首页|卷烟加热棒测温仪的设计和不确定度分析

卷烟加热棒测温仪的设计和不确定度分析

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针对烟草行业,目前尚未存在检测加热卷烟烟具加热温度及温度均匀性的检测装置和方法,为了解决在狭隘空间内对微型棒状加热片的测温需求,本文研制了一种卷烟加热棒测温仪,并设计了一种适用于卷烟加热棒测温的新型结构.为了验证卷烟加热棒测温仪测量结果的准确性与可靠性,对测温仪进行不确定度分析.分析结果依据《GB/T 13283-2008工业过程测量和控制用检测仪表和显示仪表精确度等级》标准,在量程为100℃~400℃,满足0.1级要求.最后实验验证可以有效测量不同烟支的加热温度场情况.
Design and measurement uncertainty analysis of cigarette heating rod thermometer
For the tobacco industry,there is currently no detection device and method for detecting the heating temperature and temperature uniformity of heated cigarette smoking sets. In order to solve the temperature measurement needs of micro rod-shaped heating sheets in a narrow space,this article developed a cigarette heating rod thermometer,and designed a new structure suitable for temperature measurement of cigarette heating rods. In order to verify the accuracy and reliability of the measurement results of the cigarette heating rod thermometer,uncertainty analysis of the thermometer was performed. The analysis results are based on the "GB/T 13283-2008 Accuracy Level of Detection Instruments and Display Instruments for Industrial Process Measurement and Control" standard. The measurement range is 100 ℃~400 ℃,meeting the requirements of level 0.1. The final experiment verified that the heating temperature field of different cigarettes can be effectively measured.

electromagnetic heating smoking setcigarette heating rod thermometertemperature measurement structure designuncertainty analysis

程东旭、王瑞珍、周君洋、张凯、张鹏飞

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河南中烟工业有限责任公司 郑州 450000

中国计量大学计量测试工程学院 杭州 310018

中国烟草总公司郑州烟草研究院 郑州 450001

电磁加热烟具 卷烟加热棒测温仪 测温结构设计 不确定度分析

2024

电子测量技术
北京无线电技术研究所

电子测量技术

CSTPCD北大核心
影响因子:1.166
ISSN:1002-7300
年,卷(期):2024.47(6)
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