CN116488993A - Remote equipment early warning management system and method - Google Patents
Remote equipment early warning management system and method Download PDFInfo
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/06—Management of faults, events, alarms or notifications
- H04L41/0631—Management of faults, events, alarms or notifications using root cause analysis; using analysis of correlation between notifications, alarms or events based on decision criteria, e.g. hierarchy, tree or time analysis
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
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- H04L67/12—Protocols specially adapted for proprietary or special-purpose networking environments, e.g. medical networks, sensor networks, networks in vehicles or remote metering networks
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- 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
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Abstract
The invention relates to the technical field of the Internet of things and discloses a remote equipment early warning management system which comprises an equipment management module, a rule management module and a report management module; the device management module is used for synchronizing device information of a device system and sensor information of an Internet of things platform and is also used for binding a sensor with the device; the rule management module is used for configuring equipment early warning rules according to the equipment information and the sensor information synchronized by the equipment management module, wherein the equipment early warning rules under the same equipment name are universal, and the early warning rules comprise early warning grades and parameter thresholds of the equipment configuration items and the sensors bound by the equipment; the system comprises a report management module, a report system and a report system, wherein the report management module is used for consuming equipment information synchronized by an Internet of things platform and comparing corresponding early warning rules, and sending early warning information to the report system when the equipment information triggers the early warning rules of the equipment; the corresponding method is also disclosed, and the binding of the equipment system, the Internet of things platform and the reporting system data and the automatic early warning are realized.
Description
Technical Field
The invention relates to the technical field of the Internet of things, in particular to a remote equipment early warning management system and method.
Background
The internet of things refers to that all object devices are connected with the internet through information sensing devices to exchange information so as to realize intelligent identification and management.
However, the existing internet of things platform can only receive the equipment state information acquired by the sensor, the equipment system such as the intelligent magic cube can only manage the access and the exit of the equipment and the basic data of the equipment, the independent management of the data subsystems of the two systems is not relevant, for example, the data subsystems are monitored in a configuration rule mode, the rule configuration is needed to be carried out by depending on the internet of things platform and the equipment system, the equipment system cannot be deployed and operated independently, and the limitation is excessive; secondly, because the equipment is too many, the existing one-to-one configuration mode has complex process, great difficulty and very high professional requirements on configuration staff; meanwhile, after the equipment is abnormal, a work order is required to be independently created by a report system, and personnel are arranged to perform fault treatment, so that the fault treatment is not timely; the equipment system, the Internet of things system and the event reporting system independently operate, the equipment and the sensor data are not bound, and the purposes of independent deployment of equipment monitoring rule configuration and unified management of the whole process of automatic pre-alarm event handling cannot be achieved.
Disclosure of Invention
The invention aims to provide a remote equipment early warning management system and a remote equipment early warning management method, which are used for solving the technical problems that the equipment system, an Internet of things platform and a news reporting system are not bound, and the independent deployment of equipment monitoring rule configuration and the unified management of the whole process of automatic pre-alarm event handling cannot be realized.
The basic scheme provided by the invention is as follows: the remote equipment early warning management system is characterized by comprising an equipment management module, a rule management module and a report management module; the device management module is used for synchronizing device information of a device system and sensor information of an internet of things platform, and is also used for binding a sensor with the device, and comprises the step of replacing binding equipment for the sensor; the rule management module is used for configuring equipment early warning rules according to the equipment information and the sensor information synchronized by the equipment management module, the equipment early warning rules under the same equipment name are universal, and the configured equipment early warning rules comprise early warning grades and parameter thresholds of the equipment configuration items and the sensors bound by the equipment; the report management module is used for consuming the equipment information synchronized by the internet of things platform and comparing the corresponding early warning rules, sending early warning information to the report system when the equipment information triggers the early warning rules of the equipment, and timing and synchronizing the report treatment information in the report system and displaying the report treatment information back to the early warning information.
