TI Solutions AG

"INTELLIGENT CURRENT SOURCE"; Medical electrical stimulation device for inducing multiple synchronized and high-precision currents in the human body via electrodes, namely, battery-powered electrically isolated instruments containing computer hardware and recorded software used to induce multiple synchronized and high-precision currents in the human body.

downloadable computer software for predicting the current distributions in the human tissue or personalized human models and the biological effectiveness when the currents are induced internally and externally; computational modelling tool that supports users in optimizing electrode currents and placements for temporal interference stimulation.; non-downloadable computer software for predicting the current distributions in the human tissue or personalized human models and the biological effectiveness when the currents are induced internally and externally; software as a service.

downloadable computer software for predicting the current distributions in the human tissue or personalized human models and the biological effectiveness when the currents are induced internally and externally; computational modelling tool that supports users in optimizing electrode currents and placements for temporal interference stimulation.; medical stimulation device, namely, battery-powered electrically isolated instrument containing hardware and software with the purpose to induce multiple synchronized and high-precision currents in the human body.; development and manufacturing of high-quality and flexible stimulation devices and planning tools for temporal interference research; sale and lease of temporal interference devices and battery-powered electrically isolated instrument containing hardware and software; facilitating research into temporal interference-based applications by providing access to temporal interference devices for use in research; collaborating with temporal interference researchers to drive development and optimization of the specifications for future development of stimulation devices; leasing of stimulation devices to others and providing maintenance and support services; specialized services for the development of experiment-specific graphical user interfaces to support temporal interference planning and simulations and provide guidance on research protocols and experimental design; non-downloadable computer software for predicting the current distributions in the human tissue or personalized human models and the biological effectiveness when the currents are induced internally and externally; software as a service.