Area | China |
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Year | 2025 |
Award | WINNER |
Affiliation | Anhui Polytechnic University |
Designer | xiyanling, guixinyuan, tuhuangwen, sujinghan, zhushufeng |
Description(English) | This ankle brace adopts an innovative design concept to address the biomechanical imbalance of the lower limbs caused by abnormal gait. The core lies in the high-performance TPU (thermoplastic polyurethane) material support structure integrated in the ankle. This structure effectively corrects abnormal plantar pressure distribution and optimizes the force transmission of the lower limbs through precise mechanical guidance and dynamic support. Thus, it promotes a natural and efficient gait pattern, assists in restoring the ideal biomechanical form of the legs, and prevents ankle and lower limb joint strain caused by long-term incorrect force. |
Website | xyl15347708490 |
Positive Comments |
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Judging Comments | This ankle brace features a TPU support structure that corrects plantar pressure distribution and improves lower limb force transmission through precise mechanical guidance. By restoring a natural, efficient gait and reducing joint strain, it earned high marks for combining medical functionality with innovative material use. |
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