Full textile Sensoric Wound Pads

更换敷料检查伤口是医学创面护理后监测伤口的主要方法。总体目标是演示和记录这些原理，以及带有集成纤维传感器的伤口垫在特殊情况下使用几种措施监测急性伤口状况的个体适用性。智能功能伤口垫（与电子测量和控制单元连接）如果能够在表面显示伤口的状况，将会安全更换敷料。这些传感器纤维不会干扰或改变纺织品伤口垫的特性，它们保持柔软、可塑、吸收性和保护性，就像非功能性垫一样。正在进行的研究项目旨在证明这种伤口垫测量相关变化的原理可用性，例如温度，湿度和膨胀，表明感染，伤口破裂或受伤组织的膨胀。为了实现伤口垫的最佳利用率和无功能障碍可靠性，目标是从这些组合中找到最合适的系统评估组合。因此，对于三个相关的体外量，应该找到一个关于量和信噪距离变化的优化结构测量组合。如果单一组合有足够的可用性（就其医疗用途的歧视性特征而言，事先确定），则在需要开发的技术伤口模型的另一个步骤中对其进行检查。

Changes of dressings to inspect the wounds are the principal way to monitor wounds after a medical wound care. The overall objective is to demonstrate and document the principles, as well as the individual suitability of wound pads with integrated fibre sensors to monitor the condition of acute wounds using several measures in special cases. Smart functionalised wound pads (in connection to an electronic measuring and control unit) would safe dressing changes, if they were able to show the condition of the wounds on the surface. These sensor fibres do not disturb or change the features of textile wound pads, they stay soft and mouldable, absorbent and protective, just as the non-functionalised pads. The ongoing research project aims to proof the principle usability of such wound pads measuring the relevant changes, such as temperature, humidity and expansion indicating an infection, wound breakdown or bulgling of the wounded tissue. To enable the best possible utilisation and non-dysfunction reliability in wound pads, the goal is to find the most suitable combinations of systematic assessments from amongst multiple combinations of these. Therefore, for the three relevant quantities in vitro an optimised structure-measuring combination concerning alterations in quantity and signal-noise-distance should be found. In case of sufficient usability of single combinations (with respect to discriminative characteristics in their medical use, determined beforehand) they are examined in an additional step in technical wound models, which need to be developed.