CN102663916A - Electromechanical device model dismantling training system under virtual roaming scene and development method thereof - Google Patents
Electromechanical device model dismantling training system under virtual roaming scene and development method thereof Download PDFInfo
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- CN102663916A CN102663916A CN2012101222058A CN201210122205A CN102663916A CN 102663916 A CN102663916 A CN 102663916A CN 2012101222058 A CN2012101222058 A CN 2012101222058A CN 201210122205 A CN201210122205 A CN 201210122205A CN 102663916 A CN102663916 A CN 102663916A
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Abstract
The invention discloses a development method of an electromechanical device model dismantling training system under a virtual roaming scene, which is used for the management of the training for the engineering personnel of mechanical manufacturing, electric power production and the like on the aspect of the repairing such as dismantling and assembling. The electromechanical device model dismantling training system comprises a virtual roaming scene module, a part dismantling demonstration module, an interaction interface progress module and a background database management module. Through the combination of virtual reality and visualized programming technology, interactive-type virtual simulation training is provided for equipment repairing personnel and management personnel of machinery and electric power engineering, and the electromechanical device model dismantling training system has advantages of high training efficiency, wide application range, low training cost and the like. Especially for the electromechanical equipment with a complicated structure feature, the digitalized training and management for dismantling and assembling components in a virtual reality environment can be realized through the electromechanical device model dismantling training system.
Description
Technical field
The present invention relates to electromechanical equipment model dismounting training system and development approach thereof under a kind of virtual roaming scene, belong to computer-aided design (CAD) and industrial design field.
Background technology
Rely on advanced multimedia technology; Utilize three-dimensional artificial modeling software, animation soft and virtual game to develop software and create electromechanical equipment model dismounting training system under the virtual roaming scene; Let training object in the maintenance factory building, independently roam; " personally " inspection operations such as the dismounting of completion equipment component model, installation help understanding and acceptance to training contents.Traditional training method is generally on-the-spot guidance and practical training, because the student lacks the cognition directly perceived of equipment and the limitation of workshop practice, result of training is often general, and the training cycle is longer, is unfavorable for long-time memory and the understand and master of student to training contents.The technological realization of interactive 3D virtual construct system is interactive with training object in the real-time dismounting environment of model; The user can roam visit according to s own situation in scene; The selection operation type; Determine each parts dismounting order, pull model and operate, thereby for training object is brought into play enthusiasm, the effective cognition of acquisition creates good conditions.
Summary of the invention
In order to solve the problem that exists in the training of equipment dismounting tradition, the invention provides electromechanical equipment model dismounting training system and development approach thereof under a kind of virtual roaming scene.
Major technique of the present invention thes contents are as follows:
Electromechanical equipment model dismounting training system comprises: the virtual roaming scene module under a kind of virtual roaming scene; Parts dismounting demonstration module; Interactive interface process module and background database manager module.
Above-mentioned virtual roaming scene module makes up the factory building background of electromechanical equipment dismounting, maintenance, and autonomous roaming function is provided for the user; Be provided with three-dimensional simulation model in the said factory building background.
Above-mentioned three-dimensional simulation model comprises electric light, stair, electric switch, device model dismounting and assembles needed Work tool.
The parts dismounting three-dimensional artificial animation that above-mentioned parts dismounting demonstration module storage is made in advance; Wait for when the user accomplishes a certain specific operation; Trigger and play, Show Me animation represents the disassembly process of parts, after the user drags parts release; Parts are separated from each other automatically or fit, and accomplish dismounting or assembling.
Above-mentioned interactive interface process module guides the user to carry out next step operation in training system, and the user gets into different training modules through operating different interfaces, and under said interactive interface process module helps, accomplishes corresponding apparatus dismounting training flow process.
The mode of above-mentioned guiding comprises that interactive menu interface, user welcome interface, operation interface, prompted dialog frame, training contents explanation picture.
Above-mentioned background database manager module is stored log information and remarks content, and provides and call query function.
The development approach of electromechanical equipment model dismounting training system under a kind of virtual roaming scene may further comprise the steps:
(1), utilize the three-dimensional simulation model in the factory building background of the dismounting of software creation electromechanical equipment, maintenance, for three-dimensional simulation model is provided with the collision attribute, the Work tool model that the place apparatus dismounting is required supplies the roamer to pick up use;
(2), utilize three-dimensional animation making software, according to the specific requirement of the electromechanical equipment dismounting of training side, maintenance procedure,, design and make parts dismountings, the assembling process Show Me animation of correct standard to each parts;
(3), utilize the level design software designing user to welcome interface, operation interface, prompted dialog frame, training contents explanation picture; Utilize visual programming language editor interactive menu interface, comprise that condition criterion, animation are play, the link of dialog box prompting process.
(4), the exploitation background data base, classification and storage user profile, training record and other remarks contents are background data base editor special inquiry and call operation interface, the confession user is to the visit and the management of background data base.
Condition criterion in the above-mentioned steps (3) comprises following aspect:
(1), parts dismounting sequential decision
A, parts dismounting are correct in proper order: trigger interactive interface process module, play the three-dimensional artificial Show Me animation of this parts dismounting;
B, parts dismounting sequence error: trigger interactive interface process module, these parts automatically reset, and eject the miscue dialog box, and the user can further operate and eject training contents explanation picture.
