CN115348294A - Internet of things service cloud platform and management method - Google Patents
Internet of things service cloud platform and management method Download PDFInfo
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- CN115348294A CN115348294A CN202211014580.0A CN202211014580A CN115348294A CN 115348294 A CN115348294 A CN 115348294A CN 202211014580 A CN202211014580 A CN 202211014580A CN 115348294 A CN115348294 A CN 115348294A
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Abstract
The invention relates to an Internet of things service cloud platform and a management method, the Internet of things service cloud platform comprises an Internet of things service cloud platform and an Internet of things gateway module, the Internet of things service cloud platform comprises a cloud server, the Internet of things gateway module, an operation and maintenance service platform and a browser, the Internet of things gateway module is provided with one or more Internet of things gateways, the Internet of things gateway acquires real-time data of a field equipment system and an environment monitoring system of each station and transmits the data to the Internet of things service cloud platform, comprehensive centralized monitoring and operation and maintenance management are realized, and the Internet of things service cloud platform is applied to small-sized field monitoring scenes of energy industries such as power systems, industrial monitoring, traffic management, meteorological hydrology, sewage treatment, environment monitoring, financial securities, medical education, coal mine oil and the like.
Description
Technical Field
The invention relates to the technical field of Internet of things, in particular to an Internet of things service cloud platform and a management method.
Background
With the wide application of the internet of things, an internet of things service platform system is huge, an internet of things management method is correspondingly complex, and the internet of things management method is difficult to monitor with a field device management environment system, and is particularly difficult to monitor field devices including distributed sites. The device operation monitoring in each area needs to be checked at any place for 24 hours through a mobile client such as an Internet gateway or a mobile phone. And a special operation and maintenance service platform is not provided for equipment maintenance, so that the functional requirements of the service cloud platform of the Internet of things can not be met.
The existing internet of things service platform cannot be well applied to small-sized field monitoring scenes of energy industries such as power systems, industrial monitoring, traffic management, meteorological hydrology, sewage treatment, environment monitoring, financial securities, medical education, coal mine oil and the like due to the difference of the structure and the internet of things gateway, a management method cannot be well, conveniently and quickly used for realizing the unification of equipment such as power distribution equipment, air conditioner fresh air equipment, machine room safety precaution and the like in stations or machine rooms on display interfaces mainly based on electronic maps and 3D display, and equipment and systems such as UPS, storage batteries, air conditioners, humiture, fire protection, power distribution cabinets, fresh air exhaust, water leakage, video monitoring, access controls, generator sets and the like cannot be uniformly incorporated into the internet of things service cloud platform, cannot be monitored in a centralized mode, cannot be browsed at any time in a moving mode, and cannot be managed timely in an unreasonable mode.
Therefore, there is a need for developing an internet of things service cloud platform and a management method.
Disclosure of Invention
The invention aims to solve the technical problem of providing an internet of things gateway of an internet of things service platform and a management method, which are applied to small-sized field monitoring scenes and realize unified monitoring, operation and maintenance service of sites, power distribution equipment and an environment monitoring system.
In order to solve the technical problems, the invention provides an internet of things service cloud platform and a management method, the internet of things service cloud platform comprises an internet of things service cloud platform and an internet of things gateway module, the internet of things service cloud platform comprises a cloud server, the internet of things gateway module, an operation and maintenance service platform and a browser, the internet of things gateway module is provided with one or more internet of things gateways, the internet of things gateway acquires real-time data of a field equipment system and an environment monitoring system of each station and sends the data to the internet of things service cloud platform, the data acquisition, storage, analysis and display are realized through the cloud server and are monitored through the browser, the mobile maintenance end browses the data to receive an alarm, the operation and maintenance are carried out through the operation and maintenance service platform, and the internet of things gateway module supports wired and wireless transmission.
Further, the power equipment of the field equipment system comprises a UPS system, a diesel generator set and a high-low voltage power distribution system.
The UPS system comprises an input/output power distribution cabinet, a UPS rectifier, an inverter, a battery, a bypass and a load, and is characterized in that the real-time data of the UPS system comprises the running states and parameters of the input/output power distribution cabinet, the UPS rectifier, the inverter, the battery, the bypass and the load, and the monitoring of the switching states and the three-phase voltages, the three-phase currents, the three-phase electric energy, the power factors, the active power and the electric energy parameters of the incoming and outgoing lines of the input/output power distribution cabinet.
The environment monitoring system comprises a precision air conditioner, a smoke intensity collector, a temperature collector, a fresh air system and a video monitor, and is accessed into the system through an RS485 serial port.