The working principle and the advantages of the invention are as follows:
the method breaks through the mode that the traditional equipment monitoring only monitors the operation parameters of the independent equipment, and changes the mode into the mode of carrying out multi-equipment linkage monitoring in a configuration rule; the device system, the Internet of things platform and the newspaper system are bound, and the independent deployment of the device monitoring rule configuration and the unified management of the whole process of automatic pre-alarm event handling are further realized.
Specifically, the system is used for binding the equipment system and the internet of things platform, synchronously collecting the equipment information from the equipment system and the sensor information from the internet of things platform, binding the sensor and the equipment, configuring the early warning rule, realizing independent deployment by monitoring in a mode of configuring the early warning rule, enabling configuration to be more flexible and enabling the mode to be simpler; the method further can realize flexible adjustment of binding and unbinding of specific equipment and specific sensors, is convenient for customizing equipment early warning rule configuration, and can be used for quickly configuring other equipment early warning rules under the same equipment name, so that the early warning rules with universality and customization are realized. Meanwhile, the system is used for binding data of the event reporting system, so that automatic pre-alarm event handling and synchronous feedback display of information states can be realized, and the whole event reporting handling is more timely and the process monitoring is more effective.
The system binds the equipment system and the internet of things platform to realize the configuration of the early warning rule, the binding event reporting system realizes the automatic event reporting treatment, the early warning rule is utilized to trigger the event reporting to bind the equipment system, the internet of things platform and the event reporting system, the integration of the three systems is realized, the whole process closed-loop management of the real-time monitoring, the early warning automatic event reporting treatment and the event reporting treatment of the equipment according to the configuration rule is further realized, the equipment monitoring is more targeted, and the early warning treatment is more timely and efficient.
Further, the device management module is further used for configuring a device model; specifically, different device names are configured to correspond to bindable sensor types, and a plurality of device names can be bound by the same type of sensor.
The binding type is configured in advance by the device name and the sensor type, and as a plurality of specific devices exist under the same device name, the selection of the specific devices and the specific sensor binding is more convenient and clear, and the configuration of the corresponding early warning rules of the devices is quicker; the binding type is firstly carried out, then the binding of specific equipment is carried out, the configuration mode of the early warning rule is more selectable by combining a plurality of binding modes, and the early warning monitoring of the parameters of the multiple sensors is more efficient.
Further, the rule management module is further configured to configure corresponding push information for the early warning rule; the corresponding push information comprises an early warning receiver role, a receiving early warning grade, a push channel, an application project and a push template.
Through configuration early warning pushing related information, equipment monitoring can be automatically pushed to all personnel in the role range of an early warning receiver when abnormality occurs, and the responsibility person with a clear range is guaranteed to know when early warning occurs, so that the pushing mode is flexible, and fault processing is faster and more effective.
Further, the early warning information comprises early warning time, a region, a project, a group, early warning parameters, real-time parameter values, early warning parameter thresholds, early warning types, early warning grades, continuous early warning times, and the number of the reported work orders, the treatment state, the treatment time, the treatment person and the treatment result; wherein, report work order number, disposal state, disposal time, disposal person and disposal result are synchronously displayed back from the report system.
The early warning information comprises early warning basic information and newspaper disposal information, is comprehensive, can realize the effective monitoring of the whole process of pre-warning and disposal, and realizes the closed-loop management of the whole process of equipment monitoring, early warning triggering and newspaper disposal.
Further, the early warning time, the area, the project, the group, the early warning parameter, the real-time parameter value, the early warning parameter threshold value are extracted from the early warning information, the early warning type, the early warning grade and the continuous early warning times form an early warning message, the role of an early warning receiver is sent to receive a bill, and the disposal person is determined.
The main early warning content is extracted from the early warning information, so that the content of the early warning information is more simplified, a receiver can conveniently and quickly and clearly warn the fault content, and the fault processing is accelerated; meanwhile, a plurality of persons in the early warning sending roles are sent, the early warning informing range is improved, unmanned processing of the early warning is avoided, and responsible persons are clearly processed in a bill receiving mode.
The invention is based on a remote equipment early warning management system, and also provides a remote equipment early warning method which is used for solving the technical problems that the equipment system, the internet of things platform and the reporting system are not bound, and the independent deployment of equipment monitoring rule configuration and the unified management of the whole process of automatic pre-alarm event handling cannot be realized.
