CN114372785A - Interactive operation and maintenance support system of deep sea submersible - Google Patents
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Abstract
The invention discloses an interactive operation and maintenance support system of a deep-sea submersible, which relates to the technical field of underwater, wherein in the system, a data module stored in a data resource layer is packaged with equipment technical information of the deep-sea submersible, and a platform component layer comprises a plurality of platform components for realizing application service support; the operation and maintenance information management module in the comprehensive application layer is used for managing project data of at least one type of deep sea submersible project, and the project data refers to a plurality of data modules in the data resource layer to indicate equipment technical information of the corresponding type of deep sea submersible project; the data making module is used for updating the data module; the reader module is used for displaying the project data of the data module and/or the deep sea submersible project. The system can effectively promote informatization of the deep-sea submersible, and provides operation and maintenance support for various deep-sea submersible vehicles.
Description
Technical Field
The invention relates to the technical field of underwater, in particular to an interactive operation and maintenance support system of a deep-sea submersible.
Background
The deep sea submersible is a device for carrying scientists, engineering technicians, various electronic devices and special equipment to quickly and accurately reach various deep sea complex environments for efficient exploration, scientific investigation and seabed operation. A large amount of technical information can be generated in the process of development, operation and maintenance of the deep-sea submersible, the technical information provides powerful technical support for the maintenance and field operation of the deep-sea submersible, and the method has very important significance for the safe and stable development and application of the deep-sea submersible. However, at present, many technical information is still paper materials, even electronic technical information has the problems of large quantity and poor comprehensiveness, and the information management and application difficulty is large and the effect is poor.
Disclosure of Invention
The invention provides an interactive operation and maintenance support system of a deep-sea submersible aiming at the problems and technical requirements, and the technical scheme of the invention is as follows:
an interactive operation and maintenance support system of a deep-sea submersible comprises a comprehensive application layer, a platform component layer and a data resource layer;
the data resource layer comprises a public source database for storing data modules, and each data module is packaged with equipment technical information of the deep-sea submersible;
the platform component layer is positioned above the data resource layer and comprises a plurality of platform components for realizing application service support;
the comprehensive application layer is positioned above the platform component layer and comprises an operation and maintenance information management module, a data making module and a reader module, wherein the operation and maintenance information management module is used for managing project data of at least one type of deep-sea submersible project, and the project data refers to a plurality of data modules in the data resource layer to indicate equipment technical information of the corresponding type of deep-sea submersible project; the data making module is used for updating a data module in the data resource layer and/or updating project data of a deep-sea submersible project; the reader module is used for displaying the data module in the data resource layer and/or project data of the deep sea submersible vehicle project.
The technical information of equipment packaged in the data module stored in the data resource layer comprises at least one of description information, program information and process information of the deep-sea submersible, wherein the description information records design parameters and instructions of using and operating the deep-sea submersible, the program information records an operation program of the deep-sea submersible, and the process information records data generated in the operation and maintenance process of the deep-sea submersible.
The further technical scheme is that the data module is packaged with equipment technical information in a multimedia form, wherein the multimedia form comprises at least one of a text form, a diagram form, an animation form, a virtual model form, an audio form and a video form.
The data module is further provided with a reference file link to reference other data modules stored in the data resource layer.
The further technical scheme is that each information object is uniquely identified through an information object code, and each data module is uniquely identified through a data module code.
The further technical scheme is that the project data of the deep-sea submersible project of each model comprises project basic information and project content information, the project content information comprises an equipment structure tree, the equipment structure tree comprises a plurality of structure tree nodes, the plurality of structure tree nodes are built according to the equipment structures of the deep-sea submersible projects of corresponding models to form topological structures, and each structure tree structure comprises a plurality of data modules.