The further scheme is that the precision cheating comprises monitoring of running states and parameters of a precision air conditioner compressor, a fan, a water pump, a heater, a humidifier, a dehumidifier, a filter screen and return air temperature and humidity, and controlling of a remote on-off machine of the precision air conditioner.
The browser is provided with a mobile browsing station, and a mobile phone App mode is selected and matched to realize mobile management and operation and maintenance of the equipment.
The further scheme is that the gateway of the Internet of things is provided with a plurality of intelligent serial ports (4-way DI and 2-way DO), and the data input interface comprises 4-way RS232 and/or RS485 serial ports.
Further, the management method of the internet of things service cloud platform comprises the following steps:
(1) Field device system and environmental monitoring system monitoring
The real-time monitoring data of the field device system and the environment monitoring system are presented in a tree structure, so that the browsing and control of the power equipment and the environment information of the machine room are realized, the presentation of key operation parameters and states is visually provided, and all the parameters and states of the equipment operation can be clicked and checked;
(2) Browser management
The browser performs overview, routing inspection and real-time monitoring on data brought into the monitoring system through an authorized 3G/4G mobile terminal user (IOS and Android system), and performs mobile browsing through a WeChat public number through Web browsing of a computer PC (personal computer) end or a mobile phone APP of the mobile browser;
(3) Monitoring system homepage
The monitoring system homepage of the browser adopts a humanized layout interface, and the homepage needs to provide: panoramic maps, machine room 3D visualization, key information visualization, classified query, data drilling, and automatic and manual quick switching visualization functions of the machine room;
(4) Alarm management
The field devices for providing the alarm by the alarm management are divided into four levels of alarms, specific alarm devices and alarm contents can be positioned layer by layer, and the alarm cause can be further analyzed through a device detail module;
(5) Report management
The system for managing the report forms provides common report forms and user-defined report forms, provides shortcut for providing the functions of picture storage and Excel export of the common report forms for clients, and is convenient for the users to edit by themselves;
the common management report forms comprise: a historical alarm inquiry report, a historical alarm statistical report and a historical signal trend analysis report;
the historical alarm query report form is as follows: providing historical alarms for a user within a period of time, and carrying out screening query according to the machine room, equipment and alarm levels;
the historical alarm statistical report form is as follows: the method provides a statistical report form with the unit of month and year for a user, has the functions of daily statistics, alarm level statistics and equipment type chart statistics, and provides a quick storage function for the chart;
the historical signal trend report is as follows: the statistical comparison of a plurality of signals is provided for a user, the signals can be compared with signals of different devices and different types, so that the user can provide better reference and comparison for the correlation between the devices, a comparison curve of signals across the devices is supported, and the user can conveniently perform custom analysis;
(6) Auxiliary cloud function
The auxiliary cloud function comprises a maintenance cloud, the internet of things service cloud platform further provides an operation and maintenance service cloud platform, a full-flow tool is provided for an equipment maintenance unit, a maintenance party can conveniently know the faults of the field equipment in time and process the faults in time, the whole process of processing reports and photos is electronized, the processing flow is completely transparent to users, and the users can conveniently and timely control the operation condition of the field equipment.
Compared with the prior art, the invention has the beneficial effects that: the Internet of things service cloud platform adopts the cloud server, the Internet of things gateway module, the operation and maintenance service platform and the browser, the Internet of things gateway module is provided with one or more Internet of things gateways, the Internet of things gateways acquire real-time data of field equipment systems and environment monitoring systems of all stations and send the data to the Internet of things service cloud platform, comprehensive centralized monitoring and operation and maintenance management are realized, and the Internet of things service cloud platform has the following advantages:
1. the service cloud platform of the Internet of things can realize that field equipment systems such as power distribution equipment, air conditioner fresh air equipment and machine room safety precaution in a station or a machine room are unified on a display interface mainly based on an electronic map and 3D display;
2. equipment such as a UPS, a storage battery, an air conditioner, temperature and humidity, fire protection, a power distribution cabinet, fresh air exhaust, water leakage, video monitoring, entrance guard, a generator set and the like and an environment monitoring system are uniformly incorporated into the Internet of things service cloud platform, so that comprehensive centralized monitoring and operation and maintenance management are realized;
3. the Internet of things gateway supports wired and wireless transmission, supports 3G/4G access of full network communication (mobile, telecommunication and Unicom), and has the advantages of wide network coverage, flexible and quick networking and low operation cost;
4. the cloud platform management method adopts a humanized interface design, the operation of managers is easy to maintain, and the cloud platform comprises functional modules: management methods such as system homepage, equipment monitoring, alarm management, report management, system configuration and help;
the invention is applied to small-sized field monitoring scenes of energy industries such as power systems, industrial monitoring, traffic management, meteorological hydrology, sewage treatment, environment monitoring, financial securities, medical education, coal mine petroleum and the like.
