Комплекс экзоскелета кисти с внешним программным управлением и биологической обратной связью для реабилитации и абилитации детей с двигательными нарушениями кистей рук
JUNIOR
JUNIOR
Registration number of the “Junior” complex: No. Г004-00110-00/03648924 dated 31.10.2025
Complex of the hand exoskeleton with the external software control and biological feedback for rehabilitation and habilitation of children with hand movement disorders
Price on request
Advantages
Rehabilitation even with severe paresis
The first results are after 5 procedures, including difficult cases
Active involvement of the patient regardless of the degree of impairment
Individual selection of rehabilitation equipment
Principle of the complex operation
- Passive non-invasive recording of brain or muscle activity with use of electrodes
- Data transmitting to the electroencephalograph
- Data receiving with use of electroencephalograph, data filtration. Generation and transmitting a command to the robotic orthesis module
- Receiving the command, setting the required angle of the orthesis module movement
- Passive/passive-active training with control of the procedure duration, the accuracy and uniformity of repetitive movements
Complex techniques
Complex combines following techniques:
- The technique of motor imagery of movement with the implementation of passive training of the rehabilitated limb in response to the patient's volitional intention – control with the patient's own thought effort, converting the patient's thought into the passive movement of the robotic orthesis module. This rehabilitation technique is based on the ability of the cerebral cortex to reorganize neural networks due to neuroplasticity
- Passive-active training technique in response to partially preserved muscle activity of the patient. In this case, the robotic orthesis module acts as an assistant for the patient, helping him to perform a movement that the patient himself does not have enough effort to perform
- The robotic mechanotherapy technique with use of robotic modules for sequential passive training on the instructions of a medical worker who controls the complex
The implementation of these techniques is possible in a virtual environment with use of 3D virtual reality glasses
The opportunity for the patient to act as a source of commands increases the patient's involvement in the rehabilitation process and increases the effectiveness of training
Delivery set
The neurorehabilitation complex includes:
- Robotic orthesis "Hand" modules for the right and left hand
- Racks for fixing orthesis modules
- Control and power supply unit
- Emergency stop button
- Module for recording and transmitting control commands to an external device, complete with a neuroimage and an electroencephalography system
- Specialized software “Junior” for control of orthesis modules
- Operator’s (medical officer’s) laptop)
- Patient’s monitor for generating a control command and providing visual feedback
- Rack for placing the control unit and monitor
- Set of 1.5 mm touchproof cable adapters for reading signals from muscles
- 3D virtual reality glasses for immersing patients in a virtual environment
- Patient's chair
- Set of cables for connecting equipment
