KR101906674B1 - An information management system for an electric generating equipment based on 3D and a information managing method using the system - Google Patents

Abstract

The present invention relates to a 3D-based power generation equipment information management system and a method of managing equipment information using the same. More particularly, the present invention relates to a power generation equipment information management system based on 3D drawings, System and a method for managing equipment information using the same.
The present invention includes an input interface for inputting 3D drawing data of at least one component assembly or a detailed component constituting a component assembly; A DB for storing information on detailed parts of each part assembly or each part assembly or drawing data; a mapping unit for mapping the input 3D drawing data with information stored in a detailed part DB of the corresponding part assembly or part assembly included in the DB; When the operator selects a specific part assembly or detailed parts for each part assembly on the screen in which the 3D drawing is displayed and selects maintenance history information, component assembly / parts information inquiry, status information inquiry, assembly / disassembly information inquiry, , The maintenance history information for the selected parts assembly or the detailed parts for each part assembly or the component assembly / parts detail specification information or the status information or the assembly / disassembly information is displayed on a single screen with the 3D drawing Based generation equipment information management system.

Description

 TECHNICAL FIELD [0001] The present invention relates to a 3D-based power generation equipment information management system and an apparatus information management method using the same,

The present invention relates to a 3D-based power generation equipment information management system and a method of managing equipment information using the same. More particularly, the present invention relates to a power generation equipment information management system based on 3D drawings, System and a method for managing equipment information using the same.

A power plant is provided with a plurality of power generation units, and each power generation unit includes various component assemblies (e.g., turbine component assemblies) and detailed components (e.g., casings, turbine blades, blade shafts, etc.) ).

Each component assembly consists of hundreds or thousands of sub-components, which must be periodically checked and replaced in the case of component assemblies or sub-components.

Such a management system is disclosed in Korean Patent No. 10-1329395.

However, according to the conventional management method, the 2d drawing information of the parts assembly and the parts, the detailed specification information and the current status information thereof are separated from each other, and they are checked one by one while comparing them, and the maintenance history is also text- There was a great difficulty in comparing and checking.

In addition, in providing maintenance and management training to the new manager, it is provided only as 2D-based data, and the accessibility and the achievement of the achievement are remarkably deteriorated.

In addition, in the case of disassembly and assembly of parts assemblies, the order is very important, and since there is no specific and effective delivery data there has been a demand for an effective system for the management and training of parts assemblies.

The present invention acquires 3D drawing data for a component assembly or its detailed components and maps acquired 3D drawing data with detailed information about each component assembly or detail component to provide a user with accessibility and learning And a method of managing equipment information using the same.

It is another object of the present invention to provide a power generation equipment information management system capable of more systematically managing information for assembling or disassembling a parts assembly based on a 3D drawing and capable of transmitting information, and a method of managing equipment information using the same have.

According to an aspect of the present invention, there is provided an information processing apparatus including an input interface for inputting 3D drawing data of at least one component assembly or a detailed component constituting a component assembly; A DB for storing information on detailed parts of each part assembly or each part assembly or drawing data; a mapping unit for mapping the input 3D drawing data with information stored in a detailed part DB of the corresponding part assembly or part assembly included in the DB; When the operator selects a specific part assembly or detailed parts for each part assembly on the screen in which the 3D drawing is displayed and selects maintenance history information, component assembly / parts information inquiry, status information inquiry, assembly / disassembly information inquiry, , The maintenance history information for the selected parts assembly or the detailed parts for each part assembly or the component assembly / parts detail specification information or the status information or the assembly / disassembly information is displayed on a single screen with the 3D drawing Based generation equipment information management system.

The DB comprises: A detailed component information DB for each component assembly, a detailed component 3D drawing data DB for each of the component assembly and the component assembly, a detailed component detailed information DB for each of the component assembly and the component assembly, A detailed part check history DB for each part assembly and each part assembly; And a detailed component disassembly or assembly information DB for each of the component assembly and the component assembly.

The detailed information DB of each part assembly and each part assembly includes detailed specification information of the detailed parts of the parts assembly and the parts assembly; Replacement subject part information; Parts inventory status information; Repair or replacement status information; And the check status change status information.

