CN116703362A - Power plant operation and maintenance management system and method - Google Patents
Power plant operation and maintenance management system and method Download PDFInfo
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Abstract
The invention provides a power plant operation and maintenance management system and method, comprising the following steps: acquiring maintenance information of equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment; acquiring task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment; and generating a task list according to the task information and the position information of the equipment. Task information is obtained through the maintenance information of the equipment, the real-time working operation parameters of the equipment and the preset working operation parameters of the equipment, and a task list is generated according to the task information and the position information of the equipment, so that the intelligent and standardized generation of the task list is realized, the fine and automatic management effect of the work is improved, and the intelligent operation and maintenance management is realized.
Description
Technical Field
The invention belongs to the technical field of operation and maintenance management, and particularly relates to a power plant operation and maintenance management system and method.
Background
Based on the safety of the power grid and the stability of the equipment. The power plant is required to be inspected and maintained, so that normal use of equipment and normal operation of the power plant are ensured. However, when the traditional equipment operation and maintenance software generates the work task list, the work task list is generated by a manual input mode, so that the problem of insufficient standardization and intellectualization exists.
Disclosure of Invention
In order to overcome the defects of the prior art, the invention provides a power plant operation and maintenance management system and method, which are used for solving the problem that the generation of a task list is not standardized and intelligent enough in the prior art.
One embodiment of the invention provides a power plant operation and maintenance management method, which comprises the following steps:
acquiring maintenance information of equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
acquiring task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment;
and generating a task list according to the task information and the position information of the equipment.
In the embodiment, the task information is obtained through the maintenance information of the equipment, the real-time working operation parameters of the equipment and the preset working operation parameters of the equipment, and the task list is generated according to the task information and the position information of the equipment, so that the intelligent and standardized generation of the task list is realized, the working refinement and automatic management effects are improved, and the intelligent operation and maintenance management is realized.
In one embodiment, generating a task sheet according to the task information and the location information of the device includes:
generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
In this embodiment, the first task list and the second task list are obtained through the position information of the device, the maintenance information of the device and the abnormal state information of the device, so that a plurality of types of task lists are generated, and the fine management of work is improved.
In one embodiment, the abnormal state information of the device is obtained by comparing a preset working operation parameter of the device with a real-time working operation parameter of the device.
In this embodiment, the device is guaranteed to work according to task requirements through the preset working operation parameters of the device, normal operation of the device is guaranteed through monitoring the real-time working operation parameters of the device, and when the real-time working operation parameters of the device are not matched with the preset working operation parameters of the device, abnormal state information of the device is generated to generate a second task list, so that normal operation of the device is guaranteed.
In one embodiment, the method further comprises:
acquiring a real-time position of an execution user;
obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
acquiring task execution time limit;
and sending the task execution time limit, the task route and the task list to an execution user.
In the embodiment, the task route of the task list is obtained by acquiring the real-time position of the executing user and the position information of the device, so that the executing user can quickly, conveniently and accurately reach the task place, and new staff can quickly familiarize with and complete the work; the execution time limit ensures that an executing user completes tasks on time, thereby avoiding work dragging and improving work efficiency.
In one embodiment, acquiring the real-time location of the executing user includes:
Acquiring a permission level of a user, wherein the permission level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
acquiring a processing level of a task list, wherein the processing level is associated with a permission level, and the task list comprises a first task list and a second task list;
determining an execution user of the first task list according to the processing level of the first task list and the authority level of the user, and acquiring the real-time position of the execution user;
and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user, and acquiring the real-time position of the execution user.
In the embodiment, the intelligent, standardized and automatic dispatch is realized through the processing level of the task list and the authority level of the user, the executing user of the task list is accurately and efficiently determined, and the real-time position of the executing user is acquired, so that the work can be completed quickly.
One embodiment of the present invention provides a power plant operation and maintenance management system, comprising:
the first acquisition module is used for acquiring maintenance information of the equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
The processing module is used for obtaining task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of equipment and abnormal state information of the equipment;
and the generating module is used for generating a task list according to the task information and the position information of the equipment.
In this embodiment, the first acquisition module, the processing module and the generating module are used in cooperation, task information is obtained according to maintenance information of the device, real-time working operation parameters of the device and preset working operation parameters of the device, and a task list is generated according to the task information and position information of the device, so that the task list is generated intelligently and normally, the fine and automatic management effect of work is improved, and intelligent operation and maintenance management is realized.
In one embodiment, the generating module includes:
the first generation sub-module is used for generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and the second generation sub-module is used for generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
In this embodiment, the first generating sub-module and the second generating sub-module are used to obtain the first task list and the second task list according to the position information of the device, the maintenance information of the device and the abnormal state information of the device, so as to implement a generating mode of multiple task lists and improve the fine management of work.
In one embodiment, the processing module includes:
and the comparison sub-module is used for comparing the preset working operation parameters of the equipment with the real-time working operation parameters of the equipment to obtain the abnormal state information of the equipment.
In this embodiment, the device is guaranteed to work according to task requirements through the preset working operation parameters of the device, normal operation of the device is guaranteed through monitoring the real-time working operation parameters of the device, the preset working operation parameters of the device are compared with the real-time working operation parameters of the device by the comparison sub-module, and when the real-time working operation parameters of the device are not matched with the preset working operation parameters of the device, abnormal state information of the device is generated to generate a second task list, so that normal operation of the device is guaranteed.
