Automatic model selection system with settable occupation height ratio

Abstract

The invention discloses an automatic model selection system with a settable occupation height ratio. The system comprises a parameter setting module, a cable data reading module, a cable data storagemodule, a bracket parameter storage module, a bracket model selection module, a cable arrangement calculation module, a model selection judgment module and an arrangement result displaying module, wherein the cable arrangement calculation module can quickly arrange cables into a U-shaped cable bracket, calculates the arranged occupation height ratio and is combined with the model selection judgment module and the bracket model selection module for iterative judgment, and the model of the U-shaped cable bracket which conforms to a certain occupation height ratio range can be automatically selected. By use of the system, the automatic model selection of the U-shaped cable bracket can be quickly finished, a model selection result is accurate, model selection speed is high, and efficiency is high. By use of the automatic model selection system for the U-shaped cable bracket, the model selection work, which is manually finished in several days in the past, of the U-shaped cable bracket canbe shorted into few minutes.

Description

technical field [0001] The invention relates to an automatic type selection system for a U-shaped cable bracket with a settable height ratio, and relates to the type selection application occasion of a marine U-shaped cable bracket suitable for the shipbuilding industry. Background technique [0002] In the shipbuilding industry, especially in the design and construction of large oil tankers and ships, it is necessary to pre-simulate and arrange the cables in the U-shaped cable bracket model according to the cable specifications, models, and cable quantities planned for the cable channel during the ship design stage. Then adjust the U-shaped bracket model repeatedly according to the arrangement effect. After multiple arrangements and selections, determine the U-shaped bracket model that meets the height ratio requirements, and then complete the selection of a U-shaped cable bracket. If the U-shaped cable bracket is too small, During the construction stage, the cables cannot ...

AI Technical Summary

Problems solved by technology

The traditional way of arrangement is to arrange manually according to experience or to arrange the model of the cable section in the cable bracket model. When arranging the cables, the cable outer diameter is not accurately sorted, and all the cable sections are placed in the cable bracket frame directly according to experience. , and then make a rough adjustment to make the layout of the cable cross-section circle in the U-shaped bracket relatively uniform, which will easily cause unreasonable cable arrangement, loose cable arrangement, inaccurate calculation of the ratio of height, inappropriate selection of U-shaped cable bracket, and cable arrangement. Disadvantages of time-consuming selection of U-shaped brackets

The traditional method is obviously unable to guarantee the accuracy and selection efficiency of U-shaped cable brackets in the design of large ships

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