When a specific detail part constituting a specific part assembly or a specific part assembly is selected and inputted and a maintenance history information inquiry of a specific detail part constituting the selected specific part assembly or a specific part assembly is selected and inputted, The 3D history of the specific component assembly or the specific component assembly is displayed on the screen and the maintenance history information mapped thereto is displayed on the screen.

When a specific detail part constituting a specific part assembly or a specific part assembly is selected and inputted and a detailed specification information inquiry of a specific detail part constituting the selected specific part assembly or a specific part assembly is selected and inputted, The detailed specification information mapped to the 3D drawing of the component assembly or the specific component assembly is displayed on the screen.

When a specific detail component constituting a specific component assembly or a specific component assembly is selected and input and a status information inquiry of a specific detail component constituting the selected specific component assembly or a specific component assembly is selected and inputted, A 3D drawing of an assembly or a specific part assembly is displayed on a screen, and the status information mapped to the 3D drawing is displayed on the screen. The status information includes information on parts to be replaced, parts inventory status information, And the check value change status information.

A component assembly setting item for visually and chronologically displaying the assembling or disassembling order for the specific component assembly on the basis of 3D is selected and input and a plurality of detailed components are selected and input respectively in accordance with the assembly or disassembly order and selected When the inputted plurality of detailed parts are inputted to the list in the selected order, the selection and addition are completed, and the assembly or disassembly simulation button is selected, the control part performs the process of assembling the separated detailed parts to constitute a specific part assembly Are displayed on the screen in a timely manner selected on a 3D basis, or a process in which the assembled specific parts assembly is separated into individual parts and disassembled is controlled to be displayed on the screen in a time-series selected order based on 3D .

Wherein the control part selects a specific component part or a detailed component for each component assembly on the screen in which the 3D drawing of the authenticated terminal is displayed on the screen of the external communication terminal, When the inquiry, the parts assembly / parts information inquiry, the status information inquiry, the assembling / disassembling information inquiry request are input, the maintenance history information for the selected parts assembly or the detailed parts for each part assembly selected for the terminal requested to be input, Information or status information or assembling / disassembling information is displayed on the 3D drawing and one screen.

Meanwhile, the present invention includes: inputting 3D drawing data of a subassembly and a subassembly constituting a part assembly; Mapping the input 3D drawing data to the maintenance history information of the component parts and the detailed parts constituting the component assembly or the component assembly / parts detail specification information or the status information or the assembly / disassembly information; If a specific part assembly or a detailed part for each part assembly is selected on the screen and the maintenance history information inquiry or parts assembly / parts information inquiry, status information inquiry, or assembly / disassembly information inquiry are selected and inputted, And displaying the maintenance history information for the selected parts assembly or the detailed parts for each part assembly or the parts assembly / parts detail specification information or the status information or the assembly / disassembly information on a single screen with the 3D drawing. Provides equipment information management method using power plant equipment information management system.

When a specific detail part constituting a specific part assembly or a specific part assembly is selected and input and a maintenance history information inquiry of a specific detail part constituting the selected specific part assembly or a specific part assembly is selected and inputted, Or the 3D history of the specific component assembly is displayed on the screen, and the maintenance history information mapped thereto is displayed on the screen.

When a specific detail component constituting a specific component assembly or a specific component assembly is selected and inputted and a detailed specification information inquiry of a specific detail component constituting the selected specific component assembly or a specific component assembly is selected and inputted, And the detailed specification information mapped thereto is displayed on the screen in a state in which the 3D drawing of the specific part assembly is displayed on the screen.

When a specific detail part constituting a specific part assembly or a specific part assembly is selected and inputted and a current status information inquiry of a specific detail part constituting the selected specific part assembly or a specific part assembly is selected and inputted, The 3D drawing of the part assembly is displayed on the screen and the status information mapped to the 3D drawing is displayed on the screen. The status information includes information on the replacement target part, parts inventory status, repair or replacement status information, And status information.