In one embodiment, the method further comprises:
the second acquisition module is used for acquiring the real-time position of the executing user and obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
The third acquisition module is used for acquiring task execution time limit;
and the sending module is used for sending the task execution time limit, the task route and the task list to the execution user.
In the embodiment, the second acquisition module acquires the real-time position of the executing user and the position information of the device to obtain the task route of the task list, so that the executing user can quickly, conveniently and accurately reach the task place, and the newly-entered staff can quickly familiarize with and complete the work; the third acquisition module acquires the task execution time limit to ensure that an executing user completes tasks on time, work dragging is avoided, work efficiency is improved, and the sending module sends a task list, the task execution time limit and a task route to the executing user to ensure that the executing user completes work quickly, work efficiency is improved, and automatic dispatch is realized.
In one embodiment, the second acquisition module includes:
the first acquisition sub-module is used for acquiring the authority level of the user, wherein the authority level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
the second acquisition sub-module is used for acquiring the processing level of the task list, wherein the processing level is associated with the authority level, and the task list comprises a first task list and a second task list;
The third acquisition sub-module is used for determining the execution user of the first task list according to the processing level of the first task list and the authority level of the user and acquiring the real-time position of the execution user; and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user.
In this embodiment, through the cooperation of the first acquisition module, the second acquisition module and the third acquisition module, and according to the processing level of the task list and the authority level of the user, intelligent, standardized and automatic dispatch is realized, the executing user of the task list is accurately and efficiently determined, and the real-time position of the executing user is acquired, so that the work can be completed quickly.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings that are required in the embodiments or the description of the prior art will be briefly described, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings may be obtained according to the structures shown in these drawings without inventive effort for a person skilled in the art.
FIG. 1 is a schematic diagram of a workflow of a power plant operation and maintenance management method provided by the present invention;
FIG. 2 is a schematic diagram of the operation and maintenance management system of a power plant according to the present invention;
FIG. 3 is a schematic diagram of one of the operation of the power plant operation and maintenance management system;
FIG. 4 is another operational schematic diagram of the power plant operation and maintenance management system of FIG. 3;
FIG. 5 is a schematic diagram of the working principle of the data source module of the power plant operation and maintenance management system in FIG. 4;
FIG. 6 is a schematic diagram of the operation of the generation module of the power plant operation management system of FIG. 3;
fig. 7 is a schematic diagram of the working principle of the database module of the power plant operation and maintenance management system in fig. 3.
Detailed Description
The following description of the embodiments of the present invention will be made clearly and fully with reference to the accompanying drawings, in which it is evident that the embodiments described are only some, but not all embodiments of the invention. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.
It should be noted that, if a directional indication (such as up, down, left, right, front, and rear … …) is involved in the embodiment of the present invention, the directional indication is merely used to explain the relative positional relationship, movement condition, etc. between the components in a specific posture, and if the specific posture is changed, the directional indication is correspondingly changed.
In addition, if there is a description of "first", "second", etc. in the embodiments of the present invention, the description of "first", "second", etc. is for descriptive purposes only and is not to be construed as indicating or implying a relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defining "a first" or "a second" may explicitly or implicitly include at least one such feature. In addition, if "and/or" and/or "are used throughout, the meaning includes three parallel schemes, for example," a and/or B "including a scheme, or B scheme, or a scheme where a and B are satisfied simultaneously. In addition, the technical solutions of the embodiments may be combined with each other, but it is necessary to base that the technical solutions can be realized by those skilled in the art, and when the technical solutions are contradictory or cannot be realized, the combination of the technical solutions should be considered to be absent and not within the scope of protection claimed in the present invention.
Referring to fig. 1, one embodiment of the present invention provides a power plant operation and maintenance management method, which includes the following steps:
s100, acquiring maintenance information of equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
S200, task information is obtained according to maintenance information of the equipment, preset working operation parameters of the equipment and real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment;
s300, generating a task list according to the task information and the position information of the equipment.
In the embodiment, the task information is obtained through the maintenance information of the equipment, the real-time working operation parameters of the equipment and the preset working operation parameters of the equipment, and the task list is generated according to the task information and the position information of the equipment, so that the intelligent and standardized generation of the task list is realized, the working refinement and automatic management effects are improved, and the intelligent operation and maintenance management is realized.
In one embodiment, generating a task sheet according to the task information and the location information of the device includes:
generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
In this embodiment, the first task list and the second task list are obtained through the position information of the device, the maintenance information of the device and the abnormal state information of the device, so that a plurality of types of task lists are generated, and the fine management of work is improved.
In one embodiment, the abnormal state information of the device is obtained by comparing a preset operating parameter of the device with a real-time operating parameter of the device.
In this embodiment, the device is guaranteed to work according to task requirements through the preset working operation parameters of the device, normal operation of the device is guaranteed through monitoring the real-time working operation parameters of the device, and when the real-time working operation parameters of the device are not matched with the preset working operation parameters of the device, abnormal state information of the device is generated to generate a second task list, so that normal operation of the device is guaranteed.
