Department of Electronic and Computer Education, Selçuk University, Konya, Turkey.
J Med Syst. 2010 Aug;34(4):573-8. doi: 10.1007/s10916-009-9270-0. Epub 2009 Mar 11.
Frequently there are disasters all over the world-fires, earthquakes, or even some unexpected shocking catastrophes. Hence people injured, or even died. Lifesaving actions begin with the initiation of the chain of survival. With every minute that passes without medical action being taken, the probability of being able to save the patients life decreases by ten percent. After 10 min there is normally no chance of resuscitation being successful. First aid is emergency treatment given before regular medical aid can be obtained. And it is a concept of first hands-on measures performed in a medical emergency by laypersons. The major aim of this study is to develop an easy-feasible cervical collar, for facilitating and accelerating implementation of first aid especially in case of collective injuries. The developed device is different from the cervical collars which are used to treat the neck pain. In the present study, the heartbeat is obtained by detecting pulse with the stethoscope that is a part of the developed device and fixed on the carorid artery. The obtained heartbeat signal has been processed by the electronic control circuit and the used LED has given light according to the patient's life signal. Although there are some disadvantages of the developed system, the precautions for these cases have been taken and the system has been tried to design in order to operate sensibly.
世界上经常发生各种灾害——火灾、地震,甚至一些意想不到的灾难性事件。因此,人们受伤,甚至死亡。救生行动始于生存链的启动。每过一分钟,如果没有采取医疗行动,能够挽救患者生命的概率就会降低 10%。10 分钟后,通常没有复苏成功的机会。急救是在获得正规医疗援助之前进行的紧急治疗。它是一种由非专业人员在医疗紧急情况下实施的第一手措施的概念。本研究的主要目的是开发一种易于实施的颈托,以方便和加速急救的实施,特别是在集体受伤的情况下。所开发的设备与用于治疗颈部疼痛的颈托不同。在本研究中,通过使用听诊器检测脉搏来获取心跳,听诊器是所开发设备的一部分,并固定在颈动脉上。所获得的心跳信号已通过电子控制电路进行处理,并且使用的 LED 根据患者的生命信号发出光。尽管所开发的系统存在一些缺点,但已采取了这些情况下的预防措施,并尝试设计该系统以进行合理操作。