Jeanologia,the global leader in sustainable textile technologies,is transforming textile finishing into a faster,cleaner,and more competitive process through its ground-breaking laser and ozone innovations.Technology ...Jeanologia,the global leader in sustainable textile technologies,is transforming textile finishing into a faster,cleaner,and more competitive process through its ground-breaking laser and ozone innovations.Technology at the core:Laser and Ozone The company's technological portfolio is led by two key solutions that are redefining industrial finishing.Laser Technology(exemplified by the Compact Super Flash system)delivers creativity,safety,quality,and natural aesthetics.It eliminates manual scraping,PP spray,and any hand touch,ensuring operator safety while boosting produc-tivity through automation and digital efficiency.It provides the best cost per garment and unparalleled design precision.展开更多
针对目前国内气象数据采集器几乎是利用国外产品的现状,给出了一种基于ARM(Advanced ReducedInstruction Set ComputerM ach ines)嵌入式处理器的多通道气象数据采集系统的设计方法。通过软、硬件技术的结合,实现了8通道模拟信号的采集...针对目前国内气象数据采集器几乎是利用国外产品的现状,给出了一种基于ARM(Advanced ReducedInstruction Set ComputerM ach ines)嵌入式处理器的多通道气象数据采集系统的设计方法。通过软、硬件技术的结合,实现了8通道模拟信号的采集,发挥了嵌入式系统在气象数据采集系统中的运用优势。同时采用CF(Compact F lash)卡存储技术和USB2.0(Un iversal Serial Bus 2.0)技术、以太网通信方式,弥补过去气象数据采集器通信方式单一、存储方式固定、软件设计复杂等缺点。实验结果表明,该数据采集系统采样精度达到14 b it,采样率为140 kHz/s,并实现了CF卡存储和3种不同通信方式。展开更多
文摘Jeanologia,the global leader in sustainable textile technologies,is transforming textile finishing into a faster,cleaner,and more competitive process through its ground-breaking laser and ozone innovations.Technology at the core:Laser and Ozone The company's technological portfolio is led by two key solutions that are redefining industrial finishing.Laser Technology(exemplified by the Compact Super Flash system)delivers creativity,safety,quality,and natural aesthetics.It eliminates manual scraping,PP spray,and any hand touch,ensuring operator safety while boosting produc-tivity through automation and digital efficiency.It provides the best cost per garment and unparalleled design precision.
文摘针对目前国内气象数据采集器几乎是利用国外产品的现状,给出了一种基于ARM(Advanced ReducedInstruction Set ComputerM ach ines)嵌入式处理器的多通道气象数据采集系统的设计方法。通过软、硬件技术的结合,实现了8通道模拟信号的采集,发挥了嵌入式系统在气象数据采集系统中的运用优势。同时采用CF(Compact F lash)卡存储技术和USB2.0(Un iversal Serial Bus 2.0)技术、以太网通信方式,弥补过去气象数据采集器通信方式单一、存储方式固定、软件设计复杂等缺点。实验结果表明,该数据采集系统采样精度达到14 b it,采样率为140 kHz/s,并实现了CF卡存储和3种不同通信方式。