The operation and maintenance information management module is further used for managing publications of deep-sea submersible project items of various models, the publications are stored in the data resource layer, and the publications of the deep-sea submersible project items of each model refer to a plurality of data modules in the data resource layer to indicate equipment technical information of the deep-sea submersible project item of the corresponding model;
the documentation module is also used to update the publication of the deep sea submersible project and the reader module is also used to display the publication of the deep sea submersible project.
The further technical scheme is that when the data module is updated, the data module is updated by the data making module, project data of the deep sea submersible vehicle project is updated in a text editing or table editing mode, and the table editing mode provides prompt information for guiding the data module to be edited.
The data resource layer is further stored with a mode file of each data module type, the mode file is stored with general data of the corresponding data module type, and the data making module adds a new data module according to the general data in the mode file of the data module type to be added.
The data module is used for displaying the data module according to the display style of the data module for verification and review when the data module is updated by the data making module.
The beneficial technical effects of the invention are as follows:
the application discloses interactive operation and maintenance support system of deep sea submersible, this system integration different sources, different forms equip technical information, possess modular basic data modeling function, satisfy the buildding of the basic data of different model deep sea submersible, can build the perfect business function of basic frame encapsulation in order to form project data according to the management mode of deep sea submersible fortune dimension department oneself, and have good interactivity and interoperability, can increase and delete operations such as check and change, be convenient for simultaneously inquire, browse and navigation, promote the informationization of deep sea submersible, can provide the operation and maintenance support for all kinds of deep sea dives actually.
The equipment technical information can be presented in the forms of characters, tables, graphs, images, videos and the like, the functions of inquiry, browsing navigation, hyperlink and the like greatly improve the detection efficiency, and meanwhile, the system provides publications, provides structural decomposition instructions for the disassembly and maintenance of the deep-sea submersible, and provides a scheme for managing various equipment, parts and spare parts of the submersible.
Drawings
FIG. 1 is a system architecture diagram of the interactive operation and maintenance support system of the present application for a deep sea submersible.
Detailed Description
The following further describes the embodiments of the present invention with reference to the drawings.
The application discloses an interactive operation and maintenance support system of a deep-sea submersible, please refer to fig. 1, the system includes a comprehensive application layer, a platform component layer and a data resource layer, which are respectively introduced as follows:
the data resource layer comprises a public source database for storing data modules, and each data module is packaged with equipment technical information of the deep sea submersible vehicle.
The data modules are stored in a common source database in the form of discrete entries, and are stored in a structured, modular form, each of which can be multiplexed into a plurality of different models of deep sea submersible projects. Therefore, the data modules in the data resource layer are generally packaged with equipment technical information in deep-sea submersibles of various models so as to meet the use requirements of deep-sea submersibles of different models.
The equipment technical information packaged in the data module stored in the data resource layer comprises at least one of description information, program information and process information of the deep-sea submersible, wherein the description information records design parameters and instructions of using operation of the deep-sea submersible, the program information records operation programs of the deep-sea submersible, and the process information records data generated in the operation and maintenance process of the deep-sea submersible. In one embodiment, the data modules are stored and used in XML format.
In one embodiment, the data module encapsulates equipment technical information in a multimedia form, wherein the multimedia form comprises at least one of a text form, a graph form, an animation form, a virtual model form, an audio form and a video form, and the other multimedia forms can be used appropriately to enhance the expression, enrich the content of the data module and increase the readability of the content of the data module compared with the text form only. The equipment technical information in the form of a diagram specifically comprises a schematic diagram and a technical analysis diagram, wherein the schematic diagram commonly comprises an illustration or a photo, and the technical analysis diagram commonly comprises a perspective view, an axonometric view, an exploded view, a graph and the like. The virtual model is commonly a two-dimensional model, a three-dimensional model and the like,
optionally, the data module is configured to package, by referring to the information object stored in the data resource layer, equipment technical information in other forms other than a text form, that is, the information object is also stored in a common source database of the data resource layer, and is packaged with equipment technical information in at least one of a chart form, an animation form, a virtual model form, an audio form, and a video form.
