CN107943773B - Interactive electronic technical manual development system and method for aerospace products - Google Patents
Interactive electronic technical manual development system and method for aerospace products Download PDFInfo
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Abstract
The invention discloses an interactive electronic technical manual development system and method for aerospace products, wherein the system comprises: the management module is used for analyzing the data to be developed and determining a structure tree of the data to be developed; coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module demand list; the editing module is used for calling the sample template according to the data module demand list to obtain an editable interactive template; according to an input request of a user, adding data requested to be input by the input request to a corresponding position of an interaction template to obtain an interactive electronic technical manual; the issuing module is used for selecting the content requested by the browsing request from the interactive electronic technical manual to issue according to the browsing request of the user; and the browsing module is used for displaying the content released by the releasing module. The scheme disclosed by the invention meets the development requirement of an aerospace product IETM.
Description
Technical Field
The invention belongs to the technical field of comprehensive information guarantee of aerospace products, and particularly relates to an interactive electronic technical manual development system and method for aerospace products.
Background
With the increasing complexity of aerospace equipment, a large amount of technical data information can be generated, transmitted and used in the design, production, use, training and maintenance work, the guarantee means mainly using paper technical data has large workload, more repeated work, large capital consumption and long design and production period, and the requirements of equipment guarantee and personnel training cannot be met.
An Interactive Electronic Technology Manual (IETM) stores technical contents in the form of characters, graphs, audio, videos, three-dimensional models and the like, provides Electronic technical files of contents such as equipment basic principles, use operation, maintenance and the like in a man-machine interaction mode, is an urgent need for solving the problem that the traditional massive technical documents are 'immovable, unavailable and unintelligible', has great superiority, can effectively improve the equipment use and maintenance guarantee efficiency, and is an important component and a key technical means for equipment comprehensive guarantee.
The aerospace product has high requirement on security of technical data, the application range covers the whole processes of design, manufacture, production, launching and the like, and relates to the aspects of product introduction, structure composition, use description, operation flow, maintenance, fault diagnosis, processing and the like, the files are various in types and complex in display form, and development platform software on the market at present cannot meet the requirement for aerospace products.
Disclosure of Invention
The technical problem of the invention is solved: the defects of the prior art are overcome, and an interactive electronic technical manual development system and method for aerospace products are provided to meet the development requirements of the aerospace products IETM.
In order to solve the technical problem, the invention discloses an interactive electronic technical manual development system for aerospace products, which comprises:
the management module is used for analyzing the data to be developed and determining a structure tree of the data to be developed; coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module demand list;
the editing module is used for calling a sample template according to the data module demand list to obtain an editable interactive template; the interactive electronic technical manual is obtained by adding the data requested to be input by the input request to the corresponding position of the interactive template according to the input request of the user;
the issuing module is used for selecting the content requested by the browsing request from the interactive electronic technical manual to issue according to the browsing request of the user;
and the browsing module is used for displaying the content which is issued by the issuing module, selected from the interactive electronic technical manual and requested by the browsing request.
In the above system for developing an interactive electronic technical manual for an aerospace product, when the management module performs coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module requirement list, the method includes:
coding each node according to the membership of each node under the structure tree to obtain a system division code;
coding the data stored under each node according to the type of the data stored under each node to obtain a data module code;
and obtaining a data module demand list according to the system division code, the data module code and the corresponding relation between the system division code and the data module code.
In the above development system for an interactive electronic technical manual for an aerospace product, when the editing module calls the sample template according to the data module requirement list to obtain an editable interaction template, the method includes:
selecting a sample template corresponding to the indication coded by the data module;
and arranging the called sample template according to the system division code and the corresponding relation between the system division code and the data module code to obtain the editable interactive template.
In the above interactive electronic technical manual development system for aerospace products, the system further includes:
the data storage module is used for storing the output information of the management module, the editing module, the publishing module and the browsing module and a plurality of pre-established sample templates; wherein, one sample template corresponds to one data module code.
