Unity3D矿热炉配料系统的仿真操作训练系统设计与实现
毕业论文关键词：矿热炉；配料系统；Unity3D；3Dmax；时间控制
Simulation training system design and implementation of batching system of ore furnace
Abstract: Submerged arc furnace and electric arc furnace or electric resistance furnace. Mainly the production of ferrosilicon, ferrochrome, ferromanganese, manganese alloys ferrotungsten, iron alloy, metallurgy industry is the important industry raw material and calcium carbide and other chemical raw materials. Its work is characterized by carbonaceous or magnesia refractory lining, using the self training of electrode. The electrode is inserted into the burden of submerged arc operation, energy and current arc through the charge, to generate energy to melting metal, after feeding for charging resistance, intermittent type slag, an industrial furnace continuous operation. The feeding system of mine heating furnace is an important part of the submerged arc furnace system is responsible for the allocation of functions of the raw ore. The traditional ingredients using artificial ingredients, easily influenced by artificial factors. Material transport is mostly controlled by the relay, and the relay control has a wiring is various, shortcomings of the high failure rate, maintenance and repair is not easy. The focus of this paper is to realize the batching system simple interaction with Unity, by manually preset various raw materials to adjust the weight of the feed raw material proportion, followed by feeding process demo burden after the completion of the. Mainly includes the following several aspects: first of all, need to finish adding the animation process of ore raw material into the hopper, the forklift from stockpile reclaimer add process into the hopper of animation, this part only needs to complete the modeling and the use of 3Dmax animation editing animation effect. Second is the console panel data display function. Once again need to open closed time control valve outlet hopper. Through the console custom feeding amount, by controlling the discharge valve open time to achieve control feeding many functions.
Keywords: Submerged; feeding system of mine heating furnace is; Unity3D; 3Dmax; Time control
目录
摘要 i
Abstract i
目录 iii
1 绪论 1
1.1 课题综述 1
1.1.1 本设计的目的及意义 1
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