KR20070102319A - Method and system for providing 3d virtual experience electric manual for maintenance education of power plants and equipments - Google Patents

Abstract

A method and a system for providing a 3 dimensional virtual experience electric manual for a maintenance education and a training of the power plants and the equipment are provided to analyze the information of the equipment by implementing the 2 dimensional drawing of the composite elements to the 3 dimensional motion formation information. A method for providing a 3 dimensional virtual experience electric manual for a maintenance education of the power plants and the equipment includes the steps of: a first step of displaying a main window including a body text unit displaying the technical text of the composite elements and a title unit(265) displaying the title of the composite elements; a second step of displaying the technical text corresponding to the selected composite element on the body text unit; a third step of transmitting a request signal requesting the generation of a simple window corresponding to the selected image; a fourth step of generating the simple window including the 3 dimensional motion formation information of the selected composite elements corresponding to the request signal; and a fifth step of displaying the formation of the composite element displayed on the simple window by receiving the outer control request signal for transforming the formation of the 3 dimensional motion formation information.

Description

Method and system for providing 3D virtual experience electric manual for maintenance education of power plants and equipments

1 is a block diagram showing a two-dimensional manual composed of a conventional text and two-dimensional image,

2 is a block diagram of a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention,

3 is a main window of the three-dimensional virtual experience electronic manual system according to an embodiment of the present invention,

4 is a simple window of a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention,

5 is a composite window of a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention,

6 is a design drawing of the three-dimensional virtual experience electronic manual system according to an embodiment of the present invention and the workplace photograph output screen,

7 is a method for operating a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention,

8 is a configuration diagram of a three-dimensional virtual experience electronic manual system online according to another embodiment of the present invention;

9 is a method of operating a three-dimensional virtual experience electronic manual system online according to another embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

100: 2-D Manual 245: Main Window

250: simple window 255: compound window

265: Table of Contents 270: Body

275: three-dimensional dynamic shape portion 280: attachment file portion

285: attribute unit 410: function control unit

The present invention relates to an electronic manual system for maintenance of a machine, and more particularly, a two-dimensional drawing of information for maintenance of a power plant and a machine operation can be viewed as three-dimensional dynamic shape information, and the decomposition of the machines. Detailed description, such as assembly, assembly, etc., relates to a method and system for providing a 3D virtual experience electronic manual for maintenance education and training of power generation facilities that can be realized as a 3D dynamic image.

Recently, with the rapid development of the Internet and image processing technology, a lot of virtual spaces that are achieved on computer screens have emerged. For example, a virtual space such as an exhibition hall / art gallery / cultural site / animal and botanical garden can be virtualized on the computer screen, and the exhibition can be displayed on the computer screen without visiting the actual place such as an actual exhibition hall / art gallery / cultural site / animal and botanical garden. You can appreciate works, cultural relics, flora and fauna.

Conventional manuals for facility maintenance are generally produced in books or in 2D images. The problem with the manual produced as the first book was to find a page corresponding to the failure of even one component, and when the manual became old, the color changed or was torn. Second, the manual produced by the 2D drawing has the advantage over the book because it can search the broken part on the computer screen, but each part can be checked when the broken part is checked by the novice or inexperienced technician without the skilled technician. It was difficult to know the details of the problem and how to decompose it had a disadvantage.

1 is a block diagram showing a two-dimensional manual composed of a conventional text and a two-dimensional drawing. As shown in FIG. 1, the conventional two-dimensional manual 100 can identify each component only by the description 110 and the two-dimensional drawing 120 of the components, and the detailed description or decomposition of each component, Assembly, rotation, enlargement, and reduction were not possible, and there were still problems such as the use of manuals for facility maintenance.

Accordingly, the present invention is to solve all the disadvantages and problems of the prior art as described above, three-dimensional dynamic with detailed description of the two-dimensional drawings of each component displayed in the manual for maintenance of power plants and mechanical equipment, etc. It can be viewed as shape information, and data values such as disassembly, assembly, rotation, enlargement, reduction and cross-section cutting of each component are databased to provide an electronic manual that can be easily maintained through a laptop or a small terminal. There is an object of the invention.

In addition, the present invention outputs a list of the data associated with the components represented by the three-dimensional dynamic shape information, and can view the data, so that the data such as design drawings of the component and the work site photos It is another object of the present invention to provide.

