基于ARM的多输液器测控安全防护系统设计
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TN98

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Design of safety and protection system for measurement and control of multiple infusion sets based on ARM
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    摘要:

    针对传统输液器在注射过程中需要医护人员巡察、凭借经验手动调节滴速和换液或突发情况发现不及时等问题,设计了一个以ARM处理器为核心的众从机和主机、以APP为远程监控端的多输液器安全防护系统。该系统由众从机控制摄像头测得滴速、液位等信息传至主机和APP有序显示,主机和APP可分别现场和远程控制对应的伺服电机,对滴速进行精确调节。系统能对多输液器进行精确检测,医护人员可通过主机和APP设置合理滴速,对危急情况及时报警。实验结果表明,滴速自动调节且快速准确,输液信息得以实时监控,减轻了医护人员的工作量,有效提高了输液的安全系数。

    Abstract:

    For the traditional infusion device, it requires the medical staff to patrol and adjust the drip speed manually by the experience in the process of injection, existing fluid replaced or emergency found not timely and other problems. A security protection system including multiple slaves and host whose cores are ARM processor is designed, taking APP as the remote monitoring terminal. The system transmits the information such as drip speed and liquid level measured by the camera of multiple slaves to the host and APP to display orderly. The host and APP can control the servo motors on site and in the distance respectively, then the drop rate is precisely adjusted. The system can accurately detect multiple infusion devices and alarm the emergency situation timely, medical staff can set a reasonable drip speed through the host and APP. The results of experiments show that drip speed is automatically adjusted rapidly and accurately, and infusion information can be monitored in real time. The system can reduce the workload of medical staff and effectively improve the safety factor of infusion.

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侯亚辉,胡伟,白岩松,朱梦军.基于ARM的多输液器测控安全防护系统设计[J].电子测量技术,2019,42(1):54-58

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  • 在线发布日期: 2021-05-19
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