In the above interactive electronic technical manual development system for aerospace products, the sample template includes: description class data templates, program class data templates, operation class data templates, fault class data templates, maintenance plan class data templates, illustration part class data templates, wiring class data templates, and process class data templates.
In the above interactive electronic technical manual development system for aerospace products,
the management module is also used for coding the pictures and the multimedia data to obtain information object codes when the data to be developed comprise the pictures and/or the multimedia;
and the editing module is also used for loading the pictures and/or multimedia indicated by the object codes to the corresponding positions of the editable interactive template according to the corresponding relations among the object codes, the information object codes, the system division codes and the data module codes.
In the above interactive electronic technical manual development system for aerospace products, the editing module, when loading the pictures and/or multimedia indicated by the object codes to the corresponding positions of the editable interactive template, includes:
and if the object indicated by the object code is an interactive picture, performing vector conversion on the interactive picture to obtain a two-dimensional vector diagram, and loading the two-dimensional vector diagram to a corresponding position of the editable interactive template.
In the above interactive electronic technical manual development system for aerospace products, the editing module, when loading the pictures and/or multimedia indicated by the object codes to the corresponding positions of the editable interactive template, includes:
and if the object indicated by the object code is a three-dimensional model diagram and the file size of the three-dimensional model diagram is larger than a preset value, carrying out light-weight processing on the three-dimensional model diagram through a three-dimensional light-weight model, and loading the three-dimensional model diagram after the light-weight processing to the corresponding position of the editable interactive template.
In the above interactive electronic technical manual development system for aerospace products,
and the editing module is also used for verifying the sample template contained in the editable interactive template by calling the sample template verification information.
Correspondingly, the invention also discloses an interactive electronic technical manual development method for aerospace products, which comprises the following steps:
calling a management module to analyze data to be developed and determining a structure tree of the data to be developed; coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module demand list;
calling an editing module, calling a sample template according to the data module demand list to obtain an editable interactive template; the interactive electronic technical manual is obtained by adding the data requested to be input by the input request to the corresponding position of the interactive template according to the input request of the user;
calling an issuing module, and selecting the content requested by the browsing request from the interactive electronic technical manual for issuing according to the browsing request of the user;
and calling a browsing module to display the content which is issued by the issuing module, selected from the interactive electronic technical manual and requested by the browsing request.
The invention has the following advantages:
the invention discloses an interactive electronic technical manual development system and method for aerospace products, which are used for providing a sample template and standardizing the manufacturing format of the sample template according to the use characteristics and range of technical data of the aerospace products, can quickly customize and develop IETM products meeting the technical data characteristics of the aerospace products, save the working time, improve the working efficiency, standardize the IETM manufacturing process and data format and meet the requirements of the technical data of the aerospace products.
Secondly, a two-dimensional/three-dimensional hotspot interaction function is embedded, so that the hotspot interaction function of a two-dimensional graph and a three-dimensional model is realized, the functions of function display, assembly and disassembly process simulation and the like of the three-dimensional model can be performed on the IETM platform, the interactivity of the IETM product is enhanced, and the display mode of the IETM is greatly enriched; the display style can be rapidly configured through the predefined style file, the method can be applied to Windows and Android systems, and the method has strong adaptability to various equipment products and hardware platforms.
In addition, the IETM product is manufactured by facing the development system of the interactive electronic technical manual of the aerospace product, so that the data query time can be greatly reduced, the fault location and elimination accuracy rate can be improved, the training efficiency and the training level can be improved, and the management cost and the guarantee cost of the technical data of the aerospace product can be reduced.
Drawings
Fig. 1 is a block diagram of an interactive electronic technical manual development system for aerospace products according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, common embodiments of the present invention will be described in further detail below with reference to the accompanying drawings.
Referring to fig. 1, a block diagram of an interactive electronic technical manual development system for aerospace products according to an embodiment of the present invention is shown. In this embodiment, the interactive electronic technical manual development system for aerospace products includes:
the management module 101 is configured to analyze data to be developed and determine a structure tree of the data to be developed; and coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module demand list.
In this embodiment, the data to be developed may specifically refer to technical data of an aerospace product. Preferably, each node can be coded according to the membership of each node under the structure tree to obtain a system division code; coding the data stored under each node according to the type of the data stored under each node to obtain a data module code; and obtaining a data module demand list according to the system division code, the data module code and the corresponding relation between the system division code and the data module code.
In this embodiment, the system partition code is encoded according to the structure partition of the structure tree of the data to be developed. The structure division of the structure tree may be according to: system → subsystem → unit/component. And coding is carried out based on the structure division to obtain a system division code.
It should be noted that the data module requirement list may include, in addition to the system partition code, the data module code, and the corresponding relationship between the system partition code and the data module code: and the data module encodes information such as the name, the range, the content, the expression form, the responsibility unit and the like of the corresponding sample template.
The editing module 102 is used for calling a sample template according to the data module requirement list to obtain an editable interactive template; and the data processing module is used for adding the data requested to be input by the input request to the corresponding position of the interaction template according to the input request of the user to obtain the interactive electronic technical manual.
In this embodiment, when the editing module 102 calls the sample template according to the data module requirement list to obtain the editable interaction template, the method may specifically include: selecting a sample template corresponding to the indication coded by the data module; and arranging the called sample template according to the system division code and the corresponding relation between the system division code and the data module code to obtain the editable interactive template.
Preferably, the sample template includes, but is not limited to: description class data templates, program class data templates, operation class data templates, fault class data templates, maintenance plan class data templates, illustration part class data templates, wiring class data templates, and process class data templates. Wherein: description class data template: the information such as composition, function, principle and use of the equipment is described mainly by adopting the modes such as texts, pictures, tables, audio, video, animation and the like. Program class data templates: the method is used for describing a specific task (such as a maintenance program, a detection program, a maintenance program and the like), and the steps of early tool inspection, step-by-step pictures of specific work contents, videos, three-dimensional animations and the like are adopted, so that the workflow is identified concisely and clearly. Operation class data template: the necessary information for operation is provided for equipment parts with operation requirements such as parts and equipment, for example: warning information, descriptive information, operational steps, and the like. Fault class data template: the fault phenomena are described in the form of a table, including fault codes, fault descriptions, fault reasons, fault isolation and the like, and the fault detection and maintenance process is shown in the form of a flow chart. Maintenance plan class data template: the system is used for describing information such as the types of maintenance and inspection of the aerospace products, maintenance time intervals, definition of maintenance tasks and the like, and explaining maintenance outlines of components and equipment. Illustrating part class data templates: the method is mainly used for describing information of all replaceable parts related to maintenance of aerospace products, systems and equipment in a table or graphic (two-dimensional or three-dimensional) mode, such as: a diagram of the main components and replaceable units and corresponding table of contents, etc. The wiring class data template: the line connection relation between the components and the electronic equipment is mainly explained in a graphic mode. Process class data templates: a certain process is mainly described in a flow chart mode, generally, interaction with a user is performed in a dialog box mode, and all steps of the process and all logic relations of process nodes are described.
And the issuing module 103 is configured to select, according to a browsing request of a user, a content requested by the browsing request from the interactive electronic technical manual for issuing.
In this embodiment, the interactive electronic technical manual may be fully or partially issued according to the selection of the user.
And the browsing module 104 is used for displaying the content which is issued by the issuing module, selected from the interactive electronic technical manual and requested by the browsing request.
In a preferred embodiment of the present invention, when the data to be developed includes a picture and/or multimedia, the management module 101 may be further configured to encode the picture and the multimedia data to obtain an information object code. Correspondingly, the editing module 102 may be further configured to load the picture and/or multimedia indicated by the object code to the corresponding position of the editable interaction template according to the corresponding relationship between the object code and the information object code, the system partition code, and the data module code.
