rfid在汽车零部件企业生产线的应用需求分析及应用模式研究（本科毕业论文设计）.doc
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rfid在汽车零部件企业生产线的应用需求分析及应用模式研究（本科毕业论文设计）,rfid在汽车零部件企业生产线的应用需求分析及应用模式研究（本科毕业论文设计）摘 要随着我国制造业信息化程度的逐步提高，以及rfid技术的优点及成本的降低，越来越多的企业会认识到rfid技术的重要性，rfid技术将成为企业物流信息化的热点。在生产过程中，如果整套生产线全部采用rfid技术，势必大大提高生产成本。同时随着...
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RFID在汽车零部件企业生产线的应用需求分析及应用模式研究（本科毕业论文设计）
摘 要
随着我国制造业信息化程度的逐步提高，以及RFID技术的优点及成本的降低，越来越多的企业会认识到RFID技术的重要性，RFID技术将成为企业物流信息化的热点。在生产过程中，如果整套生产线全部采用RFID技术，势必大大提高生产成本。同时随着市场竞争日趋激烈，各个生产企业应尽可能地生产不同型号的产品，这就导致信息量的急剧增加，如果只采用条码系统，显然需要手工扫描大量数据，这种数据采集方式比较烦琐，容易受人为因素影响而出错，而且需要大量人力扫描数据，造成不必要的经济负担。
本文在综合RFID在国内外不同领域的应用基础上，根据对青山变速器分公司的现状调研，分别从应用技术上、生产质量上和生产成本上着手，对变速器生产过程进行详细研究，得出变速器生产过程中对RFID的需求分析。为了减少人工处理信息的工作量、提高系统的容错性、灵活性，论文在衡量RFID技术和条形码技术优缺点后，把两种技术优势互补，提出了RFID技术和条形码技术并行配合使用的应用模式。侧重RFID技术在零部件制造企业生产过程中质量追踪和管理的应用研究，对某汽车零部件制造企业的机加车间和总装生产线进行了深入调研，探讨了RFID射频识别技术与条码技术的优势和缺点，在成本和技术上对两者进行比较，并说明了RFID技术在今后数年的发展趋势。
关键词：RFID，离散制造，条形码，变速器
ABSTRACT
As the level of China's information industry gradually raise, and the advantages of RFID technology and the cost decrease, more and more enterprises will be aware of the importance of RFID technology, RFID technology will become the enterprise of the hot logistics information. In the production process, if all the entire production line adopt RFID technology, they will greatly increase the cost of production. At the same time, as the market increasingly competite various production companies should do everything possible to produce different types of products, which led to the dramatic increase in the amount of information, if only a bar code system will clearly need to manually scan large amounts of data, such data collection compared Cumbersome and vulnerable to human factors and the impact of mistakes, but also a lot of human scan data, causing unnecessary financial burden.
Based on the integrated RFID at home and abroad in various fields on the basis of the application, and based on the status of Castle Peak Transmission Investigation Branch, respectively, from the application of technology, production quality and production costs on the start of the transmission conduct a detailed study of the production process, that transmission Production of RFID in the course of the needs analysis. In order to reduce the workload of manual processing of information, improve the system fault tolerance, flexibility, the authors measured in RFID technology and bar code technology advantages and disadvantages, the two technologies complement each other, put a bar code and RFID parallel with the use of the technology application mode. Focus on RFID in the production of parts and components manufacturing companies in the process of tracking and management of the quality of applied research, the author of an automobile parts manufacturing enterprises and the machine shop and assembly lines have conducted in-depth research on the RFID radio frequency identification technology and bar code technology Advantages and disadvantages, in terms of cost and technical comparison of the two, and that the RFID in the next few years the trend.
Key words：RFID, Discrete manufacture, Bar code, Gearbox
目 录
中文摘要•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••Ⅰ
ABSTRACT•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••Ⅱ
1 绪论•••••••••••••••••••••••••••••••̶..
摘 要
随着我国制造业信息化程度的逐步提高，以及RFID技术的优点及成本的降低，越来越多的企业会认识到RFID技术的重要性，RFID技术将成为企业物流信息化的热点。在生产过程中，如果整套生产线全部采用RFID技术，势必大大提高生产成本。同时随着市场竞争日趋激烈，各个生产企业应尽可能地生产不同型号的产品，这就导致信息量的急剧增加，如果只采用条码系统，显然需要手工扫描大量数据，这种数据采集方式比较烦琐，容易受人为因素影响而出错，而且需要大量人力扫描数据，造成不必要的经济负担。
本文在综合RFID在国内外不同领域的应用基础上，根据对青山变速器分公司的现状调研，分别从应用技术上、生产质量上和生产成本上着手，对变速器生产过程进行详细研究，得出变速器生产过程中对RFID的需求分析。为了减少人工处理信息的工作量、提高系统的容错性、灵活性，论文在衡量RFID技术和条形码技术优缺点后，把两种技术优势互补，提出了RFID技术和条形码技术并行配合使用的应用模式。侧重RFID技术在零部件制造企业生产过程中质量追踪和管理的应用研究，对某汽车零部件制造企业的机加车间和总装生产线进行了深入调研，探讨了RFID射频识别技术与条码技术的优势和缺点，在成本和技术上对两者进行比较，并说明了RFID技术在今后数年的发展趋势。
关键词：RFID，离散制造，条形码，变速器
ABSTRACT
As the level of China's information industry gradually raise, and the advantages of RFID technology and the cost decrease, more and more enterprises will be aware of the importance of RFID technology, RFID technology will become the enterprise of the hot logistics information. In the production process, if all the entire production line adopt RFID technology, they will greatly increase the cost of production. At the same time, as the market increasingly competite various production companies should do everything possible to produce different types of products, which led to the dramatic increase in the amount of information, if only a bar code system will clearly need to manually scan large amounts of data, such data collection compared Cumbersome and vulnerable to human factors and the impact of mistakes, but also a lot of human scan data, causing unnecessary financial burden.
Based on the integrated RFID at home and abroad in various fields on the basis of the application, and based on the status of Castle Peak Transmission Investigation Branch, respectively, from the application of technology, production quality and production costs on the start of the transmission conduct a detailed study of the production process, that transmission Production of RFID in the course of the needs analysis. In order to reduce the workload of manual processing of information, improve the system fault tolerance, flexibility, the authors measured in RFID technology and bar code technology advantages and disadvantages, the two technologies complement each other, put a bar code and RFID parallel with the use of the technology application mode. Focus on RFID in the production of parts and components manufacturing companies in the process of tracking and management of the quality of applied research, the author of an automobile parts manufacturing enterprises and the machine shop and assembly lines have conducted in-depth research on the RFID radio frequency identification technology and bar code technology Advantages and disadvantages, in terms of cost and technical comparison of the two, and that the RFID in the next few years the trend.
Key words：RFID, Discrete manufacture, Bar code, Gearbox
目 录
中文摘要•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••Ⅰ
ABSTRACT•••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••••Ⅱ
1 绪论•••••••••••••••••••••••••••••••̶..