In one embodiment, the method further comprises:
acquiring a real-time position of an execution user;
obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
acquiring task execution time limit;
and sending the task execution time limit, the task route and the task list to an execution user.
In the embodiment, the task route of the task list is obtained by acquiring the real-time position of the executing user and the position information of the device, so that the executing user can quickly, conveniently and accurately reach the task place, and new staff can quickly familiarize with and complete the work; the execution time limit ensures that an executing user completes tasks on time, thereby avoiding work dragging and improving work efficiency.
In one embodiment, acquiring the real-time location of the executing user includes:
acquiring a permission level of a user, wherein the permission level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
acquiring a processing level of a task list, wherein the processing level is associated with a permission level, and the task list comprises a first task list and a second task list;
determining an execution user of the first task list according to the processing level of the first task list and the authority level of the user, and acquiring the real-time position of the execution user;
and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user, and acquiring the real-time position of the execution user.
In the embodiment, the intelligent, standardized and automatic dispatch is realized through the processing level of the task list and the authority level of the user, the executing user of the task list is accurately and efficiently determined, and the real-time position of the executing user is acquired, so that the work can be completed quickly.
Referring to fig. 2-7, one embodiment of the present invention provides a power plant operation management system, comprising:
the first acquisition module is used for acquiring maintenance information of the equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
The processing module is used for obtaining task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment;
and the generating module is used for generating a task list according to the task information and the position information of the equipment.
In this embodiment, the first acquisition module, the processing module and the generating module are used in cooperation, task information is obtained according to maintenance information of the device, real-time working operation parameters of the device and preset working operation parameters of the device, and a task list is generated according to the task information and position information of the device, so that the task list is generated intelligently and normally, the fine and automatic management effect of work is improved, and intelligent operation and maintenance management is realized.
In one embodiment, the generating module includes:
the first generation sub-module is used for generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and the second generation sub-module is used for generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
In this embodiment, the first generating sub-module and the second generating sub-module are used to obtain the first task list and the second task list according to the position information of the device, the maintenance information of the device and the abnormal state information of the device, so as to implement a generating mode of multiple task lists and improve the fine management of work.
In one embodiment, the processing module includes:
and the comparison sub-module is used for comparing the preset working operation parameters of the equipment with the real-time working operation parameters of the equipment to obtain the abnormal state information of the equipment.
In this embodiment, the device is guaranteed to work according to task requirements through the preset working operation parameters of the device, normal operation of the device is guaranteed through monitoring the real-time working operation parameters of the device, the preset working operation parameters of the device are compared with the real-time working operation parameters of the device by the comparison sub-module, and when the real-time working operation parameters of the device are not matched with the preset working operation parameters of the device, abnormal state information of the device is generated to generate a second task list, so that normal operation of the device is guaranteed.
In one embodiment, the method further comprises:
the second acquisition module is used for acquiring the real-time position of the executing user and obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
the third acquisition module is used for acquiring task execution time limit;
and the sending module is used for sending the task execution time limit, the task route and the task list to the execution user.
In the embodiment, the second acquisition module acquires the real-time position of the executing user and the position information of the device to obtain the task route of the task list, so that the executing user can quickly, conveniently and accurately reach the task place, and the newly-entered staff can quickly familiarize with and complete the work; the third acquisition module acquires the task execution time limit to ensure that an executing user completes tasks on time, work dragging is avoided, work efficiency is improved, and the sending module sends a task list, the task execution time limit and a task route to the executing user to ensure that the executing user completes work quickly, work efficiency is improved, and automatic dispatch is realized.
In one embodiment, the second acquisition module includes:
the first acquisition sub-module is used for acquiring the authority level of the user, wherein the authority level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
the second acquisition sub-module is used for acquiring the processing level of the task list, wherein the processing level is associated with the authority level, and the task list comprises a first task list and a second task list;
the third acquisition sub-module is used for determining the execution user of the first task list according to the processing level of the first task list and the authority level of the user and acquiring the real-time position of the execution user; and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user.
In this embodiment, through the cooperation of the first acquisition module, the second acquisition module and the third acquisition module, and according to the processing level of the task list and the authority level of the user, intelligent, standardized and automatic dispatch is realized, the executing user of the task list is accurately and efficiently determined, and the real-time position of the executing user is acquired, so that the work can be completed quickly.
Referring to fig. 2 to 7, the first obtaining module further includes a data source module, a monitoring module, and a database module; the generation module further comprises an allocation module;
The data source module is used for storing organization architecture information and equipment information, wherein the organization architecture information comprises authority levels of users, the equipment information is formed by input of the users, the equipment information comprises position information of equipment and preset working operation parameters of the equipment, and the preset working operation parameters of the equipment comprise working operation parameters of the equipment;
the monitoring module is used for acquiring real-time working operation parameters of the equipment, judging the real-time working operation parameters of the equipment according to the preset working operation parameters of the equipment, and generating abnormal state information of the equipment if the real-time working operation parameters of the equipment are not in the range of the preset working operation parameters of the equipment;
the database module is used for storing maintenance information of the equipment and abnormal state information of the equipment, wherein the maintenance information is generated based on the equipment information and is used for regularly maintaining the equipment; and
the generating module is used for generating a first task list according to the maintenance information and the position information of the equipment; and generating a second task list according to the abnormal state information and the position information of the equipment; the first task list and the second task list comprise processing levels, wherein the processing levels are associated with authority levels of users, and a first association mark is formed;
The allocation module is used for acquiring task list information of one or more users corresponding to the first association mark, comparing the task list information of the plurality of users, generating a second association mark according to the comparison result to determine that one user is an executing user of the first task list or the second task list, sending the second association mark to the executing user, so that the executing user can obtain the first task list or the second task list according to the second association mark, and executing the first task list or the second task list according to the position information of the equipment.
The system comprises a data source module, a monitoring module, a database module, a generation module and an allocation module, wherein the data source module is used for storing organization framework information and equipment information, and the monitoring module is used for generating abnormal state information; the database module is used for storing maintenance information and abnormal state information of the equipment; the generating module is used for generating a first task list according to the maintenance information and the position information of the equipment and generating a second task list according to the abnormal state information and the position information of the equipment; thereby realizing standardized and intelligent task list generation; the allocation module is used for acquiring a first association mark of the first task list or the second task list so as to generate a second association mark, and sending the first task list or the second task list to a corresponding execution user according to the second association mark, so that standardized and intelligent dispatch is realized, and management is facilitated.
The equipment is provided with one or more sensors for acquiring real-time working operation parameters of the equipment, and the monitoring module acquires the real-time working operation parameters acquired by the sensors through wireless communication and compares the real-time working operation parameters with a preset working operation state, so that abnormal state information of the equipment is generated.
The task list includes quantity information and status information of the first task sheet or the second task sheet, the status information including at least one of to-be-retrieved by the user, to-be-executed by the user, and to-be-completed by the user.
In one embodiment, the system further comprises a data platform, the data platform comprises an application server, a database server, a user side, a terminal and a power plant operation and maintenance management system, the terminal and the user side are electronic equipment, the electronic equipment comprises intelligent equipment such as a mobile phone, a computer, a notebook computer and a tablet computer, the terminal and the user side are used for operating the power plant operation and maintenance management system, the application server is used for responding to an operation instruction aiming at the power plant operation and maintenance management system and executing corresponding business logic so that the power plant operation and maintenance management system normally operates, the database server is used for responding to the operation instruction of the application server, storing data information of the power plant operation and maintenance management system, guaranteeing traceability and effectiveness of data, providing a foundation for work development, connecting the application server with the database server, establishing a communication network for special line connection of the power plant, connecting the power plant with the special line communication of the power plant, and acquiring the data information of the power plant in real time and storing the data information of the power plant into the database server; the communication connection is established between the electronic equipment or the communication equipment of the user and the power plant, so that the user can operate the application server and the database server, and therefore, systematic, efficient and flow operation and maintenance management of the power plant is realized, and the operation and maintenance work demands of each power plant are met.
And constructing a power plant operation and maintenance management system through the application server and the database server, and carrying out communication connection with each power plant based on the power plant operation and maintenance management system so as to enable a user to realize operation and maintenance management of the power plant through the operation and maintenance management system.
In one embodiment, a data source module includes:
the account information sub-module is used for editing and storing personal information of the user and generating account information of the user according to the personal information of the user; and
and the post level sub-module is used for editing and storing post information and level information of the user according to personal information of the user to generate authority level of the user.
In this embodiment, the post-level submodule includes an organization architecture information table, and the organization architecture information table is used for storing organization architecture information; the post level sub-module further comprises a post sub-module and a level sub-module, the post sub-module comprises a post information sheet, the post information sheet is used for storing post information, the level sub-module comprises a level information sheet, the level information sheet is used for storing level information, the post level sub-module is used for acquiring information of the post information sheet and the level information sheet, and correspondingly associating the post information sheet and the level information sheet according to the information of the post information sheet and the level information sheet, and sequentially arranging the post information sheet and the level information sheet from high to low according to the level information, so that organization architecture information is generated, the organization architecture information sheet is stored in an organization architecture table, the organization architecture information sheet is associated with the post information sheet and the level information sheet, the post information sheet and the level information sheet are stored in the data source module, and the post information comprises post types, post work responsibilities, work task requirements and work types, and post types comprise upper departments, station lengths, inspection lengths, shift lengths and executives; the hierarchy information includes a first level associated with an upper department, a second level associated with a station length, a third level associated with a patrol, a fourth level associated with a flight, and a fifth level associated with an executive.
The account sub-module comprises an account information table, wherein the account information table comprises an account sequence, a user name sequence, an identity information sequence, a hierarchy sequence and a post sequence, and is also used for acquiring a unique account according to the identity information of a user, storing the unique account in the account sequence and binding the unique account of the user with corresponding post information and hierarchy information according to the identity information of the user; obtaining organization architecture information according to the unique account number of the user, the corresponding post information and the corresponding hierarchy information, and forming working information of the user; the post level sub-module, the post sub-module, the level sub-module and the account information sub-module all comprise one or more operations of importing, adding, storing, editing, viewing, deleting and searching. The identity information of the user comprises the name, fingerprint characteristics, multi-angle facial characteristics, identity card information and the like of the user.
In one embodiment, a data source module includes:
a station sub-module for storing station information;
the inspection submodule is used for storing inspection point information;
the equipment submodule is used for storing equipment information;
wherein the site comprises one or more inspection points,
the inspection station includes one or more devices, the devices including one or more components, the components including one or more parts.
The site information comprises one or more inspection point information according to the need; the inspection point information includes one or more device information; the device information includes one or more component information; the component information includes one or more part information; the data source module further comprises a site information table, a routing inspection point information table, a device information table, a component information table, a part information table and a part information sheet;
the site information table comprises at least one of a site name sequence, a site number sequence, a site position sequence, a patrol point name sequence and a patrol point number sequence; the site information table is used for storing site information and patrol point information input by a user according to sequence information of the site information table, and specifically, the site submodule acquires information of the patrol point information table based on a patrol point name sequence and a patrol point number sequence of the site information table and stores the information into the site information table; or the station submodule acquires information of the inspection point information table based on the position sequence of the station information table and the position sequence of the inspection point information table, and stores the information into the station information table;
the inspection point information table comprises at least one of an inspection point name sequence, an inspection point number sequence, a position sequence, a two-dimensional code sequence, a device name sequence and a device number sequence; the inspection point information table is used for storing inspection point information and equipment information recorded according to sequence information of the inspection point information table, specifically, the inspection point submodule acquires information of the equipment information table based on equipment name sequence and equipment number sequence of the inspection point information table, or acquires information of the equipment information table based on position sequence of the inspection point information table and position sequence of the equipment information table, and when the position information of the equipment is in the position information range of the inspection point, the equipment information is acquired; the inspection point position sequence is used for storing the position information of the inspection points, so that the user can be conveniently monitored to work in the field, the user can conveniently and quickly reach a destination, and the working efficiency is improved; the site location sequence is used to store location information of the site.
The equipment information table comprises at least one of equipment name sequence, equipment number, position sequence, equipment drawing sequence, priority sequence, supplier sequence, price sequence, two-dimensional code sequence, component name sequence and component number sequence; the equipment information table is used for storing equipment information and component information input according to sequence information of the equipment information table, and specifically, the equipment submodule acquires information of the component information table based on a component name sequence and a component number sequence of the equipment information table, wherein the equipment position sequence is used for storing position information of equipment so as to facilitate monitoring of field work of a user and rapid arrival of the user at a destination, and work efficiency is improved;
the part information table comprises at least one of a part name sequence, a part number sequence, a part drawing sequence, a supplier sequence, a price sequence, a part name sequence and a part number sequence; the component information table is used for storing component information and part information recorded according to sequence information of the component information table, and specifically, the component submodule acquires information of a part information sheet based on a part name sequence and a part number sequence of the component information table;
the part information table comprises at least one of a part name sequence, a part number sequence, a part drawing sequence, a supplier sequence, a price sequence and a maintenance information sequence of the part; the part information table is also used for storing the part information on the part information sheet according to the sequence information of the part information table and the guide information of the part information sheet, and storing the part information on the part information sheet into the part information table;
The part information sheet comprises basic guide information of the part and maintenance guide information of the part; the method comprises the steps that basic information and maintenance information of a part are correspondingly input by a user to generate a part information sheet, wherein the basic guide information of the part comprises one or more guide information of a name, a drawing, a provider, a price and a number of the part, the maintenance guide information of the part comprises one or more guide information of part maintenance time, part maintenance flow, maintenance consumable and consumable consumption, and when the user finishes operating the part information sheet, the system automatically generates a corresponding unique number according to the number guide information. The part information list is used for storing part information input by a user according to the guide information of the part information list, and the guide information is used for guiding the user to input corresponding information or data; part maintenance time includes daily maintenance, weekly maintenance, and monthly maintenance.
The equipment sub-module is further used for generating corresponding equipment two-dimension codes according to the equipment information of the equipment information table, storing the equipment two-dimension codes into the two-dimension code sequence of the equipment information table, generating corresponding inspection point two-dimension codes according to the inspection point information of the inspection point information table, storing the inspection point two-dimension codes into the two-dimension code sequence of the inspection point sub-information table, exporting, scanning or printing the two-dimension codes through a user scanning the equipment two-dimension codes so that the user can acquire the equipment information of the area, scanning the inspection point two-dimension codes through the user so that the user can acquire the inspection point information, acquiring the real-time state of the first task list or the second task list, determining the execution operation of the first task list or the second task list by the user, responding the operation of the user scanning the equipment two-dimension codes, acquiring the real-time position information of the first task list or the second task list executed by the user, and matching the equipment position information in the equipment corresponding to the equipment two-dimension codes, and unlocking the first task list or the second task list in the second state when the real-time position information of the user is in the range of the equipment position information. The real-time status of the first or second task sheet includes:
A first state configured to: the task list is used for representing task list waiting for picking;
a second state configured to: the method comprises the steps of representing that a task form is picked up, generating a mark to be executed, and displaying the task form to be executed; and
a third state configured to: used for representing task form execution.
