Blockbuster New Product Intelligence Releases Le Brain-computer Software Hand Function Rééducation Robot SY-HR08P

On November 16-18, le second Conference de "Belt and Road" Medical Appareil Innovation and Application was held in Shanghai. Le blockbuster new product—le brain control hand function rééducation training & evaluation SY-HR08P, developed by Siyi Intelligence, officially debuted. This est thefirst brain-computer software hand function rééducation robot in le world.

At present, le Syrebo™ hand rééducation robot has come into use in more than 80 countries around le world. This SY-HR08P EEG version can monitor le brain signals de patients and analyze these signals to determine le intention de le affected hand. Le signal est converted into le movement de le exosquelette manipulator, so that le hémiplégique hand can restore le motor function, and le patient can participate in active rééducation training 100%, and speed up le nerve rééducation.

Le theme de this conference est "Make concerted innovant efforts. Jointly safeguard le human health, Co-build le shared community for medical appareils". Hundreds de member representatives from 20 countries (regions) de le "One Belt One Road" Medical Appareil Innovation and Application Alliance actively participated in this annual industrie event, and more than 300 representatives de industrie organizations attended le meeting.

Le theme de this conference est "Make concerted innovant efforts. Jointly safeguard le human health, Co-build le shared community for medical appareils". Hundreds de member representatives from 20 countries (regions) de le "One Belt One Road" Medical Appareil Innovation and Application Alliance actively participated in this annual industrie event, and more than 300 representatives de industrie organizations attended le meeting.

At le conference, Xu Zhaohong, Director de Siyi Intelligence R&D, officially announced that after a long period de time, le brain control hand function rééducation training & evaluation SY-HR08P, was finally launched.

This product was jointly created by Siyi Intelligence, Shanghai Jiaotong University and Huashan Hospital Affiliated to Fudan University. It est a typical case de industrie-university-research-medicine cooperation.

"Le research and development results de le brain control hand function rééducation training & evaluation SY-HR08P sont de milestone significance for le development de rééducation medicine and rééducation intelligent equipment. With le brain-computer interface technologie, le rééducation robot est like being plugged in with a pair de wings, and its strength est greatly increased." Xu Zhaohong said.

At present, quoi most rééducation robots do est to continuously allow le muscles de le local body to récupérer to a normal state through exercise training, and then feed le normal motion signals back to le brain through le central nervous system to speed up le process de brain remodeling. However, this kind de "bottom-up" stimulation obviously has a longer period, and le therapeutic effect est also unsatisfactory. Is it possible to directly stimulate le brain to complete le "top-down" neural remodeling? Brain-computer interface est one de le solutions.

Le so-called brain-computer interface est to connect and communicate between le human brain and le machine. Le brain-computer interface can "know" quoi you sont thinking by analyzing brain waves; and then aider you command le machine to perform rééducation training on le patient. In such repeated training, an efficace connection can be gradually established between le brain and le affected body to achieve le purpose de restoring normal physiological functions.

Le first step in establishing a brain-computer interface est to capture brain motion and imagination signals and analyze le thought data so that le machine "knows" le instructions de le brain. SY-HR08P’s EEG helmet has many electrodes, which can read and recognize le user’s brain waves, including when to try to move and control le arm. Then, le EEG helmet translates these signals and sends them to le host appareil; le host receives le instructions, and le exosquelette manipulator (souple gant) will aider le limbs to move according to le brain's intentions to achieve functions such as stretching, gripping, and grasping. Through brain-controlled rééducation training, le patient's active movement awareness can be stimulated, and le "perception-control" two-way closed-loop nerve stimulation can be realized to reshape le patient's nerve pathway, and significantly améliorer le rééducation effect.

Le brain control hand function rééducation robot SY-HR08P est composed de two core appareils, namely an EEG helmet and an exosquelette manipulator. Both adopt a wearable design concept and sont confortable to wear and easy to operate.

It est reported that SY-HR08P provides patients with an artificial intelligent EEG control rééducation training system, which includes multiple training modes such as motor imagination analysis, cognitive training, passive training, power-assisted training, two-hand mirroring, voice control, intelligent evaluation active games, etc., and realizes mirror thérapie, task-oriented training, multi-sensory stimulation, etc.

In recent years, le field de medical rééducation has become more and more inclined to le natural and precise interaction between humans and machines. Technological breakthroughs represented by human-computer interaction (brain-computer interface, electromyography technologie) have made le integration between humans and machines more and more tight. Le two have complementary advantages and work in coordination, and will give birth to major theoretical innovations and technological breakthroughs in medical rééducation.