A component assembly setting item for visual and time-based display on the 3D-based assembly or disassembly order for a specific component assembly is selected and input, and a plurality of detailed components are selected and input respectively in accordance with the assembly or disassembly order, When the addition is completed and the assembly or disassembly simulation button is selected, the control unit causes each of the separated detailed parts to be assembled so as to form a specific part assembly to be displayed on the screen in a time series selected order based on 3D, or And the process of separating and assembling the assembled specific component assembly into separate parts is displayed on the screen in a time-sequentially selected order based on 3D.

According to the present invention, it is possible to provide more 3D information by providing 3D drawings, and at the same time, various information related to management can be linked to drawings of each equipment, so that access and learning can be facilitated.

From the aspect of management, it is possible to map 3D drawings and various information, so that more systematic management becomes possible.

And because it shows assembly and disassembly order based on time series about assembling and disassembling of equipment, transferring and training of management of equipment requiring strict safety standards can be performed more effectively.

Also, it is possible to communicate with an external terminal, and it is possible to transmit 3D-based information to an external terminal or to update information received from outside, thereby increasing the convenience of management in the field, have.

1 is a control block diagram of the present invention.
2 is an initial screen of a specific power generation unit according to the present invention.
FIG. 3 is a flowchart of a process for mapping information and 3D drawings according to the present invention.
4 is a view showing a state where a specific component assembly is selected in a specific power generation unit according to the present invention.
Figure 5 is a diagram illustrating a pop-up window for mapping information to a specific component assembly in accordance with the present invention
Figure 6 is a view of certain component assemblies according to the present invention.
FIG. 7 is a control flowchart of a case where various information is inquired after selecting an object in the present invention.
8 is a view showing maintenance / inspection history information of an object selected in the present invention.
9 is a view showing detailed specification information of an object selected in the present invention.
FIG. 10 is a view showing current status information of an object selected in the present invention.
FIG. 11 is a flow chart for setting and displaying assembly / disassembly order information according to the present invention.
12 to 13 show screens for setting the disassembly procedure in the present invention
FIG. 14 shows a screen for setting the disassembly order in the present invention.
Figs. 15 to 16 illustrate a screen in which the order of disassembly is displayed in the present invention.
FIG. 17 shows a screen in which a disassembly order is displayed for other objects in the present invention.
18 shows a communication state between the present invention and an external terminal.

The present invention is capable of various modifications and various embodiments, and specific embodiments are illustrated and described in the drawings.

It should be understood, however, that the invention is not intended to be limited to the particular embodiments, but includes all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

Terms including ordinals, such as first, second, etc., may be used to describe various elements, but the elements are not limited to these terms.

The terms are used only for the purpose of distinguishing one component from another.

For example, without departing from the scope of the present invention, the second component may be referred to as a first component, and similarly, the first component may also be referred to as a second component.

And / or < / RTI > includes any combination of a plurality of related listed items or any of a plurality of related listed items.

It is to be understood that when an element is referred to as being "connected" or "connected" to another element, it may be directly connected or connected to the other element, .

On the other hand, when an element is referred to as being "directly connected" or "directly connected" to another element, it should be understood that there are no other elements in between.

The terminology used in this application is used only to describe a specific embodiment and is not intended to limit the invention.

The singular expressions include plural expressions unless the context clearly dictates otherwise.

In the present application, the terms "comprises" or "having" and the like are used to specify that there is a feature, a number, a step, an operation, an element, a component or a combination thereof described in the specification, But do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or combinations thereof.

 Hereinafter, embodiments will be described in detail with reference to the accompanying drawings, wherein like or corresponding elements are denoted by the same reference numerals, and redundant description thereof will be omitted.

1, a 3D-based power generation equipment information management system (hereinafter, referred to as 'management system') 100 according to the present embodiment includes an input unit 110 for receiving external data or receiving commands .

The input unit 110 receives the 3D drawing data D of detailed parts constituting the power generation unit, the component assembly and the component assembly generated by the 3D scanner (not shown) or receives the user's command.

Examples of the input unit 110 include a user input interface (a touch pad, a keyboard, and other input hardware) and a data input port.

The 3D drawing data D can be obtained by acquiring an actual part assembly or a detail part with a 3D scanner and receiving it or by copying rendered 3D drawing data.