The method comprises the following steps:
s1: synchronizing equipment information of the equipment system and sensor information of the internet of things platform, and binding equipment and the sensors, wherein the equipment information comprises binding equipment for adding, deleting and replacing the sensors;
s2: according to the synchronous equipment information and sensor information, configuring corresponding early warning rules aiming at different equipment, wherein the early warning rules comprise configuring various early warning grades of different items, different equipment and different types of sensors and parameter thresholds thereof;
s3: the method comprises the steps of consuming equipment information synchronized by an Internet of things platform and comparing corresponding early warning rules, and sending early warning information to a report system when the equipment information triggers the early warning rules of the equipment, wherein the early warning information comprises early warning time, areas, projects, groups, early warning parameters, early warning parameter values, early warning parameter thresholds, early warning types, early warning grades, continuous early warning times, and report work order numbers, treatment states, treatment time, treatment persons and treatment results; wherein, report work order number, disposal state, disposal time, disposal person and disposal result are synchronously displayed back from the report system.
The equipment system, the Internet of things platform and the newspaper system are integrated, data binding is achieved, the whole process management of equipment configuration rule monitoring, early warning triggering and newspaper disposal is achieved, the monitoring is more targeted, and the fault disposal is more timely and effective.
Further, in S1, before binding the device and the sensor, device model configuration is performed, specifically, different device names are configured to correspond to the bindable sensor types, and the sensor of the same type can bind a plurality of device names.
Further, in S2, corresponding push information is configured for the early warning rule, where the push information includes an early warning receiver role, a receiving early warning level, a push channel, an application item, and a push template.
Further, in S3, the method further includes extracting an early warning time, an area, a project, a group, an early warning parameter value, an early warning parameter threshold from the early warning information, and forming an early warning message by an early warning type, an early warning level and continuous early warning times to send an early warning message to an early warning receiver role to receive a bill, so as to determine a disposal person.
Further, the continuous pre-warning times in S3, specifically, if the device has pre-warning and the pre-warning is in an untreated state all the time, and the pre-warning level is not increased, and the pre-warning type is not changed, the pre-warning record and the pre-warning are not repeatedly generated, and only the continuous pre-warning times are increased; if the early warning level is increased or the early warning type is changed, new early warning information is immediately generated again; if the pre-warning is already disposed, new pre-warning information is also used again.
And binding the multiple early warning information through continuous early warning times, and carrying out early warning and recording in various modes according to whether the treatment is carried out or not and whether the type of the early warning grade is changed into a judging standard, so that the early warning information has a more reference value, and the information redundancy caused by repeated continuous warning is avoided.
The binding equipment system and the internet of things platform realize the configuration of the early warning rule, the binding event reporting system realizes the automatic event reporting disposal, the early warning rule is utilized to trigger the event reporting to bind the equipment system, the internet of things platform and the event reporting system, the integration of the three systems is realized, the whole process closed-loop management of the equipment according to the configuration rule monitoring, the early warning triggering and the event reporting disposal is further realized, the equipment monitoring is more targeted, the event reporting disposal is more timely and the process monitoring is more effective.
Drawings
FIG. 1 is a schematic diagram of a remote device early warning management system according to an embodiment of the present invention;
fig. 2 is a flowchart of a remote device early warning management method according to an embodiment of the present invention.
Detailed Description
The key of the scheme is to provide a remote equipment early warning management system and a remote equipment early warning management method, and the remote equipment can be monitored in real time and automatically early warned according to a configuration rule mode by using the system and the method, so that equipment managers can timely sense equipment abnormality, and the purpose of better and more rapidly processing equipment abnormality problems can be achieved.
For the purpose of making the objects, technical solutions and advantages of the embodiments of the present solution more clear, the technical solutions of the embodiments of the present solution will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present solution, and it is apparent that the described embodiments are some embodiments of the present solution, but not all embodiments. All other embodiments, based on the embodiments in this solution, which a person of ordinary skill in the art would obtain without inventive faculty, are within the scope of protection of this solution.