Optionally, the data module further encapsulates a reference file link to reference other data modules stored in the data resource layer, that is, the data modules may also reference each other.
Each data module stored in the data resource layer is uniquely identified through a data module code, and each information object is uniquely identified through an information object code. The data modules and the information objects in the data resource layer can be referred and positioned through the data module coding and the information object coding.
The data module code and the information object code are written according to a predetermined code specification, such as the conventional GJB 6600. Specifically, in one embodiment, the data module coding structure comprises a hardware identifier and an information type, the hardware identifier comprises a Model Identification Code (MIC), a System Distinguishing Code (SDC), a system hierarchy code (SNS), a Decomposition Code (DC) and a decomposition Difference Code (DCV), the maximum length is 37 numeric characters, and the minimum length is 17 characters, and the information type comprises an Information Code (IC), an information difference code (ICV) and a location code (ILC). The information object code is composed of 29 characters at minimum and 47 characters at maximum, and in one embodiment, the information object code comprises a prefix, a model identification code, a system difference code, a system level code, a responsibility partner code, an authoring unit code, an information sequence code, an information variant code, an information release number and a secret code.
In practical applications, the data resource layer may include a plurality of different common source databases to store different types of data, such as by storing the data module in one database, storing the information object in another database, and the like, which is not limited in this application.
The platform component layer is located above the data resource layer, and the platform component layer includes a plurality of platform components for implementing application service support, such as various common execution engines, which can be configured according to actual situations.
And thirdly, the comprehensive application layer is positioned above the platform component layer and comprises an operation and maintenance information management module, a data making module and a reader module.
1. And an operation and maintenance information management module.
The operation and maintenance information management module is used for managing project data of at least one model of deep-sea submersible project, and the project data indicates equipment technical information of the corresponding model of deep-sea submersible project by referring to a plurality of data modules in the data resource layer.
The project data for each model of deep-sea submersible project includes project base information and project content information. Wherein the project base information includes, but is not limited to, equipment type and model number of the deep sea submersible project. The item content information comprises an equipment structure tree (SNS structure tree), the equipment structure tree comprises a plurality of structure tree nodes, the plurality of structure tree nodes are built according to the equipment structures of the deep sea submersible items of corresponding models to form topological structures, and each structure tree structure comprises a plurality of data modules. In the process of guaranteeing operation and maintenance, if subsystems contained in a deep-sea submersible project of one model are changed, the equipment structure tree can be reorganized, flexible expansion and adjustment of equipment system composition are achieved, and consistency of the equipment structure tree and actual equipment composition is guaranteed. The equipment structure trees formed by different models of deep sea submersible projects are generally different.
In another embodiment, the operation and maintenance information management module is further used for managing a publication of each model of deep-sea submersible project, wherein the publication is a technical manual of the model of deep-sea submersible project and is referred to for reference. Publications are also stored at the data resource layer. A publication of each model of the deep-sea submersible project indicates equipment technology information for the corresponding model of the deep-sea submersible project by referencing a number of data modules in a data resource layer. The publication is directly built according to an equipment structure tree of the deep sea submersible project, and can also be built according to other structures according to actual needs. The publication may contain, in addition to project data for a corresponding model of deep sea submersible project, other data to enrich the content of the publication as needed.
2. A data making module.
The data making module is used for updating the data module, wherein the updating comprises adding, editing, modifying, deleting and the like. The updating of the data module realized by the data making module mainly comprises two aspects:
(1) and updating the data modules in the data resource layer, wherein the updating operation on the data modules can correspondingly update the project data of each deep-sea submersible project, for example, after one data module in the data resource layer is edited and modified, the project data of all deep-sea submersible projects which refer to the data module can be correspondingly changed.
