KR20130060710A - Method and system for tagging electric field equipment in vessel and interworking three-dimensional routing of cable - Google Patents

Abstract

PURPOSE: A system for tagging the battlefield equipment of a vessel and interlinking the 3D routing of a cable and a method thereof are provided to prevent the malfunction or omission of the equipment by making a wiring diagram and an equipment drawing consistent. CONSTITUTION: A wiring diagram work unit(110) gives a tag number about equipment related to a wiring diagram. An equipment drawing modeling unit(120) performs the 3D modeling of the equipment by using the tag number. A routing unit(130) routes the modeled equipment according to a zone. A quantity calculating unit(140) calculates the quantity of routing cables. [Reference numerals] (110) Wiring diagram work unit; (120) Equipment drawing modeling unit; (130) Routing unit; (140) Quantity calculating unit

Description

3D routing interlocking system and method of ship's electric equipment tagging and cable {METHOD AND SYSTEM FOR TAGGING ELECTRIC FIELD EQUIPMENT IN VESSEL AND INTERWORKING THREE-DIMENSIONAL ROUTING OF CABLE}

The present invention relates to a method for constructing a more advanced battlefield design computing environment in a three-dimensional modeling environment.

In general, when designing a ship, based on the basic design information of a particular ship, it is partially modified or edited to produce a ship design that meets the needs of the owners who requested the construction of the ship. That is, in order to build a ship, a business design (initial design) is started according to the type of vessel (commercial vessel, special vessel, etc.), size (drainage), etc.

In particular, during the design process, when drawing a ship's electrical design, for example, an electric and power system in a ship, using AVEVA MARINE's Programmable Macro Language (PML) as a ship development program, The cable application of the Outfitting Module of Viva Marine 12.0 or higher is used, and the drawing environment is using the HDM (Hull Drafting Module) of the Viva Marine 12.0 or higher. Therefore, the environment between the development program, modeling, and drawings are incompatible with each other, causing missing, redundant, or other malfunctions of the electronic equipment.

An embodiment of the present invention is to ensure that the wiring diagram and device diagram through the electrical equipment tagging equipment is consistent, to prevent the missing or malfunction of the equipment, and to minimize the duplex operation by design process (wiring diagram / device diagram) Provides a 3D routing interworking system and method for equipment tagging and cables.

An embodiment of the present invention is to improve the design information through the three-dimensional routing of the cable, to reduce the quantity of cables, electrical equipment, and the tagging of the electrical equipment of the ship that can reduce the cable and tray work of the production department and Provided are a three-dimensional routing interworking system and method for cables.

The 3D routing interlocking system of the ship's electrical equipment tagging and cable according to an embodiment of the present invention is a wiring diagram work unit for assigning a tag number for the equipment related to the wiring diagram, and the 3D equipment using the assigned tag number. The apparatus for modeling also includes a modeling unit and a routing unit for routing the modeled equipment for each zone.

The wiring diagram work unit may provide at least one of an equipment list search function, a cable list search function, and an automatic definition of 3D model information for each device associated with a diagram.

The apparatus diagram modeling unit may select a standard routing area for each line, and select a cable work zone according to from / to deck information of the wiring diagram.

The routing unit may provide at least one of a cable way and branch modeling function, a node number management function, a cable scheduling function, a partial / total routing function, and a cable load analysis function according to a routing result.

The 3D routing interlock system of the electrical equipment tagging and cable of the ship may further include a quantity calculation unit for calculating the quantity of the cable to route.

According to an embodiment of the present invention, a method for interlocking a ship's electric equipment tagging and cable 3D routing is to assign a tag number to a device related to a wiring diagram, and to three-dimensional model the equipment using the assigned tag number. Step, routing the modeled equipment for each zone, and calculating the quantity of the routing cable.

According to an embodiment of the present invention, the wiring diagram and the device through the electrical equipment tagging by the equipment is also consistent, it is possible to prevent the missing or malfunction of the equipment, minimizing the duplication by design process.

According to one embodiment of the present invention, by improving the design information through the three-dimensional routing of the cable, it is possible to reduce the quantity of cables, electrical equipment, and reduce the number of cable and tray operations of the production department.

1 is a block diagram showing the configuration of a three-dimensional routing interworking system of the electrical equipment tagging and cable of the ship according to an embodiment of the present invention.
2 is a view showing the configuration of the three-dimensional routing interlocking system of the cable and the cable equipment of the ship according to an embodiment of the present invention.
3 is a flowchart illustrating a procedure of a 3D routing interworking method of electric equipment tagging and cable of a ship according to an embodiment of the present invention.

Hereinafter, various embodiments of the present invention will be described in detail with reference to the accompanying drawings and accompanying drawings, but the present invention is not limited to or limited by the embodiments.

1 is a block diagram showing the configuration of a three-dimensional routing interworking system of the electrical equipment tagging and cable of the ship according to an embodiment of the present invention.

Referring to FIG. 1, the 3D routing interworking system (100, hereinafter referred to as 'tagging and routing interlocking system') of the electric equipment tagging and cable of the ship is a wiring diagram working unit 110, a device diagram modeling unit 120, routing The unit 130 and the quantity calculator 140 may be included.

Such, the tagging and routing interworking system 100 may share equipment by sharing wiring diagrams (two-dimensional symbols) and device diagrams (three-dimensional models) through an AVEVA MARINE (AM) database. The tagging and routing interworking system 100 can visualize cable routing and automatic cable model generation under a three-dimensional modeling environment of Aviva Marine. In addition, the tagging and routing interworking system 100 may maximize work efficiency through an existing cable scheduling system and a bidirectional interface.

The wiring diagram working unit 110 assigns a tag number for the equipment related to the wiring diagram. The wiring diagram work unit 110 may define a tag number standard for tagging equipment by project (by type). In addition, the wiring diagram working unit 110 may define a three-dimensional model for each two-dimensional symbol of the equipment as a standard.

In an embodiment, the wiring diagram working unit 110 may provide at least one of a device list search function, a cable list search function, and an automatic definition of 3D model information for each device associated with a diagram. The wiring diagram work unit 110 inputs the tag numbers collectively according to the standard definition by user type by diagram type, mail / sub system, page, sheet, and equipment, and the equipment and cables of the diagram. Lists can be extracted in batches.

In addition, the wiring diagram working unit 110 may provide a function of confirming the three-dimensional model and GA equipment missing, and manage change information. To this end, the wiring diagram working unit 110 may search for the 3D modeling status based on the 2D symbol list and easily change 3D model information for each 2D symbol.

The device diagram modeling unit 120 three-dimensionally models the equipment using the assigned tag number. In an embodiment, the apparatus diagram modeling unit 120 may select a standard routing area for each line, and select a cable work area according to the from / to deck information of the wiring diagram. The device diagram modeling unit 120 may automatically select a person in charge of the selected cable work zone.

The apparatus diagram modeling unit 120 may utilize a wiring diagram equipment list when equipment is input. For example, the device diagram modeling unit 120 provides a device list search function of a diagram and a cable list search function of a diagram, and user-selectively by diagram type, mail / sub system, page, sheet, and device. You can enter or change the tag number at once. The device diagram modeling unit 120 may collectively input a list of equipment and cables in the diagram, and may conveniently perform a linkage operation between the list of equipment and cables in the diagram and a three-dimensional model separately input.

The apparatus diagram modeling unit 120 may provide a function of confirming that equipment related to the 3D model and the wiring diagram is not missing and managing change information. For example, the apparatus diagram modeling unit 120 may search the current state of the 2D equipment symbols based on the 3D modeling list and allow the wiring diagram operator to check information on additional input equipment. The device diagram modeling unit 120 may additionally perform an interworking operation with a wiring diagram symbol when the 3D model is copied from a similar line separately from the wiring diagram equipment symbol.

The routing unit 130 routes the modeled equipment for each zone. In an embodiment, the routing unit 130 may include at least one of a cable way and a branch modeling function, a node number management function, a cable scheduling function, a partial / total routing function, and a cable load analysis function according to a routing result. You can provide one.

Cable way and branch modeling capabilities make it easy to model cable ways and branches, provide convenience for branching, and provide users with branch connectivity. Node number management function defines node number collectively or individually by zone (deck / block / user), and can query other zone (other user) node or work with other zone connection node.

The routing unit 130 may provide a list of branch and node information and a drawing generation function, thereby searching for a list of branch and node information, uploading branch and node information to an existing ECSS system, and branch / node information of the ECSS system. Change management, and the corresponding modeling information can be drawn.

The cable scheduling function retrieves a list of cables by zone and by user, and the cable-specific type must use the same standard as the cable specification reference in the wiring diagram. The cable scheduling function can automatically define the cable from / to device (3D model) based on the tag number, and automatically select and route the proximity branch of the cable from / to device. In addition, the cable scheduling function may change the routing path by defining block information for each node collectively or individually, and defining one or more check nodes for each cable circuit sequentially. The cable scheduling function retrieves the cable circuit's From / To Length information from the equipment model, optionally changes the automatically calculated From / To Length information, and displays the connection error list by zone and user. You can search in batches.

Partial / total routing function can easily search the cable list by zone and user, 3-dimensional routing by zone according to cable from / to device or node, calculate node, route and length information through 3D routing. In addition, a path according to 3D routing may be displayed on the screen and provided to the user. In addition, the partial / total routing function displays arbitrary 3D routing results (path, length between nodes, total length) by designating arbitrary From / To (node and hole / comaming or tray), and routing error list by circuit. Batch search and output, and can calculate the margin options of the user when calculating the length information according to the routing. User margins may include converter width, converter stages, cable diagrams, and the like.

The cable load analysis function according to the routing result calculates the capacity of each branch / hole / comaming / node / tray according to the routing result of each area, and reflects the designer's margin as an option when calculating the capacity. Fully labeled, capacity calculation for any cable per branch is possible.

The quantity calculating unit 140 calculates the quantity of the cable to route. The quantity calculator 140 may provide a cable routing result list search function, a cable routing result list ECSS upload function, a cable quantity history and change information management function. The cable routing result list search function can search a list by system and other user search conditions, and can search a list of work statuses (deck progress) by area / deck / system based on the total cable amount. Do it. Cable routing result list ECSS upload function uploads cable routing information to ECSS DB and generates set points and drums according to the cable routing information entered in ECSS to calculate a list of quantities such as cable schedule list, POR quantity and ACT list. can do. The cable quantity history and change information management function can query the POR transmission history, search the previous POR history information and the addition / modification list separately, and transmit the addition / modification list to the separate ECSS.

Therefore, the tagging and routing interworking system of the present invention can be consistent with the wiring diagram and the device through the equipment tagging equipment, to prevent the missing or malfunction of equipment, and to minimize the duplication of work by design process.

2 is a view showing the configuration of the three-dimensional routing interlocking system of the cable and the cable equipment of the ship according to an embodiment of the present invention.

Referring to FIG. 2, the AM CAD DB includes a wiring diagram, a tag number, a model library, modeling (Tray, Node, equipment), and a cable list.

The tagging and routing interworking system of the present invention can create a standard tag number and map standard equipment according to the standard tag number to determine standard rules and routing rules. Standard related information (standard information for each ship type, standard information for each ship) is stored in ECSS DB. The tagging and routing interworking system assigns a tag number for the equipment related to the wiring diagram (W / D) and retrieves the equipment / cable list. The tagging and routing interworking system can search for wiring diagram-related equipment by region and page and model the equipment. After modeling the device, the tagging and routing interworking system uploads the cable list and the device list to the ECSS DB.

The tagging and routing interworking system may model a tray for each zone, connect a node to model a node, and extract a connection length for each zone between nodes. The tagging and routing interworking system uploads the node list to the ECSS DB.

The tagging and routing interworking system may define a check node for each circuit by searching a cable list, connecting equipment for each circuit, and calculating a length of circuit from / to each circuit. The tagging and routing interworking system uploads a branch list to the ECSS DB.

The tagging and routing interworking system can upload the cable quantity list to the ECSS DB by analyzing the cable load by defining the area or the whole routing, and defining the check node.

The tagging and routing interworking system may generate a set point and a drum according to the cable routing information input to the ECSS DB to calculate a list of quantities such as a cable schedule list, a POR quantity, and an ACT list. The tagging and routing interworking system can query the POR transmission history, search the previous POR history information and the addition / modification list separately, and transmit the addition / modification list to separate ECSS.

3 is a flowchart illustrating a procedure of a 3D routing interworking method of electric equipment tagging and cable of a ship according to an embodiment of the present invention.

Referring to FIG. 3, the 3D routing interworking method of the ship's electrical equipment tagging and cable may be performed by the tagging and routing interworking system shown in FIG. 1.

In step S310, the tagging and routing interworking system assigns a tag number for the equipment associated with the wiring diagram. The tagging and routing interworking system may provide at least one of an equipment list search function, a cable list search function, and an automatic definition of 3D model information for each device associated with a diagram.

In step S320, the tagging and routing interworking system 3D models the equipment by using the assigned tag number. The tagging and routing interworking system selects a standard routing area for each line, and selects a cable work area according to the from / to deck information of the wiring diagram.

In step S330, the tagging and routing interworking system routes the modeled equipment for each zone. The tagging and routing interworking system provides at least one of a cable way and branch modeling function, node number management function, cable scheduling function, partial / total routing function, and cable load analysis function according to routing result. can do.

In step S340, the tagging and routing interlock system calculates the quantity of the cable to route. In the tagging and routing interworking system, the quantity calculator 140 may provide a cable routing result list search function, a cable routing result list ECSS upload function, a cable quantity history and change information management function.

The methods according to embodiments of the present invention may be implemented in the form of program instructions that can be executed through various computer means and recorded in a computer-readable medium. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions recorded on the medium may be those specially designed and constructed for the present invention or may be available to those skilled in the art of computer software.

As described above, the present invention has been described by way of limited embodiments and drawings, but the present invention is not limited to the above embodiments, and those skilled in the art to which the present invention pertains various modifications and variations from such descriptions. This is possible.

Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the equivalents of the claims, as well as the claims.

100: Ship equipment tagging and cable 3D routing interlocking system
110: wiring diagram working part
120: device diagram modeling unit
130: routing unit
140: quantity calculation unit

Claims (6)

A wiring diagram working unit for assigning tag numbers for equipment related to the wiring diagram;
An apparatus diagram modeling unit for three-dimensional modeling the equipment using the assigned tag number; And
Routing unit for routing the modeled equipment for each zone
3D routing interlock system of the electrical equipment tagging and cable of the ship comprising a. The method of claim 1,
The wiring diagram working part,
A three-dimensional routing interworking system of a ship's electrical equipment tagging and cable providing at least one of a equipment list search function associated with a diagram, a cable list search function, and an automatic definition of three-dimensional model information for each equipment. The method of claim 1,
The device diagram modeling unit,
3D routing interlocking system of the ship's electrical equipment tagging and cable to select the standard routing area per line, and to select the cable work area according to the From / to deck information of the wiring diagram. The method of claim 1,
The routing unit,
Ship equipment tagging, providing at least one of cable way and branch modeling, node number management, cable scheduling, partial / total routing, and cable load analysis based on routing results And three-dimensional routing interworking system of cables. The method of claim 1,
Quantity calculation unit for calculating the quantity of the cable to route
Further comprising, the three-dimensional routing interworking system of the ship's electrical equipment tagging and cable. Assigning a tag number for equipment associated with the wiring diagram;
3D modeling the equipment using the assigned tag number;
Routing the modeled equipment by zones; And
Calculating a quantity of the routed cable
3D routing interworking method of the electrical equipment tagging and cable of the ship comprising a.

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