CN113034864A - Stage mechanical equipment threshold value warning method and system - Google Patents
Stage mechanical equipment threshold value warning method and system Download PDFInfo
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Abstract
The invention provides a stage mechanical equipment threshold value warning method and a stage mechanical equipment threshold value warning system, wherein the method comprises the following steps: creating and maintaining and updating an All _ List of a stage mechanical equipment resource List library in real time; creating and maintaining a target resource List library Goal _ List corresponding to each equipment type in real time; each target resource List library Goal _ List includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List binds a threshold alarm rule. When the stage mechanical equipment is used in large-scale quantity, the invention reduces the alarm prompting range, improves the alarm reaction efficiency, can accurately and quickly position and identify the fault equipment, effectively repairs the fault equipment and ensures the safety of the operation of the stage mechanical equipment.
Description
Technical Field
The invention belongs to the technical field of stage equipment alarm, and particularly relates to a stage mechanical equipment threshold alarm method and system.
Background
In the current stage performance process, the stage performance is enriched due to the large application of stage mechanical equipment, the stage atmosphere is rendered, and the artistic effect of the stage is enhanced. However, as the number of stage mechanical equipment increases, the unsafe factors for hiding the stage mechanical equipment on the equipment also increase. The operational risk of the device affects not only the personal safety of the on-board actors, but also the personal safety of the viewing audience. Due to the large number of the devices, the fault alarm of one device usually causes a chain effect, and other related devices also cause certain fault alarms, so that a device troubleshooting worker cannot effectively and quickly know a real device fault source from numerous fault data.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a stage mechanical equipment threshold value warning method and system, which can effectively solve the problems.
The technical scheme adopted by the invention is as follows:
the invention provides a stage mechanical equipment threshold value warning method, which comprises the following steps:
step 1, creating and maintaining an updated stage mechanical equipment resource List library All _ List in real time; the stage mechanical equipment resource library List All _ List is used for storing equipment IDs of All the stage mechanical equipment;
step 2, creating and maintaining a target resource List library Goal _ List corresponding to each equipment type in real time; each target resource List library Goal _ List is composed of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
step 3, when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, operating the stage mechanical equipment resource List library All _ List, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance;
when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
step 4, each equipment ID in the target resource List library Goal _ List has an incidence relation with a monitoring interface of the PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time; the device comprises a table binding judgment module for storing device state information, a judgment module for monitoring a table for storing device real-time monitoring information in real time, a judgment module for judging whether the new device real-time monitoring information meets a threshold alarm rule or not when the new device real-time monitoring information is monitored to be written into the new device real-time monitoring information, and if the new device real-time monitoring information does not meet the threshold alarm rule, writing device state normal information into the table for storing the device state information; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
each target resource List library Goal _ List configures a library alarm module; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
step 5, when the main alarm module receives the alarm information, an alarm signal is sent out immediately;
step 6, when the stage equipment maintainer receives an alarm signal sent by the master alarm module, firstly, acquiring a library ID of a target resource List library Goal _ List for alarming;
then, according to the library ID of the alarm target resource List library Goal _ List, positioning to the corresponding target resource List library Goal _ List;
then, the tables for storing the device status information of the respective device IDs in the target resource List library Goal _ List are screened, the table for device status abnormality is determined, and thus the failed device ID is finally determined and repaired.
Preferably, when the master alarm module receives the alarm information, the master alarm module immediately sends out an alarm signal, specifically: when the main alarm module receives the alarm information, a voice alarm signal is sent out immediately.
The invention also provides a stage mechanical equipment threshold value warning system, which comprises:
a stage mechanical equipment resource List library All _ List, wherein the stage mechanical equipment resource List All _ List is used for storing the equipment IDs of All the stage mechanical equipment;
a target resource List bank Goal _ List corresponding to each device class, each of the target resource List banks Goal _ List consisting of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
the cascade relation establishing module is used for establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
the system comprises an operation module, a stage mechanical equipment resource List library All _ List and a stage mechanical equipment resource management module, wherein the operation module is used for operating the stage mechanical equipment resource List library All _ List when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance; when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
the real-time acquisition module is used for associating each equipment ID in a target resource List library Goal _ List with a monitoring interface of a PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time;
the judging module is used for monitoring the table for storing the real-time monitoring information of the equipment in real time, judging whether the real-time monitoring information of the new equipment meets a threshold warning rule or not when the real-time monitoring information of the new equipment is monitored to be written into the real-time monitoring information of the new equipment, and writing the information with normal equipment state into the table for storing the state information of the equipment if the real-time monitoring information of the new equipment does not meet the threshold warning rule; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
the system comprises a library alarm module, a target resource List library Goal _ List configuration library alarm module and a library management module, wherein the library alarm module is used for configuring a library for each target resource List library Goal _ List; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
and the master alarm module immediately sends out an alarm signal when receiving the alarm information.