In this case, the 3D drawing data D is preferably received in the form of a 3D file format ACIS / IGES / JT / PARASOLID / PRC / PDFPRC / STEP / STL / U3D / VRML.

The management system 100 also includes a communication unit 120. The communication unit 120 can perform wired or wireless communication and communicate with an external terminal T to transmit and receive data.

 The management system 100 according to the present invention is provided so as to be able to communicate with a terminal held by a site manager, and can transmit and receive data, upload and download data.

Therefore, the management representative in the field can access the management system 100 by using the terminal T possessed by the user, download the data and utilize the data in the management work, To allow the information to be updated at that time.

In addition, the management system 100 includes an information classification unit 130.

The information classification performing unit 130 classifies the information input through the input unit 110 or the communication unit according to the format of the data or a predetermined standard, and transmits the information to a DB to be described later, .

The DB 140 is an element that stores all the information stored in the management system.

The DB 140 can be classified into various DBs.

Here, the detailed DB can also be referred to as a storage area.

That is, the DB 141 of the power generating unit (e.g., the first unit, the second unit, etc.), the DB 142 of the component assemblies (e.g., turbine component assembly and the duct component assembly) A part (e.g., turbine blades, shafts, etc.) DB 143, and a drawing DB 144.

Here, the drawings are included in the drawing DB 144, the drawings are by development unit, the parts assembly, and the detailed parts, and the drawings include 2D drawings provided in the form of existing booklets, paper, and PDF as well as the 3D drawings mentioned above.

Also, the DB 140 includes a maintenance / maintenance history DB 145 for each power generation unit, parts assembly, and detailed parts maintenance history.

The DB 140 includes a detailed specification information DB 146 and a status information DB 147. Detailed specification information DB 146 stores detail specification information for each power generation unit / component assembly / detail parts

In addition, the status information DB 147 contains information on the replacement status of each sub-part, inventory status information for each sub-part, repair / replacement status information for each sub-part, and status change status for each sub-part.

 For example, the abrasion value or material property of the edge portion of the turbine blade may be changed at the time of inspection, and it is reflected in the management system 100 at the time of inspection. Such a change value is recorded in the status information of the inspection value change by each part.

In addition, the DB 140 includes an assembly / disassembly information DB 148 that provides information that can be visually provided based on a 3D assembly or assembly order or disassembly order based on the 3D drawings.

The management system 100 includes an information mapping unit 150.

The information mapping performing unit 150 stores the 3D drawing data for each power generation unit, each part assembly, and the detailed parts, inputted, by the information of the parts assembly / detailed parts (maintenance / inspection history information, detailed specification information, The status of the replacement status of each part, the inventory status information of each part, the repair / replacement status information of each part, and the status change status information of each part).

As will be described later, the management system 100 allows the manager to select a 3D drawing of a specific part assembly or a specific detail part, a part assembly / detail part directory, and displays an information item button (for example, maintenance / Detailed specification information), the various information mapped by the information mapping performing unit 150 is displayed on the screen according to the selected item.

Meanwhile, reference numeral 160, which is not described, may represent a monitor as an output unit, but the present invention is not limited thereto.

The control unit 170 is a means for controlling all components of the management system 100. Data input, output, information classification, information mapping, and communication with an external terminal are performed under the control of the control unit 170. [

Fig. 2 is a view showing the entirety of a specific power generation unit (for example, No. 8) in the present system. On the left side, the name of the power generation unit constitutes a parent directory, and below this, various component assemblies constitute a subdirectory.

The current 3D drawing data and the information in each directory are in an unmatched separate state.

Therefore, matching of the 3D drawing data with the information of power generation / power generation parts assembly / detail parts should be made.

FIG. 3 shows a sequence flow for matching the drawing data with information, and FIG. 4 and FIG. 5 show screens for mapping.

As shown in Fig. 3, a scan is performed on each power generation unit (e.g., eighth unit) / component assembly (e.g., casing) / detailed components (e.g., The scan data is generated according to a predetermined format (S302).

Then, the generated 3D scan data is input to the management system according to the present invention (S303), and the input 3D scan data is mapped to each power generation unit / part assembly / detail part information (S304).