The following is a further detailed description of the embodiments:
example 1
Referring to fig. 1, fig. 1 is a schematic structural diagram of a remote device early warning management system according to an embodiment of the present invention, where the system includes: the device management module, the rule management module and the report management module;
and the equipment management module: and the sensor information is used for synchronizing the equipment information of the equipment system and the sensor information of the platform of the Internet of things.
After the installation of the device is completed, the device information of the device is input into the device system, and in the embodiment, the device system is an intelligent magic cube;
the equipment information synchronized by the equipment management module of the system comprises equipment names, equipment numbers, belonging systems, equipment models, using addresses, using states, equipment type names, equipment manufacturer names, equipment states and belonging projects; the device information synchronization mode is to synchronize the device information of the latest device accessed to the device system at regular time, and the time of year, month, day, time of day, minute, second can be set according to specific conditions, such as morning, 3 days, 1 day each month, etc., or immediately synchronize after detecting that the device system is accessed to the new device.
The synchronous sensor information of the system equipment management module comprises a sensor name, an online state, a gateway state, a manufacturer code, a manufacturer name, an equipment type, an operation state, an identifier, an activation state, an item and a product name; the sensor information supports a manual synchronization sensor, the latest sensor information can be synchronized immediately after the synchronization sensor is clicked, the system defaults to automatically synchronize data at zero points every day in a synchronization mode, the synchronization mode can be switched according to actual needs, for example, manual synchronization can be performed when the system is built or sensor equipment is newly added in batches, and the sensor is replaced by automatic synchronization after being connected into an early warning system.
And the equipment management module: but also for sensor management.
It should be noted that, the sensor management includes data checking of all accessed sensors of the system, including sensor states, sensor binding gateways and gateway states, and sensor parameters. Specifically, the method supports to check the offline state and the normal abnormal state of the operation of the sensor, for example, when the equipment has operation parameter early warning, the operation state of the equipment is displayed as abnormal.
Support the visual display system and all sensor lists that have been accessed, the switchable area, project, group are screened and looked over, for example, the area: chongqing regional company, project: chongqing Jin Kecheng, group: jin Ke Jiuqu river.
The method supports multiple selections of the sensors, the selected sensors can be deleted in batches, the sensors after deletion are not displayed in the list, the deletion does not represent that the really deleted sensors stop data transmission, only the deletion of the current data checking interference information is performed, and the deleted sensors are redisplayed after the sensors are synchronized. The method comprises the steps of supporting checking sensor parameters, displaying sensor information and corresponding parameters after clicking check data, wherein the parameters corresponding to each sensor are different, for example, the sensor of a pressure gauge can check parameters including temperature, pressure, signal intensity and battery voltage; the temperature and humidity sensor can check parameters including temperature and humidity; the water logging sensor may view parameters including water level, data parameters supporting chart viewing (graph) and form viewing.
And the equipment management module: the device management module is also used for binding the sensor with the device, and comprises devices for adding, deleting and replacing the binding of the sensor.
It should be noted that, the device management module supports binding between the sensor and the device, after selecting the sensor, clicking the binding device, and checking all the devices bound by the selected sensor, and deleting and replacing the bound device, where one sensor supports binding multiple devices; when the sensor information is checked, the device name and the device number of the sensor binding are synchronously displayed, and because the same device name can exist a plurality of specific devices, a certain device of the specific binding can be displayed by using the device number.
And the equipment management module: the method is also used for equipment model configuration; specifically, different device names are configured to correspond to bindable sensor types, and a plurality of device names can be bound by the same type of sensor.
It should be noted that, the device model management supports configuration of sensor types which correspond to different device names and can be bound, for example, the sensor types are voltage sensors, and can be bound to transformer devices or low-voltage power distribution rooms; the same device can also bind a plurality of sensors, such as pressure gauge devices, pressure sensors and temperature sensors; by setting the binding type and binding the specific equipment and the sensor and combining a plurality of binding modes, the monitoring is more targeted.
