Design and Simulation of Side Rail Strength and Latch Reliability for Medical Beds Testing Using FluidSim

S. S. Hutagalung, I. Muchlis, K. Khotimah, S. W. Hidayat
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引用次数: 2

Abstract

This paper presents a design and simulation of side rail strength and latch reliability Medical Beds (MBs) testing using fluidSIM 5.2. The test system is designed to fulfil testing requirements specified by IEC 60601-2-52 sub-clause 201.9.8.3.3.3, side rail strength and latch reliability. Side rail tests are performed by applying a force of 100 N in each direction of the side rails (lateral, longitudinal and vertical) 3000 times. Latch Reliability is done by giving the cycle treatment of the side rail hook mechanism from the position of the side rails above and locked, then the position of the side rails below and not locked 30,000 times. Deduced from simulation, design and construction for MBs testing system is composed of compressed air source of 7 bar, 40 mm cylinder diameter, and 300 mm stroke.
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基于FluidSim的医疗床侧轨强度与闩锁可靠性测试设计与仿真
本文介绍了一种基于fluidSIM 5.2的医疗床侧轨强度和闩锁可靠性测试的设计与仿真。测试系统旨在满足IEC 60601-2-52分条款201.9.8.3.3.3,侧轨强度和闩锁可靠性规定的测试要求。侧轨测试是通过在侧轨的每个方向(横向、纵向和垂直)施加100 N的力3000次来进行的。闩锁可靠性是通过对侧轨挂钩机构进行循环处理,从侧轨上方的位置锁定,然后在侧轨下方的位置锁定,不锁定30,000次。根据仿真推导,MBs测试系统的设计与构建由7 bar的压缩气源、40 mm气缸直径、300 mm行程组成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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