That is, as shown in FIG. 4, when a specific part assembly (indicated by red) is selected and a 'part mapping' button is clicked for mapping, a popup window You can map to the selected 3D drawing.

In the pop-up window, classification division (major classification / subdivision classification) appears, and the detailed parts constituting these are arranged in the form of upper-middle-lower directory.

When the 3D drawing and the information are mapped in this manner, after the mapping operation, the power generation / power generation component assembly / detail parts requiring information inquiry are selected on the drawing or clicked on the directory, and the information type Information, detailed specification information, status information, assembly / disassembly order information) is selected, information corresponding to the information is displayed on the screen together with the 3D drawing.

6 shows a state in which only the component assembly is displayed when the name of a specific component assembly is clicked on the directory on the left side.

That is, after the information is mapped, if a specific component assembly (e.g., casing) is selected on the screen as shown in FIG. 4 (as in FIG. 6), all component assemblies except the component assembly are removed and only the selected component assembly is displayed Is displayed.

Through this, the manager can acquire knowledge more systematically by linking the name of the part assembly and the actual appearance.

This is not limited to the component assembly, but it can be applied to the upper part of the power generation unit and subordinate components, and the name and the appearance can be linked.

On the other hand, let's look at a case where a 3D drawing and various information are mapped and various information is inquired.

FIG. 7 is a flowchart illustrating a process of inquiring the maintenance history information, the detailed specification information, the status information, and the assembly / disassembly information of the selected object after selecting the power generation unit / component assembly / detailed parts.

As shown in Fig. 7, the manager clicks the object (power generation unit / power generation component assembly / detail part) displayed on the 3D drawing on the screen, selects the object name in the directory, or inputs the object name in the search window An object to be searched for information is selected (S710).

If the object is selected, the control unit determines which information item has been selected (S720).

Here, when the maintenance / inspection history information is selected, the maintenance / inspection history information of the selected object is displayed (S730), and such a screen appears as shown in FIGS.

That is, as shown in FIG. 4, when a specific object is clicked on the 3D drawing (it changes color to red) or a specific object is selected on the directory or text input is made on the search window and then the 'history information' As shown in FIG. 8, maintenance / inspection history information related to the object is displayed in a time-series manner.

It is preferable that the maintenance / inspection history information shown in Fig. 8 is superimposed on the figure.

Through this, the administrator can inquire the maintenance / inspection history of the object while recognizing the position, shape, and connection / connection relation of the object through the three-dimensional drawing.

On the other hand, if the administrator selects the detail specification information of the object in step S720, the detail specification information of the selected object is displayed (S740), and such a screen appears as shown in FIG. 4 and FIG.

That is, as shown in FIG. 4, when a specific object is clicked on a 3D drawing (it turns red), a specific object is selected on the directory, or text is entered in the search window, and a 'part info' As shown in FIG. 9, the detailed specification information related to the object is displayed in the form of a table.

This table may appear superimposed on the drawing of the object.

At the upper part of the pop-up window of the detailed specification information, a list, detailed information, history of use, inventory / output history, data drawing (2D drawing and 3D drawing), and used parts assembly items are displayed in tab form.

By pressing each of these tap buttons, related information can be displayed.

On the other hand, when the administrator selects the current state information of the object in step S720, the current state information of the selected object is displayed (S750), and such a screen appears as shown in FIG. 4 and FIG.

That is, as shown in FIG. 4, when a specific object is clicked on a 3D drawing (changed to red) or a specific object is selected on a directory or a text is input in a search window, a 'status information' As shown in Fig. 10, status information related to the object is displayed on the drawing of the object.

Here, the current status information is the status of the replacement object, the parts inventory status, the repair and replacement status, and the inspection value change status, which are displayed when the selected object is disassembled.

In addition, the status information may be classified as a replacement target or a repair / replacement status according to the time (eg, within one year from the present, within two years, within three years) (Eg, no, more than 5, more than 10), and each division mark is displayed in different colors for the corresponding parts.

On the other hand, if the administrator selects the assembly / disassembly information of the object in step S720, the assembling / disassembling information of the selected object is displayed (S760).