In addition, the present invention by displaying the properties of the component represented by the three-dimensional dynamic shape information, so that the information of the component so that you can browse the model number, size, color, manual number, etc. of the components included in the component Another object of the present invention is to provide promptly.

Furthermore, the present invention displays the assembly and disassembly of components represented by three-dimensional dynamic shape information through three-dimensional simulation and three-dimensional animation, so that an inexperienced technician or a beginner can easily maintain the equipment components. Another object of the present invention is to provide a manual.

The object of the present invention is to provide an electronic manual for providing three-dimensional dynamic shape information of a mechanical component, comprising a table of contents for displaying the table of contents of the component and a body for displaying a technical document of the component If any one of a first step of displaying a main window and a component of the table of contents is selected, a second step of displaying a technical document corresponding to the selected component in the main body and an image included in the displayed technical document A third step of transmitting a request signal for requesting the creation of a simple window in response to the selected image when one is selected, and a fourth window for generating a simple window including 3D dynamic shape information of the selected component in response to the request signal; Step and external control request for modifying the shape of the 3D dynamic shape information When a call is received, it is achieved by a method of operating an intelligent electronic manual plant system including a fifth step of displaying by modifying the shape of the component displayed on the simple window.

The main window of the 3D virtual experience electronic manual system is a table of contents that displays the table of contents provided by the 3D virtual experience electronic manual system in a tree structure and a body part in which related technical documents are output as the corresponding contents are selected. It is composed.

In addition, a simple window is executed by selecting a two-dimensional drawing displayed in the main body portion, and a compound window is executed by selecting a compound window execution icon provided at one side of the main body portion.

The simple window consists of a function menu unit for receiving a control request signal for controlling the shape of the image and a three-dimensional dynamic shape unit for displaying a three-dimensional image of the component image, and the control request signal received from the function menu unit is a control unit. The control unit transforms the three-dimensional dynamic shape information according to the input control request signal and outputs the modified three-dimensional dynamic shape information to the three-dimensional dynamic shape part in the simple window.

In addition, the composite window is a three-dimensional dynamic shape for displaying the three-dimensional dynamic shape information, and a function menu for receiving a control request signal for controlling the component three-dimensional dynamic shape information displayed on the three-dimensional dynamic shape, 3 In the table of contents that displays the list of components displayed in the dimensional dynamic features and the simulation steps, the attachment section that displays the list of materials related to the components displayed in the three-dimensional dynamic features, and the components or components that are displayed. In the case of selecting an included part, it is composed of a property part for displaying the property of the component and the part.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention.

Therefore, the embodiments described in the specification and the drawings shown in the drawings are only one of the most preferred embodiments of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

2 is a block diagram of a three-dimensional virtual experience electronic manual system according to the present invention. As shown in FIG. 2, the 3D virtual experience electronic manual system includes a window forming unit 240 and a viewer window 260 that generate a window for configuring the viewer window 260 and the viewer window 260 for displaying information. The control unit 220 for receiving the external selection signal and the control request signal for the information displayed on the) and performing the processing corresponding to the input signal and the storage unit 200 for storing information provided from the viewer window 260 It consists of.

The viewer window 260 selects any one of a table of contents 265 and a component of the table of contents 265 to display at least one of a table of mechanical components and a table of three-dimensional simulation steps of the components. When the selection signal is input to the control unit 220, the function control unit 235 in the control unit 220 for displaying the technical document corresponding to the selection signal among the technical document files stored in the storage unit 270 ) And a selection signal for selecting any one of the components of the table of contents unit 265 is input to the control unit 220, the function control means 235 in the control unit 220 of the components stored in the storage unit 200. The control unit 220 selects one of the three-dimensional dynamic shape unit 275 and the component of the table of contents unit 265 to display the three-dimensional dynamic shape information corresponding to the selection signal of the three-dimensional dynamic shape information file. Entered in In this case, the attachment control unit 280 and the contents unit 265 for the function control means 235 in the control unit 220 to display at least one or more of the list of attachments stored in the database 210 in the storage unit 200. When a selection signal for selecting any one of the components or a selection signal for selecting a component of the component displayed on the 3D dynamic shape unit 275 is input to the controller 220, the controller ( The function control means 235 in the 220 is composed of an attribute unit 285 for displaying an attribute corresponding to the selection signal among the attributes of the components and components stored in the database 210 in the storage unit 200.