The stage mechanical equipment threshold value warning method and the stage mechanical equipment threshold value warning system have the following advantages:
the invention provides a stage mechanical equipment threshold value warning method and system, which can reduce the warning prompting range, improve the warning reaction efficiency, accurately and quickly position and identify fault equipment, effectively repair the fault equipment and ensure the safety of the operation of the stage mechanical equipment when a large number of stage mechanical equipment are used.
Drawings
Fig. 1 is a schematic flow chart of a stage mechanical equipment threshold value warning method provided by the invention.
Detailed Description
In order to make the technical problems, technical solutions and advantageous effects solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
The invention belongs to the field of research and development of stage equipment warning innovation technology, and can improve the safety of stage equipment and personnel and improve the warning efficiency in a large-scale scene. In particular, the invention provides a stage mechanical equipment threshold value warning method and system, which can reduce the warning prompting range, improve the warning reaction efficiency, accurately and quickly position and identify fault equipment, effectively repair the fault equipment and ensure the safety of the operation of the stage mechanical equipment when a large number of stage mechanical equipment are used.
The invention provides a stage mechanical equipment threshold value warning method and a system, which essentially comprise the following steps: firstly, putting All stage mechanical equipment into a stage mechanical equipment resource List library All _ List; then, according to the equipment category of each stage mechanical equipment, putting the stage mechanical equipment with the same category together to generate a target resource List library Goal _ List; then, monitoring the current real-time operation value of each mechanical device in the target resource List library Goal _ List, and defining a threshold alarm rule according to the device class experience value in the target resource List library Goal _ List; and finally, determining whether the current real-time monitoring value is within the threshold alarm range, and if the current real-time value is within the threshold alarm range, sending alarm information to the stage mechanical equipment resource List library All _ List by the target resource List library Goal _ List and carrying out voice prompt.
Referring to fig. 1, the stage mechanical equipment threshold value warning method provided by the invention comprises the following steps:
step 1, creating and maintaining an updated stage mechanical equipment resource List library All _ List in real time; the stage mechanical equipment resource library List All _ List is used for storing equipment IDs of All the stage mechanical equipment;
as shown in table 1, a specific example of the stage mechanical equipment resource List library All _ List is shown:
table 1: stage mechanical equipment resource List library All _ List
Step 2, creating and maintaining a target resource List library Goal _ List corresponding to each equipment type in real time; each target resource List library Goal _ List is composed of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
as shown in table 2, is an implementation of the target resource List library, Goal _ List; as shown in table 3, another implementation of the target resource List library, the Goal _ List.
Table 2: target resource List library Goal _ List (1)
Threshold alarm rules: the maximum using rate of the hanger rod is 85%:
table 3: target resource List library Goal _ List (2)
Threshold alarm rules: vehicle platform limit position 85%:
therefore, when two types of equipment of which the equipment types are a suspender and a vehicle platform need to be monitored, if the operation speed of the suspender exceeds 85 percent, an alarm is triggered; if the vehicle platform runs to 85% of the front and rear positions, an alarm is triggered.
In the invention, stage mechanical equipment of the same equipment category and related information thereof are merged into the same target resource List library Goal _ List, each target resource List library Goal _ List only establishes a threshold value alarm rule, and taking speed-regulating stage mechanical equipment as an example, a ratio v exceeding a certain speed during the operation process of the equipment is defined as an alarm threshold value. Has the advantages that:
if each stage mechanical equipment generates an alarm rule, redundancy of a large number of alarm rules is caused, and the alarm rules consume the operation efficiency of monitoring facilities and the platform memory occupancy rate when the number of equipment is larger, so that the same alarm rule is created for equipment under the same 'category resource' and the same monitoring quantity (such as a speed ratio) in order to improve the alarm efficiency.
Establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
step 3, when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, operating the stage mechanical equipment resource List library All _ List, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance;
when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
step 4, each equipment ID in the target resource List library Goal _ List has an incidence relation with a monitoring interface of the PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time; the device comprises a table binding judgment module for storing device state information, a judgment module for monitoring a table for storing device real-time monitoring information in real time, a judgment module for judging whether the new device real-time monitoring information meets a threshold alarm rule or not when the new device real-time monitoring information is monitored to be written into the new device real-time monitoring information, and if the new device real-time monitoring information does not meet the threshold alarm rule, writing device state normal information into the table for storing the device state information; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
each target resource List library Goal _ List configures a library alarm module; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
step 5, when the main alarm module receives the alarm information, an alarm signal is sent out immediately; the alarm signal includes, but is not limited to, a voice alarm signal.
Step 6, when the stage equipment maintainer receives an alarm signal sent by the master alarm module, firstly, acquiring a library ID of a target resource List library Goal _ List for alarming;
then, according to the library ID of the alarm target resource List library Goal _ List, positioning to the corresponding target resource List library Goal _ List;
then, the tables for storing the device status information of the respective device IDs in the target resource List library Goal _ List are screened, the table for device status abnormality is determined, and thus the failed device ID is finally determined and repaired.
The invention also provides a stage mechanical equipment threshold value warning system, which comprises:
a stage mechanical equipment resource List library All _ List, wherein the stage mechanical equipment resource List All _ List is used for storing the equipment IDs of All the stage mechanical equipment;
a target resource List bank Goal _ List corresponding to each device class, each of the target resource List banks Goal _ List consisting of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
the cascade relation establishing module is used for establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
the system comprises an operation module, a stage mechanical equipment resource List library All _ List and a stage mechanical equipment resource management module, wherein the operation module is used for operating the stage mechanical equipment resource List library All _ List when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance; when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
the real-time acquisition module is used for associating each equipment ID in a target resource List library Goal _ List with a monitoring interface of a PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time;
the judging module is used for monitoring the table for storing the real-time monitoring information of the equipment in real time, judging whether the real-time monitoring information of the new equipment meets a threshold warning rule or not when the real-time monitoring information of the new equipment is monitored to be written into the real-time monitoring information of the new equipment, and writing the information with normal equipment state into the table for storing the state information of the equipment if the real-time monitoring information of the new equipment does not meet the threshold warning rule; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
the system comprises a library alarm module, a target resource List library Goal _ List configuration library alarm module and a library management module, wherein the library alarm module is used for configuring a library for each target resource List library Goal _ List; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
and the master alarm module immediately sends out an alarm signal when receiving the alarm information.
The stage mechanical equipment threshold value warning method and the stage mechanical equipment threshold value warning system have the following advantages:
the invention provides a stage mechanical equipment threshold value warning method and system, which can reduce the warning prompting range, improve the warning reaction efficiency, accurately and quickly position and identify fault equipment, effectively repair the fault equipment and ensure the safety of the operation of the stage mechanical equipment when a large number of stage mechanical equipment are used.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, various modifications and improvements can be made without departing from the principle of the present invention, and such modifications and improvements should also be considered within the scope of the present invention.
Claims (3)
1. A stage mechanical equipment threshold value alarming method is characterized by comprising the following steps:
step 1, creating and maintaining an updated stage mechanical equipment resource List library All _ List in real time; the stage mechanical equipment resource library List All _ List is used for storing equipment IDs of All the stage mechanical equipment;
step 2, creating and maintaining a target resource List library Goal _ List corresponding to each equipment type in real time; each target resource List library Goal _ List is composed of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
step 3, when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, operating the stage mechanical equipment resource List library All _ List, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance;
when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
step 4, each equipment ID in the target resource List library Goal _ List has an incidence relation with a monitoring interface of the PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time; the device comprises a table binding judgment module for storing device state information, a judgment module for monitoring a table for storing device real-time monitoring information in real time, a judgment module for judging whether the new device real-time monitoring information meets a threshold alarm rule or not when the new device real-time monitoring information is monitored to be written into the new device real-time monitoring information, and if the new device real-time monitoring information does not meet the threshold alarm rule, writing device state normal information into the table for storing the device state information; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
each target resource List library Goal _ List configures a library alarm module; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
step 5, when the main alarm module receives the alarm information, an alarm signal is sent out immediately;
step 6, when the stage equipment maintainer receives an alarm signal sent by the master alarm module, firstly, acquiring a library ID of a target resource List library Goal _ List for alarming;
then, according to the library ID of the alarm target resource List library Goal _ List, positioning to the corresponding target resource List library Goal _ List;
then, the tables for storing the device status information of the respective device IDs in the target resource List library Goal _ List are screened, the table for device status abnormality is determined, and thus the failed device ID is finally determined and repaired.
