Automatic generation method of ship and ocean engineering cable laying detailed list

Abstract

The invention discloses an automatic generation method of ship and ocean engineering cable laying detailed list, which is characterized in that: device, cable bracket and virtual point are established through Intergraph software to generate name, model, starting position, ending position, cable route and length information of cable, and a Microsoft Office Access Software interface module is used for automatically generating the cable laying detailed list in the Microsoft Office Access Software. The method has the function that the cable laying detailed list can be automatically generated, and mistake cable data can be repeatedly reported; the route and length of the cable are calculated by software, so the mistake rate is far lower than the manual estimation; the method has the advantages that the labor intensity of the cable laying detailed list production personnel can be greatly reduced.

Description

Technical field: [0001] The invention relates to the field of ship and ocean manufacturing, in particular to a method for automatically generating a ship and ocean engineering cable laying list. Background technique: [0002] The cable laying list in the electrical production design of ships and ocean engineering contains comprehensive information such as the name, model, start and end position, and length of the cable. It can effectively manage the cables and improve the efficiency of on-site construction. This is the shipbuilding electrical An important part of production design, counting cable length and making cable inventory is a tedious and time-consuming work. [0003] The current method of making cable laying inventory mainly relies on manual work and Microsoft Excel software. The specific method is that when workers design the circuit diagram, they manually mark the nodes on the cable bracket and cable frame in the circuit diagram, roughly estimate the length of th...

AI Technical Summary

Problems solved by technology

[0004] 1) The current production method needs to manually input the cable name and corresponding parameters into the Microsoft Excel software one by one, and can only do some simple data screening, and cannot effectively check the correctness of the cable data, especially the duplication and error of the cable data. omit

[0005] 2) The path and length of the cable are counted and calculated manually, and errors will inevitably occur

[0006] This method is labor-intensive for workers, and the whole process is cumbersome and boring, which does not conform to the concept of "people-oriented"