Preferably, when the editing module 102 loads the picture and/or multimedia indicated by the object code to the corresponding position of the editable interaction template, the method may specifically include: and if the object indicated by the object code is an interactive picture, performing vector conversion on the interactive picture to obtain a two-dimensional vector diagram, and loading the two-dimensional vector diagram to a corresponding position of the editable interactive template. And if the object indicated by the object code is a three-dimensional model diagram and the file size of the three-dimensional model diagram is larger than a preset value, carrying out light-weight processing on the three-dimensional model diagram through a three-dimensional light-weight model, and loading the three-dimensional model diagram after the light-weight processing to the corresponding position of the editable interactive template.
Further preferably, in the two-dimensional vector processing process of the picture, hot spot setting may also be performed: coding a two-dimensional Vector diagram, declaring an SVG (Scalable Vector Graphics) diagram in an editable interactive template by referring to the coding, and then establishing a mapping relation between hot points in the SVG diagram and hot spots in the editable interactive template content, namely establishing a corresponding relation between the hot points named 'hotspot' in the SVG diagram and the hot points named 'applicable structural Ident' in the editable interactive template. The mapped hotspot is quoted in the editable interactive template content, the number of the SVG graph statement and the hotspot name thereof need to be given, and then the name given by the 'applicationStructure name' is directly quoted.
Further preferably, in the process of weight reduction of the three-dimensional model map, hot spot setting may be performed: the three-dimensional model graph adopts a neutral format, a three-dimensional model is quoted through a getfinalPathByICN () interface, the three-dimensional model is analyzed in an editing module, a three-dimensional model structure tree is obtained, parts on the structure tree are quoted through setting ID (Identity), the corresponding relation between a hot spot and a highlight area is set in the three-dimensional model, and hot spot information is obtained and stored in a data storage module.
In a preferred embodiment of the present invention, the editing module 102 may be further configured to verify the sample template included in the editable interactive template by calling sample template verification information. If the editable interactive template is verified to be in a correct format through the sample template verification information, the editable interactive template can be stored in the data storage module; if the format of the editable interaction template is not correct, the editable interaction template needs to be edited again.
In a preferred embodiment of the present invention, the interactive electronic technical manual development system for aerospace products may further include: the data storage module 105 is used for storing the output information of the management module, the editing module, the publishing module and the browsing module and a plurality of pre-established sample templates; wherein, one sample template corresponds to one data module code. In addition, other interaction information, configuration information and the like such as sample template checking information can be stored through the data storage module. When the modules call data, the modules can be directly called from the data storage module, so that the working efficiency is improved.
Based on the above embodiments, it can be seen that:
the management module supports DTD (Document Type Definition)/Schema Definition and can realize the operations of making, editing, modifying and the like of the sample template; support the analysis, verification, access and direct browsing of XML (Extensible Markup Language) and CGM (Computer Graphics Metafile) files.
The editing module can utilize multiple tools such as XML/XST/XSD/SGML and the like to quickly and intuitively generate technical data into an editable interactive template, support two-dimensional vector diagram and three-dimensional model editing, set hot spot information and link and reference other pictures and/or multimedia.
The data storage module can adopt XML language to carry out structuralized processing on data, is used for storing various information such as a sample template, an editable interaction template, a picture, multimedia and a data module demand list and the like, and uses corresponding codes to identify and manage, thereby providing complete source data support for creating IETM. Preferably, the data storage module can use an Oracle database to store various types of data by creating an appropriate table structure.
And the publishing module adopts a B/S architecture, can be created in a browser, and extracts all or part of the interactive electronic technical manual from the data storage module through the interface for publishing. Secondly. Through the pre-configured XSL style sheet, the display style can be rapidly configured and adjusted.
The browsing module adopts a C/S architecture, the client side adopts a C + + language, can run in a Windows and Android system, namely supports the Windows and Android system, provides a browsing function for all or part of issued interactive electronic technical manuals, including but not limited to displaying navigation directories, interactive electronic technical manual contents (characters, graphs, forms, multimedia information and the like), supports interaction with users, supports links inside and across pages, supports hot spot display and operation in two-dimensional vector diagrams and three-dimensional models, supports operations of display, rotation, labeling and the like of three-dimensional models, provides comment and feedback functions, is used for recording use opinions of the users, and feeds the use opinions back to the data storage module.
