3 results about "Kinesiology" patented technology

The present invention provides a kinesiology sheet that can be applied to an appropriate area of ​​the skin and that can also enhance adhesive strength. [Solution] The kinesiology sheet KS consists of a strip-shaped sheet material 1 with an adhesive layer formed on the adhesive surface. Anchor portions 2 are formed at both ends in the longitudinal direction of the sheet material 1, and adhesive bands 3 are formed on both sides in the width direction. Multiple long slits 4 and multiple short slits 5 are formed spaced apart in the longitudinal direction in the central part surrounded by the anchor portions 2 and adhesive bands 3, and the width dimension of the adhesive band 3 formed on the sheet material 1 is made larger than the dimension of the partition band between the long slits 4 and short slits 5.

This invention provides a multi-directional fixation kinesiology patch, comprising: a patch body; and several fixation wings, each fixation wing being made of an elastic material. One side of each fixation wing is adhesive, and a release paper adapted to the fixation wing is adhered to the adhesive side. One end of each fixation wing is connected to the side of the patch body, and the other end of each fixation wing extends across the patch body. The unstretched length of each fixation wing is longer than the width of the patch body. When using this kinesiology patch, first, tear off the required length of the patch body as needed. This torn section of the patch body includes several spaced fixation wings. The patch body is then pasted onto the desired area. The fixation wings first cover the patch body from one side before being pasted onto the patient's skin, preventing the side of the patch body from lifting up and thus preventing the entire patch from falling off. This increases the effective use time of the kinesiology patch to a certain extent, improves the treatment effect, and avoids unnecessary waste.

This invention belongs to the field of product concept generation technology and provides a C2M product design generation method based on knowledge graphs and kinesiology. The method includes: acquiring unstructured requirement information of a toy product input by a user; performing semantic parsing on the unstructured requirement information of the toy product, deconstructing it into emotional requirement dimensions and functional constraint dimensions; performing explicit semantic reasoning based on the knowledge graph to obtain a set of engineering features of the toy product; constructing structured generation prompt information based on the set of engineering features of the toy product; calculating the conceptual distance between the original requirement semantics and the candidate solution semantics; calling the generation model to generate at least one toy product concept solution; evaluating the toy product concept solution and outputting the target toy product concept solution. This invention can decompose the fuzzy, unstructured kinesiological requirements of toy product users into calculable emotional requirement dimensions and functional constraint dimensions, improving the accuracy of requirement parsing.