Adapting Smart Textiles to Develop Soft Interactive Tool Kits for Applying in Sewing Projects

Characteristics of Smart Textiles are not only have the tactile, somatosensory, temperature, etc., but also provides the effects of light, temperature regulation, power storage, water, and other functions, and mean while preserving the fabric originally unique soft feature which can be braided, stitching, folding, extended class organic qualities, to replace environment unfriendly plastic products, more affinity exists in life. The research starts with the textiles that can achieve the electronic functions. And base on the setting function of sensors and receivers to design many customized modules. We make textiles as electronic circuits to provide proper interactions modes that are corresponding to the situational reaction as well as input and output context design for the desirable behaviors. The establishment of an integrated modeling original design draft, electronic circuits, and smart textile design flow of customized products provide niche related industry to establish a smart fabric in the integrity of the program of customized products designed to integrate the use of soft wearable models. The development of soft too kits by smart textiles is according to the investigations of interaction concept from electronics, then design and develop the interaction IC boards by adapting textiles that can conduct or with optic and heating functions. For the interaction, we need to decide the interactive scenarios corresponding to the behaviors, design electronic circuits and control program. Overall, a well-designed process integration soft tool kits will be introduced. The use of digital printing and embroidery to accurately reproduce the original creative spirit. The establishment of this design research of customized textile goods providing benefit to establish a niche model in the relevant industry. Based on this, the purpose of the study is as follows: