CN112183787A - Maintenance aid decision-making system based on operating equipment - Google Patents
Maintenance aid decision-making system based on operating equipment Download PDFInfo
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Abstract
The invention provides an auxiliary decision-making system based on operation equipment maintenance, which is used for solving the technical problems of fussy whole maintenance process, low working efficiency and the like caused by the fact that transformer substation equipment maintenance detail pictures cannot be stored in time. The system comprises a system management module, a picture management module and a picture searching module; the system management module comprises a data dictionary maintenance unit, the data dictionary maintenance unit is used for managing substation nodes in different regions and equipment types contained in each substation node and forming a data dictionary directory, the picture management module is associated with the data dictionary maintenance unit, and the picture reference module is associated with the data dictionary directory. According to the invention, the primary system diagram of each transformer substation is created, and the equipment nodes in the primary system diagram and the equipment diagrams corresponding to all the equipment in the transformer substation are scanned and bound one by one, so that the recording or checking by maintainers is facilitated, the loss of pictures is avoided, the consumption of manpower and material resources is greatly reduced, and the working efficiency is improved.
Description
Technical Field
The invention relates to the technical field of equipment state maintenance, in particular to an auxiliary decision-making system based on operation equipment maintenance.
Background
The transformer substation refers to a place for converting voltage and current, receiving electric energy and distributing electric energy in an electric power system, and ensures that the safe operation of the transformer substation is the primary responsibility of transformer operation and inspection personnel. Due to the fact that the number of transformer substations of companies is continuously increased, operation and maintenance management work of the transformer substations is increasingly heavy, the types of primary equipment of the transformer substations are more, the shapes of products produced by various manufacturers are different, and due to the popularization of the existing smart phones, maintenance personnel are used to record maintenance details of various equipment of the transformer substations in modes of photographing or video recording and the like on maintenance sites, and then the pictures are issued to WeChat communication groups to facilitate checking or discussion of people. However, the related overhaul pictures are deleted or lost after the defects of each device of the transformer substation are eliminated, so that the precious pictures are not stored in time, and if the device or the devices have the same type or similar defects, the device or the devices need to be shot and collected at a production site, so that a large amount of manpower and material resources are consumed, the whole overhaul process is complicated, and the working efficiency is low.
Disclosure of Invention
Aiming at the technical problems that when the overhaul detail pictures shot by the maintainers cannot be stored in time, the transformer substation equipment in the later period has the same type or similar defects, and the defects need to be shot and evidence-obtained again in the production field, so that a large amount of manpower and material resources are consumed, the whole overhaul process is complicated, the working efficiency is low and the like, the invention provides an operation equipment overhaul auxiliary decision-making system.
In order to solve the technical problems, the invention adopts the following technical scheme: an auxiliary decision-making system based on operation equipment maintenance comprises a system management module, a picture management module and a picture searching module; the system management module comprises a data dictionary maintenance unit, the data dictionary maintenance unit is used for managing substation nodes in different regions and equipment types contained in each substation node and forming a data dictionary directory, the picture management module is associated with the data dictionary maintenance unit, and the picture reference module is associated with the data dictionary directory; and a primary system diagram corresponding to the transformer substation is created in the transformer substation node, the equipment type comprises an equipment diagram of equipment arranged in each transformer substation, the primary system diagram is provided with equipment nodes corresponding to the equipment diagrams, and the equipment diagrams correspond to the equipment nodes.
The picture management module comprises a primary system diagram management unit, the primary system diagram management unit comprises a system diagram picture maintenance unit, an equipment binding unit and an equipment list, the system diagram picture maintenance unit is used for adding, modifying and deleting primary system diagrams of all substations, the equipment binding unit is used for carrying out point tracing positioning on equipment nodes on the primary system diagrams, creating equipment information and carrying out equipment binding unit, after binding is completed, created equipment list information is generated in the equipment list, and meanwhile, a link event of the equipment is formed on the corresponding equipment nodes in the primary system diagrams and serves as an entrance for equipment maintenance.
The picture management module comprises a device picture management unit, the device picture management unit comprises a device overall picture, a device component picture, a device picture management unit, a device component binding unit and a device component list, and the device picture management unit is respectively used for adding, modifying and deleting the device overall picture or the device component picture of devices arranged in each transformer substation; the device component binding unit is used for carrying out point tracing positioning on the device component nodes on the device overall graph, creating device component information and carrying out the device component binding unit, after binding is completed, the created device component list information is generated in the device component list, and meanwhile, the corresponding device component nodes in the device overall graph form the link events of the device components and serve as the inlets for device component maintenance.