The window forming unit 240 includes a main window 245, a simple window 250, and a compound window 255 according to the type of the viewer window 260 included in the window.

The main window 245 is configured to include a table of contents 265 and a body 270 of the viewer window 260, the simple window 250 and the composite window 255 executes the electronic manual system according to the present invention. Is displayed.

The simple window 250 includes a function control unit provided by the window forming unit 240 and a 3D dynamic shape unit 275 of the viewer window 260, and the function control unit is provided on the 3D dynamic shape unit 275. To receive an external control request signal for modifying the shape of the output three-dimensional dynamic shape information, the external control request signal is at least any one of the enlargement, reduction, movement, rotation, lighting and background color setting of the three-dimensional dynamic shape information It includes one or more.

In addition, the composite window 255 is a function control unit provided in the window forming unit 240 and the three-dimensional dynamic shape 275, the table of contents 265, the attachment file unit 280 and the attribute unit of the viewer window 260 And a function control unit for receiving an external control request signal for modifying the shape of the 3D dynamic shape information output to the 3D dynamic shape unit 275, wherein the external control request signal is 3 It includes at least one of enlargement, reduction, movement, rotation, illumination and background color setting, three-dimensional animation, three-dimensional simulation, and three-dimensional cross-section of the dimensional dynamic shape information.

The controller 220 performs at least one of enlargement, reduction, movement, rotation, illumination, and background color setting of the 3D dynamic shape information provided to the 3D dynamic shape unit 275 to form the shape of the 3D dynamic shape information. Animation to deform the shape of the 3D dynamic shape information by performing at least one of assembly, disassembly, and cross-sectional cutting of the 3D dynamic shape information provided to the deformed shape control means 225 and the 3D dynamic shape part 275. The information provided to the contents unit 265, the body unit 270, the attachment file unit 280, and the attribute unit 285 of the control unit 230 and the viewer window 260 is stored in the viewer window ( 260 and a function control means for transmitting a control request signal for requesting generation of the main window 245, the simple window 250, and the composite window 255 to the window forming unit 240.

The storage unit 200 includes a database 210 and a file 215. The database 210 includes a table of contents of a component, a table of contents of attachments associated with the component, attributes of the component, and components of the component, Contains at least one of a directory path, a file format, and animation-related information in which the file is stored. The file 215 is a technical document of a component, a design drawing which is an attachment associated with the component, a workplace picture, and a three-dimensional dynamic image. It includes any one or more of the shape information.

3 is a block diagram showing a main window of the three-dimensional virtual experience electronic manual system according to an embodiment of the present invention. As shown in FIG. 3, one side of the main window 245 is configured with a table of contents 265 displaying a table of contents of components provided in the electronic manual system in a tree structure, and the other of the main window 245. On the side, when a selection signal for selecting the table of contents displayed on the table of contents 265 is input to the function control means in the controller, the main body 270 displaying a technical document corresponding to the selection signal input by the function control means. It is composed of

The technical document is stored as a file in the storage unit, and the technical document includes a description 310 and a two-dimensional drawing 320 corresponding to the component selected in the component.

When the two-dimensional drawing 320 of the components included in the technical document of the main body 270 is selected, a selection signal is input to the function control means of the controller, and the function control means includes a function menu unit corresponding to the selected signal. The request signal requesting the creation of the simple window is transmitted to the window forming unit, and the window forming unit generates a simple window including a function controller in response to the requested signal. After that, when the simple window generation is completed, the function control unit displays the three-dimensional dynamic shape in the simple window.

In addition, when selecting and executing the compound window execution icon 330 included in the technical document of the main body 320, the selected signal is input to the function control means of the controller, and the function control means corresponds to the selected signal. Create a compound window that includes a control. After the creation of the composite window, the function control unit displays the composite window including the table of contents, the 3D dynamic shape unit, the attachment file unit, and the attribute unit.

Figure 4 is a block diagram showing a simple window of a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention. As shown in FIG. 4, one side of the simple window 250 is configured with a three-dimensional dynamic shape unit 275 for displaying three-dimensional dynamic shape information, and the other side is output from the three-dimensional dynamic shape unit 275. The function menu unit 410 is configured to receive a control request signal for requesting control of 3D dynamic shape information.

The function menu unit 410 controls to execute at least one of enlargement, reduction, movement, rotation, lighting, and background color setting of the 3D dynamic shape information 420 displayed on the 3D dynamic shape unit 275. The request signal input button is provided, and the control unit selects when a control request signal of the function menu unit 410 for controlling the shape of the 3D dynamic shape information 420 selected by the user is input to the shape control means in the control unit. The 3D dynamic shape information corresponding to the shape control request signal of the input 3D dynamic shape information 420 is displayed on the 3D dynamic shape unit 275.

5 is a block diagram showing a composite window of a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention. As shown in FIG. 5, the compound window 255 is executed by the function control means in the control unit by a signal input for selecting the compound window execution icon shown in FIG.

The composite window 255 is a table of contents unit 265 for displaying a list of components in a tree structure and a three-dimensional dynamic shape unit for displaying three-dimensional dynamic shape information of a component corresponding to a signal input selected from the table of contents 265. 275 and a configuration corresponding to a signal input selected from the function menu unit 410 and the table of contents unit 265 for inputting at least one control request signal among shape control and animation control of the displayed 3D dynamic shape information. Attachment file unit 280 for displaying a list of materials associated with the element and the attribute component 285 for displaying the properties of the selected component and each component forming the component.

The table of contents unit 265 displays a list of each part forming the corresponding element in a tree structure, and also displays each step of the three-dimensional simulation displayed on the three-dimensional dynamic shape 275. Each step of the three-dimensional simulation displays an operation step of disassembly or assembly of the corresponding component, and when an input signal for selecting each step is received by the animation control means in the controller, the animation control means is set according to the input simulation step command signal. The step of disassembling or assembling the 3D dynamic shape information displayed on the dimensional dynamic shape part 275 is displayed as the 3D dynamic shape information corresponding to the corresponding simulation step.

The function menu unit 410 is to receive a control request signal for controlling the image of the component displayed as the three-dimensional dynamic shape information to the three-dimensional dynamic shape unit 275, and enlarges, reduces, according to the user's selection, At least one of the movement, rotation, lighting and background color setting, 3D animation execution and stop, 3D simulation, and 3D cross-section cut is received.

If the shape control request signal of the selected 3D dynamic shape information is at least one of enlargement, reduction, movement, rotation, lighting, and background color setting of the 3D dynamic shape information, the input control request signal is received by the shape control means. When the control request signal of at least one of 3D animation, 3D simulation and 3D cross-section is input, the inputted control request signal is received by the animation control means in the controller. Then, the 3D dynamic shape information corresponding to the command is controlled and displayed on the 3D dynamic shape part 275.

The three-dimensional animation provides disassembly and assembly of the components output to the three-dimensional dynamic shape unit 275 as a video of the three-dimensional dynamic shape information, and the three-dimensional simulation is a three-dimensional dynamic process of performing the disassembly or assembly of the components. The shape information is displayed, and the three-dimensional cross section cuts the cross section of the three-dimensional dynamic shape information displayed on the three-dimensional dynamic shape portion 275 to display the inside of the component coupled to the component.

In addition, the attachment file unit 280 displays a list of materials associated with the component displayed in the 3D dynamic shape unit 275 among the attachment file list stored in the database in the storage unit. At this time, when a signal for selecting a list of attachments in the attachment file unit 280 is input by the user, the input signal is transmitted to a function control means in the controller, and the attachment file stored as a file in the storage unit corresponding to the transmitted signal. Is displayed and the selected attachment is displayed in a new viewer window.

In addition, when a signal for selecting components and parts displayed on the three-dimensional dynamic shape portion 275 is input to the function control means in the control portion, the function control means may determine the attributes of the parts stored in the database in the storage portion corresponding to the input signal. Is displayed in the attribute unit 285. In this case, at least one or more of a model number, a size, an order number, a drawing number, and a description of the corresponding part may be displayed as the attribute of the displayed part, and information related to the part may also be displayed.