Usually, one component assembly (eg, casing) is divided into several sub-components (eg, frame, cover, fastener), etc. Due to strict safety standards, assembly or disassembly procedures must be strictly followed.

However, in the case of the present invention, a specific object (a component assembly) is selected and assembled for this purpose. (S760), the process of assembling or disassembling the detailed parts in a time-series manner according to the previously set assembly and disassembly order can be displayed on a 3D basis.

FIG. 11 shows a process of setting an assembly or disassembly order of objects.

The process shown in FIG. 11 will be described with reference to other drawings for the sake of understanding.

In the following drawings, the order of disassembly is set, but the assembling is in the reverse order of the disassembling procedure, and the basic flow is almost the same, so a detailed description will be omitted for the sake of omitting redundant description.

First, when an object to set the disassembly order is selected (S1101), a part assembly (e.g., a casing) as a specific object is displayed on the screen as shown in FIG.

Then, the detail parts constituting the object (component assembly) are selected in order to be squeezed (S1102).

For this purpose, when the 'assy setting' button at the upper part of the drawing in the screen state of FIG. 6 is pressed, a pop-up window for setting the disassembly order is displayed as shown in FIG.

In this state, when the detail parts (for example, LP A and B Exhaust Hood-A) to be disassembled first are clicked on the 3D drawing (S1102), the color of the corresponding part is changed, and the name of the clicked detail part is displayed in the list (S1103).

Then, as shown in FIG. 13, when a detail part (for example, mang) to be disassembled secondly is clicked on the 3D drawing, the name of the clicked detail part is registered in the second order of the list in the pop-up window.

When the selection / addition is completed (S1104), a 'Diassembly Play' button on the drawing of the relevant part assembly is displayed on the screen as shown in FIG. 14 for viewing the disassembly simulation, and a popup window related to the view option named 'PlayDialog' (S1105).

In the case of the view option pop-up window, each step of disassembly provides an opportunity to select a predetermined time interval (eg, 2 seconds) or to be displayed for each mouse click.

When the view option is selected and the start button is pressed, the detailed parts to be separated into the first part in accordance with the first disassembly order in the state of FIG. 14 are moved to a position apart from the original assembly position and the order according to the view option Afterwards, or by a mouse click), the detail parts to be separated into two move to a position apart from the original assembly position. That is, the disassembly of the component assembly is performed in a time-series manner based on the 3D drawing in the selected / added order (S1106).

17 is a view showing a process in which disassembly procedures are displayed in another component assembly.

In the assembled state (upper left screen), the first parts to be separated are separated and separated (upper right screen), and the second part And the parts to be separated for the third time are separated and separated from each other (left bottom, bottom right screen).

In the case of assembly, since the reverse order of disassembly is selected, the setting process, the selection of view options, and the simulation play process are similar, so the concrete explanation will be replaced with a description of disassembly.

18 shows a state in which the management system 100 and the external terminal T communicate and exchange information according to the present invention.

The communication unit 120 of the management system 100 is provided to communicate with an external communication terminal.

Then, the control unit 170 determines whether a specific component assembly or a detailed component for each component assembly is selected on the screen of the 3D terminal of the authenticated terminal among the external communication terminals.

If the maintenance history information inquiry, parts assembly / parts information inquiry, status information inquiry, or assembling / disassembling information inquiry request are input thereto, the information is processed.

That is, the maintenance history information for the selected parts assembly or the detailed parts for each part assembly or the parts assembly / parts specification specification information or the status information or assembly / disassembly information is displayed on the single screen with the 3D drawing To be transmitted to the terminal requested to be input.

In this case, the external terminal T may be a desktop or laptop connected to a wired or wireless Internet, or a tablet PC or a smart phone.

A person working in the field through the communication with the external terminal T can access the management system 100 according to the present invention to acquire necessary information and knowledge, The changed information can be updated in the management system.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It will be appreciated that one embodiment is possible.

Accordingly, the true scope of the present invention should be determined by the technical idea of the claims.

