Dodds D, Purdy J, Moulton C
Department of Electronic Engineering, Bolton Institute.
J Accid Emerg Med. 1999 Jan;16(1):26-8. doi: 10.1136/emj.16.1.26.
To explore the use of a pyroelectric polymer (PEP) film as a transducer for a simple respiratory rate monitor and to evaluate the transducer in a laboratory situation.
Laboratory evaluation of a new pyroelectric transducer for measurement of respiratory rate.
The amplified output from the pyroelectric film produced an excellent respiratory trace when used on a normal spontaneously breathing subject. The transducer is cheap, robust, and reliable.
PEP films have the potential to be used as cheap and effective transducers in respiratory rate monitors for non-intubated patients. In the laboratory, they have many desirable characteristics which should now be evaluated in a clinical setting.
探索将热释电聚合物(PEP)薄膜用作简单呼吸频率监测仪的换能器,并在实验室环境中对该换能器进行评估。
对用于测量呼吸频率的新型热释电换能器进行实验室评估。
当用于正常自主呼吸的受试者时,热释电薄膜的放大输出产生了出色的呼吸轨迹。该换能器价格便宜、坚固耐用且可靠。
PEP薄膜有潜力用作非插管患者呼吸频率监测仪中廉价且有效的换能器。在实验室中,它们具有许多理想特性,现在应在临床环境中进行评估。