In this embodiment, after a user logs in a unique account corresponding to user identity information, a connection is established with the system, a first task list or a second task list in a first state can be consulted by information, after the user passes through a scanning device two-dimensional code or a routing inspection point two-dimensional code, a second connection is established with the system, based on the real-time position of the user and the real-time state information of the first task list or the second task list operated by the user, the real-time state information is matched with the range of the device position information or the range of the routing inspection point position information corresponding to the two-dimensional code, so that an executing user can pick up the first task list or the second task list to form a first task list or a second task list in a second state, the facial image of the executing user is acquired in the position information to be matched with the identity information of the user, after the matching is successful, the first task list or the second task list in the second state is unlocked to a third state, so that the executing user executes the work of the first task list or the second task list in the third state, wherein when the executing user does not complete the work of the first task list or the second task list in the third state and leaves the position range of the task list, the real-time state of the first task list or the second task list is changed into the second state, specifically, the system responds to the executing operation of the executing user on the first task list or the second task list in the second state, and performs matching according to the real-time position of the user and the position information or the inspection point position information of the equipment based on the executing operation, when the real-time position of the user is in the position information range or the inspection point information range of the equipment, the face image of the executing user is acquired to be matched with the identity information of the user, after the matching is successful, the first task list or the second task list in the second state is unlocked into the third state, the executing user executes the first task list or the second task list, after execution is completed, the execution data is uploaded, so that historical maintenance data or historical exception handling data is formed, and the phenomenon that jobs (such as inspection and maintenance) are falsified is avoided.
In this embodiment, the site submodule includes a site information table, and realizes systematic monitoring and management of data of the site through information of the site information table, and efficient operation and maintenance management of the site through the site information table, thereby improving standardized management of the site; the inspection submodule comprises an inspection point information table, the equipment submodule comprises an equipment information table, the equipment submodule further comprises a part submodule and a part submodule, the part submodule comprises a part information table and a part information sheet, and the station submodule, the inspection submodule, the equipment submodule, the part submodule and the part submodule all comprise one or more operations of importing, adding, storing, editing, checking, deleting and searching;
in one embodiment, the database module further comprises:
the maintenance sub-module is used for editing and storing maintenance information;
and the abnormal sub-module is used for storing abnormal state information.
In this embodiment, the maintenance submodule includes a maintenance information table and a maintenance information sheet, and the maintenance submodule is configured to obtain a maintenance information sequence of the part information table or information to be executed of the maintenance information sheet, generate maintenance information corresponding to the inspection point and the equipment based on name sequence information, number sequence information and position sequence information of the equipment information table and the inspection point information table, and store the maintenance information in the maintenance information table; the maintenance information list comprises one or more of maintenance equipment names, equipment numbers, maintenance information, maintenance grades and maintenance time, and is used for storing information to be executed, which is input by a user according to the maintenance guide information;
The abnormal submodule comprises an abnormal information table and an abnormal information sheet, the abnormal information sheet comprises abnormal guide information, and the abnormal information sheet is used for storing abnormal information input by a user according to the abnormal guide information; the abnormal information sheet comprises one or more of an abnormal device name, a device number, abnormal information and an abnormal grade, the abnormal information sheet is used for storing the abnormal information of the abnormal information sheet, and the abnormal sub-module is used for acquiring the abnormal information of the abnormal information sheet, automatically ordering and generating corresponding numbers, and storing the corresponding numbers in the abnormal information sheet.
In one embodiment, the database module further comprises:
the history maintenance sub-module is used for acquiring the execution data of the first task list executed by the user and generating history maintenance data; and
the history exception sub-module is used for acquiring the execution data of the second task list executed by the user and generating history exception processing data;
wherein the execution data includes at least one of text, picture, audio, and video.
The history maintenance submodule comprises a history maintenance table, the history maintenance table is used for storing history maintenance data, and the history maintenance submodule is used for acquiring execution data of a first task list executed by a user and storing the execution data into the history maintenance table in a classified manner; the history exception handling module comprises a history exception handling table, the history exception handling table is used for storing history exception handling data, and the history exception submodule is used for acquiring execution data of a second task list executed by a user and storing the execution data into the history exception handling table in a classified mode; the history exception handling table and the history maintenance table comprise one or more of a task list number sequence, an execution flow sequence, a problem sequence, a material sequence, a time sequence, a date sequence and an executor name sequence; the task list numbering sequence, the time sequence and the executor name sequence are automatically generated according to the completion time and the account operation information of the user; the historical maintenance data and the historical exception handling data include one or more of text, pictures, and video.
In one embodiment, the generating module further includes a third generating sub-module, configured to obtain a processing level of the first task sheet or the second task sheet, and correlate with the authority level of the user according to the task processing level, to generate a first correlation mark corresponding to the authority level.
In one embodiment, the first and second task sheets include maintenance information and location information for one or more devices;
the first task list and the second task list also comprise a task route and a completion time limit, so that a user executes the first task list or the second task list according to the task route and the completion time limit;
wherein, the task route is formed by connecting one or more devices according to the position information of the devices;
the location information is also used for matching with the real-time location of the user and unlocking the real-time state of the first task list or the second task list so that the user can pick up and execute the first task list or the second task list.
In this embodiment, the first task list and the second task list include the location information of the device, so that the user can quickly find the destination through the location information, thereby improving the working efficiency, reducing the job-in adaptation time of the new user and the new employee, and avoiding that the new employee cannot find the destination or needs to find a person to take the person when working.
