本研究主要開發電療貼片，以高分子樹脂材料經不同配比加工後，模擬市售電療貼片，欲達到相同導電度及物性，並期望在示波器產生之訊號上達到一致性。一般市售電療貼片，組成分為絕緣層、導電層及黏著層。絕緣層以市售之EVA發泡材作為材料。導電層以壓克力樹脂(Acrylic resin)為主體，再將不同比例之碳黑(Carbon black)混合。黏著層以高分子電解質(polyelectrolytes)為基材，加入不同比例之硬化劑，比較其物性、黏性及手感上之差異性。

The main propose of the research is to develop neurostimulation electrode patch. It simulates the ready-made neurostimulation electrode patch via manufactured in different ratio with polymer resin. Moreover, we desire to the same conductivity and physical property, and anticipate reaching its uniformity of signal produced by oscillograph.Ready-made electrotherapy patches consist of insulation layer, conductor layer, and adhesive layer. Insulation layer is made of foaming material. Conductor layer is mainly made of acrylic resin,and mixed with carbon black from different ratio.Adhesive layer is made of polyelectrolytes, adding different ratio of agent treated with stand and heating, respectively. We compare its physical property, adhesive, and hand feeling.

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