
Innovative Microcontroller Knee Joint Technology by Mr. Firas Thair Al-Maliky
Explore the cutting-edge microprocessor-controlled knee joints developed by Mr. Firas Thair Al-Maliky for enhanced gait control and user comfort. These advanced joints utilize adaptive control, reducing setup complexity and cost while providing superior dependability. Discover more about this groundbreaking technology for prosthetic knees. Contact info@alkafeel.edu.iq or visit http://Alkafeel.edu.iq for more details.
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Microcontroller Knee Joint Mr. Firas Thair Al-Maliky 1 2020-2021
Microcontroller Knee Joint Microprocessor-controlled knees (MCKs) do not utilize motors to power joint rotation, but they adjust damping in the knee to improve swing- and/or stance-phase control as appropriate for the user during gait 2 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
3 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
Microcontroller Knee Joint Some of the newer microprocessor-controlled knees currently on the market utilize adaptive control to automatically adjust to a user s gait over time, so less setup and fine-tuning of the device is required by the prosthetist. Emphasis, too, is being placed on developing knees that are less costly, less complex, and more dependable than earlier microprocessor-controlled designs 4 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
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7 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
8 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
9 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
10 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq
11 2020-2021 Email :info@alkafeel.edu.iq Website :http://Alkafeel.edu.iq