Specifically, when the system is running, the sensor is selected to bind equipment, the equipment model of the selected sensor is displayed, namely the equipment name to be bound is selected or input to search the equipment name to be bound, all equipment lists of the equipment name in the display area, the item and the group are screened and specific equipment is selected to bind, and one sensor supports to bind to a plurality of equipment.
In addition, if a new equipment model is needed, equipment names are obtained from an equipment name hierarchical table of the intelligent magic cube of the equipment system, and a plurality of sensor types can be bound for the selected equipment names after selection, wherein the sensor types are obtained from an internet of things platform. After the equipment model is configured, when equipment early warning rules are configured, early warning parameter thresholds (the data need to be initialized) can be configured for the sensors to which the equipment is bound.
Rule management module: the device management module is used for synchronizing device information and sensor information according to the device management module, and configuring corresponding early warning rules aiming at different devices, wherein the early warning rules comprise configuring various early warning grades of different items, different devices and different types of sensors and parameter thresholds thereof;
it should be noted that, selecting a device to perform corresponding pre-warning rule configuration, specifically, after selecting the device, the system automatically displays a sensor bound to the selected device, acquires a parameter format defined in the sensor object model from the internet of things platform, determines that the device threshold is a range value, a determination value or a determination value, and configures a general pre-warning threshold and a serious pre-warning threshold according to the device threshold; the pre-warning rule configuration also comprises an off-line pre-warning configuration, such as off-line pre-warning of sensor state display.
For example, rule name: jin Kecheng early warning configuration, application project: jin Kecheng, offline alert rules: general alarms are given for more than 5 minutes, and serious alarms are given for more than 60 minutes; operating parameter alarm configuration: fire pool equipment, water level parameters, alarm exceeding 1 meter.
The configured early warning rules are selected in the system, all the configured early warning rules and the applied areas, projects and groups thereof can be displayed, one early warning rule is supported to be applied to a plurality of areas, projects and groups, and the rule configuration has universality and customization by multi-scene application; and the early warning rules are supported to be screened, checked, added, edited, deleted and imported and exported in batches according to the areas, the projects and the groups, so that the configuration management of the early warning rules is optimized, and the configuration efficiency is improved.
Rule management module: the method is also used for configuring corresponding pushing information for the early warning rule; the corresponding push information comprises an early warning receiver role, a receiving early warning grade, a push channel, an application project and a push template.
In this embodiment, manual selection configuration is performed. Specifically, after the configuration roles are selected, a list of the receiver roles is displayed, wherein the roles comprise engineering authorities, maintenance authorities and maintenance personnel, one or more roles are selected for configuration, all the early warning order receiving personnel corresponding to the selected roles are displayed after each role is selected, and the specific personnel are synchronized from a reporting system, and the system only configures the early warning receiver roles; configuring an early warning level and a pushing channel received by each receiver role, wherein the early warning level comprises general and serious, the pushing channel comprises a large manager, and the early warning level and the pushing channel support single-selection multi-selection and full-selection; the application item can be configured, and the application item can be arbitrarily selected for configuration, so that single-selection multi-selection and full-selection are supported; configuring early warning push templates, wherein push message templates with different early warning grades, different early warning types and different push channels are different, initializing and configuring a push message template system, wherein the default template systems have the same message content, and specific serial numbers are used for generating a serial number (runStatus) by a serial number (code) of a serial number (useAddress) and carrying out later use; the system supports and displays the pre-warning rules of the configured pushing mode, and can be screened and checked according to the areas, the projects and the groups.
The report management module: and the device information is used for synchronizing the consumer internet of things platform, comparing corresponding early warning rules, sending early warning information to the event reporting system when the equipment information triggers the early warning rules of the equipment, and timing and synchronizing event handling information in the event reporting system and displaying back to the early warning information.
