北京生物医学工程

全自动透析液集中供应系统的改进及应用

Improvement and application of automatic centralized supply system for dialysate

作者：姚金红王晓禹张浪

单位：苏州市立医院东区医学工程处(江苏苏州 215000)

关键词：血液透析机；透析液；人机交互界面；集中供应系统

分类号：R318; R197.39

出版年·卷·期（页码）：2019·38·2（198-200）

摘要：

目的降低血液透析机桶装液耗材成本，提高工作效率，保证透析液浓度要求。方法研制出了安全、稳定、高效、节能的DCS-200型全自动透析液集中供应系统，此系统能自动配液、自动消毒、自动清洗、自动排放和定时循环。结果本系统为临床节省了很大的成本，提高了工作效率和效益，并且提供了稳定无污染的透析原液，保证临床治疗需要。结论全自动透析液集中供应系统有非常高的临床应用价值，比传统的A/B桶装液和分散开放供液有非常显著的优势。

Objective To reduce the cost of bottled liquid consumables in hemodialysis machines, improve work efficiency, and ensure the concentration of dialysate. Methods A safe, stable, efficient and energy-saving DCS-200 automatic centralized supply system for dialysate is developed. This system can automatically dispense, auto-disinfect, auto-clean, auto-discharge and time-cycle. Results The system saves a lot of cost for clinical practice, improves clinical efficiency and work efficiency, and provides stable and non-polluting dialysis stock solution to ensure clinical treatment needs. Conclusions The automatic centralized supply system for dialysate has a high clinical application value, and has a significant advantage over the traditional A/B barrel liquid and dispersed open supply.

参考文献：

[1]罗讯.血透机的工作原理及维修案例分析[J].医药卫生,2016(22):301.

[2]张灿,刘文君,张明露,等.血液透析用水的水质净化及相关标准探讨[J].环境与健康杂志.2013,30(1):31-34.

Zhang C, Liu WJ, Zhang ML, et al. Water purification and related standards for dialysis water: a review of recent studies[J].Journal of Environment and Health[J].2013,30(1):31-34.

[3]肖红,郭歌.多感官人机交互界面的视觉设计原则[J].包装工程,2015(8):35-37, 48.

Xiao H, Guo G. Discussion on the visual design pinciples of multi-sense human-computer interface[J].Packaging Engineering,2015(8):35-37,48.

[4]韩菲,刘晓蓉,魏世津.臭氧消毒在透析用反渗水处理系统中的应用[J].医疗装备,2017,30(2):16-17.

[5] 鲁建云,李苗苗,高丽华,等.臭氧水浓度衰减及其杀菌作用[J].中南大学学报,2018, 43(2):143-146.

Lu JY, Li MM, Gao LH, et al. Attenuation rules and germicidal efficacy of ozoneted water[J]. Journal of Central South University, 2018,43(2):143-146.

[6]黄超,陈渡平.血透机水路分析及水路常见故障[J].中国医疗器械信息，2014 (11): 45-47.

Huang C, Chen DP. Hemodialysis machine water analysis and waterways common faults[J].China Medical Device Information, 2014(11):45-47.

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