(2), disassemble and assemble work is accomplished and is judged
C, disassemble and assemble work are accomplished: trigger interactive interface process module, the prompted dialog frame occurs, announce the result, training information is written into background data base automatically;
D, disassemble and assemble work are not accomplished: the wait user is operated to and finishes the work.
By technique scheme, the present invention has advantage at least:
The present invention designs and develops through electromechanical equipment model dismounting training system under the virtual roaming scene.At first make up the virtual scene of the dismounting of electromechanical equipment parts, service work factory building, all models in the scene are provided with the collision attribute, in case personage or object penetration phenomenon take place; Add the user and in scene, independently roam, control operating functions such as electrical equipment, tool using; Secondly, system has each parts dismounting emulation animation, when the user accomplishes assigned operation, satisfies decision condition and can trigger broadcast parts animation; Interactive interface process module then provides support by INTERFACE DESIGN and the visual programming processes such as broadcast for user's interactive operation, condition criterion and Show Me animation; At last, system's significant datas such as user account information, training daily record and remarks all will leave background data base in and carry out unified management, be convenient to system manager's compiles user authority in the future, call, inquire about work such as training history.
The present invention has advantages such as the virtual emulation degree is high, training efficiency is high, training cost is low, system interactive is strong, widely applicable.
Embodiment of the present invention is provided by following examples and accompanying drawing thereof in detail.
Description of drawings
Fig. 1 is an electromechanical equipment model dismounting training system structural representation under the virtual roaming scene of the present invention;
Fig. 2 is the schematic flow sheet of electromechanical equipment model dismounting training system development approach under the virtual roaming scene of the present invention.
Embodiment
Reach technological means and the effect that predetermined goal of the invention is taked for further setting forth the present invention, below in conjunction with accompanying drawing and preferred embodiment, to its embodiment, structure, characteristic and the effect thereof that proposes according to the present invention, specify as after.
As shown in Figure 1, electromechanical equipment model dismounting training system comprises: the virtual roaming scene module under a kind of virtual roaming scene; Parts dismounting demonstration module; Interactive interface process module and background database manager module.
The virtual roaming scene module makes up the factory building background of electromechanical equipment dismounting, maintenance, and autonomous roaming function is provided for the user; Be provided with three-dimensional simulation model in the factory building background, three-dimensional simulation model comprises electric light, stair, electric switch, device model dismounting and assembles needed Work tool.
The parts dismounting three-dimensional artificial animation that the storage of parts dismounting demonstration module is made in advance; Wait for when the user accomplishes a certain specific operation; Trigger and play, Show Me animation represents the disassembly process of parts, after the user drags parts release; Parts are separated from each other automatically or fit, and accomplish dismounting or assembling.
Interactive interface process module guides the user to carry out next step operation in training system, and the user gets into different training modules through operating different interfaces, and under said interactive interface process module helps, accomplishes corresponding apparatus dismounting training flow process.The mode of guiding comprises that interactive menu interface, user welcome interface, operation interface, prompted dialog frame, training contents explanation picture.
The background database manager module is to the log-on message of user name, password, and the log information of training time, number of times, achievement and remarks content are stored, and provides and call query function.
As shown in Figure 2, the development approach of electromechanical equipment model dismounting training system under a kind of virtual roaming scene may further comprise the steps:
(1), utilizes three-dimensional artificial modeling, virtual game to develop software to create three-dimensional simulation model in the factory building background of electromechanical equipment dismounting, maintenance; For the three-dimensional simulation model of the electric switch in the factory building background, electric light, stair, maintenance platform is provided with the collision attribute; The Work tool model that the place apparatus dismounting is required supplies the roamer to pick up use; Form true to nature, complete electromechanical equipment maintenance scene.
(2), utilize three-dimensional animation making software, according to the specific requirement of the electromechanical equipment dismounting of training side, maintenance procedure,, design and make parts dismountings, the assembling process Show Me animation of correct standard to each parts;
(3), utilize the level design software designing user to welcome interface, operation interface, prompted dialog frame, training contents explanation picture, level design software is selected Flash software for use; Utilize visual programming language editor interactive menu interface, comprise that condition criterion, animation are play, the link of dialog box prompting process, Visual Studio software selected for use in the visual programming language.
(4), the exploitation background data base, classification and storage user profile, training record and other remarks contents are background data base editor special inquiry and call operation interface, the confession user is to the visit and the management of background data base.
Condition criterion in the above-mentioned steps (3) comprises following aspect:
(1), parts dismounting sequential decision
A, parts dismounting are correct in proper order: trigger interactive interface process module, play the three-dimensional artificial Show Me animation of this parts dismounting;
B, parts dismounting sequence error: trigger interactive interface process module, these parts automatically reset, and eject the miscue dialog box, and the user can further operate and eject training contents explanation picture.