2. The stage mechanical equipment threshold value warning method according to claim 1, wherein the master warning module immediately sends out a warning signal when receiving the warning information, specifically: when the main alarm module receives the alarm information, a voice alarm signal is sent out immediately.
3. A stage mechanical equipment threshold alarm system, comprising:
a stage mechanical equipment resource List library All _ List, wherein the stage mechanical equipment resource List All _ List is used for storing the equipment IDs of All the stage mechanical equipment;
a target resource List bank Goal _ List corresponding to each device class, each of the target resource List banks Goal _ List consisting of a plurality of table rows; each table row includes: a table for storing an equipment ID of one stage mechanical equipment of the same equipment kind, a table for storing equipment attribute information, a table for storing equipment real-time monitoring information, and a table for storing equipment status information; in addition, each target resource List library Goal _ List is bound with a corresponding threshold alarm rule;
the cascade relation establishing module is used for establishing a cascade relation between each equipment ID in the stage mechanical equipment resource List library All _ List and the same equipment ID in a corresponding target resource List library Goal _ List through a table interface; when a certain equipment ID in the stage mechanical equipment resource List library All _ List is deleted, the table rows to which the same equipment ID belongs in the corresponding target resource List library Goal _ List are deleted at the same time;
the system comprises an operation module, a stage mechanical equipment resource List library All _ List and a stage mechanical equipment resource management module, wherein the operation module is used for operating the stage mechanical equipment resource List library All _ List when threshold alarm monitoring needs to be carried out on All stage mechanical equipment used by a certain performance, reserving equipment IDs of the stage mechanical equipment needed to be used by the performance, and deleting the equipment IDs of the stage mechanical equipment not needed to be used by the performance; when the equipment ID of the stage mechanical equipment which is not required to be used in the performance is deleted in the stage mechanical equipment resource List library All _ List, the table rows which the same equipment ID belongs to in the corresponding target resource List library Goal _ List are deleted at the same time;
the real-time acquisition module is used for associating each equipment ID in a target resource List library Goal _ List with a monitoring interface of a PLC control end; therefore, the equipment ID of each stage mechanical equipment acquires the real-time equipment monitoring information in real time through the monitoring interface of the PLC control end, and writes the acquired real-time equipment monitoring information into the table of the corresponding equipment in real time;
the judging module is used for monitoring the table for storing the real-time monitoring information of the equipment in real time, judging whether the real-time monitoring information of the new equipment meets a threshold warning rule or not when the real-time monitoring information of the new equipment is monitored to be written into the real-time monitoring information of the new equipment, and writing the information with normal equipment state into the table for storing the state information of the equipment if the real-time monitoring information of the new equipment does not meet the threshold warning rule; if yes, writing the abnormal information of the equipment state into a table for storing the equipment state information;
the system comprises a library alarm module, a target resource List library Goal _ List configuration library alarm module and a library management module, wherein the library alarm module is used for configuring a library for each target resource List library Goal _ List; the library alarm module monitors each table for storing the equipment state information in real time, judges whether the written new equipment state information is abnormal information when monitoring that the new equipment state information is written in, and does not perform any processing if the new equipment state information is not abnormal information; if so, sending alarm information to a total alarm module configured in a stage mechanical equipment resource List library All _ List, wherein the alarm information carries a library ID of a target resource List library Goal _ List;
and the master alarm module immediately sends out an alarm signal when receiving the alarm information.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6697970B1 (en) * | 2000-07-14 | 2004-02-24 | Nortel Networks Limited | Generic fault management method and system |
| CN105095048A (en) * | 2015-07-23 | 2015-11-25 | 上海新炬网络信息技术有限公司 | Processing method for alarm correlation of monitoring system based on business rules |
| CN106844165A (en) * | 2016-12-16 | 2017-06-13 | 华为技术有限公司 | Alarm method and device |
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2021
- 2021-03-19 CN CN202110296059.XA patent/CN113034864A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6697970B1 (en) * | 2000-07-14 | 2004-02-24 | Nortel Networks Limited | Generic fault management method and system |
| CN105095048A (en) * | 2015-07-23 | 2015-11-25 | 上海新炬网络信息技术有限公司 | Processing method for alarm correlation of monitoring system based on business rules |
| CN106844165A (en) * | 2016-12-16 | 2017-06-13 | 华为技术有限公司 | Alarm method and device |
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