Drawings
Fig. 1 is a schematic diagram of a working principle of an internet of things service platform according to an embodiment of the present invention;
fig. 2 is a schematic diagram of technical parameters of an internet of things gateway according to an embodiment of the present invention;
fig. 3 is a schematic diagram of a management method of an internet of things service platform according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more 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 do not delimit the invention.
As shown in fig. 1 to 3, in an embodiment of the present invention, an internet of things service cloud platform and a management method include an internet of things service cloud platform and an internet of things gateway module, where the internet of things service cloud platform includes a cloud server, the internet of things gateway module, an operation and maintenance service platform and a browser, the internet of things gateway module is provided with one or more internet of things gateways, the internet of things gateway acquires real-time data of a field device system and an environment monitoring system of each site, and sends the data to the internet of things service cloud platform, and the cloud server is used to realize data acquisition, storage, analysis and display, and monitor through the browser, the mobile maintenance end browses the data to receive an alarm, and the operation and maintenance service platform is used to perform operation and maintenance, and the internet of things gateway module supports wired and wireless transmission.
Further, the power equipment of the field equipment system comprises a UPS system, a diesel generator set and a high-low voltage power distribution system.
Furthermore, the real-time data of the UPS system comprises the running states and parameters of the input and output power distribution cabinet, the UPS rectifier, the inverter, the battery, the bypass and the load, the switching states of the branches of the input and output power cabinet and the incoming and outgoing lines and the monitoring of three-phase voltage, three-phase current, three-phase electric energy, power factors, active power and electric energy parameters.
Furthermore, the environment monitoring system comprises a precision air conditioner smoke intensity collector, a temperature collector, a fresh air system and a video monitor, and is connected into the system through an RS485 serial port.
Furthermore, the precision cheating comprises monitoring of running states and parameters of a precision air conditioner compressor, a fan, a water pump, a heater, a humidifier, a dehumidifier, a filter screen and return air temperature and humidity, and remote on-off control of the precision air conditioner.
Furthermore, the browser is provided with a mobile browsing station, and a mobile phone App mode is selected, so that mobile management and operation and maintenance of the equipment are realized.
Furthermore, the gateway of the internet of things is provided with a plurality of intelligent serial ports (4-way DI and 2-way DO), and the data input interface comprises 4-way RS232 and/or RS485 serial ports.
Further, the management method of the internet of things service cloud platform comprises the following steps:
(1) In-situ device system and environmental monitoring system monitoring
The real-time monitoring data of the field equipment system and the environmental monitoring system are presented in a tree structure, so that the browsing and control of the power equipment of the machine room and the environmental information are realized, the presentation of key operation parameters and states is visually provided, and all the parameters and states of the operation of the equipment can be clicked and checked;
(2) Browser management
The browser performs overview, routing inspection and real-time monitoring on data brought into the monitoring system through an authorized 3G/4G mobile terminal user (IOS and Android system), and performs mobile browsing through a WeChat public number through Web browsing of a computer PC end or a mobile phone APP of the mobile browser;
(3) Monitoring system homepage
The monitoring system homepage of the browser should adopt a humanized layout interface, and the homepage needs to provide: panoramic maps, machine room 3D visualization, key information visualization, classified query, data drilling, automatic and manual quick switching visualization functions of the machine room;
(4) Alarm management
The field devices for providing the alarm by the alarm management are divided into four levels of alarms, specific alarm devices and alarm contents can be positioned layer by layer, and the alarm cause can be further analyzed through a device detail module;
(5) Report management
The system for managing the report provides a common report and a user-defined report, and provides shortcut for providing the picture storage and Excel export functions of the common report for a client, so that the user can edit the common report conveniently;
the common management report forms comprise: a historical alarm inquiry report, a historical alarm statistical report and a historical signal trend analysis report;
and (3) historical alarm query report: providing historical alarms for a user within a period of time, and carrying out screening query according to machine rooms, equipment and alarm levels;
a historical alarm statistical report form: the method provides a statistical report form with the unit of month and year for a user, has the functions of daily statistics, alarm level statistics and equipment type chart statistics, and provides a quick storage function for the chart;
historical signal trend report: the statistical comparison of a plurality of signals is provided for a user, the signals can be compared with signals of different devices and different types, so that the user can provide better reference and comparison for the correlation between the devices, a comparison curve of signals across the devices is supported, and the user can conveniently perform custom analysis;
(6) Auxiliary cloud functionality
The auxiliary cloud function comprises a maintenance cloud, the Internet of things service cloud platform also provides an operation and maintenance service cloud platform, a full-flow tool is provided for an equipment maintenance unit, a maintenance party can conveniently know the faults of the field equipment in time and process the faults in time, the report and the photo are processed in an electronization mode in the whole process, the processing flow is completely transparent to a user, and the user can conveniently and timely control the operation condition of the field equipment.
