针对纳尔维克大学(Narvik University College,NUC)实验室现有的教学设备利用率低,设备维护不标准,设备布局不规整的现状,利用C型布局将现有设备组建成高效率的柔性制造系统。应用Auto Mod仿真软件对该柔性制造系统进行建模与仿真,找出其瓶颈,并提出改进措施,为教学实验室设备布局和利用率的改善以及柔性制造系统在教育方面的发展提供一定的借鉴。
企业作为科技创新的三大主体之一,其技术研发和科技成果转化方面的活动对推动国民经济向高质量发展转型至关重要。工业企业正致力于自主创新,加大科技创新方面资金投入力度,但仍存在技术创新成果质量不高与投入冗余等问题。本文利用数据包络分析方法(DEA),对2013年至2022年全国规模以上工业企业的科技成果转化效率进行分析,结果发现不同时间段的科技成果转化效率差异较大,资源配置相对不合理。技术研发阶段受技术效率和规模效率的双重影响,成果转化阶段主要受规模效率的影响,大大降低了全国科技成果转化的总体效果。文章结尾根据研究成果提出了相应的对策建议。As one of the three major entities in technological innovation, enterprises’ activities in technology research and development and the transformation of scientific and technological achievements are crucial for promoting the transformation of the national economy towards high-quality development. Industrial enterprises are committed to independent innovation and increasing investment in technological innovation, but there are still problems such as low quality of technological innovation achievements and redundant investment. This article uses the Data Envelopment Analysis (DEA) method to analyze the efficiency of scientific and technological achievements transformation of industrial enterprises above designated size in China from 2013 to 2022. The results show that there are significant differences in the efficiency of scientific and technological achievements transformation in different time periods, and the allocation of resources is relatively unreasonable. The technology research and development stage is influenced by both technical efficiency and scale efficiency, while the achievement transformation stage is mainly influenced by scale efficiency, greatly reducing the overall effectiveness of national scientific and technological achievement transforma
