APPLICATION PURPOSE
Physical fitness restoration after stroke or orthopedic diseases is a long-term process, which requires regular, painstaking exercises under supervision of a physiotherapist, and even with physiotherapist.s assistance in the first phase.
The RENUS-1 system provides capability of performing complex, controlled spatial movements of patient.s upper limb for rehabilitation of patients with paralysis due to stroke or orthopedic condition. The system is a physiotherapist-assisting system, which helps in performing painstaking work requiring significant physical force and many repetitions of a single exercise.
THE SYSTEM CONSISTS OF:
- a robot, which performs spatial movement
- a control system
- a computer-assisted programming and exercise supervision system.
THE SYSTEM OPERATES IN THE FOLLOWING MODES:
- learning, when the movement path, required for the exercise, is programmed by the physiotherapist
- passive, when the robot moves the patient.s limb along the movement path programmed by the physiotherapist
- active, when the patients attempts to move the robot.s arm along the trajectory shown on a display as a line of movement to be made and cursor, showing current robotic arm position.
SYSTEM FEATURES:
- Simple design
- Mobility
- Safety
- Performing of exercises requiring complex spatial programmed movement path
- Continuous control movement parameter and forces and momentums between patient.s limb and robot
- Tracking and objective assessment of patient.s progress based on information collected
- Physiotherapist can supervise many exercising patients at a time
Power supply: 230V AC, 500VA power consumption.
The mechatronic system of rehabilitation support was produced in the Industrial Research Institute for Automation and Measurements PIAP in Warsaw as a result of execution of a research task in the PW-004/ITE/02/2004 project covered with the PW-004 Multiyear Program that is coordinated by Institute of Operating Technology PIB in Radom.
leaflet download
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Contact
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person:
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Wojciech Klimasara
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email:
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phone:
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(+48) 022 8740 303
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fax:
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(+48) 022 8740 204
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