The Internet of things gateway supports wired and wireless transmission, supports 3G/4G mobile phone access of full-network communication (mobile, telecommunication and Unicom), and has the advantages of wide network coverage, flexible and quick networking and low operation cost.
The Internet of things module software has perfect functions, can cover the conventional small field application scene, and can realize the bidirectional data transmission from the field to the platform only by simple setting of a user.
The cloud platform adopts the Internet of things technology and a pure B/S technical architecture to realize 'decentralized monitoring and centralized management' of equipment, field equipment including distributed sites is monitored, the equipment is accessed to the field monitored equipment in a serial port mode through a locally configured Internet of things gateway (FSR-0406), meanwhile, sensors of environmental quantity smoke, water logging, temperature and humidity and the like can be added to the field, information such as field equipment and environmental operation data and real-time alarm and the like is sent to the Internet of things service cloud platform in a 4G/wired network mode, the cloud platform server realizes centralized management of equipment operation conditions of each site or machine room, and equipment operation of each area can be checked in 24 hours at any place through mobile clients such as the Internet or mobile phones.
The PC client supports an active pushing mode of screen prompt, mobile phone App and mobile phone short message, and reports abnormal operation of equipment in the machine room in time to ensure safe operation of the data machine room.
The Internet of things service cloud platform and the management method support deployment in two forms of public cloud or private cloud, and a customer can select a scheme according to actual needs. The public cloud is accessed by the cloud platform provided by the invention, and the private cloud is provided with the cloud server by the client and then the cloud platform is deployed.
The internet of things service cloud platform (Wellink) consists of two main parts: a field acquisition layer and a central management layer. The field acquisition layer is mainly used for completing real-time data acquisition of various monitored devices and transmitting data to the central management layer in a 4G mode, and the central management layer is used for storing, processing, analyzing and displaying the data.
The field acquisition layer realizes data acquisition of equipment at each station by using an internet of things gateway (FSR-0406) required by the field;
the central management layer is configured with a high-performance cloud server to realize data acquisition, storage, analysis and display.
In order to ensure the normal and stable running state of IT facilities, the comprehensive monitoring and management in the aspects of power equipment (UPS), environment monitoring (precise air conditioning), site environment and the like need to be considered.
Monitoring demand analysis:
1) Monitoring objects and contents:
the actual configuration and management requirements of all the distributed sites are integrated, and the construction considers that the following equipment and systems are uniformly incorporated into an Internet of things service cloud platform:
a power plant system:
UPS system (including input-output switch board): the UPS equipment is directly accessed to the system through an RS485 serial port; the monitoring of the running states and parameters of the UPS rectifier, the inverter, the battery, the bypass, the load and other parts, the switch states of the input and output cabinet inlet and outlet lines and the parameters of three-phase voltage, three-phase current, three-phase electric energy, power factor, active power, electric energy and the like is realized.
An environment monitoring system:
precision air conditioning: accessing the system through an RS485 serial port; the monitoring of the running states and parameters of a precision air conditioner compressor, a fan, a water pump, a heater, a humidifier, a dehumidifier, a filter screen, return air temperature, return air humidity and the like is realized, and the remote on-off control of the precision air conditioner is realized.
2) Description of the scheme
According to the requirements and the functional requirements, the field configuration thing networking module FSR-0100 is used as core data acquisition equipment, and all intelligent equipment and the environment monitoring are connected into the system in a unified mode and can be placed in a certain specific cabinet of a user data machine room.
3) Internet of things gateway
The IOT gateway FSR-0406 is a product developed on the basis of an IOT module, can be matched with an IOT service cloud platform and an Anshan field management system for use, and is mainly used for data access of a small amount of equipment and environment quantity monitoring in a client field.
The Internet of things gateway supports wired and wireless transmission, supports 3G/4G access of full network communication (mobile, telecommunication and Unicom), and has the advantages of wide network coverage, flexible and quick networking and low operation cost.
The module software has complete functions, can cover the conventional small field application scene, and can realize bidirectional data transmission from the field to the platform by a user only through simple setting.
