KR20170054344A - Mehtod for managing subdistrict box of integrated information management system - Google Patents

Abstract

The present invention relates to a method for managing zone boxes of an integrated management system which uses a zone coordinate of a zone box existing in a sub-node in a selected zone in a zone tree of a hull to be subjected, and zone coordinate information recorded in a header of a construction type model file so as to rapidly find a construction type model file of the selected zone. According to one embodiment of the present invention, the method for managing zone boxes of the integrated management system stores designated positions of a structure definition file and construction type model files of the hull to be subjected, and has a zone database storing zone master information containing relationship information on Level-I, Level-II, and Level-III of the hull to be subjected, names of zones and zone boxes of zones. The method is as follows: a user selects a zone, where a construction type model is supposed to be loaded, by an input means in the integrated management system; the integrated management system searches, from the zone database, zone coordinate information of a zone box where sub-nodes below the selected zone exist if the zone box of the selected zone exists, and registers the same on a bounding box list of the selected zone; and the integrated management system compares the zone coordinate information of the registered bounding box list with the zone coordinate information recorded in the header of the construction type model file, extracts the construction type model file of a header recording matched zone coordinate information, and visualizes the construction type model contained in the extracted construction type model file.

Description

{METHOD FOR MANAGING SUBDISTRICT BOX OF INTEGRATED INFORMATION MANAGEMENT SYSTEM}

The present invention relates to a method of managing a zone box of an integrated management system, which uses zone coordinate information of a zone box existing in a lower node of a zone selected in a zone tree of an object row and zone coordinate information recorded in a header of the work type model file And more particularly, to a zone box management method of an integrated management system that enables quick finding of a model file of a selected zone.

In general, the shipyard will draw up a Zone Division drawing for ease of work and process planning in the construction of the ship. The Zone Division divides the target line into Level-I, Level-II, and Level-III, and draws it out as a drawing. .

Particularly, the production work in the trailing process is composed of the subculture unit. The work schedule for day, week, and month is followed up by reviewing the work remaining amount for the area completion and the work plan for the commissioning (by system) In production management, the quantity calculation standard required for carrying out the main tasks is ultimately the unit of the sub-sector.

Korean Patent Publication No. 2005-82919 (method of linking production schedule and production schedule of a ship) discloses a method of linking production schedule and production schedule of a ship. According to this, the drawing schedule of the design and the block production schedule of the production are linked to each other to establish the production design schedule reflecting the production plan, and the production department can know the operation state of the design, It exists only as a drawing and is not managed as a computer.

In order for the zone information to be properly managed in a computerized manner, a subject must define coordinates for the zone, and the association between the defined zone and the design model, BOM, material, plan, and performance information must be well managed and managed in the ERP system In general, however, frequent design changes should be made for various reasons in the construction of the wire, and the revised management should be done accordingly, and related information should be automatically updated in the system.

 However, it is very difficult to organically integrate and manage the information necessary for the construction of a ship, including the information of the area, because there are many variables for the ship construction.

Furthermore, even if there is a system for computerizing the zone information, it is necessary to ensure that the data input subject is ambiguous, that the amount is too large to be digitized to the subregion unit, and that the zone data is reliable and up- it's difficult.

Korean Public Patent No. 2005-82919 (2005.08.24) "Method of linking ship production schedule and production schedule"

For these reasons, there is no global shipyard where zone information is properly managed in a computerized manner up to the sub-sector. Only the information up to the central zone is managed in the ERP system. It is only used.

In such an environment, it is necessary to calculate the amount of material necessary for production control or production work by hand using the drawings. This is a factor that hinders productivity, and it is difficult to manage fine work, .

An object of the present invention is to quickly find a model file of a selected zone by using zone coordinate information of a zone box existing in a lower node of the zone selected in the zone tree of the object line and zone coordinate information recorded in the header of the work model file And a method of managing a zone box of an integrated management system in which an industrial model can be visualized.

According to an embodiment of the present invention, a structure definition file of an object line and a designated location of the work type model files are stored, and the relationship information between the zones related to the major zone, the middle zone, and the sub- A zone box management method of an integrated management system having a zone database storing zone master information including a zone name and a zone box of a zone, wherein the integrated management system selects a zone to be loaded with a work type model through a user input means Receiving; If the zone box of the selected zone exists, the integrated management system searches the zone database for zone coordinate information of the zone box that exists up to the lower node below the selected zone, and registers the zone coordinate information in the bounding box list of the selected zone ; And the integrated management system compares the zone coordinate information of the registered bounding box list with the zone coordinate information recorded in the header of the work type model file to extract a work model file of the header in which matching zone coordinate information is recorded, And visualizing a work model included in the extracted work model file.