When the equipment runs, the internet of things platform receives equipment information sent by the sensor and synchronously sends MQ information to the early warning system, the early warning system consumes the MQ information, verifies whether the early warning rule is triggered according to information data, if the early warning rule is triggered, sends early warning information to the early warning system, specific personnel in the role of an early warning receiver can receive early warning and receive a bill, automatically generates a report work order after the bill is received successfully, the bill receiving personnel is a disposal person, carries out field processing according to the report work order, the early warning system synchronously displays the report work disposal information in the report work system at regular time, the disposal time is the time of updating the report work order after the disposal person arrives at the field, the disposal state comprises processed and unprocessed treatment results are fault disposal schemes or fault description contents given by the disposal person, and after the early warning disposal is finished, complete early warning information is formed and recorded and saved.
The noun interpretation, MQ (Message Queue) message queue, is a data structure that is "first in first out" in the underlying data structure. Refers to placing data (messages) to be transmitted in a queue, messaging is accomplished with a queuing mechanism-a producer generates and places a message in a queue and then is processed by a consumer. The consumer can pull the message to the appointed queue or subscribe to the corresponding queue, and push the message to the MQ server.
Specifically, the early warning information comprises early warning time, a region, a project, a group, early warning parameters, early warning parameter values, early warning parameter thresholds, early warning types, early warning grades, continuous early warning times, and the number of the reported work orders, the treatment state, the treatment time, the treatment person and the treatment result, wherein the early warning types comprise operation parameter early warning and off-line early warning. And extracting early warning time, an area, a project, a group, early warning parameters, early warning parameter values and early warning parameter thresholds from the early warning information, and forming early warning message sending and early warning receiver roles for receiving orders by the early warning type, the early warning grade and the continuous early warning times to determine the disposal person.
For example, the device message triggers the early warning to form an early warning information sending and reporting system, and the early warning information is: 2023, 1/3/03:28, chongqing district, chongqing Jin Kecheng, jin Ke Jiuqu river, operating parameter early warning, general, 1, none;
extracting early warning information from the early warning information, and sending the early warning information to all people in the role range of the early warning receiver, wherein the early warning information is as follows: the 3 roof pressure gauges with the serial numbers CQQY-CQJKC-55Q-0866 and positioned on roof test bolts of 3 roofs-1 generate general operation parameter warnings, the current pressure value is 0.078176856, the warning threshold value is 0.1, and the device warning is processed by requesting to go to the site as soon as possible;
after all personnel in the role range of the early warning receiver receive the early warning, the early warning receiver receives the early warning, and after the early warning receiver receives the early warning, the early warning information is synchronously displayed back as follows: 2023, 1/3/03/28, chongqing district, chongqing Jin Kecheng, jin Ke Jiuqu river, operation parameter early warning, general, 1, CQY-CQJKC-55Q-0866, accepted order, none, zhang three, none;
in the early warning treatment of the treatment person on site, the treatment information is synchronously displayed back, and the early warning information is as follows: 2023, 1/3/03/28, chongqing district, chongqing Jin Kecheng, jin Ke, jiuqu river, operation parameter early warning, general, 1, CQY-CQJKC-55Q-0866, in-treatment, 2023, 1/4/08/00, zhang three, none;
after the early warning treatment is finished, the synchronous feedback complete early warning information is 03:28 on 1 month and 3 days of 2023, chongqing regional companies, chongqing Jin Kecheng, jin Ke Jiuqu river, operation parameter early warning, general, 1, CQY-CQJKC-55Q-0866, 08:00 on 1 month and 4 days of 2023, zhang San, failure specifically cannot receive upstream data, and after synchronization, the normal state is recovered; and recording and storing the complete early warning information.
The report management module: the method is also used for recording and viewing early warning information.
After the message triggers the early warning rule, the system records and supports display, screening and checking for each piece of early warning information; and selecting screening conditions, for example, aiming at different areas, projects and groups, deriving all the screened early warning records and the corresponding screening conditions, wherein the derived form file fields are the same as the list fields.
Example two
As shown in fig. 2, a method for early warning management of a remote device provided in this embodiment is introduced, and the method described below and the system for early warning management of a remote device described above may be referred to correspondingly.