A user checks information such as operation parameters, alarms and reports of the monitoring field equipment through a common browser, manual inspection is replaced, unattended operation is achieved, maintenance efficiency is improved, and management cost is reduced. And a mobile phone App mode can be selected to realize mobile management and operation and maintenance of the equipment.
The Internet of things service cloud platform (Wellink) uses the most advanced development platform, framework platform and interface component technology in China at present and is the most advanced professional monitoring system in China at present; the system realizes the integration of data monitoring, an electronic map, a field 3D interface and a configuration interface, and can bring brand new equipment management feeling to users.
A humanized interface:
the cloud platform adopts a humanized interface design, so that the operation of a manager is easy to maintain;
the cloud platform comprises functional modules: system homepage, equipment monitoring, alarm management, report management, system configuration and help, etc.
The management method of the Internet of things service cloud platform comprises the following steps:
(1) Monitoring system homepage
The main page of the monitoring system adopts a humanized layout interface, and the main page needs to provide: the system has the intuitive functions of panoramic maps, machine room 3D visualization, key information visualization, classification query, data drilling, automatic and manual quick switching of the machine room and the like.
Panoramic maps: the method uses a scalable electronic map (or base map) to comprehensively manage a plurality of machine rooms for users, visually displays the basic operation state of the machine rooms, and can click to enter a single place or the machine room.
Machine room 3D visualization: the method comprises the following steps of presenting actual equipment deployment of a machine room in a 3D configuration mode, visually presenting the placement position of each equipment, giving an alarm prompt when the equipment is abnormal, and directly drilling down to view alarm information, asset information, running conditions, maintenance records and the like of the equipment through the alarm prompt;
visualization of key information: the operation states of the equipment and the system of the machine room are visually displayed in the modes of charts, curves and the like, a flexible management tool is provided, corresponding controls can be customized and distributed according to a user, and the following key information needs to be provided at this time:
1. the electricity utilization condition is as follows: a daily power consumption curve and an average power consumption curve of the last week day of the machine room;
2. and (3) power supply condition: the commercial power supply and the discharge condition of the UPS storage battery provide the three-phase load condition of the UPS, and the UPS storage battery can be automatically switched to a discharge curve of the UPS storage battery when the commercial power is cut off, so that a user can conveniently and visually know the capacity and the support time of the storage battery;
3. the refrigeration condition is as follows: the running, shutdown, fault and other states of the air conditioning unit are visually displayed;
4. and (3) environment overview: providing the running conditions of environmental sensors such as temperature, humidity, smoke, water leakage and the like;
and (4) classified query: supports the selective display in the forms of equipment such as power distribution, refrigeration, environment, security and the like, is convenient for a user to determine the actual position of the equipment in 3D, queries the state of field equipment,
the machine room switching function: providing an electronic map, visually displaying key operation information of the machine room, clicking to enter a machine room page, and checking the operation state of equipment in the machine room;
and (3) equipment pop-up window: when the machine room is configured and classified for inquiry, the clicking equipment can check the operation parameters, the alarm information, the asset information, the maintenance record, the remote control and the like of the equipment in a pop-up window mode
(2) Device monitoring
The display is carried out in a tree structure, the browsing and control of the power equipment and the environmental information of the machine room are realized, the display of key operation parameters and states is visually provided, and all the parameters and states of the equipment operation can be clicked and checked.
(3) Alarm management
The alarm management provides the equipment classification statistical function of the alarm, can position specific alarm equipment and alarm content layer by layer, and can further analyze the alarm cause through the equipment detail module.
And (4) alarm classification: four-level alarm
1) First-level alarming: cause the power supply system and the air conditioning system to be taken out of service and safely disappear
The alarm for preventing the core service from being in fault or shutdown caused by reasons is defined as a primary alarm;
2) Secondary alarm: may cause integral operation quit of the power supply system and the air conditioning system or
The alarm of the reduced operation performance is defined as a secondary alarm;
3) And (3) three-level alarming: a failure of a component of an apparatus occurring in a power supply system, an air conditioning system, or
The alarm which is possibly caused by the factor of safe environment and does not influence the whole operation performance of the equipment is defined as a three-level alarm;
4) Four-level alarming: maintenance prompt notice sent by equipment in power supply system and air conditioning system
The alarm information is defined as four levels of alarms.
Wherein, the first-level alarm is marked by red, the second-level alarm is marked by orange, the third-level alarm is marked by yellow, and the fourth-level alarm is marked by blue.
The alarm presentation comprises four aspects:
1) Alarm classification statistics: and displaying the alarm statistical data in real time according to the equipment and environment classification.
2) And an equipment alarm list: the alarm content is displayed in a list.
