China Electronics: There is "love" to support an unimpeded life
No need to travel back and forth, online operations can be used to complete procedures such as replacing and transferring disability certificates; Wearing a robotic arm, disabled individuals with upper arm amputations can also perform daily actions such as drawing paper and carrying things; With the support of exoskeletons, even the immobile lower limbs can complete movements such as forward movement and turning... A life without obstacles comes from the support of love.
CETC has built a series of advanced and warm scientific and technological equipment to provide solid technical support for jointly creating a happier and better life for the disabled in the process of Chinese path to modernization.
Mechanical assistance, unrestricted freedom of movement
"Its appearance reignited my hope to embrace life and freedom! ”
The one Master Zhuang mentioned is the Lingxi Hand, an intelligent prosthetic developed by the Human Brain Computer Laboratory of China Electronics Technology Group Corporation's 14th Institute.
. Wearing this' Lingxi Hand ', Master Zhuang, whose left limb was amputated due to a work-related injury, can complete basic daily activities such as holding cups and drawing paper, greatly improving his quality of life."Lingxi Hand" is a wearable artificial intelligence assisted rehabilitation training device. Although it is a mechanical hand, it can have a "telepathic connection" with the human brain. After the upper arm amputees with disabilities wear the 'Rhinoceros Hand', they can collect the action instructions sent by the human brain to the arm through the electromyographic wristband worn on the arm. Using bioinformatics processing algorithms, they can accurately interpret and drive the 'Rhinoceros Hand' arm to complete the action instructions, thereby helping disabled people solve basic needs such as daily eating, dressing, and drinking. "Team leader Yin Kuiying introduced that the development of the 'Rhinoceros Hand' benefited from a radar technology, which abstracts human movements into a signal processing process, mainly including brain instruction decoding, action signal purification and transmission, and accurate implementation of mechanical arms. It integrates cutting-edge technologies such as mind control, artificial intelligence, and biological intersection. Due to the complex and intricate neural circuits and muscle tissue in the human body, a simple action actually involves a large amount of signal transmission and muscle feedback. As people with disabilities become accustomed to missing limbs, motor forgetfulness has become an important aspect that limits the function of the "telepathic hand". Based on this, 14 domestic professional teams have jointly built a sample library of hand muscle feedback and developed a simulation training APP. The APP can record the motion signals of disabled people using the "Lingxi Hand" at any time through mobile phones, and continuously train the motion signals through artificial intelligence algorithms such as deep learning to assist disabled people in recovering their motion memory. The latest generation of 'Lingxi Hand' has integrated temperature and pressure sensors, which can achieve bidirectional feedback of tactile and thermal information. Disabled individuals can proficiently master the 'Rhinoceros Hand' with just 20 minutes of simple training, enabling them to regain their ability to live independently after losing their upper limbs. ”In 2021, "Lingxi Hand" won the highest award at the World Artificial Intelligence Conference, continuously exploring the field of brain computer interfaces and striving to serve a better life. With the empowerment of intelligent technology, the "senses" of the disabled upper limb are awakened again. At the same time, the injured lower limbs also have the possibility of autonomous walking.
"Within 20 seconds, proficiently put on the Baihong 2.0 hip joint assisted exoskeleton robot equipment, and independently complete forward, turning and other movements with the assistance of the equipment..." This walking exercise is a daily rehabilitation training for Mr. Lin after paraplegia. The Baihong 2.0 hip joint assisted exoskeleton robot worn by Mr. Lin is a rehabilitation medical device developed by China Electronics Technology Robotics Corporation. Through interactive control, personification of gait, and high-precision motor control algorithms, it helps patients stand and walk again. After successively overcoming key technologies such as joint drive module design, human intention recognition, and predictive control algorithms, this exoskeleton now has functions such as limb exercise or assisted walking, and can predict movement intentions in advance based on the user's movement status, achieving walking and stopping, and precise assistance. According to calculations, wearing White Rainbow 2.0 can reduce the body's oxygen consumption by 34.5% and lower the muscle electrical signal in the waist by 39.3% when carrying heavy objects. Enabling patients to walk without being constrained by terrain and even engage in outdoor activities, truly achieving 'human-machine dance', is our future direction of effort. ”Project leader Wang Chunlei said.
Data running away, digital governance is even more loving
"You don't have to run back to my hometown anymore, just go through the 'Cross Provincial Application' mini program to apply for a disability certificate, it's really convenient! ”Mr. Li, who has a leg disability, exclaimed excitedly. In June 2021, the processing of disability certificates achieved nationwide "cross provincial access". After successful operation, the powerful data base built by Taiji Computer Co., Ltd. can simultaneously support the business processing and usage of nearly 20000 users during peak periods. From receiving the task to putting it into operation, we only took over 4 months to complete all the process transformation, as well as the integration and service call with 11 provincial government platforms, 3 provincial self built disability ID systems, and 5 provincial disability federation systems. ”Project leader Jiang Yutao stated that in order to achieve seamless upgrading and switching of business, the project team has been continuously fighting and making every effort to launch joint debugging and testing exercises. Ultimately, it ensures that the system supports the "cross provincial communication" of six items, including the new application, replacement, migration, loss reporting and replacement, cancellation, and change of disability category (level), effectively solving the trouble of people with disabilities traveling back and forth from different places, truly achieving "more data running errands, less people running", and greatly improving the efficiency of services for people with disabilities. With efficient data support, disabled people can also receive support in the first place when they encounter abnormal situations in their daily lives. Hurry up and leave, a disabled resident in Lane 300, Wuning Road has been inactive for 12 hours! ”After receiving the alarm message from the caring group information management system platform, the staff of Changshou Road Street Neighborhood Committee in Putuo District, Shanghai quickly set off to investigate the situation. To support the deepening of the "One Network Unified Management" project in Putuo District, Yangpu District, and Hongkou District of Shanghai, Dianke Digital's Shuzhi Technology Company has assisted in the development of the "Care System Scenario Application System", integrating community and third-party service resources, creating a unified service entrance, coordinating service forces, and exploring the "Institution Community Home" three in one service model. By installing a "five piece set" of intelligent sensing devices such as human body detection sensors, door status detection sensors (door magnets), water managers, combustible gas detectors, fire and smoke detection sensors in the homes of all key residents in the jurisdiction, including the elderly, disabled, vulnerable, disabled, and special care, partial data on the daily lives of key caring groups is collected. Once there is abnormal alarm information, it will be automatically sent to the corresponding residential area, street, and emergency contact mobile phone terminals, and displayed on the large screen for timely alarm, making street services more digital, intelligent, and smart. To promote intelligent diagnosis and treatment of autism spectrum disorders in children and provide a digital one-stop solution, the Electric Science Cloud under the Intelligent Hospital has developed and built the "Autism Spectrum Disorder AI Assisted Diagnosis Model Based on Multimodal Digital Phenotype" system platform. With the support of new generation information technologies such as cloud computing, big data, and artificial intelligence, it can achieve assisted screening of autism spectrum disorders in children, expand re examination management, medication management, and other applications. It can also realize a human level assisted diagnosis system for mental illnesses from subjective to objective, from perception to cognition. As of now, the system has provided AI diagnostic services for more than 6000 children, with a diagnostic accuracy rate of up to 80%. (Cui Xingyi, All Media Reporter of Guangming Daily)
Recommended reading: