header area 910, one 912 and a sign information district 908, and wherein this status display area 912 comprises the first to the 3rd indicator 902,904 and 906.This header area 910 is for showing the title of corresponding node, i.e. " equipment 1 ", this the first indicator 902 is used to indicate the running status of equipment 1, this the second indicator 904 is used to indicate the parameter state of equipment 1,3rd indicator 906 is used to indicate the communications status of equipment 1, and this sign information district 908 is for showing each parameter information of this equipment 1.In present embodiment, the communication abnormality between this equipment 1 and this treatment facility 10, therefore, the 3rd indicator 906 in the attribute information interface of equipment 1 is shown in red or orange.In other embodiments, if when this equipment 1 exists multiple parameter state abnormal (as 3 parameter states are abnormal), second indicator 904 at this attribute information interface 900 is shown in red, also shows character " 3 " in this second indicator 904.This attribute information interface 901 comprises status display area, header area 911, one 913 and a sign information district 909, and wherein this status display area 913 comprises the first to the 3rd indicator 903,905 and 907.This header area 911 is for showing the title of corresponding node, i.e. " equipment 2 ", this the first indicator 903 is used to indicate the running status of equipment 2, this the second indicator 905 is used to indicate the parameter state of equipment 2,3rd indicator 907 is used to indicate the communications status of equipment 2, and this sign information district 909 is for showing each parameter information of this equipment 2.In present embodiment, when a node does not comprise child node, the i.e. corresponding equipment of this node, now, if when there is abnormal status information in the equipment that this node is corresponding, indicator in the nodal community interface of this node shows the indication information relative to this abnormal state type, as the indication information of the 3rd indicator 906 communication state displaying exception in the node attribute information interface 900 of equipment 1.
This periodic refreshing unit 500 is for arranging a Preset Time, every this Preset Time, trigger this display driver unit 508 and refresh sign information district in the attribute information interface of each node in operation and control interface, to reach the object that this node that upgrades in time comprises the parameter information of each equipment.
Please refer to Fig. 9 and Figure 10, the better embodiment of method for supervising of the present invention comprises the steps:
Step S1, the communications reconnaissance unit 506 of this treating apparatus 50 obtains the status information of each equipment 40 output.In present embodiment, the status information of each equipment 40 output comprises the running state information of this equipment, communicate status information and parameter status information.
Step S2, the communications reconnaissance unit 506 of this treating apparatus 50 also judges whether the equipment of existence exception, when the equipment of existence exception, performs step S3; Otherwise, when the equipment of not existence exception, perform step S4.
Step S3, the different conditions Exception Type of the equipment of anomalous counts unit 504 pairs of abnormal states of this treating apparatus 50 counts respectively, to produce the abnormal information corresponding to this abnormal state equipment.
Step S4, status information that unit 502 exports each equipment according to the positional information of each equipment set up by the model of this treating apparatus 50 and abnormal information carries out modeling, to obtain corresponding tree shaped model.
Step S5, the attribute information interface corresponding to nodal community of next node layer that the root node that the display driver unit 508 of this treating apparatus 50 shows this tree shaped model comprises is in a monitoring interface.
Step S6, the display driver unit 508 of this treating apparatus 50 shows the status indication information of all devices that this node comprises in the status display area in the attribute information interface being contained in the node in monitoring interface, if equipment all in this node is all normal, shown in green in the status display area in the attribute information interface of the node in this monitoring interface; If this node memory is having unit exception, status display area in the attribute information interface of the node in this monitoring interface is shown in red or orange, and the abnormal quantity of the different Exception Types of the abnormal state equipment that this node also comprises by the display driver unit 508 of this treating apparatus 50 is shown in the status display area in the attribute information interface of this node.
Step S9, the display driver unit 508 of this treating apparatus 50 judges whether the attribute information interface of selection one node; When the attribute information interface of selection one node, perform step S10; Otherwise, when not selecting the attribute information interface of node, perform step S13.