100: 3D based power generation equipment information management system
110: input unit 120: communication unit
130: information classification performing unit 140: DB
150: information mapping performing unit 160: outputting unit
170:

Claims (13)

An input interface for inputting 3D drawing data of at least one component assembly or a detailed component constituting the component assembly;
A DB for storing information on detailed parts for each part assembly or each part assembly or drawing data,
A mapping unit configured to map the input 3D drawing data with information stored in the detailed part DB of the corresponding part assembly or part assembly contained in the DB;
When an operator selects a specific component assembly or a detailed component for each component assembly on the screen on which the 3D drawing is displayed and selects maintenance history information inquiry, component assembly / part information inquiry, status information inquiry, assembly /
Wherein the controller controls to display on the screen maintenance history information for the selected parts assembly or detailed parts for each part assembly or part assembly / parts detail specification information or status information or assembly / disassembly information on a single screen with the 3D drawing. Wow,
And a communication unit capable of communicating with an external communication terminal, wherein the control unit selects a specific component assembly or a detailed component for each component assembly on the screen of the 3D terminal of the authenticated terminal, Or a part assembly / part information inquiry, status information inquiry, assembly / disassembly information inquiry request are inputted,
The maintenance history information for the selected parts assembly or detailed parts for each part assembly or the parts assembly / parts specification specification information or the status information or assembly / disassembly information is displayed on the single screen with the 3D drawing To the terminal,
One side of the screen has a power generator, a power generating part assembly and a detail part, which need information inquiry, are arranged with a subordinate directory relationship with a parent directory, and a power generating part and a power generating part assembly The part appears as a 3D drawing,
When the power generation / power generation component assembly / sub-components requiring information inquiry are selected on the upper directory or the sub-directory or selected on the drawing and the type of information required to be inquired is selected, the information corresponding thereto is displayed on the screen together with the 3D drawing ,
Wherein the power generation unit / power generation component assembly / detail parts other than the power generation unit / power generation component assembly / detailed parts requiring information inquiry disappear on the screen. The method according to claim 1,
The DB comprises:
A component assembly DB,
A detailed part information DB for each part assembly,
Component parts and detail parts for each part assembly 3D drawing data DB,
A detailed component specification information DB for each of the component assembly and the component assembly;
A detailed part check history DB for each part assembly and each part assembly;
A detailed component status information DB for each component assembly and component assembly;
And a DB for disassembling or assembling detailed parts for each of the parts assembly and the parts assembly. 3. The method of claim 2,
The current status information DB of each parts assembly and parts assembly is as follows;
Replacement subject part information;
Parts inventory status information;
Repair or replacement status information;
And the information on the state of change of the inspection value is recorded. The method according to claim 1,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the maintenance history information inquiry of the selected specific parts assembly or the specific sub-parts constituting the specified part assembly is selected and input,
Wherein the control unit controls the display unit to display the maintenance history information mapped to the selected specific component assembly or the specific component assembly in the state that the 3D drawings of the selected specific component assembly or the specific component assembly is displayed on the screen. 3. The method of claim 2,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the detailed specification information inquiry of the selected specific part assembly or the specific sub-part constituting the specified part assembly is selected and input,
Wherein the control unit controls the display unit to display the detailed specification information mapped to the selected specific component assembly or the specific component assembly in a state that the 3D drawings of the selected specific component assembly or the specific component assembly are displayed on the screen. 3. The method of claim 2,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the status information inquiry of the selected specific part assembly or the specific sub part constituting the specified part assembly is selected and inputted,
Wherein the control unit controls the display unit to display the state information mapped to the selected specific component assembly or the specific component assembly in a state where the 3D drawing of the selected specific component assembly or the specified component assembly is displayed on the screen,
Wherein the status information includes at least one of replacement detail part information, parts inventory status information, repair or replacement status information, and check value change status information. . The method according to claim 1,
A component assembly setting item for visually and chronologically displaying the assembling or disassembling order for a specific component assembly based on 3D is selected and input,
A plurality of detailed parts are respectively selected and inputted in accordance with the assembly or disassembly order,
The selected plurality of detailed parts are input to the list in the selected order,
When selection and addition are completed and the assembly or disassembly simulation button is selected,