6 is a block diagram showing a design drawing of the three-dimensional virtual experience electronic manual system according to an embodiment of the present invention and the output screen of the workplace photos. As shown in FIG. 6, the selected material is displayed in the attached file list of the attached file unit shown in FIG. 5. When the design drawing data is selected, the selected material is displayed in the design drawing window 600, and the photograph of the component is shown. And when the photo of the job is selected, the selected material is displayed in the image window 610.

7 is a flowchart illustrating a method of operating a three-dimensional virtual experience electronic manual system according to an embodiment of the present invention. As shown in FIG. 7, when the main window of the 3D virtual experience electronic manual system is executed, a main window including a table of contents provided on one side of the main window and a display unit provided on the other side of the main window is displayed. The table of contents of the mechanical component is output (S700).

When the user selects one component from the list of components output in the table of contents or selects a desired component through a search, the component selection signal is transmitted to the function control means in the control unit and the function control means is stored in the storage unit. Display the description of the component stored as a file in the main body.

The technical document includes at least one of a word document, an HTML document, a PDF document, an image, and a PowerPoint.

In addition, the technical document includes a text describing the selected component and an image of the corresponding component, and one side of the technical document includes a compound window execution icon for executing the compound window.

When the selection signal for selecting the component image of the technical document outputted in the main body by the user is input to the function control means in the control unit, a simple window including a three-dimensional dynamic shape unit and a function menu unit for outputting the selected component is provided. In operation S710, when a selection signal for selecting a compound window execution icon is input, the composite includes a table of contents part, a three-dimensional dynamic shape part, an attachment file part, an attribute part, and a function menu part for outputting a corresponding component. The window is executed (S735).

When the simple window is output by executing the simple window in step S710 (S715), the user can control the three-dimensional dynamic shape information output to the three-dimensional dynamic shape through the function menu included in the simple window (S720) Request signal can be input.

The control signal input of the 3D dynamic shape information for the selected component outputted to the 3D dynamic shape part through the function menu of the simple window is in the process of expanding, reducing, moving, rotating, lighting and background color of the 3D dynamic shape information. At least one or more may be performed.

If the user wants to output the 3D dynamic shape information of another component among the components of the mechanical device output to the main window (S725), the step S705 is performed after the currently output simple window (S730).

In the case of executing the compound window for the selected component in step S705 (S735), the compound window is output by selecting the compound window execution icon provided on one side of the main window (S740).

When the compound window is output by executing the compound window (S740), the user may search for and select a component through the table of contents included in the compound window (S740). When the selected element is displayed in the compound window, the function menu unit may display the compound window. A control request signal for requesting control of the 3D dynamic shape information displayed on the 3D dynamic shape unit may be input (S750).

In addition, when outputting the 3D dynamic shape information of another component is desired (S755), a step S745 of searching for and selecting another component is performed through the table of contents of the current composite window.

The compound window outputs the table of contents displayed in the table of contents of the main window to one side of the table of contents included in the compound window. On the other side, each simulation step list for disassembly or assembly of the selected component is output.

The simulation step for disassembling or assembling the components outputted in the table of contents may be performed according to the simulation selection signal input from the outside, and the simulation step of assembling or disassembling the plurality of components constituting the components may be performed in three dimensions. It is output from the shape part.

The attached file section outputs one or more lists of design drawings, workplace photos, and technical documents related to the selected component, and files corresponding to the selected list according to an external selection input signal for selecting a list to be output to the attached file section. It is displayed in the newly created window.

In addition, each of the components constituting the component to be output to the three-dimensional dynamic shape portion is the property of the component selected in the attribute portion included in the compound window in accordance with the selection signal of the component input from the outside.

The function menu unit configured at one side of the compound window inputs a control request signal for controlling the 3D dynamic shape information of the component output to the 3D dynamic shape unit. The control of the 3D dynamic shape information is the 3D dynamic shape information. At least one of zooming in, zooming out, moving, rotating, lighting and background color setting, three-dimensional animation, three-dimensional simulation and three-dimensional cross section.

The cross-section cutout of the 3D dynamic shape information is a cutout cross section of the 3D dynamic shape information output to the 3D dynamic shape part, and the inside of the parts included in the component is displayed.

In three-dimensional simulation, the disassembly or assembly of selected components comprising parts is displayed step by step in three-dimensional dynamic shapes.