The method supports the sequencing according to the alarm level, the alarm content, the alarm time and the alarm reason, and can further check the detailed condition of the active alarm and the detailed condition of the equipment through the alarm list.
3) And analyzing the alarm time length: and presenting the statistic data of the alarm duration of various devices and environments in a form of a histogram. And the method supports the view of the activity alarm details and the details of the equipment monitoring data from the two aspects of equipment environment classification and alarm duration.
4) And alarm level statistics: and checking the distribution condition of the alarm levels in a pie chart mode, and supporting data drill-down checking and more detailed statistical analysis.
(4) Report management
The system provides a common report form and a user-defined report form, provides shortcut for the functions of picture storage, excel export and the like of the common report form for the client, and is convenient for the user to edit by himself.
The common report forms are as follows: historical alarm inquiry reports, historical alarm statistical reports, equipment asset statistical reports, historical signal trend analysis reports, personnel in-out card swiping statistical tables and the like.
And (3) historical alarm query report: historical alarms in a period of time are provided for a user, and screening and query can be performed according to machine rooms, equipment, alarm levels and the like, and the following graph is shown:
a historical alarm statistical report form: the method provides a statistical report form with month and year as units for a user, has graphs of daily statistics, alarm level statistics, equipment type statistics and the like, provides a quick storage function for the graphs, and is convenient for the user to carry out corresponding recording and reporting. As shown in the following figures:
historical signal trend report: the statistical comparison of a plurality of signals is provided for a user, the signals can be compared for different devices and different types of signals, and the user can provide better reference and comparison for the correlation between the devices.
And a contrast curve of cross-device signals is supported, so that a user can conveniently perform custom analysis.
(5) Mobile phone App
Data brought into a monitoring system is subjected to overview, routing inspection and real-time monitoring through authorized 3G/4G mobile terminal users (iOS and Android systems), and a mobile phone App needs to meet the following functions:
1. system overview: supporting the classified visual presentation of the machine room equipment;
2. carrying out system statistics: alarm statistics, electricity utilization statistics and environment statistics;
3. and (5) warning checking: the data viewing and call, short message and other help seeking functions of the alarm device are supported;
4. real-time monitoring: checking detailed equipment operation parameters of a machine room and equipment;
5. the method comprises the steps of quickly checking common information of customers such as alarms and messages;
6. an active pushing function of graded alarm is supported;
7. supporting the pushing of the safety information of the timing report;
8. the push can be cancelled directly for some unimportant alarm signal, but there is still a specific record in the background.
(6) Auxiliary cloud functionality
And the maintenance cloud is characterized in that the Internet of things service cloud also provides an equipment maintenance cloud platform, a full-flow tool is provided for an equipment maintenance unit, a maintenance party can conveniently know the fault of the field equipment in time and process the fault in time, the report and the photo are processed in an electronic manner in the whole process, the processing flow is completely transparent to a user, and the user can conveniently and timely control the operation condition of the field equipment.
If other manufacturers need to provide an equipment maintenance cloud platform, a full-flow tool is provided for an equipment maintenance unit, a maintenance party can conveniently know the faults of the field equipment in time and process the faults in time, an App processing report and a photo at a mobile phone end are electronized in the whole process, the processing flow is completely transparent to a user, and the user can conveniently and timely manage and control the running condition of the field equipment.
Maintaining cloud platform functions includes:
1) Operation and maintenance center
The operation and maintenance center visually presents the client field operation accessed by the enterprise user in an electronic map mode
And the line condition is presented by assisting the key information of a machine room, equipment, tasks, alarms and the like concerned by the operation and maintenance service, and the alarm and service page concerned by the client is quickly entered for relevant processing in a data drilling mode.
2) Alarm management
The alarm management is a module for statistical analysis and relevant operation processing of all user and all equipment alarms by a user, and the page comprises:
1. and (4) alarm query: the alarm can be inquired according to the name of the client, the machine room, the type of the equipment, the alarm level and the flexible time setting.
2. And (4) displaying according to the statistics of the alarm level and the equipment type: the alert levels are presented in a ring graph and the device types are presented in a bar graph.
3. Real-time alarm list: the real-time alarm is listed, and the maintenance unit can dispatch the fault and the like
3) Device management
The equipment management function module is used for providing comprehensive equipment information management for maintenance units, and comprises the contents of equipment statistical analysis, equipment asset information, real-time operation, alarm information, maintenance records, archives and the like.
4) Report management
The report management module provides generation and management of statistical classification reports for users, the reports comprise several common reports such as comprehensive statistics, alarms and equipment assets, and the reports can be customized according to the actual requirements of the users in the later period. The content is presented in a visual mode, and the content is different for different types of reports.
The report management module at least comprises:
the comprehensive statistical analysis report provides statistics of fault alarms, personnel support times and field processing average time within the time period by default, and provides a part of visual charts;
and (4) fault warning: counting according to the alarm grade and the equipment type;
and (3) personnel support: counting according to the support type and the number of times of customers;
the treatment time is as follows: counting according to the total duration of the support personnel and the total duration of the supported clients;
a field device: counting according to the device alarm TopN and the fault processing times TopN;
historical alarm inquiry reports, historical alarm statistics reports, equipment asset statistics reports, and the like.
5) Task management
The task management module mainly realizes the circulation and management of the user to the operation and maintenance service of the client equipment, such as fault processing, routing inspection maintenance, field support and the like.
Supporting automatic and manual dispatching of the system;
the function module is combined with the mobile phone App, order receiving, forwarding, field processing and operation recording can be realized at the mobile phone end, and a background automatically records and automatically generates a maintenance report.
6) Application management
The application management is a functional module provided for meeting various application requirements of users such as various reports, various documents, learning and training and the like, the users can upload, download and modify various documents to provide an entrance for internal management of enterprises, and meanwhile, the mobile phone App end can check and browse the documents of the clients at any time according to the authority to provide assistance for field maintenance.
1. Maintenance report management
And operations such as inquiry, downloading and the like of various maintenance reports can be performed.
2. Client document management
The method comprises the steps of storing various documents related to a client site, including bidding documents, contract documents, delivery documents and the like, wherein a user can upload, modify and replace the client documents in a classified manner, and the contract documents also provide key information for filling, such as contract start and end dates, and the functions of automatically setting early warning time and the like.
3. Factory document management
A document center for internal learning and training is provided for enterprises, and product documents of various equipment manufacturers are uploaded, so that users can look up and learn product data of the enterprises through Web browsing or mobile phone App.
4. One-key generation of periodic operation and maintenance report
Function module for providing one-key generation of customer service report for user, and user can select
The method comprises the steps of automatically generating a detailed customer service report (word version) by a customer, a document type (template) and a time period, wherein the report comprises statistical analysis of maintenance work such as fault treatment, routing inspection maintenance and the like, and is automatically attached with a maintenance record of each maintenance.
The invention relates to an IOT gateway FSR-0406, which is a product developed by self on the basis of an IOT module, can be matched with an IOT cloud platform and an Anshan field management system for use and is mainly used for data access of a small amount of equipment and environment quantity monitoring in a client field.
1. The Internet of things gateway supports wired and wireless transmission, supports 3G/4G access of full network communication (mobile, telecommunication and Unicom), and has the advantages of wide network coverage, flexible and quick networking and low operation cost.
2. The module software of the internet of things gateway is complete in function, the conventional small field application scene can be covered, and a user can realize bidirectional data transmission from the field to the platform only through simple setting.
3. Applicable scenarios are as follows: the system can be applied to small-sized field monitoring scenes of energy industries such as power systems, industrial monitoring, traffic management, meteorological hydrology, sewage treatment, environment monitoring, financial security, medical education, coal mine petroleum and the like.
The invention can realize that field equipment systems such as power distribution equipment, air conditioner fresh air equipment, machine room safety precaution and the like in a site or a machine room are unified on a display interface mainly based on an electronic map and 3D display, and can be unified into an Internet of things service cloud platform for equipment such as UPS, storage battery, air conditioner, temperature and humidity, fire protection, power distribution cabinet, fresh air exhaust, water leakage, video monitoring, door control and the like and an environment monitoring system, so that comprehensive centralized monitoring and operation and maintenance management are realized, and the system is applied to small-sized field monitoring scenes of energy industries such as power systems, industrial monitoring, traffic management, meteorological hydrology, sewage treatment, environment monitoring, financial securities, medical education, coal mine petroleum and the like.
The above description is only a preferred embodiment of the present patent, and not intended to limit the scope of the present patent, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the specification and the drawings, and which are directly or indirectly applied to other related technical fields, belong to the scope of the present patent protection.
Claims (8)
1. The utility model provides an thing allies oneself with service cloud platform which characterized in that: including thing networking service cloud platform and thing allies oneself with gateway module, thing networking service cloud platform includes cloud ware, thing allies oneself with gateway module, fortune dimension service platform and browser, thing allies oneself with gateway module and is equipped with one and more than one thing allies oneself with the gateway, the real-time data of field device system and the environmental monitoring system of each website is gathered to thing allies oneself with the gateway, and sends data to thing networking service cloud platform, and pass through cloud ware realizes data collection, storage, analysis and show, and pass through the browser is monitored, the removal is maintained the end and is browsed data and receive and report an emergency and ask for help or increased vigilance fortune dimension service platform carries out fortune, thing allies oneself with gateway module and supports wired and wireless transmission.
