Motorika Limited

EYEGAIT

Computer software for following, measuring, analyzing and recording brain activity, for diagnosing neurological conditions, and for planning a treatment or rehabilitation or training protocol; computer software for following, measuring, analyzing and recording patient movement and training exercises, and for planning patient exercise, for use in combination with a rehabilitation system based on servo motion technology;EYE GAIT;Rehabilitation systems based on servo motion technology, for following, measuring, analyzing and recording patient movement and training exercises, for planning patient exercise and for executing patient movement, comprising an electromagnetic module, PC controller and software, and a data logging system for recording, measuring and evaluation; all the above mentioned being for medical purposes;

OPTIMAL-G

Computer software for following, measuring, analyzing and recording patient movement and training exercises and for planning patient exercise, for use in combination with a rehabilitation system for upper and lower limbs; computer software for operating robotic legs and for controlling their movement used for patients' rehabilitation; computer software for operating treadmills and controlling their functions; Interactive virtual reality game-based rehabilitation software for training patients with neurological injuries;OPTIMAL GAIT;Computer controlled robotic system used for patients' rehabilitation for following, measuring, analyzing and planning a treatment or rehabilitation or training protocol for lower and upper limbs for individuals with lower and/or upper limb immobility, comprising treadmills, robotic legs, biofeedback sensors, computer displays and operating software; computer-controlled rehabilitation systems for medical use for following, measuring, analyzing and recording patient movement and training exercises, for planning patient exercise, and for executing patient movement for individuals with lower and/or upper limb immobility, comprising treadmills, robotic legs, biofeedback sensors, computer displays and operating software; interactive virtual reality game-based rehabilitation software for training patients with neurological injuries, sold as a unit with a computer-controlled medical rehabilitation apparatus;

REO

Computer software for following, measuring, analyzing and recording patient movement and training exercising, and for planning patient exercise, for use in combination with rehabilitation systems based on servo motion technology;Rehabilitation systems based on servo motion technology, for following, measuring, analyzing and recording patient movement and training exercises, for planning patient exercise and for executing patient movement, comprising an electromechanical module, PC controller and software, and a data logging system for recording, measuring and evaluation;

REO

Computer software for following, measuring, analyzing and recording patient movement and training exercising, and for planning patient exercise, for use in combination with rehabilitation systems based on servo motion technology;The mark consists of the stylized letters REO. The letters RE are in blue, while the letter O is in orange.;The color(s) blue and orange is/are claimed as a feature of the mark.;Rehabilitation systems based on servo motion technology, for following, measuring, analyzing and recording patient movement and training exercises, for planning patient exercise and for executing patient movement, comprising an electromechanical module, PC controller and software, and a data logging system for recording, measuring and evaluation;

REO THERAPY

The mark consists of the color blue is located in the letters R and E in REO and in the word THERAPY. The color orange is located in the letter O.;computer software for following, measuring, analyzing and recording patient movement and training exercises, and for planning patient exercise, for use in combination with rehabilitation systems based on servo motion technology;The color(s) blue and orange is/are claimed as a feature of the mark.;rehabilitation systems based on servo motion technology, for following, measuring, analyzing and recording patient movement and training exercises, for planning patient exercise and for executing patient movement, comprising an electromechanical module, PC controller and software, and a data logging systems for recording, measuring and evaluation;THERAPY;