A method for managing a zone box of an integrated management system according to an embodiment of the present invention is characterized in that after the step of visualizing, the integrated management system performs a method of managing a zone box in the selected sub-zone based on the absent position and member name of the visualized work model And calculating the quantity of water.

The method of managing a zone box of an integrated management system according to an embodiment of the present invention is characterized in that, prior to the step of visualizing the integrated management system, If the zone model information file is completely included in the zone coordinate information, the work model file is loaded in the file open list and is included in the zone, and the option of the zone is an option including the partial zone, and the bounding box of the member model in the work model is the zone coordinate information And loading the work model file into the file open list and including the work model file in the selected section if the work model file is at least partially included in the selected open file.

According to another embodiment of the present invention, the structure definition file of the object line and the designated location of the work model files are stored, and the relationship information between the zones about the major zone, the middle zone and the sub zone of the target object line, A zone database in which the zone master information including the box is stored; And a zone selection unit for selecting a zone to which the work model is to be loaded from the user through the input unit and searching for the zone coordinate information of the zone box existing up to the lower node below the selected zone in the zone database and registering the zone coordinate information in the bounding box list of the selected zone, A volume calculation device for comparing the zone coordinate information of the registered bounding box list with the zone coordinate information recorded in the header of the work type model file and visualizing the work type model included in the work type model file of the header in which the matching zone coordinate information is recorded And an integrated management system for managing the integrated management system.

The quantity of water calculation device can calculate the quantity of water required in the selected small area based on the member position and the member name of the visualized model of work.

If the option of the zone is a complete inclusion option and the bounding box of the member model in the work model is completely contained in the zone coordinate information of the zone box, the quantity calculation device loads the work model file into the file open list and places the work model file in the zone If the option of the zone is an option including part and the bounding box of the member model in the work model is at least partially included in the zone coordinate information of the zone box, the work model file can be loaded into the file open list and included in the selected zone .

The quantity of water calculation device may search up to the lowest node below the selected zone to display the presence / absence of the zone box on the zone tree.

According to the embodiment of the present invention, at least one zone box in the sub-region selected from the zone tree of the object line can be generated. Accordingly, the planning for production can be planned in units of small towns, furthermore, it is possible to manage fine work in units of small towns, and it is possible to provide an environment in which the units can be managed in a computerized manner.

Also, according to the embodiment of the present invention, by using the zone coordinate information of the zone box at the lower node of the zone selected in the zone tree of the object row and the zone coordinate information recorded in the header of the work type model file, You can quickly find the work model and visualize it.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a view showing an integrated management system to which a quantity calculating apparatus according to an embodiment of the present invention is applied;
FIG. 2 is a block diagram for explaining a water amount calculating apparatus shown in FIG. 1;
FIG. 3 is a flowchart illustrating a method of generating a zone box of a small area using a quantity calculating apparatus according to another embodiment of the present invention. FIG.
FIG. 4 is a flow chart for explaining a method of calculating a quantity of water in a quantity calculating apparatus according to another embodiment of the present invention;
5 is a diagram illustrating a block tree,
6 is a diagram illustrating a section tree,
7 is a diagram illustrating an inquiry mode and an edit mode of a zone box,
Figure 8 illustrates a zone box defining zones;
9 is a view showing three-dimensional modeling information corresponding to a specific sub-region among three-dimensional modeling information of an object arc line, and
10 is a view showing a PE / Block structure definition file and a work type model file;

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

FIG. 1 is a view showing an integrated management system to which a quantity calculation device according to an embodiment of the present invention is applied, and FIG. 2 is a block diagram for explaining a quantity calculation device shown in FIG.

1, an integrated management system to which a quantity calculation device according to an embodiment of the present invention is applied includes a CAD system 10 for providing design information to a quantity calculation device 40, A lightweight model converter 20 for converting the modeling information into a lightweight file format so as to be inquired by the quantity calculation device 40 and classifying the model structure according to the production process, A zone database 30 for storing the zone master information including the relationship information, the line number, the zone name, and the zone box of the zone on the contrary, and the zone master information to the volume calculation device 40 on the user call, And an ERP system 50 for utilizing the calculated quantity information for work, or for retrieving necessary information such as editors when editing or creating a section. The 3D modeling information may include coordinate information of the design product name and the equipment product area.

