Research for Billet Limited Weight Cutting Based on Behavior Stateflow

Fubin Wang,Ao Xu,Zhikun Chen,Yaluo Zhou,Kai Zeng,A.J Arumugham,M.M Ulkhaq,W.A Yusmawiza,X Qiu,R.K Goyal,M Kocisko

doi:10.1051/matecconf/20166802005

Abstract

It is critical to improve the yield of rolled products and reduce the energy consumption based on billet limited weight cutting. The effect on billet limited weight by dimensional accuracy of billet image and billet casting speed is analyzed, and the behaviour control architecture of billet limited weight cutting is established. The goals of billet limited weight cutting is decomposed into cutting tasks and cutting actions based on finite-state machine theory. The theoretical weight, the integral weight and the predicted weight as the state switching conditions of behaviour control model, so that the billet limited weight cutting is realized. The model of construction is beneficial for the autonomous behaviour control of billet limited weight cutting.

Highlights

It is critical to improve the utilization ratio of steel billet based on billet limited weight cutting
The decrease of billet limited weight cutting error can improve the yield of downstream steel rolling process, and can reduce the energy consumption and the cost of per ton steel, and enhance the economic benefits of enterprise
It has high engineering value to improve the accuracy of billet cutting to find the main factors of effecting the billet weight cutting and consider the interactional result of many factors comprehensively, to promote the intelligent of billet limited weight cutting [1]

Summary

Introduction

It is critical to improve the utilization ratio of steel billet based on billet limited weight cutting. The decrease of billet limited weight cutting error can improve the yield of downstream steel rolling process, and can reduce the energy consumption and the cost of per ton steel, and enhance the economic benefits of enterprise. A finite-state machine behavior logic control strategy of fitting for billet limited weight cutting, which to cut the target decompose step by step for cutting behavior and actions, is proposed. It explored the autonomous behavior of billet limited weight cutting target

Parameter Analysis of Stateflow Model for Billet Limited Weight Cutting

Fourier Transform of Billet Image

Behaviour Stateflow Model of Billet Limited Weight Cutting

Behavior Stateflow of Weight Cutting Object