(2) And updating the project data of the deep sea submersible vehicle project, wherein the updating operation on the data modules can custom update the project data of a specific deep sea submersible vehicle project without influencing the data modules in the data resource layer, so that the project data of other deep sea submersible vehicle projects are kept unchanged. For example, after editing and modifying a data module in a submarine project, the project data of other submarine projects which refer to the data module does not change. In addition, the method can also carry out operations such as increasing, deleting, checking, modifying and the like on the existing data modules in the structure tree nodes in the equipment structure tree of the deep-sea submersible project.
In any case, when the data module is updated, the data creating module updates the project data of the deep sea submersible vehicle project by text editing or table editing, and the text editing is completely updated by an operator, so that the content of the data module can be quickly edited, but the requirement on the specialty is high. The form editing mode provides prompt information for guiding the data module to be edited, and the form editing mode can be a better choice for non-professional creators. In practical application, a data module can be created through the operation and maintenance information management module, basic information such as data marks, states, types and the like of the data module can be filled, and specific contents of the data module can be manufactured through the data manufacturing module after the basic information of the data module is determined.
The documentation module, when updating the equipment technical information in the data module in the form of multimedia in addition to text, is also used to create equipment technical information in the form of charts, animations, virtual models, audio and video, etc. using the original two-dimensional, three-dimensional data to optimize product and support information, such as assembly and disassembly instructions, parts catalogues, operator manuals and service manuals, training documents, etc.
In one embodiment, the data resource layer further stores a mode file of each data module type, and the mode file stores general data of the corresponding data module type, such as an element that the data module of the type must contain or a style tag that is general to the data module of the current type. When the data module needs to be newly added to the data making module, the data module type of the data module to be newly added needs to be determined, and then the data making module adds a new data module according to the general data in the mode file of the data module type to be newly added. Specifically, the method comprises the following steps: when a data module is newly added, the default content of the data module is the content in the mode file corresponding to the type of the data module, and the data module can be modified in a user-defined way on the basis of the content of the mode file, and finally the data module is created and completed. Therefore, the workload of authoring the data module content can be reduced, and the probability of unmatched labels or formats of the data module content is reduced. In addition, the system can adapt to different standard specifications by modifying the content in the mode file to meet different standard specifications, for example, fig. 1 takes the GJB6600 as an example, and with the modification of the GJB6600 or other standard specifications, only the content in the mode file needs to be modified to meet different standards.
The data making module also provides a reviewing function of the data module so that a user can view the display effect after the data module is written. When the data module is updated, the data making module is also used for displaying the data module according to the display style of the data module for verification and review, so that a user can quickly adjust the content of the data module. In XML, content is separated from the presentation form, and XML has no information about the style of the presentation data, and its presentation is given to (CSS) and extended style language (XSL). The XML file of the data module stores the content to be displayed, with CSS or XSL style sheets stored. The data making module defines a display style by adopting an XSL style sheet and realizes the display of the converted result file in a mode of embedding an IE browser.
When the operation and maintenance information management module is also used for managing the publication, the corresponding data making module is also used for updating the publication of the deep-sea submersible project, and similar to the data updating module, the operations of increasing, deleting, checking, modifying and the like can be carried out on the publication.
3. A reader module.
The reader module is used for displaying the data module in the data resource layer and/or project data of the deep sea submersible vehicle project. The presentation of different types of data modules may vary. When the operation and maintenance information management module is also used for managing the publication, the corresponding reader module is also used for displaying the publication of the deep sea submersible vehicle project. In order to facilitate reading, the system analyzes the publication data in the form of a directory tree, and each leaf node of the directory tree can quickly navigate to corresponding equipment technical information. As described above, the equipment technical information encapsulated by the data module has different multimedia forms, and different display forms can be provided for different forms of information, such as enlarged preview of an illustration, browsing and playing of a video file, mutual skip of a reference file link, personalized prompt of prompt information, and the like. The user can read and know the technical data content more conveniently and intuitively.
