VARTID Trademark

Electronic medical instruments, namely, for use in image recognition-navigation and imaging for augmented reality, checking the symmetric tension of knee ligaments; surgical instruments for use in orthopedic surgery; medical and surgical cutters for cutting human or animal tissue and organs; medical cutting devices; precision sensors for medical use for navigation for tracking the moving limb during surgery, testing the tension of the external ligaments; surgical apparatus and instruments; surgical robots; tissue expanders for use in surgery; cutlery for surgical purposes.

Design and development of image processing software; design and development of computer software for use with medical technology; development of computer programs for others; research relating to the development of computer programs and software; writing of computer programs for medical applications; design and writing of computer software; software as a service (SaaS) featuring software for collecting, analyzing and organizing data in the field of deep learning; software as a service (SaaS) featuring software for graphic design; software as a service (SaaS) featuring software for providing cloud-based solutions for the plans and imaging documentation (CT and X-ray) of locally planned TKA surgeries during and before the operation, providing counter license access based on a SaaS solution, for use in database management, for service desk management, for accounting.

Downloadable cloud-based and recorded augmented reality software for use in preoperative surgical planning, the projection of the current surgical phase to the explored surgical area through AR glasses taking into account and continuously correcting the changes in the distance between the surgeon and the patient as well as the necessary movement of the limb during surgery, and also for providing medical teaching; Downloadable cloud-based and recorded process controlling software; Downloadable cloud-based and recorded machine learning software for healthcare for accurate targeting during Total Knee Arthroplasty surgeries; Downloadable cloud-based and recorded machine control software for controlling medical devices during Total Knee Arthroplasty (TKA) surgeries, utilizing continuous body navigation is performed in order to ensure that the virtual objects recorded on the pre-prepared surgical plan are continuously visible with sub-millimetre accuracy on the bone surface of the explored surgical area through the AR glasses during the given surgical phase; software as a medical device (SaMD) for preliminary planning of TKA surgeries, taking into account the patient's anatomical characteristics based on CT and X-ray images, as well as assistance in the appropriate phases of the operation, downloadable and recorded; Downloadable cloud-based and recorded artificial intelligence software for healthcare for machine learning taking into account the complete anatomical characteristics of the patient to be operated, for use in software development, for machine learning, and for facial and speech recognition; downloadable and recorded display management software; Downloadable cloud-based and recorded computer operating system software; Downloadable cloud-based and recorded computer system support software; Downloadable cloud-based and recorded software reliability software to determine the extent to which the drilling points and cutting planes in the surgical plan deviate from the preoperative plan in the mixed visualisation projected onto reality through the AR glasses during surgery.