In the three-dimensional animation, a video of disassembly or assembly of selected components including parts is displayed in the three-dimensional dynamic shape.

8 is a block diagram of a three-dimensional virtual experience electronic manual system online according to another embodiment of the present invention. As shown in FIG. 8, a web server 840 connected to one or more user terminals 800, 810, and 820 connected to a network or the Internet 830 and a network or the Internet 830 to perform a web service, and The electronic manual system 850 provides information to a user terminal connected to a network through a web server 840.

The user terminals 800, 810, and 820 access a web server 840 that provides information about components through a web browser, search for the corresponding components, and transmit the same to the web server 840 of the electronic manual system. The 840 transmits a request signal for requesting information about the component received from the user terminal 800, 810, or 820 to the electronic manual system 850.

The electronic manual system 850 transmits component data including a table of contents, a 3D image, an attached file list, and attribute information to the web server 840 in the XML format.

The web server 840 converts the component data received from the electronic manual system 850 into HTML, JavaScript, and ASP formats, which are web service providing files, and transmits the data to the user terminals 800, 810, and 820. The user terminals 800, 810, and 820 output the transmitted data to the compound window.

9 is a method of operating a three-dimensional virtual experience electronic manual system online according to another embodiment of the present invention. As shown in FIG. 9, when the user terminal connects to a web server providing information of the component (S900), the web server transmits initial screen data to the user terminal.

In operation S910, the component data request signal is transmitted to the web server by searching for or selecting a component desired by the user on the initial screen output to the user terminal.

Upon receiving the component data request signal, the web server transmits a signal requesting data of the component corresponding to the requested signal to the 3D virtual experience electronic manual system.

The 3D virtual experience electronic manual system searches for the requested component (S920) and generates data including a table of contents, 3D dynamic shape information, an attached file list, and attribute information when the requested component exists (S930). To the web server.

When the web server converts the received component data into a web page format (S940) and transmits it to the user terminal, the user terminal displays the transmitted component terminal through the compound window including the function menu (S950).

When the user performs 3D dynamic shape information control on the output component (S960), the user terminal transmits a 3D dynamic shape information control request signal to a web server, and the web server transmits a 3D dynamic shape information control request. The signal is transmitted to the 3D virtual experience electronic manual system.

The 3D virtual experience electronic manual system generates data that controls the 3D dynamic shape information for the received 3D dynamic shape information control request signal and sends it to the web server, and the web server converts the controlled data into a web page format. It transmits to the user terminal, the user terminal displays the control data for the transmitted three-dimensional dynamic shape information in the compound window.

After the step S960, when the user searches for another component (S970), the process moves to step S910 to re-search and select the component.

In operation S920, the 3D virtual experience electronic manual system generates a message that the component does not exist if the data of the requested component does not exist (S980) and transmits the message to the web server, and the web server transmits the received message. If it is transmitted to the user terminal (S985), and the user wants to search for and select another component (S990), the process proceeds to step S910 to re-search and select the component.

Although the present invention has been shown and described with reference to the preferred embodiments as described above, it is not limited to the above embodiments and those skilled in the art without departing from the spirit of the present invention. Various changes and modifications will be possible.

Therefore, the method and system for providing a three-dimensional virtual experience electronic manual for maintenance education and training of the power generation facility of the present invention implement detailed descriptions and two-dimensional drawings of components and parts constituting each device as three-dimensional dynamic shape information. By disassembling, assembling, rotating, enlarging, reducing, three-dimensional animation, three-dimensional simulation, and three-dimensional cross-section with detailed description of each part, operation of equipment related to power plant and machine operation through laptop or small terminal can be easily performed. And during maintenance, it is possible to analyze and understand the information of each facility in three dimensions.