The picture management module and the picture searching module respectively comprise a primary menu, a secondary menu and a tertiary menu, the primary menu is respectively corresponding to the primary system diagrams of all the transformer substations and is used for managing or searching the primary system diagrams of all the transformer substations, the secondary menu is corresponding to the equipment overall diagram in the primary system diagram and is used for managing or searching all the equipment overall diagrams contained in the primary system diagram in the primary menu, and the tertiary menu is corresponding to the equipment component diagram in the equipment overall diagram and is used for managing or searching all the equipment component diagrams contained in the equipment overall diagram in the secondary menu.
The system management module comprises a user authority management unit and a personal account management unit, wherein the user authority management unit is used for basic user creation and user authorization, and the personal account management unit is used for managing personal account information.
The user authority management unit comprises a role management unit, a user management unit and a user group management unit, wherein the role management unit is used for setting roles of each transformer substation worker, and different system management authorities correspond to different roles; the user management unit is used for adding or deleting users and distributing roles to the users according to different roles contained in the role management unit; the user group management unit is used for dividing different users into groups according to the transformer substations to which the users belong.
The method adopts a three-level menu management or checking mode, and is characterized in that a primary system diagram of each transformer substation is created, each equipment node in the primary system diagram is scanned and bound with equipment diagrams corresponding to all equipment in the transformer substation one by one, and then specific diagrams of each component contained in the equipment are scanned and bound with an equipment overall diagram, so that maintenance personnel can conveniently check the overall operation condition of the primary equipment of the transformer substation and the operation condition of each component, and the power supply stability and safety of the transformer substation are ensured; and when uploading pictures, the picture management system can be provided with a brief text description of the maintenance steps, so that the maintenance personnel can conveniently record or check the pictures, the loss of the pictures is avoided, the consumption of manpower and material resources is greatly reduced, and the working efficiency is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
FIG. 1 is a schematic diagram of the system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be obtained by a person skilled in the art without inventive effort based on the embodiments of the present invention, are within the scope of the present invention.
As shown in fig. 1, the invention provides an auxiliary decision-making system for maintenance based on operating equipment, which comprises a system management module, a picture management module and a picture reference module; the system management module comprises a data dictionary maintenance unit which is used for managing and maintaining some public and unified data dictionaries, and is particularly used for managing substation nodes in different regions and equipment types contained in each substation node and forming a data dictionary directory, the data dictionary directory is connected with the system database so as to realize data storage, and the data dictionary directory is in a pull-down list form and is arranged on the left side of the whole system interface, so that the operation and the checking are convenient. The primary system graph corresponding to the substation is respectively created in each substation node, the equipment type comprises an equipment graph of equipment arranged in each substation, the primary system graph is provided with equipment nodes corresponding to the equipment graph, the equipment graph corresponds to the equipment nodes, namely the equipment graph and the equipment nodes have a binding relationship, each equipment node is respectively linked with the corresponding equipment graph, a certain equipment node in the primary system graph is clicked, and a system interface is directly jumped to the equipment graph corresponding to the equipment node, so that the operation or the checking is convenient. The picture management module is associated with the data dictionary maintenance unit, namely the picture management module can manage primary system graphs corresponding to all substation nodes in the data dictionary maintenance unit and all equipment graphs of equipment types contained in all the substation nodes; the image look-up module is associated with the data dictionary directory, so that a primary system diagram, an equipment diagram and the like of one transformer substation can be quickly selected and checked through the data dictionary directory.
The picture management module comprises a primary system picture management unit, the primary system picture management unit also comprises a system picture maintenance unit, a device binding unit and a device list, the system picture maintenance unit is used for adding, modifying and deleting primary system pictures of all transformer substations, and the uploading time, the operator and a brief primary system picture description of the primary system picture are displayed on the right side of a system interface. The device binding unit is used for performing point tracing positioning on the device nodes on the primary system diagram, creating device information and performing device binding, wherein the device nodes in the primary system diagram are all empty nodes before being unbound, and become link nodes only after corresponding devices are bound. The specific event attributes comprise the selection of equipment type, the name and the model of input equipment, remark and other related information description, the coordinate positioning of the equipment, and then the click and the storage. After the binding is completed, created equipment list information is generated in the equipment list, the equipment list information is displayed on the right side of the system interface and contains the equipment information of all the equipment created in the primary system diagram, the equipment information comprises equipment names, equipment models and the like, and a user can quickly position the equipment in the primary system diagram by selecting the equipment names in the equipment list. And simultaneously, a link event of the equipment is formed on a corresponding equipment node in the system diagram at one time and is used as an inlet for equipment maintenance, namely, the equipment link can be opened by double-clicking or right-clicking to enter an equipment diagram interface, and then operations such as adding, modifying or deleting are carried out on the equipment diagram.
