Emas Produk Perubatan · 2021
Gait Analysis Robot Sistem Analisis Gaya Berjalan
- A' Design Award Emas 2021 in Produk Perubatan
- CLIENT: RDS Co., Ltd.
- Estimated Number of Design Views: 115,638
- Verification code DB776A06FA · Verify this award
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About Gait Analysis Robot Sistem Analisis Gaya Berjalan
Robot Analisis Gaya Berjalan ialah sistem pengukuran perubatan untuk analisis pergerakan berjalan. Robot ini dilengkapi kamera tiga dimensi dan mengikuti subjek pada jarak yang tetap. Subjek berjalan berulang-alik di sepanjang garisan lurus rata sepanjang sepuluh meter, seperti koridor hospital. Data yang dirakam dihantar ke pelayan awan dan dianalisis di sana. Ketepatannya setanding dengan sistem analisis gerakan optik yang digunakan di institut penyelidikan. Matlamatnya adalah untuk menjadikan analisis gaya berjalan tersedia secara meluas pada kos yang rendah serta menyokong pengesanan awal penyakit, pemulihan dan penjagaan kesihatan.
About the A' Design Award Emas
Gait Analysis Robot Sistem Analisis Gaya Berjalan ialah pemenang A' Design Award Emas, pengiktirafan yang amat berprestij yang dianugerahkan kepada reka bentuk kelas pertama, menakjubkan dan cemerlang. Pemenang Emas ialah ciptaan yang sangat inovatif, berwawasan dan berkilau memukau yang mencerminkan kegeniusan, kebijaksanaan dan kepakaran pereka bentuknya. Gait Analysis Robot Sistem Analisis Gaya Berjalan diharapkan menjadi ciptaan yang sangat dipuji, perintis aliran dan monumental yang memberikan nilai tanpa tandingan. Reka bentuk pemenang A' Design Award Emas ini ialah projek yang menakjubkan dan disegani yang memberi manfaat besar kepada dan memajukan batas seni, sains, reka bentuk dan teknologi. Gait Analysis Robot Sistem Analisis Gaya Berjalan mencetuskan perasaan keinginan yang kuat, membangkitkan semangat, menggalakkan kreativiti dan memukau kita.
Press Kit
- Unique Properties
- The robot track a subject and send walking analysis data to cloud database, enables measurement of even more items than before, and develops services as big data useful for medical care, rehabilitation, health maintenance and etc. It will be able to help early detection and prevention of diseases. It's a project that developing a system include the robot to perform accurate walking motion analysis widely and inexpensively, which could only be done with an expensive motion capture system.
- Tags
- Medical, Walking, Motion Analysis, Gait Analysis, Robot, Hospital, Diagnosis
- Production Technology
- This project has been advanced independent from the study and development of the measurement system, and is a collaborative project with the National Rehabilitation Center for Persons with Disabilities Research Institute in Japan. 3D cameras are mounted on a robot tracks a subject at a fixed distance, and it is possible to accurately measure the walking motion of a subject with the same accuracy as an optical motion analysis system in limited facilities such as research institutes.
- Inspiration
- In medical research, it is known walking movements characteristic of patients appear due to various diseases. It has potential to be used for early detection and prevention of diseases and for rehabilitation as new diagnostic means. If accurate motion analysis can be realized at low cost for wide range of items, it will be help for various purposes as a highly reliable medical database and possible to extend healthy life expectancy and greatly contribute to the world-wide super-aging society.
- Project Duration
- since October 2019 in Japan and keep on going.
- Operation Flow
- To record walking movements, the subject only needs to walk back and forth on a flat straight line of 10 m, such as in a corridor in hospitals, and the recorded data is analyzed on a cloud server.
It based on the elements derived by machine learning from the accumulated walking data of all disease patients. The project planed to provide through web services for early detection and prevention of diseases, for diagnosis and medical purposes in hospitals and for general health promotion purposes. - Image Credits
- RDS Co., Ltd.