2. The internet of things service cloud platform of claim 1, wherein the power equipment of the field device system includes a UPS system, a high and low voltage power distribution system, and a gasoline and diesel generator set.
3. The IOS cloud platform of claim 2, wherein the real-time data of the UPS system includes operating states and parameters of the input and output power cabinets, UPS rectifiers, inverters, batteries, bypasses and loads, and switching states and monitoring of three-phase voltages, three-phase currents, three-phase electric energy, power factors, active power and electric energy parameters of the branches of the input and output power cabinets.
4. The cloud platform of claim 1, wherein the environment monitoring system comprises a precision air conditioner, a smoke level collector, a temperature collector, a fresh air system and a video monitor, and the system is accessed through an RS485 serial port.
5. The internet of things service cloud platform of claim 1, wherein the precision cheating comprises monitoring of operating conditions and parameters of precision air conditioner compressors, fans, water pumps, heaters, humidifiers, dehumidifiers, screens, return air temperature and humidity, and remote on-off control of the precision air conditioner.
6. The cloud platform for internet of things service of claim 1, wherein the browser is provided with a mobile browsing station, and a mobile phone App mode is selected to realize mobile management and operation and maintenance of the equipment.
7. The cloud platform of claim 1, wherein the gateway of the internet of things is provided with a plurality of intelligent serial ports (4-way DI and 2-way DO), and the data input interface comprises 4-way RS232 and/or RS485 serial ports.
8. The method for managing the cloud platform of internet of things according to claim 1, wherein the method for managing the cloud platform of internet of things comprises the following steps:
(1) In-situ device system and environmental monitoring system monitoring
The real-time monitoring data of the field device system and the environment monitoring system are presented in a tree structure, so that the browsing and control of the power equipment and the environment information of the machine room are realized, the presentation of key operation parameters and states is visually provided, and all the parameters and states of the equipment operation can be clicked and checked;
(2) Browser management
The browser performs overview, routing inspection and real-time monitoring on data brought into the monitoring system through an authorized 3G/4G mobile terminal user (IOS and Android system), and performs mobile browsing through a WeChat public number through Web browsing of a computer PC (personal computer) end or a mobile phone APP of the mobile browser;
(3) Monitoring system homepage
The monitoring system homepage of the browser adopts a humanized layout interface, and the homepage needs to provide: panoramic maps, machine room 3D visualization, key information visualization, classified query, data drilling, and automatic and manual quick switching visualization functions of the machine room;
(4) Alarm management
The field devices for providing the alarm by the alarm management are divided into four levels of alarms, specific alarm devices and alarm contents can be positioned layer by layer, and the alarm cause can be further analyzed through a device detail module;
(5) Report management
The report management system provides a commonly used report and a self-defined report, provides shortcut for providing the functions of picture storage and Excel export of the commonly used report for a client, and is convenient for self-editing;
the common management report forms comprise: a historical alarm inquiry report, a historical alarm statistical report and a historical signal trend analysis report;
the historical alarm query report form: in order to provide historical alarms within a period of time, screening and inquiring can be carried out according to the machine room, equipment and alarm levels;
the historical alarm statistical report form: the method is characterized in that a statistical report taking months and years as units is provided, daily statistics, alarm level statistics and device type chart statistics are provided, and a quick storage function is provided for the charts;
the historical signal trend report: the statistical comparison of a plurality of signals is provided, the signals can be compared with signals of different devices and different types, better reference and comparison are provided for the correlation among the devices, a comparison curve of signals across the devices is supported, and custom analysis is facilitated;
(6) Auxiliary cloud function
The auxiliary cloud function comprises a maintenance cloud, the internet of things service cloud platform further provides an operation and maintenance service cloud platform, a full-flow tool is provided for an equipment maintenance unit, a maintenance party can conveniently know the faults of the field equipment in time and process the faults in time, the whole process of processing reports and photos is electronized, the processing flow is fully transparent, and the operation condition of the field equipment can be conveniently and timely controlled.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN117857261A (en) * | 2024-01-18 | 2024-04-09 | 安徽即刻智能科技有限公司 | Industrial intelligent gateway based on edge calculation |
| CN117857261B (en) * | 2024-01-18 | 2024-06-25 | 安徽即刻智能科技有限公司 | Industrial intelligent gateway based on edge calculation |
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