The above-described quantity calculation device 40 may be constituted by a device having a display unit. The CAD system 10 in which design information is stored, a zone database 30 for storing the zone master information about the major zone, middle zone and sub- ) And the ERP system 50. < RTI ID = 0.0 > The goods quantity calculating device 40 displays relevant information for calculating the quantity of the specific area of the model selected by the user in association with the CAD system 10, the regional database 30 and the ERP system 50, The work instruction sheet can be outputted based on the amount of water.

2, the quantity calculation apparatus 40 includes a zone function control unit 41, a structure information providing unit 42, a model information providing unit 43, a zone box generating unit 44, a zone information providing unit 45, A water amount calculating unit 46, and a zone box managing unit 47. [

The zone function control menu controlled by the zone function control unit 41 is displayed on the fifth screen (corresponding to the top of the screen), and the zone tree or block tree provided by the structure information providing unit 42 is displayed on the first screen (Corresponding to the left side of the screen), the three-dimensional model information provided by the model information providing unit 43 is displayed on a predetermined second screen (corresponding to the middle of the screen), and the zone information providing unit 45) is displayed on the third screen (corresponding to the right side of the screen). The first to third screens are one screen, on which a section tree or block tree, three-dimensional model information, and area coordinate information of the section box are displayed.

5) for providing the necessary three-dimensional model information such as PE / Block / Artifact / Assembly / member unit to the model information providing unit 43 after selecting the structure, that is, the object line, ) And a zone tree (see FIG. 6) so that the zone levels and relationships can be identified, which are divided into large zones-middle zone-small zones. Here, the zone names of the major zone, central zone and sub-zone can be defined as information indicating where the target line is located. The block tree is a structure in which three-dimensional model information is divided into blocks.

The model information providing unit 43 displays the model and the area of the line for the job in three dimensions on the second screen. Here, the model information providing unit 43 invokes the zone model of the line by clicking the check box of any specific node in the structure tree of the structure information providing unit 42 and displays it on the second screen. The model information displayed in three dimensions includes predefined pieces of equipment information.

The zone box generating unit 44 generates a zone box defining the zone information of the sub-zone provided on the model information providing unit 43. [ The zone box is defined by the coordinates of the X axis, Y axis, and Z axis. There may be at least one zone box of such a sub-sector. In the subregion shown in Fig. 9, three zone boxes are set by the user. The subregion is the unit of production control of the structure.

The zone box generating unit 44 may generate a zone box by placing an edit point on the zone box surface provided on the model information providing unit 43 and dragging it with a mouse to change the size to set coordinate values of the zone .

The zone box generating unit 44 displays the zone box generating interface on the zone information providing unit 45 when the sub-area is selected in the zone tree, and displays the three-dimensional model information of the selected small zone on the model information providing unit 43 And receives zone coordinate information for generating a zone box in the sub-zone through the zone box generating interface displayed in the zone information providing unit 45. [

The zone box generating unit 44 transforms the input zone coordinate information into the shipbuilding coordinate information and reflects the converted shipbuilding coordinate information to the model information providing unit 43. When the storage is requested from the user, And stores the zone coordinate information of the zone box.

The zone box management unit 47 can modify the zone coordinate information when modification is requested without requesting storage, and can additionally create a zone box within the small zone when additional creation is requested, The zone coordinate information of the zone box can be deleted.

The zone information providing unit 45 provides the zone box created by the zone box creating unit 44 on a predetermined third screen and provides an edit mode of the zone box to modify the information of the zone box if necessary . When the editing mode of the zone box is selected, it is set to '0' if the zone information of the previously stored zone box is not stored.

A zone box interface capable of creating, inquiring, or editing a zone box is shown in Figs. 7A and 7B, Fig. 7A is a zone box interface in the inquiry mode, (B) is a zone box interface in edit mode.

When a specific zone is selected in the zone tree of the structure information providing unit 42, the zone box created in the selected specific zone is displayed on the zone box interface as shown in FIG. 7 (a) When a zone editing is requested in the zone box interface shown in FIG. 7B, a zone box interface as shown in FIG. 7B is displayed. At this time, as shown in FIG. 7 (b), menus such as quick input, box addition and storage are provided through the zone box interface in the edit mode, so that the zone information of the zone box can be edited.