S1: synchronizing equipment information of the equipment system and sensor information of the internet of things platform, and binding equipment and the sensors, wherein the equipment information comprises binding equipment for adding, deleting and replacing the sensors;
s2: according to the synchronous equipment information and sensor information, configuring corresponding early warning rules aiming at different equipment, wherein the early warning rules comprise configuring various early warning grades of different items, different equipment and different types of sensors and parameter thresholds thereof;
s3: the method comprises the steps of consuming equipment information synchronized by an Internet of things platform and comparing corresponding early warning rules, and sending early warning information to a report system when the equipment information triggers the early warning rules of the equipment, wherein the early warning information comprises early warning time, areas, projects, groups, early warning parameters, early warning parameter values, early warning parameter thresholds, early warning types, early warning grades, continuous early warning times, and report work order numbers, treatment states, treatment time, treatment persons and treatment results; wherein, report work order number, disposal state, disposal time, disposal person and disposal result are synchronously displayed back from the report system.
In S1, before binding equipment and a sensor, equipment model configuration is carried out, specifically, different equipment names are configured to correspond to bindable sensor types, and a plurality of equipment names can be bound by the same type of sensor.
And S2, configuring corresponding push information for the early warning rule, wherein the push information comprises an early warning receiver role, a receiving early warning grade, a push channel, an application project and a push template.
And S3, extracting early warning time, areas, items, groups, early warning parameters, early warning parameter values, early warning parameter thresholds, early warning types, early warning grades and continuous early warning times from the early warning information, forming early warning message sending early warning receiver roles to receive orders, and determining disposal people.
S3, the continuous early warning times are not repeatedly generated if the equipment has early warning and the early warning is in an untreated state all the time, the early warning level is not increased, the early warning type is not changed, and the continuous early warning times are only increased; if the early warning level is increased or the early warning type is changed, new early warning information is immediately generated again; if the pre-warning is already disposed, new pre-warning information is also used again.
The repeated early warning information is bound through the continuous early warning times, and early warning and recording are carried out in various modes according to whether the treatment is carried out or not and whether the type of the early warning grade is changed into the judgment standard, so that the early warning is more effective, and the influence of repeated continuous warning on the work of a treatment person is avoided.
The device system and the internet of things platform are bound to realize the configuration of the early warning rule, the automatic event reporting treatment is realized by the binding event reporting system, the device system, the internet of things platform and the event reporting system are bound by utilizing the early warning rule, the integration of the three systems is realized, the closed-loop management of the whole process of the device according to the configuration rule monitoring, the early warning triggering and the event reporting treatment is further realized, the device monitoring is more targeted, the event reporting treatment process monitoring is more effective, whether the early warning is triggered or not can be timely verified by each data sent by the device, the event reporting is automatically generated by the system, the device manager can timely sense the abnormality of the device, and the problem of the abnormality of the device is better and more rapidly treated.
The foregoing is merely an embodiment of the present invention, and a specific structure and characteristics of common knowledge in the art, which are well known in the scheme, are not described herein, so that a person of ordinary skill in the art knows all the prior art in the application day or before the priority date, can know all the prior art in the field, and has the capability of applying the conventional experimental means before the priority date, and a person of ordinary skill in the art can complete and implement the present embodiment in combination with his own capability in the light of the present application, and some typical known structures or known methods should not be an obstacle for a person of ordinary skill in the art to implement the present application. It should be noted that modifications and improvements can be made by those skilled in the art without departing from the structure of the present invention, and these should also be considered as the scope of the present invention, which does not affect the effect of the implementation of the present invention and the utility of the patent.
Claims (10)
1. The remote equipment early warning management system is characterized by comprising an equipment management module, a rule management module and a report management module; the device management module is used for synchronizing device information of a device system and sensor information of an internet of things platform, and is also used for binding a sensor with the device, and comprises the step of replacing binding equipment for the sensor; the rule management module is used for configuring equipment early warning rules according to the equipment information and the sensor information synchronized by the equipment management module, the equipment early warning rules under the same equipment name are universal, and the configured equipment early warning rules comprise early warning grades and parameter thresholds of the equipment configuration items and the sensors bound by the equipment; the report management module is used for consuming the equipment information synchronized by the internet of things platform and comparing the corresponding early warning rules, sending early warning information to the report system when the equipment information triggers the early warning rules of the equipment, and timing and synchronizing the report treatment information in the report system and displaying the report treatment information back to the early warning information.
