Pressure PowerPack - increasing oxygen supply for hospital ventilation

压力动力包 - 增加医院通气的氧气供应

• 批准号: 66285
• 金额: $ 6.33万
• 依托单位: QUANTUM LEAP TECHNOLOGIES LIMITED
• 依托单位国家: 英国
• 项目类别: Feasibility Studies
• 财政年份: 2020
• 资助国家: 英国
• 起止时间: 2020 至 无数据
• 项目状态: 已结题
• 来源: https://gtr.ukri.org/projects?ref=66285
• 关键词: Pressure; PowerPack; increasing; oxygen; supply

The QL Tech PowerPack is a compact device, designed to retrofit to ageing oxygen pipework infrastructure in UK hospitals. With increased demands on hospitals' oxygen supplies, many hospitals are facing pressure drops in some wards leading to insufficient oxygen supplies to support patient ventilation.The PowerPack is a compact retrofit box that would increase the pressure to within a specified range at the output. The box can be installed at any point in the system (e.g. at the Vacuum Insulated Evaporator or on a ward) and can be used in parallel to achieve the required flow rates. The system would plug into a 240V socket and have a battery backup (with alarm). If power was lost it would alarm and continue to operate until plugged into a power source. If the system fails, flow bypasses the system, ensuring that oxygen was still present, albeit at lower pressures.The system would be dual redundant allowing for any one failure to occur and the system to still be fully operational. Upon a failure occurring an alarm would sound. The modular design of the system would allow for the system to be hot swapped - without having to isolate the oxygen system first.The system would be design for rapid installation by pneumatic system trained personnel and through online monitoring (via the cloud) calibration and commissioning could be supported remotely.

QL Tech PowerPack 是一款紧凑型设备，旨在改造英国医院老化的氧气管道基础设施。随着医院氧气供应需求的增加，许多医院的一些病房面临着压力下降的问题，导致氧气供应不足以支持患者通气。PowerPack 是一款紧凑型改装盒，可将输出压力增加到指定范围内。该箱可以安装在系统中的任何位置（例如真空绝热蒸发器或病房），并且可以并行使用以达到所需的流量。该系统将插入 240V 插座并配有备用电池（带警报）。如果断电，它会发出警报并继续运行，直到插入电源为止。如果系统发生故障，流量会绕过系统，确保氧气仍然存在，尽管压力较低。该系统将具有双重冗余，允许发生任何一个故障并且系统仍然可以完全运行。一旦发生故障，就会发出警报。该系统的模块化设计将允许系统进行热插拔，而无需首先隔离氧气系统。该系统将设计为由受过气动系统培训的人员快速安装，并通过在线监控（通过云）远程支持校准和调试。