The information displayed in the zone box includes a zone name, a description, a zone registration (editing) person, and zone coordinate information indicating the location of the zone. The zone registrant information (zone editor information) is linked with the in-house messenger of the ERP system 50, enabling remote collaboration through messenger conversation, e-mail creation, monitor screen sharing, etc. while confirming the editor.

It is possible to define using the shipbuilding coordinate system when the zone is edited by using the zone box, and by supporting the fast input mode, the quantity calculation device 40 automatically converts between shipbuilding coordinates and model coordinates, Of course, input is possible.

The zonal coordinate information in the zone box defining the arbitrary zone is well shown in Fig. 8, and the zonal coordinate information includes X-axis coordinate value and offset value, Y-axis coordinate value and offset value, Z-axis coordinate value and offset value, and x An axis maximum coordinate value and a maximum offset value, a Y axis maximum coordinate value and a maximum offset value, and a Z axis maximum coordinate value and a maximum offset value.

On the other hand, when registering or editing a zone, it is possible to create several zone boxes in one small unit. This is because the working space is not limited to a hexahedron but rather a polyhedron. The coordinate value can be designated through the zone box provided in the zone information providing unit 45 at the time of zone editing, but it is also possible to change the size by placing an editing point on the zone box surface provided on the model information providing unit 43 and dragging it with the mouse Provides a GUI function that allows the editor to create / modify zone information boxes that are easy and intuitive by referring to Zone Division drawings.

In the zone functional block 41, a menu for loading an object line model, a model definition such as a zone definition, a model search over a zone, and a zone selected based on a screen model, , Area related menu for quantity calculation such as loading of the area related to the model on the screen, zone selection option, area name on / off function on the screen, and the function of allowing the zone to be created and filtered arbitrarily without defining zone information Menu.

In order to calculate the quantity, a model must be loaded. Whether the model tree is used in the provision area of the model information providing unit 43 or the design data in the ERP system 50 is retrieved, The design model can be loaded into the information provider 43.

When the operator calls up the required model, the zone box is also displayed on the second screen by the model information providing part 43. The quantity calculation unit 46 can calculate the quantity of the necessary quantity at the node selected by the user based on the name of the three-dimensional model information corresponding to the area coordinate information of the zone box and the position of the member.

In this way, the model information providing unit 43 provides the three-dimensional model information of the arbitrary region selected by the user through the input means such as a keyboard, a mouse, a touch pad or the like on the second screen, Dimensional model information corresponding to the zone coordinate information of the zone box existing up to the zone selected by the user or the lower node of the selected zone, and the position of the member. At this time, the quantity calculation unit 46 may extract the equipment list included in the zone information of the zone box, that is, the model information corresponding to the coordinates, and calculate the quantity using the extracted equipment list.

More specifically, the model information providing unit 43 searches the zone database 30 for the zone coordinate information of the zone box existing up to the lower node below the selected zone if the zone box of the selected zone exists through the input means, The zone coordinate information of the box is registered in the bounding box list of the selected zone, the zone coordinate information of the registered bounding box list is compared with the zone coordinate information recorded in the header of the work type model file, And extracts the work model file to visualize the work model contained in the extracted work model file.

Whether to include the model partially included (spanning) in the zone of the model on the screen when performing the zone filtering in the zone function control unit 41, or whether to filter only the model completely contained in the zone box as the volume, .

By associating the calculated quantity of water with the design data in the ERP system 50, the quantity calculation apparatus 40 can perform various operations required for production management, and an environment in which a work instruction sheet can be automatically provided becomes possible. For example, the preceding management information (the number, the specification, the weight, the control number, the diameter, the installation condition, the performance, etc.) of the piping spool among the calculated quantity of water can be linked.

In order to load the line model into the model information providing unit 43, the PE / block structure definition file and the work model files must be located at the designated positions. In order to link the structure information in the PE / Block structure definition file with the detailed structure information in the work model file, the path of the work model file is specified in the PE / Block structure definition file, and the work model file must be located in the specified path .

In the PE / Block structure definition file, if a line is selected using the line selection menu in the zone function control unit 41, it can be loaded into the block tree of the structure information providing unit 42, The extension node checks whether there is an external file link, and if there is a link, it uploads the work model file in the defined path to the memory.

