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Ultrasound system typologies, user interfaces and probes design: a review

机译:超声系统类型类型,用户界面和探头设计:审查

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The present review paper aims to give insights regarding what is available now, and will be in the next future, on the Market in terms of Ultrasound (US) system User Interfaces characteristics and peculiarities; US system typologies and probe typologies. Moreover, insights regarding ergonomics evaluation technologies and techniques for US systems, User Interface and transducers design evaluation, will be provided as well. The User interface ergonomics of US systems and probes is of primary importance due to the increased use in the everyday clinical practice even by non-sonographers, and the higher attention to the Work-related Musculoskeletal Disorders (WRMSD). A large overview and review of market data, side by side tests, websites, interviews to US users, marketing and sales professionals, scientific and educational publications was carried out in order to collect all available data as well as to show and describe them to the reader. Nowadays US market offers many different typologies of systems and probes, with different prices, features, quality level and targets of use. Users have to be aware to increase their level of knowledge in order to perform the best choice in terms of price/performance ratio and in terms of ergonomics and workflow requirements. The same level of knowledge is necessary also for other stakeholders of the US imaging Lab and purchasing/test decision phases such as Clinical and Biomedical Engineers involved in technical decision related to capital equipment and their maintenance. Final users expect technical innovations every 6-12 months in order to ensure technical-clinical improvements and company commitment to research and customer focus. Such characteristics are important clues showing a fast moving of the US market from a capital equipment basis to a more mass-consumer approach characterized by fast innovations, quick obsolescence and consumer prone attitude to system rotation in order to have always the more up-to-date technology, product, probe available on the Market.
机译:本综述案文件旨在为现在提供有关可用的内容,并将在下一个未来,在超声(美国)系统用户界面特征和特点方面的市场;美国系统类型和探针类型。此外,还将提供关于我们系统,用户界面和换能器设计评估的符合人体工程学评估技术和技术的见解。美国系统和探针的用户界面人体工程学是由于日常临床实践的使用增加,即使是非超声波记录,以及对与工作相关的肌肉骨骼障碍(WRMSD)的高度关注。大量概述和审查市场数据,并排测试,网站,对美国用户的访谈,营销和销售专业人员,科学和教育出版物进行了旨在收集所有可用的数据,并将其描述为读者。如今美国市场提供了许多不同的系统和探针类型,具有不同的价格,特点,质量水平和使用目标。用户必须意识到增加他们的知识水平,以便在价格/绩效比率和人体工程学和工作流程要求方面执行最佳选择。对于美国成像实验室和采购/测试决策阶段的其他利益相关者,如临床和生物医学工程师,以及参与与资本设备相关的技术决策及其维护的临床和生物医学工程师,也是必要的。最终用户预计每6-12个月的技术创新,以确保技术临床改进和公司对研究和客户焦点的承诺。这些特征是重要的线索,表明美国市场从资本设备到更加批量的消费方式,以快速创新,快速过时和消费者对系统旋转的态度为特征,以便始终更加努力 - 日期技术,产品,市场上可用探头。

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