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通过微处理器从手术室到重症监护病房进行连续监测。

Continuous monitoring by microprocessor from the operating room to the intensive care unit.

作者信息

Demeester M, Musoglu I, Mundeleer P, Doom A, Barroy J P

出版信息

Acta Anaesthesiol Belg. 1983 Jun;34(2):137-48.

PMID:6412504
Abstract

The "Chronicler" is made up of a microcomputer (the CPU is a Motorola 6809), an alphanumeric-graphic display with keyboard and a printer. The system is connected to several physiological signal monitors and in our application to a mechanical ventilator under electronic control. It collects every 5 seconds - or at each breathing cycle if required - all the data supplied by the various measuring devices including those in the mechanical ventilator. The time basis for displaying and storing the data is a multiple of the data acquisition time basis; it is selected interactively by the user during operation. Up to five raw analog curves (f.i. capnogram, pulmonary artery pressure curve) can be displayed and their morphology can then be examined. Manual data are entered or retrieved at any time. The system was designed by Dr. Demeester's team in order to help the anesthesiologist during and after anesthesia. Clinical use of the system by our staff has convinced us that indeed it is of great help in the control of general anesthesia: this results from the very clear and efficient presentation of the data both as numbers and curves; an alarm program under interactive control of the user makes surveillance still easier; furthermore the use of the system is simple and convenient. Finally, when surgery is over, a standard report is automatically printed; it is equivalent to a manually written anesthesia report. The data are stored on floppy disks and can be processed later for retrospective analysis in order to investigate, for instance, the influence of surgical maneuvers and of drugs on physiological parameters. The "Chronicler" is thus a tool for dynamic monitoring during anesthesia; it is also a powerful tool for clinical and physiological research.

摘要

“记录器”由一台微型计算机(中央处理器为摩托罗拉6809)、一台带键盘的字母数字图形显示器和一台打印机组成。该系统与多台生理信号监测仪相连,在我们的应用中还与一台电子控制的机械通气机相连。它每5秒钟采集一次——或者根据需要在每个呼吸周期采集一次——各种测量设备(包括机械通气机中的设备)提供的所有数据。显示和存储数据的时间基准是数据采集时间基准的倍数;在操作过程中由用户交互式选择。最多可显示五条原始模拟曲线(例如二氧化碳波形图、肺动脉压力曲线),然后可以检查它们的形态。随时可以输入或检索手动数据。该系统由德梅斯特博士的团队设计,旨在在麻醉期间和麻醉后帮助麻醉师。我们的工作人员在临床使用该系统后深信,它在全身麻醉控制方面确实有很大帮助:这源于数据以数字和曲线形式呈现得非常清晰和高效;在用户交互式控制下的报警程序使监测更加容易;此外,该系统使用简单方便。最后,手术结束时会自动打印一份标准报告;它等同于一份手写的麻醉报告。数据存储在软盘上,以后可以进行处理以便进行回顾性分析,例如研究手术操作和药物对生理参数的影响。因此,“记录器”是麻醉期间动态监测的工具;它也是临床和生理研究的有力工具。

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Acta Anaesthesiol Belg. 1983 Jun;34(2):137-48.
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