In this way, the ship coordinate system file is loaded together for the coordinate transformation between the model coordinate system and the ship coordinate system. The ship coordinate system file can be obtained in the form of a dump file in the CAD system 10, So that it can be automatically downloaded to the necessary path.

In the work model file, the shape information of the design model and the predefined zone box (zone box which is the maximum / minimum coordinate of the work model) are included. When the work model file is loaded by the quantity calculation device 40, Information is displayed in the block tree of the structure information providing part 42. [

In order to perform the work necessary for calculation of the quantity of goods by using the area information retrieved from the section tree displayed in the model information providing section 43 and using the retrieved section information, Should be loaded.

The zone information is defined in the zone database 30. Within the zone database 30, coordinate information (maximum / minimum coordinate value) indicating the intersection relationship information and the zone in the zone box, editor, edition date, Area master information such as description is defined. The zone information stored in the zone database 30 has a logical connection relationship with the work model file and the zone box establishing device 40 when necessary in the zone related function of the zone function control section 41 for calculating the quantity of water.

FIG. 9 shows a part of a design model of a line segmented by a small unit. The procedure of creating a zone box selects a design model (corresponding to A in Fig. 9) of a subregion where the user will create a zone box, as shown in Fig. You can then select the lower hierarchy node in the section tree of the design model. Next, a window (zone box interface) for creating zones on the zone information providing unit 45 is provided, and basic information of the zones, that is, zone names and zone descriptions, can be inputted through the window. And the zone information providing unit 45 can be switched to the editing mode so as to input additional information of the zone.

The creation area is displayed and visualized on the model information providing part 43 and the created zone is added to the zone list.

The user can input the area coordinate information indicating the zone through the model information providing unit 43 (coordinate input by dragging the coordinates as described above) or zone information providing unit 45. [ The coordinates thus input are reflected and displayed in the zone box on the model information providing unit 43.

There can be more than one zone box in a small area, and an additional zone box can be created. Also, if you need to modify or delete a zone box during the creation of a zone box, you can modify / delete it if you have selected the corresponding zone box. When the creation / modification / deletion of the zone box is completed, the zone coordinate information of the zone box can be stored in the zone database 30, the zone list in more detail. Editing such as modification / deletion of the zone box can be performed by the zone information registration management unit (not shown) of the quantity calculation device 40. [

When the creation of the zone box is completed in this way, the work model of the zone tree related to the volume of the small unit to be calculated prior to calculating the quantity should be loaded with logical connection.

(Hull, Pipe, Equip, STRUCT) related to the quantity of water based on the small area are loaded in the structural information providing unit 42.

When the model is loaded in the structure information providing unit 42, the work model is selected as a sub-region to be loaded. When a zone box is registered in the selected node, the zone coordinate information of the zone box is registered in the zone list, and the process continues until the lowest node.

When the zone list is completed, the zone box of the work model is loaded in the directory specified by the work model file.

The water quantity calculating unit 46 can calculate the total quantity required in the sub-area based on the absence position and the member name of the three-dimensional model information corresponding to the area coordinate information up to the lowest node below the selected specific node.

In particular, when the zone box is registered in a specific node, the quantity calculation unit 45 registers the zone box in the zone list, searches the lowermost child node to complete creation of the zone list, It is possible to calculate the volume of the unit of the small area based on the zone list and the member list. In the case of a member option in which the option of including a zone box is partially included, only the partially contained member is added to the member list, and in the case of the completely contained member option, only the member which is completely included is added to the member list, .

At this time, based on the completed member list, the members that are not in the member list can be removed from the three-dimensional model information and removed from the region tree to visualize the members not on the member list on the screen. As a result, the quantity of the units in the small area unit is calculated based on the zone list and the member list.

A method of generating a zone box of a small area by using a water quantity calculating apparatus having such a configuration will be described with reference to FIG. At least one zone box in the sub-region can be created, and the zone coordinate information of the generated zone box is stored and managed in the zone database 30.

3 is a flowchart illustrating a method of generating a zone box of a small area using a quantity calculating device according to another embodiment of the present invention.

Referring to FIG. 3, the zone box generating unit 44 included in the quantity calculating apparatus 40 selects an object line from the user (S101).

The zone box generating unit 44 judges whether or not the zone tree divided by the structure of the object line, that is, the zone, the middle zone, and the sub-zone is stored in the zone database 30 (S103).