According to the requirements, the first generation sub-module generates a first task list according to the maintenance information of the equipment and the position information of the equipment, wherein the first task list comprises a daily inspection list, a Zhou Xun inspection list, a month inspection list and an inspection point task list, and the daily inspection list, the Zhou Xun inspection list and the month inspection list are generated in a classified mode through the first generation sub-module according to the time of the maintenance information, so that key inspection and maintenance are carried out on different places of the equipment each time; the inspection point task list is generated through the first generation sub-module according to the position information and the priority information of the equipment, the daily inspection list, the Zhou Xun inspection list, the month inspection list and the inspection point task list comprise maintenance information and positions of one or more pieces of equipment, and a task route is generated based on the position information of the equipment, so that a user can execute the first task list according to the task route.
The second generation submodule generates a second task list according to the abnormal state information of the equipment and the position information of the equipment, the second task list comprises a first abnormal list, a second abnormal list, a third abnormal list and a fourth abnormal list, the abnormal state information comprises abnormal grades, the first abnormal list, the second abnormal list, the third abnormal list and the fourth abnormal list are generated according to the abnormal grades of the equipment, the abnormal grades are judged based on the difference range between the real-time working operation parameters and the preset working operation state, the larger the difference range is, the higher the abnormal grade is, the abnormal grade of the first abnormal list is larger than the abnormal grade of the second abnormal list, and the processing grade of the fourth abnormal list is larger than the processing grade of the first task list; the first abnormal list, the second abnormal list, the third abnormal list and the fourth abnormal list comprise abnormal state information and position information of one or more devices, and a task route is generated based on the position information of the devices, so that a user can execute the second task list according to the task route.
Wherein the processing levels include a first level, a second level, a third level, a fourth level, and a fifth level; the first task list is of a fifth level, the first abnormal list is of a first level, the second abnormal list is of a second level, the third abnormal list is of a third level, and the fourth abnormal list is of a fourth level; through the association of the processing level and the hierarchy information, a first association mark is generated, specifically:
generating a first association mark according to the relation between the task processing level and the authority level of the user, wherein the first association mark comprises the following steps: associating the first level with the first level to generate a first association mark A; the second level is associated with the second level, and a first association mark B is generated; the third level is associated with the third level, and a first association mark C is generated; the fourth level is associated with the fourth level to generate a first association mark D, and the fifth level is associated with the fifth level to generate a first association mark E; based on the first association tag A, B, C, D, E, the first task list or the second task list corresponding to the processing level is sent to one or more users of the corresponding authority level; the generation module is further configured to sequentially send the first task list generated for the first time from low to high according to the level information, send the first task list to the previous level after at least one user of the level passes through the first task list, and send the first task list to the corresponding executing user for execution according to the second association mark after at least one user of the first level passes through the first task list.
Through the configuration, the system, the process and the efficient operation management are realized, the working efficiency is improved, the work definition is ensured, the labor division is definite, the responsibility is avoided from being separated, and the data tracing can be realized.
In one embodiment, the system further comprises a spare part management module, wherein the spare part management module comprises:
the material receiving sub-module is used for acquiring material information generated when a user executes the first task list or the second task list and generating a material receiving list, wherein the material information comprises spare part receiving information of equipment, and the spare part receiving information comprises time information and quantity information for receiving the spare part;
the warehousing sub-module is used for acquiring spare part warehousing information of the equipment and generating a spare part table;
the inventory sub-module is used for generating an inventory table according to the real-time dynamic data of the material receiving table and the real-time dynamic data of the spare part table; and
the spare part prediction sub-module is used for determining the position of a storehouse according to the position information of the equipment and the position information of the inspection point; and predicting the spare part usage in a preset time period according to the time information and the number information of the spare part.
In this embodiment, the requirement of the spare part in the future or in the predicted preset time period can be accurately calculated according to the use condition of the spare part, the first task list and the second task list, so that the condition of spare part missing or spare part stagnation is prevented.
In one embodiment, the system further comprises a data statistics module, wherein the data statistics module comprises:
the first statistics sub-module is used for acquiring the execution data of the first task list and counting the execution data of the first task list based on a first preset classification, so that a first task statistics table is generated, wherein the first preset classification comprises at least one of a user, equipment and time, and the execution data of the first task list comprises material data of the first task list;
the second statistics sub-module is used for acquiring the execution data of the second task list and counting the execution data of the second task list based on a second preset classification so as to generate a second task statistics table, wherein the second preset classification comprises at least one of a user, equipment and time, and the execution data of the second task list comprises the material data of the second task list;
and the third statistical sub-module is used for acquiring the data of the first task statistical table and the second task statistical table and generating a summary table so as to enable a user to view and edit.
In this embodiment, the first task statistics table includes a type statistics table, an executive man-hour statistics table and a KPI statistics table of the first task sheet,
The second task statistical table comprises a type statistical table, an executive personnel man-hour statistical table and a KPI statistical table of a second task list;
the summary table is used for summarizing the first task statistical table and the second task statistical table so as to facilitate quick viewing and editing by a user.
