SK//N TEXTILE COMPUTING

Classe 9

computer hardware with embedded bi-directional software used to monitor, transmit, record, and analyse body data, namely, body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation and vital signs such as heart rate and breathing, and environmental data, namely, weather, precipitation, sun intensity, pollution and noise, and to transmit instructions for actuation adjustments in response; downloadable mobile application software used to monitor, transmit, record, and analyse body data, namely, body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation and vital signs such as heart rate and breathing, and environmental data, namely, weather, precipitation, sun intensity, pollution and noise, and to transmit instructions for actuation adjustments in response

Classe 10

knee braces and compression garments for athletic or other non-medical use, namely, arm sleeves, elbow sleeves, and leg sleeves, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response

Classe 24

pillow cases, bed sheets, mattress covers, sleeping bags, upholstery fabrics, and curtains, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response

Classe 25

Clothing, namely, t-shirts, shirts, tank tops, pants, leggings, shorts, underwear, bras, swimwear, socks, bodysuits, tights, jackets, coats, vests, warm-up suits, skirts, dresses and ponchos, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response; headwear, namely, hats, caps, toques, hoods, visors, headbands, bandanas, and balaclavas, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response; footwear, namely, shoes and insoles, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response; clothing accessories, namely, belts, scarves, shawls, arm warmers, leg warmers, mittens, and gloves, all with sensors that measure body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation, vital signs such as heart rate and breathing, and that measure environment such as weather, precipitation, sun intensity, pollution and noise, and that actuate to adjust in response

Classe 42

Providing software as a service to monitor, transmit, record, and analyse body data, namely, body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation and vital signs such as heart rate and breathing, and environmental data, namely, weather, precipitation, sun intensity, pollution and noise, and to transmit instructions for actuation adjustments in response; electronic transmission and retrieval of body data, namely, body temperature, hydration, movement and muscles, gait analysis and steps taken, posture, oxygen saturation and vital signs such as heart rate and breathing, and environmental data, namely, weather, precipitation, sun intensity, pollution and noise, and to transmit instructions for actuation adjustments in response, over a global computer network in the field of designing, developing and producing wearable technology