If the zone tree is stored in the zone database 30 as a result of the determination in step S103, the structure information providing unit 44 included in the volume calculation apparatus 40 calls the zone tree from the zone database 30, 1 on the screen (S105).

If it is determined in step S103 that the zone tree is not stored in the zone database 30, the zone box generation unit 44 generates a zone tree from the structure of the object arc, that is, the zone zone, the middle zone, and the sub- To be displayed on the first screen (S104). At this time, the names of the major, middle, and minor districts of the target line should be determined by the name indicating the location of the target line.

Thereafter, the zone box generating unit 44 selects a sub-region among the zone trees provided on the first screen (S107).

The zone box generating unit 44 displays the zone box interface on the third screen to generate the zone box of the selected small area (S109). At this time, if the area coordinate information of the sub-area is already stored, the stored area coordinate information is provided on the third screen and editing such as correction or deletion can be performed.

The zone box generating unit 44 displays the selected three-dimensional model information of the small area on the second screen (S111).

The above-described step S109 and step S111 are not limited to this order. If the zone box interface is displayed on the third screen before the step S113 described below and the three-dimensional model information of the selected small area on the second screen is displayed It can be implemented.

The zone box generating unit 44 receives the zone coordinate information to generate the zone box in the sub-zone (S113). Here, it is described that the user directly inputs the area coordinate information. However, the area coordinate information can be set by changing the size by placing the editing point on the surface of the area box and dragging the mouse.

The zone box generating unit 44 converts the received zone coordinate information into shipbuilding coordinate information (S115).

The zone box generating unit 44 reflects the converted shipboard coordinate information to the model information providing unit 43 (S117).

Thereafter, the zone box generating unit 44 determines whether or not the storage is requested (S119).

If it is determined in step S119 that the storage is requested, the zone box generating unit 44 stores the zone coordinate information of the zone box created in the zone database 30 (S121).

If it is determined in step S119 that the storage is not requested, the zone box generator 44 determines whether modification is requested (step S122).

If it is determined in step S122 that modification is requested, the zone box generating unit 44 moves the process to step S113 and receives zone coordinate information.

If it is determined in step S122 that modification is not requested, the zone box generating unit 44 maintains a standby state for a predetermined time.

After the step S121, the zone box management unit 47 included in the quantity calculation apparatus determines whether deletion / addition creation is requested (S124).

If it is determined in step S124 that deletion is requested, the zone box management unit 47 deletes the zone coordinate information of the generated zone box from the zone database 30 (S126).

If it is determined in step S124 that the additional generation is requested, the zone box generating unit 44 moves the process to the step S111 to select the zone box to be additionally generated. The three-dimensional model information of the sub- And displays it on the study 43.

Through the process described above, at least one zone box in the sub-zone is created and the zone coordinate information of the generated zone box is stored and managed in the zone database 30.

Hereinafter, a method of calculating the quantity of water in the unit of the area will be described.

FIG. 4 is a flow chart for explaining the method of calculating the quantity of water in the quantity calculating apparatus according to another embodiment of the present invention.

Referring to FIG. 4, the structure information providing unit 42 included in the quantity calculating apparatus 40 refers to the zone database 30 storing the predefined zone master information, (S201). ≪ tb > < / TABLE >

The zone database 30 stores the structure definition file of the target line and the designated location of the work type model files, and includes relation information, area name, and zone box of the zone related to the major zone, middle zone and small zone of the target line Area master information is stored.

The quantity calculation apparatus 40 selects an arbitrary section to be calculated in the section tree indicated by the structure information provided to the structure information providing unit 42 (S203). An arbitrary area selected here may be a subregion.

The quantity calculation apparatus 40 determines whether a zone box exists in a lower node of the selected zone (S205). 6, when the selected region is the middle region (PORT RONTOON_FWD), the quantity calculation apparatus 40 searches for a zone box of a subregion, which is a lower node of the middle region, i.e., the lowest node in the middle region, It is determined whether or not a zone box exists. If a subregion called ACCSS TUNNEL is selected, it is determined whether or not a zone box exists in the selected subregion. At this time, the quantity calculation apparatus 40 can search up to the lowest node below the zone, and display the zone tree on the basis of whether the zone box exists or not. As shown in FIG. 6, when an arbitrary region, that is, PORT COLUMN_FWD is selected, it is searched whether or not a zone box exists up to the lowest node below the selected zone, and the existence / Can be displayed adjacent to each other. The check box indicates the lower node of the selected node, and the box next to the check box indicates the presence / absence of the zone box.

