Height control of melting surface in a rotation-type waste melting furnace

Kiyoyuki Kawato; Takao Morihara; Yoshiaki Takabatake

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Height control of melting surface in a rotation-type waste melting furnace

机译：旋转型废物熔炉中熔化表面的高度控制

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摘要

In a waste melting furnace, melting waste volume is an important factor for melting control hut has been unknown. Applying a laser radar system, we have developed a sensor to measure the melting surface height enabling a good control in a pyrolysis melting furnace.

机译：在废物熔炉中，熔化废物量是熔化控制小屋的重要因素。应用激光雷达系统，我们开发了一种传感器，以测量熔化表面高度，使热解熔炼炉中的良好控制能够良好。

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来源
《計測自動制御学会論文集》 |2001年第5期|共3页
作者
Kiyoyuki Kawato; Takao Morihara; Yoshiaki Takabatake;
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作者单位

sychol.ucl.ac.uk;

sychol.ucl.ac.uk;

sychol.ucl.ac.uk;

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收录信息
原文格式 PDF
正文语种 jpn
中图分类自动化元件、部件;
关键词
Laser radar system; Melting furnace; Semiconductor diode laser; Height sensor;

机译：激光雷达系统;熔炉;半导体二极管激光器;高度传感器;

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专利

1. Height control of melting surface in a rotation-type waste melting furnace [J] . Kiyoyuki Kawato, Takao Morihara, Yoshiaki Takabatake 計測自動制御学会論文集 . 2001,第5期

机译：旋转式废熔炉中熔体表面的高度控制
2. Time Estimate for the Incipient Surface Melting of Regular-Shaped Metals Receiving Uniform Heat Flux Inside a Metal Melting Furnace [J] . Marcelo D. Marucho, Antonio Campo, N. Ben Cheikh Journal of Thermal Science and Engineering Applications: Transactions of the ASME . 2016,第2期

机译：规则形状金属在金属熔炉内接受均匀热流的初期表面熔化的时间估计
3. Multiple-response optimization for melting process of aluminum melting furnace based on response surface methodology with desirability function [J] . ZHOU Jie-min, WANG Ji-min, YAN Hong-jie, 中南大学学报（英文版） . 2012,第010期

机译：基于具有期望函数的响应面法的铝熔炉熔融过程多响应优化
4. Waste Heat Recovery in Oxy- and Air-Combustion Glass Melting Furnace [C] . Ruquan Liang, Xiaoyu Chen, Song Xiao 2018 International Conference on Computing, Electronics amp; Communications Engineering . 2018

机译：氧气和空气燃烧玻璃熔炼炉的余热回收
5. Scrap melting in a continuous process rotary melting furnace. [D] . Zhang, Yanjun. 2007

机译：废料在连续式旋转熔化炉中熔化。
6. Influence of Inherent Surface and Internal Defects on Mechanical Properties of Additively Manufactured Ti6Al4V Alloy: Comparison between Selective Laser Melting and Electron Beam Melting [O] . Michaela Fousová, Dalibor Vojtěch, Karel Doubrava, 2018

机译：固有表面和内部缺陷对增材制造的Ti6Al4V合金力学性能的影响：选择性激光熔化和电子束熔化的比较
7. EVALUATION OF METAL RESOURCE POTENTIAL OF MOLTEN METAL PRODUCED IN MUNICIPAL SOLID WASTE GASIFICATION MELTING FURNACES AND ASH MELTING FURNACES [O] . Naohisa YAMAGUCHI, Toshihiko MATSUTO, Yasumasa TOJO, 2020

机译：城市固体废气熔炉和灰熔炉生产熔融金属金属资源潜力的评价
8. Evaluation of the Three-Phase, Electric Arc Melting Furnace for Treatment ofSimulated, Thermally Oxidized Radioactive and Mixed Wastes (In Two Parts). 2. Description of Waste Mixtures and Results of Melting Tests [R] . Oden, L. L., O'Connor, W. K., Turner, P. C., 1996

机译：三相电弧熔炼炉处理模拟，热氧化放射性和混合废物的评价（两部分）。 2.废物混合物的描述和熔化测试的结果

Height control of melting surface in a rotation-type waste melting furnace

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