Claims (15)

In providing an electronic manual that provides three-dimensional dynamic shape information of a mechanical component, A first step of displaying a main window including a table of contents for displaying a table of contents of the component and a body for displaying a technical document of the component; Displaying a technical document corresponding to the selected element in the main body when any one of the elements of the table of contents is selected; A third step of transmitting a request signal for requesting the creation of a simple window in response to the selected image if any one of the images included in the displayed technical document is selected; Generating a simple window including three-dimensional dynamic shape information of the selected component in response to the request signal; And A fifth step of modifying and displaying the shape of the component displayed in the simple window when an external control request signal for modifying the shape of the 3D dynamic shape information is received; 3D virtual experience electronic manual providing method comprising a. The method of claim 1, The simple window comprises a three-dimensional dynamic shape unit for displaying the three-dimensional dynamic shape information; And Function menu unit for receiving the shape control signal of the three-dimensional dynamic shape information 3D virtual experience electronic manual providing method comprising a. The method of claim 2, The shape control request signal of the three-dimensional dynamic shape information is a three-dimensional dynamic request, characterized in that the control request signal for modifying at least one of the expansion, reduction, movement, rotation, lighting and background color settings How to provide a virtual experience e-manual. In providing an electronic manual that provides three-dimensional dynamic shape information of a mechanical component, A first step of displaying a main window including a table of contents for displaying a table of contents of the component and a body for displaying a technical document of the component; Displaying a technical document corresponding to the selected element in the main body when any one of the elements of the table of contents is selected; A third step of transmitting a request signal for requesting creation of a compound window in response to the selected compound window execution icon when any one of the compound window execution icons included in the displayed technical document is selected; Generating a composite window including three-dimensional dynamic shape information of the selected component in response to the request signal; And A fifth step of modifying and displaying the shape of the 3D dynamic shape information displayed in the compound window when an external control request signal for modifying the shape of the 3D dynamic shape information is received; 3D virtual experience electronic manual providing method comprising a. The method of claim 4, wherein The compound window A table of contents unit displaying a table of contents of the component; An attachment file unit displaying a table of contents of attachments of the components; An attribute unit which displays an attribute of a part included in the component; And Three-dimensional dynamic shape portion for displaying three-dimensional dynamic shape information of the component 3D virtual experience electronic manual providing method comprising a. The method of claim 5, If any one of the components displayed in the table of contents is selected, Displaying three-dimensional dynamic shape information of the selected component; Displaying a table of contents of an attachment of the selected component; And Displaying properties of the selected component 3D virtual experience electronic manual providing method characterized in that for performing. The method of claim 4, wherein The control request signal for controlling the 3D dynamic shape information of the fifth step includes a shape control request signal for controlling the shape of the 3D dynamic shape information and an animation control request signal for controlling a 3D animation of the 3D dynamic shape information. 3D virtual experience electronic manual providing method, characterized in that any one of. The method of claim 7, wherein And the shape control request signal is a control request signal for performing expansion, reduction, movement, rotation, illumination, and background color setting of the 3D dynamic shape information. The method of claim 5, The animation control request signal is a decomposition or assembling step of the component represented by the three-dimensional dynamic shape information, the three-dimensional video, the disassembly or assembly step of the component represented by the three-dimensional dynamic shape information and the three-dimensional dynamic And a control request signal for displaying at least one of an internal view of a component coupled to the component represented by the shape information. In an electronic manual system for providing three-dimensional dynamic shape information of a mechanical component, A storage unit for storing three-dimensional dynamic shape information of the component; Shape control means for deforming the shape of the three-dimensional dynamic shape information; Animation control means for executing animation of the three-dimensional dynamic shape information; And Function control means for controlling the display of the window and the viewer window in which the information of the component is output 3D virtual experience electronic manual system comprising a. The method of claim 10, The storage unit 3D virtual experience electronic manual system characterized in that it comprises a file and a database. The method of claim 11, The database includes at least one of a table of contents of the component, a table of contents of an attachment file associated with the component, attributes of parts of the component, a path in which the file is stored, a format of the file, and information related to the animation. 3D virtual experience electronic manual system. The method of claim 11, The file is a three-dimensional virtual experience electronic manual system including at least one of a technical document of the component, a design drawing which is an attached file associated with the component, a work site photograph, and three-dimensional dynamic shape information. The method of claim 10, The shape control means is a three-dimensional virtual experience electronic manual system for performing at least one shape deformation of the expansion, reduction, movement, rotation, illumination and background color setting of the three-dimensional dynamic shape information. The method of claim 10, The animation control means is a three-dimensional virtual experience electronic manual system for performing at least one or more of the three-dimensional animation, three-dimensional simulation, and three-dimensional cross-sectional disassembly or assembly of the three-dimensional dynamic shape information.

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