The control unit may be configured to display on the screen the processes of separately assembled detailed parts assembled to form a specific part assembly in order of time-sequentially selected on a 3D basis, or
Wherein the process of separating and assembling the assembled specific component assembly into the respective detailed components is controlled to be displayed on the screen in a time-sequentially selected order based on 3D. The method according to claim 1,
And a communication unit capable of communicating with an external communication terminal,
The control unit selects a specific component assembly or a detailed component for each component assembly on the screen in which the 3D drawing of the authenticated terminal among the external communication terminals is selected and displays the maintenance history information or component assembly / When the assembling / disassembling information inquiry request is inputted,
The maintenance history information for the selected parts assembly or detailed parts for each part assembly or the parts assembly / parts specification specification information or the status information or assembly / disassembly information is displayed on the single screen with the 3D drawing Based on the 3D-based power generation equipment information management system. Inputting 3D drawing data of a subassembly and a subassembly constituting the subassembly;
Mapping the input 3D drawing data to the maintenance history information of the component parts and the detailed parts constituting the component assembly or the component assembly / parts detail specification information or the status information or the assembly / disassembly information;
If a specific part assembly or a detailed part for each part assembly is selected on the screen and the maintenance history information inquiry or parts assembly / parts information inquiry, status information inquiry, assembly / disassembly information inquiry,
Displaying maintenance history information or detailed assembly information / status detail information or assembly / disassembly information for a selected part assembly or a detailed part for each part assembly on a screen with a 3D drawing on a screen,
A specific component assembly or a detailed component for each component assembly is selected on the screen of the 3D terminal of the authenticated terminal of the external communication terminal, and the maintenance history information inquiry, component assembly / parts information inquiry, status information inquiry, assembly / When a query request is input,
The maintenance history information for the selected parts assembly or detailed parts for each part assembly or the parts assembly / parts specification specification information or the status information or assembly / disassembly information is displayed on the single screen with the 3D drawing To the terminal,
One side of the screen has a power generator, a power generating part assembly and a detail part, which need information inquiry, are arranged with a subordinate directory relationship with a parent directory, and a power generating part and a power generating part assembly The part appears as a 3D drawing,
When the power generation / power generation component assembly / sub-components requiring information inquiry are selected on the upper directory or the sub-directory or selected on the drawing and the type of information required to be inquired is selected, the information corresponding thereto is displayed on the screen together with the 3D drawing ,
A method for managing equipment information using a 3D-based power generation equipment information management system, characterized in that power generation units / power generation parts assemblies / detail parts other than power generation units / power generation parts assembly / 10. The method of claim 9,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the maintenance history information inquiry of the selected specific parts assembly or the specific sub-parts constituting the specified part assembly is selected and input,
Wherein the 3D history of the selected specific component assembly or the specific component assembly is displayed on the screen and the maintenance history information mapped to the 3D history is displayed on the screen. 10. The method of claim 9,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the detailed specification information inquiry of the selected specific part assembly or the specific sub-part constituting the specified part assembly is selected and input,
Wherein the detailed specification information mapped to the selected specific component assembly or the specific component assembly is displayed on the screen on the screen. 10. The method of claim 9,
A specific subassembly or a specific subassembly constituting a specific subassembly is selected and input,
When the status information inquiry of the selected specific part assembly or the specific sub part constituting the specified part assembly is selected and inputted,
The 3D drawing of the selected specific component assembly or the specific component assembly is displayed on the screen, and the status information mapped thereto is displayed on the screen,
Wherein the status information includes at least one of replacement detail part information, parts inventory status information, repair or replacement status information, and check value change status information. How to manage. 10. The method of claim 9,
A component assembly setting item for visually and chronologically displaying the assembling or disassembling order for a specific component assembly based on 3D is selected and input,
A plurality of detailed parts are respectively selected and inputted in accordance with the assembly or disassembly order,
When selection and addition are completed and the assembly or disassembly simulation button is selected,
The control unit causes the process of assembling the separated detailed parts to constitute a specific part assembly to be displayed on the screen in the order selected in a time series on a 3D basis,
Wherein the process of separating and disassembling the assembled specific parts assembly into respective detailed parts is displayed on the screen in the order selected in a time series based on 3D.

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