Kühl M, Kreuzer J, Zegelmann M
Siemens Pacesetter, Hamburg, F.R.G.
Pacing Clin Electrophysiol. 1988 Nov;11(11 Pt 2):2071-6. doi: 10.1111/j.1540-8159.1988.tb06352.x.
The implantation of large numbers of cardiac pacemakers and the increasing sophistication in engineering techniques has resulted in the demand for computer-assisted pacemaker management systems to remain on top of the available programmable features of the pacers as well as being able to access the follow-up data of pacemaker patients. A pacemaker patient management systems is introduced (PA-TIENTLOG) that has been used in the clinical environment for a number of years. The menu-guided program is easy to handle and features a patient card for administration data, an implantation card for the technical data of the pacer, and a follow-up card where a large number of follow-ups can be stored side by side which are easily graphically displayable. An extensive statistical program, letter functions, automatic back-up and on-line communication with external equipment through an RS 232C interphase and a parallel adapter are available. The data base in Frankfurt holds 8,000 patients, 10,000 interventions and more than 30,000 follow-ups, the existing data base needs 20 M bytes storage space. Up to 96 different pacer types with their specific features can be introduced into the system. Software and hardware design complies with the recommendation of the NASPE Computer Committee.
大量心脏起搏器的植入以及工程技术的日益复杂,使得对计算机辅助起搏器管理系统的需求不断增加,以便掌握起搏器的可用可编程功能,并能够获取起搏器患者的随访数据。本文介绍了一种已在临床环境中使用多年的起搏器患者管理系统(PA-TIENTLOG)。该菜单导向程序易于操作,具有用于管理数据的患者卡、用于起搏器技术数据的植入卡以及随访卡,在随访卡上可以并排存储大量随访数据,并且易于以图形方式显示。该系统还具备广泛的统计程序、信函功能、自动备份以及通过RS 232C接口和并行适配器与外部设备进行在线通信的功能。法兰克福的数据库存储了8000名患者的信息、10000次干预记录以及超过30000次随访数据,现有数据库需要20兆字节的存储空间。该系统最多可引入96种具有特定功能的不同起搏器型号。软件和硬件设计符合NASPE计算机委员会的建议。