(2), disassemble and assemble work is accomplished and is judged
C, disassemble and assemble work are accomplished: trigger interactive interface process module, the prompted dialog frame occurs, announce the result, training information is written into background data base automatically;
D, disassemble and assemble work are not accomplished: the wait user is operated to and finishes the work.
The present invention designs and develops through electromechanical equipment model dismounting training system under the virtual roaming scene.At first make up the virtual scene of the dismounting of electromechanical equipment parts, service work factory building, all models in the scene are provided with the collision attribute, in case personage or object penetration phenomenon take place; Add the user and in scene, independently roam, control operating functions such as electrical equipment, tool using; Secondly, system has each parts dismounting emulation animation, when the user accomplishes assigned operation, satisfies decision condition and can trigger broadcast parts animation; The interactive menu interface module then provides support by INTERFACE DESIGN and the visual programming processes such as broadcast for user's interactive operation, condition criterion and Show Me animation; At last, system's significant datas such as user account information, training daily record and remarks all will leave background data base in and carry out unified management, be convenient to system manager's compiles user authority in the future, call, inquire about work such as training history.
The present invention has advantages such as the virtual emulation degree is high, training efficiency is high, training cost is low, system interactive is strong, widely applicable.
The above only is preferred embodiment of the present invention, is not the present invention is done any pro forma restriction; Though the present invention discloses as above with preferred embodiment; Yet be not in order to limiting the present invention, anyly be familiar with the professional and technical personnel, in not breaking away from technical scheme scope of the present invention; When the technology contents of above-mentioned announcement capable of using is made a little change or is modified to the equivalent embodiment of equivalent variations; In every case be the content that does not break away from technical scheme of the present invention, to any simple modification, equivalent variations and modification that above embodiment did, all still belong in the scope of technical scheme of the present invention according to technical spirit of the present invention.
Claims (9)
1. electromechanical equipment model dismounting training system under the virtual roaming scene is characterized in that, comprising: the virtual roaming scene module; Parts dismounting demonstration module; Interactive interface process module and background database manager module.
2. electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 1, and said virtual roaming scene module makes up the factory building background of electromechanical equipment dismounting, maintenance, and autonomous roaming function is provided for the user; Be provided with three-dimensional simulation model in the said factory building background.
3. electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 2, and said three-dimensional simulation model comprises electric light, stair, electric switch, device model dismounting and assembles needed Work tool.
4. electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 1, the parts dismounting three-dimensional artificial animation that said parts dismounting demonstration module storage is made in advance; Wait for when the user accomplishes a certain specific operation; Trigger and play, Show Me animation represents the disassembly process of parts, after the user drags parts release; Parts are separated from each other automatically or fit, and accomplish dismounting or assembling.
5. electromechanical equipment model dismounting training system under the virtual roaming scene according to claim 1; It is characterized in that; Said interactive interface process module guides the user to carry out next step operation in training system; The user gets into different training modules through operating different interfaces, and under said interactive interface process module helps, accomplishes corresponding apparatus dismounting training flow process.
6. electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 5, and the mode of said guiding comprises that interactive menu interface, user welcome interface, operation interface, prompted dialog frame, training contents explanation picture.
7. electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 1, and said background database manager module is stored log information and remarks content, and provides and call query function.
8. the development approach of electromechanical equipment model dismounting training system under the virtual roaming scene is characterized in that, may further comprise the steps:
(1), utilize the three-dimensional simulation model in the factory building background of the dismounting of software creation electromechanical equipment, maintenance, for three-dimensional simulation model is provided with the collision attribute, the Work tool model that the place apparatus dismounting is required supplies the roamer to pick up use;
(2), utilize three-dimensional animation making software, according to the specific requirement of the electromechanical equipment dismounting of training side, maintenance procedure,, design and make parts dismountings, the assembling process Show Me animation of correct standard to each parts;
(3), utilize the level design software designing user to welcome interface, operation interface, prompted dialog frame, training contents explanation picture; Utilize visual programming language editor interactive menu interface, comprise that condition criterion, animation are play, the link of dialog box prompting process;
(4), the exploitation background data base, classification and storage user profile, training record and other remarks contents are background data base editor special inquiry and call operation interface, the confession user is to the visit and the management of background data base.
9. the development approach of electromechanical equipment model dismounting training system is characterized in that under the virtual roaming scene according to claim 8, and the condition criterion in the said step (3) comprises following aspect:
(1), parts dismounting sequential decision
A, parts dismounting are correct in proper order: trigger interactive interface process module, play the three-dimensional artificial Show Me animation of this parts dismounting;
B, parts dismounting sequence error: trigger interactive interface process module, these parts automatically reset, and eject the miscue dialog box, and the user can further operate and eject training contents explanation picture;
(2), disassemble and assemble work is accomplished and is judged
C, disassemble and assemble work are accomplished: trigger interactive interface process module, the prompted dialog frame occurs, announce the result, training information is written into background data base automatically;
D, disassemble and assemble work are not accomplished: the wait user is operated to and finishes the work.
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| CN104408766A (en) * | 2014-11-18 | 2015-03-11 | 国家电网公司 | Method for displaying and controlling equipment dismantling process of power system simulation training |
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Application publication date: 20120912 |