In summary, the invention discloses an interactive electronic technical manual development system and method for aerospace products, which provides a sample template and standardizes the production format thereof according to the use characteristics and range of technical data of aerospace products, can quickly customize and develop an IETM product conforming to the technical data characteristics of aerospace products, saves working time, improves working efficiency, standardizes the IETM production process and data format, and meets the requirements of technical data of aerospace products.
Secondly, a two-dimensional/three-dimensional hotspot interaction function is embedded, so that the hotspot interaction function of a two-dimensional graph and a three-dimensional model is realized, the functions of function display, assembly and disassembly process simulation and the like of the three-dimensional model can be performed on the IETM platform, the interactivity of the IETM product is enhanced, and the display mode of the IETM is greatly enriched; the display style can be rapidly configured through the predefined style file, the method can be applied to Windows and Android systems, and the method has strong adaptability to various equipment products and hardware platforms.
In addition, the IETM product is manufactured by facing the development system of the interactive electronic technical manual of the aerospace product, so that the data query time can be greatly reduced, the fault location and elimination accuracy rate can be improved, the training efficiency and the training level can be improved, and the management cost and the guarantee cost of the technical data of the aerospace product can be reduced.
Correspondingly, the invention also discloses an interactive electronic technical manual development method for aerospace products, which comprises the following steps: calling a management module to analyze data to be developed and determining a structure tree of the data to be developed; coding according to the node information of the structure tree and the type of data stored under each node to obtain a data module demand list; calling an editing module, calling a sample template according to the data module demand list to obtain an editable interactive template; the interactive electronic technical manual is obtained by adding the data requested to be input by the input request to the corresponding position of the interactive template according to the input request of the user; calling an issuing module, and selecting the content requested by the browsing request from the interactive electronic technical manual for issuing according to the browsing request of the user; and calling a browsing module to display the content which is issued by the issuing module, selected from the interactive electronic technical manual and requested by the browsing request.
For the method embodiment, since it corresponds to the system embodiment, the description is relatively simple, and for the relevant points, reference may be made to the description of the system embodiment section.
The embodiments in the present description are all described in a progressive manner, each embodiment focuses on differences from other embodiments, and the same and similar parts among the embodiments are referred to each other.
The above description is only for the best mode of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Those skilled in the art will appreciate that the invention may be practiced without these specific details.
Claims (2)
1. An interactive electronic technical manual development system for aerospace products, comprising:
the management module is used for analyzing the data to be developed and determining a structure tree of the data to be developed; coding each node according to the membership of each node under the structure tree to obtain a system division code; coding the data stored under each node according to the type of the data stored under each node to obtain a data module code; obtaining a data module demand list according to the system division code, the data module code and the corresponding relation between the system division code and the data module code; when the data to be developed comprises pictures and/or multimedia, coding the pictures and the multimedia data to obtain information object codes; the data module requirement list comprises a system division code, a data module code, a corresponding relation between the system division code and the data module code, and the name, the range, the content, the expression form and the responsibility unit of a sample template corresponding to the data module code;
the editing module is used for selecting the sample template indicated corresponding to the data module codes, and arranging the called sample templates according to the system division codes and the corresponding relation between the system division codes and the data module codes to obtain an editable interactive template; the interactive electronic technical manual is obtained by adding the data requested to be input by the input request to the corresponding position of the interactive template according to the input request of the user; loading the pictures and/or multimedia indicated by the object codes to the corresponding positions of the editable interactive template according to the corresponding relations among the object codes, the information object codes, the system partition codes and the data module codes; if the object indicated by the object code is an interactive picture, performing vector conversion on the interactive picture to obtain a two-dimensional vector diagram, and loading the two-dimensional vector diagram