Step S10, the display driver unit 508 of this treating apparatus 50 judges whether the node of this selection is equipment; When the node selected is an equipment, perform step S12; When the node of this selection is not an equipment, perform step S11.In present embodiment, then represent that when a node does not comprise next node layer this node is an equipment.
Step S11, the display driver unit 508 of this treating apparatus 50 shows this by the attribute information interface of next node layer of selecting node to comprise.
Step S12, the display driver unit 508 of this treating apparatus 50 shows the attribute information interface corresponding to this equipment.
Step S13, the parameter information in the sign information district in the attribute information interface of the display driver unit 508 periodic refreshing node of this treating apparatus 50.
Above-mentioned supervisory system and method obtain the status information that each equipment exports, and modeling is carried out to the status information of each equipment and abnormal information, to obtain a tree shaped model, wherein this tree shaped model comprises a root node, is somely connected to the minor matters point of root node, the leaf node of each minor matters point of some connections and the child node of some each leaf nodes of connection, and each node comprises corresponding nodal community; The display device 100 of this treatment facility 10 shows the attribute information interface of the node of lower one deck that each node comprises, and so facilitates user to check the status information of corresponding equipment.In addition, when existence one equipment state is abnormal, the attribute information interface comprising the node of this abnormal state equipment then can demonstrate corresponding indication information, user is so facilitated to search abnormal equipment rapidly, therefore, when searching the equipment of abnormal state, user only need click the attribute information interface of the child node of instruction abnormal information, thus facilitate user to search the equipment of abnormal state orderly, and then avoid because of user's input operation and reduce the deficiency of the sensitivity of equipment frequently.
Claims (11)
1. a supervisory system, for monitoring some equipment, this supervisory system comprises:
One network communication device, for obtaining the dissimilar status information that each equipment exports;
One display device, is arranged in a treatment facility, and this display device is for showing a monitoring interface;
One memory storage, for storing the dissimilar status information that each equipment exports; And
One treating apparatus, for the status information that each equipment obtaining the transmission of this network communication device exports, the status information that this treating apparatus also exports each equipment carries out modeling to obtain a tree shaped model, this tree shaped model comprises a root node, this root node comprises some minor matters point, each minor matters point comprises some equipment, each minor matters point comprises a nodal community, the nodal community of each minor matters point comprises the set of the status information of all devices output being connected to this minor matters point, each node has the monitoring interface corresponding to this node, this treating apparatus shows the attribute information interface corresponding to nodal community of minor matters point in the monitoring interface of root node.
2. supervisory system as claimed in claim 1, it is characterized in that: each minor matters point also comprises some leaf nodes, each leaf node comprises some child nodes, when in monitoring interface, the attribute information interface of a node is selected, this treating apparatus is shown this attribute information interface corresponding to the nodal community of next node layer of selecting node to comprise at this in the monitoring interface of node selected.
3. supervisory system as claimed in claim 2, it is characterized in that: this treating apparatus comprises a communications reconnaissance unit, unit set up by a model, a display driver unit and an anomalous counts unit, the dissimilar status information that this communications reconnaissance unit exports for obtaining each equipment, also dissimilar according to each equipment acquired status information judges whether the equipment of existence exception, when the equipment of existence exception, this network detecting unit exports relative to the abnormal signal of the different Exception Types of this abnormal state equipment to this anomalous counts unit; This anomalous counts unit calculates the abnormal quantity of each Exception Type of this abnormal state equipment according to the abnormal signal of this abnormal state equipment, to produce the abnormal information corresponding to this abnormal state equipment; This model is set up unit and is carried out modeling according to the positional information of each equipment to the status information of each equipment and abnormal information, to obtain this tree shaped model; This display driver unit shows abnormal indication information in the status display area in the attribute information interface of each node comprising this abnormal state equipment.
