Design of occlusion pressure testing system for infusion pump
ABSTRACT
Reliability of medical devices such as infusion pumps is extremely important because these devices are being used in patients who are in critical condition. Occlusion pressure, as an important parameter of infusion pumps, should be detected when an occlusion occurred. How-ever, infusion pumps’ occlusion pressure could not be tested and the performance of these pumps is not known to us. In order to test the occlusion pressure of infusion pump, a testing system has been put forward according to standards of IEC 60601-2-24:1998/ GB 9706.27- 2005. The system is comprised of sensor, acquisition card, three-way tap and so on; this system is controlled by a PC. At the same time, sampling rate could be changed if necessary and test time could be recorded. And then the characteristics of this system were studied, such as linear, effects of pump rates and different pumps. The system remained linear in a given environment. The higher is the pump rate, the faster is the time to reach occlusion condi-tion. The testing system has been proved to be effective in testing the occlusion pressure of infusion pumps and the accuracy error of pressure is content the demand of ±1% of range.
Reliability of medical devices such as infusion pumps is extremely important because these devices are being used in patients who are in critical condition. Occlusion pressure, as an important parameter of infusion pumps, should be detected when an occlusion occurred. How-ever, infusion pumps’ occlusion pressure could not be tested and the performance of these pumps is not known to us. In order to test the occlusion pressure of infusion pump, a testing system has been put forward according to standards of IEC 60601-2-24:1998/ GB 9706.27- 2005. The system is comprised of sensor, acquisition card, three-way tap and so on; this system is controlled by a PC. At the same time, sampling rate could be changed if necessary and test time could be recorded. And then the characteristics of this system were studied, such as linear, effects of pump rates and different pumps. The system remained linear in a given environment. The higher is the pump rate, the faster is the time to reach occlusion condi-tion. The testing system has been proved to be effective in testing the occlusion pressure of infusion pumps and the accuracy error of pressure is content the demand of ±1% of range.
Cite this paper
Zhang, P. , Wang, S. , Yu, C. and Zhang, M. (2009) Design of occlusion pressure testing system for infusion pump. Journal of Biomedical Science and Engineering, 2, 431-434. doi: 10.4236/jbise.2009.26062.
Zhang, P. , Wang, S. , Yu, C. and Zhang, M. (2009) Design of occlusion pressure testing system for infusion pump. Journal of Biomedical Science and Engineering, 2, 431-434. doi: 10.4236/jbise.2009.26062.
References
[1] B. Pope and Z. Liu, (2008) Syringe pump steady state detec-tion system, Europe: Patent 193,003,9A2. [2] H. Hwan-ing, L. Suan-ling, and Sian-wei T. Shani, (2002) In-fusion technology: A cause for alarm, Paediatric Anaesthesia, 12,780–785. [3] L. Wilson, T. H. Burdick, and S. Chen, (1999) Automatic Infu-sion Pump Tester, U.S. Patent 5,943,633. [4] L. Strunin, (1983) Modern infusion pumps: Are they accu- rate, Canadian Anaesthetits’ Society Journal, 30, 655– 659. [5] IDA-4 Plus Infusion Pump Analyzer Operators Manual. [6] Infutest Solo Infusion Pump Analyzer Operating Manual. [7] IEC 60601-2-24:1998, Medical electrical equipment-Part 2–24: Particular requirements for the safety of infusion pumps and controllers. [8] GB 9706.27-2005, Medical electrical equipment-Part 2–24: Particular requirements for the safety of infusion pumps and controllers. [9] Pressure Calibrator 718 Product.
[1] B. Pope and Z. Liu, (2008) Syringe pump steady state detec-tion system, Europe: Patent 193,003,9A2. [2] H. Hwan-ing, L. Suan-ling, and Sian-wei T. Shani, (2002) In-fusion technology: A cause for alarm, Paediatric Anaesthesia, 12,780–785. [3] L. Wilson, T. H. Burdick, and S. Chen, (1999) Automatic Infu-sion Pump Tester, U.S. Patent 5,943,633. [4] L. Strunin, (1983) Modern infusion pumps: Are they accu- rate, Canadian Anaesthetits’ Society Journal, 30, 655– 659. [5] IDA-4 Plus Infusion Pump Analyzer Operators Manual. [6] Infutest Solo Infusion Pump Analyzer Operating Manual. [7] IEC 60601-2-24:1998, Medical electrical equipment-Part 2–24: Particular requirements for the safety of infusion pumps and controllers. [8] GB 9706.27-2005, Medical electrical equipment-Part 2–24: Particular requirements for the safety of infusion pumps and controllers. [9] Pressure Calibrator 718 Product.