WEFRE Rehab System, robot system research for the rehabilitation of wrists, lower arms and elbows
WEFRE Rehab System, robot system research for the rehabilitation of wrists, lower arms and elbows
WEFRE Rehab System, robot system research for the rehabilitation of wrists, lower arms and elbows
WEFRE Rehab System, robot system research for the rehabilitation of wrists, lower arms and elbows
Patent No. 51049: Physical Therapy Equipment
Petty patent no. 8305 on robotic systems for body organ rehabilitation Mechanism with multiple joints With one driver
The source of the research on robot systems for the rehabilitation of wrists, lower arms and elbows. WEFRE Rehab System
Basic information The importance of the problem
WEFRE is a robotic system in which users can restore their wrists, lower arms, and elbows in the same system. The system has been developed to the size Which can be moved in all areas and easily installed There is a software system that is easy to use, uncomplicated, games that will delight the user while restoring according to the type of refresh that the user can choose and add as needed. At the same time, users can choose from a variety of refresh forms. Pattern according to the user’s muscular strength status Since those who can’t move their own arms Until the person who moves the arm as normal but wants Prevent adhesions that may occur. Including this system, can collect user data while restoring So that doctors or related parties can use this information Can analyze the results of the rehabilitation
Summarizing the technology of robotics research for the rehabilitation of wrist, lower forearm and elbow movement. WEFRE Rehab System
The strength of WEFRE Rehab System robot research technology for the rehabilitation of wrists, lower arms and elbows.
The WEFRE Rehab System (Wrist-Elbow-Forearm Robotic Economical Rehabilitation System) is an innovation for body rehabilitation that develops. By applying robotic technology to existing basic regeneration principles The main objective is to encourage rehabilitation personnel. Have equipment that makes work more efficient The core of this innovative design is PEA: Portable-Enjoyable-Affordable, which means this innovation must be a device that can be moved and installed easily. Creating enjoyment while rehabilitating And with a reasonable price
• Use a CMOS image sensor to detect cells There is no distortion of the image due to not using the lens.
Components and helping to reduce production costs
• Counting area (Field-of-View) approximately 21 mm2 40 times the microscope and the depth of field
(Depth-of-Field) approximately 0.4 mm. 400 times more microscope than magnification (400x)
• Fast processing time in 20 seconds and counting costs per sample will be cheaper when compared.
With normal counting
• No need to use chemical dyes to count cells.
• In the future, the program of the system can develop further which will be able to count different types of cells More diverse by
No need to adjust the hardware of the machine
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