The picture management module further comprises a device picture management unit, the device picture management unit comprises a device overall picture, a device component picture, a device picture management unit, a device component binding unit and a device component list, the device picture management unit is respectively used for adding, modifying and deleting the device overall picture or the device component picture of devices arranged in each transformer substation, and the specific operation is that the device picture management unit firstly enters a management interface of the corresponding device picture through a device link inlet in a system picture, and then management maintenance such as addition, modification, deletion and the like of new pictures is carried out. The device component binding unit is used for carrying out point tracing positioning on the device component nodes on the device overall graph, creating device component information and carrying out the device component binding unit, before the binding is finished, the device components on the device overall graph do not have link properties and cannot be specifically checked, and a generated link access port can be clicked to enter and specifically check the device components after the binding is finished. The specific event attributes comprise the selection of equipment component types, the input equipment component names and models, remark and other related information descriptions, coordinate positioning of the equipment components, and then click and storage. After binding is completed, created equipment component list information is generated in the equipment component list and contains all the component information with link attributes in the equipment diagram, link events of the equipment components are formed on corresponding equipment component nodes in the whole equipment diagram and serve as inlets for maintenance of the equipment components, the equipment component links can be opened through double-clicking or right-clicking to enter interfaces of each equipment component diagram, and operations such as adding, modifying or deleting are further performed on each component diagram of the equipment. Further, when managing the device-related pictures, the newly added device-related pictures and the corresponding event attribute information need to be confirmed by the administrator before being published for sharing.
The picture management module and the picture searching module respectively comprise a primary menu, a secondary menu and a tertiary menu, the primary menu is respectively corresponding to the primary system diagrams of all the transformer substations and is used for managing or searching the primary system diagrams of all the transformer substations, the secondary menu is corresponding to the equipment overall diagram in the primary system diagram and is used for managing or searching all the equipment overall diagrams contained in the primary system diagram in the primary menu, and the tertiary menu is corresponding to the equipment component diagram in the equipment overall diagram and is used for managing or searching all the equipment component diagrams contained in the equipment overall diagram in the secondary menu. The specific operation is that a transformer substation worker enters the system through a transformer substation internal network, opens a data dictionary maintenance unit, and then selects to open a primary system diagram of a certain transformer substation to enter a primary management menu; entering a management interface of the overall equipment graph by taking equipment nodes on the primary system graph of the transformer substation as inlets, namely a secondary management menu; and then selecting the equipment component nodes on the equipment overall graph as an entrance to enter a management interface of the equipment component graph, namely a three-level management menu. For non-substation workers (namely common users), only the data dictionary directory and the primary system diagram and the primary equipment diagram of each substation can be viewed after the non-substation workers enter the system, and the non-substation workers do not have the authority to operate the data dictionary, the primary system diagram and the primary equipment diagram. The specific operation is also divided into three stages, non-transformer substation workers do not allocate accounts and do not need to log in, and can directly enter the system, firstly, a data dictionary directory is opened, and then, a primary system diagram of a certain transformer substation is selected to be opened, namely, a primary reference menu is entered; entering a reference interface of the overall equipment diagram by taking equipment nodes on a primary system diagram of the transformer substation as inlets, namely a secondary reference menu; and then selecting the equipment component nodes on the equipment overall graph as an entrance to enter a consulting interface of the equipment component graph, namely a three-level consulting menu.
The system management module further comprises a user authority management unit and a personal account management unit, wherein the user authority management unit is used for basic user creation and user authorization, the user creation refers to setting an account number and a password from the intranet system and distributing workers of each transformer substation, and the user authorization refers to permission distribution of each worker while creating a user. The user authority management unit comprises a role management unit, a user management unit and a user group management unit, wherein the role management unit sets roles for each transformer substation worker, in the embodiment, the roles can be set as managers, maintainers, transformer substation managers and the like, and corresponding authorities are different. For example, after the administrator logs in the system through the intranet, the administrator may perform a user right management unit, a data dictionary maintenance unit, and the like, including adding or deleting a certain substation, creating a primary system diagram of the certain substation, binding an equipment diagram, and the like. After the maintainer logs in the system through the intranet, the maintainer can operate the picture management, such as uploading or modifying or deleting an equipment overall graph, an equipment component graph and the like contained in the transformer substation, and meanwhile, the maintainer can record related maintenance detail description during the picture uploading, so that the maintainer can conveniently check the pictures when the same or similar problems occur later. The user management unit can be used for adding or deleting a certain worker, and can also carry out role distribution on each worker according to different roles contained in the role management unit. The user group management unit is divided into groups according to the transformer substations to which each worker belongs, and therefore management and checking of the conditions of the workers of the transformer substations are facilitated. The personal account management unit is used for managing personal account information, such as modifying a login password. The substation staff does not need to register an account number personally, and can log in the system through the allocated intranet account, so that the operation is simple, the management is convenient, and the use is convenient. Non-substation workers can enter the system home page without logging in, the system home page interface is the brief introduction of the whole-market power supply network, and then primary system diagrams and equipment diagrams of all substations can be checked through a data dictionary directory.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (6)
1. The utility model provides a maintenance aid decision-making system based on operation equipment which characterized in that: the system comprises a system management module, a picture management module and a picture searching module; the system management module comprises a data dictionary maintenance unit, the data dictionary maintenance unit is used for managing substation nodes in different regions and equipment types contained in each substation node and forming a data dictionary directory, the picture management module is associated with the data dictionary maintenance unit, and the picture reference module is associated with the data dictionary directory; and a primary system diagram corresponding to the transformer substation is created in the transformer substation node, the equipment type comprises an equipment diagram of equipment arranged in each transformer substation, the primary system diagram is provided with equipment nodes corresponding to the equipment diagrams, and the equipment diagrams correspond to the equipment nodes.