2. The remote equipment pre-warning management system according to claim 1, wherein the equipment management module is further configured to configure an equipment model; the device model configuration is to configure the bindable sensor types under the device names, wherein the bindable sensor types of different device names are different, and the same type of sensor can be bound to a plurality of device names.
3. The remote equipment early warning management system according to claim 1, wherein the rule management module is further configured to configure corresponding push information for an early warning rule; the push information comprises an early warning receiver role, a receiving early warning grade, a push channel, an application project and a push template.
4. A remote equipment pre-warning management system according to claim 3, wherein the pre-warning information comprises pre-warning time, area, item, group, pre-warning parameter, real-time parameter value, pre-warning parameter threshold, pre-warning type, pre-warning level, number of continuous pre-warning, number of reported work order, treatment status, treatment time, treatment person, treatment result; wherein, report work order number, disposal state, disposal time, disposal person and disposal result are synchronously displayed back from the report system.
5. The remote equipment early warning management system according to claim 4, wherein the early warning time, the area, the project, the group, the early warning parameter, the real-time parameter value, the early warning parameter threshold value, the early warning type, the early warning level and the continuous early warning times are extracted from the early warning information to form an early warning message sending and early warning receiving person role to receive orders, and the disposal person is determined.
6. A remote device early warning management method, characterized in that a remote device early warning management system according to claims 1-5 is used, the method comprising the steps of:
s1: synchronizing equipment information of the equipment system and sensor information of the internet of things platform, and binding equipment and the sensors, wherein the equipment information comprises binding equipment for adding, deleting and replacing the sensors;
s2: according to the synchronous equipment information and sensor information, configuring corresponding early warning rules aiming at different equipment, wherein the early warning rules comprise configuring various early warning grades of different items, different equipment and different types of sensors and parameter thresholds thereof;
s3: the method comprises the steps of consuming equipment information synchronized by an Internet of things platform and comparing corresponding early warning rules, and sending early warning information to a report system when the equipment information triggers the early warning rules of the equipment, wherein the early warning information comprises early warning time, areas, projects, groups, early warning parameters, real-time parameter values, early warning parameter thresholds, early warning types, early warning grades, continuous early warning times, report work order numbers, treatment states, treatment time, treatment people and treatment results; wherein, report work order number, disposal state, disposal time, disposal person and disposal result are synchronously displayed back from the report system.
7. The method for remote device early warning management according to claim 6, wherein in S1, before the device and the sensor are bound, device model configuration is performed, and the bindable sensor types are configured under the device names, wherein the bindable sensor types of different device names are different, and the same type of sensor can be bound to multiple device names.
8. The method for managing remote equipment early warning according to claim 6, wherein in S2, corresponding push information is further configured for the early warning rule, and specifically, the push information includes an early warning receiver role, a receiving early warning level, a push channel, an application item, and a push template.
9. The method for managing remote equipment early warning according to claim 6, wherein the number of continuous early warning in S3 is specifically that if the equipment has early warning and the early warning is in an untreated state all the time, and the early warning level is not increased, and the early warning type is not changed, the early warning record and report are not repeatedly generated, and only the number of continuous early warning is increased; if the early warning level is increased or the early warning type is changed, new early warning information is immediately generated again; if the pre-warning is already disposed, new pre-warning information is also used again.
10. The method for remote equipment early warning management according to claim 6, wherein in S3, the method further comprises extracting early warning time, area, item, group, early warning parameter, real-time parameter value, early warning parameter threshold value from the early warning information, and forming early warning message to send early warning receiver roles for receiving orders for continuous early warning type, early warning level and continuous early warning times, so as to determine the treatment person.
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| CN202310459356.0A CN116488993A (en) | 2023-04-25 | 2023-04-25 | Remote equipment early warning management system and method |
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| CN202310459356.0A CN116488993A (en) | 2023-04-25 | 2023-04-25 | Remote equipment early warning management system and method |
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