Usted buscó: بخش توان بخشی (Persa - Inglés)

درمان روانی و توان بخشی حرفه‌ای و اجتماعی نیز در درمان مهم هستند.
counseling, job training and social rehabilitation are also important in treatment.

ما در مرکز توان بخشی شیکاگو، دست خودمان را ساختیم چندین خمیدگی در مچ و مفصل در شانه به آن اضافه کردیم تا آزادی حرکت آنرا تا 6 درجه افزایش دادیم.
we built our own arm at the rehab institute of chicago where we've added some wrist flexion and shoulder joints to get up to six motors, or six degrees of freedom.

یک ربات توانبخشی ، رباتی است که به طور مستقیم به انسان خدمت می کند ، چشم انداز کاربرد گسترده ای در درمان توانبخشی با نیازهای حرفه ای بالا دارد. بنابراین ، تولید ربات های توانبخشی پیشرفته از اهمیت زیادی برخوردار است. تحقیقات در مورد ربات های توانبخشی اندام تحتانی برای بیماران مبتلا به اختلالات حرکتی اندام ، قسمت مهمی از تحقیقات ربات های توان بخشی است. تا سال 2030 ، 18.2 درصد از جمعیت چین بالای 65 سال خواهند داشت. به دلیل پیر شدن جامعه و بهبود زندگی در این کشور
humans, has extensive application prospects in rehabilitation therapy with high professional requirements. therefore, it is of great importance to develop advanced rehabilitation robots. research on lower limb rehabilitation robots for patients with limb movement disorders is an important part of rehabilitation robot research. by 2030, 18.2% of china’s population will be over the age of 65. due to an aging society and improving living standards, the number of people with limb dyskinesia is increasing rapidly. limb movement disorders can lead to abnormal gait and affect normal walking. for patients with lower limb movement disorder, active rehabilitation training should be started as early as possible. in china, which has the highest stroke rate in the world [1], there are nearly 15 million disabled people with lower limb motor dysfunctions, such as cerebral palsy, hemiplegia, and paraplegia, and nearly 40 million disabled elderly people who have lost the ability to walk, due to aging. about 350,000 people are in urgent need of rehabilitation technical personnel, but less than 20,000 personnel are available. therefore, lower limb rehabilitation robots are of great significance. the use of rehabilitation robots can reduce the burden on therapists, realize data detection during training, and aid the quantitative evaluation of recovery in a controllable and repeatable manner [2]. lower limb rehabilitation exoskeleton robots, which are a major class of rehabilitation robots, connect with the human body in a wearable way and can control the movement of all joints in the training process. research on lower limb rehabilitation exoskeleton robots began in the 1960s [3, 4]. due to technical limitations, these early robots failed to reach the expected targets, but laid the foundation for follow-up studies. in recent decades, especially after lokomat was applied in clinical rehabilitation, lower limb rehabilitation exoskeleton robots have gradually become a major research topic.