2. The operational equipment based overhaul aid decision system of claim 1, wherein: the picture management module comprises a primary system diagram management unit, the primary system diagram management unit comprises a system diagram picture maintenance unit, an equipment binding unit and an equipment list, the system diagram picture maintenance unit is used for adding, modifying and deleting primary system diagrams of all substations, the equipment binding unit is used for carrying out point tracing positioning on equipment nodes on the primary system diagrams, creating equipment information and carrying out equipment binding unit, after binding is completed, created equipment list information is generated in the equipment list, and meanwhile, a link event of the equipment is formed on the corresponding equipment nodes in the primary system diagrams and serves as an entrance for equipment maintenance.
3. The operational equipment based overhaul aid decision system according to claim 1 or 2, wherein: the picture management module comprises a device picture management unit, the device picture management unit comprises a device overall picture, a device component picture, a device picture management unit, a device component binding unit and a device component list, and the device picture management unit is respectively used for adding, modifying and deleting the device overall picture or the device component picture of devices arranged in each transformer substation; the device component binding unit is used for carrying out point tracing positioning on the device component nodes on the device overall graph, creating device component information and carrying out the device component binding unit, after binding is completed, the created device component list information is generated in the device component list, and meanwhile, the corresponding device component nodes in the device overall graph form the link events of the device components and serve as the inlets for device component maintenance.
4. The operational equipment based overhaul aid decision system of claim 3, wherein: the picture management module and the picture searching module respectively comprise a primary menu, a secondary menu and a tertiary menu, the primary menu is respectively corresponding to the primary system diagrams of all the transformer substations and is used for managing or searching the primary system diagrams of all the transformer substations, the secondary menu is corresponding to the equipment overall diagram in the primary system diagram and is used for managing or searching all the equipment overall diagrams contained in the primary system diagram in the primary menu, and the tertiary menu is corresponding to the equipment component diagram in the equipment overall diagram and is used for managing or searching all the equipment component diagrams contained in the equipment overall diagram in the secondary menu.
5. The operational equipment based overhaul assistant decision system according to claim 1, 2 or 4, wherein: the system management module comprises a user authority management unit and a personal account management unit, wherein the user authority management unit is used for basic user creation and user authorization, and the personal account management unit is used for managing personal account information.
6. The operational equipment based overhaul aid decision system of claim 5, wherein: the user authority management unit comprises a role management unit, a user management unit and a user group management unit, wherein the role management unit is used for setting roles of each transformer substation worker, and different system management authorities correspond to different roles; the user management unit is used for adding or deleting users and distributing roles to the users according to different roles contained in the role management unit; the user group management unit is used for dividing different users into groups according to the transformer substations to which the users belong.
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| WU XIAO,ET AL.: "Research on The Effectiveness of Auxiliary Decision Model of Distribution Network", 《2018 CHINA INTERNATIONAL CONFERENCE ON ELECTRICITY DISTRIBUTION (CICED)》 * |
| YANHONG SHEN,ET AL.: "Realization of Fault Analysis Auxiliary Decision System in HVDC Transmission System", 《2017 INTERNATIONAL CONFERENCE ON COMPUTER TECHNOLOGY, ELECTRONICS AND COMMUNICATION (ICCTEC)》 * |
| 关灿强: "变电站图档资料综合管理系统的研究与设计", 《机电信息》 * |
| 张朔等: "电网事故处理调度员辅助决策系统研究", 《电器与能效管理技术》 * |
| 张自强等: "电网可视化在电力辅助决策中的应用探索", 《电气时代》 * |
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| CN112183787B (en) | 2022-12-02 |
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