4. supervisory system as claimed in claim 3, is characterized in that: the attribute information interface of each node also comprises a sign information district, and this sign information district shows the set of the parameter status information of each equipment output that this node comprises; This supervisory system also comprises a communication facilities, the dissimilar status information that each equipment exports by this communication facilities by a communication network transmission to the network communication device of this treatment facility, this treating apparatus also comprises a timing refresh unit, and this periodic refreshing unit is used for the parameter value in the facility information interface of each node of periodic refreshing in sign information district.
5. supervisory system as claimed in claim 3, is characterized in that: the quantity of corresponding states Exception Type is also shown in the status display area in the attribute information interface of each node comprising this abnormal state equipment by this display driver unit; The attribute information interface of each node also comprises a header area, the title of the node that the display of this header area is corresponding, the status display area at the attribute information interface of each node comprises the first to the 3rd indicator, and this first indicator is used to indicate the running status of each equipment that this node comprises; The parameter state corresponding to result that the parameter that this second indicator is used to indicate each equipment that this node comprises obtains after system intelligence process; 3rd indicator is used to indicate the communications status of each equipment that this node comprises; When there is normal operation in the equipment that this node comprises but give a warning and there is not the equipment causing operation exception because of fault, the first indicator in this status display area is shown as orange; When there is fault in the equipment that this node comprises and causing equipment out of service, this first indicator is shown in red; The set of the abnormal information of the running status exception corresponding to the equipment that this node also comprises by this display driver unit is shown in this first indicator, when the equal normal operation of the equipment that this node comprises, this display driver unit is then by shown in green for this first indicator; There is the equipment of the abnormal parameters of output in the equipment that this node comprises and abnormal all belong to when being predefined as general early warning, the second indicator in this status display area is shown as orange; When exist in the equipment that this node comprises output abnormal parameters equipment and abnormal in have belong to be predefined as catastrophic failure prompting time, this second indicator is shown in red; The abnormal information set of the abnormal parameters corresponding to the equipment that this node also comprises by this display driver unit is shown in this second indicator, when the parameter that the equipment that this node comprises exports is all normal, this display driver unit is then by shown in green for this second indicator; When exist in the equipment that this node comprises to communicate with this treating apparatus normally but equipment be in local operating mode and do not exist to communicate the equipment disconnected with this treating apparatus time, the 3rd indicator in this status display area is shown as orange; When existence in the equipment that this node comprises communicates the equipment disconnected with this treating apparatus, the 3rd indicator is shown in red; The abnormal information set of the communication abnormality corresponding to the equipment that this node also comprises by this display driver unit is shown in the 3rd indicator, when the equipment that this node comprises and the equal proper communication of this treatment facility, this display driver unit is then by shown in green for the 3rd indicator.
6. as the supervisory system in claim 1-5 as described in any one, it is characterized in that: when receiving the input operation at attribute information interface of selection one node, the display driver unit of this treating apparatus also judges that whether this be the attribute information interface of an equipment by the attribute information interface of node selected, when being the attribute information interface of an equipment by the attribute information interface of node selected, this display driver unit shows the attribute information interface of this equipment; Wherein when a node does not comprise next node layer, this display driver unit judges this be the attribute information interface of equipment by the attribute information interface of the node selected.
7. a method for supervising, for monitoring some equipment, this method for supervising comprises:
Obtain the dissimilar status information that each equipment exports;
Modeling is carried out to obtain a tree shaped model to the status information that each equipment exports, wherein this tree shaped model comprises a root node and some minor matters points being connected to this root node, each minor matters point comprises some equipment, each minor matters point includes a nodal community, the nodal community of each minor matters point comprises the set of the status information of all devices output being connected to this minor matters point, and each node has the monitoring interface corresponding to this node; And
Display is connected to attribute information interface corresponding to the nodal community of the minor matters point of this root node in the monitoring interface of this root node.
8. method for supervising as claimed in claim 7, is characterized in that: this method for supervising also comprises:
The status information dissimilar according to each equipment judges whether the equipment of existence exception;
When the equipment of existence exception, calculate the abnormal quantity of each Exception Type of this abnormal state equipment according to the abnormal signal of this abnormal state equipment, to produce the abnormal information corresponding to this abnormal state equipment;
Positional information according to each equipment carries out modeling to the status information of each equipment and abnormal information, to obtain this tree shaped model; And
Abnormal indication information is shown in status display area in the attribute information interface of each node comprising this abnormal state equipment.
9. method for supervising as claimed in claim 7, is characterized in that: this method for supervising also comprises:
The parameter status information set that each equipment comprised by each node exports is shown in the sign information district in the attribute information interface of this node; And
Parameter value in sign information district in the attribute information interface of each node of periodic refreshing.
10. the method for supervising as described in claim 7 or 8 or 9, is characterized in that: this method for supervising also comprises:
When there is normal operation in the equipment that this node comprises but give a warning and there is not the equipment causing operation exception because of fault, the first indicator in this status display area is shown as orange;
When there is fault in the equipment that this node comprises and causing equipment out of service, this first indicator is shown in red;
When the equal normal operation of the equipment that this node comprises, the first indicator in this status display area is shown in green;
When exist in the equipment that this node comprises output abnormal parameters equipment and abnormal all belong to be predefined as general early warning time, the second indicator in this status display area is shown as orange;
When exist in the equipment that this node comprises output abnormal parameters equipment and abnormal in have belong to be predefined as catastrophic failure prompting time, this second indicator is shown in red;
When the parameter that the equipment that this node comprises exports is all normal, the second indicator in this status display area is shown in green;
To communicate with this treating apparatus normally but equipment is in local operating mode when existing in the equipment that this node comprises, and do not exist when to communicate the equipment disconnected with this treating apparatus, the 3rd indicator in this status display area is shown as orange;
When existence in the equipment that this node comprises communicates the equipment disconnected with this treating apparatus, the 3rd indicator is shown in red;
When there is the equipment of operation exception in the equipment that this node comprises, in the first indicator in this status display area, also show the abnormal information set of the running status exception of the abnormal state equipment that this node comprises;
When there is the equipment of abnormal parameters of output in the equipment that this node comprises, the second indicator in this status display area also shows the abnormal information set of the parameter state exception of the abnormal state equipment that this node comprises; And
When there is the equipment with this treating apparatus communication abnormality in the equipment that this node comprises, the 3rd indicator in this status display area also shows the abnormal information set of the communications status exception of the equipment state warping apparatus that this node comprises.
11. method for supervising as claimed in claim 10, is characterized in that: this method for supervising also comprises:
Judge whether have the attribute information interface of a node to be selected in the some node attribute information interfaces in the monitoring interface of current display;
When the attribute information interface of a node is selected, show this by the attribute information interface of next node layer of selecting node to comprise;
When some node attribute information interfaces in the monitoring interface of current display are selected, judge that whether this be the attribute information interface of an equipment by the attribute information interface of node selected, wherein when this is not comprised next node layer by the node selected, judge the attribute information interface of attribute information interface as an equipment of this node;
When being the attribute information interface of an equipment by the attribute information interface of node selected, show the attribute information interface of this equipment.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310496230.7A CN104570976A (en) | 2013-10-22 | 2013-10-22 | Monitoring system and method |
| TW102139205A TWI506389B (en) | 2013-10-22 | 2013-10-30 | Monitoring System and Method |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310496230.7A CN104570976A (en) | 2013-10-22 | 2013-10-22 | Monitoring system and method |
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| CN201310496230.7A Pending CN104570976A (en) | 2013-10-22 | 2013-10-22 | Monitoring system and method |
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| CN (1) | CN104570976A (en) |
| TW (1) | TWI506389B (en) |
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| CN111555896A (en) * | 2019-02-12 | 2020-08-18 | 昆山纬绩资通有限公司 | Data transmission monitoring method and system |
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