to a corresponding position of the editable interactive template; if the object indicated by the object code is a three-dimensional model diagram and the file size of the three-dimensional model diagram is larger than a preset value, carrying out light-weight processing on the three-dimensional model diagram through a three-dimensional light-weight model, and loading the three-dimensional model diagram after the light-weight processing to the corresponding position of the editable interactive template; the following hot spot settings can be further performed in the two-dimensional vector processing process of the picture: coding a two-dimensional vector diagram, declaring the SVG diagram in an editable interactive template by referring to the code, and then establishing a mapping relation between a hot point in the SVG diagram and a hot point in the editable interactive template content, namely establishing a corresponding relation between the hot point named 'hotspot' in the SVG diagram and the hot point named 'applicationStructure' in the editable interactive template; the mapped hot spot is quoted in the editable interactive template content, the number of the SVG graph statement and the hot spot name thereof are given, and then the name given by the 'applicationStructure name' is directly quoted; the following hot spot settings can be carried out in the process of lightweight processing of the three-dimensional model diagram: the three-dimensional model graph adopts a neutral format, a three-dimensional model is quoted through a getfinalPathByICN () interface, the three-dimensional model is analyzed in an editing module, a three-dimensional model structure tree is obtained, parts on the structure tree are quoted through setting IDs, the corresponding relation between a hot spot and a highlight area is set in the three-dimensional model, and hot spot information is obtained and stored in a data storage module;
the issuing module is used for selecting the content requested by the browsing request from the interactive electronic technical manual to issue according to the browsing request of the user;
the browsing module is used for displaying the content which is issued by the issuing module, selected from the interactive electronic technical manual and requested by the browsing request;
the data storage module is used for storing the output information of the management module, the editing module, the publishing module and the browsing module and a plurality of pre-established sample templates; wherein, a sample template corresponds a data module code, and the sample template includes: description type data templates, program type data templates, operation type data templates, fault type data templates, maintenance plan type data templates, graphic part type data templates, wiring type data templates and process type data templates; description class data template: the composition, the function, the principle and the application of the equipment are described in a text, picture, table, audio, video and animation mode; program class data templates: the method is used for describing a specific task, and adopts early-stage tool inspection and step-by-step pictures, videos and three-dimensional animations of specific work contents to identify a work flow; operation class data template: providing necessary information for operation use aiming at equipment parts with operation requirements; fault class data template: describing fault phenomena in a form of a table, including fault codes, fault description, fault reasons and fault isolation, and displaying a fault detection and maintenance process in a form of a flow chart; maintenance plan class data template: the definitions are used for describing the types of maintenance and inspection of the aerospace products, maintenance time intervals and maintenance tasks, and explaining the maintenance outline of parts and equipment; illustrating part class data templates: the information is used for describing all replaceable parts related to the implementation and maintenance of aerospace products, systems and equipment in a table or graph mode; the wiring class data template: the circuit connection relation between the components and the electronic equipment is explained by adopting a graphic mode; process class data templates: a certain process is described in a flow chart mode, interaction with a user is performed in a dialog box mode, and all steps of the process and all logic relations of process nodes are described.
2. An interactive electronic technical manual development system for aerospace products according to claim 1,
and the editing module is also used for verifying the sample template contained in the editable interactive template by calling the sample template verification information.
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| CN109359278A (en) * | 2018-10-26 | 2019-02-19 | 苏州浪潮智能软件有限公司 | A method of it edits and verifies XFS PTR Form and Media file |
| CN110851460A (en) * | 2019-10-24 | 2020-02-28 | 华中科技大学 | Graphic query method for product research progress and application thereof |
| CN111443966A (en) * | 2020-03-11 | 2020-07-24 | 上海精密计量测试研究所 | IETM searching and positioning method based on desktop type virtual simulation |
| CN111966437A (en) * | 2020-08-19 | 2020-11-20 | 中国商用飞机有限责任公司 | Three-dimensional interactive airplane manual design and use method and system |
| CN113253894A (en) * | 2021-05-24 | 2021-08-13 | 北京牛电信息技术有限责任公司 | Vehicle data interaction method, device, equipment and storage medium |
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| 航天测控装备交互式电子技术手册应用研究;左万里等;《计算机测量与控制》;20101231;第18卷(第3期);第520-523页 * |
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