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What Information and Production Benefit Can I Gain by Using Digital High-Speed Camera and Data Capture Technology?

机译:我可以使用数字高速摄像头和数据捕获技术来获得哪些信息和生产效益?

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This paper will address this question from the point of view of a drill and blast engineer or researcher working in open cut and underground mining operations. The paper will establish a common set of reference standards for high-speed imaging and data capture, which engineers and researchers can apply when deciding which type of imaging technology is appropriate. It will present an overview of current image analysis technologies and practices in use across a range of appropriate scientific fields and draw lines of commonality of approach between these fields and the field of mining and blasting applications analysis and research. In addition, the paper will examine the different technologies from an image quality and data stream reference point, ease of operation, cost, and reliability parameters. Finally, this paper will present an argument for the hybridisation of established and new technologies which could provide a more beneficial approach to the use of imaging as a tool of quality control, research and analysis in the mining based industries. This will include a novel approach to digital high-speed imaging and data analysis in the field, which should deliver high-quality images and data analysis in a time frame that is more appropriate to the need for immediate action, analysis and problem solving.
机译:本文将从钻头和爆炸工程师或研究员在开放的剪切和地下采矿业务工作的角度来解决这个问题。本文将建立一套常见的高速成像和数据捕获的参考标准,该捕获工程师和研究人员可以在决定哪种类型的成像技术适当时适用。它将概述当前的图像分析技术和实践,在各种适当的科学领域使用,并在这些领域与挖掘和爆破应用领域之间的普通方法绘制平行和研究。此外,本文将从图像质量和数据流参考点,易于操作,成本和可靠性参数检查不同的技术。最后,本文将为已既定和新技术的杂交展示符合杂交,这些技术可以为使用成像作为一种质量控制,研究和分析工具提供更有益的方法,以挖掘的行业的质量控制,研究和分析。这将包括对该领域的数字高速成像和数据分析的新方法,这应该在时间范围内提供高质量的图像和数据分析,更适合于需要立即采取的动作,分析和解决问题。

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