In addition to the modules described above, the system also includes conventional security mechanisms, such as a system management module and an access control module:
the system management module is used for providing management of system roles and users, and the role management realizes authority control by creating roles and allocating users to the roles. The role is a set of permissions, and a user can access and operate a corresponding function point in the system after being assigned to the role. The authority of the role in which the user is located is different in size, and one role can contain a plurality of users.
The access control module is used for acquiring a user name and a password input when a user logs in the system and specific information of a service to be accessed, and the system background can normally use functions such as a data making module and a reader module after verification passes. If the user name and the password input three times are incorrect, the system automatically closes the login interface of the data making module. If the service to be accessed is not open, the connection cannot be successfully established.
What has been described above is only a preferred embodiment of the present application, and the present invention is not limited to the above embodiment. It is to be understood that other modifications and variations directly derivable or suggested by those skilled in the art without departing from the spirit and concept of the present invention are to be considered as included within the scope of the present invention.
Claims (10)
1. An interactive operation and maintenance support system of a deep-sea submersible is characterized by comprising a comprehensive application layer, a platform component layer and a data resource layer;
the data resource layer comprises a public source database for storing data modules, and each data module is packaged with equipment technical information of the deep-sea submersible;
the platform component layer is positioned above the data resource layer and comprises a plurality of platform components for realizing application service support;
the integrated application layer is positioned above the platform component layer and comprises an operation and maintenance information management module, a data making module and a reader module, wherein the operation and maintenance information management module is used for managing project data of at least one model of deep sea submersible vehicle project, and the project data indicates equipment technical information of the corresponding model of deep sea submersible vehicle project by referring to a plurality of data modules in the data resource layer; the data making module is used for updating a data module in the data resource layer and/or updating project data of a deep-sea submersible project; the reader module is used for displaying the data module in the data resource layer and/or the project data of the deep sea submersible vehicle project.
2. The system of claim 1, wherein the equipment technology information encapsulated in the data modules stored in the data resource layer includes at least one of deep sea vehicle description information describing design parameters and operational specifications of the deep sea vehicle, program information describing operating procedures of the deep sea vehicle, and process information describing data generated during operation and maintenance of the deep sea vehicle.
3. The system of claim 1, wherein the data module encapsulates equipment technology information in a multimedia form, the multimedia form comprising at least one of a text form, a graph form, an animation form, a virtual model form, an audio form, and a video form.
4. The system of claim 3, wherein the data module encapsulates other forms of equipment technical information besides text forms by referencing the information object stored in the data resource layer, and/or the data module encapsulates a reference file link to reference other data modules stored in the data resource layer.
5. The system of claim 4, wherein each information object is uniquely identified by an information object code and each data module is uniquely identified by a data module code.
6. The system of claim 1, wherein the project data for each model of the deep-sea submersible project comprises project basis information and project content information, the project content information comprising an equipment structure tree comprising a plurality of structure tree nodes, the plurality of structure tree nodes forming a topology according to the equipment structure of the corresponding model of the deep-sea submersible project, each structure tree structure comprising a plurality of data modules.
7. The system of claim 1, wherein the operation and maintenance information management module is further configured to manage publications of various models of deep-sea submersible projects, the publications being stored in the data resource layer, the publications of each model of deep-sea submersible project indicating equipment technology information of the corresponding model of deep-sea submersible project by referencing a number of data modules in the data resource layer;
the documentation module is further operable to update a publication of the deep sea submersible project and the reader module is further operable to present a publication of the deep sea submersible project.
8. The system of claim 1, wherein the profiling module updates the project data of the bathyscaph project by text editing or table editing while updating the data module, the table editing providing a prompt for directing editing of the data module.
9. The system according to claim 1, wherein the data resource layer further stores a schema file of each data module type, the schema file stores general data of the corresponding data module type, and the data creation module adds a data module according to the general data in the schema file of the data module type to be added.
10. The system of claim 1, wherein the document production module is further configured to display the data module for verification review according to a display style of the data module when updating the data module.
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