TI SOLUTIONS Trademark

Product development of high-quality and flexible stimulation devices and planning tools for temporal interference research; research and development and consultation related thereto in the field of temporal interference research, namely, collaborating with temporal interference researchers to drive development and optimization of the specifications for future development of stimulation devices and applications; Product development consultation, namely, collaborating with temporal interference researchers to drive development and optimization of the specifications for future development of stimulation devices; design and development of software and hardware for medical equipment, namely, development of experiment-specific graphical user interfaces to support temporal interference planning and simulations and provide guidance on research protocols and experimental design; providing online non-downloadable computer software for predicting the electrical field and current density distributions in the human tissue and for generating personalized human models and to predict the biological effectiveness on the human tissue using personalized human models when the electric fields are induced internally using externally applied currents; Software as a service (SAAS) services featuring software for predicting the electric field, current density, and modulation envelope distributions in the human tissue and for generating personalized human models to predict the biological effectiveness on humans using personalized human models when the electric fields are induced internally due to externally applied currents in the field of transcranial electrical stimulation using temporally interfering fields

Medical transcranial electrical stimulation device for inducing multiple synchronized and high-precision electric field distributions in the human body, namely, battery-powered electrically isolated instrument containing computer controlled hardware and recording software used to induce multiple synchronized and high-precision electric field distributions in the human body

Downloadable computer software for predicting the electric field, current density, and modulation envelope distributions in the human tissue and for generating personalized human models to predict the biological effectiveness on humans using personalized human models when the electric fields are induced internally using externally applied currents; computational modelling tool that supports users in optimizing electrode currents and placements for temporal interference stimulation in the nature of downloadable computer simulation software for modeling electrode currents and placements for temporal interference stimulation

Custom manufacturing of high-quality and flexible stimulation medical devices and planning tools for temporal interference research; manufacturing services for others in the field of high-quality and flexible stimulation medical devices and planning tools for temporal interference research