If the zone box does not exist in the lower node of the selected zone as a result of the determination in step S205, the quantity calculation device 40 moves the process to step S209 described later.

If the zone box exists in the lower node of the selected zone as a result of the determination in step S205, the quantity calculation device 40 registers the zone coordinate information of the zone box in the zone list (i.e., the volume to be calculated) And creates a zone list (S17). At this time, the quantity calculation apparatus 40 searches the zone database 30 for the zone coordinate information of the zone box existing in the lower node of the selected zone, registers the zone coordinate information of the retrieved zone box in the bounding box list of the selected zone, The zone coordinate information of the registered bounding box list is compared with the zone coordinate information recorded in the header of the work type model file to extract the work type model file of the header in which the matching zone coordinate information is recorded and the design model Visualize the shape. The bounding box list can also be obtained from the created zone list.

Then, the quantity calculation device 40 judges whether or not the next node is selected (S209). Here, the next node means a zone located at the same level as the zone selected in step S203 described above.

If it is determined in step S209 that the next node is selected, the quantity calculation apparatus 40 moves the process to step S205 to determine whether a zone box exists in a lower node of the next node.

If it is determined in step S209 that the next node is not selected, the quantity calculation device 40 determines that the creation of the zone list is completed, and the zone containing option of the zone box (S211), the member included in the zone box is added to the member list. The member list may include information about equipment belonging to the zone. For example, if the option to include a section is an option with a portion, the partially included member is added to the member list, and if the option is included completely, only the completely included member is added to the member list. When the creation of the zone list is completed, the bounding box list of the selected zone can be obtained from the created zone list.

When the creation of the member list according to the option including the zones is completed, the quantity calculation device 40 removes the members not in the member list from the block tree displayed in the structure information providing portion 42, The member is unloaded (S213).

Then, the quantity of water calculation device 40 calculates the total quantity of the required quantity in the area selected in the above-described section tree based on the created area list and the member list (S215). For example, if the area selected in the section tree is a sub-area, it is possible to calculate the necessary quantity in the sub-area. If the area selected in the section tree is, for example, a middle area, Can be added to calculate the total quantity of the middle region.

By doing this, it is possible to calculate the quantity of the unit of the zone based on the position and the member name of the member included in the three-dimensional model information of the object line corresponding to the area coordinate information of the zone box in the small area, In addition to enabling job management and work order creation, it is possible to utilize the quantity of small-unit units in the process management in the post-production department, thereby improving the overall production quality.

In the above description, when an arbitrary region is selected in the section tree, the 3D model information of the selected region is displayed on the second screen, and it is determined whether there is a section box at a lower node of the selected section. Dimensional modeling information having the coordinate information coinciding with the coordinate information of the three-dimensional modeling information, and the position of the member. However, in another embodiment, the quantity of the product can be calculated through visualization of the model.

That is, according to another embodiment, the integrated management system of the present invention selects a zone to which a work model is to be loaded from a user through input means, determines whether or not a zone box exists in the selected zone, If there is a zone, the zone coordinate information of the zone box existing up to the lower node below the selected zone is searched in the zone database 30, the zone coordinate information of the searched zone is registered in the bounding box list of the selected zone, The zone coordinate information is compared with the zone coordinate information recorded in the header of the work type model file to find the work type model file of the header in which the corresponding zone coordinate information is recorded, and the work type model included in the work type model file is visualized. The quantity of the selected area can be calculated based on the member name and the position of the member of the work model visualized in this way.

Prior to calculating the quantity, the work model has a logical connection to the section tree associated with the quantity of the small unit to be calculated.

The method of calculating the quantity of goods through modeling of an industrial model selects an arbitrary node to which an industrial model (Hull, Pipe, Equip, Struct) is to be loaded by loading a block model of the object row provided by the structural information providing unit 42. If the zone box is registered in the selected node, the zone coordinate information of the zone box is registered in the bounding box list of the model. Then, the next node exists If not, a list of work model files is loaded from the directory in which the work model file (see FIG. 10) is stored, and area coordinate information of the work model is loaded in the header of the work model file. And compares the zone coordinate information loaded in the header of the work model file with the zone coordinate information registered in the bounding box list to extract the matching work model file.

