行動輔助機器人 2023/07/17

特色與創新 Characters and Innovations

• 脊損傷友行走功能部分或完全喪失，無法自主行動，下肢運動減少，影響生理代謝功能，增加醫療需求；且傷友與外界互動減少，影響自我與社會認同心理。
• 全球脊損傷有約700萬人，每年增加人數為35萬人，平均發生年齡27歲，社會成本每人超過100萬美元。
• People with spinal cord injury (SCI) who have walking disability decrease in mobility and quality of life.
• There are around 7 million people with SCI in the world and 350 thousands increasing per year. This phenomenon leads to huge social impact of medical welfare.
• 動力式關節設計讓機器人結構薄型化，更適用於日常生活空間。
• 特殊鞋底設計，讓使用者重心能自然前傾，提升行走穩定性。
• 具有遙控裝置，讓使用者能自行選擇想要的動作模式。
• 可提供站立、坐下、平路行走、上下樓梯與斜坡。
• People with spinal cord injury (SCI) who have walking disability decrease in mobility and quality of life.
• There are around 7 million people with SCI in the world and 350 thousands increasing per year. This phenomenon leads to huge social impact of medical welfare.
• 輕薄化設計，厚度為7 cm，含電池重量20 kg為同規格身障行動輔助機器人中最輕，更適合與日常生活環境結合。
• 腰部開闔設計，可讓傷友獨立完成穿/卸戴之輔具機器人(約4~7分鐘)。
• Mechanical design of drive on joints achieved the light-weight mechanism for the exoskeleton robot.
• The shoes are specially designed to naturally tilt the human user to keep his/her body balanced while he/she is walking.
• A human user could choose his/her motion mode via an onboard remote controller.
• The motion modes provided by the lightweight exoskeleton robotic suits include standing-up, sitting-down, and walking on even floors, upstairs/ downstairs, and ramps.

 應用與效益 Applications and Benefits

• 協助國內傳統輔具業者建立高階產品研發能量，提升輔具產業國際競爭力。
• 增加脊損傷友自主活動能力，擴大日常生活範圍，提升社會參與能力。
• The weight of the robot (including battery) is 20 kgw which is useful for the SCI people to use.
• Users can take the robot on and off without any other people’s assistance within 4 to 7 minutes.

輕量化行動輔助機器人