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基于TRIZ理论气温传感器检定辅助设备创新设计 被引量:2

Design of the Temperature Sensor Calibration Auxiliary Equipment based on TRIZ Theory
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摘要 基于TRIZ理论的物-场模型提出了气温传感器检定辅助设备的初步方案。基于初步方案进行效果分析,运用TRIZ理论技术中的冲突矩阵理论,对其进行进一步完善,最终得到改进方案。该改进方案满足辅助气温传感器室内检定的基本需求,同时实现了多种型号传感器的通用性,可提高检定工作的效率,降低检定资源的浪费。 Based on the TRIZ theory,a preliminary scheme of temperature sensor calibration AIDS is proposed.Based on the effect analysis of the preliminary scheme,the preliminary scheme is further improved by using the technology conflict matrix theory of TRIZ,and finally the improved scheme is obtained.The improved scheme not only meets the basic requirements of indoor calibration of auxiliary temperature sensors,but also realizes the versatility of various types of them.It can improve the efficiency of calibration and reduce the waste of calibration resources.
作者 张晶瑜 黄小静 ZHANG Jingyu;HUANG Xiaojing(Graduate Student Department,Chengdu University of Information Technology,Chengdu 610225,China;Sichuan Provincial Meteorological Observation Data Center,Chengdu 610072,China)
出处 《成都信息工程大学学报》 2019年第2期127-130,共4页 Journal of Chengdu University of Information Technology
关键词 TRIZ理论 物-场模型 技术冲突矩阵 气温传感器 TRIZ theory material-field model technology conflict matrix temperature sensors
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