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便携电子血压仪和在线系统中的护理数据自动处理技术设计

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传统血压收集技术在操作时流程繁琐,在护理环境中可能会导致时间或护理资源的浪费.针对高血压患者的护理质量问题,研究提出了一种便携电子血压仪和在线系统中的护理数据自动处理技术.过程中设计由单片机作为核心的便携式电子血压仪,然后设计了血压数据的自动计算技术,并构建了进行护理使用的在线系统框架.实验结果表明,研究方法在血压数据计算准确率测试中,收缩压准确率保持在 99.45%以上;在功能运行耗时分析中,研究方法在数据条数达到 250 时的传输耗时为 772 ms.结果说明,研究方法能够以更高的准确性进行血压数据处理,同时具有更好的运行效率.研究方法有望在家庭医疗、远程医疗等领域发挥作用,为医疗健康产业注入新的活力.
Design of nursing data automatic processing technology in portable electronic blood pressure monitors and online systems
Traditional blood pressure collection techniques are cumbersome in operation and may lead to waste of time or nursing resources in nursing environments.A portable electronic blood pressure monitor and automatic processing technology for nursing data in online systems have been proposed to address the quality of care for hypertensive patients.During the process,a portable electronic blood pressure monitor with a microcontroller as the core was designed,followed by an automatic calculation technology for blood pres-sure data,and an online system framework for nursing use was constructed.The experimental results show that the research method maintains a systolic blood pressure accuracy of over 99.45%in the accuracy test of blood pressure data calculation;In the analysis of functional runtime,the transmission time of the research method when the number of data reaches 250 is 772ms.The results indicate that the research method can process blood pressure data with higher accuracy and has better operational efficiency.The research methods are expected to play a role in fields such as home healthcare and telemedicine,injecting new vitality into the healthcare in-dustry.

electronic blood pressure monitoronline systemgaussian fittingerror compensationsinglechip

李洁

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中国医科大学附属盛京医院,沈阳 110000

电子血压仪 在线系统 高斯拟合 误差补偿 单片机

2024

自动化与仪器仪表
重庆工业自动化仪表研究所,重庆市自动化与仪器仪表学会

自动化与仪器仪表

CSTPCD
影响因子:0.327
ISSN:1001-9227
年,卷(期):2024.(11)