In this embodiment, the first statistics sub-module is further configured to obtain, according to the sequence classification of the history maintenance table, information of the history maintenance table, and classify and store the information, so as to generate a type statistics table, an executive personnel man-hour statistics table, an actual material table and a KPI statistics table, where the first statistics sub-module is further configured to perform visual display according to data of the first task statistics table, so as to perform visual analysis on the execution data of the first task sheet, and improve a duplication effect of work; the second statistical sub-module is also used for classifying and acquiring information of the historical abnormal processing table according to the sequence of the historical abnormal processing table, classifying and storing the information so as to generate a type statistical table, an executive personnel man-hour statistical table, an actual material table and a KPI statistical table, and is also used for carrying out visual display according to the data of the second task statistical table, so that the visual analysis on the executive data of the second task list is realized, and the repeated disc effect of work is improved; the intelligent data analysis is realized, the working condition of the staff is intuitively known, and the work management is efficient. Furthermore, the type statistics table, the executive personnel man-hour statistics table, the actual material table and the KPI statistics table of the first statistics sub-module and the second statistics sub-module are summarized through the summary table, so that data integration and unification are realized, the third statistics sub-module is also used for carrying out view display according to the data of the summary table, visual analysis on the whole data is realized, and the repeated disc effect of work is improved.
The system and the method realize systematic and efficient operation and maintenance management of the power plant, and the equipment inspection is an important daily work of the power plant, so that the system and the method are important means for obtaining first-hand data of the running state of the equipment, timely finding out defects and anomalies of the equipment and timely processing and repairing the defects and anomalies of the equipment. Abnormal conditions in the aspects of heating, sound, vibration, smell, oil level and the like of the equipment joint can be timely and effectively found through inspection and diagnosis modes such as inspection, hearing, touch, sniffing, comparison and the like of professional inspection personnel, the fault source can be immediately found according to the conditions of field equipment, the purpose of quick response and defect elimination is achieved, the equipment is ensured to run stably and reliably for a long time, and safe and stable production of a power plant is realized.
The foregoing description is only of the preferred embodiments of the present invention and is not intended to limit the scope of the invention, and all equivalent structural changes made by the description of the present invention and the accompanying drawings or direct/indirect application in other related technical fields are included in the scope of the invention.
Claims (10)
1. A method of power plant operation and maintenance management, comprising the steps of:
acquiring maintenance information of equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
Acquiring task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment;
and generating a task list according to the task information and the position information of the equipment.
2. The power plant operation and maintenance management method of claim 1, wherein generating a task sheet based on the task information and the location information of the device comprises:
generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
3. The power plant operation and maintenance management method according to claim 1, wherein the abnormal state information of the equipment is obtained by comparing a preset operation parameter of the equipment with a real-time operation parameter of the equipment.
4. A power plant operation and maintenance management method according to any one of claims 1 to 3, further comprising:
acquiring a real-time position of an execution user;
obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
Acquiring task execution time limit;
and sending the task execution time limit, the task route and the task list to an execution user.
5. The power plant operation and maintenance management method of claim 4, wherein acquiring the real-time location of the executing user comprises:
acquiring a permission level of a user, wherein the permission level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
acquiring a processing level of a task list, wherein the processing level is associated with a permission level, and the task list comprises a first task list and a second task list;
determining an execution user of the first task list according to the processing level of the first task list and the authority level of the user, and acquiring the real-time position of the execution user;
and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user, and acquiring the real-time position of the execution user.
6. A power plant operation and maintenance management system, comprising:
the first acquisition module is used for acquiring maintenance information of the equipment, real-time working operation parameters of the equipment, position information of the equipment and preset working operation parameters of the equipment;
the processing module is used for obtaining task information according to the maintenance information of the equipment, the preset working operation parameters of the equipment and the real-time working operation parameters of the equipment; the task information comprises maintenance information of the equipment and abnormal state information of the equipment;
And the generating module is used for generating a task list according to the task information and the position information of the equipment.
7. The power plant operation and maintenance management system of claim 6, wherein the generation module comprises:
the first generation sub-module is used for generating a first task list according to the maintenance information of the equipment and the position information of the equipment;
and the second generation sub-module is used for generating a second task list according to the abnormal state information of the equipment and the position information of the equipment.
8. The power plant operation and maintenance management system of claim 6, wherein the processing module comprises:
and the comparison sub-module is used for comparing the preset working operation parameters of the equipment with the real-time working operation parameters of the equipment to obtain the abnormal state information of the equipment.
9. The power plant operation and maintenance management system of any of claims 6-8, further comprising:
the second acquisition module is used for acquiring the real-time position of the executing user and obtaining a task route according to the position information of the equipment and the real-time position of the executing user;
the third acquisition module is used for acquiring task execution time limit;
and the sending module is used for sending the task execution time limit, the task route and the task list to the execution user.
10. The power plant operation and maintenance management system of claim 9, wherein the second acquisition module comprises:
the first acquisition sub-module is used for acquiring the authority level of the user, wherein the authority level of the user comprises one or more of hierarchy information of the user, post information of the user and identity information of the user;
the second acquisition sub-module is used for acquiring the processing level of the task list, wherein the processing level is associated with the authority level, and the task list comprises a first task list and a second task list;
the third acquisition sub-module is used for determining the execution user of the first task list according to the processing level of the first task list and the authority level of the user and acquiring the real-time position of the execution user; and determining the execution user of the second task list according to the processing level of the second task list and the authority level of the user.
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