10 shows the definition file of the PE / Block structure of the object line and the work type model file of each block. In FIG. 10, 102 blocks are selected and the work model file of the selected PIPE is selected from among the selected 102 block types, that is, HULL, EQUIP, STRUCT and PIPE.

If the option in the corresponding zone is a complete include option and the bounding box of the working model is completely included in the zone coordinate information of the zone box, the option file is satisfied. In other cases, if the option of the corresponding zone is not completely included and the bounding box of the working model is at least partially included in the zone box information of the zone box, the option file is added to the file open list.

In other cases, that is, when the bounding box of the entire member model in the work model is not completely included, the bounding box of the entire member model in the work model is not included in the section coordinate information of the section box If not, do not add the work model file to the open file list.

If the zone coordinate information of the zone box exists in the bounding box list of the model, the zone coordinate information of the zone box is extracted again on the bounding box list of the model, and if the next available model file exists on the work model file list, The process of loading the zone coordinate information of the work type model is repeated in the header of the file.

When this process is repeated, the work model file added to the file open list is loaded and the work model loaded on the second screen is visualized. In this case, since the logical connection relation between the work type model and the zone box is defined, the quantity of the selected node can be calculated based on the member name and the position of the member of the work model corresponding to the zone coordinate information of the zone box.

The invention being thus described, it will be obvious that the same way may be varied in many ways. Such modifications are intended to be within the spirit and scope of the invention as defined by the appended claims.

10: CAD system 20: Lightweight model converter
30: Zone database 40: Quantity calculation device
41: zone function control unit 42: structure information providing unit
43: Model information providing unit 44: Zone box generating unit
45: Zone information providing unit 46: Quantity calculation unit
47: Zone box management unit 50: ERP system

Claims (7)

Area master information that contains the structure definition file of the target line and the designated location of the work model files and the relationship information between the zones about the major line, the middle line and the subregion of the target line, the zone name and the zone box of the zone A zone box management method of an integrated management system having a zone database,
Wherein the integrated management system comprises: a step of receiving a selection of a zone to be loaded with a work model from a user through input means;
If the zone box of the selected zone exists, the integrated management system searches the zone database for zone coordinate information of the zone box that exists up to the lower node below the selected zone, and registers the zone coordinate information in the bounding box list of the selected zone ; And
The integrated management system compares the zone coordinate information of the registered bounding box list with the zone coordinate information recorded in the header of the work type model file to extract a model type file of the header in which matching zone coordinate information is recorded, And visualizing the work type model included in the work type model file. The method according to claim 1,
After the visualizing step,
Wherein the integrated management system further comprises the step of calculating a necessary amount of water in the selected small area based on the absent position and member name of the visualized model of work. The method of claim 2,
Prior to the step of visualizing,
If the integrated management system is such that the option of the zone is a complete inclusion option and the bounding box of the member model in the work model is fully contained in the zone coordinate information of the zone box, then the work model file is loaded into the file open list, And if the option of the zone is an option including part and the bounding box of the member model in the work model is at least partially contained in the zone coordinate information of the zone box, loading the work model file into the file open list and including the work model file in the selected zone ≪ / RTI > Area master information that contains the structure definition file of the target line and the designated location of the work model files and the relationship information between the zones about the major line, the middle line and the subregion of the target line, the zone name and the zone box of the zone Zone database; And
Selecting a zone to which the work model is to be loaded from the user through input means and searching the zone database for zone coordinate information of a zone box existing up to a lower node below the selected zone and registering the zone coordinate information in the bounding box list of the selected zone, A volume calculating device for comparing the zone coordinate information of the registered bounding box list with the zone coordinate information recorded in the header of the work type model file and visualizing the work type model included in the work type model file of the header in which the matching zone coordinate information is recorded Wherein the integrated management system comprises: The method of claim 4,
Wherein the quantity of water calculation device calculates a quantity of water necessary for the selected small area based on the member position and member name of the visualized model of work. The method of claim 4,
If the option of the zone is a complete inclusion option and the bounding box of the member model in the work model is completely contained in the zone coordinate information of the zone box, the quantity calculation device loads the work model file into the file open list and places the work model file in the zone If the option of the zone is an option including part and the bounding box of the member model in the work model is at least partially included in the zone coordinate information of the zone box, then the work model file is loaded into the file open list and included in the selected zone . The method of claim 4,
Wherein the quantity calculation device searches for a lowest node below the selected zone to display the zone tree on the basis of whether the zone box exists or not.

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